Mokka Geometry Database Cross-Reference

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Detector Concept “Biomed”

Description	first simulator for biomed
World Box	10000 × 10000 × 10000 mm³ (octant)
Models	`Phantom01`

Detector Concept “CILD”

Description	The ILDish CLIC detector concept
World Box	7500 × 7500 × 14000 mm³ (octant)
Models	`CILD_00`, `CILD_00fw`, `CLIC01_ILD`, `CLIC_ILD_CDR`, `CLIC_ILD_CDR500`

Detector Concept “ILD”

Description	The ILD detector concept
World Box	9000 × 9000 × 14000 mm³ (octant)
Models	`ILD_00`, `ILD_00_EcalSc01`, `ILD_00_EcalSc02`, `ILD_00Dhcal`, `ILD_00fw`, `ILD_00fw_Dhcal`, `ILD_00fwp01`, `ILD_01_dev`, `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, `ILD_O1_v01`, `ILD_O1_v02`, `ILD_O1_v03`, `ILD_O2_v01`, `ILD_O2_v02`, `ILD_O2_v03`, `ILD_O3_v01`, `ILD_O3_v02`, `ILD_O3_v03`

Detector Concept “LDC”

Description	The LDC detector concept
World Box	7500 × 7500 × 7500 mm³ (octant)
Models	`LDC01`, `LDC01_01Rp`, `LDC01_01Sc`, `LDC01_02Sc`, `LDC01Sc`, `SiDTracker`

Detector Concept “LDC Extended”

Description	The LDC detector concept, extended in length
World Box	7500 × 7500 × 12600 mm³ (octant)
Models	`LDC01_05Sc`, `LDC01_06Sc`, `LDC01_06Sc_p01`, `LDC01_06Sc_p02`, `LDC_GLD_01Sc`, `LDCPrime_01Sc`, `LDCPrime_02Sc`, `LDCPrime_02Sc_p01`, `LDCPrime_02Sc_p02`

Detector Concept “Old prototypes”

Description	First prototype simulations
World Box	6000 × 6000 × 6000 mm³ (octant)
Models	`P55`, `P55EcalLike`, `P55INC`, `ProtoEcalHcalRPC`, `ProtoEcalHcalRPC_45`, `ProtoEcalHcalScintillator`, `ProtoEcalHcalScintillator_45`, `ProtoEH_RPC`

Detector Concept “SiD”

Description	Si Detector, a compact detector with a Si tracker instead a TPC and 5 Tesla field.
World Box	8000 × 8000 × 8000 mm³ (octant)
Models	`SiD01`, `SiD02`

Detector Concept “Tesla TDR”

Description	Detector as defined for the Tesla TDR
World Box	7500 × 7500 × 7500 mm³ (octant)
Models	`D08`, `D08FeRPC1`, `D08FeScintillator`, `D08M1`, `D08M2`, `D08M3`, `D08SET`, `D08WModRPC1`, `D09`, `D09M1`, `D09Scint`, `D10`, `D10scint`, `D11`, `D12`, `D12scint`, `D14`, `D14_CMOSVTX`, `D20`, `Ecalk1TPC`, `EcalPbk1TPC`, `EcalTPC`, `HcalFeRPCFieldCoil`, `HcalWMod`, `HcalWModRPCFieldCoil`, `inner_detectors`, `LDC00`, `LDC00_01Rp`, `LDC00_01Sc`, `LDC00_02Sc`, `LDC00Sc`, `TDR`, `TM06`

Detector Concept “Tesla TDR 2”

Description	Detector as defined for the Tesla TDR with a larger world volume on Z
World Box	7500 × 7500 × 9000 mm³ (octant)
Models	`LDC00_03Rp`, `LDC00_03Sc`

Detector Concept “Tesla TDR Extended”

Description	Detector as defined for the Tesla TDR, extended for further studies
World Box	7500 × 7500 × 15000 mm³ (octant)
Models	`D13Stahl`, `D13TDR`, `D13XStahl`

Detector Concept “Test Beam Calice”

Description	Test beam with Ecal and Hcal prototypes
World Box	10000 × 10000 × 10000 mm³ (octant)
Models	`CaliceEcal03`, `CaliceEcalHcalRPC`, `ProtoDesy0205`, `TB00`, `TB01`, `TB02`, `TB03`, `TB03_hcalcatch`, `TB04`, `TB04_hcal`, `TB04_hcalcatch`, `TB05`, `TB06`, `TB07`, `TBDesy0205`, `TBDesy0205_2`, `TBDesy0506`, `TBDesy0506_01`, `TBDesy0506_01_dchxy`, `TBDesy0506_01_dchxy_new`, `TBDesy0506_dchxy`, `TBDesy0506_dchxy_new`, `TBhcal4d`

Detector Concept “Test Beam Cern”

Description	Test beam setup at Cern August 2006
World Box	60000 × 60000 × 60000 mm³ (octant)
Models	`ProtoDesy0506`, `ProtoDesy0506_01`, `TBCern07`, `TBCern0707`, `TBCern0707_01`, `TBCern0707_dchxy_01`, `TBCern0707_p0709`, `TBCern07_01`, `TBCern07_dchxy_01`, `TBCern07_p0709`, `TBCern0806`, `TBCern0806_01`, `TBCern0806_01_dchxy_new`, `TBCern0806_dchxy_new`, `TBCern0806_p0709`, `TBCern0807`, `TBCern0807_01`, `TBCern0807_dchxy_01`, `TBCern0807_p0709`, `TBCern1006`, `TBCern1006_01`, `TBCern1006_01_dchxy_new`, `TBCern1006_dchxy_new`, `TBCern1006_p0709`, `TBCern2010`, `TBFnal0508`, `TBFnal0508_p0709`, `TBFnal0508_p1211`

Detector Model “CaliceEcal03”

Description	The Calice Ecal prototype
Concept	Test Beam Calice
Subdetectors	`Proto03`
Parameters	`configuration_angle`, `g10MaterialName`, `use_tracker`
Detailed Info	Database Browser

Detector Model “CaliceEcalHcalRPC”

Description	The Calice Ecal prototype And RPC Hcal
Concept	Test Beam Calice
Subdetectors	`HcalRPC`, `Proto03`
Parameters	`configuration_angle`, `g10MaterialName`, `use_tracker`
Detailed Info	Database Browser

Detector Model “CILD_00”

Description	ILDish CLIC Detector Concept
Concept	CILD
Subdetectors	`BeamCal01`, `SCoil02`, `SEcal03`, `SEtd02`, `SField01`, `SFtd07`, `SHcalSc02`, `SLcal02`, `LHcal01`, `maskX03`, `SSet02`, `SSit03`, `tpc08`, `tubeX04`, `vxd05`, `yoke04`
Parameters	`Coil_extra_size`, `Coil_inner_radius`, `Coil_thickness`, `Coil_Yoke_lateral_clearance`, `Coil_Yoke_radial_clearance`, `Ecal_Alveolus_Air_Gap`, `Ecal_Barrel_halfZ`, `Ecal_barrel_number_of_towers`, `Ecal_cables_gap`, `Ecal_cells_size`, `Ecal_EC_Ring_gap`, `Ecal_endcap_center_box_size`, `Ecal_endcap_extra_size`, `Ecal_endcap_outer_radius`, `Ecal_endcap_plug_rmin`, `Ecal_endcap_zmax`, `Ecal_endcap_zmin`, `Ecal_fiber_thickness`, `Ecal_front_face_thickness`, `Ecal_guard_ring_size`, `Ecal_lateral_face_thickness`, `Ecal_Lcal_ring_gap`, `Ecal_nlayers1`, `Ecal_nlayers2`, `Ecal_nlayers3`, `Ecal_outer_radius`, `Ecal_radiator_layers_set1_thickness`, `Ecal_radiator_layers_set2_thickness`, `Ecal_radiator_layers_set3_thickness`, `Ecal_radiator_material`, `Ecal_sensitive_material`, `Ecal_Si_thickness`, `Ecal_Slab_copper_thickness`, `Ecal_Slab_glue_gap`, `Ecal_Slab_ground_thickness`, `Ecal_Slab_H_fiber_thickness`, `Ecal_Slab_PCB_thickness`, `Ecal_Slab_shielding`, `Ecal_support_thickness`, `Ecal_Tpc_gap`, `Field_nominal_value`, `FieldPropagator_LargestAcceptableStep`, `Hcal_apply_Birks_law`, `Hcal_back_plate_thickness`, `Hcal_barrel_end_module_type`, `Hcal_cells_size`, `Hcal_chamber_thickness`, `Hcal_Coil_additional_gap`, `Hcal_digitization_tile_size`, `Hcal_Ecal_gap`, `Hcal_endcap_cables_gap`, `Hcal_endcap_center_box_size`, `Hcal_endcap_ecal_gap`, `Hcal_endcap_nlayers`, `Hcal_endcap_radiator_material`, `Hcal_endcap_radiator_thickness`, `Hcal_endcap_sensitive_center_box`, `Hcal_endcap_zmin`, `Hcal_fiber_gap`, `Hcal_lateral_structure_thickness`, `Hcal_layer_air_gap`, `Hcal_layer_support_length`, `Hcal_middle_stave_gaps`, `Hcal_modules_gap`, `Hcal_nlayers`, `Hcal_outer_radius`, `Hcal_R_max`, `Hcal_radial_ring_inner_gap`, `Hcal_radiator_material`, `Hcal_radiator_thickness`, `Hcal_ring`, `Hcal_sensitive_model`, `Hcal_stave_gaps`, `ILC_Main_Crossing_Angle`, `Lcal_beam_pipe_clearance`, `Lcal_inner_radius`, `Lcal_layer_gap`, `Lcal_n_layers`, `Lcal_nstrips_phi`, `Lcal_nstrips_theta`, `Lcal_outer_radius`, `Lcal_phi_offset`, `Lcal_silicon_thickness`, `Lcal_support_thickness`, `Lcal_tungsten_thickness`, `Lcal_type`, `Lcal_z_begin`, `Lcal_z_thickness`, `LHcal_cell_size`, `LHcal_Electronics_space`, `LHcal_inner_radius`, `LHcal_lateral_face_thickness`, `LHcal_nlayers`, `LHcal_radiator_thickness`, `LHcal_zend`, `LHcal_zmin_displacement`, `SIT1_Half_Length_Z`, `SIT1_Radius`, `SIT2_Half_Length_Z`, `SIT2_Radius`, `TPC_Ecal_Hcal_barrel_halfZ`, `TPC_electronics_backend_thickness`, `TPC_inner_radius`, `TPC_inner_wall_thickness`, `TPC_max_step_length`, `TPC_outer_radius`, `TPC_outer_wall_thickness`, `TPC_pad_height`, `TPC_pad_width`, `TUBE_crossing_angle`, `TUBE_IPOuterBulge_end_radius`, `TUBE_IPOuterBulge_end_z`, `TUBE_IPOuterTube_end_radius`, `TUBE_IPOuterTube_end_z`, `TUBE_IPOuterTube_start_radius`, `TUBE_IPOuterTube_start_z`, `VXD_active_side_band_electronics_option`, `VXD_active_silicon_thickness`, `VXD_cryostat_option`, `VXD_end_ladd_electronics_half_length`, `VXD_end_ladd_electronics_option`, `VXD_end_ladd_electronics_thickness`, `VXD_inner_radius`, `VXD_layer_gap`, `VXD_length_r1`, `VXD_length_r3`, `VXD_length_r5`, `VXD_outer_radius`, `VXD_radius_r1`, `VXD_radius_r3`, `VXD_radius_r5`, `VXD_side_band_electronics_option`, `VXD_side_band_electronics_thickness`, `VXD_side_band_electronics_width`, `VXD_support_ladder_material`, `VXD_support_ladder_thickness`, `VXD_width_r1`, `VXD_width_r3`, `VXD_width_r5`, `Yoke_barrel_inner_radius`, `Yoke_BField_cutoff`, `Yoke_endcap_inner_radius`, `Yoke_thickness`, `Yoke_with_plug`, `Yoke_Z_start_endcaps`
Detailed Info	Database Browser

Detector Model “CILD_00fw”

Description	ILDish CLIC Detector Concept with anti-DID field
Concept	CILD
Subdetectors	`BeamCal01`, `SCoil02`, `SEcal03`, `SEtd02`, `fieldX02`, `SFtd07`, `SHcalSc02`, `SLcal02`, `LHcal01`, `maskX03`, `SSet02`, `SSit03`, `tpc08`, `tubeX04`, `vxd05`, `yoke04`
Parameters	`Coil_extra_size`, `Coil_inner_radius`, `Coil_thickness`, `Coil_Yoke_lateral_clearance`, `Coil_Yoke_radial_clearance`, `Ecal_Alveolus_Air_Gap`, `Ecal_Barrel_halfZ`, `Ecal_barrel_number_of_towers`, `Ecal_cables_gap`, `Ecal_cells_size`, `Ecal_EC_Ring_gap`, `Ecal_endcap_center_box_size`, `Ecal_endcap_extra_size`, `Ecal_endcap_outer_radius`, `Ecal_endcap_plug_rmin`, `Ecal_endcap_zmax`, `Ecal_endcap_zmin`, `Ecal_fiber_thickness`, `Ecal_front_face_thickness`, `Ecal_guard_ring_size`, `Ecal_lateral_face_thickness`, `Ecal_Lcal_ring_gap`, `Ecal_nlayers1`, `Ecal_nlayers2`, `Ecal_nlayers3`, `Ecal_outer_radius`, `Ecal_radiator_layers_set1_thickness`, `Ecal_radiator_layers_set2_thickness`, `Ecal_radiator_layers_set3_thickness`, `Ecal_radiator_material`, `Ecal_sensitive_material`, `Ecal_Si_thickness`, `Ecal_Slab_copper_thickness`, `Ecal_Slab_glue_gap`, `Ecal_Slab_ground_thickness`, `Ecal_Slab_H_fiber_thickness`, `Ecal_Slab_PCB_thickness`, `Ecal_Slab_shielding`, `Ecal_support_thickness`, `Ecal_Tpc_gap`, `Field_nominal_value`, `Hcal_apply_Birks_law`, `Hcal_back_plate_thickness`, `Hcal_barrel_end_module_type`, `Hcal_cells_size`, `Hcal_chamber_thickness`, `Hcal_Coil_additional_gap`, `Hcal_digitization_tile_size`, `Hcal_Ecal_gap`, `Hcal_endcap_cables_gap`, `Hcal_endcap_center_box_size`, `Hcal_endcap_ecal_gap`, `Hcal_endcap_nlayers`, `Hcal_endcap_radiator_material`, `Hcal_endcap_radiator_thickness`, `Hcal_endcap_sensitive_center_box`, `Hcal_endcap_zmin`, `Hcal_fiber_gap`, `Hcal_lateral_structure_thickness`, `Hcal_layer_air_gap`, `Hcal_layer_support_length`, `Hcal_middle_stave_gaps`, `Hcal_modules_gap`, `Hcal_nlayers`, `Hcal_outer_radius`, `Hcal_R_max`, `Hcal_radial_ring_inner_gap`, `Hcal_radiator_material`, `Hcal_radiator_thickness`, `Hcal_ring`, `Hcal_sensitive_model`, `Hcal_stave_gaps`, `ILC_Main_Crossing_Angle`, `Lcal_beam_pipe_clearance`, `Lcal_inner_radius`, `Lcal_layer_gap`, `Lcal_n_layers`, `Lcal_nstrips_phi`, `Lcal_nstrips_theta`, `Lcal_outer_radius`, `Lcal_phi_offset`, `Lcal_silicon_thickness`, `Lcal_support_thickness`, `Lcal_tungsten_thickness`, `Lcal_type`, `Lcal_z_begin`, `Lcal_z_thickness`, `LHcal_cell_size`, `LHcal_Electronics_space`, `LHcal_inner_radius`, `LHcal_lateral_face_thickness`, `LHcal_nlayers`, `LHcal_radiator_thickness`, `LHcal_zend`, `LHcal_zmin_displacement`, `SIT1_Half_Length_Z`, `SIT1_Radius`, `SIT2_Half_Length_Z`, `SIT2_Radius`, `TPC_Ecal_Hcal_barrel_halfZ`, `TPC_electronics_backend_thickness`, `TPC_inner_radius`, `TPC_inner_wall_thickness`, `TPC_max_step_length`, `TPC_outer_radius`, `TPC_outer_wall_thickness`, `TPC_pad_height`, `TPC_pad_width`, `TUBE_crossing_angle`, `TUBE_IPOuterBulge_end_radius`, `TUBE_IPOuterBulge_end_z`, `TUBE_IPOuterTube_end_radius`, `TUBE_IPOuterTube_end_z`, `TUBE_IPOuterTube_start_radius`, `TUBE_IPOuterTube_start_z`, `VXD_active_side_band_electronics_option`, `VXD_active_silicon_thickness`, `VXD_cryostat_option`, `VXD_end_ladd_electronics_half_length`, `VXD_end_ladd_electronics_option`, `VXD_end_ladd_electronics_thickness`, `VXD_inner_radius`, `VXD_layer_gap`, `VXD_length_r1`, `VXD_length_r3`, `VXD_length_r5`, `VXD_outer_radius`, `VXD_radius_r1`, `VXD_radius_r3`, `VXD_radius_r5`, `VXD_side_band_electronics_option`, `VXD_side_band_electronics_thickness`, `VXD_side_band_electronics_width`, `VXD_support_ladder_material`, `VXD_support_ladder_thickness`, `VXD_width_r1`, `VXD_width_r3`, `VXD_width_r5`, `Yoke_barrel_inner_radius`, `Yoke_endcap_inner_radius`, `Yoke_thickness`, `Yoke_with_plug`, `Yoke_Z_start_endcaps`
Detailed Info	Database Browser

Detector Model “CLIC01_ILD”

Description	CILD with larger vertex beampipe and outgoing quadrupole
Concept	CILD
Subdetectors	`BeamCal01`, `clic_maskX04`, `clic_tubeX05`, `clic_vxd06`, `SCoil02`, `SEcal03`, `SEtd02`, `SField01`, `SFtd07`, `SHcalSc02`, `SLcal02`, `LHcal01`, `SSet02`, `SSit03`, `tpc08`, `yoke04`
Parameters	`Coil_extra_size`, `Coil_inner_radius`, `Coil_thickness`, `Coil_Yoke_lateral_clearance`, `Coil_Yoke_radial_clearance`, `Ecal_Alveolus_Air_Gap`, `Ecal_Barrel_halfZ`, `Ecal_barrel_number_of_towers`, `Ecal_cables_gap`, `Ecal_cells_size`, `Ecal_EC_Ring_gap`, `Ecal_endcap_center_box_size`, `Ecal_endcap_extra_size`, `Ecal_endcap_outer_radius`, `Ecal_endcap_plug_rmin`, `Ecal_endcap_zmax`, `Ecal_endcap_zmin`, `Ecal_fiber_thickness`, `Ecal_front_face_thickness`, `Ecal_guard_ring_size`, `Ecal_lateral_face_thickness`, `Ecal_Lcal_ring_gap`, `Ecal_nlayers1`, `Ecal_nlayers2`, `Ecal_nlayers3`, `Ecal_outer_radius`, `Ecal_radiator_layers_set1_thickness`, `Ecal_radiator_layers_set2_thickness`, `Ecal_radiator_layers_set3_thickness`, `Ecal_radiator_material`, `Ecal_sensitive_material`, `Ecal_Si_thickness`, `Ecal_Slab_copper_thickness`, `Ecal_Slab_glue_gap`, `Ecal_Slab_ground_thickness`, `Ecal_Slab_H_fiber_thickness`, `Ecal_Slab_PCB_thickness`, `Ecal_Slab_shielding`, `Ecal_support_thickness`, `Ecal_Tpc_gap`, `Field_nominal_value`, `FieldPropagator_LargestAcceptableStep`, `Hcal_apply_Birks_law`, `Hcal_back_plate_thickness`, `Hcal_barrel_end_module_type`, `Hcal_cells_size`, `Hcal_chamber_thickness`, `Hcal_Coil_additional_gap`, `Hcal_digitization_tile_size`, `Hcal_Ecal_gap`, `Hcal_endcap_cables_gap`, `Hcal_endcap_center_box_size`, `Hcal_endcap_ecal_gap`, `Hcal_endcap_nlayers`, `Hcal_endcap_radiator_material`, `Hcal_endcap_radiator_thickness`, `Hcal_endcap_sensitive_center_box`, `Hcal_endcap_zmin`, `Hcal_fiber_gap`, `Hcal_lateral_structure_thickness`, `Hcal_layer_air_gap`, `Hcal_layer_support_length`, `Hcal_middle_stave_gaps`, `Hcal_modules_gap`, `Hcal_nlayers`, `Hcal_outer_radius`, `Hcal_R_max`, `Hcal_radial_ring_inner_gap`, `Hcal_radiator_material`, `Hcal_radiator_thickness`, `Hcal_ring`, `Hcal_sensitive_model`, `Hcal_stave_gaps`, `ILC_Main_Crossing_Angle`, `Lcal_beam_pipe_clearance`, `Lcal_inner_radius`, `Lcal_layer_gap`, `Lcal_n_layers`, `Lcal_nstrips_phi`, `Lcal_nstrips_theta`, `Lcal_outer_radius`, `Lcal_phi_offset`, `Lcal_silicon_thickness`, `Lcal_support_thickness`, `Lcal_tungsten_thickness`, `Lcal_type`, `Lcal_z_begin`, `Lcal_z_thickness`, `LHcal_cell_size`, `LHcal_Electronics_space`, `LHcal_inner_radius`, `LHcal_lateral_face_thickness`, `LHcal_nlayers`, `LHcal_radiator_thickness`, `LHcal_zend`, `LHcal_zmin_displacement`, `SIT1_Half_Length_Z`, `SIT1_Radius`, `SIT2_Half_Length_Z`, `SIT2_Radius`, `TPC_Ecal_Hcal_barrel_halfZ`, `TPC_electronics_backend_thickness`, `TPC_inner_radius`, `TPC_inner_wall_thickness`, `TPC_max_step_length`, `TPC_outer_radius`, `TPC_outer_wall_thickness`, `TPC_pad_height`, `TPC_pad_width`, `TUBE_crossing_angle`, `TUBE_IPOuterBulge_end_radius`, `TUBE_IPOuterBulge_end_z`, `TUBE_IPOuterTube_end_radius`, `TUBE_IPOuterTube_end_z`, `TUBE_IPOuterTube_start_radius`, `TUBE_IPOuterTube_start_z`, `VXD_active_side_band_electronics_option`, `VXD_active_silicon_thickness`, `VXD_cryostat_option`, `VXD_end_ladd_electronics_half_length`, `VXD_end_ladd_electronics_option`, `VXD_end_ladd_electronics_thickness`, `VXD_inner_radius`, `VXD_layer_gap`, `VXD_length_r1`, `VXD_length_r3`, `VXD_length_r5`, `VXD_outer_radius`, `VXD_radius_r1`, `VXD_radius_r3`, `VXD_radius_r5`, `VXD_side_band_electronics_option`, `VXD_side_band_electronics_thickness`, `VXD_side_band_electronics_width`, `VXD_support_ladder_material`, `VXD_support_ladder_thickness`, `VXD_width_r1`, `VXD_width_r3`, `VXD_width_r5`, `Yoke_barrel_inner_radius`, `Yoke_BField_cutoff`, `Yoke_endcap_inner_radius`, `Yoke_thickness`, `Yoke_with_plug`, `Yoke_Z_start_endcaps`
Detailed Info	Database Browser

Detector Model “CLIC_ILD_CDR”

Description	CLIC_ILD_CDR
Concept	CILD
Subdetectors	`BeamCal08`, `clicmaskX01`, `ClicSFtd01`, `clictpc01`, `ClicTubeX01`, `ClicVxd01`, `clicyoke01`, `SCoil02`, `SEcal03`, `SEtd02`, `SField01`, `SHcalSc02`, `SLcal02`, `SSet02`, `SSit03`
Parameters	`BCal_dAbsorber`, `BCal_dGraphite`, `BCal_nLayers`, `BCal_nWafers`, `BCal_PairMonitor`, `BCal_rInner`, `BCal_rOuter`, `BCal_rSegmentation`, `BCal_SpanningPhi`, `BCal_TubeIncomingRadius`, `Coil_extra_size`, `Coil_inner_radius`, `Coil_thickness`, `Coil_Yoke_lateral_clearance`, `Coil_Yoke_radial_clearance`, `Ecal_Alveolus_Air_Gap`, `Ecal_Barrel_halfZ`, `Ecal_barrel_number_of_towers`, `Ecal_cables_gap`, `Ecal_cells_size`, `Ecal_EC_Ring_gap`, `Ecal_endcap_center_box_size`, `Ecal_endcap_extra_size`, `Ecal_endcap_outer_radius`, `Ecal_endcap_plug_rmin`, `Ecal_endcap_zmax`, `Ecal_endcap_zmin`, `Ecal_fiber_thickness`, `Ecal_front_face_thickness`, `Ecal_guard_ring_size`, `Ecal_lateral_face_thickness`, `Ecal_Lcal_ring_gap`, `Ecal_nlayers1`, `Ecal_nlayers2`, `Ecal_nlayers3`, `Ecal_outer_radius`, `Ecal_radiator_layers_set1_thickness`, `Ecal_radiator_layers_set2_thickness`, `Ecal_radiator_layers_set3_thickness`, `Ecal_radiator_material`, `Ecal_sensitive_material`, `Ecal_Si_thickness`, `Ecal_Slab_copper_thickness`, `Ecal_Slab_glue_gap`, `Ecal_Slab_ground_thickness`, `Ecal_Slab_H_fiber_thickness`, `Ecal_Slab_PCB_thickness`, `Ecal_Slab_shielding`, `Ecal_support_thickness`, `Ecal_Tpc_gap`, `Field_nominal_value`, `FieldPropagator_LargestAcceptableStep`, `Hcal_apply_Birks_law`, `Hcal_back_plate_thickness`, `Hcal_barrel_end_module_type`, `Hcal_cells_size`, `Hcal_chamber_thickness`, `Hcal_Coil_additional_gap`, `Hcal_digitization_tile_size`, `Hcal_Ecal_gap`, `Hcal_endcap_cables_gap`, `Hcal_endcap_center_box_size`, `Hcal_endcap_ecal_gap`, `Hcal_endcap_nlayers`, `Hcal_endcap_radiator_material`, `Hcal_endcap_radiator_thickness`, `Hcal_endcap_sensitive_center_box`, `Hcal_endcap_zmin`, `Hcal_fiber_gap`, `Hcal_lateral_structure_thickness`, `Hcal_layer_air_gap`, `Hcal_layer_support_length`, `Hcal_middle_stave_gaps`, `Hcal_modules_gap`, `Hcal_nlayers`, `Hcal_outer_radius`, `Hcal_R_max`, `Hcal_radial_ring_inner_gap`, `Hcal_radiator_material`, `Hcal_radiator_thickness`, `Hcal_ring`, `Hcal_sensitive_model`, `Hcal_stave_gaps`, `ILC_Main_Crossing_Angle`, `Lcal_beam_pipe_clearance`, `Lcal_inner_radius`, `Lcal_layer_gap`, `Lcal_n_layers`, `Lcal_nstrips_phi`, `Lcal_nstrips_theta`, `Lcal_outer_radius`, `Lcal_phi_offset`, `Lcal_silicon_thickness`, `Lcal_support_thickness`, `Lcal_tungsten_thickness`, `Lcal_type`, `Lcal_z_begin`, `Lcal_z_thickness`, `LHcal_BCal_clearance`, `LHcal_inner_radius`, `LHcal_zend`, `SIT1_Half_Length_Z`, `SIT1_Radius`, `SIT2_Half_Length_Z`, `SIT2_Radius`, `TPC_Ecal_Hcal_barrel_halfZ`, `TPC_electronics_backend_thickness`, `TPC_inner_radius`, `TPC_inner_wall_thickness`, `TPC_max_step_length`, `TPC_outer_radius`, `TPC_outer_wall_thickness`, `TPC_pad_height`, `TPC_pad_width`, `TUBE_crossing_angle`, `TUBE_IPOuterBulge_end_radius`, `TUBE_IPOuterBulge_end_z`, `TUBE_IPOuterTube_end_radius`, `TUBE_IPOuterTube_end_z`, `TUBE_IPOuterTube_start_radius`, `TUBE_IPOuterTube_start_z`, `VXD_active_side_band_electronics_option`, `VXD_active_silicon_thickness`, `VXD_cryostat_option`, `VXD_end_ladd_electronics_half_length`, `VXD_end_ladd_electronics_option`, `VXD_end_ladd_electronics_thickness`, `VXD_inner_radius`, `VXD_layer_gap`, `VXD_length_r1`, `VXD_length_r3`, `VXD_length_r5`, `VXD_outer_radius`, `VXD_radius_r1`, `VXD_radius_r3`, `VXD_radius_r5`, `VXD_side_band_electronics_option`, `VXD_side_band_electronics_thickness`, `VXD_side_band_electronics_width`, `VXD_support_ladder_material`, `VXD_support_ladder_thickness`, `VXD_width_r1`, `VXD_width_r3`, `VXD_width_r5`, `Yoke_barrel_inner_radius`, `Yoke_BField_cutoff`, `Yoke_endcap_inner_radius`, `Yoke_thickness`, `Yoke_with_plug`, `Yoke_Z_start_endcaps`
Detailed Info	Database Browser

Detector Model “CLIC_ILD_CDR500”

Description	CLIC_ILD_CDR500
Concept	CILD
Subdetectors	`BeamCal08`, `Clic500TubeX01`, `Clic500Vxd01`, `clicmaskX01`, `ClicSFtd01`, `clictpc01`, `clicyoke01`, `SCoil02`, `SEcal03`, `SEtd02`, `SField01`, `SHcalSc02`, `SLcal02`, `SSet02`, `SSit03`
Parameters	`BCal_dAbsorber`, `BCal_dGraphite`, `BCal_nLayers`, `BCal_nWafers`, `BCal_PairMonitor`, `BCal_rInner`, `BCal_rOuter`, `BCal_rSegmentation`, `BCal_SpanningPhi`, `BCal_TubeIncomingRadius`, `Coil_extra_size`, `Coil_inner_radius`, `Coil_thickness`, `Coil_Yoke_lateral_clearance`, `Coil_Yoke_radial_clearance`, `Ecal_Alveolus_Air_Gap`, `Ecal_Barrel_halfZ`, `Ecal_barrel_number_of_towers`, `Ecal_cables_gap`, `Ecal_cells_size`, `Ecal_EC_Ring_gap`, `Ecal_endcap_center_box_size`, `Ecal_endcap_extra_size`, `Ecal_endcap_outer_radius`, `Ecal_endcap_plug_rmin`, `Ecal_endcap_zmax`, `Ecal_endcap_zmin`, `Ecal_fiber_thickness`, `Ecal_front_face_thickness`, `Ecal_guard_ring_size`, `Ecal_lateral_face_thickness`, `Ecal_Lcal_ring_gap`, `Ecal_nlayers1`, `Ecal_nlayers2`, `Ecal_nlayers3`, `Ecal_outer_radius`, `Ecal_radiator_layers_set1_thickness`, `Ecal_radiator_layers_set2_thickness`, `Ecal_radiator_layers_set3_thickness`, `Ecal_radiator_material`, `Ecal_sensitive_material`, `Ecal_Si_thickness`, `Ecal_Slab_copper_thickness`, `Ecal_Slab_glue_gap`, `Ecal_Slab_ground_thickness`, `Ecal_Slab_H_fiber_thickness`, `Ecal_Slab_PCB_thickness`, `Ecal_Slab_shielding`, `Ecal_support_thickness`, `Ecal_Tpc_gap`, `Field_nominal_value`, `FieldPropagator_LargestAcceptableStep`, `Hcal_apply_Birks_law`, `Hcal_back_plate_thickness`, `Hcal_barrel_end_module_type`, `Hcal_cells_size`, `Hcal_chamber_thickness`, `Hcal_Coil_additional_gap`, `Hcal_digitization_tile_size`, `Hcal_Ecal_gap`, `Hcal_endcap_cables_gap`, `Hcal_endcap_center_box_size`, `Hcal_endcap_ecal_gap`, `Hcal_endcap_nlayers`, `Hcal_endcap_radiator_material`, `Hcal_endcap_radiator_thickness`, `Hcal_endcap_sensitive_center_box`, `Hcal_endcap_zmin`, `Hcal_fiber_gap`, `Hcal_lateral_structure_thickness`, `Hcal_layer_air_gap`, `Hcal_layer_support_length`, `Hcal_middle_stave_gaps`, `Hcal_modules_gap`, `Hcal_nlayers`, `Hcal_outer_radius`, `Hcal_R_max`, `Hcal_radial_ring_inner_gap`, `Hcal_radiator_material`, `Hcal_radiator_thickness`, `Hcal_ring`, `Hcal_sensitive_model`, `Hcal_stave_gaps`, `ILC_Main_Crossing_Angle`, `Lcal_beam_pipe_clearance`, `Lcal_inner_radius`, `Lcal_layer_gap`, `Lcal_n_layers`, `Lcal_nstrips_phi`, `Lcal_nstrips_theta`, `Lcal_outer_radius`, `Lcal_phi_offset`, `Lcal_silicon_thickness`, `Lcal_support_thickness`, `Lcal_tungsten_thickness`, `Lcal_type`, `Lcal_z_begin`, `Lcal_z_thickness`, `LHcal_BCal_clearance`, `LHcal_inner_radius`, `LHcal_zend`, `SIT1_Half_Length_Z`, `SIT1_Radius`, `SIT2_Half_Length_Z`, `SIT2_Radius`, `TPC_Ecal_Hcal_barrel_halfZ`, `TPC_electronics_backend_thickness`, `TPC_inner_radius`, `TPC_inner_wall_thickness`, `TPC_max_step_length`, `TPC_outer_radius`, `TPC_outer_wall_thickness`, `TPC_pad_height`, `TPC_pad_width`, `TUBE_crossing_angle`, `TUBE_IPOuterBulge_end_radius`, `TUBE_IPOuterBulge_end_z`, `TUBE_IPOuterTube_end_radius`, `TUBE_IPOuterTube_end_z`, `TUBE_IPOuterTube_start_radius`, `TUBE_IPOuterTube_start_z`, `VXD_active_side_band_electronics_option`, `VXD_active_silicon_thickness`, `VXD_cryostat_option`, `VXD_end_ladd_electronics_half_length`, `VXD_end_ladd_electronics_option`, `VXD_end_ladd_electronics_thickness`, `VXD_inner_radius`, `VXD_layer_gap`, `VXD_length_r1`, `VXD_length_r3`, `VXD_length_r5`, `VXD_outer_radius`, `VXD_radius_r1`, `VXD_radius_r3`, `VXD_radius_r5`, `VXD_side_band_electronics_option`, `VXD_side_band_electronics_thickness`, `VXD_side_band_electronics_width`, `VXD_support_ladder_material`, `VXD_support_ladder_thickness`, `VXD_width_r1`, `VXD_width_r3`, `VXD_width_r5`, `Yoke_barrel_inner_radius`, `Yoke_BField_cutoff`, `Yoke_endcap_inner_radius`, `Yoke_thickness`, `Yoke_with_plug`, `Yoke_Z_start_endcaps`
Detailed Info	Database Browser

Detector Model “D08”

Description	Detector Model exploited Tesla TDR plus a new field definition, TPC, etc
Concept	Tesla TDR
Subdetectors	`coil00`, `ecal02`, `field01`, `hcal02`, `mask00`, `tpc00`, `yoke00`
Parameters	(none)
Detailed Info	Database Browser

Detector Model “D08FeRPC1”

Description	As D08 but hcal with RPCs as sensitive
Concept	Tesla TDR
Subdetectors	`coil00`, `ecal02`, `field01`, `hcalFeRPC1`, `mask00`, `tpc00`, `yoke00`
Parameters	(none)
Detailed Info	Database Browser

Detector Model “D08FeScintillator”

Description	The same as D08, but with the new hcal03 driver
Concept	Tesla TDR
Subdetectors	`coil00`, `ecal02`, `field01`, `hcalFeScintillator`, `mask00`, `tpc00`, `yoke00`
Parameters	(none)
Detailed Info	Database Browser

Detector Model “D08M1”

Description	The same as D08 but with the masks 50cm off
Concept	Tesla TDR
Subdetectors	`coil00`, `ecal02`, `field01`, `hcal02`, `mask01`, `tpc00`, `yoke00`
Parameters	(none)
Detailed Info	Database Browser

Detector Model “D08M2”

Description	Like D08, but with the TPC, the Ecal and the Hcal 50cm shorter in Z.
Concept	Tesla TDR
Subdetectors	`coil00`, `ecal03`, `field01`, `hcal03`, `mask00`, `tpc01`, `yoke00`
Parameters	(none)
Detailed Info	Database Browser

Detector Model “D08M3”

Description	Like D08M2 but with the mask 50cm off in Z.
Concept	Tesla TDR
Subdetectors	`coil00`, `ecal03`, `field01`, `hcal03`, `mask01`, `tpc01`, `yoke00`
Parameters	(none)
Detailed Info	Database Browser

Detector Model “D08SET”

Description	D08 with the SET
Concept	Tesla TDR
Subdetectors	`coil00`, `ecal02`, `field01`, `hcal02`, `mask00`, `set00`, `tpc02`, `yoke00`
Parameters	(none)
Detailed Info	Database Browser

Detector Model “D08WModRPC1”

Description	As D08 but with hcal with WMod as material and RPCs as sensitive
Concept	Tesla TDR
Subdetectors	`coil00`, `ecal02`, `field01`, `hcalWModRPC1`, `mask00`, `tpc00`, `yoke00`
Parameters	(none)
Detailed Info	Database Browser

Detector Model “D09”

Description	D08 + VXD + tubes + new masks, etc
Concept	Tesla TDR
Subdetectors	`coil00`, `ecal02`, `field01`, `ftd00`, `hcalFeRPC1`, `mask02`, `sit00`, `tpc03`, `tube00`, `vxd00`, `yoke00`
Parameters	(none)
Detailed Info	Database Browser

Detector Model “D09M1”

Description	D09 + new masks
Concept	Tesla TDR
Subdetectors	`coil00`, `ecal02`, `field01`, `ftd00`, `hcalFeRPC1`, `mask03`, `sit00`, `tpc03`, `tube00`, `vxd00`, `yoke00`
Parameters	(none)
Detailed Info	Database Browser

Detector Model “D09Scint”

Description	The D09 model but with the Scintillator Hcal
Concept	Tesla TDR
Subdetectors	`coil00`, `ecal02`, `field01`, `ftd00`, `hcalFeScintillator`, `mask02`, `sit00`, `tpc03`, `tube00`, `vxd00`, `yoke00`
Parameters	(none)
Detailed Info	Database Browser

Detector Model “D10”

Description	D09 + tpc04
Concept	Tesla TDR
Subdetectors	`coil00`, `ecal02`, `field01`, `ftd00`, `hcalFeRPC1`, `mask02`, `sit00`, `tpc04`, `tube00`, `vxd00`, `yoke00`
Parameters	(none)
Detailed Info	Database Browser

Detector Model “D10scint”

Description	D09hcalscint + tpc04
Concept	Tesla TDR
Subdetectors	`coil00`, `ecal02`, `field01`, `ftd00`, `hcalFeScintillator`, `mask02`, `sit00`, `tpc04`, `tube00`, `vxd00`, `yoke00`
Parameters	(none)
Detailed Info	Database Browser

Detector Model “D11”

Description	D09M1+tpc04+ecal04
Concept	Tesla TDR
Subdetectors	`coil00`, `ecal04`, `field01`, `ftd00`, `hcalFeRPC1`, `mask03`, `sit00`, `tpc04`, `tube00`, `vxd00`, `yoke00`
Parameters	(none)
Detailed Info	Database Browser

Detector Model “D12”

Description	D11+LumiCal,new conical beam pipe, new cylindrical mask
Concept	Tesla TDR
Subdetectors	`coil00`, `ecal02`, `field01`, `ftd01`, `hcalFeRPC1`, `LumiCalS`, `mask04`, `sit00`, `tpc04`, `tube01`, `vxd00`, `yoke00`
Parameters	(none)
Detailed Info	Database Browser

Detector Model “D12scint”

Description	D12 with hcalFeScintillator
Concept	Tesla TDR
Subdetectors	`coil00`, `ecal02`, `field01`, `ftd01`, `hcalFeScintillator`, `LumiCalS`, `mask04`, `sit00`, `tpc04`, `tube01`, `vxd00`, `yoke00`
Parameters	(none)
Detailed Info	Database Browser

Detector Model “D13Stahl”

Description	D10 with improved forward region and beam line, Stahl layout
Concept	Tesla TDR Extended
Subdetectors	`coil00`, `ecal02`, `fieldX00Stahl`, `ftd01`, `hcalFeRPC1`, `maskX00Stahl`, `sit00`, `tpc05`, `tubeX00Stahl`, `vxd01`, `yoke01Stahl`
Parameters	`TUBE_central_inner_radius`, `TUBE_central_thickness`, `VXD_active_silicon_thickness`, `VXD_cryostat_option`, `VXD_end_electronics_thickness`, `VXD_inner_radius`, `VXD_ladder_number`, `VXD_outer_radius`, `VXD_support_ladder_material`, `VXD_support_ladder_thickness`
Detailed Info	Database Browser

Detector Model “D13TDR”

Description	D10 with improved forward region and beam line, TDR layout
Concept	Tesla TDR Extended
Subdetectors	`coil00`, `ecal02`, `fieldX00TDR`, `ftd01`, `hcalFeRPC1`, `maskX00TDR`, `sit00`, `tpc05`, `tubeX00TDR`, `vxd01`, `yoke01TDR`
Parameters	`TUBE_central_inner_radius`, `TUBE_central_thickness`, `VXD_active_silicon_thickness`, `VXD_cryostat_option`, `VXD_end_electronics_thickness`, `VXD_inner_radius`, `VXD_ladder_number`, `VXD_outer_radius`, `VXD_support_ladder_material`, `VXD_support_ladder_thickness`
Detailed Info	Database Browser

Detector Model “D13XStahl”

Description	D10 with improved forward region and beam line, Stahl layout with 20 mrad crossing angle
Concept	Tesla TDR Extended
Subdetectors	`coil00`, `ecal02`, `fieldX00XStahl`, `ftd01`, `hcalFeRPC1`, `maskX00XStahl`, `sit00`, `tpc05`, `tubeX00XStahl`, `vxd01`, `yoke01XStahl`
Parameters	`TUBE_central_inner_radius`, `TUBE_central_thickness`, `VXD_active_silicon_thickness`, `VXD_cryostat_option`, `VXD_end_electronics_thickness`, `VXD_inner_radius`, `VXD_ladder_number`, `VXD_outer_radius`, `VXD_support_ladder_material`, `VXD_support_ladder_thickness`
Detailed Info	Database Browser

Detector Model “D14”

Description	D12+ real vertex detector geometry based on TESLA TDR
Concept	Tesla TDR
Subdetectors	`coil00`, `ecal02`, `field01`, `ftd01`, `hcalFeRPC1`, `LumiCalS`, `mask04`, `sit00`, `tpc04`, `tube02`, `vxd01`, `yoke00`
Parameters	`Lcal_inner_radius`, `Lcal_n_layers`, `Lcal_nstrips_phi`, `Lcal_nstrips_theta`, `Lcal_outer_radius`, `Lcal_phi_offset`, `Lcal_silicon_thickness`, `Lcal_tungsten_thickness`, `Lcal_type`, `Lcal_z_begin`, `TUBE_central_inner_radius`, `TUBE_central_thickness`, `TUBE_opening_angle`, `VXD_active_silicon_thickness`, `VXD_cryostat_option`, `VXD_end_electronics_thickness`, `VXD_inner_radius`, `VXD_ladder_number`, `VXD_length_r1`, `VXD_outer_radius`, `VXD_radius_r1`, `VXD_support_ladder_material`, `VXD_support_ladder_thickness`
Detailed Info	Database Browser

Detector Model “D14_CMOSVTX”

Description	D12+ real vertex detector using the CMOS technology
Concept	Tesla TDR
Subdetectors	`coil00`, `ecal02`, `field01`, `ftd01`, `hcalFeRPC1`, `LumiCalS`, `mask04`, `sit00`, `tpc04`, `tube02`, `vxd02`, `yoke00`
Parameters	`Lcal_inner_radius`, `Lcal_n_layers`, `Lcal_nstrips_phi`, `Lcal_nstrips_theta`, `Lcal_outer_radius`, `Lcal_phi_offset`, `Lcal_silicon_thickness`, `Lcal_tungsten_thickness`, `Lcal_type`, `Lcal_z_begin`, `TUBE_central_inner_radius`, `TUBE_central_thickness`, `TUBE_opening_angle`, `VXD_active_silicon_thickness`, `VXD_cryostat_option`, `VXD_end_electronics_thickness`, `VXD_inner_radius`, `VXD_ladder_number`, `VXD_length_r1`, `VXD_outer_radius`, `VXD_radius_r1`, `VXD_support_ladder_material`, `VXD_support_ladder_thickness`
Detailed Info	Database Browser

Detector Model “D20”

Description	Ecal with W 20 layers
Concept	Tesla TDR
Subdetectors	`coil00`, `ecal20`, `field01`, `hcal20`, `mask00`, `tpc00`, `yoke00`
Parameters	(none)
Detailed Info	Database Browser

Detector Model “Ecalk1TPC”

Description	First compact Ecalk1 with 1mm2 and TPC for fisrt studies
Concept	Tesla TDR
Subdetectors	`ecal06`, `tpc03`
Parameters	(none)
Detailed Info	Database Browser

Detector Model “EcalPbk1TPC”

Description	First compact EcalPbk1 with radiator Pb and 1mm2 cells and TPC for first studies
Concept	Tesla TDR
Subdetectors	`ecalpbk1`, `tpc03`
Parameters	(none)
Detailed Info	Database Browser

Detector Model “EcalTPC”

Description	Ecal with 1mm2 cells and TPC
Concept	Tesla TDR
Subdetectors	`ecal05`, `tpc03`
Parameters	(none)
Detailed Info	Database Browser

Detector Model “HcalFeRPCFieldCoil”

Description	HcalFeRPC1+Field+coil
Concept	Tesla TDR
Subdetectors	`coil00`, `field01`, `hcalFeRPC1`
Parameters	(none)
Detailed Info	Database Browser

Detector Model “HcalWMod”

Description	The same as D08 but with a W modified density replacing the Fe in the Hcal
Concept	Tesla TDR
Subdetectors	`coil00`, `ecal02`, `field01`, `HcalWMod`, `mask00`, `tpc00`, `yoke00`
Parameters	(none)
Detailed Info	Database Browser

Detector Model “HcalWModRPCFieldCoil”

Description	HcalWModRPC1+Field+Coil
Concept	Tesla TDR
Subdetectors	`coil00`, `field01`, `hcalWModRPC1`
Parameters	(none)
Detailed Info	Database Browser

Detector Model “ILD_00”

Description	ILD simulation reference Model for LOI
Concept	ILD
Subdetectors	`BeamCal01`, `SCoil02`, `SEcal03`, `SEtd02`, `SField01`, `SFtd07`, `SHcalSc02`, `SLcal02`, `LHcal01`, `maskX02`, `SSet02`, `SSit03`, `tpc08`, `tubeX02`, `vxd05`, `yoke04`
Parameters	`Coil_extra_size`, `Coil_inner_radius`, `Coil_thickness`, `Coil_Yoke_lateral_clearance`, `Coil_Yoke_radial_clearance`, `Ecal_Alveolus_Air_Gap`, `Ecal_Barrel_halfZ`, `Ecal_barrel_number_of_towers`, `Ecal_cables_gap`, `Ecal_cells_size`, `Ecal_EC_Ring_gap`, `Ecal_endcap_center_box_size`, `Ecal_endcap_extra_size`, `Ecal_endcap_outer_radius`, `Ecal_endcap_plug_rmin`, `Ecal_endcap_zmax`, `Ecal_endcap_zmin`, `Ecal_fiber_thickness`, `Ecal_front_face_thickness`, `Ecal_guard_ring_size`, `Ecal_lateral_face_thickness`, `Ecal_Lcal_ring_gap`, `Ecal_nlayers1`, `Ecal_nlayers2`, `Ecal_nlayers3`, `Ecal_outer_radius`, `Ecal_radiator_layers_set1_thickness`, `Ecal_radiator_layers_set2_thickness`, `Ecal_radiator_layers_set3_thickness`, `Ecal_radiator_material`, `Ecal_sensitive_material`, `Ecal_Si_thickness`, `Ecal_Slab_copper_thickness`, `Ecal_Slab_glue_gap`, `Ecal_Slab_ground_thickness`, `Ecal_Slab_H_fiber_thickness`, `Ecal_Slab_PCB_thickness`, `Ecal_Slab_shielding`, `Ecal_support_thickness`, `Ecal_Tpc_gap`, `Field_nominal_value`, `FieldPropagator_LargestAcceptableStep`, `Hcal_apply_Birks_law`, `Hcal_back_plate_thickness`, `Hcal_barrel_end_module_type`, `Hcal_cells_size`, `Hcal_chamber_thickness`, `Hcal_Coil_additional_gap`, `Hcal_digitization_tile_size`, `Hcal_Ecal_gap`, `Hcal_endcap_cables_gap`, `Hcal_endcap_center_box_size`, `Hcal_endcap_ecal_gap`, `Hcal_endcap_nlayers`, `Hcal_endcap_radiator_material`, `Hcal_endcap_radiator_thickness`, `Hcal_endcap_sensitive_center_box`, `Hcal_endcap_zmin`, `Hcal_fiber_gap`, `Hcal_lateral_structure_thickness`, `Hcal_layer_air_gap`, `Hcal_layer_support_length`, `Hcal_middle_stave_gaps`, `Hcal_modules_gap`, `Hcal_nlayers`, `Hcal_outer_radius`, `Hcal_R_max`, `Hcal_radial_ring_inner_gap`, `Hcal_radiator_material`, `Hcal_radiator_thickness`, `Hcal_ring`, `Hcal_sensitive_model`, `Hcal_stave_gaps`, `ILC_Main_Crossing_Angle`, `Lcal_beam_pipe_clearance`, `Lcal_inner_radius`, `Lcal_layer_gap`, `Lcal_n_layers`, `Lcal_nstrips_phi`, `Lcal_nstrips_theta`, `Lcal_outer_radius`, `Lcal_phi_offset`, `Lcal_silicon_thickness`, `Lcal_support_thickness`, `Lcal_tungsten_thickness`, `Lcal_type`, `Lcal_z_begin`, `Lcal_z_thickness`, `LHcal_cell_size`, `LHcal_Electronics_space`, `LHcal_inner_radius`, `LHcal_lateral_face_thickness`, `LHcal_nlayers`, `LHcal_radiator_thickness`, `LHcal_zend`, `LHcal_zmin_displacement`, `SIT1_Half_Length_Z`, `SIT1_Radius`, `SIT2_Half_Length_Z`, `SIT2_Radius`, `TPC_Ecal_Hcal_barrel_halfZ`, `TPC_electronics_backend_thickness`, `TPC_inner_radius`, `TPC_inner_wall_thickness`, `TPC_max_step_length`, `TPC_outer_radius`, `TPC_outer_wall_thickness`, `TPC_pad_height`, `TPC_pad_width`, `TUBE_crossing_angle`, `TUBE_IPOuterBulge_end_radius`, `TUBE_IPOuterBulge_end_z`, `TUBE_IPOuterTube_end_radius`, `TUBE_IPOuterTube_end_z`, `TUBE_IPOuterTube_start_radius`, `TUBE_IPOuterTube_start_z`, `VXD_active_side_band_electronics_option`, `VXD_active_silicon_thickness`, `VXD_cryostat_option`, `VXD_end_ladd_electronics_half_length`, `VXD_end_ladd_electronics_option`, `VXD_end_ladd_electronics_thickness`, `VXD_inner_radius`, `VXD_layer_gap`, `VXD_length_r1`, `VXD_length_r3`, `VXD_length_r5`, `VXD_outer_radius`, `VXD_radius_r1`, `VXD_radius_r3`, `VXD_radius_r5`, `VXD_side_band_electronics_option`, `VXD_side_band_electronics_thickness`, `VXD_side_band_electronics_width`, `VXD_support_ladder_material`, `VXD_support_ladder_thickness`, `VXD_width_r1`, `VXD_width_r3`, `VXD_width_r5`, `Yoke_barrel_inner_radius`, `Yoke_BField_cutoff`, `Yoke_endcap_inner_radius`, `Yoke_thickness`, `Yoke_with_plug`, `Yoke_Z_start_endcaps`
Detailed Info	Database Browser

Detector Model “ILD_00_EcalSc01”

Description	ILD simulation reference Model for LOI, but Ecal with scintilator
Concept	ILD
Subdetectors	`BeamCal01`, `SCoil02`, `SEcal03`, `SEtd02`, `SField01`, `SFtd07`, `SHcalSc02`, `SLcal02`, `LHcal01`, `maskX02`, `SSet02`, `SSit03`, `tpc08`, `tubeX02`, `vxd05`, `yoke04`
Parameters	`Coil_extra_size`, `Coil_inner_radius`, `Coil_thickness`, `Coil_Yoke_lateral_clearance`, `Coil_Yoke_radial_clearance`, `Ecal_Alveolus_Air_Gap`, `Ecal_Barrel_halfZ`, `Ecal_barrel_number_of_towers`, `Ecal_cables_gap`, `Ecal_cells_size`, `Ecal_EC_Ring_gap`, `Ecal_endcap_center_box_size`, `Ecal_endcap_extra_size`, `Ecal_endcap_outer_radius`, `Ecal_endcap_plug_rmin`, `Ecal_endcap_zmax`, `Ecal_endcap_zmin`, `Ecal_fiber_thickness`, `Ecal_front_face_thickness`, `Ecal_guard_ring_size`, `Ecal_lateral_face_thickness`, `Ecal_Lcal_ring_gap`, `Ecal_nlayers1`, `Ecal_nlayers2`, `Ecal_nlayers3`, `Ecal_outer_radius`, `Ecal_radiator_layers_set1_thickness`, `Ecal_radiator_layers_set2_thickness`, `Ecal_radiator_layers_set3_thickness`, `Ecal_radiator_material`, `Ecal_sensitive_material`, `Ecal_Si_thickness`, `Ecal_Slab_copper_thickness`, `Ecal_Slab_glue_gap`, `Ecal_Slab_ground_thickness`, `Ecal_Slab_H_fiber_thickness`, `Ecal_Slab_PCB_thickness`, `Ecal_Slab_shielding`, `Ecal_support_thickness`, `Ecal_Tpc_gap`, `Field_nominal_value`, `FieldPropagator_LargestAcceptableStep`, `Hcal_apply_Birks_law`, `Hcal_back_plate_thickness`, `Hcal_barrel_end_module_type`, `Hcal_cells_size`, `Hcal_chamber_thickness`, `Hcal_Coil_additional_gap`, `Hcal_digitization_tile_size`, `Hcal_Ecal_gap`, `Hcal_endcap_cables_gap`, `Hcal_endcap_center_box_size`, `Hcal_endcap_ecal_gap`, `Hcal_endcap_nlayers`, `Hcal_endcap_radiator_material`, `Hcal_endcap_radiator_thickness`, `Hcal_endcap_sensitive_center_box`, `Hcal_endcap_zmin`, `Hcal_fiber_gap`, `Hcal_lateral_structure_thickness`, `Hcal_layer_air_gap`, `Hcal_layer_support_length`, `Hcal_middle_stave_gaps`, `Hcal_modules_gap`, `Hcal_nlayers`, `Hcal_outer_radius`, `Hcal_R_max`, `Hcal_radial_ring_inner_gap`, `Hcal_radiator_material`, `Hcal_radiator_thickness`, `Hcal_ring`, `Hcal_sensitive_model`, `Hcal_stave_gaps`, `ILC_Main_Crossing_Angle`, `Lcal_beam_pipe_clearance`, `Lcal_inner_radius`, `Lcal_layer_gap`, `Lcal_n_layers`, `Lcal_nstrips_phi`, `Lcal_nstrips_theta`, `Lcal_outer_radius`, `Lcal_phi_offset`, `Lcal_silicon_thickness`, `Lcal_support_thickness`, `Lcal_tungsten_thickness`, `Lcal_type`, `Lcal_z_begin`, `Lcal_z_thickness`, `LHcal_cell_size`, `LHcal_Electronics_space`, `LHcal_inner_radius`, `LHcal_lateral_face_thickness`, `LHcal_nlayers`, `LHcal_radiator_thickness`, `LHcal_zend`, `LHcal_zmin_displacement`, `SIT1_Half_Length_Z`, `SIT1_Radius`, `SIT2_Half_Length_Z`, `SIT2_Radius`, `TPC_Ecal_Hcal_barrel_halfZ`, `TPC_electronics_backend_thickness`, `TPC_inner_radius`, `TPC_inner_wall_thickness`, `TPC_max_step_length`, `TPC_outer_radius`, `TPC_outer_wall_thickness`, `TPC_pad_height`, `TPC_pad_width`, `TUBE_crossing_angle`, `TUBE_IPOuterBulge_end_radius`, `TUBE_IPOuterBulge_end_z`, `TUBE_IPOuterTube_end_radius`, `TUBE_IPOuterTube_end_z`, `TUBE_IPOuterTube_start_radius`, `TUBE_IPOuterTube_start_z`, `VXD_active_side_band_electronics_option`, `VXD_active_silicon_thickness`, `VXD_cryostat_option`, `VXD_end_ladd_electronics_half_length`, `VXD_end_ladd_electronics_option`, `VXD_end_ladd_electronics_thickness`, `VXD_inner_radius`, `VXD_layer_gap`, `VXD_length_r1`, `VXD_length_r3`, `VXD_length_r5`, `VXD_outer_radius`, `VXD_radius_r1`, `VXD_radius_r3`, `VXD_radius_r5`, `VXD_side_band_electronics_option`, `VXD_side_band_electronics_thickness`, `VXD_side_band_electronics_width`, `VXD_support_ladder_material`, `VXD_support_ladder_thickness`, `VXD_width_r1`, `VXD_width_r3`, `VXD_width_r5`, `Yoke_barrel_inner_radius`, `Yoke_BField_cutoff`, `Yoke_endcap_inner_radius`, `Yoke_thickness`, `Yoke_with_plug`, `Yoke_Z_start_endcaps`
Detailed Info	Database Browser

Detector Model “ILD_00_EcalSc02”

Description	ILD simulation reference model for LOI, but using new Hybrid Ecal implementation; by default, it is made only of silicon layers
Concept	ILD
Subdetectors	`BeamCal01`, `SCoil02`, `SEcal03p01`, `SEtd02`, `SField01`, `SFtd07`, `SHcalSc02`, `SLcal02`, `LHcal01`, `maskX02`, `SSet02`, `SSit03`, `tpc08`, `tubeX02`, `vxd05`, `yoke04`
Parameters	`Coil_extra_size`, `Coil_inner_radius`, `Coil_thickness`, `Coil_Yoke_lateral_clearance`, `Coil_Yoke_radial_clearance`, `Ecal_Alveolus_Air_Gap`, `Ecal_Barrel_halfZ`, `Ecal_barrel_number_of_towers`, `Ecal_cables_gap`, `Ecal_cells_size`, `Ecal_EC_Ring_gap`, `Ecal_endcap_center_box_size`, `Ecal_endcap_extra_size`, `Ecal_endcap_outer_radius`, `Ecal_endcap_plug_rmin`, `Ecal_endcap_zmax`, `Ecal_endcap_zmin`, `Ecal_fiber_thickness`, `Ecal_front_face_thickness`, `Ecal_guard_ring_size`, `Ecal_lateral_face_thickness`, `Ecal_Lcal_ring_gap`, `Ecal_MPPC_size`, `Ecal_n_wafers_per_tower`, `Ecal_nlayers1`, `Ecal_nlayers2`, `Ecal_nlayers3`, `Ecal_outer_radius`, `Ecal_radiator_layers_set1_thickness`, `Ecal_radiator_layers_set2_thickness`, `Ecal_radiator_layers_set3_thickness`, `Ecal_radiator_material`, `Ecal_Sc_MPPC_breadth`, `Ecal_Sc_N_strips_across_module`, `Ecal_Sc_number_of_virtual_cells`, `Ecal_Sc_reflector_thickness`, `Ecal_Sc_Si_mix`, `Ecal_Sc_thickness`, `Ecal_Si_thickness`, `Ecal_Slab_copper_thickness`, `Ecal_Slab_glue_gap`, `Ecal_Slab_ground_thickness`, `Ecal_Slab_H_fiber_thickness`, `Ecal_Slab_PCB_thickness`, `Ecal_Slab_Sc_PCB_thickness`, `Ecal_Slab_shielding`, `Ecal_support_thickness`, `Ecal_Tpc_gap`, `Field_nominal_value`, `FieldPropagator_LargestAcceptableStep`, `Hcal_apply_Birks_law`, `Hcal_back_plate_thickness`, `Hcal_barrel_end_module_type`, `Hcal_cells_size`, `Hcal_chamber_thickness`, `Hcal_Coil_additional_gap`, `Hcal_digitization_tile_size`, `Hcal_Ecal_gap`, `Hcal_endcap_cables_gap`, `Hcal_endcap_center_box_size`, `Hcal_endcap_ecal_gap`, `Hcal_endcap_nlayers`, `Hcal_endcap_radiator_material`, `Hcal_endcap_radiator_thickness`, `Hcal_endcap_sensitive_center_box`, `Hcal_endcap_zmin`, `Hcal_fiber_gap`, `Hcal_lateral_structure_thickness`, `Hcal_layer_air_gap`, `Hcal_layer_support_length`, `Hcal_middle_stave_gaps`, `Hcal_modules_gap`, `Hcal_nlayers`, `Hcal_outer_radius`, `Hcal_R_max`, `Hcal_radial_ring_inner_gap`, `Hcal_radiator_material`, `Hcal_radiator_thickness`, `Hcal_ring`, `Hcal_sensitive_model`, `Hcal_stave_gaps`, `ILC_Main_Crossing_Angle`, `Lcal_beam_pipe_clearance`, `Lcal_inner_radius`, `Lcal_layer_gap`, `Lcal_n_layers`, `Lcal_nstrips_phi`, `Lcal_nstrips_theta`, `Lcal_outer_radius`, `Lcal_phi_offset`, `Lcal_silicon_thickness`, `Lcal_support_thickness`, `Lcal_tungsten_thickness`, `Lcal_type`, `Lcal_z_begin`, `Lcal_z_thickness`, `LHcal_cell_size`, `LHcal_Electronics_space`, `LHcal_inner_radius`, `LHcal_lateral_face_thickness`, `LHcal_nlayers`, `LHcal_radiator_thickness`, `LHcal_zend`, `LHcal_zmin_displacement`, `SIT1_Half_Length_Z`, `SIT1_Radius`, `SIT2_Half_Length_Z`, `SIT2_Radius`, `TPC_Ecal_Hcal_barrel_halfZ`, `TPC_electronics_backend_thickness`, `TPC_inner_radius`, `TPC_inner_wall_thickness`, `TPC_max_step_length`, `TPC_outer_radius`, `TPC_outer_wall_thickness`, `TPC_pad_height`, `TPC_pad_width`, `TUBE_crossing_angle`, `TUBE_IPOuterBulge_end_radius`, `TUBE_IPOuterBulge_end_z`, `TUBE_IPOuterTube_end_radius`, `TUBE_IPOuterTube_end_z`, `TUBE_IPOuterTube_start_radius`, `TUBE_IPOuterTube_start_z`, `VXD_active_side_band_electronics_option`, `VXD_active_silicon_thickness`, `VXD_cryostat_option`, `VXD_end_ladd_electronics_half_length`, `VXD_end_ladd_electronics_option`, `VXD_end_ladd_electronics_thickness`, `VXD_inner_radius`, `VXD_layer_gap`, `VXD_length_r1`, `VXD_length_r3`, `VXD_length_r5`, `VXD_outer_radius`, `VXD_radius_r1`, `VXD_radius_r3`, `VXD_radius_r5`, `VXD_side_band_electronics_option`, `VXD_side_band_electronics_thickness`, `VXD_side_band_electronics_width`, `VXD_support_ladder_material`, `VXD_support_ladder_thickness`, `VXD_width_r1`, `VXD_width_r3`, `VXD_width_r5`, `Yoke_barrel_inner_radius`, `Yoke_BField_cutoff`, `Yoke_endcap_inner_radius`, `Yoke_thickness`, `Yoke_with_plug`, `Yoke_Z_start_endcaps`
Detailed Info	Database Browser

Detector Model “ILD_00Dhcal”

Description	Digital Hcal ILD simulation reference Model for LOI
Concept	ILD
Subdetectors	`BeamCal01`, `SCoil02`, `SEcal03`, `SEtd02`, `SField01`, `SFtd07`, `SHcal04`, `SLcal02`, `LHcal01`, `maskX02`, `SSet02`, `SSit03`, `tpc08`, `tubeX02`, `vxd05`, `yoke04`
Parameters	`ChipPackageThickness`, `Coil_extra_size`, `Coil_inner_radius`, `Coil_thickness`, `Coil_Yoke_lateral_clearance`, `Coil_Yoke_radial_clearance`, `DHcal_max_step`, `Ecal_Alveolus_Air_Gap`, `Ecal_Barrel_halfZ`, `Ecal_barrel_number_of_towers`, `Ecal_cables_gap`, `Ecal_cells_size`, `Ecal_EC_Ring_gap`, `Ecal_endcap_center_box_size`, `Ecal_endcap_extra_size`, `Ecal_endcap_outer_radius`, `Ecal_endcap_plug_rmin`, `Ecal_endcap_zmax`, `Ecal_endcap_zmin`, `Ecal_fiber_thickness`, `Ecal_front_face_thickness`, `Ecal_guard_ring_size`, `Ecal_lateral_face_thickness`, `Ecal_Lcal_ring_gap`, `Ecal_nlayers1`, `Ecal_nlayers2`, `Ecal_nlayers3`, `Ecal_outer_radius`, `Ecal_radiator_layers_set1_thickness`, `Ecal_radiator_layers_set2_thickness`, `Ecal_radiator_layers_set3_thickness`, `Ecal_radiator_material`, `Ecal_sensitive_material`, `Ecal_Si_thickness`, `Ecal_Slab_copper_thickness`, `Ecal_Slab_glue_gap`, `Ecal_Slab_ground_thickness`, `Ecal_Slab_H_fiber_thickness`, `Ecal_Slab_PCB_thickness`, `Ecal_Slab_shielding`, `Ecal_support_thickness`, `Ecal_Tpc_gap`, `EdgeWidth`, `Field_nominal_value`, `FieldPropagator_LargestAcceptableStep`, `Gap_Thickness`, `GazInletInnerRadius`, `GazInletLength`, `GazInletOuterRadius`, `Graphite_ThicknessAnode`, `Graphite_ThicknessCathode`, `Hcal_barrel_number_modules`, `Hcal_cells_size`, `Hcal_chamber_thickness`, `Hcal_Coil_additional_gap`, `Hcal_Ecal_gap`, `Hcal_endcap_cables_gap`, `Hcal_endcap_center_box_size`, `Hcal_endcap_ecal_gap`, `Hcal_endcap_zmin`, `Hcal_fiber_gap`, `Hcal_lateral_structure_thickness`, `Hcal_MinNumCellsInTransvPlane`, `Hcal_modules_gap`, `Hcal_nlayers`, `Hcal_outer_radius`, `Hcal_R_max`, `Hcal_radial_ring_inner_gap`, `Hcal_radiator_material`, `Hcal_radiator_thickness`, `Hcal_ring`, `Hcal_stave_gaps`, `ILC_Main_Crossing_Angle`, `Lcal_beam_pipe_clearance`, `Lcal_inner_radius`, `Lcal_layer_gap`, `Lcal_n_layers`, `Lcal_nstrips_phi`, `Lcal_nstrips_theta`, `Lcal_outer_radius`, `Lcal_phi_offset`, `Lcal_silicon_thickness`, `Lcal_support_thickness`, `Lcal_tungsten_thickness`, `Lcal_type`, `Lcal_z_begin`, `Lcal_z_thickness`, `LHcal_cell_size`, `LHcal_Electronics_space`, `LHcal_inner_radius`, `LHcal_lateral_face_thickness`, `LHcal_nlayers`, `LHcal_radiator_thickness`, `LHcal_zend`, `LHcal_zmin_displacement`, `mylar_ThicknessAnode`, `mylar_ThicknessCathode`, `PadSeparation`, `PCB_Thickness`, `SIT1_Half_Length_Z`, `SIT1_Radius`, `SIT2_Half_Length_Z`, `SIT2_Radius`, `ThickGlass`, `ThinGlass`, `TPC_Ecal_Hcal_barrel_halfZ`, `TPC_electronics_backend_thickness`, `TPC_inner_radius`, `TPC_inner_wall_thickness`, `TPC_max_step_length`, `TPC_outer_radius`, `TPC_outer_wall_thickness`, `TPC_pad_height`, `TPC_pad_width`, `TUBE_crossing_angle`, `TUBE_IPOuterBulge_end_radius`, `TUBE_IPOuterBulge_end_z`, `TUBE_IPOuterTube_end_radius`, `TUBE_IPOuterTube_end_z`, `TUBE_IPOuterTube_start_radius`, `TUBE_IPOuterTube_start_z`, `VXD_active_side_band_electronics_option`, `VXD_active_silicon_thickness`, `VXD_cryostat_option`, `VXD_end_ladd_electronics_half_length`, `VXD_end_ladd_electronics_option`, `VXD_end_ladd_electronics_thickness`, `VXD_inner_radius`, `VXD_layer_gap`, `VXD_length_r1`, `VXD_length_r3`, `VXD_length_r5`, `VXD_outer_radius`, `VXD_radius_r1`, `VXD_radius_r3`, `VXD_radius_r5`, `VXD_side_band_electronics_option`, `VXD_side_band_electronics_thickness`, `VXD_side_band_electronics_width`, `VXD_support_ladder_material`, `VXD_support_ladder_thickness`, `VXD_width_r1`, `VXD_width_r3`, `VXD_width_r5`, `Yoke_barrel_inner_radius`, `Yoke_BField_cutoff`, `Yoke_endcap_inner_radius`, `Yoke_thickness`, `Yoke_with_plug`, `Yoke_Z_start_endcaps`
Detailed Info	Database Browser

Detector Model “ILD_00fw”

Description	ILD Model for LOI with improved forward region
Concept	ILD
Subdetectors	`BeamCal01`, `SCoil02`, `SEcal03`, `SEtd02`, `fieldX02`, `SFtd07`, `SHcalSc02`, `SLcal02`, `LHcal01`, `maskX03`, `SSet02`, `SSit03`, `tpc08`, `tubeX04`, `vxd05`, `yoke04`
Parameters	`Coil_extra_size`, `Coil_inner_radius`, `Coil_thickness`, `Coil_Yoke_lateral_clearance`, `Coil_Yoke_radial_clearance`, `Ecal_Alveolus_Air_Gap`, `Ecal_Barrel_halfZ`, `Ecal_barrel_number_of_towers`, `Ecal_cables_gap`, `Ecal_cells_size`, `Ecal_EC_Ring_gap`, `Ecal_endcap_center_box_size`, `Ecal_endcap_extra_size`, `Ecal_endcap_outer_radius`, `Ecal_endcap_plug_rmin`, `Ecal_endcap_zmax`, `Ecal_endcap_zmin`, `Ecal_fiber_thickness`, `Ecal_front_face_thickness`, `Ecal_guard_ring_size`, `Ecal_lateral_face_thickness`, `Ecal_Lcal_ring_gap`, `Ecal_nlayers1`, `Ecal_nlayers2`, `Ecal_nlayers3`, `Ecal_outer_radius`, `Ecal_radiator_layers_set1_thickness`, `Ecal_radiator_layers_set2_thickness`, `Ecal_radiator_layers_set3_thickness`, `Ecal_radiator_material`, `Ecal_sensitive_material`, `Ecal_Si_thickness`, `Ecal_Slab_copper_thickness`, `Ecal_Slab_glue_gap`, `Ecal_Slab_ground_thickness`, `Ecal_Slab_H_fiber_thickness`, `Ecal_Slab_PCB_thickness`, `Ecal_Slab_shielding`, `Ecal_support_thickness`, `Ecal_Tpc_gap`, `Field_nominal_value`, `Hcal_apply_Birks_law`, `Hcal_back_plate_thickness`, `Hcal_barrel_end_module_type`, `Hcal_cells_size`, `Hcal_chamber_thickness`, `Hcal_Coil_additional_gap`, `Hcal_digitization_tile_size`, `Hcal_Ecal_gap`, `Hcal_endcap_cables_gap`, `Hcal_endcap_center_box_size`, `Hcal_endcap_ecal_gap`, `Hcal_endcap_nlayers`, `Hcal_endcap_radiator_material`, `Hcal_endcap_radiator_thickness`, `Hcal_endcap_sensitive_center_box`, `Hcal_endcap_zmin`, `Hcal_fiber_gap`, `Hcal_lateral_structure_thickness`, `Hcal_layer_air_gap`, `Hcal_layer_support_length`, `Hcal_middle_stave_gaps`, `Hcal_modules_gap`, `Hcal_nlayers`, `Hcal_outer_radius`, `Hcal_R_max`, `Hcal_radial_ring_inner_gap`, `Hcal_radiator_material`, `Hcal_radiator_thickness`, `Hcal_ring`, `Hcal_sensitive_model`, `Hcal_stave_gaps`, `ILC_Main_Crossing_Angle`, `Lcal_beam_pipe_clearance`, `Lcal_inner_radius`, `Lcal_layer_gap`, `Lcal_n_layers`, `Lcal_nstrips_phi`, `Lcal_nstrips_theta`, `Lcal_outer_radius`, `Lcal_phi_offset`, `Lcal_silicon_thickness`, `Lcal_support_thickness`, `Lcal_tungsten_thickness`, `Lcal_type`, `Lcal_z_begin`, `Lcal_z_thickness`, `LHcal_cell_size`, `LHcal_Electronics_space`, `LHcal_inner_radius`, `LHcal_lateral_face_thickness`, `LHcal_nlayers`, `LHcal_radiator_thickness`, `LHcal_zend`, `LHcal_zmin_displacement`, `SIT1_Half_Length_Z`, `SIT1_Radius`, `SIT2_Half_Length_Z`, `SIT2_Radius`, `TPC_Ecal_Hcal_barrel_halfZ`, `TPC_electronics_backend_thickness`, `TPC_inner_radius`, `TPC_inner_wall_thickness`, `TPC_max_step_length`, `TPC_outer_radius`, `TPC_outer_wall_thickness`, `TPC_pad_height`, `TPC_pad_width`, `TUBE_crossing_angle`, `TUBE_IPOuterBulge_end_radius`, `TUBE_IPOuterBulge_end_z`, `TUBE_IPOuterTube_end_radius`, `TUBE_IPOuterTube_end_z`, `TUBE_IPOuterTube_start_radius`, `TUBE_IPOuterTube_start_z`, `VXD_active_side_band_electronics_option`, `VXD_active_silicon_thickness`, `VXD_cryostat_option`, `VXD_end_ladd_electronics_half_length`, `VXD_end_ladd_electronics_option`, `VXD_end_ladd_electronics_thickness`, `VXD_inner_radius`, `VXD_layer_gap`, `VXD_length_r1`, `VXD_length_r3`, `VXD_length_r5`, `VXD_outer_radius`, `VXD_radius_r1`, `VXD_radius_r3`, `VXD_radius_r5`, `VXD_side_band_electronics_option`, `VXD_side_band_electronics_thickness`, `VXD_side_band_electronics_width`, `VXD_support_ladder_material`, `VXD_support_ladder_thickness`, `VXD_width_r1`, `VXD_width_r3`, `VXD_width_r5`, `Yoke_barrel_inner_radius`, `Yoke_endcap_inner_radius`, `Yoke_thickness`, `Yoke_with_plug`, `Yoke_Z_start_endcaps`
Detailed Info	Database Browser

Detector Model “ILD_00fw_Dhcal”

Description	Digital Hcal ILD Model for LOI with improved forward region
Concept	ILD
Subdetectors	`BeamCal01`, `SCoil02`, `SEcal03`, `SEtd02`, `fieldX02`, `SFtd07`, `SHcal04`, `SLcal02`, `LHcal01`, `maskX03`, `SSet02`, `SSit03`, `tpc08`, `tubeX04`, `vxd05`, `yoke04`
Parameters	`ChipPackageThickness`, `Coil_extra_size`, `Coil_inner_radius`, `Coil_thickness`, `Coil_Yoke_lateral_clearance`, `Coil_Yoke_radial_clearance`, `DHcal_max_step`, `Ecal_Alveolus_Air_Gap`, `Ecal_Barrel_halfZ`, `Ecal_barrel_number_of_towers`, `Ecal_cables_gap`, `Ecal_cells_size`, `Ecal_EC_Ring_gap`, `Ecal_endcap_center_box_size`, `Ecal_endcap_extra_size`, `Ecal_endcap_outer_radius`, `Ecal_endcap_plug_rmin`, `Ecal_endcap_zmax`, `Ecal_endcap_zmin`, `Ecal_fiber_thickness`, `Ecal_front_face_thickness`, `Ecal_guard_ring_size`, `Ecal_lateral_face_thickness`, `Ecal_Lcal_ring_gap`, `Ecal_nlayers1`, `Ecal_nlayers2`, `Ecal_nlayers3`, `Ecal_outer_radius`, `Ecal_radiator_layers_set1_thickness`, `Ecal_radiator_layers_set2_thickness`, `Ecal_radiator_layers_set3_thickness`, `Ecal_radiator_material`, `Ecal_sensitive_material`, `Ecal_Si_thickness`, `Ecal_Slab_copper_thickness`, `Ecal_Slab_glue_gap`, `Ecal_Slab_ground_thickness`, `Ecal_Slab_H_fiber_thickness`, `Ecal_Slab_PCB_thickness`, `Ecal_Slab_shielding`, `Ecal_support_thickness`, `Ecal_Tpc_gap`, `EdgeWidth`, `Field_nominal_value`, `Gap_Thickness`, `GazInletInnerRadius`, `GazInletLength`, `GazInletOuterRadius`, `Graphite_ThicknessAnode`, `Graphite_ThicknessCathode`, `Hcal_barrel_number_modules`, `Hcal_cells_size`, `Hcal_chamber_thickness`, `Hcal_Coil_additional_gap`, `Hcal_Ecal_gap`, `Hcal_endcap_cables_gap`, `Hcal_endcap_center_box_size`, `Hcal_endcap_ecal_gap`, `Hcal_endcap_zmin`, `Hcal_fiber_gap`, `Hcal_lateral_structure_thickness`, `Hcal_MinNumCellsInTransvPlane`, `Hcal_modules_gap`, `Hcal_nlayers`, `Hcal_outer_radius`, `Hcal_R_max`, `Hcal_radial_ring_inner_gap`, `Hcal_radiator_material`, `Hcal_radiator_thickness`, `Hcal_ring`, `Hcal_stave_gaps`, `ILC_Main_Crossing_Angle`, `Lcal_beam_pipe_clearance`, `Lcal_inner_radius`, `Lcal_layer_gap`, `Lcal_n_layers`, `Lcal_nstrips_phi`, `Lcal_nstrips_theta`, `Lcal_outer_radius`, `Lcal_phi_offset`, `Lcal_silicon_thickness`, `Lcal_support_thickness`, `Lcal_tungsten_thickness`, `Lcal_type`, `Lcal_z_begin`, `Lcal_z_thickness`, `LHcal_cell_size`, `LHcal_Electronics_space`, `LHcal_inner_radius`, `LHcal_lateral_face_thickness`, `LHcal_nlayers`, `LHcal_radiator_thickness`, `LHcal_zend`, `LHcal_zmin_displacement`, `mylar_ThicknessAnode`, `mylar_ThicknessCathode`, `PadSeparation`, `PCB_Thickness`, `SIT1_Half_Length_Z`, `SIT1_Radius`, `SIT2_Half_Length_Z`, `SIT2_Radius`, `ThickGlass`, `ThinGlass`, `TPC_Ecal_Hcal_barrel_halfZ`, `TPC_electronics_backend_thickness`, `TPC_inner_radius`, `TPC_inner_wall_thickness`, `TPC_max_step_length`, `TPC_outer_radius`, `TPC_outer_wall_thickness`, `TPC_pad_height`, `TPC_pad_width`, `TUBE_crossing_angle`, `TUBE_IPOuterBulge_end_radius`, `TUBE_IPOuterBulge_end_z`, `TUBE_IPOuterTube_end_radius`, `TUBE_IPOuterTube_end_z`, `TUBE_IPOuterTube_start_radius`, `TUBE_IPOuterTube_start_z`, `VXD_active_side_band_electronics_option`, `VXD_active_silicon_thickness`, `VXD_cryostat_option`, `VXD_end_ladd_electronics_half_length`, `VXD_end_ladd_electronics_option`, `VXD_end_ladd_electronics_thickness`, `VXD_inner_radius`, `VXD_layer_gap`, `VXD_length_r1`, `VXD_length_r3`, `VXD_length_r5`, `VXD_outer_radius`, `VXD_radius_r1`, `VXD_radius_r3`, `VXD_radius_r5`, `VXD_side_band_electronics_option`, `VXD_side_band_electronics_thickness`, `VXD_side_band_electronics_width`, `VXD_support_ladder_material`, `VXD_support_ladder_thickness`, `VXD_width_r1`, `VXD_width_r3`, `VXD_width_r5`, `Yoke_barrel_inner_radius`, `Yoke_endcap_inner_radius`, `Yoke_thickness`, `Yoke_with_plug`, `Yoke_Z_start_endcaps`
Detailed Info	Database Browser

Detector Model “ILD_00fwp01”

Description	ILD Model for LOI with improved forward region
Concept	ILD
Subdetectors	`BeamCal01`, `SCoil02`, `SEcal03`, `SEtd02`, `fieldX03`, `SFtd08`, `SHcalSc02`, `SLcal02`, `LHcal01`, `maskX03`, `SSet02`, `SSit03`, `tpc09`, `tubeX05`, `vxd05`, `yoke04`
Parameters	`Coil_extra_size`, `Coil_inner_radius`, `Coil_thickness`, `Coil_Yoke_lateral_clearance`, `Coil_Yoke_radial_clearance`, `Ecal_Alveolus_Air_Gap`, `Ecal_Barrel_halfZ`, `Ecal_barrel_number_of_towers`, `Ecal_cables_gap`, `Ecal_cells_size`, `Ecal_EC_Ring_gap`, `Ecal_endcap_center_box_size`, `Ecal_endcap_extra_size`, `Ecal_endcap_outer_radius`, `Ecal_endcap_plug_rmin`, `Ecal_endcap_zmax`, `Ecal_endcap_zmin`, `Ecal_fiber_thickness`, `Ecal_front_face_thickness`, `Ecal_guard_ring_size`, `Ecal_lateral_face_thickness`, `Ecal_Lcal_ring_gap`, `Ecal_nlayers1`, `Ecal_nlayers2`, `Ecal_nlayers3`, `Ecal_outer_radius`, `Ecal_radiator_layers_set1_thickness`, `Ecal_radiator_layers_set2_thickness`, `Ecal_radiator_layers_set3_thickness`, `Ecal_radiator_material`, `Ecal_sensitive_material`, `Ecal_Si_thickness`, `Ecal_Slab_copper_thickness`, `Ecal_Slab_glue_gap`, `Ecal_Slab_ground_thickness`, `Ecal_Slab_H_fiber_thickness`, `Ecal_Slab_PCB_thickness`, `Ecal_Slab_shielding`, `Ecal_support_thickness`, `Ecal_Tpc_gap`, `Field_nominal_value`, `FieldPropagator_LargestAcceptableStep`, `Hcal_apply_Birks_law`, `Hcal_back_plate_thickness`, `Hcal_barrel_end_module_type`, `Hcal_cells_size`, `Hcal_chamber_thickness`, `Hcal_Coil_additional_gap`, `Hcal_digitization_tile_size`, `Hcal_Ecal_gap`, `Hcal_endcap_cables_gap`, `Hcal_endcap_center_box_size`, `Hcal_endcap_ecal_gap`, `Hcal_endcap_nlayers`, `Hcal_endcap_radiator_material`, `Hcal_endcap_radiator_thickness`, `Hcal_endcap_sensitive_center_box`, `Hcal_endcap_zmin`, `Hcal_fiber_gap`, `Hcal_lateral_structure_thickness`, `Hcal_layer_air_gap`, `Hcal_layer_support_length`, `Hcal_middle_stave_gaps`, `Hcal_modules_gap`, `Hcal_nlayers`, `Hcal_outer_radius`, `Hcal_R_max`, `Hcal_radial_ring_inner_gap`, `Hcal_radiator_material`, `Hcal_radiator_thickness`, `Hcal_ring`, `Hcal_sensitive_model`, `Hcal_stave_gaps`, `ILC_Main_Crossing_Angle`, `Lcal_beam_pipe_clearance`, `Lcal_inner_radius`, `Lcal_layer_gap`, `Lcal_n_layers`, `Lcal_nstrips_phi`, `Lcal_nstrips_theta`, `Lcal_outer_radius`, `Lcal_phi_offset`, `Lcal_silicon_thickness`, `Lcal_support_thickness`, `Lcal_tungsten_thickness`, `Lcal_type`, `Lcal_z_begin`, `Lcal_z_thickness`, `LHcal_cell_size`, `LHcal_Electronics_space`, `LHcal_inner_radius`, `LHcal_lateral_face_thickness`, `LHcal_nlayers`, `LHcal_radiator_thickness`, `LHcal_zend`, `LHcal_zmin_displacement`, `SIT1_Half_Length_Z`, `SIT1_Radius`, `SIT2_Half_Length_Z`, `SIT2_Radius`, `TPC_Ecal_Hcal_barrel_halfZ`, `TPC_electronics_backend_thickness`, `TPC_inner_radius`, `TPC_inner_wall_thickness`, `TPC_max_step_length`, `TPC_outer_radius`, `TPC_outer_wall_thickness`, `TPC_pad_height`, `TPC_pad_width`, `TUBE_crossing_angle`, `TUBE_IPOuterBulge_end_radius`, `TUBE_IPOuterBulge_end_z`, `TUBE_IPOuterTube_end_radius`, `TUBE_IPOuterTube_end_z`, `TUBE_IPOuterTube_start_radius`, `TUBE_IPOuterTube_start_z`, `VXD_active_side_band_electronics_option`, `VXD_active_silicon_thickness`, `VXD_cryostat_option`, `VXD_end_ladd_electronics_half_length`, `VXD_end_ladd_electronics_option`, `VXD_end_ladd_electronics_thickness`, `VXD_inner_radius`, `VXD_layer_gap`, `VXD_length_r1`, `VXD_length_r3`, `VXD_length_r5`, `VXD_outer_radius`, `VXD_radius_r1`, `VXD_radius_r3`, `VXD_radius_r5`, `VXD_side_band_electronics_option`, `VXD_side_band_electronics_thickness`, `VXD_side_band_electronics_width`, `VXD_support_ladder_material`, `VXD_support_ladder_thickness`, `VXD_width_r1`, `VXD_width_r3`, `VXD_width_r5`, `Yoke_barrel_inner_radius`, `Yoke_endcap_inner_radius`, `Yoke_thickness`, `Yoke_with_plug`, `Yoke_Z_start_endcaps`
Detailed Info	Database Browser

Detector Model “ILD_01_dev”

Description	based on ILD_01pre02 with sit_simple_planar instead of SSit04, ftd_simple_staggered instead of SFtd10 set_simple_planar instead of SSet03 and SEtd03 removed
Concept	ILD
Subdetectors	`BeamCal08`, `SCoil03`, `SEcal03p01`, `SField01`, `ftd_simple_staggered`, `SHcalSc03`, `LHcal01`, `LumiCalV`, `maskX03`, `SServices00`, `set_simple_planar`, `sit_simple_planar`, `tpc10_01`, `tubeX05`, `vxd05`, `yoke05`
Parameters	`BCal_dAbsorber`, `BCal_dGraphite`, `BCal_nLayers`, `BCal_nWafers`, `BCal_PairMonitor`, `BCal_rInner`, `BCal_rOuter`, `BCal_rSegmentation`, `BCal_SpanningPhi`, `BCal_TubeIncomingRadius`, `BuildHcalElectronicsInterface`, `Coil_extra_size`, `Coil_inner_radius`, `Coil_thickness`, `Coil_Yoke_lateral_clearance`, `Coil_Yoke_radial_clearance`, `Ecal_Alveolus_Air_Gap`, `Ecal_Barrel_halfZ`, `Ecal_barrel_number_of_towers`, `Ecal_cables_gap`, `Ecal_cells_size`, `Ecal_EC_Ring_gap`, `Ecal_endcap_center_box_size`, `Ecal_endcap_extra_size`, `Ecal_endcap_outer_radius`, `Ecal_endcap_plug_rmin`, `Ecal_endcap_zmax`, `Ecal_endcap_zmin`, `Ecal_fiber_thickness`, `Ecal_front_face_thickness`, `Ecal_guard_ring_size`, `Ecal_lateral_face_thickness`, `Ecal_Lcal_ring_gap`, `Ecal_MPPC_size`, `Ecal_n_wafers_per_tower`, `Ecal_nlayers1`, `Ecal_nlayers2`, `Ecal_nlayers3`, `Ecal_outer_radius`, `Ecal_radiator_layers_set1_thickness`, `Ecal_radiator_layers_set2_thickness`, `Ecal_radiator_layers_set3_thickness`, `Ecal_radiator_material`, `Ecal_Sc_MPPC_breadth`, `Ecal_Sc_N_strips_across_module`, `Ecal_Sc_number_of_virtual_cells`, `Ecal_Sc_reflector_thickness`, `Ecal_Sc_Si_mix`, `Ecal_Sc_thickness`, `Ecal_Si_thickness`, `Ecal_Slab_copper_thickness`, `Ecal_Slab_glue_gap`, `Ecal_Slab_ground_thickness`, `Ecal_Slab_H_fiber_thickness`, `Ecal_Slab_PCB_thickness`, `Ecal_Slab_Sc_PCB_thickness`, `Ecal_Slab_shielding`, `Ecal_support_thickness`, `Ecal_Tpc_gap`, `EcalBarrel_EndCapServices_ZMinus_Cu_Thickness`, `EcalBarrel_EndCapServices_ZMinus_PE_Thickness`, `EcalBarrel_EndCapServices_ZPlus_Cu_Thickness`, `EcalBarrel_EndCapServices_ZPlus_PE_Thickness`, `EcalBarrelServices_RailDistanceToRight`, `EcalBarrelServices_RailHeight`, `EcalBarrelServices_RailSeparation`, `EcalBarrelServices_RailWidth`, `EcalBarrelServices_ZMinus_FirstInterrail_Cu_Thickness`, `EcalBarrelServices_ZMinus_FirstInterrail_PE_Thickness`, `EcalBarrelServices_ZMinus_SecondInterrail_Cu_Thickness`, `EcalBarrelServices_ZPlus_FirstInterrail_Cu_Thickness`, `EcalBarrelServices_ZPlus_FirstInterrail_PE_Thickness`, `EcalBarrelServices_ZPlus_SecondInterrail_Cu_Thickness`, `Field_nominal_value`, `FieldPropagator_LargestAcceptableStep`, `Hcal_apply_Birks_law`, `Hcal_back_plate_thickness`, `Hcal_barrel_end_module_type`, `Hcal_cells_size`, `Hcal_Coil_additional_gap`, `Hcal_Cu_thickness`, `Hcal_digitization_tile_size`, `Hcal_Ecal_gap`, `Hcal_endcap_cables_gap`, `Hcal_endcap_center_box_size`, `Hcal_endcap_ecal_gap`, `Hcal_endcap_lateral_structure_thickness`, `Hcal_endcap_layer_air_gap`, `Hcal_endcap_module_number`, `Hcal_endcap_module_width`, `Hcal_endcap_nlayers`, `Hcal_endcap_radiator_material`, `Hcal_endcap_radiator_thickness`, `Hcal_endcap_sensitive_center_box`, `Hcal_endcap_services_module_width`, `Hcal_endcap_zmin`, `Hcal_fiber_gap`, `Hcal_lateral_structure_thickness`, `Hcal_layer_air_gap`, `Hcal_layer_support_length`, `Hcal_middle_stave_gaps`, `Hcal_modules_gap`, `Hcal_nlayers`, `Hcal_PCB_thickness`, `Hcal_R_max`, `Hcal_radial_ring_inner_gap`, `Hcal_radiator_material`, `Hcal_radiator_thickness`, `Hcal_ring`, `Hcal_scintillator_thickness`, `Hcal_sensitive_model`, `Hcal_stave_gaps`, `Hcal_steel_cassette_thickness`, `HcalServices_outer_Cu_thickness`, `HcalServices_outer_FR4_thickness`, `HcalServicesModule_InnerServicesWidth`, `HcalServicesModule_ZMinus_Cu_Thickness`, `HcalServicesModule_ZMinus_PE_Thickness`, `HcalServicesModule_ZMinus_StainlessSteel_Thickness`, `HcalServicesModule_ZPlus_Cu_Thickness`, `HcalServicesModule_ZPlus_PE_Thickness`, `HcalServicesModule_ZPlus_StainlessSteel_Thickness`, `ILC_Main_Crossing_Angle`, `Lcal_beam_pipe_clearance`, `Lcal_extra_size`, `Lcal_inner_radius`, `Lcal_layer_gap`, `Lcal_n_layers`, `Lcal_n_tiles`, `Lcal_nstrips_phi`, `Lcal_nstrips_theta`, `Lcal_outer_radius`, `Lcal_phi_offset`, `Lcal_sensor_phi_offset`, `Lcal_silicon_thickness`, `Lcal_support_thickness`, `Lcal_tile_gap`, `Lcal_tungsten_thickness`, `Lcal_type`, `Lcal_z_begin`, `Lcal_z_thickness`, `LHcal_BCal_clearance`, `LHcal_cell_size`, `LHcal_Electronics_space`, `LHcal_inner_radius`, `LHcal_lateral_face_thickness`, `LHcal_nlayers`, `LHcal_radiator_thickness`, `LHcal_zend`, `LHcal_zmin_displacement`, `SIT1_Half_Length_Z`, `SIT1_Radius`, `SIT2_Half_Length_Z`, `SIT2_Radius`, `TPC_Ecal_Hcal_barrel_halfZ`, `TPC_inner_radius`, `TPC_max_step_length`, `TPC_outer_radius`, `TPC_pad_height`, `TPC_pad_width`, `tpcEndplateServicesRing1_R`, `tpcEndplateServicesRing1_ro`, `tpcEndplateServicesRing2_R`, `tpcEndplateServicesRing2_ro`, `tpcEndplateServicesRing3_R`, `tpcEndplateServicesRing3_ro`, `tpcEndplateServicesRing4_R`, `tpcEndplateServicesRing4_ro`, `tpcEndplateServicesRing5_R`, `tpcEndplateServicesRing5_ro`, `tpcEndplateServicesRing6_R`, `tpcEndplateServicesRing6_ro`, `tpcEndplateServicesRing7_R`, `tpcEndplateServicesRing7_ro`, `tpcEndplateServicesRing8_R`, `tpcEndplateServicesRing8_ro`, `TUBE_crossing_angle`, `TUBE_IPOuterBulge_end_radius`, `TUBE_IPOuterBulge_end_z`, `TUBE_IPOuterTube_end_radius`, `TUBE_IPOuterTube_end_z`, `TUBE_IPOuterTube_start_radius`, `TUBE_IPOuterTube_start_z`, `VXD_active_side_band_electronics_option`, `VXD_active_silicon_thickness`, `VXD_cryostat_option`, `VXD_end_ladd_electronics_half_length`, `VXD_end_ladd_electronics_option`, `VXD_end_ladd_electronics_thickness`, `VXD_inner_radius`, `VXD_layer_gap`, `VXD_length_r1`, `VXD_length_r3`, `VXD_length_r5`, `VXD_radius_r1`, `VXD_radius_r3`, `VXD_radius_r5`, `VXD_side_band_electronics_option`, `VXD_side_band_electronics_thickness`, `VXD_side_band_electronics_width`, `VXD_support_ladder_material`, `VXD_support_ladder_thickness`, `VXD_width_r1`, `VXD_width_r3`, `VXD_width_r5`, `Yoke_barrel_inner_radius`, `Yoke_BField_cutoff`, `Yoke_endcap_inner_radius`, `Yoke_thickness`, `Yoke_with_plug`, `Yoke_Z_start_endcaps`
Detailed Info	Database Browser

Detector Model “ILD_01_SciW_pre00”

Description	ILD simulation reference Model for DBD: ILD_01pre01 with SciW Ecal and new sub_detector implementations for FTD,etc
Concept	ILD
Subdetectors	`BeamCal08`, `SCoil03`, `SEcal03p01`, `SEtd03`, `SField01`, `SFtd10`, `SHcalSc03`, `LHcal01`, `LumiCalV`, `maskX03`, `SServices00`, `SSet03`, `SSit04`, `tpc10_01`, `tubeX05`, `vxd05`, `yoke05`
Parameters	`BCal_dAbsorber`, `BCal_dGraphite`, `BCal_nLayers`, `BCal_nWafers`, `BCal_PairMonitor`, `BCal_rInner`, `BCal_rOuter`, `BCal_rSegmentation`, `BCal_SpanningPhi`, `BCal_TubeIncomingRadius`, `BuildHcalElectronicsInterface`, `Coil_extra_size`, `Coil_inner_radius`, `Coil_thickness`, `Coil_Yoke_lateral_clearance`, `Coil_Yoke_radial_clearance`, `Ecal_Alveolus_Air_Gap`, `Ecal_Barrel_halfZ`, `Ecal_barrel_number_of_towers`, `Ecal_cables_gap`, `Ecal_cells_size`, `Ecal_EC_Ring_gap`, `Ecal_endcap_center_box_size`, `Ecal_endcap_extra_size`, `Ecal_endcap_outer_radius`, `Ecal_endcap_plug_rmin`, `Ecal_endcap_zmax`, `Ecal_endcap_zmin`, `Ecal_fiber_thickness`, `Ecal_front_face_thickness`, `Ecal_guard_ring_size`, `Ecal_lateral_face_thickness`, `Ecal_Lcal_ring_gap`, `Ecal_MPPC_size`, `Ecal_n_wafers_per_tower`, `Ecal_nlayers1`, `Ecal_nlayers2`, `Ecal_nlayers3`, `Ecal_outer_radius`, `Ecal_radiator_layers_set1_thickness`, `Ecal_radiator_layers_set2_thickness`, `Ecal_radiator_layers_set3_thickness`, `Ecal_radiator_material`, `Ecal_Sc_MPPC_breadth`, `Ecal_Sc_N_strips_across_module`, `Ecal_Sc_number_of_virtual_cells`, `Ecal_Sc_reflector_thickness`, `Ecal_Sc_Si_mix`, `Ecal_Sc_thickness`, `Ecal_Si_thickness`, `Ecal_Slab_copper_thickness`, `Ecal_Slab_glue_gap`, `Ecal_Slab_ground_thickness`, `Ecal_Slab_H_fiber_thickness`, `Ecal_Slab_PCB_thickness`, `Ecal_Slab_Sc_PCB_thickness`, `Ecal_Slab_shielding`, `Ecal_support_thickness`, `Ecal_Tpc_gap`, `EcalBarrel_EndCapServices_ZMinus_Cu_Thickness`, `EcalBarrel_EndCapServices_ZMinus_PE_Thickness`, `EcalBarrel_EndCapServices_ZPlus_Cu_Thickness`, `EcalBarrel_EndCapServices_ZPlus_PE_Thickness`, `EcalBarrelServices_RailDistanceToRight`, `EcalBarrelServices_RailHeight`, `EcalBarrelServices_RailSeparation`, `EcalBarrelServices_RailWidth`, `EcalBarrelServices_ZMinus_FirstInterrail_Cu_Thickness`, `EcalBarrelServices_ZMinus_FirstInterrail_PE_Thickness`, `EcalBarrelServices_ZMinus_SecondInterrail_Cu_Thickness`, `EcalBarrelServices_ZPlus_FirstInterrail_Cu_Thickness`, `EcalBarrelServices_ZPlus_FirstInterrail_PE_Thickness`, `EcalBarrelServices_ZPlus_SecondInterrail_Cu_Thickness`, `etd_accuracy_zones`, `etd_chip_channels`, `etd_chip_x_dimensions`, `etd_chip_y_dimensions`, `etd_chip_z_dimensions`, `etd_chips_per_column`, `etd_chips_per_row`, `etd_endcap_support_carbon_thickness`, `etd_endcap_support_mousse_thickness`, `etd_endcap_support_reinforcement_thickness`, `etd_inner_radius`, `etd_layer_positions`, `etd_layer_rotations`, `etd_layer_types`, `etd_module_support_standoff_from_edge`, `etd_module_support_thickness`, `etd_module_support_width`, `etd_outer_radius`, `etd_plane_border_width`, `etd_radial_border_width`, `etd_sensor_technologies`, `etd_sensor_x_dimensions`, `etd_sensor_y_dimensions`, `etd_sensor_z_dimensions`, `etd_sensors_per_module`, `Field_nominal_value`, `FieldPropagator_LargestAcceptableStep`, `Hcal_apply_Birks_law`, `Hcal_back_plate_thickness`, `Hcal_barrel_end_module_type`, `Hcal_cells_size`, `Hcal_Coil_additional_gap`, `Hcal_Cu_thickness`, `Hcal_digitization_tile_size`, `Hcal_Ecal_gap`, `Hcal_endcap_cables_gap`, `Hcal_endcap_center_box_size`, `Hcal_endcap_ecal_gap`, `Hcal_endcap_lateral_structure_thickness`, `Hcal_endcap_layer_air_gap`, `Hcal_endcap_module_number`, `Hcal_endcap_module_width`, `Hcal_endcap_nlayers`, `Hcal_endcap_radiator_material`, `Hcal_endcap_radiator_thickness`, `Hcal_endcap_sensitive_center_box`, `Hcal_endcap_services_module_width`, `Hcal_endcap_zmin`, `Hcal_fiber_gap`, `Hcal_lateral_structure_thickness`, `Hcal_layer_air_gap`, `Hcal_layer_support_length`, `Hcal_middle_stave_gaps`, `Hcal_modules_gap`, `Hcal_nlayers`, `Hcal_PCB_thickness`, `Hcal_R_max`, `Hcal_radial_ring_inner_gap`, `Hcal_radiator_material`, `Hcal_radiator_thickness`, `Hcal_ring`, `Hcal_scintillator_thickness`, `Hcal_sensitive_model`, `Hcal_stave_gaps`, `Hcal_steel_cassette_thickness`, `HcalServices_outer_Cu_thickness`, `HcalServices_outer_FR4_thickness`, `HcalServicesModule_InnerServicesWidth`, `HcalServicesModule_ZMinus_Cu_Thickness`, `HcalServicesModule_ZMinus_PE_Thickness`, `HcalServicesModule_ZMinus_StainlessSteel_Thickness`, `HcalServicesModule_ZPlus_Cu_Thickness`, `HcalServicesModule_ZPlus_PE_Thickness`, `HcalServicesModule_ZPlus_StainlessSteel_Thickness`, `ILC_Main_Crossing_Angle`, `Lcal_beam_pipe_clearance`, `Lcal_extra_size`, `Lcal_inner_radius`, `Lcal_layer_gap`, `Lcal_n_layers`, `Lcal_n_tiles`, `Lcal_nstrips_phi`, `Lcal_nstrips_theta`, `Lcal_outer_radius`, `Lcal_phi_offset`, `Lcal_sensor_phi_offset`, `Lcal_silicon_thickness`, `Lcal_support_thickness`, `Lcal_tile_gap`, `Lcal_tungsten_thickness`, `Lcal_type`, `Lcal_z_begin`, `Lcal_z_thickness`, `LHcal_BCal_clearance`, `LHcal_cell_size`, `LHcal_Electronics_space`, `LHcal_inner_radius`, `LHcal_lateral_face_thickness`, `LHcal_nlayers`, `LHcal_radiator_thickness`, `LHcal_zend`, `LHcal_zmin_displacement`, `set_barrel_lengths`, `set_barrel_longitudinal_adjustments`, `set_barrel_radial_adjustments`, `set_barrel_radiuses`, `set_barrel_support_materials`, `set_barrel_support_states`, `set_barrel_support_thicknesses`, `set_barrel_types`, `set_chip_dim_x`, `set_chip_dim_y`, `set_chip_dim_z`, `set_chip_nb_channels`, `set_module_direction_angles`, `set_module_face_rotation_angles`, `set_module_gaps_x`, `set_module_gaps_y`, `set_module_nb_chips`, `set_module_nb_chips_per_row`, `set_module_nb_sensors_x`, `set_module_nb_sensors_y`, `set_module_support_edges`, `set_module_support_materials`, `set_module_support_states`, `set_module_support_thicknesses`, `set_module_support_widths`, `set_sensor_dim_x`, `set_sensor_dim_y`, `set_sensor_dim_z`, `set_sensor_materials`, `set_sensor_nb_nodes_x`, `set_sensor_nb_nodes_y`, `set_sensor_node_sizes_x`, `set_sensor_node_sizes_y`, `set_sensor_pitches_x`, `set_sensor_pitches_y`, `SIT1_Half_Length_Z`, `SIT1_Radius`, `SIT2_Half_Length_Z`, `SIT2_Radius`, `sit_barrel_lengths`, `sit_barrel_longitudinal_adjustments`, `sit_barrel_radial_adjustments`, `sit_barrel_radiuses`, `sit_barrel_support_materials`, `sit_barrel_support_states`, `sit_barrel_support_thicknesses`, `sit_barrel_types`, `sit_chip_dim_x`, `sit_chip_dim_y`, `sit_chip_dim_z`, `sit_chip_nb_channels`, `sit_module_direction_angles`, `sit_module_face_rotation_angles`, `sit_module_gaps_x`, `sit_module_gaps_y`, `sit_module_nb_chips`, `sit_module_nb_chips_per_row`, `sit_module_nb_sensors_x`, `sit_module_nb_sensors_y`, `sit_module_support_edges`, `sit_module_support_materials`, `sit_module_support_states`, `sit_module_support_thicknesses`, `sit_module_support_widths`, `sit_sensor_dim_x`, `sit_sensor_dim_y`, `sit_sensor_dim_z`, `sit_sensor_materials`, `sit_sensor_nb_nodes_x`, `sit_sensor_nb_nodes_y`, `sit_sensor_node_sizes_x`, `sit_sensor_node_sizes_y`, `sit_sensor_pitches_x`, `sit_sensor_pitches_y`, `TPC_Ecal_Hcal_barrel_halfZ`, `TPC_inner_radius`, `TPC_max_step_length`, `TPC_outer_radius`, `TPC_pad_height`, `TPC_pad_width`, `tpcEndplateServicesRing1_R`, `tpcEndplateServicesRing1_ro`, `tpcEndplateServicesRing2_R`, `tpcEndplateServicesRing2_ro`, `tpcEndplateServicesRing3_R`, `tpcEndplateServicesRing3_ro`, `tpcEndplateServicesRing4_R`, `tpcEndplateServicesRing4_ro`, `tpcEndplateServicesRing5_R`, `tpcEndplateServicesRing5_ro`, `tpcEndplateServicesRing6_R`, `tpcEndplateServicesRing6_ro`, `tpcEndplateServicesRing7_R`, `tpcEndplateServicesRing7_ro`, `tpcEndplateServicesRing8_R`, `tpcEndplateServicesRing8_ro`, `TUBE_crossing_angle`, `TUBE_IPOuterBulge_end_radius`, `TUBE_IPOuterBulge_end_z`, `TUBE_IPOuterTube_end_radius`, `TUBE_IPOuterTube_end_z`, `TUBE_IPOuterTube_start_radius`, `TUBE_IPOuterTube_start_z`, `VXD_active_side_band_electronics_option`, `VXD_active_silicon_thickness`, `VXD_cryostat_option`, `VXD_end_ladd_electronics_half_length`, `VXD_end_ladd_electronics_option`, `VXD_end_ladd_electronics_thickness`, `VXD_inner_radius`, `VXD_layer_gap`, `VXD_length_r1`, `VXD_length_r3`, `VXD_length_r5`, `VXD_radius_r1`, `VXD_radius_r3`, `VXD_radius_r5`, `VXD_side_band_electronics_option`, `VXD_side_band_electronics_thickness`, `VXD_side_band_electronics_width`, `VXD_support_ladder_material`, `VXD_support_ladder_thickness`, `VXD_width_r1`, `VXD_width_r3`, `VXD_width_r5`, `Yoke_barrel_inner_radius`, `Yoke_BField_cutoff`, `Yoke_endcap_inner_radius`, `Yoke_thickness`, `Yoke_with_plug`, `Yoke_Z_start_endcaps`
Detailed Info	Database Browser

Detector Model “ILD_01_SDH_pre00”

Description	ILD simulation reference Model for DBD: ILD_01pre02 with SDHcal
Concept	ILD
Subdetectors	`BeamCal08`, `SCoil03`, `SEcal03p01`, `SEtd03`, `SField01`, `SFtd10`, `SHcalRpc01`, `LHcal01`, `LumiCalV`, `maskX03`, `SServices00`, `SSet03`, `SSit04`, `tpc10_01`, `tubeX05`, `vxd05`, `yoke05`
Parameters	`BCal_dAbsorber`, `BCal_dGraphite`, `BCal_nLayers`, `BCal_nWafers`, `BCal_PairMonitor`, `BCal_rInner`, `BCal_rOuter`, `BCal_rSegmentation`, `BCal_SpanningPhi`, `BCal_TubeIncomingRadius`, `BuildHcalElectronicsInterface`, `ChipPackageThickness`, `Coil_extra_size`, `Coil_inner_radius`, `Coil_thickness`, `Coil_Yoke_lateral_clearance`, `Coil_Yoke_radial_clearance`, `DHcal_max_step`, `Ecal_Alveolus_Air_Gap`, `Ecal_Barrel_halfZ`, `Ecal_barrel_number_of_towers`, `Ecal_cables_gap`, `Ecal_cells_size`, `Ecal_EC_Ring_gap`, `Ecal_endcap_center_box_size`, `Ecal_endcap_extra_size`, `Ecal_endcap_outer_radius`, `Ecal_endcap_plug_rmin`, `Ecal_endcap_zmax`, `Ecal_endcap_zmin`, `Ecal_fiber_thickness`, `Ecal_front_face_thickness`, `Ecal_guard_ring_size`, `Ecal_lateral_face_thickness`, `Ecal_Lcal_ring_gap`, `Ecal_MPPC_size`, `Ecal_n_wafers_per_tower`, `Ecal_nlayers1`, `Ecal_nlayers2`, `Ecal_nlayers3`, `Ecal_outer_radius`, `Ecal_radiator_layers_set1_thickness`, `Ecal_radiator_layers_set2_thickness`, `Ecal_radiator_layers_set3_thickness`, `Ecal_radiator_material`, `Ecal_Sc_MPPC_breadth`, `Ecal_Sc_N_strips_across_module`, `Ecal_Sc_number_of_virtual_cells`, `Ecal_Sc_reflector_thickness`, `Ecal_Sc_Si_mix`, `Ecal_Sc_thickness`, `Ecal_Si_thickness`, `Ecal_Slab_copper_thickness`, `Ecal_Slab_glue_gap`, `Ecal_Slab_ground_thickness`, `Ecal_Slab_H_fiber_thickness`, `Ecal_Slab_PCB_thickness`, `Ecal_Slab_Sc_PCB_thickness`, `Ecal_Slab_shielding`, `Ecal_support_thickness`, `Ecal_Tpc_gap`, `EcalBarrel_EndCapServices_ZMinus_Cu_Thickness`, `EcalBarrel_EndCapServices_ZMinus_PE_Thickness`, `EcalBarrel_EndCapServices_ZPlus_Cu_Thickness`, `EcalBarrel_EndCapServices_ZPlus_PE_Thickness`, `EcalBarrelServices_RailDistanceToRight`, `EcalBarrelServices_RailHeight`, `EcalBarrelServices_RailSeparation`, `EcalBarrelServices_RailWidth`, `EcalBarrelServices_ZMinus_FirstInterrail_Cu_Thickness`, `EcalBarrelServices_ZMinus_FirstInterrail_PE_Thickness`, `EcalBarrelServices_ZMinus_SecondInterrail_Cu_Thickness`, `EcalBarrelServices_ZPlus_FirstInterrail_Cu_Thickness`, `EcalBarrelServices_ZPlus_FirstInterrail_PE_Thickness`, `EcalBarrelServices_ZPlus_SecondInterrail_Cu_Thickness`, `EdgeWidth`, `etd_accuracy_zones`, `etd_chip_channels`, `etd_chip_x_dimensions`, `etd_chip_y_dimensions`, `etd_chip_z_dimensions`, `etd_chips_per_column`, `etd_chips_per_row`, `etd_endcap_support_carbon_thickness`, `etd_endcap_support_mousse_thickness`, `etd_endcap_support_reinforcement_thickness`, `etd_inner_radius`, `etd_layer_positions`, `etd_layer_rotations`, `etd_layer_types`, `etd_module_support_standoff_from_edge`, `etd_module_support_thickness`, `etd_module_support_width`, `etd_outer_radius`, `etd_plane_border_width`, `etd_radial_border_width`, `etd_sensor_technologies`, `etd_sensor_x_dimensions`, `etd_sensor_y_dimensions`, `etd_sensor_z_dimensions`, `etd_sensors_per_module`, `Field_nominal_value`, `FieldPropagator_LargestAcceptableStep`, `Gap_Thickness`, `GazInletInnerRadius`, `GazInletLength`, `GazInletOuterRadius`, `Graphite_ThicknessAnode`, `Graphite_ThicknessCathode`, `Hcal_back_plate_thickness`, `Hcal_barrel_number_modules`, `Hcal_cells_size`, `Hcal_chamber_thickness`, `Hcal_Coil_additional_gap`, `Hcal_Ecal_gap`, `Hcal_endcap_cables_gap`, `Hcal_endcap_center_box_size`, `Hcal_endcap_ecal_gap`, `Hcal_endcap_zmin`, `Hcal_fiber_gap`, `Hcal_lateral_structure_thickness`, `Hcal_MinNumCellsInTransvPlane`, `Hcal_modules_gap`, `Hcal_nlayers`, `Hcal_outer_radius`, `Hcal_R_max`, `Hcal_radial_ring_inner_gap`, `Hcal_radiator_material`, `Hcal_radiator_thickness`, `Hcal_ring`, `Hcal_spacer_separation`, `Hcal_spacer_thickness`, `Hcal_stave_gaps`, `Hcal_steel_cassette_thickness`, `HcalServices_outer_Cu_thickness`, `HcalServices_outer_FR4_thickness`, `HcalServicesModule_InnerServicesWidth`, `HcalServicesModule_ZMinus_Cu_Thickness`, `HcalServicesModule_ZMinus_PE_Thickness`, `HcalServicesModule_ZMinus_StainlessSteel_Thickness`, `HcalServicesModule_ZPlus_Cu_Thickness`, `HcalServicesModule_ZPlus_PE_Thickness`, `HcalServicesModule_ZPlus_StainlessSteel_Thickness`, `ILC_Main_Crossing_Angle`, `Lcal_beam_pipe_clearance`, `Lcal_extra_size`, `Lcal_inner_radius`, `Lcal_layer_gap`, `Lcal_n_layers`, `Lcal_n_tiles`, `Lcal_nstrips_phi`, `Lcal_nstrips_theta`, `Lcal_outer_radius`, `Lcal_phi_offset`, `Lcal_sensor_phi_offset`, `Lcal_silicon_thickness`, `Lcal_support_thickness`, `Lcal_tile_gap`, `Lcal_tungsten_thickness`, `Lcal_type`, `Lcal_z_begin`, `Lcal_z_thickness`, `LHcal_BCal_clearance`, `LHcal_cell_size`, `LHcal_Electronics_space`, `LHcal_inner_radius`, `LHcal_lateral_face_thickness`, `LHcal_nlayers`, `LHcal_radiator_thickness`, `LHcal_zend`, `LHcal_zmin_displacement`, `mylar_ThicknessAnode`, `mylar_ThicknessCathode`, `PadSeparation`, `PCB_Thickness`, `set_barrel_lengths`, `set_barrel_longitudinal_adjustments`, `set_barrel_radial_adjustments`, `set_barrel_radiuses`, `set_barrel_support_materials`, `set_barrel_support_states`, `set_barrel_support_thicknesses`, `set_barrel_types`, `set_chip_dim_x`, `set_chip_dim_y`, `set_chip_dim_z`, `set_chip_nb_channels`, `set_module_direction_angles`, `set_module_face_rotation_angles`, `set_module_gaps_x`, `set_module_gaps_y`, `set_module_nb_chips`, `set_module_nb_chips_per_row`, `set_module_nb_sensors_x`, `set_module_nb_sensors_y`, `set_module_support_edges`, `set_module_support_materials`, `set_module_support_states`, `set_module_support_thicknesses`, `set_module_support_widths`, `set_sensor_dim_x`, `set_sensor_dim_y`, `set_sensor_dim_z`, `set_sensor_materials`, `set_sensor_nb_nodes_x`, `set_sensor_nb_nodes_y`, `set_sensor_node_sizes_x`, `set_sensor_node_sizes_y`, `set_sensor_pitches_x`, `set_sensor_pitches_y`, `SIT1_Half_Length_Z`, `SIT1_Radius`, `SIT2_Half_Length_Z`, `SIT2_Radius`, `sit_barrel_lengths`, `sit_barrel_longitudinal_adjustments`, `sit_barrel_radial_adjustments`, `sit_barrel_radiuses`, `sit_barrel_support_materials`, `sit_barrel_support_states`, `sit_barrel_support_thicknesses`, `sit_barrel_types`, `sit_chip_dim_x`, `sit_chip_dim_y`, `sit_chip_dim_z`, `sit_chip_nb_channels`, `sit_module_direction_angles`, `sit_module_face_rotation_angles`, `sit_module_gaps_x`, `sit_module_gaps_y`, `sit_module_nb_chips`, `sit_module_nb_chips_per_row`, `sit_module_nb_sensors_x`, `sit_module_nb_sensors_y`, `sit_module_support_edges`, `sit_module_support_materials`, `sit_module_support_states`, `sit_module_support_thicknesses`, `sit_module_support_widths`, `sit_sensor_dim_x`, `sit_sensor_dim_y`, `sit_sensor_dim_z`, `sit_sensor_materials`, `sit_sensor_nb_nodes_x`, `sit_sensor_nb_nodes_y`, `sit_sensor_node_sizes_x`, `sit_sensor_node_sizes_y`, `sit_sensor_pitches_x`, `sit_sensor_pitches_y`, `ThickGlass`, `ThinGlass`, `TPC_Ecal_Hcal_barrel_halfZ`, `TPC_inner_radius`, `TPC_max_step_length`, `TPC_outer_radius`, `TPC_pad_height`, `TPC_pad_width`, `tpcEndplateServicesRing1_R`, `tpcEndplateServicesRing1_ro`, `tpcEndplateServicesRing2_R`, `tpcEndplateServicesRing2_ro`, `tpcEndplateServicesRing3_R`, `tpcEndplateServicesRing3_ro`, `tpcEndplateServicesRing4_R`, `tpcEndplateServicesRing4_ro`, `tpcEndplateServicesRing5_R`, `tpcEndplateServicesRing5_ro`, `tpcEndplateServicesRing6_R`, `tpcEndplateServicesRing6_ro`, `tpcEndplateServicesRing7_R`, `tpcEndplateServicesRing7_ro`, `tpcEndplateServicesRing8_R`, `tpcEndplateServicesRing8_ro`, `TUBE_crossing_angle`, `TUBE_IPOuterBulge_end_radius`, `TUBE_IPOuterBulge_end_z`, `TUBE_IPOuterTube_end_radius`, `TUBE_IPOuterTube_end_z`, `TUBE_IPOuterTube_start_radius`, `TUBE_IPOuterTube_start_z`, `VXD_active_side_band_electronics_option`, `VXD_active_silicon_thickness`, `VXD_cryostat_option`, `VXD_end_ladd_electronics_half_length`, `VXD_end_ladd_electronics_option`, `VXD_end_ladd_electronics_thickness`, `VXD_inner_radius`, `VXD_layer_gap`, `VXD_length_r1`, `VXD_length_r3`, `VXD_length_r5`, `VXD_radius_r1`, `VXD_radius_r3`, `VXD_radius_r5`, `VXD_side_band_electronics_option`, `VXD_side_band_electronics_thickness`, `VXD_side_band_electronics_width`, `VXD_support_ladder_material`, `VXD_support_ladder_thickness`, `VXD_width_r1`, `VXD_width_r3`, `VXD_width_r5`, `Yoke_barrel_inner_radius`, `Yoke_BField_cutoff`, `Yoke_endcap_inner_radius`, `Yoke_thickness`, `Yoke_with_plug`, `Yoke_Z_start_endcaps`
Detailed Info	Database Browser

Detector Model “ILD_01pre00”

Description	ILD simulation reference Model for DBD
Concept	ILD
Subdetectors	`BeamCal08`, `SCoil03`, `SEcal03p01`, `SEtd03`, `SField01`, `SFtd09`, `SHcalSc03`, `SLcal03`, `LHcal01`, `maskX02`, `SServices00`, `SSet03`, `SSit04`, `tpc10_01`, `tubeX02`, `vxd05`, `yoke05`
Parameters	`BCal_dAbsorber`, `BCal_dGraphite`, `BCal_nLayers`, `BCal_nWafers`, `BCal_PairMonitor`, `BCal_rInner`, `BCal_rOuter`, `BCal_rSegmentation`, `BCal_SpanningPhi`, `BCal_TubeIncomingRadius`, `BuildHcalElectronicsInterface`, `Coil_extra_size`, `Coil_inner_radius`, `Coil_thickness`, `Coil_Yoke_lateral_clearance`, `Coil_Yoke_radial_clearance`, `Ecal_Alveolus_Air_Gap`, `Ecal_Barrel_halfZ`, `Ecal_barrel_number_of_towers`, `Ecal_cables_gap`, `Ecal_cells_size`, `Ecal_EC_Ring_gap`, `Ecal_endcap_center_box_size`, `Ecal_endcap_extra_size`, `Ecal_endcap_outer_radius`, `Ecal_endcap_plug_rmin`, `Ecal_endcap_zmax`, `Ecal_endcap_zmin`, `Ecal_fiber_thickness`, `Ecal_front_face_thickness`, `Ecal_guard_ring_size`, `Ecal_lateral_face_thickness`, `Ecal_Lcal_ring_gap`, `Ecal_MPPC_size`, `Ecal_n_wafers_per_tower`, `Ecal_nlayers1`, `Ecal_nlayers2`, `Ecal_nlayers3`, `Ecal_outer_radius`, `Ecal_radiator_layers_set1_thickness`, `Ecal_radiator_layers_set2_thickness`, `Ecal_radiator_layers_set3_thickness`, `Ecal_radiator_material`, `Ecal_Sc_MPPC_breadth`, `Ecal_Sc_N_strips_across_module`, `Ecal_Sc_number_of_virtual_cells`, `Ecal_Sc_reflector_thickness`, `Ecal_Sc_Si_mix`, `Ecal_Sc_thickness`, `Ecal_Si_thickness`, `Ecal_Slab_copper_thickness`, `Ecal_Slab_glue_gap`, `Ecal_Slab_ground_thickness`, `Ecal_Slab_H_fiber_thickness`, `Ecal_Slab_PCB_thickness`, `Ecal_Slab_Sc_PCB_thickness`, `Ecal_Slab_shielding`, `Ecal_support_thickness`, `Ecal_Tpc_gap`, `EcalBarrel_EndCapServices_ZMinus_Cu_Thickness`, `EcalBarrel_EndCapServices_ZMinus_PE_Thickness`, `EcalBarrel_EndCapServices_ZPlus_Cu_Thickness`, `EcalBarrel_EndCapServices_ZPlus_PE_Thickness`, `EcalBarrelServices_RailDistanceToRight`, `EcalBarrelServices_RailHeight`, `EcalBarrelServices_RailSeparation`, `EcalBarrelServices_RailWidth`, `EcalBarrelServices_ZMinus_FirstInterrail_Cu_Thickness`, `EcalBarrelServices_ZMinus_FirstInterrail_PE_Thickness`, `EcalBarrelServices_ZMinus_SecondInterrail_Cu_Thickness`, `EcalBarrelServices_ZPlus_FirstInterrail_Cu_Thickness`, `EcalBarrelServices_ZPlus_FirstInterrail_PE_Thickness`, `EcalBarrelServices_ZPlus_SecondInterrail_Cu_Thickness`, `etd_accuracy_zones`, `etd_chip_channels`, `etd_chip_x_dimensions`, `etd_chip_y_dimensions`, `etd_chip_z_dimensions`, `etd_chips_per_column`, `etd_chips_per_row`, `etd_endcap_support_carbon_thickness`, `etd_endcap_support_mousse_thickness`, `etd_endcap_support_reinforcement_thickness`, `etd_inner_radius`, `etd_layer_positions`, `etd_layer_rotations`, `etd_layer_types`, `etd_module_support_standoff_from_edge`, `etd_module_support_thickness`, `etd_module_support_width`, `etd_outer_radius`, `etd_plane_border_width`, `etd_radial_border_width`, `etd_sensor_technologies`, `etd_sensor_x_dimensions`, `etd_sensor_y_dimensions`, `etd_sensor_z_dimensions`, `etd_sensors_per_module`, `Field_nominal_value`, `FieldPropagator_LargestAcceptableStep`, `Hcal_apply_Birks_law`, `Hcal_back_plate_thickness`, `Hcal_barrel_end_module_type`, `Hcal_cells_size`, `Hcal_Coil_additional_gap`, `Hcal_Cu_thickness`, `Hcal_digitization_tile_size`, `Hcal_Ecal_gap`, `Hcal_endcap_cables_gap`, `Hcal_endcap_center_box_size`, `Hcal_endcap_ecal_gap`, `Hcal_endcap_lateral_structure_thickness`, `Hcal_endcap_layer_air_gap`, `Hcal_endcap_module_number`, `Hcal_endcap_module_width`, `Hcal_endcap_nlayers`, `Hcal_endcap_radiator_material`, `Hcal_endcap_radiator_thickness`, `Hcal_endcap_sensitive_center_box`, `Hcal_endcap_services_module_width`, `Hcal_endcap_zmin`, `Hcal_fiber_gap`, `Hcal_lateral_structure_thickness`, `Hcal_layer_air_gap`, `Hcal_layer_support_length`, `Hcal_middle_stave_gaps`, `Hcal_modules_gap`, `Hcal_nlayers`, `Hcal_PCB_thickness`, `Hcal_R_max`, `Hcal_radial_ring_inner_gap`, `Hcal_radiator_material`, `Hcal_radiator_thickness`, `Hcal_ring`, `Hcal_scintillator_thickness`, `Hcal_sensitive_model`, `Hcal_stave_gaps`, `Hcal_steel_cassette_thickness`, `HcalServices_outer_Cu_thickness`, `HcalServices_outer_FR4_thickness`, `HcalServicesModule_InnerServicesWidth`, `HcalServicesModule_ZMinus_Cu_Thickness`, `HcalServicesModule_ZMinus_PE_Thickness`, `HcalServicesModule_ZMinus_StainlessSteel_Thickness`, `HcalServicesModule_ZPlus_Cu_Thickness`, `HcalServicesModule_ZPlus_PE_Thickness`, `HcalServicesModule_ZPlus_StainlessSteel_Thickness`, `ILC_Main_Crossing_Angle`, `Lcal_beam_pipe_clearance`, `Lcal_extra_size`, `Lcal_inner_radius`, `Lcal_layer_gap`, `Lcal_n_layers`, `Lcal_n_tiles`, `Lcal_nstrips_phi`, `Lcal_nstrips_theta`, `Lcal_outer_radius`, `Lcal_phi_offset`, `Lcal_sensor_phi_offset`, `Lcal_silicon_thickness`, `Lcal_support_thickness`, `Lcal_tile_gap`, `Lcal_tungsten_thickness`, `Lcal_type`, `Lcal_z_begin`, `Lcal_z_thickness`, `LHcal_BCal_clearance`, `LHcal_cell_size`, `LHcal_Electronics_space`, `LHcal_inner_radius`, `LHcal_lateral_face_thickness`, `LHcal_nlayers`, `LHcal_radiator_thickness`, `LHcal_zend`, `LHcal_zmin_displacement`, `set_barrel_lengths`, `set_barrel_longitudinal_adjustments`, `set_barrel_radial_adjustments`, `set_barrel_radiuses`, `set_barrel_support_materials`, `set_barrel_support_states`, `set_barrel_support_thicknesses`, `set_barrel_types`, `set_chip_dim_x`, `set_chip_dim_y`, `set_chip_dim_z`, `set_chip_nb_channels`, `set_module_direction_angles`, `set_module_face_rotation_angles`, `set_module_gaps_x`, `set_module_gaps_y`, `set_module_nb_chips`, `set_module_nb_chips_per_row`, `set_module_nb_sensors_x`, `set_module_nb_sensors_y`, `set_module_support_edges`, `set_module_support_materials`, `set_module_support_states`, `set_module_support_thicknesses`, `set_module_support_widths`, `set_sensor_dim_x`, `set_sensor_dim_y`, `set_sensor_dim_z`, `set_sensor_materials`, `set_sensor_nb_nodes_x`, `set_sensor_nb_nodes_y`, `set_sensor_node_sizes_x`, `set_sensor_node_sizes_y`, `set_sensor_pitches_x`, `set_sensor_pitches_y`, `SIT1_Half_Length_Z`, `SIT1_Radius`, `SIT2_Half_Length_Z`, `SIT2_Radius`, `sit_barrel_lengths`, `sit_barrel_longitudinal_adjustments`, `sit_barrel_radial_adjustments`, `sit_barrel_radiuses`, `sit_barrel_support_materials`, `sit_barrel_support_states`, `sit_barrel_support_thicknesses`, `sit_barrel_types`, `sit_chip_dim_x`, `sit_chip_dim_y`, `sit_chip_dim_z`, `sit_chip_nb_channels`, `sit_module_direction_angles`, `sit_module_face_rotation_angles`, `sit_module_gaps_x`, `sit_module_gaps_y`, `sit_module_nb_chips`, `sit_module_nb_chips_per_row`, `sit_module_nb_sensors_x`, `sit_module_nb_sensors_y`, `sit_module_support_edges`, `sit_module_support_materials`, `sit_module_support_states`, `sit_module_support_thicknesses`, `sit_module_support_widths`, `sit_sensor_dim_x`, `sit_sensor_dim_y`, `sit_sensor_dim_z`, `sit_sensor_materials`, `sit_sensor_nb_nodes_x`, `sit_sensor_nb_nodes_y`, `sit_sensor_node_sizes_x`, `sit_sensor_node_sizes_y`, `sit_sensor_pitches_x`, `sit_sensor_pitches_y`, `TPC_Ecal_Hcal_barrel_halfZ`, `TPC_inner_radius`, `TPC_max_step_length`, `TPC_outer_radius`, `TPC_pad_height`, `TPC_pad_width`, `tpcEndplateServicesRing1_R`, `tpcEndplateServicesRing1_ro`, `tpcEndplateServicesRing2_R`, `tpcEndplateServicesRing2_ro`, `tpcEndplateServicesRing3_R`, `tpcEndplateServicesRing3_ro`, `tpcEndplateServicesRing4_R`, `tpcEndplateServicesRing4_ro`, `tpcEndplateServicesRing5_R`, `tpcEndplateServicesRing5_ro`, `tpcEndplateServicesRing6_R`, `tpcEndplateServicesRing6_ro`, `tpcEndplateServicesRing7_R`, `tpcEndplateServicesRing7_ro`, `tpcEndplateServicesRing8_R`, `tpcEndplateServicesRing8_ro`, `TUBE_crossing_angle`, `TUBE_IPOuterBulge_end_radius`, `TUBE_IPOuterBulge_end_z`, `TUBE_IPOuterTube_end_radius`, `TUBE_IPOuterTube_end_z`, `TUBE_IPOuterTube_start_radius`, `TUBE_IPOuterTube_start_z`, `VXD_active_side_band_electronics_option`, `VXD_active_silicon_thickness`, `VXD_cryostat_option`, `VXD_end_ladd_electronics_half_length`, `VXD_end_ladd_electronics_option`, `VXD_end_ladd_electronics_thickness`, `VXD_inner_radius`, `VXD_layer_gap`, `VXD_length_r1`, `VXD_length_r3`, `VXD_length_r5`, `VXD_radius_r1`, `VXD_radius_r3`, `VXD_radius_r5`, `VXD_side_band_electronics_option`, `VXD_side_band_electronics_thickness`, `VXD_side_band_electronics_width`, `VXD_support_ladder_material`, `VXD_support_ladder_thickness`, `VXD_width_r1`, `VXD_width_r3`, `VXD_width_r5`, `Yoke_barrel_inner_radius`, `Yoke_BField_cutoff`, `Yoke_endcap_inner_radius`, `Yoke_thickness`, `Yoke_with_plug`, `Yoke_Z_start_endcaps`
Detailed Info	Database Browser

Detector Model “ILD_01pre01”

Description	ILD simulation reference Model for DBD ILD_01pre00 with fw region updated
Concept	ILD
Subdetectors	`BeamCal08`, `SCoil03`, `SEcal03p01`, `SEtd03`, `SField01`, `SFtd09`, `SHcalSc03`, `LHcal01`, `LumiCalV`, `maskX03`, `SServices00`, `SSet03`, `SSit04`, `tpc10_01`, `tubeX05`, `vxd05`, `yoke05`
Parameters	`BCal_dAbsorber`, `BCal_dGraphite`, `BCal_nLayers`, `BCal_nWafers`, `BCal_PairMonitor`, `BCal_rInner`, `BCal_rOuter`, `BCal_rSegmentation`, `BCal_SpanningPhi`, `BCal_TubeIncomingRadius`, `BuildHcalElectronicsInterface`, `Coil_extra_size`, `Coil_inner_radius`, `Coil_thickness`, `Coil_Yoke_lateral_clearance`, `Coil_Yoke_radial_clearance`, `Ecal_Alveolus_Air_Gap`, `Ecal_Barrel_halfZ`, `Ecal_barrel_number_of_towers`, `Ecal_cables_gap`, `Ecal_cells_size`, `Ecal_EC_Ring_gap`, `Ecal_endcap_center_box_size`, `Ecal_endcap_extra_size`, `Ecal_endcap_outer_radius`, `Ecal_endcap_plug_rmin`, `Ecal_endcap_zmax`, `Ecal_endcap_zmin`, `Ecal_fiber_thickness`, `Ecal_front_face_thickness`, `Ecal_guard_ring_size`, `Ecal_lateral_face_thickness`, `Ecal_Lcal_ring_gap`, `Ecal_MPPC_size`, `Ecal_n_wafers_per_tower`, `Ecal_nlayers1`, `Ecal_nlayers2`, `Ecal_nlayers3`, `Ecal_outer_radius`, `Ecal_radiator_layers_set1_thickness`, `Ecal_radiator_layers_set2_thickness`, `Ecal_radiator_layers_set3_thickness`, `Ecal_radiator_material`, `Ecal_Sc_MPPC_breadth`, `Ecal_Sc_N_strips_across_module`, `Ecal_Sc_number_of_virtual_cells`, `Ecal_Sc_reflector_thickness`, `Ecal_Sc_Si_mix`, `Ecal_Sc_thickness`, `Ecal_Si_thickness`, `Ecal_Slab_copper_thickness`, `Ecal_Slab_glue_gap`, `Ecal_Slab_ground_thickness`, `Ecal_Slab_H_fiber_thickness`, `Ecal_Slab_PCB_thickness`, `Ecal_Slab_Sc_PCB_thickness`, `Ecal_Slab_shielding`, `Ecal_support_thickness`, `Ecal_Tpc_gap`, `EcalBarrel_EndCapServices_ZMinus_Cu_Thickness`, `EcalBarrel_EndCapServices_ZMinus_PE_Thickness`, `EcalBarrel_EndCapServices_ZPlus_Cu_Thickness`, `EcalBarrel_EndCapServices_ZPlus_PE_Thickness`, `EcalBarrelServices_RailDistanceToRight`, `EcalBarrelServices_RailHeight`, `EcalBarrelServices_RailSeparation`, `EcalBarrelServices_RailWidth`, `EcalBarrelServices_ZMinus_FirstInterrail_Cu_Thickness`, `EcalBarrelServices_ZMinus_FirstInterrail_PE_Thickness`, `EcalBarrelServices_ZMinus_SecondInterrail_Cu_Thickness`, `EcalBarrelServices_ZPlus_FirstInterrail_Cu_Thickness`, `EcalBarrelServices_ZPlus_FirstInterrail_PE_Thickness`, `EcalBarrelServices_ZPlus_SecondInterrail_Cu_Thickness`, `etd_accuracy_zones`, `etd_chip_channels`, `etd_chip_x_dimensions`, `etd_chip_y_dimensions`, `etd_chip_z_dimensions`, `etd_chips_per_column`, `etd_chips_per_row`, `etd_endcap_support_carbon_thickness`, `etd_endcap_support_mousse_thickness`, `etd_endcap_support_reinforcement_thickness`, `etd_inner_radius`, `etd_layer_positions`, `etd_layer_rotations`, `etd_layer_types`, `etd_module_support_standoff_from_edge`, `etd_module_support_thickness`, `etd_module_support_width`, `etd_outer_radius`, `etd_plane_border_width`, `etd_radial_border_width`, `etd_sensor_technologies`, `etd_sensor_x_dimensions`, `etd_sensor_y_dimensions`, `etd_sensor_z_dimensions`, `etd_sensors_per_module`, `Field_nominal_value`, `FieldPropagator_LargestAcceptableStep`, `Hcal_apply_Birks_law`, `Hcal_back_plate_thickness`, `Hcal_barrel_end_module_type`, `Hcal_cells_size`, `Hcal_Coil_additional_gap`, `Hcal_Cu_thickness`, `Hcal_digitization_tile_size`, `Hcal_Ecal_gap`, `Hcal_endcap_cables_gap`, `Hcal_endcap_center_box_size`, `Hcal_endcap_ecal_gap`, `Hcal_endcap_lateral_structure_thickness`, `Hcal_endcap_layer_air_gap`, `Hcal_endcap_module_number`, `Hcal_endcap_module_width`, `Hcal_endcap_nlayers`, `Hcal_endcap_radiator_material`, `Hcal_endcap_radiator_thickness`, `Hcal_endcap_sensitive_center_box`, `Hcal_endcap_services_module_width`, `Hcal_endcap_zmin`, `Hcal_fiber_gap`, `Hcal_lateral_structure_thickness`, `Hcal_layer_air_gap`, `Hcal_layer_support_length`, `Hcal_middle_stave_gaps`, `Hcal_modules_gap`, `Hcal_nlayers`, `Hcal_PCB_thickness`, `Hcal_R_max`, `Hcal_radial_ring_inner_gap`, `Hcal_radiator_material`, `Hcal_radiator_thickness`, `Hcal_ring`, `Hcal_scintillator_thickness`, `Hcal_sensitive_model`, `Hcal_stave_gaps`, `Hcal_steel_cassette_thickness`, `HcalServices_outer_Cu_thickness`, `HcalServices_outer_FR4_thickness`, `HcalServicesModule_InnerServicesWidth`, `HcalServicesModule_ZMinus_Cu_Thickness`, `HcalServicesModule_ZMinus_PE_Thickness`, `HcalServicesModule_ZMinus_StainlessSteel_Thickness`, `HcalServicesModule_ZPlus_Cu_Thickness`, `HcalServicesModule_ZPlus_PE_Thickness`, `HcalServicesModule_ZPlus_StainlessSteel_Thickness`, `ILC_Main_Crossing_Angle`, `Lcal_beam_pipe_clearance`, `Lcal_extra_size`, `Lcal_inner_radius`, `Lcal_layer_gap`, `Lcal_n_layers`, `Lcal_n_tiles`, `Lcal_nstrips_phi`, `Lcal_nstrips_theta`, `Lcal_outer_radius`, `Lcal_phi_offset`, `Lcal_sensor_phi_offset`, `Lcal_silicon_thickness`, `Lcal_support_thickness`, `Lcal_tile_gap`, `Lcal_tungsten_thickness`, `Lcal_type`, `Lcal_z_begin`, `Lcal_z_thickness`, `LHcal_BCal_clearance`, `LHcal_cell_size`, `LHcal_Electronics_space`, `LHcal_inner_radius`, `LHcal_lateral_face_thickness`, `LHcal_nlayers`, `LHcal_radiator_thickness`, `LHcal_zend`, `LHcal_zmin_displacement`, `set_barrel_lengths`, `set_barrel_longitudinal_adjustments`, `set_barrel_radial_adjustments`, `set_barrel_radiuses`, `set_barrel_support_materials`, `set_barrel_support_states`, `set_barrel_support_thicknesses`, `set_barrel_types`, `set_chip_dim_x`, `set_chip_dim_y`, `set_chip_dim_z`, `set_chip_nb_channels`, `set_module_direction_angles`, `set_module_face_rotation_angles`, `set_module_gaps_x`, `set_module_gaps_y`, `set_module_nb_chips`, `set_module_nb_chips_per_row`, `set_module_nb_sensors_x`, `set_module_nb_sensors_y`, `set_module_support_edges`, `set_module_support_materials`, `set_module_support_states`, `set_module_support_thicknesses`, `set_module_support_widths`, `set_sensor_dim_x`, `set_sensor_dim_y`, `set_sensor_dim_z`, `set_sensor_materials`, `set_sensor_nb_nodes_x`, `set_sensor_nb_nodes_y`, `set_sensor_node_sizes_x`, `set_sensor_node_sizes_y`, `set_sensor_pitches_x`, `set_sensor_pitches_y`, `SIT1_Half_Length_Z`, `SIT1_Radius`, `SIT2_Half_Length_Z`, `SIT2_Radius`, `sit_barrel_lengths`, `sit_barrel_longitudinal_adjustments`, `sit_barrel_radial_adjustments`, `sit_barrel_radiuses`, `sit_barrel_support_materials`, `sit_barrel_support_states`, `sit_barrel_support_thicknesses`, `sit_barrel_types`, `sit_chip_dim_x`, `sit_chip_dim_y`, `sit_chip_dim_z`, `sit_chip_nb_channels`, `sit_module_direction_angles`, `sit_module_face_rotation_angles`, `sit_module_gaps_x`, `sit_module_gaps_y`, `sit_module_nb_chips`, `sit_module_nb_chips_per_row`, `sit_module_nb_sensors_x`, `sit_module_nb_sensors_y`, `sit_module_support_edges`, `sit_module_support_materials`, `sit_module_support_states`, `sit_module_support_thicknesses`, `sit_module_support_widths`, `sit_sensor_dim_x`, `sit_sensor_dim_y`, `sit_sensor_dim_z`, `sit_sensor_materials`, `sit_sensor_nb_nodes_x`, `sit_sensor_nb_nodes_y`, `sit_sensor_node_sizes_x`, `sit_sensor_node_sizes_y`, `sit_sensor_pitches_x`, `sit_sensor_pitches_y`, `TPC_Ecal_Hcal_barrel_halfZ`, `TPC_inner_radius`, `TPC_max_step_length`, `TPC_outer_radius`, `TPC_pad_height`, `TPC_pad_width`, `tpcEndplateServicesRing1_R`, `tpcEndplateServicesRing1_ro`, `tpcEndplateServicesRing2_R`, `tpcEndplateServicesRing2_ro`, `tpcEndplateServicesRing3_R`, `tpcEndplateServicesRing3_ro`, `tpcEndplateServicesRing4_R`, `tpcEndplateServicesRing4_ro`, `tpcEndplateServicesRing5_R`, `tpcEndplateServicesRing5_ro`, `tpcEndplateServicesRing6_R`, `tpcEndplateServicesRing6_ro`, `tpcEndplateServicesRing7_R`, `tpcEndplateServicesRing7_ro`, `tpcEndplateServicesRing8_R`, `tpcEndplateServicesRing8_ro`, `TUBE_crossing_angle`, `TUBE_IPOuterBulge_end_radius`, `TUBE_IPOuterBulge_end_z`, `TUBE_IPOuterTube_end_radius`, `TUBE_IPOuterTube_end_z`, `TUBE_IPOuterTube_start_radius`, `TUBE_IPOuterTube_start_z`, `VXD_active_side_band_electronics_option`, `VXD_active_silicon_thickness`, `VXD_cryostat_option`, `VXD_end_ladd_electronics_half_length`, `VXD_end_ladd_electronics_option`, `VXD_end_ladd_electronics_thickness`, `VXD_inner_radius`, `VXD_layer_gap`, `VXD_length_r1`, `VXD_length_r3`, `VXD_length_r5`, `VXD_radius_r1`, `VXD_radius_r3`, `VXD_radius_r5`, `VXD_side_band_electronics_option`, `VXD_side_band_electronics_thickness`, `VXD_side_band_electronics_width`, `VXD_support_ladder_material`, `VXD_support_ladder_thickness`, `VXD_width_r1`, `VXD_width_r3`, `VXD_width_r5`, `Yoke_barrel_inner_radius`, `Yoke_BField_cutoff`, `Yoke_endcap_inner_radius`, `Yoke_thickness`, `Yoke_with_plug`, `Yoke_Z_start_endcaps`
Detailed Info	Database Browser

Detector Model “ILD_01pre01fw”

Description	ILD simulation reference Model for DBD ILD_01pre00 with fw region updated
Concept	ILD
Subdetectors	`BeamCal08`, `SCoil03`, `SEcal03p01`, `SEtd03`, `fieldX03`, `SFtd09`, `SHcalSc03`, `LHcal01`, `LumiCalV`, `maskX03`, `SServices00`, `SSet03`, `SSit04`, `tpc10_01`, `tubeX05`, `vxd05`, `yoke05`
Parameters	`BCal_dAbsorber`, `BCal_dGraphite`, `BCal_nLayers`, `BCal_nWafers`, `BCal_PairMonitor`, `BCal_rInner`, `BCal_rOuter`, `BCal_rSegmentation`, `BCal_SpanningPhi`, `BCal_TubeIncomingRadius`, `BuildHcalElectronicsInterface`, `Coil_extra_size`, `Coil_inner_radius`, `Coil_thickness`, `Coil_Yoke_lateral_clearance`, `Coil_Yoke_radial_clearance`, `Ecal_Alveolus_Air_Gap`, `Ecal_Barrel_halfZ`, `Ecal_barrel_number_of_towers`, `Ecal_cables_gap`, `Ecal_cells_size`, `Ecal_EC_Ring_gap`, `Ecal_endcap_center_box_size`, `Ecal_endcap_extra_size`, `Ecal_endcap_outer_radius`, `Ecal_endcap_plug_rmin`, `Ecal_endcap_zmax`, `Ecal_endcap_zmin`, `Ecal_fiber_thickness`, `Ecal_front_face_thickness`, `Ecal_guard_ring_size`, `Ecal_lateral_face_thickness`, `Ecal_Lcal_ring_gap`, `Ecal_MPPC_size`, `Ecal_n_wafers_per_tower`, `Ecal_nlayers1`, `Ecal_nlayers2`, `Ecal_nlayers3`, `Ecal_outer_radius`, `Ecal_radiator_layers_set1_thickness`, `Ecal_radiator_layers_set2_thickness`, `Ecal_radiator_layers_set3_thickness`, `Ecal_radiator_material`, `Ecal_Sc_MPPC_breadth`, `Ecal_Sc_N_strips_across_module`, `Ecal_Sc_number_of_virtual_cells`, `Ecal_Sc_reflector_thickness`, `Ecal_Sc_Si_mix`, `Ecal_Sc_thickness`, `Ecal_Si_thickness`, `Ecal_Slab_copper_thickness`, `Ecal_Slab_glue_gap`, `Ecal_Slab_ground_thickness`, `Ecal_Slab_H_fiber_thickness`, `Ecal_Slab_PCB_thickness`, `Ecal_Slab_Sc_PCB_thickness`, `Ecal_Slab_shielding`, `Ecal_support_thickness`, `Ecal_Tpc_gap`, `EcalBarrel_EndCapServices_ZMinus_Cu_Thickness`, `EcalBarrel_EndCapServices_ZMinus_PE_Thickness`, `EcalBarrel_EndCapServices_ZPlus_Cu_Thickness`, `EcalBarrel_EndCapServices_ZPlus_PE_Thickness`, `EcalBarrelServices_RailDistanceToRight`, `EcalBarrelServices_RailHeight`, `EcalBarrelServices_RailSeparation`, `EcalBarrelServices_RailWidth`, `EcalBarrelServices_ZMinus_FirstInterrail_Cu_Thickness`, `EcalBarrelServices_ZMinus_FirstInterrail_PE_Thickness`, `EcalBarrelServices_ZMinus_SecondInterrail_Cu_Thickness`, `EcalBarrelServices_ZPlus_FirstInterrail_Cu_Thickness`, `EcalBarrelServices_ZPlus_FirstInterrail_PE_Thickness`, `EcalBarrelServices_ZPlus_SecondInterrail_Cu_Thickness`, `etd_accuracy_zones`, `etd_chip_channels`, `etd_chip_x_dimensions`, `etd_chip_y_dimensions`, `etd_chip_z_dimensions`, `etd_chips_per_column`, `etd_chips_per_row`, `etd_endcap_support_carbon_thickness`, `etd_endcap_support_mousse_thickness`, `etd_endcap_support_reinforcement_thickness`, `etd_inner_radius`, `etd_layer_positions`, `etd_layer_rotations`, `etd_layer_types`, `etd_module_support_standoff_from_edge`, `etd_module_support_thickness`, `etd_module_support_width`, `etd_outer_radius`, `etd_plane_border_width`, `etd_radial_border_width`, `etd_sensor_technologies`, `etd_sensor_x_dimensions`, `etd_sensor_y_dimensions`, `etd_sensor_z_dimensions`, `etd_sensors_per_module`, `Field_nominal_value`, `FieldPropagator_LargestAcceptableStep`, `Hcal_apply_Birks_law`, `Hcal_back_plate_thickness`, `Hcal_barrel_end_module_type`, `Hcal_cells_size`, `Hcal_Coil_additional_gap`, `Hcal_Cu_thickness`, `Hcal_digitization_tile_size`, `Hcal_Ecal_gap`, `Hcal_endcap_cables_gap`, `Hcal_endcap_center_box_size`, `Hcal_endcap_ecal_gap`, `Hcal_endcap_lateral_structure_thickness`, `Hcal_endcap_layer_air_gap`, `Hcal_endcap_module_number`, `Hcal_endcap_module_width`, `Hcal_endcap_nlayers`, `Hcal_endcap_radiator_material`, `Hcal_endcap_radiator_thickness`, `Hcal_endcap_sensitive_center_box`, `Hcal_endcap_services_module_width`, `Hcal_endcap_zmin`, `Hcal_fiber_gap`, `Hcal_lateral_structure_thickness`, `Hcal_layer_air_gap`, `Hcal_layer_support_length`, `Hcal_middle_stave_gaps`, `Hcal_modules_gap`, `Hcal_nlayers`, `Hcal_PCB_thickness`, `Hcal_R_max`, `Hcal_radial_ring_inner_gap`, `Hcal_radiator_material`, `Hcal_radiator_thickness`, `Hcal_ring`, `Hcal_scintillator_thickness`, `Hcal_sensitive_model`, `Hcal_stave_gaps`, `Hcal_steel_cassette_thickness`, `HcalServices_outer_Cu_thickness`, `HcalServices_outer_FR4_thickness`, `HcalServicesModule_InnerServicesWidth`, `HcalServicesModule_ZMinus_Cu_Thickness`, `HcalServicesModule_ZMinus_PE_Thickness`, `HcalServicesModule_ZMinus_StainlessSteel_Thickness`, `HcalServicesModule_ZPlus_Cu_Thickness`, `HcalServicesModule_ZPlus_PE_Thickness`, `HcalServicesModule_ZPlus_StainlessSteel_Thickness`, `ILC_Main_Crossing_Angle`, `Lcal_beam_pipe_clearance`, `Lcal_extra_size`, `Lcal_inner_radius`, `Lcal_layer_gap`, `Lcal_n_layers`, `Lcal_n_tiles`, `Lcal_nstrips_phi`, `Lcal_nstrips_theta`, `Lcal_outer_radius`, `Lcal_phi_offset`, `Lcal_sensor_phi_offset`, `Lcal_silicon_thickness`, `Lcal_support_thickness`, `Lcal_tile_gap`, `Lcal_tungsten_thickness`, `Lcal_type`, `Lcal_z_begin`, `Lcal_z_thickness`, `LHcal_BCal_clearance`, `LHcal_cell_size`, `LHcal_Electronics_space`, `LHcal_inner_radius`, `LHcal_lateral_face_thickness`, `LHcal_nlayers`, `LHcal_radiator_thickness`, `LHcal_zend`, `LHcal_zmin_displacement`, `set_barrel_lengths`, `set_barrel_longitudinal_adjustments`, `set_barrel_radial_adjustments`, `set_barrel_radiuses`, `set_barrel_support_materials`, `set_barrel_support_states`, `set_barrel_support_thicknesses`, `set_barrel_types`, `set_chip_dim_x`, `set_chip_dim_y`, `set_chip_dim_z`, `set_chip_nb_channels`, `set_module_direction_angles`, `set_module_face_rotation_angles`, `set_module_gaps_x`, `set_module_gaps_y`, `set_module_nb_chips`, `set_module_nb_chips_per_row`, `set_module_nb_sensors_x`, `set_module_nb_sensors_y`, `set_module_support_edges`, `set_module_support_materials`, `set_module_support_states`, `set_module_support_thicknesses`, `set_module_support_widths`, `set_sensor_dim_x`, `set_sensor_dim_y`, `set_sensor_dim_z`, `set_sensor_materials`, `set_sensor_nb_nodes_x`, `set_sensor_nb_nodes_y`, `set_sensor_node_sizes_x`, `set_sensor_node_sizes_y`, `set_sensor_pitches_x`, `set_sensor_pitches_y`, `SIT1_Half_Length_Z`, `SIT1_Radius`, `SIT2_Half_Length_Z`, `SIT2_Radius`, `sit_barrel_lengths`, `sit_barrel_longitudinal_adjustments`, `sit_barrel_radial_adjustments`, `sit_barrel_radiuses`, `sit_barrel_support_materials`, `sit_barrel_support_states`, `sit_barrel_support_thicknesses`, `sit_barrel_types`, `sit_chip_dim_x`, `sit_chip_dim_y`, `sit_chip_dim_z`, `sit_chip_nb_channels`, `sit_module_direction_angles`, `sit_module_face_rotation_angles`, `sit_module_gaps_x`, `sit_module_gaps_y`, `sit_module_nb_chips`, `sit_module_nb_chips_per_row`, `sit_module_nb_sensors_x`, `sit_module_nb_sensors_y`, `sit_module_support_edges`, `sit_module_support_materials`, `sit_module_support_states`, `sit_module_support_thicknesses`, `sit_module_support_widths`, `sit_sensor_dim_x`, `sit_sensor_dim_y`, `sit_sensor_dim_z`, `sit_sensor_materials`, `sit_sensor_nb_nodes_x`, `sit_sensor_nb_nodes_y`, `sit_sensor_node_sizes_x`, `sit_sensor_node_sizes_y`, `sit_sensor_pitches_x`, `sit_sensor_pitches_y`, `TPC_Ecal_Hcal_barrel_halfZ`, `TPC_inner_radius`, `TPC_max_step_length`, `TPC_outer_radius`, `TPC_pad_height`, `TPC_pad_width`, `tpcEndplateServicesRing1_R`, `tpcEndplateServicesRing1_ro`, `tpcEndplateServicesRing2_R`, `tpcEndplateServicesRing2_ro`, `tpcEndplateServicesRing3_R`, `tpcEndplateServicesRing3_ro`, `tpcEndplateServicesRing4_R`, `tpcEndplateServicesRing4_ro`, `tpcEndplateServicesRing5_R`, `tpcEndplateServicesRing5_ro`, `tpcEndplateServicesRing6_R`, `tpcEndplateServicesRing6_ro`, `tpcEndplateServicesRing7_R`, `tpcEndplateServicesRing7_ro`, `tpcEndplateServicesRing8_R`, `tpcEndplateServicesRing8_ro`, `TUBE_crossing_angle`, `TUBE_IPOuterBulge_end_radius`, `TUBE_IPOuterBulge_end_z`, `TUBE_IPOuterTube_end_radius`, `TUBE_IPOuterTube_end_z`, `TUBE_IPOuterTube_start_radius`, `TUBE_IPOuterTube_start_z`, `VXD_active_side_band_electronics_option`, `VXD_active_silicon_thickness`, `VXD_cryostat_option`, `VXD_end_ladd_electronics_half_length`, `VXD_end_ladd_electronics_option`, `VXD_end_ladd_electronics_thickness`, `VXD_inner_radius`, `VXD_layer_gap`, `VXD_length_r1`, `VXD_length_r3`, `VXD_length_r5`, `VXD_radius_r1`, `VXD_radius_r3`, `VXD_radius_r5`, `VXD_side_band_electronics_option`, `VXD_side_band_electronics_thickness`, `VXD_side_band_electronics_width`, `VXD_support_ladder_material`, `VXD_support_ladder_thickness`, `VXD_width_r1`, `VXD_width_r3`, `VXD_width_r5`, `Yoke_barrel_inner_radius`, `Yoke_endcap_inner_radius`, `Yoke_thickness`, `Yoke_with_plug`, `Yoke_Z_start_endcaps`
Detailed Info	Database Browser

Detector Model “ILD_01pre02”

Description	ILD simulation reference Model for DBD: ILD_01pre01 with new sub_detector implementations for FTD,etc
Concept	ILD
Subdetectors	`BeamCal08`, `SCoil03`, `SEcal03p01`, `SEtd03`, `SField01`, `SFtd10`, `SHcalSc03`, `LHcal01`, `LumiCalV`, `maskX03`, `SServices00`, `SSet03`, `SSit04`, `tpc10_01`, `tubeX05`, `vxd05`, `yoke05`
Parameters	`BCal_dAbsorber`, `BCal_dGraphite`, `BCal_nLayers`, `BCal_nWafers`, `BCal_PairMonitor`, `BCal_rInner`, `BCal_rOuter`, `BCal_rSegmentation`, `BCal_SpanningPhi`, `BCal_TubeIncomingRadius`, `BuildHcalElectronicsInterface`, `Coil_extra_size`, `Coil_inner_radius`, `Coil_thickness`, `Coil_Yoke_lateral_clearance`, `Coil_Yoke_radial_clearance`, `Ecal_Alveolus_Air_Gap`, `Ecal_Barrel_halfZ`, `Ecal_barrel_number_of_towers`, `Ecal_cables_gap`, `Ecal_cells_size`, `Ecal_EC_Ring_gap`, `Ecal_endcap_center_box_size`, `Ecal_endcap_extra_size`, `Ecal_endcap_outer_radius`, `Ecal_endcap_plug_rmin`, `Ecal_endcap_zmax`, `Ecal_endcap_zmin`, `Ecal_fiber_thickness`, `Ecal_front_face_thickness`, `Ecal_guard_ring_size`, `Ecal_lateral_face_thickness`, `Ecal_Lcal_ring_gap`, `Ecal_MPPC_size`, `Ecal_n_wafers_per_tower`, `Ecal_nlayers1`, `Ecal_nlayers2`, `Ecal_nlayers3`, `Ecal_outer_radius`, `Ecal_radiator_layers_set1_thickness`, `Ecal_radiator_layers_set2_thickness`, `Ecal_radiator_layers_set3_thickness`, `Ecal_radiator_material`, `Ecal_Sc_MPPC_breadth`, `Ecal_Sc_N_strips_across_module`, `Ecal_Sc_number_of_virtual_cells`, `Ecal_Sc_reflector_thickness`, `Ecal_Sc_Si_mix`, `Ecal_Sc_thickness`, `Ecal_Si_thickness`, `Ecal_Slab_copper_thickness`, `Ecal_Slab_glue_gap`, `Ecal_Slab_ground_thickness`, `Ecal_Slab_H_fiber_thickness`, `Ecal_Slab_PCB_thickness`, `Ecal_Slab_Sc_PCB_thickness`, `Ecal_Slab_shielding`, `Ecal_support_thickness`, `Ecal_Tpc_gap`, `EcalBarrel_EndCapServices_ZMinus_Cu_Thickness`, `EcalBarrel_EndCapServices_ZMinus_PE_Thickness`, `EcalBarrel_EndCapServices_ZPlus_Cu_Thickness`, `EcalBarrel_EndCapServices_ZPlus_PE_Thickness`, `EcalBarrelServices_RailDistanceToRight`, `EcalBarrelServices_RailHeight`, `EcalBarrelServices_RailSeparation`, `EcalBarrelServices_RailWidth`, `EcalBarrelServices_ZMinus_FirstInterrail_Cu_Thickness`, `EcalBarrelServices_ZMinus_FirstInterrail_PE_Thickness`, `EcalBarrelServices_ZMinus_SecondInterrail_Cu_Thickness`, `EcalBarrelServices_ZPlus_FirstInterrail_Cu_Thickness`, `EcalBarrelServices_ZPlus_FirstInterrail_PE_Thickness`, `EcalBarrelServices_ZPlus_SecondInterrail_Cu_Thickness`, `etd_accuracy_zones`, `etd_chip_channels`, `etd_chip_x_dimensions`, `etd_chip_y_dimensions`, `etd_chip_z_dimensions`, `etd_chips_per_column`, `etd_chips_per_row`, `etd_endcap_support_carbon_thickness`, `etd_endcap_support_mousse_thickness`, `etd_endcap_support_reinforcement_thickness`, `etd_inner_radius`, `etd_layer_positions`, `etd_layer_rotations`, `etd_layer_types`, `etd_module_support_standoff_from_edge`, `etd_module_support_thickness`, `etd_module_support_width`, `etd_outer_radius`, `etd_plane_border_width`, `etd_radial_border_width`, `etd_sensor_technologies`, `etd_sensor_x_dimensions`, `etd_sensor_y_dimensions`, `etd_sensor_z_dimensions`, `etd_sensors_per_module`, `Field_nominal_value`, `FieldPropagator_LargestAcceptableStep`, `Hcal_apply_Birks_law`, `Hcal_back_plate_thickness`, `Hcal_barrel_end_module_type`, `Hcal_cells_size`, `Hcal_Coil_additional_gap`, `Hcal_Cu_thickness`, `Hcal_digitization_tile_size`, `Hcal_Ecal_gap`, `Hcal_endcap_cables_gap`, `Hcal_endcap_center_box_size`, `Hcal_endcap_ecal_gap`, `Hcal_endcap_lateral_structure_thickness`, `Hcal_endcap_layer_air_gap`, `Hcal_endcap_module_number`, `Hcal_endcap_module_width`, `Hcal_endcap_nlayers`, `Hcal_endcap_radiator_material`, `Hcal_endcap_radiator_thickness`, `Hcal_endcap_sensitive_center_box`, `Hcal_endcap_services_module_width`, `Hcal_endcap_zmin`, `Hcal_fiber_gap`, `Hcal_lateral_structure_thickness`, `Hcal_layer_air_gap`, `Hcal_layer_support_length`, `Hcal_middle_stave_gaps`, `Hcal_modules_gap`, `Hcal_nlayers`, `Hcal_PCB_thickness`, `Hcal_R_max`, `Hcal_radial_ring_inner_gap`, `Hcal_radiator_material`, `Hcal_radiator_thickness`, `Hcal_ring`, `Hcal_scintillator_thickness`, `Hcal_sensitive_model`, `Hcal_stave_gaps`, `Hcal_steel_cassette_thickness`, `HcalServices_outer_Cu_thickness`, `HcalServices_outer_FR4_thickness`, `HcalServicesModule_InnerServicesWidth`, `HcalServicesModule_ZMinus_Cu_Thickness`, `HcalServicesModule_ZMinus_PE_Thickness`, `HcalServicesModule_ZMinus_StainlessSteel_Thickness`, `HcalServicesModule_ZPlus_Cu_Thickness`, `HcalServicesModule_ZPlus_PE_Thickness`, `HcalServicesModule_ZPlus_StainlessSteel_Thickness`, `ILC_Main_Crossing_Angle`, `Lcal_beam_pipe_clearance`, `Lcal_extra_size`, `Lcal_inner_radius`, `Lcal_layer_gap`, `Lcal_n_layers`, `Lcal_n_tiles`, `Lcal_nstrips_phi`, `Lcal_nstrips_theta`, `Lcal_outer_radius`, `Lcal_phi_offset`, `Lcal_sensor_phi_offset`, `Lcal_silicon_thickness`, `Lcal_support_thickness`, `Lcal_tile_gap`, `Lcal_tungsten_thickness`, `Lcal_type`, `Lcal_z_begin`, `Lcal_z_thickness`, `LHcal_BCal_clearance`, `LHcal_cell_size`, `LHcal_Electronics_space`, `LHcal_inner_radius`, `LHcal_lateral_face_thickness`, `LHcal_nlayers`, `LHcal_radiator_thickness`, `LHcal_zend`, `LHcal_zmin_displacement`, `set_barrel_lengths`, `set_barrel_longitudinal_adjustments`, `set_barrel_radial_adjustments`, `set_barrel_radiuses`, `set_barrel_support_materials`, `set_barrel_support_states`, `set_barrel_support_thicknesses`, `set_barrel_types`, `set_chip_dim_x`, `set_chip_dim_y`, `set_chip_dim_z`, `set_chip_nb_channels`, `set_module_direction_angles`, `set_module_face_rotation_angles`, `set_module_gaps_x`, `set_module_gaps_y`, `set_module_nb_chips`, `set_module_nb_chips_per_row`, `set_module_nb_sensors_x`, `set_module_nb_sensors_y`, `set_module_support_edges`, `set_module_support_materials`, `set_module_support_states`, `set_module_support_thicknesses`, `set_module_support_widths`, `set_sensor_dim_x`, `set_sensor_dim_y`, `set_sensor_dim_z`, `set_sensor_materials`, `set_sensor_nb_nodes_x`, `set_sensor_nb_nodes_y`, `set_sensor_node_sizes_x`, `set_sensor_node_sizes_y`, `set_sensor_pitches_x`, `set_sensor_pitches_y`, `SIT1_Half_Length_Z`, `SIT1_Radius`, `SIT2_Half_Length_Z`, `SIT2_Radius`, `sit_barrel_lengths`, `sit_barrel_longitudinal_adjustments`, `sit_barrel_radial_adjustments`, `sit_barrel_radiuses`, `sit_barrel_support_materials`, `sit_barrel_support_states`, `sit_barrel_support_thicknesses`, `sit_barrel_types`, `sit_chip_dim_x`, `sit_chip_dim_y`, `sit_chip_dim_z`, `sit_chip_nb_channels`, `sit_module_direction_angles`, `sit_module_face_rotation_angles`, `sit_module_gaps_x`, `sit_module_gaps_y`, `sit_module_nb_chips`, `sit_module_nb_chips_per_row`, `sit_module_nb_sensors_x`, `sit_module_nb_sensors_y`, `sit_module_support_edges`, `sit_module_support_materials`, `sit_module_support_states`, `sit_module_support_thicknesses`, `sit_module_support_widths`, `sit_sensor_dim_x`, `sit_sensor_dim_y`, `sit_sensor_dim_z`, `sit_sensor_materials`, `sit_sensor_nb_nodes_x`, `sit_sensor_nb_nodes_y`, `sit_sensor_node_sizes_x`, `sit_sensor_node_sizes_y`, `sit_sensor_pitches_x`, `sit_sensor_pitches_y`, `TPC_Ecal_Hcal_barrel_halfZ`, `TPC_inner_radius`, `TPC_max_step_length`, `TPC_outer_radius`, `TPC_pad_height`, `TPC_pad_width`, `tpcEndplateServicesRing1_R`, `tpcEndplateServicesRing1_ro`, `tpcEndplateServicesRing2_R`, `tpcEndplateServicesRing2_ro`, `tpcEndplateServicesRing3_R`, `tpcEndplateServicesRing3_ro`, `tpcEndplateServicesRing4_R`, `tpcEndplateServicesRing4_ro`, `tpcEndplateServicesRing5_R`, `tpcEndplateServicesRing5_ro`, `tpcEndplateServicesRing6_R`, `tpcEndplateServicesRing6_ro`, `tpcEndplateServicesRing7_R`, `tpcEndplateServicesRing7_ro`, `tpcEndplateServicesRing8_R`, `tpcEndplateServicesRing8_ro`, `TUBE_crossing_angle`, `TUBE_IPOuterBulge_end_radius`, `TUBE_IPOuterBulge_end_z`, `TUBE_IPOuterTube_end_radius`, `TUBE_IPOuterTube_end_z`, `TUBE_IPOuterTube_start_radius`, `TUBE_IPOuterTube_start_z`, `VXD_active_side_band_electronics_option`, `VXD_active_silicon_thickness`, `VXD_cryostat_option`, `VXD_end_ladd_electronics_half_length`, `VXD_end_ladd_electronics_option`, `VXD_end_ladd_electronics_thickness`, `VXD_inner_radius`, `VXD_layer_gap`, `VXD_length_r1`, `VXD_length_r3`, `VXD_length_r5`, `VXD_radius_r1`, `VXD_radius_r3`, `VXD_radius_r5`, `VXD_side_band_electronics_option`, `VXD_side_band_electronics_thickness`, `VXD_side_band_electronics_width`, `VXD_support_ladder_material`, `VXD_support_ladder_thickness`, `VXD_width_r1`, `VXD_width_r3`, `VXD_width_r5`, `Yoke_barrel_inner_radius`, `Yoke_BField_cutoff`, `Yoke_endcap_inner_radius`, `Yoke_thickness`, `Yoke_with_plug`, `Yoke_Z_start_endcaps`
Detailed Info	Database Browser

Detector Model “ILD_O1_v01”

Description	ILD simulation reference Model for DBD using Analog HCal
Concept	ILD
Subdetectors	`BeamCal08`, `SCoil03`, `SEcal03p01`, `SField01`, `ftd_simple_staggered`, `SHcalSc03`, `LHcal01`, `LumiCalV`, `maskX03`, `SServices00`, `set_simple_planar`, `sit_simple_planar`, `tpc10_01`, `tubeX05`, `vxd07`, `yoke05`
Parameters	`BCal_dAbsorber`, `BCal_dGraphite`, `BCal_nLayers`, `BCal_nWafers`, `BCal_PairMonitor`, `BCal_rInner`, `BCal_rOuter`, `BCal_rSegmentation`, `BCal_SpanningPhi`, `BCal_TubeIncomingRadius`, `BuildHcalElectronicsInterface`, `Coil_extra_size`, `Coil_inner_radius`, `Coil_thickness`, `Coil_Yoke_lateral_clearance`, `Coil_Yoke_radial_clearance`, `Ecal_Alveolus_Air_Gap`, `Ecal_Barrel_halfZ`, `Ecal_barrel_number_of_towers`, `Ecal_cables_gap`, `Ecal_cells_size`, `Ecal_EC_Ring_gap`, `Ecal_endcap_center_box_size`, `Ecal_endcap_extra_size`, `Ecal_endcap_outer_radius`, `Ecal_endcap_plug_rmin`, `Ecal_endcap_zmax`, `Ecal_endcap_zmin`, `Ecal_fiber_thickness`, `Ecal_front_face_thickness`, `Ecal_guard_ring_size`, `Ecal_lateral_face_thickness`, `Ecal_Lcal_ring_gap`, `Ecal_MPPC_size`, `Ecal_n_wafers_per_tower`, `Ecal_nlayers1`, `Ecal_nlayers2`, `Ecal_nlayers3`, `Ecal_outer_radius`, `Ecal_radiator_layers_set1_thickness`, `Ecal_radiator_layers_set2_thickness`, `Ecal_radiator_layers_set3_thickness`, `Ecal_radiator_material`, `Ecal_Sc_MPPC_breadth`, `Ecal_Sc_N_strips_across_module`, `Ecal_Sc_number_of_virtual_cells`, `Ecal_Sc_reflector_thickness`, `Ecal_Sc_Si_mix`, `Ecal_Sc_thickness`, `Ecal_Si_thickness`, `Ecal_Slab_copper_thickness`, `Ecal_Slab_glue_gap`, `Ecal_Slab_ground_thickness`, `Ecal_Slab_H_fiber_thickness`, `Ecal_Slab_PCB_thickness`, `Ecal_Slab_Sc_PCB_thickness`, `Ecal_Slab_shielding`, `Ecal_support_thickness`, `Ecal_Tpc_gap`, `EcalBarrel_EndCapServices_ZMinus_Cu_Thickness`, `EcalBarrel_EndCapServices_ZMinus_PE_Thickness`, `EcalBarrel_EndCapServices_ZPlus_Cu_Thickness`, `EcalBarrel_EndCapServices_ZPlus_PE_Thickness`, `EcalBarrelServices_RailDistanceToRight`, `EcalBarrelServices_RailHeight`, `EcalBarrelServices_RailSeparation`, `EcalBarrelServices_RailWidth`, `EcalBarrelServices_ZMinus_FirstInterrail_Cu_Thickness`, `EcalBarrelServices_ZMinus_FirstInterrail_PE_Thickness`, `EcalBarrelServices_ZMinus_SecondInterrail_Cu_Thickness`, `EcalBarrelServices_ZPlus_FirstInterrail_Cu_Thickness`, `EcalBarrelServices_ZPlus_FirstInterrail_PE_Thickness`, `EcalBarrelServices_ZPlus_SecondInterrail_Cu_Thickness`, `Field_nominal_value`, `FieldPropagator_LargestAcceptableStep`, `Hcal_apply_Birks_law`, `Hcal_back_plate_thickness`, `Hcal_barrel_end_module_type`, `Hcal_cells_size`, `Hcal_Coil_additional_gap`, `Hcal_Cu_thickness`, `Hcal_digitization_tile_size`, `Hcal_Ecal_gap`, `Hcal_endcap_cables_gap`, `Hcal_endcap_center_box_size`, `Hcal_endcap_ecal_gap`, `Hcal_endcap_lateral_structure_thickness`, `Hcal_endcap_layer_air_gap`, `Hcal_endcap_module_number`, `Hcal_endcap_module_width`, `Hcal_endcap_nlayers`, `Hcal_endcap_radiator_material`, `Hcal_endcap_radiator_thickness`, `Hcal_endcap_sensitive_center_box`, `Hcal_endcap_services_module_width`, `Hcal_endcap_zmin`, `Hcal_fiber_gap`, `Hcal_lateral_structure_thickness`, `Hcal_layer_air_gap`, `Hcal_layer_support_length`, `Hcal_middle_stave_gaps`, `Hcal_modules_gap`, `Hcal_nlayers`, `Hcal_PCB_thickness`, `Hcal_R_max`, `Hcal_radial_ring_inner_gap`, `Hcal_radiator_material`, `Hcal_radiator_thickness`, `Hcal_ring`, `Hcal_scintillator_thickness`, `Hcal_sensitive_model`, `Hcal_stave_gaps`, `Hcal_steel_cassette_thickness`, `HcalServices_outer_Cu_thickness`, `HcalServices_outer_FR4_thickness`, `HcalServicesModule_InnerServicesWidth`, `HcalServicesModule_ZMinus_Cu_Thickness`, `HcalServicesModule_ZMinus_PE_Thickness`, `HcalServicesModule_ZMinus_StainlessSteel_Thickness`, `HcalServicesModule_ZPlus_Cu_Thickness`, `HcalServicesModule_ZPlus_PE_Thickness`, `HcalServicesModule_ZPlus_StainlessSteel_Thickness`, `ILC_Main_Crossing_Angle`, `Lcal_beam_pipe_clearance`, `Lcal_extra_size`, `Lcal_inner_radius`, `Lcal_layer_gap`, `Lcal_n_layers`, `Lcal_n_tiles`, `Lcal_nstrips_phi`, `Lcal_nstrips_theta`, `Lcal_outer_radius`, `Lcal_phi_offset`, `Lcal_sensor_phi_offset`, `Lcal_silicon_thickness`, `Lcal_support_thickness`, `Lcal_tile_gap`, `Lcal_tungsten_thickness`, `Lcal_type`, `Lcal_z_begin`, `Lcal_z_thickness`, `LHcal_BCal_clearance`, `LHcal_cell_size`, `LHcal_Electronics_space`, `LHcal_inner_radius`, `LHcal_lateral_face_thickness`, `LHcal_nlayers`, `LHcal_radiator_thickness`, `LHcal_zend`, `LHcal_zmin_displacement`, `SIT1_Half_Length_Z`, `SIT1_Radius`, `SIT2_Half_Length_Z`, `SIT2_Radius`, `TPC_Ecal_Hcal_barrel_halfZ`, `TPC_inner_radius`, `TPC_max_step_length`, `TPC_outer_radius`, `TPC_pad_height`, `TPC_pad_width`, `tpcEndplateServicesRing1_R`, `tpcEndplateServicesRing1_ro`, `tpcEndplateServicesRing2_R`, `tpcEndplateServicesRing2_ro`, `tpcEndplateServicesRing3_R`, `tpcEndplateServicesRing3_ro`, `tpcEndplateServicesRing4_R`, `tpcEndplateServicesRing4_ro`, `tpcEndplateServicesRing5_R`, `tpcEndplateServicesRing5_ro`, `tpcEndplateServicesRing6_R`, `tpcEndplateServicesRing6_ro`, `tpcEndplateServicesRing7_R`, `tpcEndplateServicesRing7_ro`, `tpcEndplateServicesRing8_R`, `tpcEndplateServicesRing8_ro`, `TUBE_crossing_angle`, `TUBE_IPOuterBulge_end_radius`, `TUBE_IPOuterBulge_end_z`, `TUBE_IPOuterTube_end_radius`, `TUBE_IPOuterTube_end_z`, `TUBE_IPOuterTube_start_radius`, `TUBE_IPOuterTube_start_z`, `VXD_active_side_band_electronics_option`, `VXD_active_silicon_thickness`, `VXD_cryostat_option`, `VXD_end_ladd_electronics_half_length`, `VXD_end_ladd_electronics_option`, `VXD_end_ladd_electronics_thickness`, `VXD_flex_cable_thickness`, `VXD_foam_spacer_material`, `VXD_foam_spacer_thickness`, `VXD_inner_radius`, `VXD_layer_gap`, `VXD_length_r1`, `VXD_length_r3`, `VXD_length_r5`, `VXD_metal_traces_thickness`, `VXD_radius_r1`, `VXD_radius_r3`, `VXD_radius_r5`, `VXD_side_band_electronics_option`, `VXD_side_band_electronics_thickness`, `VXD_side_band_electronics_width`, `VXD_width_r1`, `VXD_width_r3`, `VXD_width_r5`, `Yoke_barrel_inner_radius`, `Yoke_BField_cutoff`, `Yoke_endcap_inner_radius`, `Yoke_thickness`, `Yoke_with_plug`, `Yoke_Z_start_endcaps`
Detailed Info	Database Browser

Detector Model “ILD_O1_v02”

Description	ILD_O1_v01 with new tubeX06 that includes models for services of inner detectors
Concept	ILD
Subdetectors	`BeamCal08`, `SCoil03`, `SEcal03p01`, `SField01`, `ftd_simple_staggered_02`, `SHcalSc03`, `LHcal01`, `LumiCalV`, `maskX03`, `SServices00`, `set_simple_planar_sensors`, `sit_simple_planar_sensors_02`, `tpc10_01`, `tubeX06`, `vxd07`, `yoke05`
Parameters	`BCal_dAbsorber`, `BCal_dGraphite`, `BCal_nLayers`, `BCal_nWafers`, `BCal_PairMonitor`, `BCal_rInner`, `BCal_rOuter`, `BCal_rSegmentation`, `BCal_SpanningPhi`, `BCal_TubeIncomingRadius`, `BuildHcalElectronicsInterface`, `Coil_extra_size`, `Coil_inner_radius`, `Coil_thickness`, `Coil_Yoke_lateral_clearance`, `Coil_Yoke_radial_clearance`, `Ecal_Alveolus_Air_Gap`, `Ecal_Barrel_halfZ`, `Ecal_barrel_number_of_towers`, `Ecal_cables_gap`, `Ecal_cells_size`, `Ecal_EC_Ring_gap`, `Ecal_endcap_center_box_size`, `Ecal_endcap_extra_size`, `Ecal_endcap_outer_radius`, `Ecal_endcap_plug_rmin`, `Ecal_endcap_zmax`, `Ecal_endcap_zmin`, `Ecal_fiber_thickness`, `Ecal_front_face_thickness`, `Ecal_guard_ring_size`, `Ecal_lateral_face_thickness`, `Ecal_Lcal_ring_gap`, `Ecal_MPPC_size`, `Ecal_n_wafers_per_tower`, `Ecal_nlayers1`, `Ecal_nlayers2`, `Ecal_nlayers3`, `Ecal_outer_radius`, `Ecal_radiator_layers_set1_thickness`, `Ecal_radiator_layers_set2_thickness`, `Ecal_radiator_layers_set3_thickness`, `Ecal_radiator_material`, `Ecal_Sc_MPPC_breadth`, `Ecal_Sc_N_strips_across_module`, `Ecal_Sc_number_of_virtual_cells`, `Ecal_Sc_reflector_thickness`, `Ecal_Sc_Si_mix`, `Ecal_Sc_thickness`, `Ecal_Si_thickness`, `Ecal_Slab_copper_thickness`, `Ecal_Slab_glue_gap`, `Ecal_Slab_ground_thickness`, `Ecal_Slab_H_fiber_thickness`, `Ecal_Slab_PCB_thickness`, `Ecal_Slab_Sc_PCB_thickness`, `Ecal_Slab_shielding`, `Ecal_support_thickness`, `Ecal_Tpc_gap`, `EcalBarrel_EndCapServices_ZMinus_Cu_Thickness`, `EcalBarrel_EndCapServices_ZMinus_PE_Thickness`, `EcalBarrel_EndCapServices_ZPlus_Cu_Thickness`, `EcalBarrel_EndCapServices_ZPlus_PE_Thickness`, `EcalBarrelServices_RailDistanceToRight`, `EcalBarrelServices_RailHeight`, `EcalBarrelServices_RailSeparation`, `EcalBarrelServices_RailWidth`, `EcalBarrelServices_ZMinus_FirstInterrail_Cu_Thickness`, `EcalBarrelServices_ZMinus_FirstInterrail_PE_Thickness`, `EcalBarrelServices_ZMinus_SecondInterrail_Cu_Thickness`, `EcalBarrelServices_ZPlus_FirstInterrail_Cu_Thickness`, `EcalBarrelServices_ZPlus_FirstInterrail_PE_Thickness`, `EcalBarrelServices_ZPlus_SecondInterrail_Cu_Thickness`, `Field_nominal_value`, `FieldPropagator_LargestAcceptableStep`, `Hcal_apply_Birks_law`, `Hcal_back_plate_thickness`, `Hcal_barrel_end_module_type`, `Hcal_cells_size`, `Hcal_Coil_additional_gap`, `Hcal_Cu_thickness`, `Hcal_digitization_tile_size`, `Hcal_Ecal_gap`, `Hcal_endcap_cables_gap`, `Hcal_endcap_center_box_size`, `Hcal_endcap_ecal_gap`, `Hcal_endcap_lateral_structure_thickness`, `Hcal_endcap_layer_air_gap`, `Hcal_endcap_module_number`, `Hcal_endcap_module_width`, `Hcal_endcap_nlayers`, `Hcal_endcap_radiator_material`, `Hcal_endcap_radiator_thickness`, `Hcal_endcap_sensitive_center_box`, `Hcal_endcap_services_module_width`, `Hcal_endcap_zmin`, `Hcal_fiber_gap`, `Hcal_lateral_structure_thickness`, `Hcal_layer_air_gap`, `Hcal_layer_support_length`, `Hcal_middle_stave_gaps`, `Hcal_modules_gap`, `Hcal_nlayers`, `Hcal_PCB_thickness`, `Hcal_R_max`, `Hcal_radial_ring_inner_gap`, `Hcal_radiator_material`, `Hcal_radiator_thickness`, `Hcal_ring`, `Hcal_scintillator_thickness`, `Hcal_sensitive_model`, `Hcal_stave_gaps`, `Hcal_steel_cassette_thickness`, `HcalServices_outer_Cu_thickness`, `HcalServices_outer_FR4_thickness`, `HcalServicesModule_InnerServicesWidth`, `HcalServicesModule_ZMinus_Cu_Thickness`, `HcalServicesModule_ZMinus_PE_Thickness`, `HcalServicesModule_ZMinus_StainlessSteel_Thickness`, `HcalServicesModule_ZPlus_Cu_Thickness`, `HcalServicesModule_ZPlus_PE_Thickness`, `HcalServicesModule_ZPlus_StainlessSteel_Thickness`, `ILC_Main_Crossing_Angle`, `Lcal_beam_pipe_clearance`, `Lcal_extra_size`, `Lcal_inner_radius`, `Lcal_layer_gap`, `Lcal_n_layers`, `Lcal_n_tiles`, `Lcal_nstrips_phi`, `Lcal_nstrips_theta`, `Lcal_outer_radius`, `Lcal_phi_offset`, `Lcal_sensor_phi_offset`, `Lcal_silicon_thickness`, `Lcal_support_thickness`, `Lcal_tile_gap`, `Lcal_tungsten_thickness`, `Lcal_type`, `Lcal_z_begin`, `Lcal_z_thickness`, `LHcal_BCal_clearance`, `LHcal_cell_size`, `LHcal_Electronics_space`, `LHcal_inner_radius`, `LHcal_lateral_face_thickness`, `LHcal_nlayers`, `LHcal_radiator_thickness`, `LHcal_zend`, `LHcal_zmin_displacement`, `SIT1_Half_Length_Z`, `SIT1_Radius`, `SIT2_Half_Length_Z`, `SIT2_Radius`, `TPC_Ecal_Hcal_barrel_halfZ`, `TPC_inner_radius`, `TPC_max_step_length`, `TPC_outer_radius`, `TPC_pad_height`, `TPC_pad_width`, `tpcEndplateServicesRing1_R`, `tpcEndplateServicesRing1_ro`, `tpcEndplateServicesRing2_R`, `tpcEndplateServicesRing2_ro`, `tpcEndplateServicesRing3_R`, `tpcEndplateServicesRing3_ro`, `tpcEndplateServicesRing4_R`, `tpcEndplateServicesRing4_ro`, `tpcEndplateServicesRing5_R`, `tpcEndplateServicesRing5_ro`, `tpcEndplateServicesRing6_R`, `tpcEndplateServicesRing6_ro`, `tpcEndplateServicesRing7_R`, `tpcEndplateServicesRing7_ro`, `tpcEndplateServicesRing8_R`, `tpcEndplateServicesRing8_ro`, `TUBE_crossing_angle`, `TUBE_IPOuterBulge_end_radius`, `TUBE_IPOuterBulge_end_z`, `TUBE_IPOuterTube_end_radius`, `TUBE_IPOuterTube_end_z`, `TUBE_IPOuterTube_start_radius`, `TUBE_IPOuterTube_start_z`, `VXD_active_side_band_electronics_option`, `VXD_active_silicon_thickness`, `VXD_cryostat_option`, `VXD_end_ladd_electronics_half_length`, `VXD_end_ladd_electronics_option`, `VXD_end_ladd_electronics_thickness`, `VXD_flex_cable_thickness`, `VXD_foam_spacer_material`, `VXD_foam_spacer_thickness`, `VXD_inner_radius`, `VXD_layer_gap`, `VXD_length_r1`, `VXD_length_r3`, `VXD_length_r5`, `VXD_metal_traces_thickness`, `VXD_radius_r1`, `VXD_radius_r3`, `VXD_radius_r5`, `VXD_side_band_electronics_option`, `VXD_side_band_electronics_thickness`, `VXD_side_band_electronics_width`, `VXD_width_r1`, `VXD_width_r3`, `VXD_width_r5`, `Yoke_barrel_inner_radius`, `Yoke_BField_cutoff`, `Yoke_endcap_inner_radius`, `Yoke_thickness`, `Yoke_with_plug`, `Yoke_Z_start_endcaps`
Detailed Info	Database Browser

Detector Model “ILD_O1_v03”

Description	ILD simulation reference Model for DBD using Analog HCal, same as ILD_O1_v02 but with fixes to overlap between SIT and FTD, as well as the firts FTD disk itself
Concept	ILD
Subdetectors	`BeamCal08`, `SCoil03`, `SEcal03p01`, `SField01`, `ftd_simple_staggered_02`, `SHcalSc03`, `LHcal01`, `LumiCalV`, `maskX03`, `SServices00`, `set_simple_planar_sensors_01`, `sit_simple_planar_sensors_03`, `tpc10_01`, `tubeX06`, `vxd07`, `yoke05`
Parameters	`BCal_dAbsorber`, `BCal_dGraphite`, `BCal_nLayers`, `BCal_nWafers`, `BCal_PairMonitor`, `BCal_rInner`, `BCal_rOuter`, `BCal_rSegmentation`, `BCal_SpanningPhi`, `BCal_TubeIncomingRadius`, `BuildHcalElectronicsInterface`, `Coil_extra_size`, `Coil_inner_radius`, `Coil_thickness`, `Coil_Yoke_lateral_clearance`, `Coil_Yoke_radial_clearance`, `Ecal_Alveolus_Air_Gap`, `Ecal_Barrel_halfZ`, `Ecal_barrel_number_of_towers`, `Ecal_cables_gap`, `Ecal_cells_size`, `Ecal_EC_Ring_gap`, `Ecal_endcap_center_box_size`, `Ecal_endcap_extra_size`, `Ecal_endcap_outer_radius`, `Ecal_endcap_plug_rmin`, `Ecal_endcap_zmax`, `Ecal_endcap_zmin`, `Ecal_fiber_thickness`, `Ecal_front_face_thickness`, `Ecal_guard_ring_size`, `Ecal_lateral_face_thickness`, `Ecal_Lcal_ring_gap`, `Ecal_MPPC_size`, `Ecal_n_wafers_per_tower`, `Ecal_nlayers1`, `Ecal_nlayers2`, `Ecal_nlayers3`, `Ecal_outer_radius`, `Ecal_radiator_layers_set1_thickness`, `Ecal_radiator_layers_set2_thickness`, `Ecal_radiator_layers_set3_thickness`, `Ecal_radiator_material`, `Ecal_Sc_MPPC_breadth`, `Ecal_Sc_N_strips_across_module`, `Ecal_Sc_number_of_virtual_cells`, `Ecal_Sc_reflector_thickness`, `Ecal_Sc_Si_mix`, `Ecal_Sc_thickness`, `Ecal_Si_thickness`, `Ecal_Slab_copper_thickness`, `Ecal_Slab_glue_gap`, `Ecal_Slab_ground_thickness`, `Ecal_Slab_H_fiber_thickness`, `Ecal_Slab_PCB_thickness`, `Ecal_Slab_Sc_PCB_thickness`, `Ecal_Slab_shielding`, `Ecal_support_thickness`, `Ecal_Tpc_gap`, `EcalBarrel_EndCapServices_ZMinus_Cu_Thickness`, `EcalBarrel_EndCapServices_ZMinus_PE_Thickness`, `EcalBarrel_EndCapServices_ZPlus_Cu_Thickness`, `EcalBarrel_EndCapServices_ZPlus_PE_Thickness`, `EcalBarrelServices_RailDistanceToRight`, `EcalBarrelServices_RailHeight`, `EcalBarrelServices_RailSeparation`, `EcalBarrelServices_RailWidth`, `EcalBarrelServices_ZMinus_FirstInterrail_Cu_Thickness`, `EcalBarrelServices_ZMinus_FirstInterrail_PE_Thickness`, `EcalBarrelServices_ZMinus_SecondInterrail_Cu_Thickness`, `EcalBarrelServices_ZPlus_FirstInterrail_Cu_Thickness`, `EcalBarrelServices_ZPlus_FirstInterrail_PE_Thickness`, `EcalBarrelServices_ZPlus_SecondInterrail_Cu_Thickness`, `Field_nominal_value`, `FieldPropagator_LargestAcceptableStep`, `Hcal_apply_Birks_law`, `Hcal_back_plate_thickness`, `Hcal_barrel_end_module_type`, `Hcal_cells_size`, `Hcal_Coil_additional_gap`, `Hcal_Cu_thickness`, `Hcal_digitization_tile_size`, `Hcal_Ecal_gap`, `Hcal_endcap_cables_gap`, `Hcal_endcap_center_box_size`, `Hcal_endcap_ecal_gap`, `Hcal_endcap_lateral_structure_thickness`, `Hcal_endcap_layer_air_gap`, `Hcal_endcap_module_number`, `Hcal_endcap_module_width`, `Hcal_endcap_nlayers`, `Hcal_endcap_radiator_material`, `Hcal_endcap_radiator_thickness`, `Hcal_endcap_sensitive_center_box`, `Hcal_endcap_services_module_width`, `Hcal_endcap_zmin`, `Hcal_fiber_gap`, `Hcal_lateral_structure_thickness`, `Hcal_layer_air_gap`, `Hcal_layer_support_length`, `Hcal_middle_stave_gaps`, `Hcal_modules_gap`, `Hcal_nlayers`, `Hcal_PCB_thickness`, `Hcal_R_max`, `Hcal_radial_ring_inner_gap`, `Hcal_radiator_material`, `Hcal_radiator_thickness`, `Hcal_ring`, `Hcal_scintillator_thickness`, `Hcal_sensitive_model`, `Hcal_stave_gaps`, `Hcal_steel_cassette_thickness`, `HcalServices_outer_Cu_thickness`, `HcalServices_outer_FR4_thickness`, `HcalServicesModule_InnerServicesWidth`, `HcalServicesModule_ZMinus_Cu_Thickness`, `HcalServicesModule_ZMinus_PE_Thickness`, `HcalServicesModule_ZMinus_StainlessSteel_Thickness`, `HcalServicesModule_ZPlus_Cu_Thickness`, `HcalServicesModule_ZPlus_PE_Thickness`, `HcalServicesModule_ZPlus_StainlessSteel_Thickness`, `ILC_Main_Crossing_Angle`, `Lcal_beam_pipe_clearance`, `Lcal_extra_size`, `Lcal_inner_radius`, `Lcal_layer_gap`, `Lcal_n_layers`, `Lcal_n_tiles`, `Lcal_nstrips_phi`, `Lcal_nstrips_theta`, `Lcal_outer_radius`, `Lcal_phi_offset`, `Lcal_sensor_phi_offset`, `Lcal_silicon_thickness`, `Lcal_support_thickness`, `Lcal_tile_gap`, `Lcal_tungsten_thickness`, `Lcal_type`, `Lcal_z_begin`, `Lcal_z_thickness`, `LHcal_BCal_clearance`, `LHcal_cell_size`, `LHcal_Electronics_space`, `LHcal_inner_radius`, `LHcal_lateral_face_thickness`, `LHcal_nlayers`, `LHcal_radiator_thickness`, `LHcal_zend`, `LHcal_zmin_displacement`, `SIT1_Half_Length_Z`, `SIT1_Radius`, `SIT2_Half_Length_Z`, `SIT2_Radius`, `TPC_Ecal_Hcal_barrel_halfZ`, `TPC_inner_radius`, `TPC_max_step_length`, `TPC_outer_radius`, `TPC_pad_height`, `TPC_pad_width`, `tpcEndplateServicesRing1_R`, `tpcEndplateServicesRing1_ro`, `tpcEndplateServicesRing2_R`, `tpcEndplateServicesRing2_ro`, `tpcEndplateServicesRing3_R`, `tpcEndplateServicesRing3_ro`, `tpcEndplateServicesRing4_R`, `tpcEndplateServicesRing4_ro`, `tpcEndplateServicesRing5_R`, `tpcEndplateServicesRing5_ro`, `tpcEndplateServicesRing6_R`, `tpcEndplateServicesRing6_ro`, `tpcEndplateServicesRing7_R`, `tpcEndplateServicesRing7_ro`, `tpcEndplateServicesRing8_R`, `tpcEndplateServicesRing8_ro`, `TUBE_crossing_angle`, `TUBE_IPOuterBulge_end_radius`, `TUBE_IPOuterBulge_end_z`, `TUBE_IPOuterTube_end_radius`, `TUBE_IPOuterTube_end_z`, `TUBE_IPOuterTube_start_radius`, `TUBE_IPOuterTube_start_z`, `VXD_active_side_band_electronics_option`, `VXD_active_silicon_thickness`, `VXD_cryostat_option`, `VXD_end_ladd_electronics_half_length`, `VXD_end_ladd_electronics_option`, `VXD_end_ladd_electronics_thickness`, `VXD_flex_cable_thickness`, `VXD_foam_spacer_material`, `VXD_foam_spacer_thickness`, `VXD_inner_radius`, `VXD_layer_gap`, `VXD_length_r1`, `VXD_length_r3`, `VXD_length_r5`, `VXD_metal_traces_thickness`, `VXD_radius_r1`, `VXD_radius_r3`, `VXD_radius_r5`, `VXD_side_band_electronics_option`, `VXD_side_band_electronics_thickness`, `VXD_side_band_electronics_width`, `VXD_width_r1`, `VXD_width_r3`, `VXD_width_r5`, `Yoke_barrel_inner_radius`, `Yoke_BField_cutoff`, `Yoke_endcap_inner_radius`, `Yoke_thickness`, `Yoke_with_plug`, `Yoke_Z_start_endcaps`
Detailed Info	Database Browser

Detector Model “ILD_O2_v01”

Description	ILD simulation reference Model for DBD using SD HCal
Concept	ILD
Subdetectors	`BeamCal08`, `SCoil03`, `SEcal03p01`, `SField01`, `ftd_simple_staggered`, `SHcalRpc01`, `LHcal01`, `LumiCalV`, `maskX03`, `SServices00`, `set_simple_planar`, `sit_simple_planar`, `tpc10_01`, `tubeX05`, `vxd07`, `yoke05`
Parameters	`BCal_dAbsorber`, `BCal_dGraphite`, `BCal_nLayers`, `BCal_nWafers`, `BCal_PairMonitor`, `BCal_rInner`, `BCal_rOuter`, `BCal_rSegmentation`, `BCal_SpanningPhi`, `BCal_TubeIncomingRadius`, `BuildHcalElectronicsInterface`, `ChipPackageThickness`, `Coil_extra_size`, `Coil_inner_radius`, `Coil_thickness`, `Coil_Yoke_lateral_clearance`, `Coil_Yoke_radial_clearance`, `DHcal_max_step`, `Ecal_Alveolus_Air_Gap`, `Ecal_Barrel_halfZ`, `Ecal_barrel_number_of_towers`, `Ecal_cables_gap`, `Ecal_cells_size`, `Ecal_EC_Ring_gap`, `Ecal_endcap_center_box_size`, `Ecal_endcap_extra_size`, `Ecal_endcap_outer_radius`, `Ecal_endcap_plug_rmin`, `Ecal_endcap_zmax`, `Ecal_endcap_zmin`, `Ecal_fiber_thickness`, `Ecal_front_face_thickness`, `Ecal_guard_ring_size`, `Ecal_lateral_face_thickness`, `Ecal_Lcal_ring_gap`, `Ecal_MPPC_size`, `Ecal_n_wafers_per_tower`, `Ecal_nlayers1`, `Ecal_nlayers2`, `Ecal_nlayers3`, `Ecal_outer_radius`, `Ecal_radiator_layers_set1_thickness`, `Ecal_radiator_layers_set2_thickness`, `Ecal_radiator_layers_set3_thickness`, `Ecal_radiator_material`, `Ecal_Sc_MPPC_breadth`, `Ecal_Sc_N_strips_across_module`, `Ecal_Sc_number_of_virtual_cells`, `Ecal_Sc_reflector_thickness`, `Ecal_Sc_Si_mix`, `Ecal_Sc_thickness`, `Ecal_Si_thickness`, `Ecal_Slab_copper_thickness`, `Ecal_Slab_glue_gap`, `Ecal_Slab_ground_thickness`, `Ecal_Slab_H_fiber_thickness`, `Ecal_Slab_PCB_thickness`, `Ecal_Slab_Sc_PCB_thickness`, `Ecal_Slab_shielding`, `Ecal_support_thickness`, `Ecal_Tpc_gap`, `EcalBarrel_EndCapServices_ZMinus_Cu_Thickness`, `EcalBarrel_EndCapServices_ZMinus_PE_Thickness`, `EcalBarrel_EndCapServices_ZPlus_Cu_Thickness`, `EcalBarrel_EndCapServices_ZPlus_PE_Thickness`, `EcalBarrelServices_RailDistanceToRight`, `EcalBarrelServices_RailHeight`, `EcalBarrelServices_RailSeparation`, `EcalBarrelServices_RailWidth`, `EcalBarrelServices_ZMinus_FirstInterrail_Cu_Thickness`, `EcalBarrelServices_ZMinus_FirstInterrail_PE_Thickness`, `EcalBarrelServices_ZMinus_SecondInterrail_Cu_Thickness`, `EcalBarrelServices_ZPlus_FirstInterrail_Cu_Thickness`, `EcalBarrelServices_ZPlus_FirstInterrail_PE_Thickness`, `EcalBarrelServices_ZPlus_SecondInterrail_Cu_Thickness`, `EdgeWidth`, `Field_nominal_value`, `FieldPropagator_LargestAcceptableStep`, `Gap_Thickness`, `GazInletInnerRadius`, `GazInletLength`, `GazInletOuterRadius`, `Graphite_ThicknessAnode`, `Graphite_ThicknessCathode`, `Hcal_back_plate_thickness`, `Hcal_barrel_number_modules`, `Hcal_cells_size`, `Hcal_chamber_thickness`, `Hcal_Coil_additional_gap`, `Hcal_Ecal_gap`, `Hcal_endcap_cables_gap`, `Hcal_endcap_center_box_size`, `Hcal_endcap_ecal_gap`, `Hcal_endcap_zmin`, `Hcal_fiber_gap`, `Hcal_lateral_structure_thickness`, `Hcal_MinNumCellsInTransvPlane`, `Hcal_modules_gap`, `Hcal_nlayers`, `Hcal_outer_radius`, `Hcal_R_max`, `Hcal_radial_ring_inner_gap`, `Hcal_radiator_material`, `Hcal_radiator_thickness`, `Hcal_ring`, `Hcal_spacer_separation`, `Hcal_spacer_thickness`, `Hcal_stave_gaps`, `Hcal_steel_cassette_thickness`, `HcalServices_outer_Cu_thickness`, `HcalServices_outer_FR4_thickness`, `HcalServicesModule_InnerServicesWidth`, `HcalServicesModule_ZMinus_Cu_Thickness`, `HcalServicesModule_ZMinus_PE_Thickness`, `HcalServicesModule_ZMinus_StainlessSteel_Thickness`, `HcalServicesModule_ZPlus_Cu_Thickness`, `HcalServicesModule_ZPlus_PE_Thickness`, `HcalServicesModule_ZPlus_StainlessSteel_Thickness`, `ILC_Main_Crossing_Angle`, `Lcal_beam_pipe_clearance`, `Lcal_extra_size`, `Lcal_inner_radius`, `Lcal_layer_gap`, `Lcal_n_layers`, `Lcal_n_tiles`, `Lcal_nstrips_phi`, `Lcal_nstrips_theta`, `Lcal_outer_radius`, `Lcal_phi_offset`, `Lcal_sensor_phi_offset`, `Lcal_silicon_thickness`, `Lcal_support_thickness`, `Lcal_tile_gap`, `Lcal_tungsten_thickness`, `Lcal_type`, `Lcal_z_begin`, `Lcal_z_thickness`, `LHcal_BCal_clearance`, `LHcal_cell_size`, `LHcal_Electronics_space`, `LHcal_inner_radius`, `LHcal_lateral_face_thickness`, `LHcal_nlayers`, `LHcal_radiator_thickness`, `LHcal_zend`, `LHcal_zmin_displacement`, `mylar_ThicknessAnode`, `mylar_ThicknessCathode`, `PadSeparation`, `PCB_Thickness`, `SIT1_Half_Length_Z`, `SIT1_Radius`, `SIT2_Half_Length_Z`, `SIT2_Radius`, `ThickGlass`, `ThinGlass`, `TPC_Ecal_Hcal_barrel_halfZ`, `TPC_inner_radius`, `TPC_max_step_length`, `TPC_outer_radius`, `TPC_pad_height`, `TPC_pad_width`, `tpcEndplateServicesRing1_R`, `tpcEndplateServicesRing1_ro`, `tpcEndplateServicesRing2_R`, `tpcEndplateServicesRing2_ro`, `tpcEndplateServicesRing3_R`, `tpcEndplateServicesRing3_ro`, `tpcEndplateServicesRing4_R`, `tpcEndplateServicesRing4_ro`, `tpcEndplateServicesRing5_R`, `tpcEndplateServicesRing5_ro`, `tpcEndplateServicesRing6_R`, `tpcEndplateServicesRing6_ro`, `tpcEndplateServicesRing7_R`, `tpcEndplateServicesRing7_ro`, `tpcEndplateServicesRing8_R`, `tpcEndplateServicesRing8_ro`, `TUBE_crossing_angle`, `TUBE_IPOuterBulge_end_radius`, `TUBE_IPOuterBulge_end_z`, `TUBE_IPOuterTube_end_radius`, `TUBE_IPOuterTube_end_z`, `TUBE_IPOuterTube_start_radius`, `TUBE_IPOuterTube_start_z`, `VXD_active_side_band_electronics_option`, `VXD_active_silicon_thickness`, `VXD_cryostat_option`, `VXD_end_ladd_electronics_half_length`, `VXD_end_ladd_electronics_option`, `VXD_end_ladd_electronics_thickness`, `VXD_flex_cable_thickness`, `VXD_foam_spacer_material`, `VXD_foam_spacer_thickness`, `VXD_inner_radius`, `VXD_layer_gap`, `VXD_length_r1`, `VXD_length_r3`, `VXD_length_r5`, `VXD_metal_traces_thickness`, `VXD_radius_r1`, `VXD_radius_r3`, `VXD_radius_r5`, `VXD_side_band_electronics_option`, `VXD_side_band_electronics_thickness`, `VXD_side_band_electronics_width`, `VXD_width_r1`, `VXD_width_r3`, `VXD_width_r5`, `Yoke_barrel_inner_radius`, `Yoke_BField_cutoff`, `Yoke_endcap_inner_radius`, `Yoke_thickness`, `Yoke_with_plug`, `Yoke_Z_start_endcaps`
Detailed Info	Database Browser

Detector Model “ILD_O2_v02”

Description	ILD_O2_v01 with services compatible with SDHcal and with new tubeX06 that includes models for services of inner detectors
Concept	ILD
Subdetectors	`BeamCal08`, `SCoil03`, `SEcal03p01`, `SField01`, `ftd_simple_staggered_02`, `SHcalRpc01`, `LHcal01`, `LumiCalV`, `maskX03`, `SServices_O2_v00`, `set_simple_planar_sensors`, `sit_simple_planar_sensors_02`, `tpc10_01`, `tubeX06`, `vxd07`, `yoke05`
Parameters	`BCal_dAbsorber`, `BCal_dGraphite`, `BCal_nLayers`, `BCal_nWafers`, `BCal_PairMonitor`, `BCal_rInner`, `BCal_rOuter`, `BCal_rSegmentation`, `BCal_SpanningPhi`, `BCal_TubeIncomingRadius`, `ChipPackageThickness`, `Coil_extra_size`, `Coil_inner_radius`, `Coil_thickness`, `Coil_Yoke_lateral_clearance`, `Coil_Yoke_radial_clearance`, `DHcal_max_step`, `Ecal_Alveolus_Air_Gap`, `Ecal_Barrel_halfZ`, `Ecal_barrel_number_of_towers`, `Ecal_cables_gap`, `Ecal_cells_size`, `Ecal_EC_Ring_gap`, `Ecal_endcap_center_box_size`, `Ecal_endcap_extra_size`, `Ecal_endcap_outer_radius`, `Ecal_endcap_plug_rmin`, `Ecal_endcap_zmax`, `Ecal_endcap_zmin`, `Ecal_fiber_thickness`, `Ecal_front_face_thickness`, `Ecal_guard_ring_size`, `Ecal_lateral_face_thickness`, `Ecal_Lcal_ring_gap`, `Ecal_MPPC_size`, `Ecal_n_wafers_per_tower`, `Ecal_nlayers1`, `Ecal_nlayers2`, `Ecal_nlayers3`, `Ecal_outer_radius`, `Ecal_radiator_layers_set1_thickness`, `Ecal_radiator_layers_set2_thickness`, `Ecal_radiator_layers_set3_thickness`, `Ecal_radiator_material`, `Ecal_Sc_MPPC_breadth`, `Ecal_Sc_N_strips_across_module`, `Ecal_Sc_number_of_virtual_cells`, `Ecal_Sc_reflector_thickness`, `Ecal_Sc_Si_mix`, `Ecal_Sc_thickness`, `Ecal_Si_thickness`, `Ecal_Slab_copper_thickness`, `Ecal_Slab_glue_gap`, `Ecal_Slab_ground_thickness`, `Ecal_Slab_H_fiber_thickness`, `Ecal_Slab_PCB_thickness`, `Ecal_Slab_Sc_PCB_thickness`, `Ecal_Slab_shielding`, `Ecal_support_thickness`, `Ecal_Tpc_gap`, `EdgeWidth`, `Field_nominal_value`, `FieldPropagator_LargestAcceptableStep`, `Gap_Thickness`, `GazInletInnerRadius`, `GazInletLength`, `GazInletOuterRadius`, `Graphite_ThicknessAnode`, `Graphite_ThicknessCathode`, `Hcal_back_plate_thickness`, `Hcal_barrel_number_modules`, `Hcal_cells_size`, `Hcal_chamber_thickness`, `Hcal_Coil_additional_gap`, `Hcal_Ecal_gap`, `Hcal_endcap_cables_gap`, `Hcal_endcap_center_box_size`, `Hcal_endcap_ecal_gap`, `Hcal_endcap_zmin`, `Hcal_fiber_gap`, `Hcal_lateral_structure_thickness`, `Hcal_MinNumCellsInTransvPlane`, `Hcal_modules_gap`, `Hcal_nlayers`, `Hcal_outer_radius`, `Hcal_R_max`, `Hcal_radial_ring_inner_gap`, `Hcal_radiator_material`, `Hcal_radiator_thickness`, `Hcal_ring`, `Hcal_spacer_separation`, `Hcal_spacer_thickness`, `Hcal_stave_gaps`, `ILC_Main_Crossing_Angle`, `Lcal_beam_pipe_clearance`, `Lcal_extra_size`, `Lcal_inner_radius`, `Lcal_layer_gap`, `Lcal_n_layers`, `Lcal_n_tiles`, `Lcal_nstrips_phi`, `Lcal_nstrips_theta`, `Lcal_outer_radius`, `Lcal_phi_offset`, `Lcal_sensor_phi_offset`, `Lcal_silicon_thickness`, `Lcal_support_thickness`, `Lcal_tile_gap`, `Lcal_tungsten_thickness`, `Lcal_type`, `Lcal_z_begin`, `Lcal_z_thickness`, `LHcal_BCal_clearance`, `LHcal_cell_size`, `LHcal_Electronics_space`, `LHcal_inner_radius`, `LHcal_lateral_face_thickness`, `LHcal_nlayers`, `LHcal_radiator_thickness`, `LHcal_zend`, `LHcal_zmin_displacement`, `mylar_ThicknessAnode`, `mylar_ThicknessCathode`, `PadSeparation`, `PCB_Thickness`, `SIT1_Half_Length_Z`, `SIT1_Radius`, `SIT2_Half_Length_Z`, `SIT2_Radius`, `ThickGlass`, `ThinGlass`, `TPC_Ecal_Hcal_barrel_halfZ`, `TPC_inner_radius`, `TPC_max_step_length`, `TPC_outer_radius`, `TPC_pad_height`, `TPC_pad_width`, `TUBE_crossing_angle`, `TUBE_IPOuterBulge_end_radius`, `TUBE_IPOuterBulge_end_z`, `TUBE_IPOuterTube_end_radius`, `TUBE_IPOuterTube_end_z`, `TUBE_IPOuterTube_start_radius`, `TUBE_IPOuterTube_start_z`, `VXD_active_side_band_electronics_option`, `VXD_active_silicon_thickness`, `VXD_cryostat_option`, `VXD_end_ladd_electronics_half_length`, `VXD_end_ladd_electronics_option`, `VXD_end_ladd_electronics_thickness`, `VXD_flex_cable_thickness`, `VXD_foam_spacer_material`, `VXD_foam_spacer_thickness`, `VXD_inner_radius`, `VXD_layer_gap`, `VXD_length_r1`, `VXD_length_r3`, `VXD_length_r5`, `VXD_metal_traces_thickness`, `VXD_radius_r1`, `VXD_radius_r3`, `VXD_radius_r5`, `VXD_side_band_electronics_option`, `VXD_side_band_electronics_thickness`, `VXD_side_band_electronics_width`, `VXD_width_r1`, `VXD_width_r3`, `VXD_width_r5`, `Yoke_barrel_inner_radius`, `Yoke_BField_cutoff`, `Yoke_endcap_inner_radius`, `Yoke_thickness`, `Yoke_with_plug`, `Yoke_Z_start_endcaps`
Detailed Info	Database Browser

Detector Model “ILD_O2_v03”

Description	ILD simulation reference Model for DBD using SD HCal, same as ILD_O2_v02 but with fixes to overlap between SIT and FTD, as well as the firts FTD disk itself
Concept	ILD
Subdetectors	`BeamCal08`, `SCoil03`, `SEcal03p01`, `SField01`, `ftd_simple_staggered_02`, `SHcalRpc01`, `LHcal01`, `LumiCalV`, `maskX03`, `SServices_O2_v00`, `set_simple_planar_sensors_01`, `sit_simple_planar_sensors_03`, `tpc10_01`, `tubeX06`, `vxd07`, `yoke05`
Parameters	`BCal_dAbsorber`, `BCal_dGraphite`, `BCal_nLayers`, `BCal_nWafers`, `BCal_PairMonitor`, `BCal_rInner`, `BCal_rOuter`, `BCal_rSegmentation`, `BCal_SpanningPhi`, `BCal_TubeIncomingRadius`, `ChipPackageThickness`, `Coil_extra_size`, `Coil_inner_radius`, `Coil_thickness`, `Coil_Yoke_lateral_clearance`, `Coil_Yoke_radial_clearance`, `DHcal_max_step`, `Ecal_Alveolus_Air_Gap`, `Ecal_Barrel_halfZ`, `Ecal_barrel_number_of_towers`, `Ecal_cables_gap`, `Ecal_cells_size`, `Ecal_EC_Ring_gap`, `Ecal_endcap_center_box_size`, `Ecal_endcap_extra_size`, `Ecal_endcap_outer_radius`, `Ecal_endcap_plug_rmin`, `Ecal_endcap_zmax`, `Ecal_endcap_zmin`, `Ecal_fiber_thickness`, `Ecal_front_face_thickness`, `Ecal_guard_ring_size`, `Ecal_lateral_face_thickness`, `Ecal_Lcal_ring_gap`, `Ecal_MPPC_size`, `Ecal_n_wafers_per_tower`, `Ecal_nlayers1`, `Ecal_nlayers2`, `Ecal_nlayers3`, `Ecal_outer_radius`, `Ecal_radiator_layers_set1_thickness`, `Ecal_radiator_layers_set2_thickness`, `Ecal_radiator_layers_set3_thickness`, `Ecal_radiator_material`, `Ecal_Sc_MPPC_breadth`, `Ecal_Sc_N_strips_across_module`, `Ecal_Sc_number_of_virtual_cells`, `Ecal_Sc_reflector_thickness`, `Ecal_Sc_Si_mix`, `Ecal_Sc_thickness`, `Ecal_Si_thickness`, `Ecal_Slab_copper_thickness`, `Ecal_Slab_glue_gap`, `Ecal_Slab_ground_thickness`, `Ecal_Slab_H_fiber_thickness`, `Ecal_Slab_PCB_thickness`, `Ecal_Slab_Sc_PCB_thickness`, `Ecal_Slab_shielding`, `Ecal_support_thickness`, `Ecal_Tpc_gap`, `EdgeWidth`, `Field_nominal_value`, `FieldPropagator_LargestAcceptableStep`, `Gap_Thickness`, `GazInletInnerRadius`, `GazInletLength`, `GazInletOuterRadius`, `Graphite_ThicknessAnode`, `Graphite_ThicknessCathode`, `Hcal_back_plate_thickness`, `Hcal_barrel_number_modules`, `Hcal_cells_size`, `Hcal_chamber_thickness`, `Hcal_Coil_additional_gap`, `Hcal_Ecal_gap`, `Hcal_endcap_cables_gap`, `Hcal_endcap_center_box_size`, `Hcal_endcap_ecal_gap`, `Hcal_endcap_zmin`, `Hcal_fiber_gap`, `Hcal_lateral_structure_thickness`, `Hcal_MinNumCellsInTransvPlane`, `Hcal_modules_gap`, `Hcal_nlayers`, `Hcal_outer_radius`, `Hcal_R_max`, `Hcal_radial_ring_inner_gap`, `Hcal_radiator_material`, `Hcal_radiator_thickness`, `Hcal_ring`, `Hcal_spacer_separation`, `Hcal_spacer_thickness`, `Hcal_stave_gaps`, `ILC_Main_Crossing_Angle`, `Lcal_beam_pipe_clearance`, `Lcal_extra_size`, `Lcal_inner_radius`, `Lcal_layer_gap`, `Lcal_n_layers`, `Lcal_n_tiles`, `Lcal_nstrips_phi`, `Lcal_nstrips_theta`, `Lcal_outer_radius`, `Lcal_phi_offset`, `Lcal_sensor_phi_offset`, `Lcal_silicon_thickness`, `Lcal_support_thickness`, `Lcal_tile_gap`, `Lcal_tungsten_thickness`, `Lcal_type`, `Lcal_z_begin`, `Lcal_z_thickness`, `LHcal_BCal_clearance`, `LHcal_cell_size`, `LHcal_Electronics_space`, `LHcal_inner_radius`, `LHcal_lateral_face_thickness`, `LHcal_nlayers`, `LHcal_radiator_thickness`, `LHcal_zend`, `LHcal_zmin_displacement`, `mylar_ThicknessAnode`, `mylar_ThicknessCathode`, `PadSeparation`, `PCB_Thickness`, `SIT1_Half_Length_Z`, `SIT1_Radius`, `SIT2_Half_Length_Z`, `SIT2_Radius`, `ThickGlass`, `ThinGlass`, `TPC_Ecal_Hcal_barrel_halfZ`, `TPC_inner_radius`, `TPC_max_step_length`, `TPC_outer_radius`, `TPC_pad_height`, `TPC_pad_width`, `TUBE_crossing_angle`, `TUBE_IPOuterBulge_end_radius`, `TUBE_IPOuterBulge_end_z`, `TUBE_IPOuterTube_end_radius`, `TUBE_IPOuterTube_end_z`, `TUBE_IPOuterTube_start_radius`, `TUBE_IPOuterTube_start_z`, `VXD_active_side_band_electronics_option`, `VXD_active_silicon_thickness`, `VXD_cryostat_option`, `VXD_end_ladd_electronics_half_length`, `VXD_end_ladd_electronics_option`, `VXD_end_ladd_electronics_thickness`, `VXD_flex_cable_thickness`, `VXD_foam_spacer_material`, `VXD_foam_spacer_thickness`, `VXD_inner_radius`, `VXD_layer_gap`, `VXD_length_r1`, `VXD_length_r3`, `VXD_length_r5`, `VXD_metal_traces_thickness`, `VXD_radius_r1`, `VXD_radius_r3`, `VXD_radius_r5`, `VXD_side_band_electronics_option`, `VXD_side_band_electronics_thickness`, `VXD_side_band_electronics_width`, `VXD_width_r1`, `VXD_width_r3`, `VXD_width_r5`, `Yoke_barrel_inner_radius`, `Yoke_BField_cutoff`, `Yoke_endcap_inner_radius`, `Yoke_thickness`, `Yoke_with_plug`, `Yoke_Z_start_endcaps`
Detailed Info	Database Browser

Detector Model “ILD_O3_v01”

Description	ILD simulation reference Model for DBD using SciW Ecal and Analog HCal
Concept	ILD
Subdetectors	`BeamCal08`, `SCoil03`, `SEcal03p01`, `SField01`, `ftd_simple_staggered`, `SHcalSc03`, `LHcal01`, `LumiCalV`, `maskX03`, `SServices00`, `set_simple_planar`, `sit_simple_planar`, `tpc10_01`, `tubeX05`, `vxd07`, `yoke05`
Parameters	`BCal_dAbsorber`, `BCal_dGraphite`, `BCal_nLayers`, `BCal_nWafers`, `BCal_PairMonitor`, `BCal_rInner`, `BCal_rOuter`, `BCal_rSegmentation`, `BCal_SpanningPhi`, `BCal_TubeIncomingRadius`, `BuildHcalElectronicsInterface`, `Coil_extra_size`, `Coil_inner_radius`, `Coil_thickness`, `Coil_Yoke_lateral_clearance`, `Coil_Yoke_radial_clearance`, `Ecal_Alveolus_Air_Gap`, `Ecal_Barrel_halfZ`, `Ecal_barrel_number_of_towers`, `Ecal_cables_gap`, `Ecal_cells_size`, `Ecal_EC_Ring_gap`, `Ecal_endcap_center_box_size`, `Ecal_endcap_extra_size`, `Ecal_endcap_outer_radius`, `Ecal_endcap_plug_rmin`, `Ecal_endcap_zmax`, `Ecal_endcap_zmin`, `Ecal_fiber_thickness`, `Ecal_front_face_thickness`, `Ecal_guard_ring_size`, `Ecal_lateral_face_thickness`, `Ecal_Lcal_ring_gap`, `Ecal_MPPC_size`, `Ecal_n_wafers_per_tower`, `Ecal_nlayers1`, `Ecal_nlayers2`, `Ecal_nlayers3`, `Ecal_outer_radius`, `Ecal_radiator_layers_set1_thickness`, `Ecal_radiator_layers_set2_thickness`, `Ecal_radiator_layers_set3_thickness`, `Ecal_radiator_material`, `Ecal_Sc_MPPC_breadth`, `Ecal_Sc_N_strips_across_module`, `Ecal_Sc_number_of_virtual_cells`, `Ecal_Sc_reflector_thickness`, `Ecal_Sc_Si_mix`, `Ecal_Sc_thickness`, `Ecal_Si_thickness`, `Ecal_Slab_copper_thickness`, `Ecal_Slab_glue_gap`, `Ecal_Slab_ground_thickness`, `Ecal_Slab_H_fiber_thickness`, `Ecal_Slab_PCB_thickness`, `Ecal_Slab_Sc_PCB_thickness`, `Ecal_Slab_shielding`, `Ecal_support_thickness`, `Ecal_Tpc_gap`, `EcalBarrel_EndCapServices_ZMinus_Cu_Thickness`, `EcalBarrel_EndCapServices_ZMinus_PE_Thickness`, `EcalBarrel_EndCapServices_ZPlus_Cu_Thickness`, `EcalBarrel_EndCapServices_ZPlus_PE_Thickness`, `EcalBarrelServices_RailDistanceToRight`, `EcalBarrelServices_RailHeight`, `EcalBarrelServices_RailSeparation`, `EcalBarrelServices_RailWidth`, `EcalBarrelServices_ZMinus_FirstInterrail_Cu_Thickness`, `EcalBarrelServices_ZMinus_FirstInterrail_PE_Thickness`, `EcalBarrelServices_ZMinus_SecondInterrail_Cu_Thickness`, `EcalBarrelServices_ZPlus_FirstInterrail_Cu_Thickness`, `EcalBarrelServices_ZPlus_FirstInterrail_PE_Thickness`, `EcalBarrelServices_ZPlus_SecondInterrail_Cu_Thickness`, `Field_nominal_value`, `FieldPropagator_LargestAcceptableStep`, `Hcal_apply_Birks_law`, `Hcal_back_plate_thickness`, `Hcal_barrel_end_module_type`, `Hcal_cells_size`, `Hcal_Coil_additional_gap`, `Hcal_Cu_thickness`, `Hcal_digitization_tile_size`, `Hcal_Ecal_gap`, `Hcal_endcap_cables_gap`, `Hcal_endcap_center_box_size`, `Hcal_endcap_ecal_gap`, `Hcal_endcap_lateral_structure_thickness`, `Hcal_endcap_layer_air_gap`, `Hcal_endcap_module_number`, `Hcal_endcap_module_width`, `Hcal_endcap_nlayers`, `Hcal_endcap_radiator_material`, `Hcal_endcap_radiator_thickness`, `Hcal_endcap_sensitive_center_box`, `Hcal_endcap_services_module_width`, `Hcal_endcap_zmin`, `Hcal_fiber_gap`, `Hcal_lateral_structure_thickness`, `Hcal_layer_air_gap`, `Hcal_layer_support_length`, `Hcal_middle_stave_gaps`, `Hcal_modules_gap`, `Hcal_nlayers`, `Hcal_PCB_thickness`, `Hcal_R_max`, `Hcal_radial_ring_inner_gap`, `Hcal_radiator_material`, `Hcal_radiator_thickness`, `Hcal_ring`, `Hcal_scintillator_thickness`, `Hcal_sensitive_model`, `Hcal_stave_gaps`, `Hcal_steel_cassette_thickness`, `HcalServices_outer_Cu_thickness`, `HcalServices_outer_FR4_thickness`, `HcalServicesModule_InnerServicesWidth`, `HcalServicesModule_ZMinus_Cu_Thickness`, `HcalServicesModule_ZMinus_PE_Thickness`, `HcalServicesModule_ZMinus_StainlessSteel_Thickness`, `HcalServicesModule_ZPlus_Cu_Thickness`, `HcalServicesModule_ZPlus_PE_Thickness`, `HcalServicesModule_ZPlus_StainlessSteel_Thickness`, `ILC_Main_Crossing_Angle`, `Lcal_beam_pipe_clearance`, `Lcal_extra_size`, `Lcal_inner_radius`, `Lcal_layer_gap`, `Lcal_n_layers`, `Lcal_n_tiles`, `Lcal_nstrips_phi`, `Lcal_nstrips_theta`, `Lcal_outer_radius`, `Lcal_phi_offset`, `Lcal_sensor_phi_offset`, `Lcal_silicon_thickness`, `Lcal_support_thickness`, `Lcal_tile_gap`, `Lcal_tungsten_thickness`, `Lcal_type`, `Lcal_z_begin`, `Lcal_z_thickness`, `LHcal_BCal_clearance`, `LHcal_cell_size`, `LHcal_Electronics_space`, `LHcal_inner_radius`, `LHcal_lateral_face_thickness`, `LHcal_nlayers`, `LHcal_radiator_thickness`, `LHcal_zend`, `LHcal_zmin_displacement`, `SIT1_Half_Length_Z`, `SIT1_Radius`, `SIT2_Half_Length_Z`, `SIT2_Radius`, `TPC_Ecal_Hcal_barrel_halfZ`, `TPC_inner_radius`, `TPC_max_step_length`, `TPC_outer_radius`, `TPC_pad_height`, `TPC_pad_width`, `tpcEndplateServicesRing1_R`, `tpcEndplateServicesRing1_ro`, `tpcEndplateServicesRing2_R`, `tpcEndplateServicesRing2_ro`, `tpcEndplateServicesRing3_R`, `tpcEndplateServicesRing3_ro`, `tpcEndplateServicesRing4_R`, `tpcEndplateServicesRing4_ro`, `tpcEndplateServicesRing5_R`, `tpcEndplateServicesRing5_ro`, `tpcEndplateServicesRing6_R`, `tpcEndplateServicesRing6_ro`, `tpcEndplateServicesRing7_R`, `tpcEndplateServicesRing7_ro`, `tpcEndplateServicesRing8_R`, `tpcEndplateServicesRing8_ro`, `TUBE_crossing_angle`, `TUBE_IPOuterBulge_end_radius`, `TUBE_IPOuterBulge_end_z`, `TUBE_IPOuterTube_end_radius`, `TUBE_IPOuterTube_end_z`, `TUBE_IPOuterTube_start_radius`, `TUBE_IPOuterTube_start_z`, `VXD_active_side_band_electronics_option`, `VXD_active_silicon_thickness`, `VXD_cryostat_option`, `VXD_end_ladd_electronics_half_length`, `VXD_end_ladd_electronics_option`, `VXD_end_ladd_electronics_thickness`, `VXD_flex_cable_thickness`, `VXD_foam_spacer_material`, `VXD_foam_spacer_thickness`, `VXD_inner_radius`, `VXD_layer_gap`, `VXD_length_r1`, `VXD_length_r3`, `VXD_length_r5`, `VXD_metal_traces_thickness`, `VXD_radius_r1`, `VXD_radius_r3`, `VXD_radius_r5`, `VXD_side_band_electronics_option`, `VXD_side_band_electronics_thickness`, `VXD_side_band_electronics_width`, `VXD_width_r1`, `VXD_width_r3`, `VXD_width_r5`, `Yoke_barrel_inner_radius`, `Yoke_BField_cutoff`, `Yoke_endcap_inner_radius`, `Yoke_thickness`, `Yoke_with_plug`, `Yoke_Z_start_endcaps`
Detailed Info	Database Browser

Detector Model “ILD_O3_v02”

Description	ILD_O3_v01 with new tubeX06 that includes models for services of inner detectors
Concept	ILD
Subdetectors	`BeamCal08`, `SCoil03`, `SEcal03p01`, `SField01`, `ftd_simple_staggered_02`, `SHcalSc03`, `LHcal01`, `LumiCalV`, `maskX03`, `SServices00`, `set_simple_planar_sensors`, `sit_simple_planar_sensors_02`, `tpc10_01`, `tubeX06`, `vxd07`, `yoke05`
Parameters	`BCal_dAbsorber`, `BCal_dGraphite`, `BCal_nLayers`, `BCal_nWafers`, `BCal_PairMonitor`, `BCal_rInner`, `BCal_rOuter`, `BCal_rSegmentation`, `BCal_SpanningPhi`, `BCal_TubeIncomingRadius`, `BuildHcalElectronicsInterface`, `Coil_extra_size`, `Coil_inner_radius`, `Coil_thickness`, `Coil_Yoke_lateral_clearance`, `Coil_Yoke_radial_clearance`, `Ecal_Alveolus_Air_Gap`, `Ecal_Barrel_halfZ`, `Ecal_barrel_number_of_towers`, `Ecal_cables_gap`, `Ecal_cells_size`, `Ecal_EC_Ring_gap`, `Ecal_endcap_center_box_size`, `Ecal_endcap_extra_size`, `Ecal_endcap_outer_radius`, `Ecal_endcap_plug_rmin`, `Ecal_endcap_zmax`, `Ecal_endcap_zmin`, `Ecal_fiber_thickness`, `Ecal_front_face_thickness`, `Ecal_guard_ring_size`, `Ecal_lateral_face_thickness`, `Ecal_Lcal_ring_gap`, `Ecal_MPPC_size`, `Ecal_n_wafers_per_tower`, `Ecal_nlayers1`, `Ecal_nlayers2`, `Ecal_nlayers3`, `Ecal_outer_radius`, `Ecal_radiator_layers_set1_thickness`, `Ecal_radiator_layers_set2_thickness`, `Ecal_radiator_layers_set3_thickness`, `Ecal_radiator_material`, `Ecal_Sc_MPPC_breadth`, `Ecal_Sc_N_strips_across_module`, `Ecal_Sc_number_of_virtual_cells`, `Ecal_Sc_reflector_thickness`, `Ecal_Sc_Si_mix`, `Ecal_Sc_thickness`, `Ecal_Si_thickness`, `Ecal_Slab_copper_thickness`, `Ecal_Slab_glue_gap`, `Ecal_Slab_ground_thickness`, `Ecal_Slab_H_fiber_thickness`, `Ecal_Slab_PCB_thickness`, `Ecal_Slab_Sc_PCB_thickness`, `Ecal_Slab_shielding`, `Ecal_support_thickness`, `Ecal_Tpc_gap`, `EcalBarrel_EndCapServices_ZMinus_Cu_Thickness`, `EcalBarrel_EndCapServices_ZMinus_PE_Thickness`, `EcalBarrel_EndCapServices_ZPlus_Cu_Thickness`, `EcalBarrel_EndCapServices_ZPlus_PE_Thickness`, `EcalBarrelServices_RailDistanceToRight`, `EcalBarrelServices_RailHeight`, `EcalBarrelServices_RailSeparation`, `EcalBarrelServices_RailWidth`, `EcalBarrelServices_ZMinus_FirstInterrail_Cu_Thickness`, `EcalBarrelServices_ZMinus_FirstInterrail_PE_Thickness`, `EcalBarrelServices_ZMinus_SecondInterrail_Cu_Thickness`, `EcalBarrelServices_ZPlus_FirstInterrail_Cu_Thickness`, `EcalBarrelServices_ZPlus_FirstInterrail_PE_Thickness`, `EcalBarrelServices_ZPlus_SecondInterrail_Cu_Thickness`, `Field_nominal_value`, `FieldPropagator_LargestAcceptableStep`, `Hcal_apply_Birks_law`, `Hcal_back_plate_thickness`, `Hcal_barrel_end_module_type`, `Hcal_cells_size`, `Hcal_Coil_additional_gap`, `Hcal_Cu_thickness`, `Hcal_digitization_tile_size`, `Hcal_Ecal_gap`, `Hcal_endcap_cables_gap`, `Hcal_endcap_center_box_size`, `Hcal_endcap_ecal_gap`, `Hcal_endcap_lateral_structure_thickness`, `Hcal_endcap_layer_air_gap`, `Hcal_endcap_module_number`, `Hcal_endcap_module_width`, `Hcal_endcap_nlayers`, `Hcal_endcap_radiator_material`, `Hcal_endcap_radiator_thickness`, `Hcal_endcap_sensitive_center_box`, `Hcal_endcap_services_module_width`, `Hcal_endcap_zmin`, `Hcal_fiber_gap`, `Hcal_lateral_structure_thickness`, `Hcal_layer_air_gap`, `Hcal_layer_support_length`, `Hcal_middle_stave_gaps`, `Hcal_modules_gap`, `Hcal_nlayers`, `Hcal_PCB_thickness`, `Hcal_R_max`, `Hcal_radial_ring_inner_gap`, `Hcal_radiator_material`, `Hcal_radiator_thickness`, `Hcal_ring`, `Hcal_scintillator_thickness`, `Hcal_sensitive_model`, `Hcal_stave_gaps`, `Hcal_steel_cassette_thickness`, `HcalServices_outer_Cu_thickness`, `HcalServices_outer_FR4_thickness`, `HcalServicesModule_InnerServicesWidth`, `HcalServicesModule_ZMinus_Cu_Thickness`, `HcalServicesModule_ZMinus_PE_Thickness`, `HcalServicesModule_ZMinus_StainlessSteel_Thickness`, `HcalServicesModule_ZPlus_Cu_Thickness`, `HcalServicesModule_ZPlus_PE_Thickness`, `HcalServicesModule_ZPlus_StainlessSteel_Thickness`, `ILC_Main_Crossing_Angle`, `Lcal_beam_pipe_clearance`, `Lcal_extra_size`, `Lcal_inner_radius`, `Lcal_layer_gap`, `Lcal_n_layers`, `Lcal_n_tiles`, `Lcal_nstrips_phi`, `Lcal_nstrips_theta`, `Lcal_outer_radius`, `Lcal_phi_offset`, `Lcal_sensor_phi_offset`, `Lcal_silicon_thickness`, `Lcal_support_thickness`, `Lcal_tile_gap`, `Lcal_tungsten_thickness`, `Lcal_type`, `Lcal_z_begin`, `Lcal_z_thickness`, `LHcal_BCal_clearance`, `LHcal_cell_size`, `LHcal_Electronics_space`, `LHcal_inner_radius`, `LHcal_lateral_face_thickness`, `LHcal_nlayers`, `LHcal_radiator_thickness`, `LHcal_zend`, `LHcal_zmin_displacement`, `SIT1_Half_Length_Z`, `SIT1_Radius`, `SIT2_Half_Length_Z`, `SIT2_Radius`, `TPC_Ecal_Hcal_barrel_halfZ`, `TPC_inner_radius`, `TPC_max_step_length`, `TPC_outer_radius`, `TPC_pad_height`, `TPC_pad_width`, `tpcEndplateServicesRing1_R`, `tpcEndplateServicesRing1_ro`, `tpcEndplateServicesRing2_R`, `tpcEndplateServicesRing2_ro`, `tpcEndplateServicesRing3_R`, `tpcEndplateServicesRing3_ro`, `tpcEndplateServicesRing4_R`, `tpcEndplateServicesRing4_ro`, `tpcEndplateServicesRing5_R`, `tpcEndplateServicesRing5_ro`, `tpcEndplateServicesRing6_R`, `tpcEndplateServicesRing6_ro`, `tpcEndplateServicesRing7_R`, `tpcEndplateServicesRing7_ro`, `tpcEndplateServicesRing8_R`, `tpcEndplateServicesRing8_ro`, `TUBE_crossing_angle`, `TUBE_IPOuterBulge_end_radius`, `TUBE_IPOuterBulge_end_z`, `TUBE_IPOuterTube_end_radius`, `TUBE_IPOuterTube_end_z`, `TUBE_IPOuterTube_start_radius`, `TUBE_IPOuterTube_start_z`, `VXD_active_side_band_electronics_option`, `VXD_active_silicon_thickness`, `VXD_cryostat_option`, `VXD_end_ladd_electronics_half_length`, `VXD_end_ladd_electronics_option`, `VXD_end_ladd_electronics_thickness`, `VXD_flex_cable_thickness`, `VXD_foam_spacer_material`, `VXD_foam_spacer_thickness`, `VXD_inner_radius`, `VXD_layer_gap`, `VXD_length_r1`, `VXD_length_r3`, `VXD_length_r5`, `VXD_metal_traces_thickness`, `VXD_radius_r1`, `VXD_radius_r3`, `VXD_radius_r5`, `VXD_side_band_electronics_option`, `VXD_side_band_electronics_thickness`, `VXD_side_band_electronics_width`, `VXD_width_r1`, `VXD_width_r3`, `VXD_width_r5`, `Yoke_barrel_inner_radius`, `Yoke_BField_cutoff`, `Yoke_endcap_inner_radius`, `Yoke_thickness`, `Yoke_with_plug`, `Yoke_Z_start_endcaps`
Detailed Info	Database Browser

Detector Model “ILD_O3_v03”

Description	ILD simulation reference Model for DBD using SciW Ecal and Analog HCal, same as ILD_O3_v02 but with fixes to overlap between SIT and FTD, as well as the firts FTD disk itself
Concept	ILD
Subdetectors	`BeamCal08`, `SCoil03`, `SEcal03p01`, `SField01`, `ftd_simple_staggered_02`, `SHcalSc03`, `LHcal01`, `LumiCalV`, `maskX03`, `SServices00`, `set_simple_planar_sensors_01`, `sit_simple_planar_sensors_03`, `tpc10_01`, `tubeX06`, `vxd07`, `yoke05`
Parameters	`BCal_dAbsorber`, `BCal_dGraphite`, `BCal_nLayers`, `BCal_nWafers`, `BCal_PairMonitor`, `BCal_rInner`, `BCal_rOuter`, `BCal_rSegmentation`, `BCal_SpanningPhi`, `BCal_TubeIncomingRadius`, `BuildHcalElectronicsInterface`, `Coil_extra_size`, `Coil_inner_radius`, `Coil_thickness`, `Coil_Yoke_lateral_clearance`, `Coil_Yoke_radial_clearance`, `Ecal_Alveolus_Air_Gap`, `Ecal_Barrel_halfZ`, `Ecal_barrel_number_of_towers`, `Ecal_cables_gap`, `Ecal_cells_size`, `Ecal_EC_Ring_gap`, `Ecal_endcap_center_box_size`, `Ecal_endcap_extra_size`, `Ecal_endcap_outer_radius`, `Ecal_endcap_plug_rmin`, `Ecal_endcap_zmax`, `Ecal_endcap_zmin`, `Ecal_fiber_thickness`, `Ecal_front_face_thickness`, `Ecal_guard_ring_size`, `Ecal_lateral_face_thickness`, `Ecal_Lcal_ring_gap`, `Ecal_MPPC_size`, `Ecal_n_wafers_per_tower`, `Ecal_nlayers1`, `Ecal_nlayers2`, `Ecal_nlayers3`, `Ecal_outer_radius`, `Ecal_radiator_layers_set1_thickness`, `Ecal_radiator_layers_set2_thickness`, `Ecal_radiator_layers_set3_thickness`, `Ecal_radiator_material`, `Ecal_Sc_MPPC_breadth`, `Ecal_Sc_N_strips_across_module`, `Ecal_Sc_number_of_virtual_cells`, `Ecal_Sc_reflector_thickness`, `Ecal_Sc_Si_mix`, `Ecal_Sc_thickness`, `Ecal_Si_thickness`, `Ecal_Slab_copper_thickness`, `Ecal_Slab_glue_gap`, `Ecal_Slab_ground_thickness`, `Ecal_Slab_H_fiber_thickness`, `Ecal_Slab_PCB_thickness`, `Ecal_Slab_Sc_PCB_thickness`, `Ecal_Slab_shielding`, `Ecal_support_thickness`, `Ecal_Tpc_gap`, `EcalBarrel_EndCapServices_ZMinus_Cu_Thickness`, `EcalBarrel_EndCapServices_ZMinus_PE_Thickness`, `EcalBarrel_EndCapServices_ZPlus_Cu_Thickness`, `EcalBarrel_EndCapServices_ZPlus_PE_Thickness`, `EcalBarrelServices_RailDistanceToRight`, `EcalBarrelServices_RailHeight`, `EcalBarrelServices_RailSeparation`, `EcalBarrelServices_RailWidth`, `EcalBarrelServices_ZMinus_FirstInterrail_Cu_Thickness`, `EcalBarrelServices_ZMinus_FirstInterrail_PE_Thickness`, `EcalBarrelServices_ZMinus_SecondInterrail_Cu_Thickness`, `EcalBarrelServices_ZPlus_FirstInterrail_Cu_Thickness`, `EcalBarrelServices_ZPlus_FirstInterrail_PE_Thickness`, `EcalBarrelServices_ZPlus_SecondInterrail_Cu_Thickness`, `Field_nominal_value`, `FieldPropagator_LargestAcceptableStep`, `Hcal_apply_Birks_law`, `Hcal_back_plate_thickness`, `Hcal_barrel_end_module_type`, `Hcal_cells_size`, `Hcal_Coil_additional_gap`, `Hcal_Cu_thickness`, `Hcal_digitization_tile_size`, `Hcal_Ecal_gap`, `Hcal_endcap_cables_gap`, `Hcal_endcap_center_box_size`, `Hcal_endcap_ecal_gap`, `Hcal_endcap_lateral_structure_thickness`, `Hcal_endcap_layer_air_gap`, `Hcal_endcap_module_number`, `Hcal_endcap_module_width`, `Hcal_endcap_nlayers`, `Hcal_endcap_radiator_material`, `Hcal_endcap_radiator_thickness`, `Hcal_endcap_sensitive_center_box`, `Hcal_endcap_services_module_width`, `Hcal_endcap_zmin`, `Hcal_fiber_gap`, `Hcal_lateral_structure_thickness`, `Hcal_layer_air_gap`, `Hcal_layer_support_length`, `Hcal_middle_stave_gaps`, `Hcal_modules_gap`, `Hcal_nlayers`, `Hcal_PCB_thickness`, `Hcal_R_max`, `Hcal_radial_ring_inner_gap`, `Hcal_radiator_material`, `Hcal_radiator_thickness`, `Hcal_ring`, `Hcal_scintillator_thickness`, `Hcal_sensitive_model`, `Hcal_stave_gaps`, `Hcal_steel_cassette_thickness`, `HcalServices_outer_Cu_thickness`, `HcalServices_outer_FR4_thickness`, `HcalServicesModule_InnerServicesWidth`, `HcalServicesModule_ZMinus_Cu_Thickness`, `HcalServicesModule_ZMinus_PE_Thickness`, `HcalServicesModule_ZMinus_StainlessSteel_Thickness`, `HcalServicesModule_ZPlus_Cu_Thickness`, `HcalServicesModule_ZPlus_PE_Thickness`, `HcalServicesModule_ZPlus_StainlessSteel_Thickness`, `ILC_Main_Crossing_Angle`, `Lcal_beam_pipe_clearance`, `Lcal_extra_size`, `Lcal_inner_radius`, `Lcal_layer_gap`, `Lcal_n_layers`, `Lcal_n_tiles`, `Lcal_nstrips_phi`, `Lcal_nstrips_theta`, `Lcal_outer_radius`, `Lcal_phi_offset`, `Lcal_sensor_phi_offset`, `Lcal_silicon_thickness`, `Lcal_support_thickness`, `Lcal_tile_gap`, `Lcal_tungsten_thickness`, `Lcal_type`, `Lcal_z_begin`, `Lcal_z_thickness`, `LHcal_BCal_clearance`, `LHcal_cell_size`, `LHcal_Electronics_space`, `LHcal_inner_radius`, `LHcal_lateral_face_thickness`, `LHcal_nlayers`, `LHcal_radiator_thickness`, `LHcal_zend`, `LHcal_zmin_displacement`, `SIT1_Half_Length_Z`, `SIT1_Radius`, `SIT2_Half_Length_Z`, `SIT2_Radius`, `TPC_Ecal_Hcal_barrel_halfZ`, `TPC_inner_radius`, `TPC_max_step_length`, `TPC_outer_radius`, `TPC_pad_height`, `TPC_pad_width`, `tpcEndplateServicesRing1_R`, `tpcEndplateServicesRing1_ro`, `tpcEndplateServicesRing2_R`, `tpcEndplateServicesRing2_ro`, `tpcEndplateServicesRing3_R`, `tpcEndplateServicesRing3_ro`, `tpcEndplateServicesRing4_R`, `tpcEndplateServicesRing4_ro`, `tpcEndplateServicesRing5_R`, `tpcEndplateServicesRing5_ro`, `tpcEndplateServicesRing6_R`, `tpcEndplateServicesRing6_ro`, `tpcEndplateServicesRing7_R`, `tpcEndplateServicesRing7_ro`, `tpcEndplateServicesRing8_R`, `tpcEndplateServicesRing8_ro`, `TUBE_crossing_angle`, `TUBE_IPOuterBulge_end_radius`, `TUBE_IPOuterBulge_end_z`, `TUBE_IPOuterTube_end_radius`, `TUBE_IPOuterTube_end_z`, `TUBE_IPOuterTube_start_radius`, `TUBE_IPOuterTube_start_z`, `VXD_active_side_band_electronics_option`, `VXD_active_silicon_thickness`, `VXD_cryostat_option`, `VXD_end_ladd_electronics_half_length`, `VXD_end_ladd_electronics_option`, `VXD_end_ladd_electronics_thickness`, `VXD_flex_cable_thickness`, `VXD_foam_spacer_material`, `VXD_foam_spacer_thickness`, `VXD_inner_radius`, `VXD_layer_gap`, `VXD_length_r1`, `VXD_length_r3`, `VXD_length_r5`, `VXD_metal_traces_thickness`, `VXD_radius_r1`, `VXD_radius_r3`, `VXD_radius_r5`, `VXD_side_band_electronics_option`, `VXD_side_band_electronics_thickness`, `VXD_side_band_electronics_width`, `VXD_width_r1`, `VXD_width_r3`, `VXD_width_r5`, `Yoke_barrel_inner_radius`, `Yoke_BField_cutoff`, `Yoke_endcap_inner_radius`, `Yoke_thickness`, `Yoke_with_plug`, `Yoke_Z_start_endcaps`
Detailed Info	Database Browser

Detector Model “inner_detectors”

Description	The VXD and the tube for the moment
Concept	Tesla TDR
Subdetectors	`ftd00`, `mask02`, `sit00`, `tpc00`, `tube00`, `vxd00`
Parameters	(none)
Detailed Info	Database Browser

Detector Model “LDC00”

Description	D12 like model build with super drivers to enable scaling
Concept	Tesla TDR
Subdetectors	`SCoil01`, `SEcal01`, `SField01`, `ftd01`, `SHcal01`, `LumiCalS`, `mask04`, `sit00`, `STpc01`, `tube01`, `vxd00`, `SYoke01`
Parameters	`Coil_extra_size`, `Coil_inner_radius`, `Coil_thickness`, `Ecal_cables_gap`, `Ecal_cells_size`, `Ecal_endcap_center_box_size`, `Ecal_endcap_zmax`, `Ecal_fiber_thickness`, `Ecal_Hcal_gap`, `Ecal_nlayers1`, `Ecal_nlayers2`, `Ecal_nlayers3`, `Ecal_outer_radius`, `Ecal_radiator_layers_set1_thickness`, `Ecal_radiator_layers_set2_thickness`, `Ecal_radiator_layers_set3_thickness`, `Ecal_radiator_material`, `Ecal_Si_thickness`, `Ecal_total_alveolus_thickness`, `Ecal_Tpc_gap`, `FCH_thickness`, `Field_nominal_value`, `FieldPropagator_LargestAcceptableStep`, `Hcal_back_plate_thickness`, `Hcal_barrel_end_module_type`, `Hcal_cells_size`, `Hcal_Ecal_gap`, `Hcal_endcap_cables_gap`, `Hcal_endcap_center_box_size`, `Hcal_fiber_gap`, `Hcal_lateral_structure_thickness`, `Hcal_modules_gap`, `Hcal_nlayers`, `Hcal_outer_radius`, `Hcal_R_max`, `Hcal_radiator_material`, `Hcal_radiator_thickness`, `Hcal_sensitive_model`, `Hcal_stave_gaps`, `TPC_Ecal_Hcal_barrel_halfZ`, `TPC_electronics_air_percent`, `TPC_electronics_backend_thickness`, `TPC_electronics_cu_percent`, `TPC_electronics_kapton_percent`, `TPC_inner_radius`, `TPC_inner_wall_thickness`, `TPC_outer_radius`, `TPC_outer_wall_thickness`, `Yoke_Barrel_Half_Z`, `Yoke_barrel_inner_radius`, `Yoke_BField_cutoff`, `Yoke_endcap_inner_radius`, `Yoke_thickness`, `Yoke_Z_start_endcaps`
Detailed Info	Database Browser

Detector Model “LDC00_01Rp”

Description	Tesla like model, scalable, with tpc, EDT, Hcal and yoke improvements. RPC Hcal mode.
Concept	Tesla TDR
Subdetectors	`SCoil01`, `SEcal01`, `SField01`, `ftd01`, `SHcal02`, `LumiCalS`, `mask04`, `sit00`, `STpc01`, `tube01`, `vxd00`, `yoke02`
Parameters	`Coil_extra_size`, `Coil_inner_radius`, `Coil_thickness`, `Ecal_cables_gap`, `Ecal_cells_size`, `Ecal_endcap_center_box_size`, `Ecal_endcap_zmax`, `Ecal_fiber_thickness`, `Ecal_Hcal_gap`, `Ecal_nlayers1`, `Ecal_nlayers2`, `Ecal_nlayers3`, `Ecal_outer_radius`, `Ecal_radiator_layers_set1_thickness`, `Ecal_radiator_layers_set2_thickness`, `Ecal_radiator_layers_set3_thickness`, `Ecal_radiator_material`, `Ecal_Si_thickness`, `Ecal_total_alveolus_thickness`, `Ecal_Tpc_gap`, `FCH_thickness`, `Field_nominal_value`, `FieldPropagator_LargestAcceptableStep`, `Hcal_back_plate_thickness`, `Hcal_barrel_end_module_type`, `Hcal_cells_size`, `Hcal_Ecal_gap`, `Hcal_endcap_cables_gap`, `Hcal_endcap_center_box_size`, `Hcal_fiber_gap`, `Hcal_lateral_structure_thickness`, `Hcal_modules_gap`, `Hcal_nlayers`, `Hcal_outer_radius`, `Hcal_R_max`, `Hcal_radiator_material`, `Hcal_radiator_thickness`, `Hcal_sensitive_model`, `Hcal_stave_gaps`, `TPC_Ecal_Hcal_barrel_halfZ`, `TPC_electronics_air_percent`, `TPC_electronics_backend_thickness`, `TPC_electronics_cu_percent`, `TPC_electronics_kapton_percent`, `TPC_inner_radius`, `TPC_inner_wall_thickness`, `TPC_outer_radius`, `TPC_outer_wall_thickness`, `Yoke_Barrel_half_z`, `Yoke_barrel_inner_radius`, `Yoke_BField_cutoff`, `Yoke_endcap_inner_radius`, `Yoke_thickness`, `Yoke_Z_start_endcaps`
Detailed Info	Database Browser

Detector Model “LDC00_01Sc”

Description	Tesla like model, scalable, with tpc, EDT, Hcal and yoke improvements. Scintillator Hcal mode.
Concept	Tesla TDR
Subdetectors	`SCoil01`, `SEcal01`, `SField01`, `ftd01`, `SHcal02`, `LumiCalS`, `mask04`, `sit00`, `STpc01`, `tube01`, `vxd00`, `yoke02`
Parameters	`Coil_extra_size`, `Coil_inner_radius`, `Coil_thickness`, `Ecal_cables_gap`, `Ecal_cells_size`, `Ecal_endcap_center_box_size`, `Ecal_endcap_zmax`, `Ecal_fiber_thickness`, `Ecal_Hcal_gap`, `Ecal_nlayers1`, `Ecal_nlayers2`, `Ecal_nlayers3`, `Ecal_outer_radius`, `Ecal_radiator_layers_set1_thickness`, `Ecal_radiator_layers_set2_thickness`, `Ecal_radiator_layers_set3_thickness`, `Ecal_radiator_material`, `Ecal_Si_thickness`, `Ecal_total_alveolus_thickness`, `Ecal_Tpc_gap`, `FCH_thickness`, `Field_nominal_value`, `FieldPropagator_LargestAcceptableStep`, `Hcal_back_plate_thickness`, `Hcal_barrel_end_module_type`, `Hcal_cells_size`, `Hcal_Ecal_gap`, `Hcal_endcap_cables_gap`, `Hcal_endcap_center_box_size`, `Hcal_fiber_gap`, `Hcal_lateral_structure_thickness`, `Hcal_modules_gap`, `Hcal_nlayers`, `Hcal_outer_radius`, `Hcal_R_max`, `Hcal_radiator_material`, `Hcal_radiator_thickness`, `Hcal_sensitive_model`, `Hcal_stave_gaps`, `TPC_Ecal_Hcal_barrel_halfZ`, `TPC_electronics_air_percent`, `TPC_electronics_backend_thickness`, `TPC_electronics_cu_percent`, `TPC_electronics_kapton_percent`, `TPC_inner_radius`, `TPC_inner_wall_thickness`, `TPC_outer_radius`, `TPC_outer_wall_thickness`, `Yoke_Barrel_half_z`, `Yoke_barrel_inner_radius`, `Yoke_BField_cutoff`, `Yoke_endcap_inner_radius`, `Yoke_thickness`, `Yoke_Z_start_endcaps`
Detailed Info	Database Browser

Detector Model “LDC00_02Sc”

Description	Tesla like model, scalable, with new tpc, EDT, Hcal and yoke improvements. Scintillator Hcal mode. Realistic vertex.
Concept	Tesla TDR
Subdetectors	`SCoil01`, `SEcal01`, `SField01`, `ftd01`, `SHcal02`, `mask04`, `sit00`, `tpc07`, `tube02`, `vxd01`, `yoke03`
Parameters	`Coil_extra_size`, `Coil_inner_radius`, `Coil_thickness`, `Ecal_cables_gap`, `Ecal_cells_size`, `Ecal_endcap_center_box_size`, `Ecal_endcap_zmax`, `Ecal_fiber_thickness`, `Ecal_Hcal_gap`, `Ecal_nlayers1`, `Ecal_nlayers2`, `Ecal_nlayers3`, `Ecal_outer_radius`, `Ecal_radiator_layers_set1_thickness`, `Ecal_radiator_layers_set2_thickness`, `Ecal_radiator_layers_set3_thickness`, `Ecal_radiator_material`, `Ecal_Si_thickness`, `Ecal_total_alveolus_thickness`, `Ecal_Tpc_gap`, `Field_nominal_value`, `FieldPropagator_LargestAcceptableStep`, `Hcal_back_plate_thickness`, `Hcal_barrel_end_module_type`, `Hcal_cells_size`, `Hcal_Ecal_gap`, `Hcal_endcap_cables_gap`, `Hcal_endcap_center_box_size`, `Hcal_fiber_gap`, `Hcal_lateral_structure_thickness`, `Hcal_modules_gap`, `Hcal_nlayers`, `Hcal_outer_radius`, `Hcal_R_max`, `Hcal_radiator_material`, `Hcal_radiator_thickness`, `Hcal_sensitive_model`, `Hcal_stave_gaps`, `Lcal_inner_radius`, `Lcal_n_layers`, `Lcal_nstrips_phi`, `Lcal_nstrips_theta`, `Lcal_outer_radius`, `Lcal_phi_offset`, `Lcal_silicon_thickness`, `Lcal_tungsten_thickness`, `Lcal_type`, `Lcal_z_begin`, `TPC_Ecal_Hcal_barrel_halfZ`, `TPC_electronics_backend_thickness`, `TPC_inner_radius`, `TPC_inner_wall_thickness`, `TPC_outer_radius`, `TPC_outer_wall_thickness`, `TUBE_central_inner_radius`, `TUBE_central_thickness`, `TUBE_opening_angle`, `VXD_active_silicon_thickness`, `VXD_cryostat_option`, `VXD_end_electronics_thickness`, `VXD_inner_radius`, `VXD_ladder_number`, `VXD_length_r1`, `VXD_outer_radius`, `VXD_radius_r1`, `VXD_support_ladder_material`, `VXD_support_ladder_thickness`, `Yoke_Barrel_Half_Z`, `Yoke_barrel_inner_radius`, `Yoke_BField_cutoff`, `Yoke_endcap_inner_radius`, `Yoke_thickness`, `Yoke_with_plug`, `Yoke_Z_start_endcaps`
Detailed Info	Database Browser

Detector Model “LDC00_03Rp”

Description	A version 2 LDC detector model using new superdrivers
Concept	Tesla TDR 2
Subdetectors	`SCoil01`, `SEcal01`, `SFieldX00`, `SFtd01`, `SHcal02`, `SLcal01`, `SMaskX00`, `sit00`, `tpc07`, `STubeX00`, `vxd01`, `yoke03`
Parameters	`Coil_extra_size`, `Coil_inner_radius`, `Coil_thickness`, `Ecal_cables_gap`, `Ecal_cells_size`, `Ecal_endcap_center_box_size`, `Ecal_endcap_zmax`, `Ecal_fiber_thickness`, `Ecal_Hcal_gap`, `Ecal_nlayers1`, `Ecal_nlayers2`, `Ecal_nlayers3`, `Ecal_outer_radius`, `Ecal_radiator_layers_set1_thickness`, `Ecal_radiator_layers_set2_thickness`, `Ecal_radiator_layers_set3_thickness`, `Ecal_radiator_material`, `Ecal_Si_thickness`, `Ecal_total_alveolus_thickness`, `Ecal_Tpc_gap`, `Hcal_back_plate_thickness`, `Hcal_barrel_end_module_type`, `Hcal_cells_size`, `Hcal_Ecal_gap`, `Hcal_endcap_cables_gap`, `Hcal_endcap_center_box_size`, `Hcal_fiber_gap`, `Hcal_lateral_structure_thickness`, `Hcal_modules_gap`, `Hcal_nlayers`, `Hcal_outer_radius`, `Hcal_R_max`, `Hcal_radiator_material`, `Hcal_radiator_thickness`, `Hcal_sensitive_model`, `Hcal_stave_gaps`, `Lcal_inner_radius`, `Lcal_layer_gap`, `Lcal_n_layers`, `Lcal_nstrips_phi`, `Lcal_nstrips_theta`, `Lcal_outer_radius`, `Lcal_phi_offset`, `Lcal_silicon_thickness`, `Lcal_support_thickness`, `Lcal_tungsten_thickness`, `Lcal_type`, `Lcal_z_begin`, `TPC_Ecal_Hcal_barrel_halfZ`, `TPC_electronics_backend_thickness`, `TPC_inner_radius`, `TPC_inner_wall_thickness`, `TPC_outer_radius`, `TPC_outer_wall_thickness`, `TUBE_central_inner_radius`, `TUBE_central_thickness`, `TUBE_crossing_angle`, `TUBE_opening_angle`, `VXD_active_silicon_thickness`, `VXD_cryostat_option`, `VXD_end_electronics_thickness`, `VXD_inner_radius`, `VXD_ladder_number`, `VXD_outer_radius`, `VXD_radius_r1`, `VXD_support_ladder_material`, `VXD_support_ladder_thickness`, `Yoke_Barrel_Half_Z`, `Yoke_barrel_inner_radius`, `Yoke_endcap_inner_radius`, `Yoke_thickness`, `Yoke_with_plug`, `Yoke_Z_start_endcaps`
Detailed Info	Database Browser

Detector Model “LDC00_03Sc”

Description	A version 2 LDC detector model using new superdrivers (scintillators in Hcal)
Concept	Tesla TDR 2
Subdetectors	`SCoil01`, `SEcal01`, `SFieldX00`, `SFtd01`, `SHcal02`, `SLcal01`, `SMaskX00`, `sit00`, `tpc07`, `STubeX00`, `vxd01`, `yoke03`
Parameters	`Coil_extra_size`, `Coil_inner_radius`, `Coil_thickness`, `Ecal_cables_gap`, `Ecal_cells_size`, `Ecal_endcap_center_box_size`, `Ecal_endcap_zmax`, `Ecal_fiber_thickness`, `Ecal_Hcal_gap`, `Ecal_nlayers1`, `Ecal_nlayers2`, `Ecal_nlayers3`, `Ecal_outer_radius`, `Ecal_radiator_layers_set1_thickness`, `Ecal_radiator_layers_set2_thickness`, `Ecal_radiator_layers_set3_thickness`, `Ecal_radiator_material`, `Ecal_Si_thickness`, `Ecal_total_alveolus_thickness`, `Ecal_Tpc_gap`, `Hcal_back_plate_thickness`, `Hcal_barrel_end_module_type`, `Hcal_cells_size`, `Hcal_Ecal_gap`, `Hcal_endcap_cables_gap`, `Hcal_endcap_center_box_size`, `Hcal_fiber_gap`, `Hcal_lateral_structure_thickness`, `Hcal_modules_gap`, `Hcal_nlayers`, `Hcal_outer_radius`, `Hcal_R_max`, `Hcal_radiator_material`, `Hcal_radiator_thickness`, `Hcal_sensitive_model`, `Hcal_stave_gaps`, `Lcal_inner_radius`, `Lcal_layer_gap`, `Lcal_n_layers`, `Lcal_nstrips_phi`, `Lcal_nstrips_theta`, `Lcal_outer_radius`, `Lcal_phi_offset`, `Lcal_silicon_thickness`, `Lcal_support_thickness`, `Lcal_tungsten_thickness`, `Lcal_type`, `Lcal_z_begin`, `TPC_Ecal_Hcal_barrel_halfZ`, `TPC_electronics_backend_thickness`, `TPC_inner_radius`, `TPC_inner_wall_thickness`, `TPC_outer_radius`, `TPC_outer_wall_thickness`, `TUBE_central_inner_radius`, `TUBE_central_thickness`, `TUBE_crossing_angle`, `TUBE_opening_angle`, `VXD_active_silicon_thickness`, `VXD_cryostat_option`, `VXD_end_electronics_thickness`, `VXD_inner_radius`, `VXD_ladder_number`, `VXD_outer_radius`, `VXD_radius_r1`, `VXD_support_ladder_material`, `VXD_support_ladder_thickness`, `Yoke_Barrel_Half_Z`, `Yoke_barrel_inner_radius`, `Yoke_endcap_inner_radius`, `Yoke_thickness`, `Yoke_with_plug`, `Yoke_Z_start_endcaps`
Detailed Info	Database Browser

Detector Model “LDC00Sc”

Description	D12 version Hcal scintillator build with super drivers to enable scaling
Concept	Tesla TDR
Subdetectors	`SCoil01`, `SEcal01`, `SField01`, `ftd01`, `SHcal01`, `LumiCalS`, `mask04`, `sit00`, `STpc01`, `tube01`, `vxd00`, `SYoke01`
Parameters	`Coil_extra_size`, `Coil_inner_radius`, `Coil_thickness`, `Ecal_cables_gap`, `Ecal_cells_size`, `Ecal_endcap_center_box_size`, `Ecal_endcap_zmax`, `Ecal_fiber_thickness`, `Ecal_Hcal_gap`, `Ecal_nlayers1`, `Ecal_nlayers2`, `Ecal_nlayers3`, `Ecal_outer_radius`, `Ecal_radiator_layers_set1_thickness`, `Ecal_radiator_layers_set2_thickness`, `Ecal_radiator_layers_set3_thickness`, `Ecal_radiator_material`, `Ecal_Si_thickness`, `Ecal_total_alveolus_thickness`, `Ecal_Tpc_gap`, `FCH_thickness`, `Field_nominal_value`, `FieldPropagator_LargestAcceptableStep`, `Hcal_back_plate_thickness`, `Hcal_barrel_end_module_type`, `Hcal_cells_size`, `Hcal_Ecal_gap`, `Hcal_endcap_cables_gap`, `Hcal_endcap_center_box_size`, `Hcal_fiber_gap`, `Hcal_lateral_structure_thickness`, `Hcal_modules_gap`, `Hcal_nlayers`, `Hcal_outer_radius`, `Hcal_R_max`, `Hcal_radiator_material`, `Hcal_radiator_thickness`, `Hcal_sensitive_model`, `Hcal_stave_gaps`, `TPC_Ecal_Hcal_barrel_halfZ`, `TPC_electronics_air_percent`, `TPC_electronics_backend_thickness`, `TPC_electronics_cu_percent`, `TPC_electronics_kapton_percent`, `TPC_inner_radius`, `TPC_inner_wall_thickness`, `TPC_outer_radius`, `TPC_outer_wall_thickness`, `Yoke_Barrel_Half_Z`, `Yoke_barrel_inner_radius`, `Yoke_BField_cutoff`, `Yoke_endcap_inner_radius`, `Yoke_thickness`, `Yoke_Z_start_endcaps`
Detailed Info	Database Browser

Detector Model “LDC01”

Description	A first LDC model using superdrivers.
Concept	LDC
Subdetectors	`SCoil01`, `SEcal01`, `SField01`, `ftd01`, `SHcal01`, `LumiCalS`, `mask04`, `sit00`, `STpc01`, `tube01`, `vxd00`, `SYoke01`
Parameters	`Coil_extra_size`, `Coil_inner_radius`, `Coil_thickness`, `Ecal_cables_gap`, `Ecal_cells_size`, `Ecal_endcap_center_box_size`, `Ecal_endcap_zmax`, `Ecal_fiber_thickness`, `Ecal_Hcal_gap`, `Ecal_nlayers1`, `Ecal_nlayers2`, `Ecal_nlayers3`, `Ecal_outer_radius`, `Ecal_radiator_layers_set1_thickness`, `Ecal_radiator_layers_set2_thickness`, `Ecal_radiator_layers_set3_thickness`, `Ecal_radiator_material`, `Ecal_Si_thickness`, `Ecal_total_alveolus_thickness`, `Ecal_Tpc_gap`, `FCH_thickness`, `Field_nominal_value`, `FieldPropagator_LargestAcceptableStep`, `Hcal_back_plate_thickness`, `Hcal_barrel_end_module_type`, `Hcal_cells_size`, `Hcal_Ecal_gap`, `Hcal_endcap_cables_gap`, `Hcal_endcap_center_box_size`, `Hcal_fiber_gap`, `Hcal_lateral_structure_thickness`, `Hcal_modules_gap`, `Hcal_nlayers`, `Hcal_outer_radius`, `Hcal_R_max`, `Hcal_radiator_material`, `Hcal_radiator_thickness`, `Hcal_sensitive_model`, `Hcal_stave_gaps`, `TPC_Ecal_Hcal_barrel_halfZ`, `TPC_electronics_air_percent`, `TPC_electronics_backend_thickness`, `TPC_electronics_cu_percent`, `TPC_electronics_kapton_percent`, `TPC_inner_radius`, `TPC_inner_wall_thickness`, `TPC_outer_radius`, `TPC_outer_wall_thickness`, `Yoke_Barrel_Half_Z`, `Yoke_barrel_inner_radius`, `Yoke_BField_cutoff`, `Yoke_endcap_inner_radius`, `Yoke_thickness`, `Yoke_Z_start_endcaps`
Detailed Info	Database Browser

Detector Model “LDC01_01Rp”

Description	LDC scalling model, Henry like proposal, with TPC, EDT, Hcal and YOKE improvements, RPC Hcal mode.
Concept	LDC
Subdetectors	`SCoil01`, `SEcal01`, `SField01`, `ftd01`, `SHcal02`, `LumiCalS`, `mask04`, `sit00`, `STpc01`, `tube01`, `vxd00`, `yoke02`
Parameters	`Coil_extra_size`, `Coil_inner_radius`, `Coil_thickness`, `Ecal_cables_gap`, `Ecal_cells_size`, `Ecal_endcap_center_box_size`, `Ecal_endcap_zmax`, `Ecal_fiber_thickness`, `Ecal_Hcal_gap`, `Ecal_nlayers1`, `Ecal_nlayers2`, `Ecal_nlayers3`, `Ecal_outer_radius`, `Ecal_radiator_layers_set1_thickness`, `Ecal_radiator_layers_set2_thickness`, `Ecal_radiator_layers_set3_thickness`, `Ecal_radiator_material`, `Ecal_Si_thickness`, `Ecal_total_alveolus_thickness`, `Ecal_Tpc_gap`, `FCH_thickness`, `Field_nominal_value`, `FieldPropagator_LargestAcceptableStep`, `Hcal_back_plate_thickness`, `Hcal_barrel_end_module_type`, `Hcal_cells_size`, `Hcal_Ecal_gap`, `Hcal_endcap_cables_gap`, `Hcal_endcap_center_box_size`, `Hcal_fiber_gap`, `Hcal_lateral_structure_thickness`, `Hcal_modules_gap`, `Hcal_nlayers`, `Hcal_outer_radius`, `Hcal_R_max`, `Hcal_radiator_material`, `Hcal_radiator_thickness`, `Hcal_sensitive_model`, `Hcal_stave_gaps`, `TPC_Ecal_Hcal_barrel_halfZ`, `TPC_electronics_air_percent`, `TPC_electronics_backend_thickness`, `TPC_electronics_cu_percent`, `TPC_electronics_kapton_percent`, `TPC_inner_radius`, `TPC_inner_wall_thickness`, `TPC_outer_radius`, `TPC_outer_wall_thickness`, `Yoke_Barrel_half_z`, `Yoke_barrel_inner_radius`, `Yoke_BField_cutoff`, `Yoke_endcap_inner_radius`, `Yoke_thickness`, `Yoke_Z_start_endcaps`
Detailed Info	Database Browser

Detector Model “LDC01_01Sc”

Description	LDC scalling model, Henry like proposal, with TPC, EDT, Hcal and YOKE improvements, scintillator Hcal mode.
Concept	LDC
Subdetectors	`SCoil01`, `SEcal01`, `SField01`, `ftd01`, `SHcal02`, `LumiCalS`, `mask04`, `sit00`, `STpc01`, `tube01`, `vxd00`, `yoke02`
Parameters	`Coil_extra_size`, `Coil_inner_radius`, `Coil_thickness`, `Ecal_cables_gap`, `Ecal_cells_size`, `Ecal_endcap_center_box_size`, `Ecal_endcap_zmax`, `Ecal_fiber_thickness`, `Ecal_Hcal_gap`, `Ecal_nlayers1`, `Ecal_nlayers2`, `Ecal_nlayers3`, `Ecal_outer_radius`, `Ecal_radiator_layers_set1_thickness`, `Ecal_radiator_layers_set2_thickness`, `Ecal_radiator_layers_set3_thickness`, `Ecal_radiator_material`, `Ecal_Si_thickness`, `Ecal_total_alveolus_thickness`, `Ecal_Tpc_gap`, `FCH_thickness`, `Field_nominal_value`, `FieldPropagator_LargestAcceptableStep`, `Hcal_back_plate_thickness`, `Hcal_barrel_end_module_type`, `Hcal_cells_size`, `Hcal_Ecal_gap`, `Hcal_endcap_cables_gap`, `Hcal_endcap_center_box_size`, `Hcal_fiber_gap`, `Hcal_lateral_structure_thickness`, `Hcal_modules_gap`, `Hcal_nlayers`, `Hcal_outer_radius`, `Hcal_R_max`, `Hcal_radiator_material`, `Hcal_radiator_thickness`, `Hcal_sensitive_model`, `Hcal_stave_gaps`, `TPC_Ecal_Hcal_barrel_halfZ`, `TPC_electronics_air_percent`, `TPC_electronics_backend_thickness`, `TPC_electronics_cu_percent`, `TPC_electronics_kapton_percent`, `TPC_inner_radius`, `TPC_inner_wall_thickness`, `TPC_outer_radius`, `TPC_outer_wall_thickness`, `Yoke_Barrel_half_z`, `Yoke_barrel_inner_radius`, `Yoke_BField_cutoff`, `Yoke_endcap_inner_radius`, `Yoke_thickness`, `Yoke_Z_start_endcaps`
Detailed Info	Database Browser

Detector Model “LDC01_02Sc”

Description	LDC-DOD like like model, scalable, with new tpc, EDT, Hcal and yoke improvements. Scintillator Hcal mode. Realistic vertex.
Concept	LDC
Subdetectors	`SCoil01`, `SEcal01`, `SField01`, `ftd01`, `SHcal02`, `LumiCalS`, `mask04`, `sit00`, `tpc07`, `tube02`, `vxd01`, `yoke03`
Parameters	`Coil_extra_size`, `Coil_inner_radius`, `Coil_thickness`, `Ecal_cables_gap`, `Ecal_cells_size`, `Ecal_endcap_center_box_size`, `Ecal_endcap_zmax`, `Ecal_fiber_thickness`, `Ecal_Hcal_gap`, `Ecal_nlayers1`, `Ecal_nlayers2`, `Ecal_nlayers3`, `Ecal_outer_radius`, `Ecal_radiator_layers_set1_thickness`, `Ecal_radiator_layers_set2_thickness`, `Ecal_radiator_layers_set3_thickness`, `Ecal_radiator_material`, `Ecal_Si_thickness`, `Ecal_total_alveolus_thickness`, `Ecal_Tpc_gap`, `Field_nominal_value`, `FieldPropagator_LargestAcceptableStep`, `Hcal_back_plate_thickness`, `Hcal_barrel_end_module_type`, `Hcal_cells_size`, `Hcal_Ecal_gap`, `Hcal_endcap_cables_gap`, `Hcal_endcap_center_box_size`, `Hcal_fiber_gap`, `Hcal_lateral_structure_thickness`, `Hcal_modules_gap`, `Hcal_nlayers`, `Hcal_outer_radius`, `Hcal_R_max`, `Hcal_radiator_material`, `Hcal_radiator_thickness`, `Hcal_sensitive_model`, `Hcal_stave_gaps`, `Lcal_inner_radius`, `Lcal_n_layers`, `Lcal_nstrips_phi`, `Lcal_nstrips_theta`, `Lcal_outer_radius`, `Lcal_phi_offset`, `Lcal_silicon_thickness`, `Lcal_tungsten_thickness`, `Lcal_type`, `Lcal_z_begin`, `TPC_Ecal_Hcal_barrel_halfZ`, `TPC_electronics_backend_thickness`, `TPC_inner_radius`, `TPC_inner_wall_thickness`, `TPC_outer_radius`, `TPC_outer_wall_thickness`, `TUBE_central_inner_radius`, `TUBE_central_thickness`, `TUBE_opening_angle`, `VXD_active_silicon_thickness`, `VXD_cryostat_option`, `VXD_end_electronics_thickness`, `VXD_inner_radius`, `VXD_ladder_number`, `VXD_length_r1`, `VXD_outer_radius`, `VXD_radius_r1`, `VXD_support_ladder_material`, `VXD_support_ladder_thickness`, `Yoke_Barrel_Half_Z`, `Yoke_barrel_inner_radius`, `Yoke_BField_cutoff`, `Yoke_endcap_inner_radius`, `Yoke_thickness`, `Yoke_with_plug`, `Yoke_Z_start_endcaps`
Detailed Info	Database Browser

Detector Model “LDC01_05Sc”

Description	LDC baseline version 5 (bad hits in Ecal end caps!)
Concept	LDC Extended
Subdetectors	`SCoil01`, `SEcal02`, `etd00`, `SField01`, `SFtd02`, `SHcal03`, `SLcal01`, `maskX01`, `sit01`, `tpc08`, `tubeX01`, `vxd01`, `yoke03`
Parameters	`Coil_extra_size`, `Coil_inner_radius`, `Coil_thickness`, `Ecal_Alveolus_Air_Gap`, `Ecal_Barrel_halfZ`, `Ecal_barrel_number_of_towers`, `Ecal_cables_gap`, `Ecal_cells_size`, `Ecal_endcap_center_box_size`, `Ecal_endcap_extra_size`, `Ecal_endcap_outer_radius`, `Ecal_endcap_zmax`, `Ecal_endcap_zmin`, `Ecal_fiber_thickness`, `Ecal_front_face_thickness`, `Ecal_guard_ring_size`, `Ecal_lateral_face_thickness`, `Ecal_Lcal_ring_gap`, `Ecal_nlayers1`, `Ecal_nlayers2`, `Ecal_nlayers3`, `Ecal_outer_radius`, `Ecal_radiator_layers_set1_thickness`, `Ecal_radiator_layers_set2_thickness`, `Ecal_radiator_layers_set3_thickness`, `Ecal_radiator_material`, `Ecal_Si_thickness`, `Ecal_Slab_copper_thickness`, `Ecal_Slab_glue_gap`, `Ecal_Slab_ground_thickness`, `Ecal_Slab_H_fiber_thickness`, `Ecal_Slab_PCB_thickness`, `Ecal_Slab_shielding`, `Ecal_support_thickness`, `Ecal_Tpc_gap`, `FCH_thickness`, `Field_nominal_value`, `FieldPropagator_LargestAcceptableStep`, `Hcal_back_plate_thickness`, `Hcal_barrel_end_module_type`, `Hcal_cells_size`, `Hcal_digitization_tile_size`, `Hcal_Ecal_gap`, `Hcal_endcap_cables_gap`, `Hcal_endcap_center_box_size`, `Hcal_endcap_ecal_gap`, `Hcal_fiber_gap`, `Hcal_lateral_structure_thickness`, `Hcal_modules_gap`, `Hcal_nlayers`, `Hcal_outer_radius`, `Hcal_R_max`, `Hcal_radial_ring_inner_gap`, `Hcal_radiator_material`, `Hcal_radiator_thickness`, `Hcal_ring`, `Hcal_sensitive_model`, `Hcal_stave_gaps`, `ILC_Main_Crossing_Angle`, `Lcal_beam_pipe_clearance`, `Lcal_inner_radius`, `Lcal_layer_gap`, `Lcal_n_layers`, `Lcal_nstrips_phi`, `Lcal_nstrips_theta`, `Lcal_outer_radius`, `Lcal_phi_offset`, `Lcal_silicon_thickness`, `Lcal_support_thickness`, `Lcal_tungsten_thickness`, `Lcal_type`, `Lcal_z_begin`, `LHcal_inner_radius`, `LHcal_zend`, `TPC_Ecal_Hcal_barrel_halfZ`, `TPC_electronics_backend_thickness`, `TPC_inner_radius`, `TPC_inner_wall_thickness`, `TPC_max_step_length`, `TPC_outer_radius`, `TPC_outer_wall_thickness`, `TPC_pad_height`, `TPC_pad_width`, `TUBE_central_inner_radius`, `TUBE_central_thickness`, `TUBE_crossing_angle`, `TUBE_IPOuterBulge_end_radius`, `TUBE_IPOuterBulge_end_z`, `TUBE_IPOuterTube_end_radius`, `TUBE_IPOuterTube_end_z`, `TUBE_IPOuterTube_start_radius`, `TUBE_IPOuterTube_start_z`, `TUBE_opening_angle`, `VXD_active_silicon_thickness`, `VXD_cryostat_option`, `VXD_end_electronics_thickness`, `VXD_inner_radius`, `VXD_ladder_number`, `VXD_outer_radius`, `VXD_radius_r1`, `VXD_support_ladder_material`, `VXD_support_ladder_thickness`, `Yoke_Barrel_Half_Z`, `Yoke_barrel_inner_radius`, `Yoke_BField_cutoff`, `Yoke_endcap_inner_radius`, `Yoke_thickness`, `Yoke_with_plug`, `Yoke_Z_start_endcaps`
Detailed Info	Database Browser

Detector Model “LDC01_06Sc”

Description	LDC baseline version 5 with fixed Ecal and Silc Si inner tracking devices
Concept	LDC Extended
Subdetectors	`SCoil01`, `SEcal03`, `SEtd01`, `SField01`, `SFtd06`, `SHcalSc01`, `SLcal01`, `maskX01`, `SSet01`, `SSit02`, `tpc08`, `tubeX01`, `vxd03`, `yoke03`
Parameters	`Coil_extra_size`, `Coil_inner_radius`, `Coil_thickness`, `Ecal_Alveolus_Air_Gap`, `Ecal_Barrel_halfZ`, `Ecal_barrel_number_of_towers`, `Ecal_cables_gap`, `Ecal_cells_size`, `Ecal_EC_Ring_gap`, `Ecal_endcap_center_box_size`, `Ecal_endcap_extra_size`, `Ecal_endcap_outer_radius`, `Ecal_endcap_zmax`, `Ecal_endcap_zmin`, `Ecal_fiber_thickness`, `Ecal_front_face_thickness`, `Ecal_guard_ring_size`, `Ecal_lateral_face_thickness`, `Ecal_Lcal_ring_gap`, `Ecal_nlayers1`, `Ecal_nlayers2`, `Ecal_nlayers3`, `Ecal_outer_radius`, `Ecal_radiator_layers_set1_thickness`, `Ecal_radiator_layers_set2_thickness`, `Ecal_radiator_layers_set3_thickness`, `Ecal_radiator_material`, `Ecal_sensitive_material`, `Ecal_Si_thickness`, `Ecal_Slab_copper_thickness`, `Ecal_Slab_glue_gap`, `Ecal_Slab_ground_thickness`, `Ecal_Slab_H_fiber_thickness`, `Ecal_Slab_PCB_thickness`, `Ecal_Slab_shielding`, `Ecal_support_thickness`, `Ecal_Tpc_gap`, `Field_nominal_value`, `FieldPropagator_LargestAcceptableStep`, `Hcal_apply_Birks_law`, `Hcal_back_plate_thickness`, `Hcal_barrel_end_module_type`, `Hcal_cells_size`, `Hcal_chamber_thickness`, `Hcal_digitization_tile_size`, `Hcal_Ecal_gap`, `Hcal_endcap_cables_gap`, `Hcal_endcap_center_box_size`, `Hcal_endcap_ecal_gap`, `Hcal_endcap_sensitive_center_box`, `Hcal_endcap_zmin`, `Hcal_fiber_gap`, `Hcal_lateral_structure_thickness`, `Hcal_layer_air_gap`, `Hcal_layer_support_length`, `Hcal_middle_stave_gaps`, `Hcal_modules_gap`, `Hcal_nlayers`, `Hcal_outer_radius`, `Hcal_R_max`, `Hcal_radial_ring_inner_gap`, `Hcal_radiator_material`, `Hcal_radiator_thickness`, `Hcal_ring`, `Hcal_sensitive_model`, `Hcal_stave_gaps`, `ILC_Main_Crossing_Angle`, `Lcal_beam_pipe_clearance`, `Lcal_inner_radius`, `Lcal_layer_gap`, `Lcal_n_layers`, `Lcal_nstrips_phi`, `Lcal_nstrips_theta`, `Lcal_outer_radius`, `Lcal_phi_offset`, `Lcal_silicon_thickness`, `Lcal_support_thickness`, `Lcal_tungsten_thickness`, `Lcal_type`, `Lcal_z_begin`, `LHcal_inner_radius`, `LHcal_zend`, `TPC_ECal_gap`, `TPC_Ecal_Hcal_barrel_halfZ`, `TPC_electronics_backend_thickness`, `TPC_inner_radius`, `TPC_inner_wall_thickness`, `TPC_max_step_length`, `TPC_outer_radius`, `TPC_outer_wall_thickness`, `TPC_pad_height`, `TPC_pad_width`, `TUBE_crossing_angle`, `TUBE_IPOuterBulge_end_radius`, `TUBE_IPOuterBulge_end_z`, `TUBE_IPOuterTube_end_radius`, `TUBE_IPOuterTube_end_z`, `TUBE_IPOuterTube_start_radius`, `TUBE_IPOuterTube_start_z`, `TUBE_opening_angle`, `VXD_active_side_band_electronics_option`, `VXD_active_silicon_thickness`, `VXD_cryostat_option`, `VXD_end_ladd_electronics_half_length`, `VXD_end_ladd_electronics_option`, `VXD_end_ladd_electronics_thickness`, `VXD_inner_radius`, `VXD_length_r1`, `VXD_length_r2`, `VXD_length_r3`, `VXD_length_r4`, `VXD_length_r5`, `VXD_outer_radius`, `VXD_radius_r1`, `VXD_radius_r2`, `VXD_radius_r3`, `VXD_radius_r4`, `VXD_radius_r5`, `VXD_side_band_electronics_option`, `VXD_side_band_electronics_thickness`, `VXD_side_band_electronics_width`, `VXD_support_ladder_material`, `VXD_support_ladder_thickness`, `VXD_width_r1`, `VXD_width_r2`, `VXD_width_r3`, `VXD_width_r4`, `VXD_width_r5`, `Yoke_Barrel_Half_Z`, `Yoke_barrel_inner_radius`, `Yoke_BField_cutoff`, `Yoke_endcap_inner_radius`, `Yoke_thickness`, `Yoke_with_plug`, `Yoke_Z_start_endcaps`
Detailed Info	Database Browser

Detector Model “LDC01_06Sc_p01”

Description	LDC baseline version 5 with fixed Ecal and Silc Si inner tracking devices
Concept	LDC Extended
Subdetectors	`SCoil01`, `SEcal03`, `SEtd01`, `SField01`, `SFtd04`, `SHcalSc01`, `SLcal01`, `maskX01`, `SSet01`, `SSit02`, `tpc08`, `tubeX01`, `vxd03`, `yoke03`
Parameters	`Coil_extra_size`, `Coil_inner_radius`, `Coil_thickness`, `Ecal_Alveolus_Air_Gap`, `Ecal_Barrel_halfZ`, `Ecal_barrel_number_of_towers`, `Ecal_cables_gap`, `Ecal_cells_size`, `Ecal_EC_Ring_gap`, `Ecal_endcap_center_box_size`, `Ecal_endcap_extra_size`, `Ecal_endcap_outer_radius`, `Ecal_endcap_zmax`, `Ecal_endcap_zmin`, `Ecal_fiber_thickness`, `Ecal_front_face_thickness`, `Ecal_guard_ring_size`, `Ecal_lateral_face_thickness`, `Ecal_Lcal_ring_gap`, `Ecal_nlayers1`, `Ecal_nlayers2`, `Ecal_nlayers3`, `Ecal_outer_radius`, `Ecal_radiator_layers_set1_thickness`, `Ecal_radiator_layers_set2_thickness`, `Ecal_radiator_layers_set3_thickness`, `Ecal_radiator_material`, `Ecal_sensitive_material`, `Ecal_Si_thickness`, `Ecal_Slab_copper_thickness`, `Ecal_Slab_glue_gap`, `Ecal_Slab_ground_thickness`, `Ecal_Slab_H_fiber_thickness`, `Ecal_Slab_PCB_thickness`, `Ecal_Slab_shielding`, `Ecal_support_thickness`, `Ecal_Tpc_gap`, `Field_nominal_value`, `FieldPropagator_LargestAcceptableStep`, `Hcal_apply_Birks_law`, `Hcal_back_plate_thickness`, `Hcal_barrel_end_module_type`, `Hcal_cells_size`, `Hcal_chamber_thickness`, `Hcal_digitization_tile_size`, `Hcal_Ecal_gap`, `Hcal_endcap_cables_gap`, `Hcal_endcap_center_box_size`, `Hcal_endcap_ecal_gap`, `Hcal_endcap_sensitive_center_box`, `Hcal_endcap_zmin`, `Hcal_fiber_gap`, `Hcal_lateral_structure_thickness`, `Hcal_layer_air_gap`, `Hcal_layer_support_length`, `Hcal_middle_stave_gaps`, `Hcal_modules_gap`, `Hcal_nlayers`, `Hcal_outer_radius`, `Hcal_R_max`, `Hcal_radial_ring_inner_gap`, `Hcal_radiator_material`, `Hcal_radiator_thickness`, `Hcal_ring`, `Hcal_sensitive_model`, `Hcal_stave_gaps`, `ILC_Main_Crossing_Angle`, `Lcal_beam_pipe_clearance`, `Lcal_inner_radius`, `Lcal_layer_gap`, `Lcal_n_layers`, `Lcal_nstrips_phi`, `Lcal_nstrips_theta`, `Lcal_outer_radius`, `Lcal_phi_offset`, `Lcal_silicon_thickness`, `Lcal_support_thickness`, `Lcal_tungsten_thickness`, `Lcal_type`, `Lcal_z_begin`, `LHcal_inner_radius`, `LHcal_zend`, `TPC_ECal_gap`, `TPC_Ecal_Hcal_barrel_halfZ`, `TPC_electronics_backend_thickness`, `TPC_inner_radius`, `TPC_inner_wall_thickness`, `TPC_max_step_length`, `TPC_outer_radius`, `TPC_outer_wall_thickness`, `TPC_pad_height`, `TPC_pad_width`, `TUBE_crossing_angle`, `TUBE_IPOuterBulge_end_radius`, `TUBE_IPOuterBulge_end_z`, `TUBE_IPOuterTube_end_radius`, `TUBE_IPOuterTube_end_z`, `TUBE_IPOuterTube_start_radius`, `TUBE_IPOuterTube_start_z`, `TUBE_opening_angle`, `VXD_active_side_band_electronics_option`, `VXD_active_silicon_thickness`, `VXD_cryostat_option`, `VXD_end_ladd_electronics_half_length`, `VXD_end_ladd_electronics_option`, `VXD_end_ladd_electronics_thickness`, `VXD_inner_radius`, `VXD_length_r1`, `VXD_length_r2`, `VXD_length_r3`, `VXD_length_r4`, `VXD_length_r5`, `VXD_outer_radius`, `VXD_radius_r1`, `VXD_radius_r2`, `VXD_radius_r3`, `VXD_radius_r4`, `VXD_radius_r5`, `VXD_side_band_electronics_option`, `VXD_side_band_electronics_thickness`, `VXD_side_band_electronics_width`, `VXD_support_ladder_material`, `VXD_support_ladder_thickness`, `VXD_width_r1`, `VXD_width_r2`, `VXD_width_r3`, `VXD_width_r4`, `VXD_width_r5`, `Yoke_Barrel_Half_Z`, `Yoke_barrel_inner_radius`, `Yoke_BField_cutoff`, `Yoke_endcap_inner_radius`, `Yoke_thickness`, `Yoke_with_plug`, `Yoke_Z_start_endcaps`
Detailed Info	Database Browser

Detector Model “LDC01_06Sc_p02”

Description	LDC baseline version 5 with fixed Ecal and Silc Si inner tracking devices
Concept	LDC Extended
Subdetectors	`SCoil01`, `SEcal03`, `SEtd01`, `SField01`, `SFtd05`, `SHcalSc01`, `SLcal01`, `maskX01`, `SSet01`, `SSit02`, `tpc08`, `tubeX01`, `vxd03`, `yoke03`
Parameters	`Coil_extra_size`, `Coil_inner_radius`, `Coil_thickness`, `Ecal_Alveolus_Air_Gap`, `Ecal_Barrel_halfZ`, `Ecal_barrel_number_of_towers`, `Ecal_cables_gap`, `Ecal_cells_size`, `Ecal_EC_Ring_gap`, `Ecal_endcap_center_box_size`, `Ecal_endcap_extra_size`, `Ecal_endcap_outer_radius`, `Ecal_endcap_zmax`, `Ecal_endcap_zmin`, `Ecal_fiber_thickness`, `Ecal_front_face_thickness`, `Ecal_guard_ring_size`, `Ecal_lateral_face_thickness`, `Ecal_Lcal_ring_gap`, `Ecal_nlayers1`, `Ecal_nlayers2`, `Ecal_nlayers3`, `Ecal_outer_radius`, `Ecal_radiator_layers_set1_thickness`, `Ecal_radiator_layers_set2_thickness`, `Ecal_radiator_layers_set3_thickness`, `Ecal_radiator_material`, `Ecal_sensitive_material`, `Ecal_Si_thickness`, `Ecal_Slab_copper_thickness`, `Ecal_Slab_glue_gap`, `Ecal_Slab_ground_thickness`, `Ecal_Slab_H_fiber_thickness`, `Ecal_Slab_PCB_thickness`, `Ecal_Slab_shielding`, `Ecal_support_thickness`, `Ecal_Tpc_gap`, `Field_nominal_value`, `FieldPropagator_LargestAcceptableStep`, `Hcal_apply_Birks_law`, `Hcal_back_plate_thickness`, `Hcal_barrel_end_module_type`, `Hcal_cells_size`, `Hcal_chamber_thickness`, `Hcal_digitization_tile_size`, `Hcal_Ecal_gap`, `Hcal_endcap_cables_gap`, `Hcal_endcap_center_box_size`, `Hcal_endcap_ecal_gap`, `Hcal_endcap_sensitive_center_box`, `Hcal_endcap_zmin`, `Hcal_fiber_gap`, `Hcal_lateral_structure_thickness`, `Hcal_layer_air_gap`, `Hcal_layer_support_length`, `Hcal_middle_stave_gaps`, `Hcal_modules_gap`, `Hcal_nlayers`, `Hcal_outer_radius`, `Hcal_R_max`, `Hcal_radial_ring_inner_gap`, `Hcal_radiator_material`, `Hcal_radiator_thickness`, `Hcal_ring`, `Hcal_sensitive_model`, `Hcal_stave_gaps`, `ILC_Main_Crossing_Angle`, `Lcal_beam_pipe_clearance`, `Lcal_inner_radius`, `Lcal_layer_gap`, `Lcal_n_layers`, `Lcal_nstrips_phi`, `Lcal_nstrips_theta`, `Lcal_outer_radius`, `Lcal_phi_offset`, `Lcal_silicon_thickness`, `Lcal_support_thickness`, `Lcal_tungsten_thickness`, `Lcal_type`, `Lcal_z_begin`, `LHcal_inner_radius`, `LHcal_zend`, `TPC_ECal_gap`, `TPC_Ecal_Hcal_barrel_halfZ`, `TPC_electronics_backend_thickness`, `TPC_inner_radius`, `TPC_inner_wall_thickness`, `TPC_max_step_length`, `TPC_outer_radius`, `TPC_outer_wall_thickness`, `TPC_pad_height`, `TPC_pad_width`, `TUBE_crossing_angle`, `TUBE_IPOuterBulge_end_radius`, `TUBE_IPOuterBulge_end_z`, `TUBE_IPOuterTube_end_radius`, `TUBE_IPOuterTube_end_z`, `TUBE_IPOuterTube_start_radius`, `TUBE_IPOuterTube_start_z`, `TUBE_opening_angle`, `VXD_active_side_band_electronics_option`, `VXD_active_silicon_thickness`, `VXD_cryostat_option`, `VXD_end_ladd_electronics_half_length`, `VXD_end_ladd_electronics_option`, `VXD_end_ladd_electronics_thickness`, `VXD_inner_radius`, `VXD_length_r1`, `VXD_length_r2`, `VXD_length_r3`, `VXD_length_r4`, `VXD_length_r5`, `VXD_outer_radius`, `VXD_radius_r1`, `VXD_radius_r2`, `VXD_radius_r3`, `VXD_radius_r4`, `VXD_radius_r5`, `VXD_side_band_electronics_option`, `VXD_side_band_electronics_thickness`, `VXD_side_band_electronics_width`, `VXD_support_ladder_material`, `VXD_support_ladder_thickness`, `VXD_width_r1`, `VXD_width_r2`, `VXD_width_r3`, `VXD_width_r4`, `VXD_width_r5`, `Yoke_Barrel_Half_Z`, `Yoke_barrel_inner_radius`, `Yoke_BField_cutoff`, `Yoke_endcap_inner_radius`, `Yoke_thickness`, `Yoke_with_plug`, `Yoke_Z_start_endcaps`
Detailed Info	Database Browser

Detector Model “LDC01Sc”

Description	First LDC scalling model, Henry like proposal, scintillator Hcal mode.
Concept	LDC
Subdetectors	`SCoil01`, `SEcal01`, `SField01`, `ftd01`, `SHcal01`, `LumiCalS`, `mask04`, `sit00`, `STpc01`, `tube01`, `vxd00`, `SYoke01`
Parameters	`Coil_extra_size`, `Coil_inner_radius`, `Coil_thickness`, `Ecal_cables_gap`, `Ecal_cells_size`, `Ecal_endcap_center_box_size`, `Ecal_endcap_zmax`, `Ecal_fiber_thickness`, `Ecal_Hcal_gap`, `Ecal_nlayers1`, `Ecal_nlayers2`, `Ecal_nlayers3`, `Ecal_outer_radius`, `Ecal_radiator_layers_set1_thickness`, `Ecal_radiator_layers_set2_thickness`, `Ecal_radiator_layers_set3_thickness`, `Ecal_radiator_material`, `Ecal_Si_thickness`, `Ecal_total_alveolus_thickness`, `Ecal_Tpc_gap`, `FCH_thickness`, `Field_nominal_value`, `FieldPropagator_LargestAcceptableStep`, `Hcal_back_plate_thickness`, `Hcal_barrel_end_module_type`, `Hcal_cells_size`, `Hcal_Ecal_gap`, `Hcal_endcap_cables_gap`, `Hcal_endcap_center_box_size`, `Hcal_fiber_gap`, `Hcal_lateral_structure_thickness`, `Hcal_modules_gap`, `Hcal_nlayers`, `Hcal_outer_radius`, `Hcal_R_max`, `Hcal_radiator_material`, `Hcal_radiator_thickness`, `Hcal_sensitive_model`, `Hcal_stave_gaps`, `TPC_Ecal_Hcal_barrel_halfZ`, `TPC_electronics_air_percent`, `TPC_electronics_backend_thickness`, `TPC_electronics_cu_percent`, `TPC_electronics_kapton_percent`, `TPC_inner_radius`, `TPC_inner_wall_thickness`, `TPC_outer_radius`, `TPC_outer_wall_thickness`, `Yoke_Barrel_Half_Z`, `Yoke_barrel_inner_radius`, `Yoke_BField_cutoff`, `Yoke_endcap_inner_radius`, `Yoke_thickness`, `Yoke_Z_start_endcaps`
Detailed Info	Database Browser

Detector Model “LDC_GLD_01Sc”

Description	LDC GLD-like v.1
Concept	LDC Extended
Subdetectors	`SCoil01`, `SEcal03`, `SEtd01`, `SField01`, `SFtd06`, `SHcalSc01`, `SLcal01`, `maskX01`, `SSet01`, `SSit02`, `tpc08`, `tubeX01`, `vxd03`, `yoke03`
Parameters	`Coil_extra_size`, `Coil_inner_radius`, `Coil_thickness`, `Ecal_Alveolus_Air_Gap`, `Ecal_Barrel_halfZ`, `Ecal_barrel_number_of_towers`, `Ecal_cables_gap`, `Ecal_cells_size`, `Ecal_EC_Ring_gap`, `Ecal_endcap_center_box_size`, `Ecal_endcap_extra_size`, `Ecal_endcap_outer_radius`, `Ecal_endcap_zmax`, `Ecal_endcap_zmin`, `Ecal_fiber_thickness`, `Ecal_front_face_thickness`, `Ecal_guard_ring_size`, `Ecal_lateral_face_thickness`, `Ecal_Lcal_ring_gap`, `Ecal_nlayers1`, `Ecal_nlayers2`, `Ecal_nlayers3`, `Ecal_outer_radius`, `Ecal_radiator_layers_set1_thickness`, `Ecal_radiator_layers_set2_thickness`, `Ecal_radiator_layers_set3_thickness`, `Ecal_radiator_material`, `Ecal_sensitive_material`, `Ecal_Si_thickness`, `Ecal_Slab_copper_thickness`, `Ecal_Slab_glue_gap`, `Ecal_Slab_ground_thickness`, `Ecal_Slab_H_fiber_thickness`, `Ecal_Slab_PCB_thickness`, `Ecal_Slab_shielding`, `Ecal_support_thickness`, `Ecal_Tpc_gap`, `Field_nominal_value`, `FieldPropagator_LargestAcceptableStep`, `Hcal_apply_Birks_law`, `Hcal_back_plate_thickness`, `Hcal_barrel_end_module_type`, `Hcal_cells_size`, `Hcal_chamber_thickness`, `Hcal_digitization_tile_size`, `Hcal_Ecal_gap`, `Hcal_endcap_cables_gap`, `Hcal_endcap_center_box_size`, `Hcal_endcap_ecal_gap`, `Hcal_endcap_sensitive_center_box`, `Hcal_endcap_zmin`, `Hcal_fiber_gap`, `Hcal_lateral_structure_thickness`, `Hcal_layer_air_gap`, `Hcal_layer_support_length`, `Hcal_middle_stave_gaps`, `Hcal_modules_gap`, `Hcal_nlayers`, `Hcal_outer_radius`, `Hcal_R_max`, `Hcal_radial_ring_inner_gap`, `Hcal_radiator_material`, `Hcal_radiator_thickness`, `Hcal_ring`, `Hcal_sensitive_model`, `Hcal_stave_gaps`, `ILC_Main_Crossing_Angle`, `Lcal_beam_pipe_clearance`, `Lcal_inner_radius`, `Lcal_layer_gap`, `Lcal_n_layers`, `Lcal_nstrips_phi`, `Lcal_nstrips_theta`, `Lcal_outer_radius`, `Lcal_phi_offset`, `Lcal_silicon_thickness`, `Lcal_support_thickness`, `Lcal_tungsten_thickness`, `Lcal_type`, `Lcal_z_begin`, `LHcal_inner_radius`, `LHcal_zend`, `TPC_ECal_gap`, `TPC_Ecal_Hcal_barrel_halfZ`, `TPC_electronics_backend_thickness`, `TPC_inner_radius`, `TPC_inner_wall_thickness`, `TPC_max_step_length`, `TPC_outer_radius`, `TPC_outer_wall_thickness`, `TPC_pad_height`, `TPC_pad_width`, `TUBE_crossing_angle`, `TUBE_IPOuterBulge_end_radius`, `TUBE_IPOuterBulge_end_z`, `TUBE_IPOuterTube_end_radius`, `TUBE_IPOuterTube_end_z`, `TUBE_IPOuterTube_start_radius`, `TUBE_IPOuterTube_start_z`, `TUBE_opening_angle`, `VXD_active_side_band_electronics_option`, `VXD_active_silicon_thickness`, `VXD_cryostat_option`, `VXD_end_ladd_electronics_half_length`, `VXD_end_ladd_electronics_option`, `VXD_end_ladd_electronics_thickness`, `VXD_inner_radius`, `VXD_length_r1`, `VXD_length_r2`, `VXD_length_r3`, `VXD_length_r4`, `VXD_length_r5`, `VXD_outer_radius`, `VXD_radius_r1`, `VXD_radius_r2`, `VXD_radius_r3`, `VXD_radius_r4`, `VXD_radius_r5`, `VXD_side_band_electronics_option`, `VXD_side_band_electronics_thickness`, `VXD_side_band_electronics_width`, `VXD_support_ladder_material`, `VXD_support_ladder_thickness`, `VXD_width_r1`, `VXD_width_r2`, `VXD_width_r3`, `VXD_width_r4`, `VXD_width_r5`, `Yoke_Barrel_Half_Z`, `Yoke_barrel_inner_radius`, `Yoke_BField_cutoff`, `Yoke_endcap_inner_radius`, `Yoke_thickness`, `Yoke_with_plug`, `Yoke_Z_start_endcaps`
Detailed Info	Database Browser

Detector Model “LDCPrime_01Sc”

Description	LDC v.5 adapted to have the LDC prime dimensions (bad hits in Ecal end caps!)
Concept	LDC Extended
Subdetectors	`SCoil01`, `SEcal02`, `etd00`, `SField01`, `SFtd02`, `SHcal03`, `SLcal01`, `maskX01`, `sit01`, `tpc08`, `tubeX01`, `vxd01`, `yoke03`
Parameters	`Coil_extra_size`, `Coil_inner_radius`, `Coil_thickness`, `Ecal_Alveolus_Air_Gap`, `Ecal_Barrel_halfZ`, `Ecal_barrel_number_of_towers`, `Ecal_cables_gap`, `Ecal_cells_size`, `Ecal_endcap_center_box_size`, `Ecal_endcap_extra_size`, `Ecal_endcap_outer_radius`, `Ecal_endcap_zmax`, `Ecal_endcap_zmin`, `Ecal_fiber_thickness`, `Ecal_front_face_thickness`, `Ecal_guard_ring_size`, `Ecal_lateral_face_thickness`, `Ecal_Lcal_ring_gap`, `Ecal_nlayers1`, `Ecal_nlayers2`, `Ecal_nlayers3`, `Ecal_outer_radius`, `Ecal_radiator_layers_set1_thickness`, `Ecal_radiator_layers_set2_thickness`, `Ecal_radiator_layers_set3_thickness`, `Ecal_radiator_material`, `Ecal_Si_thickness`, `Ecal_Slab_copper_thickness`, `Ecal_Slab_glue_gap`, `Ecal_Slab_ground_thickness`, `Ecal_Slab_H_fiber_thickness`, `Ecal_Slab_PCB_thickness`, `Ecal_Slab_shielding`, `Ecal_support_thickness`, `Ecal_Tpc_gap`, `FCH_thickness`, `Field_nominal_value`, `FieldPropagator_LargestAcceptableStep`, `Hcal_back_plate_thickness`, `Hcal_barrel_end_module_type`, `Hcal_cells_size`, `Hcal_digitization_tile_size`, `Hcal_Ecal_gap`, `Hcal_endcap_cables_gap`, `Hcal_endcap_center_box_size`, `Hcal_endcap_ecal_gap`, `Hcal_fiber_gap`, `Hcal_lateral_structure_thickness`, `Hcal_modules_gap`, `Hcal_nlayers`, `Hcal_outer_radius`, `Hcal_R_max`, `Hcal_radial_ring_inner_gap`, `Hcal_radiator_material`, `Hcal_radiator_thickness`, `Hcal_ring`, `Hcal_sensitive_model`, `Hcal_stave_gaps`, `ILC_Main_Crossing_Angle`, `Lcal_beam_pipe_clearance`, `Lcal_inner_radius`, `Lcal_layer_gap`, `Lcal_n_layers`, `Lcal_nstrips_phi`, `Lcal_nstrips_theta`, `Lcal_outer_radius`, `Lcal_phi_offset`, `Lcal_silicon_thickness`, `Lcal_support_thickness`, `Lcal_tungsten_thickness`, `Lcal_type`, `Lcal_z_begin`, `LHcal_inner_radius`, `LHcal_zend`, `TPC_Ecal_Hcal_barrel_halfZ`, `TPC_electronics_backend_thickness`, `TPC_inner_radius`, `TPC_inner_wall_thickness`, `TPC_max_step_length`, `TPC_outer_radius`, `TPC_outer_wall_thickness`, `TPC_pad_height`, `TPC_pad_width`, `TUBE_central_inner_radius`, `TUBE_central_thickness`, `TUBE_crossing_angle`, `TUBE_IPOuterBulge_end_radius`, `TUBE_IPOuterBulge_end_z`, `TUBE_IPOuterTube_end_radius`, `TUBE_IPOuterTube_end_z`, `TUBE_IPOuterTube_start_radius`, `TUBE_IPOuterTube_start_z`, `TUBE_opening_angle`, `VXD_active_silicon_thickness`, `VXD_cryostat_option`, `VXD_end_electronics_thickness`, `VXD_inner_radius`, `VXD_ladder_number`, `VXD_outer_radius`, `VXD_radius_r1`, `VXD_support_ladder_material`, `VXD_support_ladder_thickness`, `Yoke_Barrel_Half_Z`, `Yoke_barrel_inner_radius`, `Yoke_BField_cutoff`, `Yoke_endcap_inner_radius`, `Yoke_thickness`, `Yoke_with_plug`, `Yoke_Z_start_endcaps`
Detailed Info	Database Browser

Detector Model “LDCPrime_02Sc”

Description	LDC v.5 adapted to have the LDC prime dimensions, with several fixes and improvements.
Concept	LDC Extended
Subdetectors	`SCoil01`, `SEcal03`, `SEtd01`, `SField01`, `SFtd06`, `SHcalSc01`, `SLcal01`, `maskX01`, `SSet01`, `SSit02`, `tpc08`, `tubeX01`, `vxd03`, `yoke03`
Parameters	`Coil_extra_size`, `Coil_inner_radius`, `Coil_thickness`, `Ecal_Alveolus_Air_Gap`, `Ecal_Barrel_halfZ`, `Ecal_barrel_number_of_towers`, `Ecal_cables_gap`, `Ecal_cells_size`, `Ecal_EC_Ring_gap`, `Ecal_endcap_center_box_size`, `Ecal_endcap_extra_size`, `Ecal_endcap_outer_radius`, `Ecal_endcap_zmax`, `Ecal_endcap_zmin`, `Ecal_fiber_thickness`, `Ecal_front_face_thickness`, `Ecal_guard_ring_size`, `Ecal_lateral_face_thickness`, `Ecal_Lcal_ring_gap`, `Ecal_nlayers1`, `Ecal_nlayers2`, `Ecal_nlayers3`, `Ecal_outer_radius`, `Ecal_radiator_layers_set1_thickness`, `Ecal_radiator_layers_set2_thickness`, `Ecal_radiator_layers_set3_thickness`, `Ecal_radiator_material`, `Ecal_sensitive_material`, `Ecal_Si_thickness`, `Ecal_Slab_copper_thickness`, `Ecal_Slab_glue_gap`, `Ecal_Slab_ground_thickness`, `Ecal_Slab_H_fiber_thickness`, `Ecal_Slab_PCB_thickness`, `Ecal_Slab_shielding`, `Ecal_support_thickness`, `Ecal_Tpc_gap`, `Field_nominal_value`, `FieldPropagator_LargestAcceptableStep`, `Hcal_apply_Birks_law`, `Hcal_back_plate_thickness`, `Hcal_barrel_end_module_type`, `Hcal_cells_size`, `Hcal_chamber_thickness`, `Hcal_digitization_tile_size`, `Hcal_Ecal_gap`, `Hcal_endcap_cables_gap`, `Hcal_endcap_center_box_size`, `Hcal_endcap_ecal_gap`, `Hcal_endcap_sensitive_center_box`, `Hcal_endcap_zmin`, `Hcal_fiber_gap`, `Hcal_lateral_structure_thickness`, `Hcal_layer_air_gap`, `Hcal_layer_support_length`, `Hcal_middle_stave_gaps`, `Hcal_modules_gap`, `Hcal_nlayers`, `Hcal_outer_radius`, `Hcal_R_max`, `Hcal_radial_ring_inner_gap`, `Hcal_radiator_material`, `Hcal_radiator_thickness`, `Hcal_ring`, `Hcal_sensitive_model`, `Hcal_stave_gaps`, `ILC_Main_Crossing_Angle`, `Lcal_beam_pipe_clearance`, `Lcal_inner_radius`, `Lcal_layer_gap`, `Lcal_n_layers`, `Lcal_nstrips_phi`, `Lcal_nstrips_theta`, `Lcal_outer_radius`, `Lcal_phi_offset`, `Lcal_silicon_thickness`, `Lcal_support_thickness`, `Lcal_tungsten_thickness`, `Lcal_type`, `Lcal_z_begin`, `LHcal_inner_radius`, `LHcal_zend`, `TPC_ECal_gap`, `TPC_Ecal_Hcal_barrel_halfZ`, `TPC_electronics_backend_thickness`, `TPC_inner_radius`, `TPC_inner_wall_thickness`, `TPC_max_step_length`, `TPC_outer_radius`, `TPC_outer_wall_thickness`, `TPC_pad_height`, `TPC_pad_width`, `TUBE_crossing_angle`, `TUBE_IPOuterBulge_end_radius`, `TUBE_IPOuterBulge_end_z`, `TUBE_IPOuterTube_end_radius`, `TUBE_IPOuterTube_end_z`, `TUBE_IPOuterTube_start_radius`, `TUBE_IPOuterTube_start_z`, `TUBE_opening_angle`, `VXD_active_side_band_electronics_option`, `VXD_active_silicon_thickness`, `VXD_cryostat_option`, `VXD_end_ladd_electronics_half_length`, `VXD_end_ladd_electronics_option`, `VXD_end_ladd_electronics_thickness`, `VXD_inner_radius`, `VXD_length_r1`, `VXD_length_r2`, `VXD_length_r3`, `VXD_length_r4`, `VXD_length_r5`, `VXD_outer_radius`, `VXD_radius_r1`, `VXD_radius_r2`, `VXD_radius_r3`, `VXD_radius_r4`, `VXD_radius_r5`, `VXD_side_band_electronics_option`, `VXD_side_band_electronics_thickness`, `VXD_side_band_electronics_width`, `VXD_support_ladder_material`, `VXD_support_ladder_thickness`, `VXD_width_r1`, `VXD_width_r2`, `VXD_width_r3`, `VXD_width_r4`, `VXD_width_r5`, `Yoke_Barrel_Half_Z`, `Yoke_barrel_inner_radius`, `Yoke_BField_cutoff`, `Yoke_endcap_inner_radius`, `Yoke_thickness`, `Yoke_with_plug`, `Yoke_Z_start_endcaps`
Detailed Info	Database Browser

Detector Model “LDCPrime_02Sc_p01”

Description	LDC v.5 adapted to have the LDC prime dimensions, with several fixes and improvements.
Concept	LDC Extended
Subdetectors	`SCoil01`, `SEcal03`, `SEtd01`, `SField01`, `SFtd04`, `SHcalSc01`, `SLcal01`, `maskX01`, `SSet01`, `SSit02`, `tpc08`, `tubeX01`, `vxd03`, `yoke03`
Parameters	`Coil_extra_size`, `Coil_inner_radius`, `Coil_thickness`, `Ecal_Alveolus_Air_Gap`, `Ecal_Barrel_halfZ`, `Ecal_barrel_number_of_towers`, `Ecal_cables_gap`, `Ecal_cells_size`, `Ecal_EC_Ring_gap`, `Ecal_endcap_center_box_size`, `Ecal_endcap_extra_size`, `Ecal_endcap_outer_radius`, `Ecal_endcap_zmax`, `Ecal_endcap_zmin`, `Ecal_fiber_thickness`, `Ecal_front_face_thickness`, `Ecal_guard_ring_size`, `Ecal_lateral_face_thickness`, `Ecal_Lcal_ring_gap`, `Ecal_nlayers1`, `Ecal_nlayers2`, `Ecal_nlayers3`, `Ecal_outer_radius`, `Ecal_radiator_layers_set1_thickness`, `Ecal_radiator_layers_set2_thickness`, `Ecal_radiator_layers_set3_thickness`, `Ecal_radiator_material`, `Ecal_sensitive_material`, `Ecal_Si_thickness`, `Ecal_Slab_copper_thickness`, `Ecal_Slab_glue_gap`, `Ecal_Slab_ground_thickness`, `Ecal_Slab_H_fiber_thickness`, `Ecal_Slab_PCB_thickness`, `Ecal_Slab_shielding`, `Ecal_support_thickness`, `Ecal_Tpc_gap`, `Field_nominal_value`, `FieldPropagator_LargestAcceptableStep`, `Hcal_apply_Birks_law`, `Hcal_back_plate_thickness`, `Hcal_barrel_end_module_type`, `Hcal_cells_size`, `Hcal_chamber_thickness`, `Hcal_digitization_tile_size`, `Hcal_Ecal_gap`, `Hcal_endcap_cables_gap`, `Hcal_endcap_center_box_size`, `Hcal_endcap_ecal_gap`, `Hcal_endcap_sensitive_center_box`, `Hcal_endcap_zmin`, `Hcal_fiber_gap`, `Hcal_lateral_structure_thickness`, `Hcal_layer_air_gap`, `Hcal_layer_support_length`, `Hcal_middle_stave_gaps`, `Hcal_modules_gap`, `Hcal_nlayers`, `Hcal_outer_radius`, `Hcal_R_max`, `Hcal_radial_ring_inner_gap`, `Hcal_radiator_material`, `Hcal_radiator_thickness`, `Hcal_ring`, `Hcal_sensitive_model`, `Hcal_stave_gaps`, `ILC_Main_Crossing_Angle`, `Lcal_beam_pipe_clearance`, `Lcal_inner_radius`, `Lcal_layer_gap`, `Lcal_n_layers`, `Lcal_nstrips_phi`, `Lcal_nstrips_theta`, `Lcal_outer_radius`, `Lcal_phi_offset`, `Lcal_silicon_thickness`, `Lcal_support_thickness`, `Lcal_tungsten_thickness`, `Lcal_type`, `Lcal_z_begin`, `LHcal_inner_radius`, `LHcal_zend`, `TPC_ECal_gap`, `TPC_Ecal_Hcal_barrel_halfZ`, `TPC_electronics_backend_thickness`, `TPC_inner_radius`, `TPC_inner_wall_thickness`, `TPC_max_step_length`, `TPC_outer_radius`, `TPC_outer_wall_thickness`, `TPC_pad_height`, `TPC_pad_width`, `TUBE_crossing_angle`, `TUBE_IPOuterBulge_end_radius`, `TUBE_IPOuterBulge_end_z`, `TUBE_IPOuterTube_end_radius`, `TUBE_IPOuterTube_end_z`, `TUBE_IPOuterTube_start_radius`, `TUBE_IPOuterTube_start_z`, `TUBE_opening_angle`, `VXD_active_side_band_electronics_option`, `VXD_active_silicon_thickness`, `VXD_cryostat_option`, `VXD_end_ladd_electronics_half_length`, `VXD_end_ladd_electronics_option`, `VXD_end_ladd_electronics_thickness`, `VXD_inner_radius`, `VXD_length_r1`, `VXD_length_r2`, `VXD_length_r3`, `VXD_length_r4`, `VXD_length_r5`, `VXD_outer_radius`, `VXD_radius_r1`, `VXD_radius_r2`, `VXD_radius_r3`, `VXD_radius_r4`, `VXD_radius_r5`, `VXD_side_band_electronics_option`, `VXD_side_band_electronics_thickness`, `VXD_side_band_electronics_width`, `VXD_support_ladder_material`, `VXD_support_ladder_thickness`, `VXD_width_r1`, `VXD_width_r2`, `VXD_width_r3`, `VXD_width_r4`, `VXD_width_r5`, `Yoke_Barrel_Half_Z`, `Yoke_barrel_inner_radius`, `Yoke_BField_cutoff`, `Yoke_endcap_inner_radius`, `Yoke_thickness`, `Yoke_with_plug`, `Yoke_Z_start_endcaps`
Detailed Info	Database Browser

Detector Model “LDCPrime_02Sc_p02”

Description	LDC v.5 adapted to have the LDC prime dimensions, with several fixes and improvements.
Concept	LDC Extended
Subdetectors	`SCoil01`, `SEcal03`, `SEtd01`, `SField01`, `SFtd05`, `SHcalSc01`, `SLcal01`, `maskX01`, `SSet01`, `SSit02`, `tpc08`, `tubeX01`, `vxd03`, `yoke03`
Parameters	`Coil_extra_size`, `Coil_inner_radius`, `Coil_thickness`, `Ecal_Alveolus_Air_Gap`, `Ecal_Barrel_halfZ`, `Ecal_barrel_number_of_towers`, `Ecal_cables_gap`, `Ecal_cells_size`, `Ecal_EC_Ring_gap`, `Ecal_endcap_center_box_size`, `Ecal_endcap_extra_size`, `Ecal_endcap_outer_radius`, `Ecal_endcap_zmax`, `Ecal_endcap_zmin`, `Ecal_fiber_thickness`, `Ecal_front_face_thickness`, `Ecal_guard_ring_size`, `Ecal_lateral_face_thickness`, `Ecal_Lcal_ring_gap`, `Ecal_nlayers1`, `Ecal_nlayers2`, `Ecal_nlayers3`, `Ecal_outer_radius`, `Ecal_radiator_layers_set1_thickness`, `Ecal_radiator_layers_set2_thickness`, `Ecal_radiator_layers_set3_thickness`, `Ecal_radiator_material`, `Ecal_sensitive_material`, `Ecal_Si_thickness`, `Ecal_Slab_copper_thickness`, `Ecal_Slab_glue_gap`, `Ecal_Slab_ground_thickness`, `Ecal_Slab_H_fiber_thickness`, `Ecal_Slab_PCB_thickness`, `Ecal_Slab_shielding`, `Ecal_support_thickness`, `Ecal_Tpc_gap`, `Field_nominal_value`, `FieldPropagator_LargestAcceptableStep`, `Hcal_apply_Birks_law`, `Hcal_back_plate_thickness`, `Hcal_barrel_end_module_type`, `Hcal_cells_size`, `Hcal_chamber_thickness`, `Hcal_digitization_tile_size`, `Hcal_Ecal_gap`, `Hcal_endcap_cables_gap`, `Hcal_endcap_center_box_size`, `Hcal_endcap_ecal_gap`, `Hcal_endcap_sensitive_center_box`, `Hcal_endcap_zmin`, `Hcal_fiber_gap`, `Hcal_lateral_structure_thickness`, `Hcal_layer_air_gap`, `Hcal_layer_support_length`, `Hcal_middle_stave_gaps`, `Hcal_modules_gap`, `Hcal_nlayers`, `Hcal_outer_radius`, `Hcal_R_max`, `Hcal_radial_ring_inner_gap`, `Hcal_radiator_material`, `Hcal_radiator_thickness`, `Hcal_ring`, `Hcal_sensitive_model`, `Hcal_stave_gaps`, `ILC_Main_Crossing_Angle`, `Lcal_beam_pipe_clearance`, `Lcal_inner_radius`, `Lcal_layer_gap`, `Lcal_n_layers`, `Lcal_nstrips_phi`, `Lcal_nstrips_theta`, `Lcal_outer_radius`, `Lcal_phi_offset`, `Lcal_silicon_thickness`, `Lcal_support_thickness`, `Lcal_tungsten_thickness`, `Lcal_type`, `Lcal_z_begin`, `LHcal_inner_radius`, `LHcal_zend`, `TPC_ECal_gap`, `TPC_Ecal_Hcal_barrel_halfZ`, `TPC_electronics_backend_thickness`, `TPC_inner_radius`, `TPC_inner_wall_thickness`, `TPC_max_step_length`, `TPC_outer_radius`, `TPC_outer_wall_thickness`, `TPC_pad_height`, `TPC_pad_width`, `TUBE_crossing_angle`, `TUBE_IPOuterBulge_end_radius`, `TUBE_IPOuterBulge_end_z`, `TUBE_IPOuterTube_end_radius`, `TUBE_IPOuterTube_end_z`, `TUBE_IPOuterTube_start_radius`, `TUBE_IPOuterTube_start_z`, `TUBE_opening_angle`, `VXD_active_side_band_electronics_option`, `VXD_active_silicon_thickness`, `VXD_cryostat_option`, `VXD_end_ladd_electronics_half_length`, `VXD_end_ladd_electronics_option`, `VXD_end_ladd_electronics_thickness`, `VXD_inner_radius`, `VXD_length_r1`, `VXD_length_r2`, `VXD_length_r3`, `VXD_length_r4`, `VXD_length_r5`, `VXD_outer_radius`, `VXD_radius_r1`, `VXD_radius_r2`, `VXD_radius_r3`, `VXD_radius_r4`, `VXD_radius_r5`, `VXD_side_band_electronics_option`, `VXD_side_band_electronics_thickness`, `VXD_side_band_electronics_width`, `VXD_support_ladder_material`, `VXD_support_ladder_thickness`, `VXD_width_r1`, `VXD_width_r2`, `VXD_width_r3`, `VXD_width_r4`, `VXD_width_r5`, `Yoke_Barrel_Half_Z`, `Yoke_barrel_inner_radius`, `Yoke_BField_cutoff`, `Yoke_endcap_inner_radius`, `Yoke_thickness`, `Yoke_with_plug`, `Yoke_Z_start_endcaps`
Detailed Info	Database Browser

Detector Model “P55”

Description	Ecal prototype with 30 layers (10 X 1.4 mm, 10 X 2.8 mm and 10 X 4.2 mm) in vertical
Concept	Old prototypes
Subdetectors	`P55`
Parameters	(none)
Detailed Info	Database Browser

Detector Model “P55EcalLike”

Description	Ecal prototype as the TDR Ecal (40 layers and so on)
Concept	Old prototypes
Subdetectors	`P55EcalLike`
Parameters	(none)
Detailed Info	Database Browser

Detector Model “P55INC”

Description	Ecal prototype with 30 layers (10 X 1.4 mm, 10 X 2.8 mm and 10 X 4.2 mm) in 45 degrees, as the TDR Ecal
Concept	Old prototypes
Subdetectors	`P55INC`
Parameters	(none)
Detailed Info	Database Browser

Detector Model “Phantom01”

Description	first model made of a single phantom
Concept	Biomed
Subdetectors	`Phantom01`, `TEPDetector01`
Parameters	`Ecal_cells_size`, `Ecal_nlayers1`, `Ecal_radiator_layers_set1_thickness`, `Ecal_radiator_material`, `Ecal_Si_thickness`
Detailed Info	Database Browser

Detector Model “ProtoDesy0205”

Description	The Calice Ecal prototype with all slabs allingned
Concept	Test Beam Calice
Subdetectors	`ProtoDesy0205`
Parameters	`configuration_angle`, `g10MaterialName`, `use_tracker`
Detailed Info	Database Browser

Detector Model “ProtoDesy0506”

Description	Calice Desy 05 2006 Test Beam with only Ecal
Concept	Test Beam Cern
Subdetectors	`ProtoDesy0506`
Parameters	`g10MaterialName`, `shift_module1`, `shift_module3`, `use_tracker`
Detailed Info	Database Browser

Detector Model “ProtoDesy0506_01”

Description	Calice Desy 05 2006 Test Beam with only Ecal with the new coordinate system
Concept	Test Beam Cern
Subdetectors	`ProtoDesy0506_01`
Parameters	`configuration_angle`, `EcalRotationAngle`, `EcalTranslateX`, `EcalTranslateY`, `g10MaterialName`, `shift_module1`, `shift_module3`, `use_tracker`
Detailed Info	Database Browser

Detector Model “ProtoEcalHcalRPC”

Description	The Ecal prototype and a single Hcal RPC module as Hcal prototype
Concept	Old prototypes
Subdetectors	`P66WNominal`, `SinglehcalFeRPC1`
Parameters	(none)
Detailed Info	Database Browser

Detector Model “ProtoEcalHcalRPC_45”

Description	The Ecal prototype and a single Hcal RPC module as Hcal prototype, to fire with 45 degres
Concept	Old prototypes
Subdetectors	`P66WNominal_45`, `SinglehcalFeRPC1`
Parameters	(none)
Detailed Info	Database Browser

Detector Model “ProtoEcalHcalScintillator”

Description	The Ecal prototype and a single Hcal/scintillators module as Hcal prototype
Concept	Old prototypes
Subdetectors	`P66WNominal`, `SinglehcalFeScintillator`
Parameters	(none)
Detailed Info	Database Browser

Detector Model “ProtoEcalHcalScintillator_45”

Description	The Ecal prototype and a single Hcal/scintillators module as Hcal prototype, to fire with 45 degres
Concept	Old prototypes
Subdetectors	`P66WNominal_45`, `SinglehcalFeScintillator`
Parameters	(none)
Detailed Info	Database Browser

Detector Model “ProtoEH_RPC”

Description	Ecal Prototype close to the real device + Hcal prototype not so close...
Concept	Old prototypes
Subdetectors	`P66HV14`, `P66HV28`, `P66HV42`, `SinglehcalFeRPC2`
Parameters	(none)
Detailed Info	Database Browser

Detector Model “SiD01”

Description	The SiD detector concept using the calorimeters and so on from LDC, but with all the parameters adapted the best possible to agree with all the current SiD proposal.
Concept	SiD
Subdetectors	`SCoil01`, `SEcal01`, `SField01`, `ftdSiD00`, `SHcal01`, `SiDBar00`, `SiDFwd00`, `tubeSiD01`, `vxdSiD00`, `SYoke01`
Parameters	`Coil_extra_size`, `Coil_inner_radius`, `Coil_thickness`, `Ecal_cables_gap`, `Ecal_cells_size`, `Ecal_endcap_center_box_size`, `Ecal_endcap_zmax`, `Ecal_fiber_thickness`, `Ecal_Hcal_gap`, `Ecal_nlayers1`, `Ecal_nlayers2`, `Ecal_nlayers3`, `Ecal_outer_radius`, `Ecal_radiator_layers_set1_thickness`, `Ecal_radiator_layers_set2_thickness`, `Ecal_radiator_layers_set3_thickness`, `Ecal_radiator_material`, `Ecal_Si_thickness`, `Ecal_total_alveolus_thickness`, `Ecal_Tpc_gap`, `Field_nominal_value`, `FieldPropagator_LargestAcceptableStep`, `Hcal_back_plate_thickness`, `Hcal_barrel_end_module_type`, `Hcal_cells_size`, `Hcal_Ecal_gap`, `Hcal_endcap_cables_gap`, `Hcal_endcap_center_box_size`, `Hcal_fiber_gap`, `Hcal_lateral_structure_thickness`, `Hcal_modules_gap`, `Hcal_nlayers`, `Hcal_outer_radius`, `Hcal_R_max`, `Hcal_radiator_material`, `Hcal_radiator_thickness`, `Hcal_sensitive_model`, `Hcal_stave_gaps`, `TPC_Ecal_Hcal_barrel_halfZ`, `TPC_outer_radius`, `Yoke_Barrel_Half_Z`, `Yoke_barrel_inner_radius`, `Yoke_BField_cutoff`, `Yoke_endcap_inner_radius`, `Yoke_thickness`, `Yoke_Z_start_endcaps`
Detailed Info	Database Browser

Detector Model “SiD02”

Description	The SiD detector concept using the calorimeters and so on from LDC, but without modifications except the calorimeter inner radius to agree with the Si tracker device.
Concept	SiD
Subdetectors	`SCoil01`, `SEcal01`, `SField01`, `ftdSiD00`, `SHcal01`, `SiDBar00`, `SiDFwd00`, `tubeSiD01`, `vxdSiD00`, `SYoke01`
Parameters	`Coil_extra_size`, `Coil_inner_radius`, `Coil_thickness`, `Ecal_cables_gap`, `Ecal_cells_size`, `Ecal_endcap_center_box_size`, `Ecal_endcap_zmax`, `Ecal_fiber_thickness`, `Ecal_Hcal_gap`, `Ecal_nlayers1`, `Ecal_nlayers2`, `Ecal_nlayers3`, `Ecal_outer_radius`, `Ecal_radiator_layers_set1_thickness`, `Ecal_radiator_layers_set2_thickness`, `Ecal_radiator_layers_set3_thickness`, `Ecal_radiator_material`, `Ecal_Si_thickness`, `Ecal_total_alveolus_thickness`, `Ecal_Tpc_gap`, `Field_nominal_value`, `FieldPropagator_LargestAcceptableStep`, `Hcal_back_plate_thickness`, `Hcal_barrel_end_module_type`, `Hcal_cells_size`, `Hcal_Ecal_gap`, `Hcal_endcap_cables_gap`, `Hcal_endcap_center_box_size`, `Hcal_fiber_gap`, `Hcal_lateral_structure_thickness`, `Hcal_modules_gap`, `Hcal_nlayers`, `Hcal_outer_radius`, `Hcal_R_max`, `Hcal_radiator_material`, `Hcal_radiator_thickness`, `Hcal_sensitive_model`, `Hcal_stave_gaps`, `TPC_Ecal_Hcal_barrel_halfZ`, `TPC_outer_radius`, `Yoke_Barrel_Half_Z`, `Yoke_barrel_inner_radius`, `Yoke_BField_cutoff`, `Yoke_endcap_inner_radius`, `Yoke_thickness`, `Yoke_Z_start_endcaps`
Detailed Info	Database Browser

Detector Model “SiDTracker”

Description	Barrel and endcaps of the SiD Si tracker device
Concept	LDC
Subdetectors	`ftdSiD00`, `SiDBar00`, `SiDFwd00`, `tubeSiD01`, `vxdSiD00`
Parameters	(none)
Detailed Info	Database Browser

Detector Model “TB00”

Description	Calice-DESY-NICADD Test Beam, including HCal, ECal and Catcher.
Concept	Test Beam Calice
Subdetectors	`TBcatcher00`, `TBecal00`, `TBhcal00`
Parameters	(none)
Detailed Info	Database Browser

Detector Model “TB01”

Description	TB00-based with virtual readout
Concept	Test Beam Calice
Subdetectors	`TBcatcher00`, `TBecal00`, `TBhcal01`
Parameters	(none)
Detailed Info	Database Browser

Detector Model “TB02”

Description	TB with virtual cells, R. Poeschl
Concept	Test Beam Calice
Subdetectors	`TBcatcher02`, `TBecal02`, `TBhcal02`
Parameters	(none)
Detailed Info	Database Browser

Detector Model “TB03”

Description	Detector model for test beam submitted by Jeremy McCormick
Concept	Test Beam Calice
Subdetectors	`Proto03`, `TBcatcher03`, `TBhcal03`
Parameters	`configuration_angle`, `g10MaterialName`, `use_tracker`
Detailed Info	Database Browser

Detector Model “TB03_hcalcatch”

Description	TB with virtual cells, hcal and catcher only, conf. angle from steering
Concept	Test Beam Calice
Subdetectors	`TBcatcher03`, `TBhcal03`
Parameters	(none)
Detailed Info	Database Browser

Detector Model “TB04”

Description	Detector model for test beam submitted by Jeremy McCormick
Concept	Test Beam Calice
Subdetectors	`Proto03`, `TBcatcher04`, `TBhcal04`
Parameters	`configuration_angle`, `g10MaterialName`, `Hcal_layer_pattern`, `use_tracker`
Detailed Info	Database Browser

Detector Model “TB04_hcal”

Description	TB with virtual, cells simple geometry, hcal only
Concept	Test Beam Calice
Subdetectors	`TBhcal04`
Parameters	`configuration_angle`, `Hcal_layer_pattern`
Detailed Info	Database Browser

Detector Model “TB04_hcalcatch”

Description	TB with virtual cells, hcal and catcher only, conf. angle from sharing table
Concept	Test Beam Calice
Subdetectors	`TBcatcher04`, `TBhcal04`
Parameters	`configuration_angle`, `Hcal_layer_pattern`
Detailed Info	Database Browser

Detector Model “TB05”

Description	Detector model for Test Beam submitted by Gabriel Musat
Concept	Test Beam Calice
Subdetectors	`Proto03`, `TBcatcher04`, `TBdch01`, `TBhcal04`
Parameters	`configuration_angle`, `ecal_begin_z`, `g10MaterialName`, `Hcal_layer_pattern`, `TranslateX`, `TranslateY`, `use_tracker`
Detailed Info	Database Browser

Detector Model “TB06”

Description	Detector model for Test Beam using configuration at Desy in February 2005
Concept	Test Beam Calice
Subdetectors	`ProtoDesy0205`, `TBcatcher04`, `TBdch01`, `TBhcal04`
Parameters	`configuration_angle`, `ecal_begin_z`, `g10MaterialName`, `Hcal_layer_pattern`, `TranslateX`, `TranslateY`, `use_tracker`
Detailed Info	Database Browser

Detector Model “TB07”

Description	TB06 with additional scintillator hodoscope made by Fabrizio Salvatore
Concept	Test Beam Calice
Subdetectors	`ProtoDesy0205`, `TBcatcher04`, `TBdch01`, `TBhcal04`, `TBscint01`
Parameters	`configuration_angle`, `ecal_begin_z`, `g10MaterialName`, `Hcal_layer_pattern`, `TranslateX`, `TranslateY`, `use_tracker`
Detailed Info	Database Browser

Detector Model “TBCern07”

Description	Test Beam model implementation for the Cern 2007 setup with a fully instrumented Ecal
Concept	Test Beam Cern
Subdetectors	`ProtoCern07`, `TBcatcher07`, `TBcerenkov03`, `TBdch05`, `TBhcal07`, `TBmuoncount03`, `TBscint05`, `TBveto01`
Parameters	`cherenGasType`, `cherenPressure`, `configuration_angle`, `dist_hcal_tcmt`, `Ecal_slab_pattern`, `EcalRotationAngle`, `EcalTranslateX`, `EcalTranslateY`, `g10MaterialName`, `Hcal_apply_Birks_law`, `Hcal_layer_pattern`, `Hcal_time_cut`, `HcalRotationAngle`, `HcalTranslateX`, `HcalTranslateY`, `shift_module1`, `shift_module3`, `Tcmt_layer_pattern`, `TCMTRotationAngle`, `TCMTTranslateX`, `TCMTTranslateY`, `use_tracker`, `z_end_tcmt`
Detailed Info	Database Browser

Detector Model “TBCern0707”

Description	Test Beam model implementation for the Cern Jully 2007 setup with a partly instrumented Ecal: bottom front 6 slabs missing
Concept	Test Beam Cern
Subdetectors	`ProtoCern07`, `TBcatcher07`, `TBcerenkov03`, `TBdch05`, `TBhcal07`, `TBmuoncount03`, `TBscint05`, `TBveto01`
Parameters	`cherenGasType`, `cherenPressure`, `configuration_angle`, `dist_hcal_tcmt`, `Ecal_slab_pattern`, `EcalRotationAngle`, `EcalTranslateX`, `EcalTranslateY`, `g10MaterialName`, `Hcal_apply_Birks_law`, `Hcal_layer_pattern`, `Hcal_time_cut`, `HcalRotationAngle`, `HcalTranslateX`, `HcalTranslateY`, `shift_module1`, `shift_module3`, `Tcmt_layer_pattern`, `TCMTRotationAngle`, `TCMTTranslateX`, `TCMTTranslateY`, `use_tracker`, `z_end_tcmt`
Detailed Info	Database Browser

Detector Model “TBCern0707_01”

Description	TBCern0707 plus vacuum pipe
Concept	Test Beam Cern
Subdetectors	`ProtoCern07`, `TBcatcher07`, `TBcerenkov03`, `TBdch05`, `TBhcal07`, `TBmuoncount03`, `TBscint05`, `TBvacpipe02_01`, `TBveto01`
Parameters	`cherenGasType`, `cherenPressure`, `configuration_angle`, `dist_hcal_tcmt`, `Ecal_slab_pattern`, `EcalRotationAngle`, `EcalTranslateX`, `EcalTranslateY`, `g10MaterialName`, `Hcal_apply_Birks_law`, `Hcal_layer_pattern`, `Hcal_time_cut`, `HcalRotationAngle`, `HcalTranslateX`, `HcalTranslateY`, `shift_module1`, `shift_module3`, `Tcmt_layer_pattern`, `TCMTRotationAngle`, `TCMTTranslateX`, `TCMTTranslateY`, `use_tracker`, `z_end_tcmt`
Detailed Info	Database Browser

Detector Model “TBCern0707_dchxy_01”

Description	TBCern0707_01 with XY separate sensitivity DCHs
Concept	Test Beam Cern
Subdetectors	`ProtoCern07`, `TBcatcher07`, `TBcerenkov03`, `TBdchXY05_01`, `TBhcal07`, `TBmuoncount03`, `TBscint05`, `TBvacpipe02_01`, `TBveto01`
Parameters	`cherenGasType`, `cherenPressure`, `configuration_angle`, `dist_hcal_tcmt`, `Ecal_slab_pattern`, `EcalRotationAngle`, `EcalTranslateX`, `EcalTranslateY`, `g10MaterialName`, `Hcal_apply_Birks_law`, `Hcal_layer_pattern`, `Hcal_time_cut`, `HcalRotationAngle`, `HcalTranslateX`, `HcalTranslateY`, `shift_module1`, `shift_module3`, `Tcmt_layer_pattern`, `TCMTRotationAngle`, `TCMTTranslateX`, `TCMTTranslateY`, `use_tracker`, `z_end_tcmt`
Detailed Info	Database Browser

Detector Model “TBCern0707_p0709”

Description	TBCern0707_dchxy_01 with new Hcal driver TBhcal07
Concept	Test Beam Cern
Subdetectors	`ProtoCern07`, `TBcatcher07_02`, `TBcerenkov03`, `TBdchXY05_01`, `TBhcal07_02`, `TBmuoncount03`, `TBscint05`, `TBvacpipe02_01`, `TBveto01`
Parameters	`cherenGasType`, `cherenPressure`, `configuration_angle`, `dist_hcal_tcmt`, `Ecal_slab_pattern`, `EcalRotationAngle`, `EcalTranslateX`, `EcalTranslateY`, `g10MaterialName`, `Hcal_apply_Birks_law`, `Hcal_layer_pattern`, `Hcal_time_cut`, `HcalRotationAngle`, `HcalTranslateX`, `HcalTranslateY`, `shift_module1`, `shift_module3`, `Tcmt_layer_pattern`, `TCMTRotationAngle`, `TCMTTranslateX`, `TCMTTranslateY`, `use_tracker`, `z_end_tcmt`
Detailed Info	Database Browser

Detector Model “TBCern07_01”

Description	TBCern07 plus vacuum pipe
Concept	Test Beam Cern
Subdetectors	`ProtoCern07`, `TBcatcher07`, `TBcerenkov03`, `TBdch05`, `TBhcal07`, `TBmuoncount03`, `TBscint05`, `TBvacpipe02_01`, `TBveto01`
Parameters	`cherenGasType`, `cherenPressure`, `configuration_angle`, `dist_hcal_tcmt`, `Ecal_slab_pattern`, `EcalRotationAngle`, `EcalTranslateX`, `EcalTranslateY`, `g10MaterialName`, `Hcal_apply_Birks_law`, `Hcal_layer_pattern`, `Hcal_time_cut`, `HcalRotationAngle`, `HcalTranslateX`, `HcalTranslateY`, `shift_module1`, `shift_module3`, `Tcmt_layer_pattern`, `TCMTRotationAngle`, `TCMTTranslateX`, `TCMTTranslateY`, `use_tracker`, `z_end_tcmt`
Detailed Info	Database Browser

Detector Model “TBCern07_dchxy_01”

Description	TBCern07_01 with XY separate sensitivity DCHs
Concept	Test Beam Cern
Subdetectors	`ProtoCern07`, `TBcatcher07`, `TBcerenkov03`, `TBdchXY05_01`, `TBhcal07`, `TBmuoncount03`, `TBscint05`, `TBvacpipe02_01`, `TBveto01`
Parameters	`cherenGasType`, `cherenPressure`, `configuration_angle`, `dist_hcal_tcmt`, `Ecal_slab_pattern`, `EcalRotationAngle`, `EcalTranslateX`, `EcalTranslateY`, `g10MaterialName`, `Hcal_apply_Birks_law`, `Hcal_layer_pattern`, `Hcal_time_cut`, `HcalRotationAngle`, `HcalTranslateX`, `HcalTranslateY`, `shift_module1`, `shift_module3`, `Tcmt_layer_pattern`, `TCMTRotationAngle`, `TCMTTranslateX`, `TCMTTranslateY`, `use_tracker`, `z_end_tcmt`
Detailed Info	Database Browser

Detector Model “TBCern07_p0709”

Description	TBCern07_dchxy_01 with new Hcal driver TBhcal07
Concept	Test Beam Cern
Subdetectors	`ProtoCern07`, `TBcatcher07_02`, `TBcerenkov03`, `TBdchXY05_01`, `TBhcal07_02`, `TBmuoncount03`, `TBscint05`, `TBvacpipe02_01`, `TBveto01`
Parameters	`cherenGasType`, `cherenPressure`, `configuration_angle`, `dist_hcal_tcmt`, `Ecal_slab_pattern`, `EcalRotationAngle`, `EcalTranslateX`, `EcalTranslateY`, `g10MaterialName`, `Hcal_apply_Birks_law`, `Hcal_layer_pattern`, `Hcal_time_cut`, `HcalRotationAngle`, `HcalTranslateX`, `HcalTranslateY`, `shift_module1`, `shift_module3`, `Tcmt_layer_pattern`, `TCMTRotationAngle`, `TCMTTranslateX`, `TCMTTranslateY`, `use_tracker`, `z_end_tcmt`
Detailed Info	Database Browser

Detector Model “TBCern0806”

Description	Detector model for the Test Beam setup used during shifts at Cern in August - September 2006
Concept	Test Beam Cern
Subdetectors	`ProtoDesy0506`, `TBcatcher05`, `TBcerenkov01`, `TBdch03`, `TBfingcount02`, `TBhcal05`, `TBmuoncount01`, `TBscint03`
Parameters	`configuration_angle`, `ecal_begin_z`, `g10MaterialName`, `Hcal_layer_pattern`, `shift_module1`, `shift_module3`, `Tcmt_layer_pattern`, `TranslateX`, `TranslateY`, `use_tracker`
Detailed Info	Database Browser

Detector Model “TBCern0806_01”

Description	Detector model for the Test Beam setup used during shifts at Cern in August - September 2006 with the new coordinate system
Concept	Test Beam Cern
Subdetectors	`ProtoCern0806_01`, `TBcatcher05_01`, `TBcerenkov01_01`, `TBdch03_01`, `TBfingcount02_01`, `TBhcal05_01`, `TBmuoncount01_01`, `TBscint03_01`, `TBvacpipe00_01`
Parameters	`configuration_angle`, `EcalRotationAngle`, `EcalTranslateX`, `EcalTranslateY`, `g10MaterialName`, `Hcal_layer_pattern`, `HcalRotationAngle`, `HcalTranslateX`, `HcalTranslateY`, `shift_module1`, `shift_module3`, `Tcmt_layer_pattern`, `TCMTRotationAngle`, `TCMTTranslateX`, `TCMTTranslateY`, `TranslateX`, `TranslateY`, `use_tracker`
Detailed Info	Database Browser

Detector Model “TBCern0806_01_dchxy_new”

Description	TBCern0806_01 with Drift Chambers having separate sensitivity in X and Y built by the same driver
Concept	Test Beam Cern
Subdetectors	`ProtoCern0806_01`, `TBcatcher05_01`, `TBcerenkov01_01`, `TBdchXY03_01`, `TBfingcount02_01`, `TBhcal05_01`, `TBmuoncount01_01`, `TBscint03_01`, `TBvacpipe00_01`
Parameters	`configuration_angle`, `EcalRotationAngle`, `EcalTranslateX`, `EcalTranslateY`, `g10MaterialName`, `Hcal_layer_pattern`, `HcalRotationAngle`, `HcalTranslateX`, `HcalTranslateY`, `shift_module1`, `shift_module3`, `Tcmt_layer_pattern`, `TCMTRotationAngle`, `TCMTTranslateX`, `TCMTTranslateY`, `TranslateX`, `TranslateY`, `use_tracker`
Detailed Info	Database Browser

Detector Model “TBCern0806_dchxy_new”

Description	TBCern0806 with Drift Chambers having separate sensitivity in X and Y built by the same driver
Concept	Test Beam Cern
Subdetectors	`ProtoDesy0506`, `TBcatcher05`, `TBcerenkov01`, `TBdchXY03`, `TBfingcount02`, `TBhcal05`, `TBmuoncount01`, `TBscint03`
Parameters	`configuration_angle`, `ecal_begin_z`, `g10MaterialName`, `Hcal_layer_pattern`, `shift_module1`, `shift_module3`, `Tcmt_layer_pattern`, `TranslateX`, `TranslateY`, `use_tracker`
Detailed Info	Database Browser

Detector Model “TBCern0806_p0709”

Description	TBCern0806_01_dchxy_new with new Hcal driver TBhcal07
Concept	Test Beam Cern
Subdetectors	`ProtoCern0806_01`, `TBcatcher05_02`, `TBcerenkov01_01`, `TBdchXY03_01`, `TBfingcount02_01`, `TBhcal05_02`, `TBmuoncount01_01`, `TBscint03_01`, `TBvacpipe00_01`
Parameters	`configuration_angle`, `EcalRotationAngle`, `EcalTranslateX`, `EcalTranslateY`, `g10MaterialName`, `Hcal_apply_Birks_law`, `Hcal_layer_pattern`, `Hcal_time_cut`, `HcalRotationAngle`, `HcalTranslateX`, `HcalTranslateY`, `shift_module1`, `shift_module3`, `Tcmt_layer_pattern`, `TCMTRotationAngle`, `TCMTTranslateX`, `TCMTTranslateY`, `TranslateX`, `TranslateY`, `use_tracker`
Detailed Info	Database Browser

Detector Model “TBCern0807”

Description	Test Beam model implementation for the Cern August 2007 setup with a partly instrumented Ecal: bottom front 3 slabs replaced with W
Concept	Test Beam Cern
Subdetectors	`ProtoCern07`, `TBcatcher07`, `TBcerenkov03`, `TBdch05`, `TBhcal07`, `TBmuoncount03`, `TBscint05`, `TBveto01`
Parameters	`cherenGasType`, `cherenPressure`, `configuration_angle`, `dist_hcal_tcmt`, `Ecal_slab_pattern`, `EcalRotationAngle`, `EcalTranslateX`, `EcalTranslateY`, `g10MaterialName`, `Hcal_apply_Birks_law`, `Hcal_layer_pattern`, `Hcal_time_cut`, `HcalRotationAngle`, `HcalTranslateX`, `HcalTranslateY`, `shift_module1`, `shift_module3`, `Tcmt_layer_pattern`, `TCMTRotationAngle`, `TCMTTranslateX`, `TCMTTranslateY`, `use_tracker`, `z_end_tcmt`
Detailed Info	Database Browser

Detector Model “TBCern0807_01”

Description	TBCern0807 plus vacuum pipe
Concept	Test Beam Cern
Subdetectors	`ProtoCern07`, `TBcatcher07`, `TBcerenkov03`, `TBdch05`, `TBhcal07`, `TBmuoncount03`, `TBscint05`, `TBvacpipe02_01`, `TBveto01`
Parameters	`cherenGasType`, `cherenPressure`, `configuration_angle`, `dist_hcal_tcmt`, `Ecal_slab_pattern`, `EcalRotationAngle`, `EcalTranslateX`, `EcalTranslateY`, `g10MaterialName`, `Hcal_apply_Birks_law`, `Hcal_layer_pattern`, `Hcal_time_cut`, `HcalRotationAngle`, `HcalTranslateX`, `HcalTranslateY`, `shift_module1`, `shift_module3`, `Tcmt_layer_pattern`, `TCMTRotationAngle`, `TCMTTranslateX`, `TCMTTranslateY`, `use_tracker`, `z_end_tcmt`
Detailed Info	Database Browser

Detector Model “TBCern0807_dchxy_01”

Description	TBCern0807_01 with XY separate sensitivity DCHs
Concept	Test Beam Cern
Subdetectors	`ProtoCern07`, `TBcatcher07`, `TBcerenkov03`, `TBdchXY05_01`, `TBhcal07`, `TBmuoncount03`, `TBscint05`, `TBvacpipe02_01`, `TBveto01`
Parameters	`cherenGasType`, `cherenPressure`, `configuration_angle`, `dist_hcal_tcmt`, `Ecal_slab_pattern`, `EcalRotationAngle`, `EcalTranslateX`, `EcalTranslateY`, `g10MaterialName`, `Hcal_apply_Birks_law`, `Hcal_layer_pattern`, `Hcal_time_cut`, `HcalRotationAngle`, `HcalTranslateX`, `HcalTranslateY`, `shift_module1`, `shift_module3`, `Tcmt_layer_pattern`, `TCMTRotationAngle`, `TCMTTranslateX`, `TCMTTranslateY`, `use_tracker`, `z_end_tcmt`
Detailed Info	Database Browser

Detector Model “TBCern0807_p0709”

Description	TBCern0807_dchxy_01 with new Hcal driver TBhcal07
Concept	Test Beam Cern
Subdetectors	`ProtoCern07`, `TBcatcher07_02`, `TBcerenkov03`, `TBdchXY05_01`, `TBhcal07_02`, `TBmuoncount03`, `TBscint05`, `TBvacpipe02_01`, `TBveto01`
Parameters	`cherenGasType`, `cherenPressure`, `configuration_angle`, `dist_hcal_tcmt`, `Ecal_slab_pattern`, `EcalRotationAngle`, `EcalTranslateX`, `EcalTranslateY`, `g10MaterialName`, `Hcal_apply_Birks_law`, `Hcal_layer_pattern`, `Hcal_time_cut`, `HcalRotationAngle`, `HcalTranslateX`, `HcalTranslateY`, `shift_module1`, `shift_module3`, `Tcmt_layer_pattern`, `TCMTRotationAngle`, `TCMTTranslateX`, `TCMTTranslateY`, `use_tracker`, `z_end_tcmt`
Detailed Info	Database Browser

Detector Model “TBCern1006”

Description	Detector model for the Test Beam setup used during shifts at Cern in October 2006
Concept	Test Beam Cern
Subdetectors	`ProtoDesy0506`, `TBcatcher06`, `TBcerenkov02`, `TBdch04`, `TBfingcount03`, `TBhcal06`, `TBmuoncount02`, `TBscint04`
Parameters	`configuration_angle`, `ecal_begin_z`, `g10MaterialName`, `Hcal_layer_pattern`, `shift_module1`, `shift_module3`, `Tcmt_layer_pattern`, `TranslateX`, `TranslateY`, `use_tracker`
Detailed Info	Database Browser

Detector Model “TBCern1006_01”

Description	Detector model for the Test Beam setup used during shifts at Cern in October 2006 with the new coordinate system
Concept	Test Beam Cern
Subdetectors	`ProtoCern1006_01`, `TBcatcher06_01`, `TBcerenkov02_01`, `TBdch04_01`, `TBfingcount03_01`, `TBhcal06_01`, `TBmuoncount02_01`, `TBscint04_01`, `TBvacpipe01_01`
Parameters	`configuration_angle`, `EcalRotationAngle`, `EcalTranslateX`, `EcalTranslateY`, `g10MaterialName`, `Hcal_layer_pattern`, `HcalRotationAngle`, `HcalTranslateX`, `HcalTranslateY`, `shift_module1`, `shift_module3`, `Tcmt_layer_pattern`, `TCMTRotationAngle`, `TCMTTranslateX`, `TCMTTranslateY`, `TranslateX`, `TranslateY`, `use_tracker`
Detailed Info	Database Browser

Detector Model “TBCern1006_01_dchxy_new”

Description	TBCern1006_01 with Drift Chambers having only one hits collection
Concept	Test Beam Cern
Subdetectors	`ProtoCern1006_01`, `TBcatcher06_01`, `TBcerenkov02_01`, `TBdchXY04_01`, `TBfingcount03_01`, `TBhcal06_01`, `TBmuoncount02_01`, `TBscint04_01`, `TBvacpipe01_01`
Parameters	`configuration_angle`, `EcalRotationAngle`, `EcalTranslateX`, `EcalTranslateY`, `g10MaterialName`, `Hcal_layer_pattern`, `HcalRotationAngle`, `HcalTranslateX`, `HcalTranslateY`, `shift_module1`, `shift_module3`, `Tcmt_layer_pattern`, `TCMTRotationAngle`, `TCMTTranslateX`, `TCMTTranslateY`, `TranslateX`, `TranslateY`, `use_tracker`
Detailed Info	Database Browser

Detector Model “TBCern1006_dchxy_new”

Description	TBCern1006 with Drift Chambers having separate sensitivity in X and Y built by the same driver
Concept	Test Beam Cern
Subdetectors	`ProtoDesy0506`, `TBcatcher06`, `TBcerenkov02`, `TBdchXY04`, `TBfingcount03`, `TBhcal06`, `TBmuoncount02`, `TBscint04`
Parameters	`configuration_angle`, `ecal_begin_z`, `g10MaterialName`, `Hcal_layer_pattern`, `shift_module1`, `shift_module3`, `Tcmt_layer_pattern`, `TranslateX`, `TranslateY`, `use_tracker`
Detailed Info	Database Browser

Detector Model “TBCern1006_p0709”

Description	TBCern1006_01_dchxy_new with new Hcal driver TBhcal07
Concept	Test Beam Cern
Subdetectors	`ProtoCern1006_01`, `TBcatcher06_02`, `TBcerenkov02_01`, `TBdchXY04_01`, `TBfingcount03_01`, `TBhcal06_02`, `TBmuoncount02_01`, `TBscint04_01`, `TBvacpipe01_01`
Parameters	`configuration_angle`, `EcalRotationAngle`, `EcalTranslateX`, `EcalTranslateY`, `g10MaterialName`, `Hcal_apply_Birks_law`, `Hcal_layer_pattern`, `Hcal_time_cut`, `HcalRotationAngle`, `HcalTranslateX`, `HcalTranslateY`, `shift_module1`, `shift_module3`, `Tcmt_layer_pattern`, `TCMTRotationAngle`, `TCMTTranslateX`, `TCMTTranslateY`, `TranslateX`, `TranslateY`, `use_tracker`
Detailed Info	Database Browser

Detector Model “TBCern2010”

Description	Cern TB model from Angela and Jacopo
Concept	Test Beam Cern
Subdetectors	`TBdchXY07`, `TBhcal09`, `TBscint07`
Parameters	`Hcal_apply_Birks_law`, `HCAL_configuration_angle`, `Hcal_time_cut`, `HcalRotationAngle`, `HcalTranslateX`, `HcalTranslateY`
Detailed Info	Database Browser

Detector Model “TBDesy0205”

Description	Ecal and Drift Chambers used during shifts at Desy in February 2005
Concept	Test Beam Calice
Subdetectors	`ProtoDesy0205`, `TBdch01`
Parameters	`configuration_angle`, `ecal_begin_z`, `g10MaterialName`, `TranslateX`, `TranslateY`, `use_tracker`
Detailed Info	Database Browser

Detector Model “TBDesy0205_2”

Description	Ecal, Drift Chambers and Scintillator used during shifts at Desy in February 2005
Concept	Test Beam Calice
Subdetectors	`ProtoDesy0205`, `TBdch01`, `TBscint01`
Parameters	`configuration_angle`, `ecal_begin_z`, `g10MaterialName`, `TranslateX`, `TranslateY`, `use_tracker`
Detailed Info	Database Browser

Detector Model “TBDesy0506”

Description	Ecal, Drift Chambers, Scintillator and Finger Counters used during shifts at Desy in May 2006
Concept	Test Beam Calice
Subdetectors	`ProtoDesy0506`, `TBdch02`, `TBfingcount01`, `TBscint02`
Parameters	`configuration_angle`, `ecal_begin_z`, `g10MaterialName`, `shift_module1`, `shift_module3`, `TranslateX`, `TranslateY`, `use_tracker`
Detailed Info	Database Browser

Detector Model “TBDesy0506_01”

Description	Ecal, Drift Chambers, Scintillator and Finger Counters used during shifts at Desy in May 2006 with the new coordinate system
Concept	Test Beam Calice
Subdetectors	`ProtoDesy0506_01`, `TBdch02_01`, `TBfingcount01_01`, `TBscint02_01`
Parameters	`configuration_angle`, `EcalRotationAngle`, `EcalTranslateX`, `EcalTranslateY`, `g10MaterialName`, `shift_module1`, `shift_module3`, `TranslateX`, `TranslateY`, `use_tracker`
Detailed Info	Database Browser

Detector Model “TBDesy0506_01_dchxy”

Description	TBDesy0506_01 with Drift Chambers having separate sensitivity in X and Y
Concept	Test Beam Calice
Subdetectors	`ProtoDesy0506_01`, `TBdchX02_01`, `TBdchY02_01`, `TBfingcount01_01`, `TBscint02_01`
Parameters	`configuration_angle`, `EcalRotationAngle`, `EcalTranslateX`, `EcalTranslateY`, `g10MaterialName`, `shift_module1`, `shift_module3`, `TranslateX`, `TranslateY`, `use_tracker`
Detailed Info	Database Browser

Detector Model “TBDesy0506_01_dchxy_new”

Description	TBDesy0506_01_dchxy with Drift Chambers having separate sensitivity in X and Y built by the same driver
Concept	Test Beam Calice
Subdetectors	`ProtoDesy0506_01`, `TBdchXY02_01`, `TBfingcount01_01`, `TBscint02_01`
Parameters	`configuration_angle`, `EcalRotationAngle`, `EcalTranslateX`, `EcalTranslateY`, `g10MaterialName`, `shift_module1`, `shift_module3`, `TranslateX`, `TranslateY`, `use_tracker`
Detailed Info	Database Browser

Detector Model “TBDesy0506_dchxy”

Description	TBDesy0506 with Drift Chambers having separate sensitivity in X and Y
Concept	Test Beam Calice
Subdetectors	`ProtoDesy0506`, `TBdchX02`, `TBdchY02`, `TBfingcount01`, `TBscint02`
Parameters	`configuration_angle`, `ecal_begin_z`, `g10MaterialName`, `shift_module1`, `shift_module3`, `TranslateX`, `TranslateY`, `use_tracker`
Detailed Info	Database Browser

Detector Model “TBDesy0506_dchxy_new”

Description	TBDesy0506_dchxy with Drift Chambers having separate sensitivity in X and Y built by the same driver
Concept	Test Beam Calice
Subdetectors	`ProtoDesy0506`, `TBdchXY02`, `TBfingcount01`, `TBscint02`
Parameters	`configuration_angle`, `ecal_begin_z`, `g10MaterialName`, `shift_module1`, `shift_module3`, `TranslateX`, `TranslateY`, `use_tracker`
Detailed Info	Database Browser

Detector Model “TBFnal0508”

Description	First model for FNAL May-Jully 2008 TB setup
Concept	Test Beam Cern
Subdetectors	`ProtoFnal08`, `TBcatcher08`, `TBdchXY06_01`, `TBhcal08`, `TBmuoncount04_01`, `TBscint06`, `TBveto02`
Parameters	`configuration_angle`, `dist_hcal_tcmt`, `Ecal_slab_pattern`, `EcalRotationAngle`, `EcalTranslateX`, `EcalTranslateY`, `g10MaterialName`, `Hcal_apply_Birks_law`, `Hcal_layer_pattern`, `Hcal_time_cut`, `HcalRotationAngle`, `HcalTranslateX`, `HcalTranslateY`, `shift_module1`, `shift_module3`, `Tcmt_layer_pattern`, `TCMTRotationAngle`, `TCMTTranslateX`, `TCMTTranslateY`, `use_tracker`
Detailed Info	Database Browser

Detector Model “TBFnal0508_p0709”

Description	TBFnal0508 with new Hcal driver TBhcal07
Concept	Test Beam Cern
Subdetectors	`ProtoFnal08`, `TBcatcher08_02`, `TBdchXY06_01`, `TBhcal08_02`, `TBmuoncount04_01`, `TBscint06`, `TBveto02`
Parameters	`configuration_angle`, `dist_hcal_tcmt`, `Ecal_slab_pattern`, `EcalRotationAngle`, `EcalTranslateX`, `EcalTranslateY`, `g10MaterialName`, `Hcal_apply_Birks_law`, `Hcal_layer_pattern`, `Hcal_time_cut`, `HcalRotationAngle`, `HcalTranslateX`, `HcalTranslateY`, `shift_module1`, `shift_module3`, `Tcmt_layer_pattern`, `TCMTRotationAngle`, `TCMTTranslateX`, `TCMTTranslateY`, `use_tracker`
Detailed Info	Database Browser

Detector Model “TBFnal0508_p1211”

Description	TBFnal0508_p0709 with new Tail Catcher driver TBcatcher07
Concept	Test Beam Cern
Subdetectors	`ProtoFnal08`, `TBcatcher08_03`, `TBdchXY06_01`, `TBhcal08_02`, `TBmuoncount04_01`, `TBscint06`, `TBveto02`
Parameters	`configuration_angle`, `dist_hcal_tcmt`, `Ecal_slab_pattern`, `EcalRotationAngle`, `EcalTranslateX`, `EcalTranslateY`, `g10MaterialName`, `Hcal_apply_Birks_law`, `Hcal_layer_pattern`, `Hcal_time_cut`, `HcalRotationAngle`, `HcalTranslateX`, `HcalTranslateY`, `shift_module1`, `shift_module3`, `Tcmt_layer_pattern`, `TCMTRotationAngle`, `TCMTTranslateX`, `TCMTTranslateY`, `use_tracker`
Detailed Info	Database Browser

Detector Model “TBhcal4d”

Description	For CALICE test beam timing studies
Concept	Test Beam Calice
Subdetectors	`TBhcal4d`
Parameters	`configuration_angle`, `Hcal_apply_Birks_law`, `Hcal_cells_size`, `HCAL_configuration_angle`, `HCAL_layer_ncell_x`, `HCAL_layer_ncell_y`, `Hcal_layer_pattern`, `Hcal_nlayers`, `Hcal_radiator_material`, `Hcal_radiator_thickness`, `Hcal_sensitive_model`, `Hcal_time_cut`, `HcalRotationAngle`, `HcalTranslateX`, `HcalTranslateY`
Detailed Info	Database Browser

Detector Model “TDR”

Description	Detector Model exploited before Tesla TDR
Concept	Tesla TDR
Subdetectors	`ecal02`, `field00`, `hcal02`, `mask00`
Parameters	(none)
Detailed Info	Database Browser

Detector Model “TM06”

Description	DESY 5T magnet TPC prototype setup
Concept	Tesla TDR
Subdetectors	`MidiTPC`, `Tmag06`, `TmagField`
Parameters	(none)
Detailed Info	Database Browser

Subdetector “BeamCal”

Description	Beam calorimeter
C++ Driver	`BeamCal00`
MySQL Database	`beamcalX01`
Parameters	`ILC_Main_Crossing_Angle`
Models	(none)

Subdetector “BeamCal01”

Description	Scaling Beam calorimeter
C++ Driver	`SBcal01`
MySQL Database	`beamcalX02`
Parameters	`ILC_Main_Crossing_Angle`, `LHcal_zend`
Models	`CILD_00`, `CILD_00fw`, `CLIC01_ILD`, `ILD_00`, `ILD_00_EcalSc01`, `ILD_00_EcalSc02`, `ILD_00Dhcal`, `ILD_00fw`, `ILD_00fw_Dhcal`, `ILD_00fwp01`

Subdetector “BeamCal08”

Description	New BeamCal driver by Andre Sailer
C++ Driver	`BeamCal01`
MySQL Database	`beamcalX08`
Parameters	`BCal_dAbsorber`, `BCal_dGraphite`, `BCal_nLayers`, `BCal_nWafers`, `BCal_PairMonitor`, `BCal_rInner`, `BCal_rOuter`, `BCal_rSegmentation`, `BCal_SpanningPhi`, `BCal_TubeIncomingRadius`, `ILC_Main_Crossing_Angle`, `LHcal_BCal_clearance`, `LHcal_zend`
Models	`CLIC_ILD_CDR`, `CLIC_ILD_CDR500`, `ILD_01_dev`, `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, `ILD_O1_v01`, `ILD_O1_v02`, `ILD_O1_v03`, `ILD_O2_v01`, `ILD_O2_v02`, `ILD_O2_v03`, `ILD_O3_v01`, `ILD_O3_v02`, `ILD_O3_v03`

Subdetector “Clic500TubeX01”

Description	Tube for 500GeV CLIC_ILD_CDR
C++ Driver	`tubeX01`
MySQL Database	`Clic500TubeX01`
Parameters	`Ecal_endcap_zmax`, `ILC_Main_Crossing_Angle`, `Lcal_beam_pipe_clearance`, `Lcal_inner_radius`, `Lcal_outer_radius`, `Lcal_z_begin`, `LHcal_inner_radius`, `LHcal_zend`, `TUBE_IPOuterBulge_end_radius`, `TUBE_IPOuterBulge_end_z`, `TUBE_IPOuterTube_end_radius`, `TUBE_IPOuterTube_end_z`, `TUBE_IPOuterTube_start_radius`, `TUBE_IPOuterTube_start_z`, `VXD_inner_radius`, `VXD_radius_r1`
Models	`CLIC_ILD_CDR500`

Subdetector “Clic500Vxd01”

Description	VertexDetector for 500Gev CLIC_ILD_CDR, no endelectronics
C++ Driver	`SVxd03`
MySQL Database	`Clic500Vxd01`
Parameters	`VXD_active_side_band_electronics_option`, `VXD_active_silicon_thickness`, `VXD_cryostat_option`, `VXD_end_ladd_electronics_half_length`, `VXD_end_ladd_electronics_option`, `VXD_end_ladd_electronics_thickness`, `VXD_inner_radius`, `VXD_layer_gap`, `VXD_length_r1`, `VXD_length_r3`, `VXD_length_r5`, `VXD_radius_r1`, `VXD_radius_r3`, `VXD_radius_r5`, `VXD_side_band_electronics_option`, `VXD_side_band_electronics_thickness`, `VXD_side_band_electronics_width`, `VXD_support_ladder_material`, `VXD_support_ladder_thickness`, `VXD_width_r1`, `VXD_width_r3`, `VXD_width_r5`
Models	`CLIC_ILD_CDR500`

Subdetector “clic_maskX04”

Description	Mask For CLIC01_ILD
C++ Driver	`maskX01`
MySQL Database	`clic_maskX04`
Parameters	`Ecal_endcap_zmax`, `ILC_Main_Crossing_Angle`, `LHcal_inner_radius`, `LHcal_zend`
Models	`CLIC01_ILD`

Subdetector “clic_tubeX05”

Description	Beamtube for CLIC01_ILD, with larger Vertex
C++ Driver	`tubeX01`
MySQL Database	`clic_tubeX05`
Parameters	`Ecal_endcap_zmax`, `ILC_Main_Crossing_Angle`, `Lcal_beam_pipe_clearance`, `Lcal_inner_radius`, `Lcal_outer_radius`, `Lcal_z_begin`, `LHcal_inner_radius`, `LHcal_zend`, `TUBE_IPOuterBulge_end_radius`, `TUBE_IPOuterBulge_end_z`, `TUBE_IPOuterTube_end_radius`, `TUBE_IPOuterTube_end_z`, `TUBE_IPOuterTube_start_radius`, `TUBE_IPOuterTube_start_z`, `VXD_inner_radius`, `VXD_radius_r1`
Models	`CLIC01_ILD`

Subdetector “clic_vxd06”

Description	VertexDetector for CLIC01_ILD, with larger Vertex
C++ Driver	`SVxd03`
MySQL Database	`clic_vxd06`
Parameters	`VXD_active_side_band_electronics_option`, `VXD_active_silicon_thickness`, `VXD_cryostat_option`, `VXD_end_ladd_electronics_half_length`, `VXD_end_ladd_electronics_option`, `VXD_end_ladd_electronics_thickness`, `VXD_inner_radius`, `VXD_layer_gap`, `VXD_length_r1`, `VXD_length_r3`, `VXD_length_r5`, `VXD_radius_r1`, `VXD_radius_r3`, `VXD_radius_r5`, `VXD_side_band_electronics_option`, `VXD_side_band_electronics_thickness`, `VXD_side_band_electronics_width`, `VXD_support_ladder_material`, `VXD_support_ladder_thickness`, `VXD_width_r1`, `VXD_width_r3`, `VXD_width_r5`
Models	`CLIC01_ILD`

Subdetector “clicmaskX01”

Description	Mask for CLIC with cylinder QD0
C++ Driver	`maskX01`
MySQL Database	`clicmaskX01`
Parameters	`Ecal_endcap_zmax`, `ILC_Main_Crossing_Angle`, `LHcal_inner_radius`, `LHcal_zend`
Models	`CLIC_ILD_CDR`, `CLIC_ILD_CDR500`

Subdetector “ClicSFtd01”

Description	More FTDs
C++ Driver	`SFtd05`
MySQL Database	`clicftd01`
Parameters	`Ecal_endcap_zmin`, `SIT1_Half_Length_Z`, `SIT1_Radius`, `SIT2_Half_Length_Z`, `SIT2_Radius`, `TPC_Ecal_Hcal_barrel_halfZ`, `TPC_inner_radius`, `TUBE_IPOuterBulge_end_radius`, `TUBE_IPOuterBulge_end_z`, `TUBE_IPOuterTube_end_radius`, `TUBE_IPOuterTube_end_z`, `TUBE_IPOuterTube_start_radius`, `TUBE_IPOuterTube_start_z`, `VXD_length_r3`
Models	`CLIC_ILD_CDR`, `CLIC_ILD_CDR500`

Subdetector “clictpc01”

Description	TPC with small cathode
C++ Driver	`tpc06`
MySQL Database	`clictpc01`
Parameters	`Ecal_Tpc_gap`, `TPC_Ecal_Hcal_barrel_halfZ`, `TPC_electronics_backend_thickness`, `TPC_inner_radius`, `TPC_inner_wall_thickness`, `TPC_max_step_length`, `TPC_outer_radius`, `TPC_outer_wall_thickness`, `TPC_pad_height`, `TPC_pad_width`
Models	`CLIC_ILD_CDR`, `CLIC_ILD_CDR500`

Subdetector “clictpc01swl”

Description	clictpc01 sub-detector model with step width limit (swl, driver tpc09)
C++ Driver	`tpc09`
MySQL Database	`clictpc01`
Parameters	`Ecal_Tpc_gap`, `TPC_Ecal_Hcal_barrel_halfZ`, `TPC_electronics_backend_thickness`, `TPC_inner_radius`, `TPC_inner_wall_thickness`, `TPC_max_step_length`, `TPC_outer_radius`, `TPC_outer_wall_thickness`, `TPC_pad_height`, `TPC_pad_width`
Models	(none)

Subdetector “ClicTubeX01”

Description	Tube for CLIC_ILD_CDR
C++ Driver	`tubeX01`
MySQL Database	`ClicTubeX01`
Parameters	`Ecal_endcap_zmax`, `ILC_Main_Crossing_Angle`, `Lcal_beam_pipe_clearance`, `Lcal_inner_radius`, `Lcal_outer_radius`, `Lcal_z_begin`, `LHcal_inner_radius`, `LHcal_zend`, `TUBE_IPOuterBulge_end_radius`, `TUBE_IPOuterBulge_end_z`, `TUBE_IPOuterTube_end_radius`, `TUBE_IPOuterTube_end_z`, `TUBE_IPOuterTube_start_radius`, `TUBE_IPOuterTube_start_z`, `VXD_inner_radius`, `VXD_radius_r1`
Models	`CLIC_ILD_CDR`

Subdetector “ClicVxd01”

Description	VertexDetector for CLIC_ILD_CDR, no endelectronics
C++ Driver	`SVxd03`
MySQL Database	`ClicVxd01`
Parameters	`VXD_active_side_band_electronics_option`, `VXD_active_silicon_thickness`, `VXD_cryostat_option`, `VXD_end_ladd_electronics_half_length`, `VXD_end_ladd_electronics_option`, `VXD_end_ladd_electronics_thickness`, `VXD_inner_radius`, `VXD_layer_gap`, `VXD_length_r1`, `VXD_length_r3`, `VXD_length_r5`, `VXD_radius_r1`, `VXD_radius_r3`, `VXD_radius_r5`, `VXD_side_band_electronics_option`, `VXD_side_band_electronics_thickness`, `VXD_side_band_electronics_width`, `VXD_support_ladder_material`, `VXD_support_ladder_thickness`, `VXD_width_r1`, `VXD_width_r3`, `VXD_width_r5`
Models	`CLIC_ILD_CDR`

Subdetector “clicyoke01”

Description	Driver for CLIC_CDR yoke
C++ Driver	`ClicYoke01`
MySQL Database	`clicyoke01`
Parameters	(none)
Models	`CLIC_ILD_CDR`, `CLIC_ILD_CDR500`

Subdetector “coil00”

Description	A simple Al tube as Coil
C++ Driver	`coil00`
MySQL Database	`coil00`
Parameters	(none)
Models	`D08`, `D08FeRPC1`, `D08FeScintillator`, `D08M1`, `D08M2`, `D08M3`, `D08SET`, `D08WModRPC1`, `D09`, `D09M1`, `D09Scint`, `D10`, `D10scint`, `D11`, `D12`, `D12scint`, `D13Stahl`, `D13TDR`, `D13XStahl`, `D14`, `D14_CMOSVTX`, `D20`, `HcalFeRPCFieldCoil`, `HcalWMod`, `HcalWModRPCFieldCoil`

Subdetector “coil01”

Description	Superconducting Coil Cryostat with detector instrumentation by Saveliev
C++ Driver	`coil01`
MySQL Database	`coil00`
Parameters	(none)
Models	(none)

Subdetector “SCoil01”

Description	Super coil to follow inner detector changes.
C++ Driver	`SCoil01` (superdriver for `coil00`)
Parameters	`Coil_extra_size`, `Coil_inner_radius`, `Coil_thickness`, `Hcal_R_max`, `TPC_Ecal_Hcal_barrel_halfZ`
Models	`LDC00`, `LDC00_01Rp`, `LDC00_01Sc`, `LDC00_02Sc`, `LDC00_03Rp`, `LDC00_03Sc`, `LDC00Sc`, `LDC01`, `LDC01_01Rp`, `LDC01_01Sc`, `LDC01_02Sc`, `LDC01_05Sc`, `LDC01_06Sc`, `LDC01_06Sc_p01`, `LDC01_06Sc_p02`, `LDC01Sc`, `LDC_GLD_01Sc`, `LDCPrime_01Sc`, `LDCPrime_02Sc`, `LDCPrime_02Sc_p01`, `LDCPrime_02Sc_p02`, `SiD01`, `SiD02`

Subdetector “SCoil02”

Description	Super coil to follow inner detector changes.
C++ Driver	`SCoil02` (superdriver for `coil00`)
Parameters	`Coil_extra_size`, `Coil_inner_radius`, `Coil_thickness`, `Coil_Yoke_lateral_clearance`, `Coil_Yoke_radial_clearance`, `Hcal_Coil_additional_gap`, `Hcal_R_max`, `TPC_Ecal_Hcal_barrel_halfZ`
Models	`CILD_00`, `CILD_00fw`, `CLIC01_ILD`, `CLIC_ILD_CDR`, `CLIC_ILD_CDR500`, `ILD_00`, `ILD_00_EcalSc01`, `ILD_00_EcalSc02`, `ILD_00Dhcal`, `ILD_00fw`, `ILD_00fw_Dhcal`, `ILD_00fwp01`

Subdetector “SCoil03”

Description	Coil using Coil Cryostat with detector instrumentation by Saveliev
C++ Driver	`SCoil02`
Parameters	`Coil_extra_size`, `Coil_inner_radius`, `Coil_thickness`, `Coil_Yoke_lateral_clearance`, `Coil_Yoke_radial_clearance`, `Hcal_Coil_additional_gap`, `Hcal_R_max`, `TPC_Ecal_Hcal_barrel_halfZ`
Models	`ILD_01_dev`, `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, `ILD_O1_v01`, `ILD_O1_v02`, `ILD_O1_v03`, `ILD_O2_v01`, `ILD_O2_v02`, `ILD_O2_v03`, `ILD_O3_v01`, `ILD_O3_v02`, `ILD_O3_v03`

Subdetector “ecal01j”

Description	just to export Ecal for Brahms, for J. Boehme
C++ Driver	`ecal02`
MySQL Database	`ecal01j`
Parameters	(none)
Models	(none)

Subdetector “ecal02”

Description	Ecal exploited for the Tesla TDR
C++ Driver	`ecal02`
MySQL Database	`ecal02`
Parameters	(none)
Models	`D08`, `D08FeRPC1`, `D08FeScintillator`, `D08M1`, `D08SET`, `D08WModRPC1`, `D09`, `D09M1`, `D09Scint`, `D10`, `D10scint`, `D12`, `D12scint`, `D13Stahl`, `D13TDR`, `D13XStahl`, `D14`, `D14_CMOSVTX`, `HcalWMod`, `TDR`

Subdetector “ecal02j”

Description	changes for Jenny
C++ Driver	`ecal02`
MySQL Database	`ecal02j`
Parameters	(none)
Models	(none)

Subdetector “ecal03”

Description	The same as ecal02 but 50cm shorter in Z.
C++ Driver	`ecal02`
MySQL Database	`ecal03`
Parameters	(none)
Models	`D08M2`, `D08M3`

Subdetector “ecal04”

Description	ecal02 with silicon divided into wafers and cells
C++ Driver	`ecal03`
MySQL Database	`ecal04`
Parameters	(none)
Models	`D11`

Subdetector “ecal05”

Description	ecal04 with cells 1 mm2
C++ Driver	`ecal02`
MySQL Database	`ecal05`
Parameters	(none)
Models	`EcalTPC`

Subdetector “ecal06”

Description	first approach for a most compact Ecal, with 1mm2 cells for studies
C++ Driver	`ecal02`
MySQL Database	`ecal06`
Parameters	(none)
Models	`Ecalk1TPC`

Subdetector “ecal07”

Description	Ecal with 3x3mm cells
C++ Driver	`ecal02`
MySQL Database	`ecal08`
Parameters	(none)
Models	(none)

Subdetector “ecal20”

Description	Ecal with 20 W layers
C++ Driver	`ecal02`
MySQL Database	`ecal20`
Parameters	(none)
Models	`D20`

Subdetector “ecalpbk1”

Description	first approach for a most compact Ecal, with radiator lead and 1mm2 cells for studies
C++ Driver	`ecal02`
MySQL Database	`ecal07`
Parameters	(none)
Models	`EcalPbk1TPC`

Subdetector “SEcal01”

Description	Super Si/W Ecal
C++ Driver	`SEcal01` (superdriver for `ecal02`)
Parameters	`Ecal_cables_gap`, `Ecal_cells_size`, `Ecal_endcap_center_box_size`, `Ecal_endcap_zmax`, `Ecal_fiber_thickness`, `Ecal_Hcal_gap`, `Ecal_nlayers1`, `Ecal_nlayers2`, `Ecal_nlayers3`, `Ecal_outer_radius`, `Ecal_radiator_layers_set1_thickness`, `Ecal_radiator_layers_set2_thickness`, `Ecal_radiator_layers_set3_thickness`, `Ecal_radiator_material`, `Ecal_Si_thickness`, `Ecal_total_alveolus_thickness`, `Ecal_Tpc_gap`, `TPC_Ecal_Hcal_barrel_halfZ`, `TPC_outer_radius`
Models	`LDC00`, `LDC00_01Rp`, `LDC00_01Sc`, `LDC00_02Sc`, `LDC00_03Rp`, `LDC00_03Sc`, `LDC00Sc`, `LDC01`, `LDC01_01Rp`, `LDC01_01Sc`, `LDC01_02Sc`, `LDC01Sc`, `SiD01`, `SiD02`

Subdetector “SEcal02”

Description	A scalable LDC Ecal driver without database, just parameters. (BAD HITS IN END CAPS!)
C++ Driver	`SEcal02`
Parameters	`Ecal_Alveolus_Air_Gap`, `Ecal_Barrel_halfZ`, `Ecal_barrel_number_of_towers`, `Ecal_cables_gap`, `Ecal_cells_size`, `Ecal_endcap_center_box_size`, `Ecal_endcap_extra_size`, `Ecal_fiber_thickness`, `Ecal_front_face_thickness`, `Ecal_guard_ring_size`, `Ecal_lateral_face_thickness`, `Ecal_Lcal_ring_gap`, `Ecal_nlayers1`, `Ecal_nlayers2`, `Ecal_nlayers3`, `Ecal_radiator_layers_set1_thickness`, `Ecal_radiator_layers_set2_thickness`, `Ecal_radiator_layers_set3_thickness`, `Ecal_radiator_material`, `Ecal_Si_thickness`, `Ecal_Slab_copper_thickness`, `Ecal_Slab_glue_gap`, `Ecal_Slab_ground_thickness`, `Ecal_Slab_H_fiber_thickness`, `Ecal_Slab_PCB_thickness`, `Ecal_Slab_shielding`, `Ecal_support_thickness`, `Ecal_Tpc_gap`, `Lcal_outer_radius`, `TPC_outer_radius`, `TUBE_crossing_angle`
Models	`LDC01_05Sc`, `LDCPrime_01Sc`

Subdetector “SEcal03”

Description	A scalable LDC Ecal driver without database, just parameters.
C++ Driver	`SEcal03`
Parameters	`Ecal_Alveolus_Air_Gap`, `Ecal_Barrel_halfZ`, `Ecal_barrel_number_of_towers`, `Ecal_cables_gap`, `Ecal_cells_size`, `Ecal_EC_Ring_gap`, `Ecal_endcap_center_box_size`, `Ecal_endcap_extra_size`, `Ecal_fiber_thickness`, `Ecal_front_face_thickness`, `Ecal_guard_ring_size`, `Ecal_lateral_face_thickness`, `Ecal_Lcal_ring_gap`, `Ecal_nlayers1`, `Ecal_nlayers2`, `Ecal_nlayers3`, `Ecal_radiator_layers_set1_thickness`, `Ecal_radiator_layers_set2_thickness`, `Ecal_radiator_layers_set3_thickness`, `Ecal_radiator_material`, `Ecal_sensitive_material`, `Ecal_Si_thickness`, `Ecal_Slab_copper_thickness`, `Ecal_Slab_glue_gap`, `Ecal_Slab_ground_thickness`, `Ecal_Slab_H_fiber_thickness`, `Ecal_Slab_PCB_thickness`, `Ecal_Slab_shielding`, `Ecal_support_thickness`, `Ecal_Tpc_gap`, `Lcal_outer_radius`, `TPC_outer_radius`, `TUBE_crossing_angle`
Models	`CILD_00`, `CILD_00fw`, `CLIC01_ILD`, `CLIC_ILD_CDR`, `CLIC_ILD_CDR500`, `ILD_00`, `ILD_00_EcalSc01`, `ILD_00Dhcal`, `ILD_00fw`, `ILD_00fw_Dhcal`, `ILD_00fwp01`, `LDC01_06Sc`, `LDC01_06Sc_p01`, `LDC01_06Sc_p02`, `LDC_GLD_01Sc`, `LDCPrime_02Sc`, `LDCPrime_02Sc_p01`, `LDCPrime_02Sc_p02`

Subdetector “SEcal03p01”

Description	A scalable ILD Ecal mixing Si and/or scintillator
C++ Driver	`SEcal04`
Parameters	`Ecal_Alveolus_Air_Gap`, `Ecal_Barrel_halfZ`, `Ecal_barrel_number_of_towers`, `Ecal_cables_gap`, `Ecal_cells_size`, `Ecal_EC_Ring_gap`, `Ecal_endcap_center_box_size`, `Ecal_endcap_extra_size`, `Ecal_fiber_thickness`, `Ecal_front_face_thickness`, `Ecal_guard_ring_size`, `Ecal_lateral_face_thickness`, `Ecal_Lcal_ring_gap`, `Ecal_MPPC_size`, `Ecal_n_wafers_per_tower`, `Ecal_nlayers1`, `Ecal_nlayers2`, `Ecal_nlayers3`, `Ecal_radiator_layers_set1_thickness`, `Ecal_radiator_layers_set2_thickness`, `Ecal_radiator_layers_set3_thickness`, `Ecal_radiator_material`, `Ecal_Sc_MPPC_breadth`, `Ecal_Sc_N_strips_across_module`, `Ecal_Sc_number_of_virtual_cells`, `Ecal_Sc_reflector_thickness`, `Ecal_Sc_Si_mix`, `Ecal_Sc_thickness`, `Ecal_Si_thickness`, `Ecal_Slab_copper_thickness`, `Ecal_Slab_glue_gap`, `Ecal_Slab_ground_thickness`, `Ecal_Slab_H_fiber_thickness`, `Ecal_Slab_PCB_thickness`, `Ecal_Slab_Sc_PCB_thickness`, `Ecal_Slab_shielding`, `Ecal_support_thickness`, `Ecal_Tpc_gap`, `Lcal_outer_radius`, `TPC_outer_radius`, `TUBE_crossing_angle`
Models	`ILD_00_EcalSc02`, `ILD_01_dev`, `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, `ILD_O1_v01`, `ILD_O1_v02`, `ILD_O1_v03`, `ILD_O2_v01`, `ILD_O2_v02`, `ILD_O2_v03`, `ILD_O3_v01`, `ILD_O3_v02`, `ILD_O3_v03`

Subdetector “SEcal03p01Gas”

Description	SEcal04 with sensitive volume gas
C++ Driver	`SEcal04Gas`
Parameters	`Ecal_Alveolus_Air_Gap`, `Ecal_Barrel_halfZ`, `Ecal_barrel_number_of_towers`, `Ecal_cables_gap`, `Ecal_cells_size`, `Ecal_EC_Ring_gap`, `Ecal_endcap_center_box_size`, `Ecal_endcap_extra_size`, `Ecal_fiber_thickness`, `Ecal_front_face_thickness`, `Ecal_guard_ring_size`, `Ecal_lateral_face_thickness`, `Ecal_Lcal_ring_gap`, `Ecal_nlayers1`, `Ecal_nlayers2`, `Ecal_nlayers3`, `Ecal_radiator_layers_set1_thickness`, `Ecal_radiator_layers_set2_thickness`, `Ecal_radiator_layers_set3_thickness`, `Ecal_radiator_material`, `Ecal_Si_thickness`, `Ecal_Slab_copper_thickness`, `Ecal_Slab_glue_gap`, `Ecal_Slab_ground_thickness`, `Ecal_Slab_H_fiber_thickness`, `Ecal_Slab_PCB_thickness`, `Ecal_Slab_shielding`, `Ecal_support_thickness`, `Ecal_Tpc_gap`, `Lcal_outer_radius`, `TPC_outer_radius`, `TUBE_crossing_angle`
Models	(none)

Subdetector “etd00”

Description	Simple stand-alone ETD, same as the FCH included in the old TPC drivers
C++ Driver	`etd00`
MySQL Database	`etd00`
Parameters	`Ecal_cables_gap`, `FCH_thickness`, `TPC_Ecal_Hcal_barrel_halfZ`, `TPC_inner_radius`, `TPC_outer_radius`
Models	`LDC01_05Sc`, `LDCPrime_01Sc`

Subdetector “etd01”

Description	sub_detector submitted by Valeri Saveliev
C++ Driver	`etd01`
MySQL Database	`etd01`
Parameters	(none)
Models	(none)

Subdetector “SEtd01”

Description	ETD super-driver implemented by SILC collaboration
C++ Driver	`SEtd01` (superdriver for `etd01`)
MySQL Database	`etd01`
Parameters	`Ecal_endcap_zmin`, `TPC_inner_radius`, `TPC_outer_radius`
Models	`LDC01_06Sc`, `LDC01_06Sc_p01`, `LDC01_06Sc_p02`, `LDC_GLD_01Sc`, `LDCPrime_02Sc`, `LDCPrime_02Sc_p01`, `LDCPrime_02Sc_p02`

Subdetector “SEtd02”

Description	Self Scaling ETD
C++ Driver	`SEtd02`
MySQL Database	`etd03`
Parameters	`Ecal_endcap_center_box_size`, `Ecal_endcap_zmin`, `TPC_outer_radius`
Models	`CILD_00`, `CILD_00fw`, `CLIC01_ILD`, `CLIC_ILD_CDR`, `CLIC_ILD_CDR500`, `ILD_00`, `ILD_00_EcalSc01`, `ILD_00_EcalSc02`, `ILD_00Dhcal`, `ILD_00fw`, `ILD_00fw_Dhcal`, `ILD_00fwp01`

Subdetector “SEtd03”

Description	ETD by SiLC
C++ Driver	`etd`
Parameters	`Ecal_endcap_center_box_size`, `Ecal_endcap_zmin`, `etd_accuracy_zones`, `etd_chip_channels`, `etd_chip_x_dimensions`, `etd_chip_y_dimensions`, `etd_chip_z_dimensions`, `etd_chips_per_column`, `etd_chips_per_row`, `etd_endcap_support_carbon_thickness`, `etd_endcap_support_mousse_thickness`, `etd_endcap_support_reinforcement_thickness`, `etd_inner_radius`, `etd_layer_positions`, `etd_layer_rotations`, `etd_layer_types`, `etd_module_support_standoff_from_edge`, `etd_module_support_thickness`, `etd_module_support_width`, `etd_outer_radius`, `etd_plane_border_width`, `etd_radial_border_width`, `etd_sensor_technologies`, `etd_sensor_x_dimensions`, `etd_sensor_y_dimensions`, `etd_sensor_z_dimensions`, `etd_sensors_per_module`, `TPC_outer_radius`
Models	`ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`

Subdetector “FField01”

Description	Mag field for Frederic
C++ Driver	`FField01`
MySQL Database	`FField01`
Parameters	(none)
Models	(none)

Subdetector “field00”

Description	Magnetic field simulated for the Tesla TDR
C++ Driver	`field00`
MySQL Database	`field00`
Parameters	(none)
Models	`TDR`

Subdetector “field01”

Description	Magnetic field with 4 tesla inside the solenoidal zone and -2.515625 tesla in the barrel yoke
C++ Driver	`field00`
MySQL Database	`field01`
Parameters	(none)
Models	`D08`, `D08FeRPC1`, `D08FeScintillator`, `D08M1`, `D08M2`, `D08M3`, `D08SET`, `D08WModRPC1`, `D09`, `D09M1`, `D09Scint`, `D10`, `D10scint`, `D11`, `D12`, `D12scint`, `D14`, `D14_CMOSVTX`, `D20`, `HcalFeRPCFieldCoil`, `HcalWMod`, `HcalWModRPCFieldCoil`

Subdetector “FieldMap4TNoQuad”

Description	4 Tesla Field Map
C++ Driver	`fieldX03`
MySQL Database	`CLICFieldMap4TeslaNoQuad`
Parameters	`Field_nominal_value`, `FieldPropagator_LargestAcceptableStep`, `ILC_Main_Crossing_Angle`
Models	(none)

Subdetector “fieldX00Stahl”

Description	Magnetic fields of solenoid and quadupoles, Stahl layout
C++ Driver	`fieldX00`
MySQL Database	`fieldX00Stahl`
Parameters	(none)
Models	`D13Stahl`

Subdetector “fieldX00TDR”

Description	Magnetic fields of solenoid and quadupoles, TDR layout
C++ Driver	`fieldX00`
MySQL Database	`fieldX00TDR`
Parameters	(none)
Models	`D13TDR`

Subdetector “fieldX00XStahl”

Description	Magnetic fields of solenoid, DID, and quadupoles, Stahl layout with 20 mrad crossing angle
C++ Driver	`fieldX00`
MySQL Database	`fieldX00XStahl`
Parameters	(none)
Models	`D13XStahl`

Subdetector “fieldX02”

Description	Magnetic fields for the LDC background studies
C++ Driver	`fieldX02`
MySQL Database	`fieldX01`
Parameters	`Field_nominal_value`, `ILC_Main_Crossing_Angle`
Models	`CILD_00fw`, `ILD_00fw`, `ILD_00fw_Dhcal`

Subdetector “fieldX03”

Description	B-Field using 2D Solenoidal Field Map and Flat DID
C++ Driver	`fieldX03`
MySQL Database	`fieldX02`
Parameters	`Field_nominal_value`, `FieldPropagator_LargestAcceptableStep`, `ILC_Main_Crossing_Angle`
Models	`ILD_00fwp01`, `ILD_01pre01fw`

Subdetector “SField01”

Description	A super field depending on the coil and yoke parameters.
C++ Driver	`SField01` (superdriver for `field00`)
Parameters	`Coil_extra_size`, `Coil_thickness`, `Field_nominal_value`, `FieldPropagator_LargestAcceptableStep`, `Hcal_R_max`, `TPC_Ecal_Hcal_barrel_halfZ`, `Yoke_barrel_inner_radius`, `Yoke_BField_cutoff`, `Yoke_thickness`
Models	`CILD_00`, `CLIC01_ILD`, `CLIC_ILD_CDR`, `CLIC_ILD_CDR500`, `ILD_00`, `ILD_00_EcalSc01`, `ILD_00_EcalSc02`, `ILD_00Dhcal`, `ILD_01_dev`, `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre02`, `ILD_O1_v01`, `ILD_O1_v02`, `ILD_O1_v03`, `ILD_O2_v01`, `ILD_O2_v02`, `ILD_O2_v03`, `ILD_O3_v01`, `ILD_O3_v02`, `ILD_O3_v03`, `LDC00`, `LDC00_01Rp`, `LDC00_01Sc`, `LDC00_02Sc`, `LDC00Sc`, `LDC01`, `LDC01_01Rp`, `LDC01_01Sc`, `LDC01_02Sc`, `LDC01_05Sc`, `LDC01_06Sc`, `LDC01_06Sc_p01`, `LDC01_06Sc_p02`, `LDC01Sc`, `LDC_GLD_01Sc`, `LDCPrime_01Sc`, `LDCPrime_02Sc`, `LDCPrime_02Sc_p01`, `LDCPrime_02Sc_p02`, `SiD01`, `SiD02`

Subdetector “SFieldX00”

Description	Magnetic fields for LDC00_03Rp
C++ Driver	`SFieldX00` (superdriver for `fieldX00`)
MySQL Database	`fieldX00LDCv2`
Parameters	`TUBE_crossing_angle`
Models	`LDC00_03Rp`, `LDC00_03Sc`

Subdetector “ftd00”

Description	The Foward Tracking Detector as described in TDR and Brahms
C++ Driver	`ftd00`
MySQL Database	`ftd00`
Parameters	(none)
Models	`D09`, `D09M1`, `D09Scint`, `D10`, `D10scint`, `D11`, `inner_detectors`

Subdetector “ftd01”

Description	The Foward Tracking Detector as described in TDR and Brahms
C++ Driver	`ftd00`
MySQL Database	`ftd01`
Parameters	(none)
Models	`D12`, `D12scint`, `D13Stahl`, `D13TDR`, `D13XStahl`, `D14`, `D14_CMOSVTX`, `LDC00`, `LDC00_01Rp`, `LDC00_01Sc`, `LDC00_02Sc`, `LDC00Sc`, `LDC01`, `LDC01_01Rp`, `LDC01_01Sc`, `LDC01_02Sc`, `LDC01Sc`

Subdetector “ftd02”

Description	sub_detector submitted by Valeri Saveliev
C++ Driver	`ftd01`
MySQL Database	`ftd03`
Parameters	(none)
Models	(none)

Subdetector “ftd_simple_staggered”

Description	Simple staggered petal based FTD
C++ Driver	`FTD_Simple_Staggered`
MySQL Database	`ftd_simple_staggered`
Parameters	`Ecal_endcap_zmin`, `SIT1_Half_Length_Z`, `SIT1_Radius`, `SIT2_Half_Length_Z`, `SIT2_Radius`, `TPC_Ecal_Hcal_barrel_halfZ`, `TPC_inner_radius`, `TUBE_IPOuterBulge_end_radius`, `TUBE_IPOuterBulge_end_z`, `TUBE_IPOuterTube_end_radius`, `TUBE_IPOuterTube_end_z`, `TUBE_IPOuterTube_start_radius`, `TUBE_IPOuterTube_start_z`, `VXD_length_r3`
Models	`ILD_01_dev`, `ILD_O1_v01`, `ILD_O2_v01`, `ILD_O3_v01`

Subdetector “ftd_simple_staggered_02”

Description	Simple staggered petal based FTD
C++ Driver	`FTD_Simple_Staggered`
MySQL Database	`ftd_simple_staggered_02`
Parameters	`Ecal_endcap_zmin`, `SIT1_Half_Length_Z`, `SIT1_Radius`, `SIT2_Half_Length_Z`, `SIT2_Radius`, `TPC_Ecal_Hcal_barrel_halfZ`, `TPC_inner_radius`, `TUBE_IPOuterBulge_end_radius`, `TUBE_IPOuterBulge_end_z`, `TUBE_IPOuterTube_end_radius`, `TUBE_IPOuterTube_end_z`, `TUBE_IPOuterTube_start_radius`, `TUBE_IPOuterTube_start_z`, `VXD_length_r3`
Models	`ILD_O1_v02`, `ILD_O1_v03`, `ILD_O2_v02`, `ILD_O2_v03`, `ILD_O3_v02`, `ILD_O3_v03`

Subdetector “ftdSiD00”

Description	The LDC FTD device adapted as the SiD VXD forward disks.
C++ Driver	`ftd00`
MySQL Database	`ftdSiD00`
Parameters	(none)
Models	`SiD01`, `SiD02`, `SiDTracker`

Subdetector “SFtd01”

Description	FTD super driver
C++ Driver	`SFtd01` (superdriver for `ftd00`)
MySQL Database	`ftd00`
Parameters	`TUBE_opening_angle`
Models	`LDC00_03Rp`, `LDC00_03Sc`

Subdetector “SFtd02”

Description	FTD super driver with new z positions
C++ Driver	`SFtd01`
MySQL Database	`ftd02`
Parameters	`TUBE_opening_angle`
Models	`LDC01_05Sc`, `LDCPrime_01Sc`

Subdetector “SFtd03”

Description	FTD super driver implemented by SILC
C++ Driver	`SFtd02`
MySQL Database	`ftd04`
Parameters	`TPC_Ecal_Hcal_barrel_halfZ`, `TUBE_opening_angle`
Models	(none)

Subdetector “SFtd04”

Description	FTD super-driver implemented by SILC collaboration
C++ Driver	`SFtd02`
MySQL Database	`ftd04`
Parameters	`TPC_Ecal_Hcal_barrel_halfZ`, `TUBE_opening_angle`
Models	`LDC01_06Sc_p01`, `LDCPrime_02Sc_p01`

Subdetector “SFtd05”

Description	Self Scaling FTD
C++ Driver	`SFtd03`
MySQL Database	`ftd05`
Parameters	`TPC_Ecal_Hcal_barrel_halfZ`, `TUBE_opening_angle`
Models	`LDC01_06Sc_p02`, `LDCPrime_02Sc_p02`

Subdetector “SFtd06”

Description	Self Scaling FTD
C++ Driver	`SFtd03`
MySQL Database	`ftd06`
Parameters	`TPC_Ecal_Hcal_barrel_halfZ`, `TUBE_opening_angle`
Models	`LDC01_06Sc`, `LDC_GLD_01Sc`, `LDCPrime_02Sc`

Subdetector “SFtd07”

Description	Self Scaling FTD
C++ Driver	`SFtd04`
MySQL Database	`ftd07`
Parameters	`Ecal_endcap_zmin`, `SIT1_Half_Length_Z`, `SIT1_Radius`, `SIT2_Half_Length_Z`, `SIT2_Radius`, `TPC_Ecal_Hcal_barrel_halfZ`, `TPC_inner_radius`, `TUBE_IPOuterBulge_end_radius`, `TUBE_IPOuterBulge_end_z`, `TUBE_IPOuterTube_end_radius`, `TUBE_IPOuterTube_end_z`, `TUBE_IPOuterTube_start_radius`, `TUBE_IPOuterTube_start_z`, `VXD_length_r3`
Models	`CILD_00`, `CILD_00fw`, `CLIC01_ILD`, `ILD_00`, `ILD_00_EcalSc01`, `ILD_00_EcalSc02`, `ILD_00Dhcal`, `ILD_00fw`, `ILD_00fw_Dhcal`

Subdetector “SFtd08”

Description	Self Scaling FTD
C++ Driver	`SFtd05`
MySQL Database	`ftd07`
Parameters	`Ecal_endcap_zmin`, `SIT1_Half_Length_Z`, `SIT1_Radius`, `SIT2_Half_Length_Z`, `SIT2_Radius`, `TPC_Ecal_Hcal_barrel_halfZ`, `TPC_inner_radius`, `TUBE_IPOuterBulge_end_radius`, `TUBE_IPOuterBulge_end_z`, `TUBE_IPOuterTube_end_radius`, `TUBE_IPOuterTube_end_z`, `TUBE_IPOuterTube_start_radius`, `TUBE_IPOuterTube_start_z`, `VXD_length_r3`
Models	`ILD_00fwp01`

Subdetector “SFtd09”

Description	First mechanical design with micro-strips (disks 3,4,5,6,7) and pixel (disks 1,2) technologies by Jordi Duarte.
C++ Driver	`SFtd06`
MySQL Database	`ftd08`
Parameters	`Ecal_endcap_zmin`, `SIT1_Half_Length_Z`, `SIT1_Radius`, `SIT2_Half_Length_Z`, `SIT2_Radius`, `TPC_Ecal_Hcal_barrel_halfZ`, `TPC_inner_radius`, `TUBE_IPOuterBulge_end_radius`, `TUBE_IPOuterBulge_end_z`, `TUBE_IPOuterTube_end_radius`, `TUBE_IPOuterTube_end_z`, `TUBE_IPOuterTube_start_radius`, `TUBE_IPOuterTube_start_z`, `VXD_length_r3`
Models	`ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`

Subdetector “SFtd10”

Description	Self Scaling FTD (staggered design)
C++ Driver	`SFtd06`
MySQL Database	`ftd09`
Parameters	`Ecal_endcap_zmin`, `SIT1_Half_Length_Z`, `SIT1_Radius`, `SIT2_Half_Length_Z`, `SIT2_Radius`, `TPC_Ecal_Hcal_barrel_halfZ`, `TPC_inner_radius`, `TUBE_IPOuterBulge_end_radius`, `TUBE_IPOuterBulge_end_z`, `TUBE_IPOuterTube_end_radius`, `TUBE_IPOuterTube_end_z`, `TUBE_IPOuterTube_start_radius`, `TUBE_IPOuterTube_start_z`, `VXD_length_r3`
Models	`ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre02`

Subdetector “hcal02”

Description	Hcal exploited for the Tesla TDR
C++ Driver	`hcal02`
MySQL Database	`hcal02`
Parameters	(none)
Models	`D08`, `D08M1`, `D08SET`, `TDR`

Subdetector “hcal03”

Description	As hcal02 but 50cm shorter in Z.
C++ Driver	`hcal02`
MySQL Database	`hcal03`
Parameters	(none)
Models	`D08M2`, `D08M3`

Subdetector “hcal04scint”

Description	Hcal driver with fiber gap
C++ Driver	`hcal04`
MySQL Database	`hcal04scint`
Parameters	(none)
Models	(none)

Subdetector “hcal20”

Description	Modified Digital Hcal to be closed to the Ecal with 20 layers
C++ Driver	`hcal02`
MySQL Database	`hcal20`
Parameters	(none)
Models	`D20`

Subdetector “hcalFeRPC1”

Description	As the Hcal exploited for the Tesla TDR, but with RPCs
C++ Driver	`hcal03`
MySQL Database	`hcalFeRPC1`
Parameters	(none)
Models	`D08FeRPC1`, `D09`, `D09M1`, `D10`, `D11`, `D12`, `D13Stahl`, `D13TDR`, `D13XStahl`, `D14`, `D14_CMOSVTX`, `HcalFeRPCFieldCoil`

Subdetector “hcalFeScintillator”

Description	As the Hcal exploited for the Tesla TDR.
C++ Driver	`hcal03`
MySQL Database	`hcalFeScintillator`
Parameters	(none)
Models	`D08FeScintillator`, `D09Scint`, `D10scint`, `D12scint`

Subdetector “HcalRPC”

Description	RPC Hcal prototype
C++ Driver	`hcalrpc`
MySQL Database	`HcalFeRPC`
Parameters	(none)
Models	`CaliceEcalHcalRPC`

Subdetector “HcalWMod”

Description	Fe replaced by modified W density
C++ Driver	`HcalWMod`
MySQL Database	`hcal02`
Parameters	(none)
Models	`HcalWMod`

Subdetector “hcalWModRPC1”

Description	As the Hcal exploited for the Tesla TDR, but with RPCs and WMod
C++ Driver	`hcal03`
MySQL Database	`hcalWModRPC1`
Parameters	(none)
Models	`D08WModRPC1`, `HcalWModRPCFieldCoil`

Subdetector “SHcal01”

Description	Hcal super driver using hcal03 subdriver
C++ Driver	`SHcal01` (superdriver for `hcal03`)
Parameters	`Ecal_endcap_zmax`, `Ecal_outer_radius`, `Hcal_back_plate_thickness`, `Hcal_barrel_end_module_type`, `Hcal_cells_size`, `Hcal_Ecal_gap`, `Hcal_endcap_cables_gap`, `Hcal_endcap_center_box_size`, `Hcal_fiber_gap`, `Hcal_lateral_structure_thickness`, `Hcal_modules_gap`, `Hcal_nlayers`, `Hcal_outer_radius`, `Hcal_R_max`, `Hcal_radiator_material`, `Hcal_radiator_thickness`, `Hcal_sensitive_model`, `Hcal_stave_gaps`, `TPC_Ecal_Hcal_barrel_halfZ`
Models	`LDC00`, `LDC00Sc`, `LDC01`, `LDC01Sc`, `SiD01`, `SiD02`

Subdetector “SHcal02”

Description	Hcal super driver using hcal04 subdriver
C++ Driver	`SHcal01`
Parameters	`Ecal_endcap_zmax`, `Ecal_outer_radius`, `Hcal_back_plate_thickness`, `Hcal_barrel_end_module_type`, `Hcal_cells_size`, `Hcal_Ecal_gap`, `Hcal_endcap_cables_gap`, `Hcal_endcap_center_box_size`, `Hcal_fiber_gap`, `Hcal_lateral_structure_thickness`, `Hcal_modules_gap`, `Hcal_nlayers`, `Hcal_outer_radius`, `Hcal_R_max`, `Hcal_radiator_material`, `Hcal_radiator_thickness`, `Hcal_sensitive_model`, `Hcal_stave_gaps`, `TPC_Ecal_Hcal_barrel_halfZ`
Models	`LDC00_01Rp`, `LDC00_01Sc`, `LDC00_02Sc`, `LDC00_03Rp`, `LDC00_03Sc`, `LDC01_01Rp`, `LDC01_01Sc`, `LDC01_02Sc`

Subdetector “SHcal03”

Description	New super driver without tmp database for ILC
C++ Driver	`SHcal03`
Parameters	`Ecal_endcap_outer_radius`, `Ecal_endcap_zmax`, `Ecal_endcap_zmin`, `Ecal_outer_radius`, `Hcal_back_plate_thickness`, `Hcal_barrel_end_module_type`, `Hcal_cells_size`, `Hcal_digitization_tile_size`, `Hcal_Ecal_gap`, `Hcal_endcap_cables_gap`, `Hcal_endcap_center_box_size`, `Hcal_endcap_ecal_gap`, `Hcal_fiber_gap`, `Hcal_lateral_structure_thickness`, `Hcal_modules_gap`, `Hcal_nlayers`, `Hcal_outer_radius`, `Hcal_R_max`, `Hcal_radial_ring_inner_gap`, `Hcal_radiator_material`, `Hcal_radiator_thickness`, `Hcal_ring`, `Hcal_sensitive_model`, `Hcal_stave_gaps`, `TPC_Ecal_Hcal_barrel_halfZ`
Models	`LDC01_05Sc`, `LDCPrime_01Sc`

Subdetector “SHcal04”

Description	New super driver without tmp database for ILC
C++ Driver	`SHcal04`
Parameters	`ChipPackageThickness`, `DHcal_max_step`, `Ecal_endcap_outer_radius`, `Ecal_endcap_zmax`, `Ecal_endcap_zmin`, `Ecal_outer_radius`, `EdgeWidth`, `Gap_Thickness`, `GazInletInnerRadius`, `GazInletLength`, `GazInletOuterRadius`, `Graphite_ThicknessAnode`, `Graphite_ThicknessCathode`, `Hcal_barrel_number_modules`, `Hcal_cells_size`, `Hcal_chamber_thickness`, `Hcal_Ecal_gap`, `Hcal_endcap_cables_gap`, `Hcal_endcap_center_box_size`, `Hcal_endcap_ecal_gap`, `Hcal_fiber_gap`, `Hcal_lateral_structure_thickness`, `Hcal_MinNumCellsInTransvPlane`, `Hcal_modules_gap`, `Hcal_nlayers`, `Hcal_outer_radius`, `Hcal_R_max`, `Hcal_radial_ring_inner_gap`, `Hcal_radiator_material`, `Hcal_radiator_thickness`, `Hcal_ring`, `Hcal_stave_gaps`, `mylar_ThicknessAnode`, `mylar_ThicknessCathode`, `PadSeparation`, `PCB_Thickness`, `ThickGlass`, `ThinGlass`, `TPC_Ecal_Hcal_barrel_halfZ`
Models	`ILD_00Dhcal`, `ILD_00fw_Dhcal`

Subdetector “SHcalRpc01”

Description	New Digital Hcal super driver without tmp database for ILC
C++ Driver	`SHcalRpc01`
Parameters	`ChipPackageThickness`, `DHcal_max_step`, `Ecal_endcap_outer_radius`, `Ecal_endcap_zmax`, `Ecal_endcap_zmin`, `Ecal_outer_radius`, `EdgeWidth`, `Gap_Thickness`, `GazInletInnerRadius`, `GazInletLength`, `GazInletOuterRadius`, `Graphite_ThicknessAnode`, `Graphite_ThicknessCathode`, `Hcal_back_plate_thickness`, `Hcal_barrel_number_modules`, `Hcal_cells_size`, `Hcal_chamber_thickness`, `Hcal_Ecal_gap`, `Hcal_endcap_cables_gap`, `Hcal_endcap_center_box_size`, `Hcal_endcap_ecal_gap`, `Hcal_fiber_gap`, `Hcal_lateral_structure_thickness`, `Hcal_MinNumCellsInTransvPlane`, `Hcal_modules_gap`, `Hcal_nlayers`, `Hcal_outer_radius`, `Hcal_R_max`, `Hcal_radial_ring_inner_gap`, `Hcal_radiator_material`, `Hcal_radiator_thickness`, `Hcal_ring`, `Hcal_spacer_separation`, `Hcal_spacer_thickness`, `Hcal_stave_gaps`, `mylar_ThicknessAnode`, `mylar_ThicknessCathode`, `PadSeparation`, `PCB_Thickness`, `ThickGlass`, `ThinGlass`, `TPC_Ecal_Hcal_barrel_halfZ`
Models	`ILD_01_SDH_pre00`, `ILD_O2_v01`, `ILD_O2_v02`, `ILD_O2_v03`

Subdetector “SHcalRpc02”

Description	Old AHcal driver SHcalSc03 with scintillators replaced by GRPCs
C++ Driver	`SHcalRpc02`
Parameters	`ChipPackageThickness`, `Ecal_endcap_outer_radius`, `Ecal_endcap_zmax`, `Ecal_endcap_zmin`, `Ecal_outer_radius`, `EdgeWidth`, `Gap_Thickness`, `GazInletInnerRadius`, `GazInletLength`, `GazInletOuterRadius`, `Graphite_ThicknessAnode`, `Graphite_ThicknessCathode`, `Hcal_apply_Birks_law`, `Hcal_back_plate_thickness`, `Hcal_barrel_end_module_type`, `Hcal_cells_size`, `Hcal_chamber_thickness`, `Hcal_Cu_thickness`, `Hcal_digitization_tile_size`, `Hcal_Ecal_gap`, `Hcal_endcap_cables_gap`, `Hcal_endcap_center_box_size`, `Hcal_endcap_ecal_gap`, `Hcal_endcap_nlayers`, `Hcal_endcap_radiator_material`, `Hcal_endcap_radiator_thickness`, `Hcal_endcap_sensitive_center_box`, `Hcal_endcap_zmin`, `Hcal_lateral_structure_thickness`, `Hcal_layer_air_gap`, `Hcal_layer_support_length`, `Hcal_middle_stave_gaps`, `Hcal_modules_gap`, `Hcal_nlayers`, `Hcal_PCB_thickness`, `Hcal_R_max`, `Hcal_radial_ring_inner_gap`, `Hcal_radiator_material`, `Hcal_radiator_thickness`, `Hcal_ring`, `Hcal_scintillator_thickness`, `Hcal_sensitive_model`, `Hcal_spacer_separation`, `Hcal_spacer_thickness`, `Hcal_stave_gaps`, `Hcal_steel_cassette_thickness`, `mylar_ThicknessAnode`, `mylar_ThicknessCathode`, `PadSeparation`, `PCB_Thickness`, `ThickGlass`, `ThinGlass`, `TPC_Ecal_Hcal_barrel_halfZ`
Models	(none)

Subdetector “SHcalSc01”

Description	New super driver for a scintillator HCAL
C++ Driver	`SHcalSc01`
Parameters	`Ecal_endcap_outer_radius`, `Ecal_endcap_zmax`, `Ecal_endcap_zmin`, `Ecal_outer_radius`, `Hcal_apply_Birks_law`, `Hcal_back_plate_thickness`, `Hcal_barrel_end_module_type`, `Hcal_cells_size`, `Hcal_chamber_thickness`, `Hcal_digitization_tile_size`, `Hcal_Ecal_gap`, `Hcal_endcap_cables_gap`, `Hcal_endcap_center_box_size`, `Hcal_endcap_ecal_gap`, `Hcal_endcap_sensitive_center_box`, `Hcal_endcap_zmin`, `Hcal_fiber_gap`, `Hcal_lateral_structure_thickness`, `Hcal_layer_air_gap`, `Hcal_layer_support_length`, `Hcal_middle_stave_gaps`, `Hcal_modules_gap`, `Hcal_nlayers`, `Hcal_outer_radius`, `Hcal_R_max`, `Hcal_radial_ring_inner_gap`, `Hcal_radiator_material`, `Hcal_radiator_thickness`, `Hcal_ring`, `Hcal_sensitive_model`, `Hcal_stave_gaps`, `TPC_Ecal_Hcal_barrel_halfZ`
Models	`LDC01_06Sc`, `LDC01_06Sc_p01`, `LDC01_06Sc_p02`, `LDC_GLD_01Sc`, `LDCPrime_02Sc`, `LDCPrime_02Sc_p01`, `LDCPrime_02Sc_p02`

Subdetector “SHcalSc02”

Description	Super driver for a scintillator HCAL (with a s quare hole in the middle of endcaps)
C++ Driver	`SHcalSc02`
Parameters	`Ecal_endcap_outer_radius`, `Ecal_endcap_zmax`, `Ecal_endcap_zmin`, `Ecal_outer_radius`, `Hcal_apply_Birks_law`, `Hcal_back_plate_thickness`, `Hcal_barrel_end_module_type`, `Hcal_cells_size`, `Hcal_chamber_thickness`, `Hcal_digitization_tile_size`, `Hcal_Ecal_gap`, `Hcal_endcap_cables_gap`, `Hcal_endcap_center_box_size`, `Hcal_endcap_ecal_gap`, `Hcal_endcap_nlayers`, `Hcal_endcap_radiator_material`, `Hcal_endcap_radiator_thickness`, `Hcal_endcap_sensitive_center_box`, `Hcal_endcap_zmin`, `Hcal_fiber_gap`, `Hcal_lateral_structure_thickness`, `Hcal_layer_air_gap`, `Hcal_layer_support_length`, `Hcal_middle_stave_gaps`, `Hcal_modules_gap`, `Hcal_nlayers`, `Hcal_outer_radius`, `Hcal_R_max`, `Hcal_radial_ring_inner_gap`, `Hcal_radiator_material`, `Hcal_radiator_thickness`, `Hcal_ring`, `Hcal_sensitive_model`, `Hcal_stave_gaps`, `TPC_Ecal_Hcal_barrel_halfZ`
Models	`CILD_00`, `CILD_00fw`, `CLIC01_ILD`, `CLIC_ILD_CDR`, `CLIC_ILD_CDR500`, `ILD_00`, `ILD_00_EcalSc01`, `ILD_00_EcalSc02`, `ILD_00fw`, `ILD_00fwp01`

Subdetector “SHcalSc03”

Description	SHcalSc02 with electronics inside
C++ Driver	`SHcalSc03`
Parameters	`Ecal_endcap_outer_radius`, `Ecal_endcap_zmax`, `Ecal_endcap_zmin`, `Ecal_outer_radius`, `Hcal_apply_Birks_law`, `Hcal_back_plate_thickness`, `Hcal_barrel_end_module_type`, `Hcal_cells_size`, `Hcal_Cu_thickness`, `Hcal_digitization_tile_size`, `Hcal_Ecal_gap`, `Hcal_endcap_cables_gap`, `Hcal_endcap_center_box_size`, `Hcal_endcap_ecal_gap`, `Hcal_endcap_lateral_structure_thickness`, `Hcal_endcap_layer_air_gap`, `Hcal_endcap_module_number`, `Hcal_endcap_module_width`, `Hcal_endcap_nlayers`, `Hcal_endcap_radiator_material`, `Hcal_endcap_radiator_thickness`, `Hcal_endcap_sensitive_center_box`, `Hcal_endcap_services_module_width`, `Hcal_endcap_zmin`, `Hcal_fiber_gap`, `Hcal_lateral_structure_thickness`, `Hcal_layer_air_gap`, `Hcal_layer_support_length`, `Hcal_middle_stave_gaps`, `Hcal_modules_gap`, `Hcal_nlayers`, `Hcal_PCB_thickness`, `Hcal_R_max`, `Hcal_radial_ring_inner_gap`, `Hcal_radiator_material`, `Hcal_radiator_thickness`, `Hcal_ring`, `Hcal_scintillator_thickness`, `Hcal_sensitive_model`, `Hcal_stave_gaps`, `Hcal_steel_cassette_thickness`, `HcalServices_outer_Cu_thickness`, `HcalServices_outer_FR4_thickness`, `TPC_Ecal_Hcal_barrel_halfZ`
Models	`ILD_01_dev`, `ILD_01_SciW_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, `ILD_O1_v01`, `ILD_O1_v02`, `ILD_O1_v03`, `ILD_O3_v01`, `ILD_O3_v02`, `ILD_O3_v03`

Subdetector “SHcalScV01”

Description	New super driver for a Scintillator HCAL Barrel, Change the Barrel HCAL to Videau geometry from SHcalSc03
C++ Driver	`SHcalScV01`
Parameters	`Ecal_endcap_outer_radius`, `Ecal_endcap_zmax`, `Ecal_endcap_zmin`, `Ecal_outer_radius`, `Hcal_apply_Birks_law`, `Hcal_back_plate_thickness`, `Hcal_barrel_end_module_type`, `Hcal_barrel_number_modules`, `Hcal_cells_size`, `Hcal_chamber_thickness`, `Hcal_Cu_thickness`, `Hcal_Ecal_gap`, `Hcal_endcap_cables_gap`, `Hcal_endcap_center_box_size`, `Hcal_endcap_ecal_gap`, `Hcal_endcap_lateral_structure_thickness`, `Hcal_endcap_layer_air_gap`, `Hcal_endcap_module_number`, `Hcal_endcap_module_width`, `Hcal_endcap_nlayers`, `Hcal_endcap_radiator_material`, `Hcal_endcap_radiator_thickness`, `Hcal_endcap_sensitive_center_box`, `Hcal_endcap_services_module_width`, `Hcal_endcap_zmin`, `Hcal_fiber_gap`, `Hcal_lateral_structure_thickness`, `Hcal_modules_gap`, `Hcal_nlayers`, `Hcal_PCB_thickness`, `Hcal_R_max`, `Hcal_radial_ring_inner_gap`, `Hcal_radiator_material`, `Hcal_radiator_thickness`, `Hcal_ring`, `Hcal_scintillator_thickness`, `Hcal_sensitive_model`, `Hcal_stave_gaps`, `Hcal_steel_cassette_thickness`, `HcalServices_outer_Cu_thickness`, `HcalServices_outer_FR4_thickness`, `TPC_Ecal_Hcal_barrel_halfZ`
Models	(none)

Subdetector “hodoscope”

Description	Hodoscope
C++ Driver	`hodoscope00`
MySQL Database	`hodoscope00`
Parameters	(none)
Models	(none)

Subdetector “SLcal01”

Description	LumiCal super driver
C++ Driver	`SLcal01` (superdriver for `LumiCalX`)
Parameters	`Lcal_inner_radius`, `Lcal_layer_gap`, `Lcal_n_layers`, `Lcal_nstrips_phi`, `Lcal_nstrips_theta`, `Lcal_outer_radius`, `Lcal_phi_offset`, `Lcal_silicon_thickness`, `Lcal_support_thickness`, `Lcal_tungsten_thickness`, `Lcal_type`, `Lcal_z_begin`, `TUBE_crossing_angle`
Models	`LDC00_03Rp`, `LDC00_03Sc`, `LDC01_05Sc`, `LDC01_06Sc`, `LDC01_06Sc_p01`, `LDC01_06Sc_p02`, `LDC_GLD_01Sc`, `LDCPrime_01Sc`, `LDCPrime_02Sc`, `LDCPrime_02Sc_p01`, `LDCPrime_02Sc_p02`

Subdetector “SLcal02”

Description	LumiCal super driver, no database only parameters
C++ Driver	`SLcal02` (superdriver for `LumiCalX`)
Parameters	`Ecal_endcap_plug_rmin`, `Ecal_endcap_zmax`, `Ecal_endcap_zmin`, `Ecal_Lcal_ring_gap`, `ILC_Main_Crossing_Angle`, `Lcal_beam_pipe_clearance`, `Lcal_inner_radius`, `Lcal_layer_gap`, `Lcal_n_layers`, `Lcal_nstrips_phi`, `Lcal_nstrips_theta`, `Lcal_outer_radius`, `Lcal_phi_offset`, `Lcal_silicon_thickness`, `Lcal_support_thickness`, `Lcal_tungsten_thickness`, `Lcal_type`, `Lcal_z_begin`, `Lcal_z_thickness`
Models	`CILD_00`, `CILD_00fw`, `CLIC01_ILD`, `CLIC_ILD_CDR`, `CLIC_ILD_CDR500`, `ILD_00`, `ILD_00_EcalSc01`, `ILD_00_EcalSc02`, `ILD_00Dhcal`, `ILD_00fw`, `ILD_00fw_Dhcal`, `ILD_00fwp01`

Subdetector “SLcal03”

Description	LumiCal improved geometry driver
C++ Driver	`SLcal03` (superdriver for `LumiCalX01`)
Parameters	`Ecal_endcap_plug_rmin`, `Ecal_endcap_zmax`, `Ecal_endcap_zmin`, `Ecal_Lcal_ring_gap`, `ILC_Main_Crossing_Angle`, `Lcal_beam_pipe_clearance`, `Lcal_extra_size`, `Lcal_inner_radius`, `Lcal_layer_gap`, `Lcal_n_layers`, `Lcal_n_tiles`, `Lcal_nstrips_phi`, `Lcal_nstrips_theta`, `Lcal_outer_radius`, `Lcal_phi_offset`, `Lcal_sensor_phi_offset`, `Lcal_silicon_thickness`, `Lcal_support_thickness`, `Lcal_tile_gap`, `Lcal_tungsten_thickness`, `Lcal_type`, `Lcal_z_begin`, `Lcal_z_thickness`
Models	`ILD_01pre00`

Subdetector “LHcal01”

Description	A first LHcal implementation, as a W/Si calorimeter
C++ Driver	`SLHcal01`
Parameters	`Ecal_Alveolus_Air_Gap`, `Ecal_fiber_thickness`, `Ecal_Si_thickness`, `Ecal_Slab_copper_thickness`, `Ecal_Slab_glue_gap`, `Ecal_Slab_ground_thickness`, `Ecal_Slab_PCB_thickness`, `Ecal_Slab_shielding`, `Hcal_endcap_center_box_size`, `Hcal_endcap_zmin`, `LHcal_cell_size`, `LHcal_Electronics_space`, `LHcal_inner_radius`, `LHcal_lateral_face_thickness`, `LHcal_nlayers`, `LHcal_radiator_thickness`, `LHcal_zmin_displacement`, `TUBE_crossing_angle`
Models	`CILD_00`, `CILD_00fw`, `CLIC01_ILD`, `ILD_00`, `ILD_00_EcalSc01`, `ILD_00_EcalSc02`, `ILD_00Dhcal`, `ILD_00fw`, `ILD_00fw_Dhcal`, `ILD_00fwp01`, `ILD_01_dev`, `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, `ILD_O1_v01`, `ILD_O1_v02`, `ILD_O1_v03`, `ILD_O2_v01`, `ILD_O2_v02`, `ILD_O2_v03`, `ILD_O3_v01`, `ILD_O3_v02`, `ILD_O3_v03`

Subdetector “LumiCalP”

Description	Initial version of padded LumiCal
C++ Driver	`LumiCal`
MySQL Database	`LumiCalP00`
Parameters	(none)
Models	(none)

Subdetector “LumiCalS”

Description	Test of initial version of strip LumiCal
C++ Driver	`LumiCal`
MySQL Database	`LumiCalS00`
Parameters	(none)
Models	`D12`, `D12scint`, `D14`, `D14_CMOSVTX`, `LDC00`, `LDC00_01Rp`, `LDC00_01Sc`, `LDC00Sc`, `LDC01`, `LDC01_01Rp`, `LDC01_01Sc`, `LDC01_02Sc`, `LDC01Sc`

Subdetector “LumiCalV”

Description	LumiCal model with virtual cells
C++ Driver	`SLcal03`
Parameters	`Ecal_endcap_plug_rmin`, `Ecal_endcap_zmax`, `Ecal_endcap_zmin`, `Ecal_Lcal_ring_gap`, `ILC_Main_Crossing_Angle`, `Lcal_beam_pipe_clearance`, `Lcal_extra_size`, `Lcal_inner_radius`, `Lcal_layer_gap`, `Lcal_n_layers`, `Lcal_n_tiles`, `Lcal_nstrips_phi`, `Lcal_nstrips_theta`, `Lcal_outer_radius`, `Lcal_phi_offset`, `Lcal_sensor_phi_offset`, `Lcal_silicon_thickness`, `Lcal_support_thickness`, `Lcal_tile_gap`, `Lcal_tungsten_thickness`, `Lcal_type`, `Lcal_z_begin`, `Lcal_z_thickness`
Models	`ILD_01_dev`, `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, `ILD_O1_v01`, `ILD_O1_v02`, `ILD_O1_v03`, `ILD_O2_v01`, `ILD_O2_v02`, `ILD_O2_v03`, `ILD_O3_v01`, `ILD_O3_v02`, `ILD_O3_v03`

Subdetector “mask00”

Description	Mask exploited for the Tesla TDR
C++ Driver	`mask00`
MySQL Database	`mask00`
Parameters	(none)
Models	`D08`, `D08FeRPC1`, `D08FeScintillator`, `D08M2`, `D08SET`, `D08WModRPC1`, `D20`, `HcalWMod`, `TDR`

Subdetector “mask01”

Description	Mask exploited for the Tesla TDR but 50cm off in Z.
C++ Driver	`mask00`
MySQL Database	`mask01`
Parameters	(none)
Models	`D08M1`, `D08M3`

Subdetector “mask02”

Description	The masks with Brahms parameters and the VXD electronics
C++ Driver	`mask01`
MySQL Database	`mask02`
Parameters	(none)
Models	`D09`, `D09Scint`, `D10`, `D10scint`, `inner_detectors`

Subdetector “mask03”

Description	Mask defined by Karsten Buesser on Thu, 23 Jan 2003
C++ Driver	`mask02`
MySQL Database	`mask03`
Parameters	(none)
Models	`D09M1`, `D11`

Subdetector “mask04”

Description	New cylindrical shielding mask Feb.2005 B.Pawlik
C++ Driver	`mask04`
MySQL Database	`mask04`
Parameters	(none)
Models	`D12`, `D12scint`, `D14`, `D14_CMOSVTX`, `LDC00`, `LDC00_01Rp`, `LDC00_01Sc`, `LDC00_02Sc`, `LDC00Sc`, `LDC01`, `LDC01_01Rp`, `LDC01_01Sc`, `LDC01_02Sc`, `LDC01Sc`

Subdetector “maskX00Stahl”

Description	Mask around the beam pipe including forward calorimeters, Stahl layout
C++ Driver	`maskX00`
MySQL Database	`maskX00Stahl`
Parameters	(none)
Models	`D13Stahl`

Subdetector “maskX00TDR”

Description	Mask around the beam pipe including forward calorimeters, TDR layout
C++ Driver	`maskX00`
MySQL Database	`maskX00TDR`
Parameters	(none)
Models	`D13TDR`

Subdetector “maskX00XStahl”

Description	Mask around the beam pipe including forward calorimeters, Stahl layout with 20 mrad crossing angle
C++ Driver	`maskX00`
MySQL Database	`maskX00XStahl`
Parameters	(none)
Models	`D13XStahl`

Subdetector “maskX01”

Description	Forward mask for the LDC
C++ Driver	`maskX01`
MySQL Database	`maskX01`
Parameters	`Ecal_endcap_zmax`, `ILC_Main_Crossing_Angle`, `LHcal_inner_radius`, `LHcal_zend`
Models	`LDC01_05Sc`, `LDC01_06Sc`, `LDC01_06Sc_p01`, `LDC01_06Sc_p02`, `LDC_GLD_01Sc`, `LDCPrime_01Sc`, `LDCPrime_02Sc`, `LDCPrime_02Sc_p01`, `LDCPrime_02Sc_p02`

Subdetector “maskX02”

Description	Forward mask for the ILD
C++ Driver	`maskX01`
MySQL Database	`maskX02`
Parameters	`Ecal_endcap_zmax`, `ILC_Main_Crossing_Angle`, `LHcal_inner_radius`, `LHcal_zend`
Models	`ILD_00`, `ILD_00_EcalSc01`, `ILD_00_EcalSc02`, `ILD_00Dhcal`, `ILD_01pre00`

Subdetector “maskX03”

Description	Forward mask for the ILD for background studies
C++ Driver	`maskX01`
MySQL Database	`maskX03`
Parameters	`Ecal_endcap_zmax`, `ILC_Main_Crossing_Angle`, `LHcal_inner_radius`, `LHcal_zend`
Models	`CILD_00`, `CILD_00fw`, `ILD_00fw`, `ILD_00fw_Dhcal`, `ILD_00fwp01`, `ILD_01_dev`, `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, `ILD_O1_v01`, `ILD_O1_v02`, `ILD_O1_v03`, `ILD_O2_v01`, `ILD_O2_v02`, `ILD_O2_v03`, `ILD_O3_v01`, `ILD_O3_v02`, `ILD_O3_v03`

Subdetector “SMaskX00”

Description	Mask superdriver for LDC00_03Rp
C++ Driver	`SMaskX00` (superdriver for `maskX00`)
MySQL Database	`maskX00LDCv2`
Parameters	`Lcal_layer_gap`, `Lcal_n_layers`, `Lcal_silicon_thickness`, `Lcal_support_thickness`, `Lcal_tungsten_thickness`, `Lcal_z_begin`, `TUBE_crossing_angle`
Models	`LDC00_03Rp`, `LDC00_03Sc`

Subdetector “MidiTPC”

Description	DESY tpc
C++ Driver	`MidiTPC`
MySQL Database	`MidiTPC`
Parameters	(none)
Models	`TM06`

Subdetector “P55”

Description	Ecal prototype with 30 layers (10 x 2.8 mm, 10 x 2.8 mm and 10 x 4.2 mm) in vertical, 5 x 5 cells per wafer
C++ Driver	`proto00`
MySQL Database	`P55`
Parameters	(none)
Models	`P55`

Subdetector “P55EcalLike”

Description	The same as the P55 but with the same Ecal W layers configuration
C++ Driver	`proto00`
MySQL Database	`P55EcalLike`
Parameters	(none)
Models	`P55EcalLike`

Subdetector “P55INC”

Description	The same as the P55 but with shifted slabs
C++ Driver	`proto00`
MySQL Database	`P55INC`
Parameters	(none)
Models	`P55INC`

Subdetector “P66”

Description	As P55 but 6x6 cells per wafer
C++ Driver	`proto00`
MySQL Database	`P66S`
Parameters	(none)
Models	(none)

Subdetector “P66HV14”

Description	1th Proto module for the P66HV set
C++ Driver	`proto02`
MySQL Database	`P66HV14`
Parameters	(none)
Models	`ProtoEH_RPC`

Subdetector “P66HV28”

Description	2th Proto module for the P66HV set
C++ Driver	`proto02`
MySQL Database	`P66HV28`
Parameters	(none)
Models	`ProtoEH_RPC`

Subdetector “P66HV42”

Description	3th Proto module for the P66HV set
C++ Driver	`proto02`
MySQL Database	`P66HV42`
Parameters	(none)
Models	`ProtoEH_RPC`

Subdetector “P66micro”

Description	tests with transistors
C++ Driver	`proto01`
MySQL Database	`P66micro`
Parameters	(none)
Models	(none)

Subdetector “P66WNominal”

Description	Ecal prototype driver with W ideal thickness (reference)
C++ Driver	`proto01`
MySQL Database	`P66WNominal`
Parameters	(none)
Models	`ProtoEcalHcalRPC`, `ProtoEcalHcalScintillator`

Subdetector “P66WNominal_45”

Description	Ecal prototype driver with W ideal thickness , shifted slab to 45 degres shoots (reference)
C++ Driver	`proto01`
MySQL Database	`P66WNominal_45`
Parameters	(none)
Models	`ProtoEcalHcalRPC_45`, `ProtoEcalHcalScintillator_45`

Subdetector “P66Wshape”

Description	Ecal prototype driver with mesured W thickness
C++ Driver	`proto01`
MySQL Database	`P66Wshape`
Parameters	(none)
Models	(none)

Subdetector “Phantom01”

Description	simple phantom made of 2 concentric spheres
C++ Driver	`Phantom01`
Parameters	(none)
Models	`Phantom01`

Subdetector “Proto03”

Description	Calice Ecal prototype
C++ Driver	`proto03`
MySQL Database	`CaliceEcal03`
Parameters	`configuration_angle`, `g10MaterialName`, `use_tracker`
Models	`CaliceEcal03`, `CaliceEcalHcalRPC`, `TB03`, `TB04`, `TB05`

Subdetector “ProtoCern07”

Description	Implementation of the fully instrumented Ecal for the Cern 2007 setup
C++ Driver	`proto05`
MySQL Database	`ProtoCern07`
Parameters	`configuration_angle`, `Ecal_slab_pattern`, `EcalRotationAngle`, `EcalTranslateX`, `EcalTranslateY`, `g10MaterialName`, `shift_module1`, `shift_module3`, `use_tracker`
Models	`TBCern07`, `TBCern0707`, `TBCern0707_01`, `TBCern0707_dchxy_01`, `TBCern0707_p0709`, `TBCern07_01`, `TBCern07_dchxy_01`, `TBCern07_p0709`, `TBCern0807`, `TBCern0807_01`, `TBCern0807_dchxy_01`, `TBCern0807_p0709`

Subdetector “ProtoCern0806_01”

Description	Ecal Prototype with slab shifts as set in August 2006 Cern Test Beam setup
C++ Driver	`proto04_01`
MySQL Database	`ProtoCern0806_01`
Parameters	`configuration_angle`, `EcalRotationAngle`, `EcalTranslateX`, `EcalTranslateY`, `g10MaterialName`, `shift_module1`, `shift_module3`, `use_tracker`
Models	`TBCern0806_01`, `TBCern0806_01_dchxy_new`, `TBCern0806_p0709`

Subdetector “ProtoCern0806_02”

Description	Ecal prototype with Y shifts for August 2006 Cern Test Beam model
C++ Driver	`proto04_02`
MySQL Database	`ProtoCern0806_02`
Parameters	`EcalRotationAngle`, `EcalTranslateX`, `EcalTranslateY`, `g10MaterialName`, `shift_module1`, `shift_module3`, `use_tracker`
Models	(none)

Subdetector “ProtoCern1006_01”

Description	Ecal Prototype with slab shifts as set in October 2006 Cern Test Beam setup
C++ Driver	`proto04_01`
MySQL Database	`ProtoCern1006_01`
Parameters	`configuration_angle`, `EcalRotationAngle`, `EcalTranslateX`, `EcalTranslateY`, `g10MaterialName`, `shift_module1`, `shift_module3`, `use_tracker`
Models	`TBCern1006_01`, `TBCern1006_01_dchxy_new`, `TBCern1006_p0709`

Subdetector “ProtoCern1006_02”

Description	Ecal prototype with Y shifts for October 2006 Cern Test Beam model
C++ Driver	`proto04_02`
MySQL Database	`ProtoCern1006_02`
Parameters	`EcalRotationAngle`, `EcalTranslateX`, `EcalTranslateY`, `g10MaterialName`, `shift_module1`, `shift_module3`, `use_tracker`
Models	(none)

Subdetector “ProtoDesy0205”

Description	Calice Ecal prototype
C++ Driver	`proto03`
MySQL Database	`ProtoDesy0205`
Parameters	`configuration_angle`, `g10MaterialName`, `use_tracker`
Models	`ProtoDesy0205`, `TB06`, `TB07`, `TBDesy0205`, `TBDesy0205_2`

Subdetector “ProtoDesy0506”

Description	Ecal Prototype with slab shifts as set in May 2006 Desy Test Beam setup
C++ Driver	`proto04`
MySQL Database	`ProtoDesy0506`
Parameters	`g10MaterialName`, `shift_module1`, `shift_module3`, `use_tracker`
Models	`ProtoDesy0506`, `TBCern0806`, `TBCern0806_dchxy_new`, `TBCern1006`, `TBCern1006_dchxy_new`, `TBDesy0506`, `TBDesy0506_dchxy`, `TBDesy0506_dchxy_new`

Subdetector “ProtoDesy0506_01”

Description	Ecal Prototype with slab shifts as set in May 2006 Desy Test Beam setup
C++ Driver	`proto04_01`
MySQL Database	`ProtoDesy0506_01`
Parameters	`configuration_angle`, `EcalRotationAngle`, `EcalTranslateX`, `EcalTranslateY`, `g10MaterialName`, `shift_module1`, `shift_module3`, `use_tracker`
Models	`ProtoDesy0506_01`, `TBDesy0506_01`, `TBDesy0506_01_dchxy`, `TBDesy0506_01_dchxy_new`

Subdetector “ProtoDesy0506_2”

Description	Ecal prototype with slab shifts and module shifts as set in the May 2006 DESY TB setup
C++ Driver	`proto04`
MySQL Database	`ProtoDesy0506`
Parameters	`g10MaterialName`, `shift_module1`, `shift_module3`, `use_tracker`
Models	(none)

Subdetector “ProtoFnal08”

Description	SiW Ecal prototype for FNAL 2008 TB setup
C++ Driver	`proto05`
MySQL Database	`ProtoFnal08`
Parameters	`configuration_angle`, `Ecal_slab_pattern`, `EcalRotationAngle`, `EcalTranslateX`, `EcalTranslateY`, `g10MaterialName`, `shift_module1`, `shift_module3`, `use_tracker`
Models	`TBFnal0508`, `TBFnal0508_p0709`, `TBFnal0508_p1211`

Subdetector “SServices00”

Description	Driver implementing services (cables, cooling, etc) for ILD models
C++ Driver	`SServices00`
Parameters	`BuildHcalElectronicsInterface`, `Ecal_cables_gap`, `Ecal_outer_radius`, `Ecal_Tpc_gap`, `EcalBarrel_EndCapServices_ZMinus_Cu_Thickness`, `EcalBarrel_EndCapServices_ZMinus_PE_Thickness`, `EcalBarrel_EndCapServices_ZPlus_Cu_Thickness`, `EcalBarrel_EndCapServices_ZPlus_PE_Thickness`, `EcalBarrelServices_RailDistanceToRight`, `EcalBarrelServices_RailHeight`, `EcalBarrelServices_RailSeparation`, `EcalBarrelServices_RailWidth`, `EcalBarrelServices_ZMinus_FirstInterrail_Cu_Thickness`, `EcalBarrelServices_ZMinus_FirstInterrail_PE_Thickness`, `EcalBarrelServices_ZMinus_SecondInterrail_Cu_Thickness`, `EcalBarrelServices_ZPlus_FirstInterrail_Cu_Thickness`, `EcalBarrelServices_ZPlus_FirstInterrail_PE_Thickness`, `EcalBarrelServices_ZPlus_SecondInterrail_Cu_Thickness`, `Hcal_back_plate_thickness`, `Hcal_Ecal_gap`, `Hcal_nlayers`, `Hcal_R_max`, `Hcal_radiator_thickness`, `Hcal_stave_gaps`, `Hcal_steel_cassette_thickness`, `HcalServices_outer_Cu_thickness`, `HcalServices_outer_FR4_thickness`, `HcalServicesModule_InnerServicesWidth`, `HcalServicesModule_ZMinus_Cu_Thickness`, `HcalServicesModule_ZMinus_PE_Thickness`, `HcalServicesModule_ZMinus_StainlessSteel_Thickness`, `HcalServicesModule_ZPlus_Cu_Thickness`, `HcalServicesModule_ZPlus_PE_Thickness`, `HcalServicesModule_ZPlus_StainlessSteel_Thickness`, `TPC_Ecal_Hcal_barrel_halfZ`, `TPC_outer_radius`, `tpcEndplateServicesRing1_R`, `tpcEndplateServicesRing1_ro`, `tpcEndplateServicesRing2_R`, `tpcEndplateServicesRing2_ro`, `tpcEndplateServicesRing3_R`, `tpcEndplateServicesRing3_ro`, `tpcEndplateServicesRing4_R`, `tpcEndplateServicesRing4_ro`, `tpcEndplateServicesRing5_R`, `tpcEndplateServicesRing5_ro`, `tpcEndplateServicesRing6_R`, `tpcEndplateServicesRing6_ro`, `tpcEndplateServicesRing7_R`, `tpcEndplateServicesRing7_ro`, `tpcEndplateServicesRing8_R`, `tpcEndplateServicesRing8_ro`
Models	`ILD_01_dev`, `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, `ILD_O1_v01`, `ILD_O1_v02`, `ILD_O1_v03`, `ILD_O2_v01`, `ILD_O3_v01`, `ILD_O3_v02`, `ILD_O3_v03`

Subdetector “SServices_O2_v00”

Description	services for ILD with DHcal
C++ Driver	`SServices_02_v00`
MySQL Database	`SServices_02_v00`
Parameters	`Ecal_cables_gap`, `Ecal_outer_radius`, `Ecal_Tpc_gap`, `Hcal_Ecal_gap`, `Hcal_outer_radius`, `TPC_Ecal_Hcal_barrel_halfZ`, `TPC_outer_radius`
Models	`ILD_O2_v02`, `ILD_O2_v03`

Subdetector “set00”

Description	Silicon External Tracker
C++ Driver	`set00`
MySQL Database	`SET00`
Parameters	(none)
Models	`D08SET`

Subdetector “set01”

Description	sub_detector submitted by Valeri Saveliev
C++ Driver	`set01`
MySQL Database	`SET01`
Parameters	(none)
Models	(none)

Subdetector “set_simple_planar”

Description	Simple planar based SET: NOTE: DEPRECATED SINCE MOKKA SVN REVISION NUMBER 288. PLEASE USE MODELS ILD_O[X]_v02.
C++ Driver	`SET_Simple_Planar`
MySQL Database	`set_simple_planar`
Parameters	`Ecal_Tpc_gap`, `TPC_Ecal_Hcal_barrel_halfZ`, `TPC_outer_radius`
Models	`ILD_01_dev`, `ILD_O1_v01`, `ILD_O2_v01`, `ILD_O3_v01`

Subdetector “set_simple_planar_sensors”

Description	Simple planar based SET with Sensors
C++ Driver	`SET_Simple_Planar`
MySQL Database	`set_simple_planar_sensors`
Parameters	`Ecal_Tpc_gap`, `TPC_Ecal_Hcal_barrel_halfZ`, `TPC_outer_radius`
Models	`ILD_O1_v02`, `ILD_O2_v02`, `ILD_O3_v02`

Subdetector “set_simple_planar_sensors_01”

Description	Simple planar based SET with Sensors
C++ Driver	`SET_Simple_Planar`
MySQL Database	`set_simple_planar_sensors_01`
Parameters	`Ecal_Tpc_gap`, `TPC_Ecal_Hcal_barrel_halfZ`, `TPC_outer_radius`
Models	`ILD_O1_v03`, `ILD_O2_v03`, `ILD_O3_v03`

Subdetector “SSet01”

Description	SET super-driver implemented by SILC collaboration
C++ Driver	`SSet01` (superdriver for `set01`)
MySQL Database	`SET01`
Parameters	`TPC_ECal_gap`, `TPC_Ecal_Hcal_barrel_halfZ`, `TPC_inner_radius`, `TPC_outer_radius`
Models	`LDC01_06Sc`, `LDC01_06Sc_p01`, `LDC01_06Sc_p02`, `LDC_GLD_01Sc`, `LDCPrime_02Sc`, `LDCPrime_02Sc_p01`, `LDCPrime_02Sc_p02`

Subdetector “SSet02”

Description	Self Scaling SET
C++ Driver	`SSet02`
MySQL Database	`set02`
Parameters	`Ecal_Tpc_gap`, `TPC_Ecal_Hcal_barrel_halfZ`, `TPC_outer_radius`
Models	`CILD_00`, `CILD_00fw`, `CLIC01_ILD`, `CLIC_ILD_CDR`, `CLIC_ILD_CDR500`, `ILD_00`, `ILD_00_EcalSc01`, `ILD_00_EcalSc02`, `ILD_00Dhcal`, `ILD_00fw`, `ILD_00fw_Dhcal`, `ILD_00fwp01`

Subdetector “SSet03”

Description	Self Scaling SET from SiLC
C++ Driver	`set`
Parameters	`set_barrel_lengths`, `set_barrel_longitudinal_adjustments`, `set_barrel_radial_adjustments`, `set_barrel_radiuses`, `set_barrel_support_materials`, `set_barrel_support_states`, `set_barrel_support_thicknesses`, `set_barrel_types`, `set_chip_dim_x`, `set_chip_dim_y`, `set_chip_dim_z`, `set_chip_nb_channels`, `set_module_direction_angles`, `set_module_face_rotation_angles`, `set_module_gaps_x`, `set_module_gaps_y`, `set_module_nb_chips`, `set_module_nb_chips_per_row`, `set_module_nb_sensors_x`, `set_module_nb_sensors_y`, `set_module_support_edges`, `set_module_support_materials`, `set_module_support_states`, `set_module_support_thicknesses`, `set_module_support_widths`, `set_sensor_dim_x`, `set_sensor_dim_y`, `set_sensor_dim_z`, `set_sensor_materials`, `set_sensor_nb_nodes_x`, `set_sensor_nb_nodes_y`, `set_sensor_node_sizes_x`, `set_sensor_node_sizes_y`, `set_sensor_pitches_x`, `set_sensor_pitches_y`, `TPC_Ecal_Hcal_barrel_halfZ`, `TPC_outer_radius`
Models	`ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`

Subdetector “SiDBar00”

Description	SiD Si Central Tracket , SILC, V.Saveliev 05/05
C++ Driver	`SiDBar00`
MySQL Database	`SiDBar00`
Parameters	(none)
Models	`SiD01`, `SiD02`, `SiDTracker`

Subdetector “SiDFwd00”

Description	...Ext Forward Si Tracker, SILC, V.Saveliev 05/05
C++ Driver	`SiDFwd00`
MySQL Database	`SiDFwd00`
Parameters	(none)
Models	`SiD01`, `SiD02`, `SiDTracker`

Subdetector “SiEnvTPC01”

Description	tpc04 rmax=1600, length/2=225 , SILC, V.Saveliev 05/05
C++ Driver	`SiEnvTPC01`
MySQL Database	`SiEnvTPC01`
Parameters	(none)
Models	(none)

Subdetector “SiExtBar00”

Description	...Ext Forward Si Tracker, SILC, V.Saveliev 05/05
C++ Driver	`SiExtBar00`
MySQL Database	`SiExtBar00`
Parameters	(none)
Models	(none)

Subdetector “SiExtFwd00”

Description	Ext Forward Si Tracker, SILC, V.Saveliev 05/05
C++ Driver	`SiExtFwd00`
MySQL Database	`SiExtFwd00`
Parameters	(none)
Models	(none)

Subdetector “SiIntBar00”

Description	Intermedia Tracker, SILC, V.Saveliev 05/05
C++ Driver	`SiIntBar00`
MySQL Database	`SiIntBar00`
Parameters	(none)
Models	(none)

Subdetector “SinglehcalFeRPC1”

Description	Single module Hcal Fe & RPC as prototype
C++ Driver	`hcal03`
MySQL Database	`SinglehcalFeRPC1`
Parameters	(none)
Models	`ProtoEcalHcalRPC`, `ProtoEcalHcalRPC_45`

Subdetector “SinglehcalFeRPC2”

Description	Single Hcal module with RPC for ProtoEH_RPC series
C++ Driver	`hcal03`
MySQL Database	`SinglehcalFeRPC2`
Parameters	(none)
Models	`ProtoEH_RPC`

Subdetector “SinglehcalFeScintillator”

Description	Single module Hcal Fe with scintillator as prototype
C++ Driver	`hcal03`
MySQL Database	`SinglehcalFeScintillator`
Parameters	(none)
Models	`ProtoEcalHcalScintillator`, `ProtoEcalHcalScintillator_45`

Subdetector “sit00”

Description	The SIT as described in Brahms
C++ Driver	`sit00`
MySQL Database	`sit00`
Parameters	(none)
Models	`D09`, `D09M1`, `D09Scint`, `D10`, `D10scint`, `D11`, `D12`, `D12scint`, `D13Stahl`, `D13TDR`, `D13XStahl`, `D14`, `D14_CMOSVTX`, `inner_detectors`, `LDC00`, `LDC00_01Rp`, `LDC00_01Sc`, `LDC00_02Sc`, `LDC00_03Rp`, `LDC00_03Sc`, `LDC00Sc`, `LDC01`, `LDC01_01Rp`, `LDC01_01Sc`, `LDC01_02Sc`, `LDC01Sc`

Subdetector “sit01”

Description	New sit implementation by Hengne Li from LAL
C++ Driver	`sit01`
MySQL Database	`sit01`
Parameters	(none)
Models	`LDC01_05Sc`, `LDCPrime_01Sc`

Subdetector “sit02”

Description	Sit basic driver implemented by SILC collaboration
C++ Driver	`sit02`
MySQL Database	`sit02`
Parameters	(none)
Models	(none)

Subdetector “sit_simple_planar”

Description	Simple planar based SIT: NOTE: DEPRECATED SINCE MOKKA SVN REVISION NUMBER 288. PLEASE USE MODELS ILD_O[X]_v02.
C++ Driver	`SIT_Simple_Planar`
MySQL Database	`sit_simple_planar`
Parameters	(none)
Models	`ILD_01_dev`, `ILD_O1_v01`, `ILD_O2_v01`, `ILD_O3_v01`

Subdetector “sit_simple_planar_sensors”

Description	Simple planar based SIT with Sensors
C++ Driver	`SIT_Simple_Planar`
MySQL Database	`sit_simple_planar_sensors`
Parameters	(none)
Models	(none)

Subdetector “sit_simple_planar_sensors_02”

Description	Simple planar based SIT with Sensors
C++ Driver	`SIT_Simple_Planar`
MySQL Database	`sit_simple_planar_sensors_02`
Parameters	(none)
Models	`ILD_O1_v02`, `ILD_O2_v02`, `ILD_O3_v02`

Subdetector “sit_simple_planar_sensors_03”

Description	Simple planar based SIT with Sensors
C++ Driver	`SIT_Simple_Planar`
MySQL Database	`sit_simple_planar_sensors_03`
Parameters	(none)
Models	`ILD_O1_v03`, `ILD_O2_v03`, `ILD_O3_v03`

Subdetector “SSit02”

Description	Sit super driver implemented by SILC collaboration
C++ Driver	`SSit02` (superdriver for `sit02`)
MySQL Database	`sit02`
Parameters	`VXD_length_r5`, `VXD_outer_radius`
Models	`LDC01_06Sc`, `LDC01_06Sc_p01`, `LDC01_06Sc_p02`, `LDC_GLD_01Sc`, `LDCPrime_02Sc`, `LDCPrime_02Sc_p01`, `LDCPrime_02Sc_p02`

Subdetector “SSit03”

Description	Self Scaling SIT
C++ Driver	`SSit03`
MySQL Database	`sit03`
Parameters	`SIT1_Half_Length_Z`, `SIT1_Radius`, `SIT2_Half_Length_Z`, `SIT2_Radius`, `TPC_Ecal_Hcal_barrel_halfZ`, `TPC_inner_radius`, `VXD_outer_radius`
Models	`CILD_00`, `CILD_00fw`, `CLIC01_ILD`, `CLIC_ILD_CDR`, `CLIC_ILD_CDR500`, `ILD_00`, `ILD_00_EcalSc01`, `ILD_00_EcalSc02`, `ILD_00Dhcal`, `ILD_00fw`, `ILD_00fw_Dhcal`, `ILD_00fwp01`

Subdetector “SSit04”

Description	Sit from SiLC
C++ Driver	`sit`
Parameters	`sit_barrel_lengths`, `sit_barrel_longitudinal_adjustments`, `sit_barrel_radial_adjustments`, `sit_barrel_radiuses`, `sit_barrel_support_materials`, `sit_barrel_support_states`, `sit_barrel_support_thicknesses`, `sit_barrel_types`, `sit_chip_dim_x`, `sit_chip_dim_y`, `sit_chip_dim_z`, `sit_chip_nb_channels`, `sit_module_direction_angles`, `sit_module_face_rotation_angles`, `sit_module_gaps_x`, `sit_module_gaps_y`, `sit_module_nb_chips`, `sit_module_nb_chips_per_row`, `sit_module_nb_sensors_x`, `sit_module_nb_sensors_y`, `sit_module_support_edges`, `sit_module_support_materials`, `sit_module_support_states`, `sit_module_support_thicknesses`, `sit_module_support_widths`, `sit_sensor_dim_x`, `sit_sensor_dim_y`, `sit_sensor_dim_z`, `sit_sensor_materials`, `sit_sensor_nb_nodes_x`, `sit_sensor_nb_nodes_y`, `sit_sensor_node_sizes_x`, `sit_sensor_node_sizes_y`, `sit_sensor_pitches_x`, `sit_sensor_pitches_y`
Models	`ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`

Subdetector “TBcatcher00”

Description	Tail Catcher for TB00 Test Beam model
C++ Driver	`TBcatcher00`
MySQL Database	`TBcatcher00`
Parameters	(none)
Models	`TB00`, `TB01`

Subdetector “TBcatcher02”

Description	Tail Catcher with virtual cells, J. McCormick
C++ Driver	`TBcatcher02`
MySQL Database	`TBcatcher02`
Parameters	(none)
Models	`TB02`

Subdetector “TBcatcher03”

Description	Tail Catcher with updated layering, J. McCormick 10/04
C++ Driver	`TBcatcher03`
MySQL Database	`TBhcalcatch03`
Parameters	(none)
Models	`TB03`, `TB03_hcalcatch`

Subdetector “TBcatcher04”

Description	Tail Catcher with virtual cells for TB04 CALICE Test Beam Models
C++ Driver	`TBcatcher04`
MySQL Database	`TBhcalcatch04`
Parameters	`configuration_angle`
Models	`TB04`, `TB04_hcalcatch`, `TB05`, `TB06`, `TB07`

Subdetector “TBcatcher05”

Description	Tail Catcher with virtual cells for TBCern0806 CALICE Test Beam Model
C++ Driver	`TBcatcher05`
MySQL Database	`TBhcalcatch05`
Parameters	`configuration_angle`, `Tcmt_layer_pattern`
Models	`TBCern0806`, `TBCern0806_dchxy_new`

Subdetector “TBcatcher05_01”

Description	Tail Catcher with virtual cells for TBCern0806_01 CALICE Test Beam Model
C++ Driver	`TBcatcher05_01`
MySQL Database	`TBhcalcatch05_01`
Parameters	`configuration_angle`, `Tcmt_layer_pattern`, `TCMTRotationAngle`, `TCMTTranslateX`, `TCMTTranslateY`
Models	`TBCern0806_01`, `TBCern0806_01_dchxy_new`

Subdetector “TBcatcher05_02”

Description	Tail Catcher with virtual cells for TBCern0806_p0709 CALICE Test Beam Model
C++ Driver	`TBcatcher05_01`
MySQL Database	`TBhcalcatch05_02`
Parameters	`configuration_angle`, `Tcmt_layer_pattern`, `TCMTRotationAngle`, `TCMTTranslateX`, `TCMTTranslateY`
Models	`TBCern0806_p0709`

Subdetector “TBcatcher06”

Description	Tail Catcher with virtual cells for TBCern1006 CALICE Test Beam Model
C++ Driver	`TBcatcher05`
MySQL Database	`TBhcalcatch06`
Parameters	`configuration_angle`, `Tcmt_layer_pattern`
Models	`TBCern1006`, `TBCern1006_dchxy_new`

Subdetector “TBcatcher06_01”

Description	Tail Catcher with virtual cells for TBCern1006_01 CALICE Test Beam Model
C++ Driver	`TBcatcher05_01`
MySQL Database	`TBhcalcatch06_01`
Parameters	`configuration_angle`, `Tcmt_layer_pattern`, `TCMTRotationAngle`, `TCMTTranslateX`, `TCMTTranslateY`
Models	`TBCern1006_01`, `TBCern1006_01_dchxy_new`

Subdetector “TBcatcher06_02”

Description	Tail Catcher with virtual cells for TBCern1006_p0709 CALICE Test Beam Model
C++ Driver	`TBcatcher05_01`
MySQL Database	`TBhcalcatch06_02`
Parameters	`configuration_angle`, `Tcmt_layer_pattern`, `TCMTRotationAngle`, `TCMTTranslateX`, `TCMTTranslateY`
Models	`TBCern1006_p0709`

Subdetector “TBcatcher07”

Description	Implementation by Guilherme Lima of the TCMT used at Cern in 2007
C++ Driver	`TBcatcher06`
MySQL Database	`TBhcalcatch07`
Parameters	`configuration_angle`, `dist_hcal_tcmt`, `Tcmt_layer_pattern`, `TCMTRotationAngle`, `TCMTTranslateX`, `TCMTTranslateY`
Models	`TBCern07`, `TBCern0707`, `TBCern0707_01`, `TBCern0707_dchxy_01`, `TBCern07_01`, `TBCern07_dchxy_01`, `TBCern0807`, `TBCern0807_01`, `TBCern0807_dchxy_01`

Subdetector “TBcatcher07_02”

Description	Implementation by Guilherme Lima of the TCMT used at Cern in 2007
C++ Driver	`TBcatcher06`
MySQL Database	`TBhcalcatch07_02`
Parameters	`configuration_angle`, `dist_hcal_tcmt`, `Tcmt_layer_pattern`, `TCMTRotationAngle`, `TCMTTranslateX`, `TCMTTranslateY`
Models	`TBCern0707_p0709`, `TBCern07_p0709`, `TBCern0807_p0709`

Subdetector “TBcatcher08”

Description	TCMT for FNAL May-Jully 2008 TB model
C++ Driver	`TBcatcher06`
MySQL Database	`TBhcalcatch08`
Parameters	`configuration_angle`, `dist_hcal_tcmt`, `Tcmt_layer_pattern`, `TCMTRotationAngle`, `TCMTTranslateX`, `TCMTTranslateY`
Models	`TBFnal0508`

Subdetector “TBcatcher08_02”

Description	TCMT for FNAL May-Jully 2008 TB model
C++ Driver	`TBcatcher06`
MySQL Database	`TBhcalcatch08_02`
Parameters	`configuration_angle`, `dist_hcal_tcmt`, `Tcmt_layer_pattern`, `TCMTRotationAngle`, `TCMTTranslateX`, `TCMTTranslateY`
Models	`TBFnal0508_p0709`

Subdetector “TBcatcher08_03”

Description	TCMT for FNAL May-Jully 2008 TB model; y shift fixed by Shaojun, December 20, 2011
C++ Driver	`TBcatcher07`
MySQL Database	`TBhcalcatch08_02`
Parameters	`configuration_angle`, `dist_hcal_tcmt`, `Tcmt_layer_pattern`, `TCMTRotationAngle`, `TCMTTranslateX`, `TCMTTranslateY`
Models	`TBFnal0508_p1211`

Subdetector “TBcerenkov01”

Description	Tcherenkov implemented by Fabrizio for TBCern0806
C++ Driver	`TBcerenkov01`
MySQL Database	`tcherenkov00`
Parameters	`configuration_angle`, `ecal_begin_z`, `TranslateX`, `TranslateY`
Models	`TBCern0806`, `TBCern0806_dchxy_new`

Subdetector “TBcerenkov01_01”

Description	Tcherenkov implemented by Fabrizio for TBCern0806_01
C++ Driver	`TBcerenkov01_01`
MySQL Database	`tcherenkov00_01`
Parameters	`TranslateX`, `TranslateY`
Models	`TBCern0806_01`, `TBCern0806_01_dchxy_new`, `TBCern0806_p0709`

Subdetector “TBcerenkov02”

Description	Tcherenkov implemented by Fabrizio for TBCern1006
C++ Driver	`TBcerenkov01`
MySQL Database	`tcherenkov01`
Parameters	`configuration_angle`, `ecal_begin_z`, `TranslateX`, `TranslateY`
Models	`TBCern1006`, `TBCern1006_dchxy_new`

Subdetector “TBcerenkov02_01”

Description	Tcherenkov implemented by Fabrizio for TBCern1006_01
C++ Driver	`TBcerenkov01_01`
MySQL Database	`tcherenkov01_01`
Parameters	`TranslateX`, `TranslateY`
Models	`TBCern1006_01`, `TBCern1006_01_dchxy_new`, `TBCern1006_p0709`

Subdetector “TBcerenkov03”

Description	Implementation by Fabrizio Salvatore of the Cerenkov detector used at Cern in 2007
C++ Driver	`TBcerenkov02`
MySQL Database	`tcherenkov02`
Parameters	`cherenGasType`, `cherenPressure`
Models	`TBCern07`, `TBCern0707`, `TBCern0707_01`, `TBCern0707_dchxy_01`, `TBCern0707_p0709`, `TBCern07_01`, `TBCern07_dchxy_01`, `TBCern07_p0709`, `TBCern0807`, `TBCern0807_01`, `TBCern0807_dchxy_01`, `TBCern0807_p0709`

Subdetector “TBdch01”

Description	Drift chambers submitted by Fabrizio Salvatore
C++ Driver	`TBdch01`
MySQL Database	`dch00`
Parameters	`configuration_angle`, `ecal_begin_z`, `TranslateX`, `TranslateY`
Models	`TB05`, `TB06`, `TB07`, `TBDesy0205`, `TBDesy0205_2`

Subdetector “TBdch02”

Description	Drift Chambers for TBDesy0506 Test Beam model
C++ Driver	`TBdch02`
MySQL Database	`dch01`
Parameters	`configuration_angle`, `ecal_begin_z`, `TranslateX`, `TranslateY`
Models	`TBDesy0506`

Subdetector “TBdch02_01”

Description	Drift Chambers for TBDesy0506_01 Test Beam model
C++ Driver	`TBdch02_01`
MySQL Database	`dch01_01`
Parameters	`TranslateX`, `TranslateY`
Models	`TBDesy0506_01`

Subdetector “TBdch03”

Description	Drift Chambers for TBCern0506 Test Beam model
C++ Driver	`TBdch03`
MySQL Database	`dch02`
Parameters	`configuration_angle`, `ecal_begin_z`, `TranslateX`, `TranslateY`
Models	`TBCern0806`

Subdetector “TBdch03_01”

Description	Drift Chambers for TBCern0806_01 Test Beam model
C++ Driver	`TBdch03_01`
MySQL Database	`dch02_01`
Parameters	`TranslateX`, `TranslateY`
Models	`TBCern0806_01`

Subdetector “TBdch04”

Description	Drift Chambers for TBCern1006 Test Beam model
C++ Driver	`TBdch03`
MySQL Database	`dch03`
Parameters	`configuration_angle`, `ecal_begin_z`, `TranslateX`, `TranslateY`
Models	`TBCern1006`

Subdetector “TBdch04_01”

Description	Drift Chambers for TBCern1006_01 Test Beam model
C++ Driver	`TBdch03_01`
MySQL Database	`dch03_01`
Parameters	`TranslateX`, `TranslateY`
Models	`TBCern1006_01`

Subdetector “TBdch05”

Description	Implementation by Fabrizio Salvatore of the drift chambers used at Cern in 2007
C++ Driver	`TBdch04`
MySQL Database	`dch04`
Parameters	(none)
Models	`TBCern07`, `TBCern0707`, `TBCern0707_01`, `TBCern07_01`, `TBCern0807`, `TBCern0807_01`

Subdetector “TBdchX02”

Description	Drift Chambers with X sensitivity for TBDesy0506_dchxy Test Beam model
C++ Driver	`TBdchX02`
MySQL Database	`dch01_XY`
Parameters	`configuration_angle`, `ecal_begin_z`, `TranslateX`, `TranslateY`
Models	`TBDesy0506_dchxy`

Subdetector “TBdchX02_01”

Description	Drift Chambers with X sensitivity for TBDesy0506_01_dchxy Test Beam model
C++ Driver	`TBdchX02_01`
MySQL Database	`dch01_01_XY`
Parameters	(none)
Models	`TBDesy0506_01_dchxy`

Subdetector “TBdchXY02”

Description	Drift Chambers with X and Y sensitivity implemented by the same driver for TBDesy0506_dchxy_new Test Beam model
C++ Driver	`TBdchXY02`
MySQL Database	`dch01_XY`
Parameters	`configuration_angle`, `ecal_begin_z`, `TranslateX`, `TranslateY`
Models	`TBDesy0506_dchxy_new`

Subdetector “TBdchXY02_01”

Description	Drift Chambers with X and Y sensitivity implemented by the same driver for TBDesy0506_01_dchxy_new Test Beam model
C++ Driver	`TBdchXY02_01`
MySQL Database	`dch01_01_XY`
Parameters	(none)
Models	`TBDesy0506_01_dchxy_new`

Subdetector “TBdchXY03”

Description	Drift Chambers with X and Y sensitivity implemented by the same driver for TBCern0806_dchxy_new Test Beam model
C++ Driver	`TBdchXY03`
MySQL Database	`dch02`
Parameters	`configuration_angle`, `ecal_begin_z`, `TranslateX`, `TranslateY`
Models	`TBCern0806_dchxy_new`

Subdetector “TBdchXY03_01”

Description	Drift Chambers with X and Y sensitivity implemented by the same driver for TBCern0806_01_dchxy_new Test Beam model
C++ Driver	`TBdchXY03_01`
MySQL Database	`dch02_01`
Parameters	(none)
Models	`TBCern0806_01_dchxy_new`, `TBCern0806_p0709`

Subdetector “TBdchXY04”

Description	Drift Chambers with X and Y sensitivity implemented by the same driver for TBCern1006_dchxy_new Test Beam model
C++ Driver	`TBdchXY03`
MySQL Database	`dch03`
Parameters	`configuration_angle`, `ecal_begin_z`, `TranslateX`, `TranslateY`
Models	`TBCern1006_dchxy_new`

Subdetector “TBdchXY04_01”

Description	Drift Chambers with only one hits collection for TBCern1006_01_dchxy_new Test Beam model
C++ Driver	`TBdchXY03_01`
MySQL Database	`dch03_01`
Parameters	(none)
Models	`TBCern1006_01_dchxy_new`, `TBCern1006_p0709`

Subdetector “TBdchXY05_01”

Description	Drift Chambers with X and Y sensitivity implemented by the same driver for TBCern_..07_dchxy_01 Test Beam models
C++ Driver	`TBdchXY04_01`
MySQL Database	`dch05`
Parameters	(none)
Models	`TBCern0707_dchxy_01`, `TBCern0707_p0709`, `TBCern07_dchxy_01`, `TBCern07_p0709`, `TBCern0807_dchxy_01`, `TBCern0807_p0709`

Subdetector “TBdchXY06_01”

Description	Drift Chambers with X and Y sensitivity implemented by the same driver for TBFnal 2008 Test Beam models
C++ Driver	`TBdchXY05_01`
MySQL Database	`dch06`
Parameters	(none)
Models	`TBFnal0508`, `TBFnal0508_p0709`, `TBFnal0508_p1211`

Subdetector “TBdchXY07”

Description	Wire chambers for TB model of Angela and Jacopo
C++ Driver	`TBdchXY06`
MySQL Database	`dch07`
Parameters	(none)
Models	`TBCern2010`

Subdetector “TBdchY02”

Description	Drift Chambers with Y sensitivity for TBDesy0506_dchxy Test Beam model
C++ Driver	`TBdchY02`
MySQL Database	`dch01_XY`
Parameters	`configuration_angle`, `ecal_begin_z`, `TranslateX`, `TranslateY`
Models	`TBDesy0506_dchxy`

Subdetector “TBdchY02_01”

Description	Drift Chambers with Y sensitivity for TBDesy0506_01_dchxy Test Beam model
C++ Driver	`TBdchY02_01`
MySQL Database	`dch01_01_XY`
Parameters	(none)
Models	`TBDesy0506_01_dchxy`

Subdetector “TBecal00”

Description	ECal for TB00 Test Beam model
C++ Driver	`TBecal00`
MySQL Database	`TBecal00`
Parameters	(none)
Models	`TB00`, `TB01`

Subdetector “TBecal02”

Description	ECal with virtual cells, J. McCormick
C++ Driver	`TBecal02`
MySQL Database	`TBecal02`
Parameters	(none)
Models	`TB02`

Subdetector “TBfield00”

Description	Magnetic field for TBCern07_dchxy_01
C++ Driver	`TBfield00`
MySQL Database	`TBfield00`
Parameters	(none)
Models	(none)

Subdetector “TBfingcount01”

Description	Finger Counters for TBDesy0506 Test Beam model
C++ Driver	`TBfingcount01`
MySQL Database	`fc00`
Parameters	`configuration_angle`, `ecal_begin_z`, `TranslateX`, `TranslateY`
Models	`TBDesy0506`, `TBDesy0506_dchxy`, `TBDesy0506_dchxy_new`

Subdetector “TBfingcount01_01”

Description	Finger Counters for TBDesy0506_01 Test Beam model
C++ Driver	`TBfingcount01_01`
MySQL Database	`fc00_01`
Parameters	`TranslateX`, `TranslateY`
Models	`TBDesy0506_01`, `TBDesy0506_01_dchxy`, `TBDesy0506_01_dchxy_new`

Subdetector “TBfingcount02”

Description	Finger Counters for TBCern0806 Test Beam model
C++ Driver	`TBfingcount02`
MySQL Database	`fc01`
Parameters	`configuration_angle`, `ecal_begin_z`, `TranslateX`, `TranslateY`
Models	`TBCern0806`, `TBCern0806_dchxy_new`

Subdetector “TBfingcount02_01”

Description	Finger Counters for TBCern0806_01 Test Beam model
C++ Driver	`TBfingcount02_01`
MySQL Database	`fc01_01`
Parameters	`TranslateX`, `TranslateY`
Models	`TBCern0806_01`, `TBCern0806_01_dchxy_new`, `TBCern0806_p0709`

Subdetector “TBfingcount03”

Description	Finger Counters for TBCern1006 Test Beam model
C++ Driver	`TBfingcount02`
MySQL Database	`fc02`
Parameters	`configuration_angle`, `ecal_begin_z`, `TranslateX`, `TranslateY`
Models	`TBCern1006`, `TBCern1006_dchxy_new`

Subdetector “TBfingcount03_01”

Description	Finger Counters for TBCern1006_01 Test Beam model
C++ Driver	`TBfingcount02_01`
MySQL Database	`fc02_01`
Parameters	`TranslateX`, `TranslateY`
Models	`TBCern1006_01`, `TBCern1006_01_dchxy_new`, `TBCern1006_p0709`

Subdetector “TBhcal00”

Description	HCal for TB00 Test Beam model
C++ Driver	`TBhcal00`
MySQL Database	`TBhcal00`
Parameters	(none)
Models	`TB00`

Subdetector “TBhcal01”

Description	HCal with virtual RO
C++ Driver	`TBhcal01`
MySQL Database	`TBhcal00`
Parameters	(none)
Models	`TB01`

Subdetector “TBhcal02”

Description	HCal with virtual cells, simple version
C++ Driver	`TBhcal02`
MySQL Database	`TBhcal02`
Parameters	(none)
Models	`TB02`

Subdetector “TBhcal03”

Description	HCal with virtual cells for TB03 Test Beam Models
C++ Driver	`TBhcal03`
MySQL Database	`TBhcalcatch03`
Parameters	(none)
Models	`TB03`, `TB03_hcalcatch`

Subdetector “TBhcal04”

Description	HCal with virtual cells for TB04 CALICE Test Beam Models
C++ Driver	`TBhcal04`
MySQL Database	`TBhcalcatch04`
Parameters	`configuration_angle`, `Hcal_layer_pattern`
Models	`TB04`, `TB04_hcal`, `TB04_hcalcatch`, `TB05`, `TB06`, `TB07`

Subdetector “TBhcal05”

Description	HCal with virtual cells for TBCern0806 CALICE Test Beam Model
C++ Driver	`TBhcal05`
MySQL Database	`TBhcalcatch05`
Parameters	`configuration_angle`, `Hcal_layer_pattern`
Models	`TBCern0806`, `TBCern0806_dchxy_new`

Subdetector “TBhcal05_01”

Description	HCal with virtual cells for TBCern0806_01 CALICE Test Beam Model
C++ Driver	`TBhcal05_01`
MySQL Database	`TBhcalcatch05_01`
Parameters	`Hcal_layer_pattern`, `HcalRotationAngle`, `HcalTranslateX`, `HcalTranslateY`
Models	`TBCern0806_01`, `TBCern0806_01_dchxy_new`

Subdetector “TBhcal05_02”

Description	HCal with measured thicknesses of absorber layers for the TBCern0806_p0709 CALICE Test Beam Model
C++ Driver	`TBhcal07`
MySQL Database	`TBhcalcatch05_02`
Parameters	`configuration_angle`, `Hcal_apply_Birks_law`, `Hcal_layer_pattern`, `Hcal_time_cut`, `HcalRotationAngle`, `HcalTranslateX`, `HcalTranslateY`
Models	`TBCern0806_p0709`

Subdetector “TBhcal06”

Description	HCal with virtual cells for TBCern1006 CALICE Test Beam Model
C++ Driver	`TBhcal05`
MySQL Database	`TBhcalcatch06`
Parameters	`configuration_angle`, `Hcal_layer_pattern`
Models	`TBCern1006`, `TBCern1006_dchxy_new`

Subdetector “TBhcal06_01”

Description	HCal with virtual cells for TBCern1006_01 CALICE Test Beam Model
C++ Driver	`TBhcal05_01`
MySQL Database	`TBhcalcatch06_01`
Parameters	`Hcal_layer_pattern`, `HcalRotationAngle`, `HcalTranslateX`, `HcalTranslateY`
Models	`TBCern1006_01`, `TBCern1006_01_dchxy_new`

Subdetector “TBhcal06_02”

Description	HCal with measured thicknesses of absorber layers for the TBCern1006_p0709 CALICE Test Beam Model
C++ Driver	`TBhcal07`
MySQL Database	`TBhcalcatch06_02`
Parameters	`configuration_angle`, `Hcal_apply_Birks_law`, `Hcal_layer_pattern`, `Hcal_time_cut`, `HcalRotationAngle`, `HcalTranslateX`, `HcalTranslateY`
Models	`TBCern1006_p0709`

Subdetector “TBhcal07”

Description	HCal with virtual cells and rotation/staggering for the CALICE Test Beams in 2007 at CERN, i.e. the models TBCern07, TBCern0707, TBCern0807
C++ Driver	`TBhcal06`
MySQL Database	`TBhcalcatch07`
Parameters	`configuration_angle`, `Hcal_apply_Birks_law`, `Hcal_layer_pattern`, `Hcal_time_cut`, `HcalRotationAngle`, `HcalTranslateX`, `HcalTranslateY`
Models	`TBCern07`, `TBCern0707`, `TBCern0707_01`, `TBCern0707_dchxy_01`, `TBCern07_01`, `TBCern07_dchxy_01`, `TBCern0807`, `TBCern0807_01`, `TBCern0807_dchxy_01`

Subdetector “TBhcal07_02”

Description	TB Hcal with measured thicknesses of absorber layers for the TBCern07_p0709, TBCern0707_p0709 and TBCern0807_p0709 CALICE Test Beam Models
C++ Driver	`TBhcal07`
MySQL Database	`TBhcalcatch07_02`
Parameters	`configuration_angle`, `Hcal_apply_Birks_law`, `Hcal_layer_pattern`, `Hcal_time_cut`, `HcalRotationAngle`, `HcalTranslateX`, `HcalTranslateY`
Models	`TBCern0707_p0709`, `TBCern07_p0709`, `TBCern0807_p0709`

Subdetector “TBhcal08”

Description	Hcal for FNAL May-Jully 2008 TB model
C++ Driver	`TBhcal06`
MySQL Database	`TBhcalcatch08`
Parameters	`configuration_angle`, `Hcal_apply_Birks_law`, `Hcal_layer_pattern`, `Hcal_time_cut`, `HcalRotationAngle`, `HcalTranslateX`, `HcalTranslateY`
Models	`TBFnal0508`

Subdetector “TBhcal08_02”

Description	Hcal with measured thicknesses of absorber layers for FNAL May-Jully 2008 TB model
C++ Driver	`TBhcal07`
MySQL Database	`TBhcalcatch08_02`
Parameters	`configuration_angle`, `Hcal_apply_Birks_law`, `Hcal_layer_pattern`, `Hcal_time_cut`, `HcalRotationAngle`, `HcalTranslateX`, `HcalTranslateY`
Models	`TBFnal0508_p0709`, `TBFnal0508_p1211`

Subdetector “TBhcal09”

Description	W Hcal for Angela and Jacopo
C++ Driver	`TBhcal08`
MySQL Database	`TBhcal03`
Parameters	`Hcal_apply_Birks_law`, `HCAL_configuration_angle`, `Hcal_time_cut`, `HcalRotationAngle`, `HcalTranslateX`, `HcalTranslateY`
Models	`TBCern2010`

Subdetector “TBhcal4d”

Description	New super driver for CALICE test beam timing studies
C++ Driver	`TBhcal4d`
MySQL Database	`TBhcal4d`
Parameters	`configuration_angle`, `Hcal_apply_Birks_law`, `Hcal_cells_size`, `HCAL_configuration_angle`, `HCAL_layer_ncell_x`, `HCAL_layer_ncell_y`, `Hcal_layer_pattern`, `Hcal_nlayers`, `Hcal_radiator_material`, `Hcal_radiator_thickness`, `Hcal_sensitive_model`, `Hcal_time_cut`, `HcalRotationAngle`, `HcalTranslateX`, `HcalTranslateY`
Models	`TBhcal4d`

Subdetector “TBmuoncount01”

Description	muon counters implemented by Fabrizio
C++ Driver	`TBmuoncount01`
MySQL Database	`mc00`
Parameters	`configuration_angle`, `TranslateX`, `TranslateY`
Models	`TBCern0806`, `TBCern0806_dchxy_new`

Subdetector “TBmuoncount01_01”

Description	muon counters implemented by Fabrizio for TBCern0806_01
C++ Driver	`TBmuoncount01_01`
MySQL Database	`mc00_01`
Parameters	`TranslateX`, `TranslateY`
Models	`TBCern0806_01`, `TBCern0806_01_dchxy_new`, `TBCern0806_p0709`

Subdetector “TBmuoncount02”

Description	muon counters implemented by Fabrizio
C++ Driver	`TBmuoncount02`
MySQL Database	`mc01`
Parameters	`configuration_angle`, `TranslateX`, `TranslateY`
Models	`TBCern1006`, `TBCern1006_dchxy_new`

Subdetector “TBmuoncount02_01”

Description	muon counters implemented by Fabrizio for TBCern1006_01
C++ Driver	`TBmuoncount02_01`
MySQL Database	`mc01_01`
Parameters	`TranslateX`, `TranslateY`
Models	`TBCern1006_01`, `TBCern1006_01_dchxy_new`, `TBCern1006_p0709`

Subdetector “TBmuoncount03”

Description	Implementation by Fabrizio Salvatore of the muon counter used at Cern in 2007
C++ Driver	`TBmuoncount03`
MySQL Database	`mc02`
Parameters	`z_end_tcmt`
Models	`TBCern07`, `TBCern0707`, `TBCern0707_01`, `TBCern0707_dchxy_01`, `TBCern0707_p0709`, `TBCern07_01`, `TBCern07_dchxy_01`, `TBCern07_p0709`, `TBCern0807`, `TBCern0807_01`, `TBCern0807_dchxy_01`, `TBCern0807_p0709`

Subdetector “TBmuoncount04_01”

Description	muon counter for TBFnal0508 model
C++ Driver	`TBmuoncount04_01`
MySQL Database	`mc03`
Parameters	(none)
Models	`TBFnal0508`, `TBFnal0508_p0709`, `TBFnal0508_p1211`

Subdetector “TBscecal00”

Description	Scintillator Ecal from Katsu for TB models
C++ Driver	`TBscecal00`
Parameters	(none)
Models	(none)

Subdetector “tbscecal01”

Description	ScECAL driver for 2009 test beam from Katsu
C++ Driver	`tbscecal01`
MySQL Database	`TBscecal01`
Parameters	`absorberDensity`, `cable_etcDensity`, `configuration_angle`, `EcalRotationAngle`, `EcalTranslateX`, `EcalTranslateY`, `grid_size`, `jacker`, `massFraction_C`, `massFraction_Co`, `massFraction_Cr`, `massFraction_W`
Models	(none)

Subdetector “TBscint01”

Description	Scintillator hodoscope implemented by Fabrizio Salvatore
C++ Driver	`TBscint01`
MySQL Database	`hodoscope01`
Parameters	`configuration_angle`, `ecal_begin_z`, `TranslateX`, `TranslateY`
Models	`TB07`, `TBDesy0205_2`

Subdetector “TBscint02”

Description	Scintillators for TBDesy0506 Test Beam model
C++ Driver	`TBscint02`
MySQL Database	`hodoscope02`
Parameters	`configuration_angle`, `ecal_begin_z`, `TranslateX`, `TranslateY`
Models	`TBDesy0506`, `TBDesy0506_dchxy`, `TBDesy0506_dchxy_new`

Subdetector “TBscint02_01”

Description	Scintillators for TBDesy0506_01 Test Beam model
C++ Driver	`TBscint02_01`
MySQL Database	`hodoscope02_01`
Parameters	`TranslateX`, `TranslateY`
Models	`TBDesy0506_01`, `TBDesy0506_01_dchxy`, `TBDesy0506_01_dchxy_new`

Subdetector “TBscint03”

Description	Scintillators for TBCern0806 Test Beam model
C++ Driver	`TBscint03`
MySQL Database	`hodoscope03`
Parameters	`configuration_angle`, `ecal_begin_z`, `TranslateX`, `TranslateY`
Models	`TBCern0806`, `TBCern0806_dchxy_new`

Subdetector “TBscint03_01”

Description	Scintillators for TBCern0806_01 Test Beam model
C++ Driver	`TBscint03_01`
MySQL Database	`hodoscope03_01`
Parameters	`TranslateX`, `TranslateY`
Models	`TBCern0806_01`, `TBCern0806_01_dchxy_new`, `TBCern0806_p0709`

Subdetector “TBscint04”

Description	Scintillators for TBCern1006 Test Beam model
C++ Driver	`TBscint03`
MySQL Database	`hodoscope04`
Parameters	`configuration_angle`, `ecal_begin_z`, `TranslateX`, `TranslateY`
Models	`TBCern1006`, `TBCern1006_dchxy_new`

Subdetector “TBscint04_01”

Description	Scintillators for TBCern1006_01 Test Beam model
C++ Driver	`TBscint03_01`
MySQL Database	`hodoscope04_01`
Parameters	`TranslateX`, `TranslateY`
Models	`TBCern1006_01`, `TBCern1006_01_dchxy_new`, `TBCern1006_p0709`

Subdetector “TBscint05”

Description	Implementation by Fabrizio Salvatore of the scintillator detectors used at Cern in 2007
C++ Driver	`TBscint04`
MySQL Database	`hodoscope05`
Parameters	(none)
Models	`TBCern07`, `TBCern0707`, `TBCern0707_01`, `TBCern0707_dchxy_01`, `TBCern0707_p0709`, `TBCern07_01`, `TBCern07_dchxy_01`, `TBCern07_p0709`, `TBCern0807`, `TBCern0807_01`, `TBCern0807_dchxy_01`, `TBCern0807_p0709`

Subdetector “TBscint06”

Description	Scintillators for for TBFnal 2008 Test Beam models
C++ Driver	`TBscint04`
MySQL Database	`scint06`
Parameters	(none)
Models	`TBFnal0508`, `TBFnal0508_p0709`, `TBFnal0508_p1211`

Subdetector “TBscint07”

Description	Scintillators for TB model of Angela and Jacopo
C++ Driver	`TBscint05`
MySQL Database	`scint07`
Parameters	(none)
Models	`TBCern2010`

Subdetector “TBvacpipe00_01”

Description	Vacuum pipe implemented by Fabrizio for TBCern0806_01
C++ Driver	`TBvacpipe01_01`
MySQL Database	`vp00_01`
Parameters	(none)
Models	`TBCern0806_01`, `TBCern0806_01_dchxy_new`, `TBCern0806_p0709`

Subdetector “TBvacpipe01_01”

Description	Vacuum pipe implemented by Fabrizio for TBCern1006_01
C++ Driver	`TBvacpipe01_01`
MySQL Database	`vp01_01`
Parameters	(none)
Models	`TBCern1006_01`, `TBCern1006_01_dchxy_new`, `TBCern1006_p0709`

Subdetector “TBvacpipe02_01”

Description	Vacuum pipe implemented for TBCern 2007 _01 models
C++ Driver	`TBvacpipe01_01`
MySQL Database	`vp02_01`
Parameters	(none)
Models	`TBCern0707_01`, `TBCern0707_dchxy_01`, `TBCern0707_p0709`, `TBCern07_01`, `TBCern07_dchxy_01`, `TBCern07_p0709`, `TBCern0807_01`, `TBCern0807_dchxy_01`, `TBCern0807_p0709`

Subdetector “TBveto01”

Description	Implementation by Fabrizio Salvatore of the veto detector used at Cern in 2007
C++ Driver	`TBveto01`
MySQL Database	`veto01`
Parameters	(none)
Models	`TBCern07`, `TBCern0707`, `TBCern0707_01`, `TBCern0707_dchxy_01`, `TBCern0707_p0709`, `TBCern07_01`, `TBCern07_dchxy_01`, `TBCern07_p0709`, `TBCern0807`, `TBCern0807_01`, `TBCern0807_dchxy_01`, `TBCern0807_p0709`

Subdetector “TBveto02”

Description	veto detector for TBFnal0508 model
C++ Driver	`TBveto01`
MySQL Database	`veto02`
Parameters	(none)
Models	`TBFnal0508`, `TBFnal0508_p0709`, `TBFnal0508_p1211`

Subdetector “TEPDetector01”

Description	Simple TEP detector with Si virtual cells
C++ Driver	`TEPDetector01`
Parameters	`Ecal_cells_size`, `Ecal_nlayers1`, `Ecal_radiator_layers_set1_thickness`, `Ecal_radiator_material`, `Ecal_Si_thickness`
Models	`Phantom01`

Subdetector “Tmag06”

Description	test magnet
C++ Driver	`Tmag06`
MySQL Database	`Tmag06`
Parameters	(none)
Models	`TM06`

Subdetector “TmagField”

Description	fields for test magnet
C++ Driver	`TmagField`
MySQL Database	`TmagField`
Parameters	(none)
Models	`TM06`

Subdetector “tpc00”

Description	A very simple TPC to have material inside the Ecal and to keep track of charged particles
C++ Driver	`tpc00`
MySQL Database	`tpc00`
Parameters	(none)
Models	`D08`, `D08FeRPC1`, `D08FeScintillator`, `D08M1`, `D08WModRPC1`, `D20`, `HcalWMod`, `inner_detectors`

Subdetector “tpc01”

Description	As tpc00 but 50 cm shorter in Z.
C++ Driver	`tpc00`
MySQL Database	`tpc01`
Parameters	(none)
Models	`D08M2`, `D08M3`

Subdetector “tpc02”

Description	TPC shorter in radius because the SET
C++ Driver	`tpc00`
MySQL Database	`tpc02`
Parameters	(none)
Models	`D08SET`

Subdetector “tpc03”

Description	The TDR TPC with improvements in simulation (Si in FCH, ~1cm Ar thick layers, standard tracking Hit's format)
C++ Driver	`tpc01`
MySQL Database	`tpc03`
Parameters	(none)
Models	`D09`, `D09M1`, `D09Scint`, `Ecalk1TPC`, `EcalPbk1TPC`, `EcalTPC`

Subdetector “tpc04”

Description	TPC improved
C++ Driver	`tpc02`
MySQL Database	`tpc04`
Parameters	(none)
Models	`D10`, `D10scint`, `D11`, `D12`, `D12scint`, `D14`, `D14_CMOSVTX`

Subdetector “tpc05”

Description	"tpc04" with a customisable chamber gas
C++ Driver	`tpc03`
MySQL Database	`tpc05`
Parameters	(none)
Models	`D13Stahl`, `D13TDR`, `D13XStahl`

Subdetector “tpc06”

Description	TPC with limited step length
C++ Driver	`tpc04`
MySQL Database	`tpc06`
Parameters	`TPC_Ecal_Hcal_barrel_halfZ`, `TPC_electronics_backend_thickness`, `TPC_inner_radius`, `TPC_inner_wall_thickness`, `TPC_outer_radius`, `TPC_outer_wall_thickness`
Models	(none)

Subdetector “tpc07”

Description	TPC with limited step length
C++ Driver	`tpc05`
MySQL Database	`tpc07`
Parameters	`TPC_Ecal_Hcal_barrel_halfZ`, `TPC_electronics_backend_thickness`, `TPC_inner_radius`, `TPC_inner_wall_thickness`, `TPC_outer_radius`, `TPC_outer_wall_thickness`
Models	`LDC00_02Sc`, `LDC00_03Rp`, `LDC00_03Sc`, `LDC01_02Sc`

Subdetector “tpc08”

Description	Pad-row-based TPC with limited step length
C++ Driver	`tpc06`
MySQL Database	`tpc08`
Parameters	`Ecal_Tpc_gap`, `TPC_Ecal_Hcal_barrel_halfZ`, `TPC_electronics_backend_thickness`, `TPC_inner_radius`, `TPC_inner_wall_thickness`, `TPC_max_step_length`, `TPC_outer_radius`, `TPC_outer_wall_thickness`, `TPC_pad_height`, `TPC_pad_width`
Models	`CILD_00`, `CILD_00fw`, `CLIC01_ILD`, `ILD_00`, `ILD_00_EcalSc01`, `ILD_00_EcalSc02`, `ILD_00Dhcal`, `ILD_00fw`, `ILD_00fw_Dhcal`, `LDC01_05Sc`, `LDC01_06Sc`, `LDC01_06Sc_p01`, `LDC01_06Sc_p02`, `LDC_GLD_01Sc`, `LDCPrime_01Sc`, `LDCPrime_02Sc`, `LDCPrime_02Sc_p01`, `LDCPrime_02Sc_p02`

Subdetector “tpc09”

Description	Pad-row-based TPC with pt determined limited step length
C++ Driver	`tpc07`
MySQL Database	`tpc08`
Parameters	`Ecal_Tpc_gap`, `TPC_Ecal_Hcal_barrel_halfZ`, `TPC_electronics_backend_thickness`, `TPC_inner_radius`, `TPC_inner_wall_thickness`, `TPC_max_step_length`, `TPC_outer_radius`, `TPC_outer_wall_thickness`, `TPC_pad_height`, `TPC_pad_width`
Models	`ILD_00fwp01`

Subdetector “tpc10_01”

Description	Pad-row-based TPC with Endplate of 25 percent X0
C++ Driver	`tpc10`
MySQL Database	`tpc10_01`
Parameters	`Ecal_Tpc_gap`, `TPC_Ecal_Hcal_barrel_halfZ`, `TPC_inner_radius`, `TPC_max_step_length`, `TPC_outer_radius`, `TPC_pad_height`, `TPC_pad_width`
Models	`ILD_01_dev`, `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, `ILD_O1_v01`, `ILD_O1_v02`, `ILD_O1_v03`, `ILD_O2_v01`, `ILD_O2_v02`, `ILD_O2_v03`, `ILD_O3_v01`, `ILD_O3_v02`, `ILD_O3_v03`

Subdetector “tpc_EP_X0_30”

Description	Pad-row-based TPC with Endplate of 30 percent X0
C++ Driver	`tpc06`
MySQL Database	`tpc_EP_X0_30`
Parameters	`Ecal_Tpc_gap`, `TPC_Ecal_Hcal_barrel_halfZ`, `TPC_electronics_backend_thickness`, `TPC_inner_radius`, `TPC_inner_wall_thickness`, `TPC_max_step_length`, `TPC_outer_radius`, `TPC_outer_wall_thickness`, `TPC_pad_height`, `TPC_pad_width`
Models	(none)

Subdetector “tpc_EP_X0_45”

Description	Pad-row-based TPC with Endplate of 45 percent X0
C++ Driver	`tpc06`
MySQL Database	`tpc_EP_X0_45`
Parameters	`Ecal_Tpc_gap`, `TPC_Ecal_Hcal_barrel_halfZ`, `TPC_electronics_backend_thickness`, `TPC_inner_radius`, `TPC_inner_wall_thickness`, `TPC_max_step_length`, `TPC_outer_radius`, `TPC_outer_wall_thickness`, `TPC_pad_height`, `TPC_pad_width`
Models	(none)

Subdetector “tpc_EP_X0_60”

Description	Pad-row-based TPC with Endplate of 60 percent X0
C++ Driver	`tpc06`
MySQL Database	`tpc_EP_X0_60`
Parameters	`Ecal_Tpc_gap`, `TPC_Ecal_Hcal_barrel_halfZ`, `TPC_electronics_backend_thickness`, `TPC_inner_radius`, `TPC_inner_wall_thickness`, `TPC_max_step_length`, `TPC_outer_radius`, `TPC_outer_wall_thickness`, `TPC_pad_height`, `TPC_pad_width`
Models	(none)

Subdetector “STpc01”

Description	Super TPC using the old Tesla one
C++ Driver	`STpc01` (superdriver for `tpc02`)
Parameters	`FCH_thickness`, `TPC_Ecal_Hcal_barrel_halfZ`, `TPC_electronics_air_percent`, `TPC_electronics_backend_thickness`, `TPC_electronics_cu_percent`, `TPC_electronics_kapton_percent`, `TPC_inner_radius`, `TPC_inner_wall_thickness`, `TPC_outer_radius`, `TPC_outer_wall_thickness`
Models	`LDC00`, `LDC00_01Rp`, `LDC00_01Sc`, `LDC00Sc`, `LDC01`, `LDC01_01Rp`, `LDC01_01Sc`, `LDC01Sc`

Subdetector “tube00”

Description	Complete beam tube (vacum, Be and Fe, eletronics) to cowork with vxd00
C++ Driver	`tube00`
MySQL Database	`tube00`
Parameters	(none)
Models	`D09`, `D09M1`, `D09Scint`, `D10`, `D10scint`, `D11`, `inner_detectors`

Subdetector “tube01”

Description	New conical beam tube (vacum, Be and Fe, eletronics)
C++ Driver	`tube01`
MySQL Database	`tube01`
Parameters	(none)
Models	`D12`, `D12scint`, `LDC00`, `LDC00_01Rp`, `LDC00_01Sc`, `LDC00Sc`, `LDC01`, `LDC01_01Rp`, `LDC01_01Sc`, `LDC01Sc`

Subdetector “tube02”

Description	same as tube01 but with a inner radius of the central tube of 14 mm
C++ Driver	`STube01`
MySQL Database	`tube02`
Parameters	`Lcal_inner_radius`, `Lcal_n_layers`, `Lcal_nstrips_phi`, `Lcal_nstrips_theta`, `Lcal_outer_radius`, `Lcal_phi_offset`, `Lcal_silicon_thickness`, `Lcal_tungsten_thickness`, `Lcal_type`, `Lcal_z_begin`, `TUBE_central_thickness`, `TUBE_opening_angle`, `VXD_inner_radius`, `VXD_length_r1`, `VXD_radius_r1`
Models	`D14`, `D14_CMOSVTX`, `LDC00_02Sc`, `LDC01_02Sc`

Subdetector “tubeSiD01”

Description	LDC tube adapted for the SiD dimensions.
C++ Driver	`tube01`
MySQL Database	`tubeSiD01`
Parameters	(none)
Models	`SiD01`, `SiD02`, `SiDTracker`

Subdetector “tubeX00Stahl”

Description	Beam pipe up to the electrostatic separators, Stahl layout
C++ Driver	`tubeX00`
MySQL Database	`tubeX00Stahl`
Parameters	(none)
Models	`D13Stahl`

Subdetector “tubeX00TDR”

Description	Beam pipe up to the electrostatic separators, TDR layout
C++ Driver	`tubeX00`
MySQL Database	`tubeX00TDR`
Parameters	(none)
Models	`D13TDR`

Subdetector “tubeX00XStahl”

Description	Beam pipe up to the electrostatic separators, Stahl layout with 20 mrad crossing angle
C++ Driver	`tubeX00`
MySQL Database	`tubeX00XStahl`
Parameters	(none)
Models	`D13XStahl`

Subdetector “tubeX01”

Description	Beam tube for the LDC
C++ Driver	`tubeX01`
MySQL Database	`tubeX01`
Parameters	`Ecal_endcap_zmax`, `ILC_Main_Crossing_Angle`, `Lcal_beam_pipe_clearance`, `Lcal_inner_radius`, `Lcal_outer_radius`, `Lcal_z_begin`, `LHcal_inner_radius`, `LHcal_zend`, `TUBE_IPOuterBulge_end_radius`, `TUBE_IPOuterBulge_end_z`, `TUBE_IPOuterTube_end_radius`, `TUBE_IPOuterTube_end_z`, `TUBE_IPOuterTube_start_radius`, `TUBE_IPOuterTube_start_z`, `VXD_inner_radius`, `VXD_radius_r1`
Models	`LDC01_05Sc`, `LDC01_06Sc`, `LDC01_06Sc_p01`, `LDC01_06Sc_p02`, `LDC_GLD_01Sc`, `LDCPrime_01Sc`, `LDCPrime_02Sc`, `LDCPrime_02Sc_p01`, `LDCPrime_02Sc_p02`

Subdetector “tubeX02”

Description	Beam tube for the ILD
C++ Driver	`tubeX01`
MySQL Database	`tubeX03`
Parameters	`Ecal_endcap_zmax`, `ILC_Main_Crossing_Angle`, `Lcal_beam_pipe_clearance`, `Lcal_inner_radius`, `Lcal_outer_radius`, `Lcal_z_begin`, `LHcal_inner_radius`, `LHcal_zend`, `TUBE_IPOuterBulge_end_radius`, `TUBE_IPOuterBulge_end_z`, `TUBE_IPOuterTube_end_radius`, `TUBE_IPOuterTube_end_z`, `TUBE_IPOuterTube_start_radius`, `TUBE_IPOuterTube_start_z`, `VXD_inner_radius`, `VXD_radius_r1`
Models	`ILD_00`, `ILD_00_EcalSc01`, `ILD_00_EcalSc02`, `ILD_00Dhcal`, `ILD_01pre00`

Subdetector “tubeX04”

Description	Beam tube for the ILD with FW
C++ Driver	`tubeX01`
MySQL Database	`tubeX04`
Parameters	`Ecal_endcap_zmax`, `ILC_Main_Crossing_Angle`, `Lcal_beam_pipe_clearance`, `Lcal_inner_radius`, `Lcal_outer_radius`, `Lcal_z_begin`, `LHcal_inner_radius`, `LHcal_zend`, `TUBE_IPOuterBulge_end_radius`, `TUBE_IPOuterBulge_end_z`, `TUBE_IPOuterTube_end_radius`, `TUBE_IPOuterTube_end_z`, `TUBE_IPOuterTube_start_radius`, `TUBE_IPOuterTube_start_z`, `VXD_inner_radius`, `VXD_radius_r1`
Models	`CILD_00`, `CILD_00fw`, `ILD_00fw`, `ILD_00fw_Dhcal`

Subdetector “tubeX05”

Description	Beam tube for the ILD with FW without overlaps
C++ Driver	`tubeX01`
MySQL Database	`tubeX05`
Parameters	`Ecal_endcap_zmax`, `ILC_Main_Crossing_Angle`, `Lcal_beam_pipe_clearance`, `Lcal_inner_radius`, `Lcal_outer_radius`, `Lcal_z_begin`, `LHcal_inner_radius`, `LHcal_zend`, `TUBE_IPOuterBulge_end_radius`, `TUBE_IPOuterBulge_end_z`, `TUBE_IPOuterTube_end_radius`, `TUBE_IPOuterTube_end_z`, `TUBE_IPOuterTube_start_radius`, `TUBE_IPOuterTube_start_z`, `VXD_inner_radius`, `VXD_radius_r1`
Models	`ILD_00fwp01`, `ILD_01_dev`, `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, `ILD_O1_v01`, `ILD_O2_v01`, `ILD_O3_v01`

Subdetector “tubeX06”

Description	tubeX05 with new DB including Al sections (for the services) in the Beam Pipe
C++ Driver	`tubeX01`
MySQL Database	`tubeX06`
Parameters	`Ecal_endcap_zmax`, `ILC_Main_Crossing_Angle`, `Lcal_beam_pipe_clearance`, `Lcal_inner_radius`, `Lcal_outer_radius`, `Lcal_z_begin`, `LHcal_inner_radius`, `LHcal_zend`, `TUBE_IPOuterBulge_end_radius`, `TUBE_IPOuterBulge_end_z`, `TUBE_IPOuterTube_end_radius`, `TUBE_IPOuterTube_end_z`, `TUBE_IPOuterTube_start_radius`, `TUBE_IPOuterTube_start_z`, `VXD_inner_radius`, `VXD_radius_r1`
Models	`ILD_O1_v02`, `ILD_O1_v03`, `ILD_O2_v02`, `ILD_O2_v03`, `ILD_O3_v02`, `ILD_O3_v03`

Subdetector “STube01”

Description	Tube super driver
C++ Driver	`STube01` (superdriver for `tube01`)
MySQL Database	`tube01`
Parameters	`Lcal_inner_radius`, `Lcal_n_layers`, `Lcal_nstrips_phi`, `Lcal_nstrips_theta`, `Lcal_outer_radius`, `Lcal_phi_offset`, `Lcal_silicon_thickness`, `Lcal_tungsten_thickness`, `Lcal_type`, `Lcal_z_begin`, `TUBE_central_thickness`, `TUBE_opening_angle`, `VXD_inner_radius`, `VXD_length_r1`, `VXD_radius_r1`
Models	(none)

Subdetector “STubeX00”

Description	Tube super driver with crossing angle support
C++ Driver	`STubeX00` (superdriver for `tubeX00`)
MySQL Database	`tubeX00LDCv2`
Parameters	`Coil_extra_size`, `Lcal_inner_radius`, `Lcal_layer_gap`, `Lcal_n_layers`, `Lcal_nstrips_phi`, `Lcal_nstrips_theta`, `Lcal_outer_radius`, `Lcal_phi_offset`, `Lcal_silicon_thickness`, `Lcal_support_thickness`, `Lcal_tungsten_thickness`, `Lcal_type`, `Lcal_z_begin`, `TUBE_central_thickness`, `TUBE_crossing_angle`, `TUBE_opening_angle`, `VXD_inner_radius`, `VXD_radius_r1`
Models	`LDC00_03Rp`, `LDC00_03Sc`

Subdetector “vxd00”

Description	The VXD
C++ Driver	`vxd00`
MySQL Database	`vxd00`
Parameters	(none)
Models	`D09`, `D09M1`, `D09Scint`, `D10`, `D10scint`, `D11`, `D12`, `D12scint`, `inner_detectors`, `LDC00`, `LDC00_01Rp`, `LDC00_01Sc`, `LDC00Sc`, `LDC01`, `LDC01_01Rp`, `LDC01_01Sc`, `LDC01Sc`

Subdetector “vxd01”

Description	The realistic vertex detector geometry based on TESLA TDR
C++ Driver	`SVxd01`
MySQL Database	`vxd01`
Parameters	`TUBE_central_inner_radius`, `TUBE_central_thickness`, `VXD_active_silicon_thickness`, `VXD_cryostat_option`, `VXD_end_electronics_thickness`, `VXD_inner_radius`, `VXD_ladder_number`, `VXD_outer_radius`, `VXD_support_ladder_material`, `VXD_support_ladder_thickness`
Models	`D13Stahl`, `D13TDR`, `D13XStahl`, `D14`, `LDC00_02Sc`, `LDC00_03Rp`, `LDC00_03Sc`, `LDC01_02Sc`, `LDC01_05Sc`, `LDCPrime_01Sc`

Subdetector “vxd02”

Description	The realistic vertex detector using CMOS technology
C++ Driver	`SVxd01`
MySQL Database	`vxd02`
Parameters	`TUBE_central_inner_radius`, `TUBE_central_thickness`, `VXD_active_silicon_thickness`, `VXD_cryostat_option`, `VXD_end_electronics_thickness`, `VXD_inner_radius`, `VXD_ladder_number`, `VXD_outer_radius`, `VXD_support_ladder_material`, `VXD_support_ladder_thickness`
Models	`D14_CMOSVTX`

Subdetector “vxd03”

Description	5 single layer LOI vertex detector geometry
C++ Driver	`SVxd02`
MySQL Database	`vxd03`
Parameters	`VXD_active_side_band_electronics_option`, `VXD_active_silicon_thickness`, `VXD_cryostat_option`, `VXD_end_ladd_electronics_half_length`, `VXD_end_ladd_electronics_option`, `VXD_end_ladd_electronics_thickness`, `VXD_inner_radius`, `VXD_length_r1`, `VXD_length_r2`, `VXD_length_r3`, `VXD_length_r4`, `VXD_length_r5`, `VXD_radius_r1`, `VXD_radius_r2`, `VXD_radius_r3`, `VXD_radius_r4`, `VXD_radius_r5`, `VXD_side_band_electronics_option`, `VXD_side_band_electronics_thickness`, `VXD_side_band_electronics_width`, `VXD_support_ladder_material`, `VXD_support_ladder_thickness`, `VXD_width_r1`, `VXD_width_r2`, `VXD_width_r3`, `VXD_width_r4`, `VXD_width_r5`
Models	`LDC01_06Sc`, `LDC01_06Sc_p01`, `LDC01_06Sc_p02`, `LDC_GLD_01Sc`, `LDCPrime_02Sc`, `LDCPrime_02Sc_p01`, `LDCPrime_02Sc_p02`

Subdetector “vxd03_sensin”

Description	5 single layer LOI vertex detector geometry with sensors inside
C++ Driver	`SVxd02`
MySQL Database	`vxd03_sensin`
Parameters	`VXD_active_side_band_electronics_option`, `VXD_active_silicon_thickness`, `VXD_cryostat_option`, `VXD_end_ladd_electronics_half_length`, `VXD_end_ladd_electronics_option`, `VXD_end_ladd_electronics_thickness`, `VXD_inner_radius`, `VXD_length_r1`, `VXD_length_r2`, `VXD_length_r3`, `VXD_length_r4`, `VXD_length_r5`, `VXD_radius_r1`, `VXD_radius_r2`, `VXD_radius_r3`, `VXD_radius_r4`, `VXD_radius_r5`, `VXD_side_band_electronics_option`, `VXD_side_band_electronics_thickness`, `VXD_side_band_electronics_width`, `VXD_support_ladder_material`, `VXD_support_ladder_thickness`, `VXD_width_r1`, `VXD_width_r2`, `VXD_width_r3`, `VXD_width_r4`, `VXD_width_r5`
Models	(none)

Subdetector “vxd04”

Description	3 double layer LOI vertex detector geometry
C++ Driver	`SVxd03`
MySQL Database	`vxd04`
Parameters	`VXD_active_side_band_electronics_option`, `VXD_active_silicon_thickness`, `VXD_cryostat_option`, `VXD_end_ladd_electronics_half_length`, `VXD_end_ladd_electronics_option`, `VXD_end_ladd_electronics_thickness`, `VXD_inner_radius`, `VXD_layer_gap`, `VXD_length_r1`, `VXD_length_r3`, `VXD_length_r5`, `VXD_radius_r1`, `VXD_radius_r3`, `VXD_radius_r5`, `VXD_side_band_electronics_option`, `VXD_side_band_electronics_thickness`, `VXD_side_band_electronics_width`, `VXD_support_ladder_material`, `VXD_support_ladder_thickness`, `VXD_width_r1`, `VXD_width_r3`, `VXD_width_r5`
Models	(none)

Subdetector “vxd05”

Description	VXD for ILD
C++ Driver	`SVxd03`
MySQL Database	`vxd05`
Parameters	`VXD_active_side_band_electronics_option`, `VXD_active_silicon_thickness`, `VXD_cryostat_option`, `VXD_end_ladd_electronics_half_length`, `VXD_end_ladd_electronics_option`, `VXD_end_ladd_electronics_thickness`, `VXD_inner_radius`, `VXD_layer_gap`, `VXD_length_r1`, `VXD_length_r3`, `VXD_length_r5`, `VXD_radius_r1`, `VXD_radius_r3`, `VXD_radius_r5`, `VXD_side_band_electronics_option`, `VXD_side_band_electronics_thickness`, `VXD_side_band_electronics_width`, `VXD_support_ladder_material`, `VXD_support_ladder_thickness`, `VXD_width_r1`, `VXD_width_r3`, `VXD_width_r5`
Models	`CILD_00`, `CILD_00fw`, `ILD_00`, `ILD_00_EcalSc01`, `ILD_00_EcalSc02`, `ILD_00Dhcal`, `ILD_00fw`, `ILD_00fw_Dhcal`, `ILD_00fwp01`, `ILD_01_dev`, `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`

Subdetector “vxd07”

Description	vxd dl update
C++ Driver	`SVxd04`
MySQL Database	`vxd07`
Parameters	`VXD_active_side_band_electronics_option`, `VXD_active_silicon_thickness`, `VXD_cryostat_option`, `VXD_end_ladd_electronics_half_length`, `VXD_end_ladd_electronics_option`, `VXD_end_ladd_electronics_thickness`, `VXD_flex_cable_thickness`, `VXD_foam_spacer_material`, `VXD_foam_spacer_thickness`, `VXD_inner_radius`, `VXD_layer_gap`, `VXD_length_r1`, `VXD_length_r3`, `VXD_length_r5`, `VXD_metal_traces_thickness`, `VXD_radius_r1`, `VXD_radius_r3`, `VXD_radius_r5`, `VXD_side_band_electronics_option`, `VXD_side_band_electronics_thickness`, `VXD_side_band_electronics_width`, `VXD_width_r1`, `VXD_width_r3`, `VXD_width_r5`
Models	`ILD_O1_v01`, `ILD_O1_v02`, `ILD_O1_v03`, `ILD_O2_v01`, `ILD_O2_v02`, `ILD_O2_v03`, `ILD_O3_v01`, `ILD_O3_v02`, `ILD_O3_v03`

Subdetector “vxdSiD00”

Description	The LDC VXD adapted to the SiD dimensions.
C++ Driver	`vxd00`
MySQL Database	`vxdSiD00`
Parameters	(none)
Models	`SiD01`, `SiD02`, `SiDTracker`

Subdetector “wscal”

Description	Simple Calorimeter for demonstration of in LC Sim. Workshop
C++ Driver	`wscal`
MySQL Database	`wscal`
Parameters	(none)
Models	`WSCal`

Subdetector “yoke00”

Description	The yoke as massive Fe volumes
C++ Driver	`yoke00`
MySQL Database	`yoke00`
Parameters	(none)
Models	`D08`, `D08FeRPC1`, `D08FeScintillator`, `D08M1`, `D08M2`, `D08M3`, `D08SET`, `D08WModRPC1`, `D09`, `D09M1`, `D09Scint`, `D10`, `D10scint`, `D11`, `D12`, `D12scint`, `D14`, `D14_CMOSVTX`, `D20`, `HcalWMod`

Subdetector “yoke01Stahl”

Description	"yoke00" octagonal and with an adjusted inner radius, Stahl layout
C++ Driver	`yoke01`
MySQL Database	`yoke01Stahl`
Parameters	(none)
Models	`D13Stahl`

Subdetector “yoke01TDR”

Description	"yoke00" octagonal and with an adjusted inner radius, TDR layout
C++ Driver	`yoke01`
MySQL Database	`yoke01TDR`
Parameters	(none)
Models	`D13TDR`

Subdetector “yoke01XStahl”

Description	"yoke00" octagonal and with an adjusted inner radius, Stahl layout with 20 mrad crossing angle
C++ Driver	`yoke01`
MySQL Database	`yoke01XStahl`
Parameters	(none)
Models	`D13XStahl`

Subdetector “yoke02”

Description	Simple yoke made of massive iron blocks
C++ Driver	`yoke02`
MySQL Database	`yoke02`
Parameters	`Yoke_Barrel_half_z`, `Yoke_barrel_inner_radius`, `Yoke_endcap_inner_radius`, `Yoke_thickness`, `Yoke_Z_start_endcaps`
Models	`LDC00_01Rp`, `LDC00_01Sc`, `LDC01_01Rp`, `LDC01_01Sc`

Subdetector “yoke03”

Description	yoke and muon chamber implemented by Predrag
C++ Driver	`yoke03`
MySQL Database	`yoke03`
Parameters	`Yoke_Barrel_Half_Z`, `Yoke_barrel_inner_radius`, `Yoke_endcap_inner_radius`, `Yoke_thickness`, `Yoke_with_plug`, `Yoke_Z_start_endcaps`
Models	`LDC00_02Sc`, `LDC00_03Rp`, `LDC00_03Sc`, `LDC01_02Sc`, `LDC01_05Sc`, `LDC01_06Sc`, `LDC01_06Sc_p01`, `LDC01_06Sc_p02`, `LDC_GLD_01Sc`, `LDCPrime_01Sc`, `LDCPrime_02Sc`, `LDCPrime_02Sc_p01`, `LDCPrime_02Sc_p02`

Subdetector “yoke04”

Description	yoke with barrel_encap_gap and gear params
C++ Driver	`yoke04`
MySQL Database	`yoke04`
Parameters	`Yoke_barrel_inner_radius`, `Yoke_endcap_inner_radius`, `Yoke_thickness`, `Yoke_with_plug`, `Yoke_Z_start_endcaps`
Models	`CILD_00`, `CILD_00fw`, `CLIC01_ILD`, `ILD_00`, `ILD_00_EcalSc01`, `ILD_00_EcalSc02`, `ILD_00Dhcal`, `ILD_00fw`, `ILD_00fw_Dhcal`, `ILD_00fwp01`

Subdetector “yoke05”

Description	new Muon System by Saveliev
C++ Driver	`yoke05`
MySQL Database	`yoke04`
Parameters	`Yoke_barrel_inner_radius`, `Yoke_endcap_inner_radius`, `Yoke_thickness`, `Yoke_with_plug`, `Yoke_Z_start_endcaps`
Models	`ILD_01_dev`, `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, `ILD_O1_v01`, `ILD_O1_v02`, `ILD_O1_v03`, `ILD_O2_v01`, `ILD_O2_v02`, `ILD_O2_v03`, `ILD_O3_v01`, `ILD_O3_v02`, `ILD_O3_v03`

Subdetector “SYoke01”

Description	The super yoke detector driver
C++ Driver	`SYoke01` (superdriver for `yoke00`)
Parameters	`Yoke_Barrel_Half_Z`, `Yoke_barrel_inner_radius`, `Yoke_endcap_inner_radius`, `Yoke_thickness`, `Yoke_Z_start_endcaps`
Models	`LDC00`, `LDC00Sc`, `LDC01`, `LDC01Sc`, `SiD01`, `SiD02`

C++ Drivers ↔ Subdetectors

SBcal01 ↔ BeamCal01 (using subdriver BeamCal00)
BeamCal00 ↔ BeamCal, BeamCal01 (used by superdriver SBcal01)
BeamCal01 ↔ BeamCal08
ClicYoke01 ↔ clicyoke01
coil00 ↔ coil00, SCoil01 (used by superdriver SCoil01), SCoil02 (used by superdriver SCoil02)
coil01 ↔ coil01, SCoil03 (used by superdriver SCoil02)
SCoil01 ↔ SCoil01 (using subdriver coil00)
SCoil02 ↔ SCoil02 (using subdriver coil00), SCoil03 (using subdriver coil01)
ecal02 ↔ ecal02, ecal20, ecal03, ecal01j, ecal02j, ecal05, ecal06, ecalpbk1, SEcal01 (used by superdriver SEcal01), ecal07
ecal03 ↔ ecal04
SEcal01 ↔ SEcal01 (using subdriver ecal02)
SEcal02 ↔ SEcal02
SEcal03 ↔ SEcal03
SEcal04 ↔ SEcal03p01
SEcal04Gas ↔ SEcal03p01Gas
etd ↔ SEtd03
etd00 ↔ etd00
etd01 ↔ etd01, SEtd01 (used by superdriver SEtd01)
SEtd01 ↔ SEtd01 (using subdriver etd01)
SEtd02 ↔ SEtd02
FField01 ↔ FField01
field00 ↔ field00, field01, SField01 (used by superdriver SField01)
fieldX00 ↔ fieldX00TDR, fieldX00Stahl, fieldX00XStahl, SFieldX00 (used by superdriver SFieldX00)
fieldX02 ↔ fieldX02
fieldX03 ↔ fieldX03, FieldMap4TNoQuad
SField01 ↔ SField01 (using subdriver field00)
SFieldX00 ↔ SFieldX00 (using subdriver fieldX00)
ftd00 ↔ ftd00, ftd01, ftdSiD00, SFtd01 (used by superdriver SFtd01), SFtd02 (used by superdriver SFtd01)
ftd01 ↔ ftd02, SFtd03 (used by superdriver SFtd02), SFtd04 (used by superdriver SFtd02)
FTD_Simple_Staggered ↔ ftd_simple_staggered, ftd_simple_staggered_02
SFtd01 ↔ SFtd01 (using subdriver ftd00), SFtd02 (using subdriver ftd00)
SFtd02 ↔ SFtd03 (using subdriver ftd01), SFtd04 (using subdriver ftd01)
SFtd03 ↔ SFtd05, SFtd06
SFtd04 ↔ SFtd07
SFtd05 ↔ SFtd08, ClicSFtd01
SFtd06 ↔ SFtd09, SFtd10
hcal02 ↔ hcal02, hcal20, hcal03
hcal03 ↔ hcalWModRPC1, hcalFeRPC1, hcalFeScintillator, SinglehcalFeRPC1, SinglehcalFeScintillator, SinglehcalFeRPC2, SHcal01 (used by superdriver SHcal01)
hcal04 ↔ hcal04scint, SHcal02 (used by superdriver SHcal01)
hcalrpc ↔ HcalRPC
HcalWMod ↔ HcalWMod
SHcal01 ↔ SHcal01 (using subdriver hcal03), SHcal02 (using subdriver hcal04)
SHcal03 ↔ SHcal03
SHcal04 ↔ SHcal04
SHcalRpc01 ↔ SHcalRpc01
SHcalRpc02 ↔ SHcalRpc02
SHcalSc01 ↔ SHcalSc01
SHcalSc02 ↔ SHcalSc02
SHcalSc03 ↔ SHcalSc03
SHcalScV01 ↔ SHcalScV01
hodoscope00 ↔ hodoscope
SLcal01 ↔ SLcal01 (using subdriver LumiCalX)
SLcal02 ↔ SLcal02 (using subdriver LumiCalX)
SLcal03 ↔ SLcal03 (using subdriver LumiCalX01), LumiCalV (using subdriver LumiCalV00)
LumiCal ↔ LumiCalS, LumiCalP
LumiCalV00 ↔ LumiCalV (used by superdriver SLcal03)
LumiCalX ↔ SLcal01 (used by superdriver SLcal01), SLcal02 (used by superdriver SLcal02)
LumiCalX01 ↔ SLcal03 (used by superdriver SLcal03)
mask00 ↔ mask00, mask01
mask01 ↔ mask02
mask02 ↔ mask03
mask04 ↔ mask04
maskX00 ↔ maskX00TDR, maskX00Stahl, maskX00XStahl, SMaskX00 (used by superdriver SMaskX00)
maskX01 ↔ maskX01, maskX02, maskX03, clic_maskX04, clicmaskX01
SMaskX00 ↔ SMaskX00 (using subdriver maskX00)
MidiTPC ↔ MidiTPC
Phantom01 ↔ Phantom01
proto00 ↔ P55, P55INC, P55EcalLike, P66
proto01 ↔ P66Wshape, P66WNominal, P66micro, P66WNominal_45
proto02 ↔ P66HV14, P66HV28, P66HV42
proto03 ↔ Proto03, ProtoDesy0205
proto04 ↔ ProtoDesy0506, ProtoDesy0506_2
proto04_01 ↔ ProtoDesy0506_01, ProtoCern0806_01, ProtoCern1006_01
proto04_02 ↔ ProtoCern0806_02, ProtoCern1006_02
proto05 ↔ ProtoCern07, ProtoFnal08
SServices00 ↔ SServices00
SServices_02_v00 ↔ SServices_O2_v00
set ↔ SSet03
set00 ↔ set00
set01 ↔ set01, SSet01 (used by superdriver SSet01)
SET_Simple_Planar ↔ set_simple_planar, set_simple_planar_sensors, set_simple_planar_sensors_01
SSet01 ↔ SSet01 (using subdriver set01)
SSet02 ↔ SSet02
SiDBar00 ↔ SiDBar00
SiDFwd00 ↔ SiDFwd00
SiEnvTPC01 ↔ SiEnvTPC01
SiExtBar00 ↔ SiExtBar00
SiExtFwd00 ↔ SiExtFwd00
SiIntBar00 ↔ SiIntBar00
sit ↔ SSit04
sit00 ↔ sit00
sit01 ↔ sit01
sit02 ↔ sit02, SSit02 (used by superdriver SSit02)
SIT_Simple_Planar ↔ sit_simple_planar, sit_simple_planar_sensors, sit_simple_planar_sensors_02, sit_simple_planar_sensors_03
SSit02 ↔ SSit02 (using subdriver sit02)
SSit03 ↔ SSit03
SLHcal01 ↔ LHcal01
TBcatcher00 ↔ TBcatcher00
TBcatcher02 ↔ TBcatcher02
TBcatcher03 ↔ TBcatcher03
TBcatcher04 ↔ TBcatcher04
TBcatcher05 ↔ TBcatcher05, TBcatcher06
TBcatcher05_01 ↔ TBcatcher05_01, TBcatcher06_01, TBcatcher05_02, TBcatcher06_02
TBcatcher06 ↔ TBcatcher07, TBcatcher08, TBcatcher07_02, TBcatcher08_02
TBcatcher07 ↔ TBcatcher08_03
TBcerenkov01 ↔ TBcerenkov01, TBcerenkov02
TBcerenkov01_01 ↔ TBcerenkov01_01, TBcerenkov02_01
TBcerenkov02 ↔ TBcerenkov03
TBdch01 ↔ TBdch01
TBdch02 ↔ TBdch02
TBdch02_01 ↔ TBdch02_01
TBdch03 ↔ TBdch03, TBdch04
TBdch03_01 ↔ TBdch03_01, TBdch04_01
TBdch04 ↔ TBdch05
TBdchX02 ↔ TBdchX02
TBdchX02_01 ↔ TBdchX02_01
TBdchXY02 ↔ TBdchXY02
TBdchXY02_01 ↔ TBdchXY02_01
TBdchXY03 ↔ TBdchXY03, TBdchXY04
TBdchXY03_01 ↔ TBdchXY03_01, TBdchXY04_01
TBdchXY04_01 ↔ TBdchXY05_01
TBdchXY05_01 ↔ TBdchXY06_01
TBdchXY06 ↔ TBdchXY07
TBdchY02 ↔ TBdchY02
TBdchY02_01 ↔ TBdchY02_01
TBecal00 ↔ TBecal00
TBecal02 ↔ TBecal02
TBfield00 ↔ TBfield00
TBfingcount01 ↔ TBfingcount01
TBfingcount01_01 ↔ TBfingcount01_01
TBfingcount02 ↔ TBfingcount02, TBfingcount03
TBfingcount02_01 ↔ TBfingcount02_01, TBfingcount03_01
TBhcal00 ↔ TBhcal00
TBhcal01 ↔ TBhcal01
TBhcal02 ↔ TBhcal02
TBhcal03 ↔ TBhcal03
TBhcal04 ↔ TBhcal04
TBhcal05 ↔ TBhcal05, TBhcal06
TBhcal05_01 ↔ TBhcal05_01, TBhcal06_01
TBhcal06 ↔ TBhcal07, TBhcal08
TBhcal07 ↔ TBhcal05_02, TBhcal06_02, TBhcal07_02, TBhcal08_02
TBhcal08 ↔ TBhcal09
TBhcal4d ↔ TBhcal4d
TBmuoncount01 ↔ TBmuoncount01
TBmuoncount01_01 ↔ TBmuoncount01_01
TBmuoncount02 ↔ TBmuoncount02
TBmuoncount02_01 ↔ TBmuoncount02_01
TBmuoncount03 ↔ TBmuoncount03
TBmuoncount04_01 ↔ TBmuoncount04_01
TBscecal00 ↔ TBscecal00
tbscecal01 ↔ tbscecal01
TBscint01 ↔ TBscint01
TBscint02 ↔ TBscint02
TBscint02_01 ↔ TBscint02_01
TBscint03 ↔ TBscint03, TBscint04
TBscint03_01 ↔ TBscint03_01, TBscint04_01
TBscint04 ↔ TBscint05, TBscint06
TBscint05 ↔ TBscint07
TBvacpipe01_01 ↔ TBvacpipe00_01, TBvacpipe01_01, TBvacpipe02_01
TBveto01 ↔ TBveto01, TBveto02
TEPDetector01 ↔ TEPDetector01
Tmag06 ↔ Tmag06
TmagField ↔ TmagField
tpc00 ↔ tpc00, tpc01, tpc02
tpc01 ↔ tpc03
tpc02 ↔ tpc04, STpc01 (used by superdriver STpc01)
tpc03 ↔ tpc05
tpc04 ↔ tpc06
tpc05 ↔ tpc07
tpc06 ↔ tpc08, tpc_EP_X0_30, tpc_EP_X0_45, tpc_EP_X0_60, clictpc01
tpc07 ↔ tpc09
tpc09 ↔ clictpc01swl
tpc10 ↔ tpc10_01
STpc01 ↔ STpc01 (using subdriver tpc02)
tube00 ↔ tube00
tube01 ↔ tube01, tubeSiD01, tube02 (used by superdriver STube01), STube01 (used by superdriver STube01)
tubeX00 ↔ tubeX00TDR, tubeX00Stahl, tubeX00XStahl, STubeX00 (used by superdriver STubeX00)
tubeX01 ↔ tubeX01, tubeX05, tubeX02, tubeX04, clic_tubeX05, ClicTubeX01, Clic500TubeX01, tubeX06
STube01 ↔ tube02 (using subdriver tube01), STube01 (using subdriver tube01)
STubeX00 ↔ STubeX00 (using subdriver tubeX00)
vxd00 ↔ vxd00, vxdSiD00
vxd01 ↔ vxd01 (used by superdriver SVxd01), vxd02 (used by superdriver SVxd01)
vxd02 ↔ vxd03 (used by superdriver SVxd02)
vxd022 ↔ vxd03_sensin (used by superdriver SVxd02)
vxd03 ↔ vxd04 (used by superdriver SVxd03), vxd05 (used by superdriver SVxd03), clic_vxd06 (used by superdriver SVxd03), ClicVxd01 (used by superdriver SVxd03), Clic500Vxd01 (used by superdriver SVxd03)
vxd04 ↔ vxd07 (used by superdriver SVxd04)
SVxd01 ↔ vxd01 (using subdriver vxd01), vxd02 (using subdriver vxd01)
SVxd02 ↔ vxd03 (using subdriver vxd02), vxd03_sensin (using subdriver vxd022)
SVxd03 ↔ vxd04 (using subdriver vxd03), vxd05 (using subdriver vxd03), clic_vxd06 (using subdriver vxd03), ClicVxd01 (using subdriver vxd03), Clic500Vxd01 (using subdriver vxd03)
SVxd04 ↔ vxd07 (using subdriver vxd04)
wscal ↔ wscal
yoke00 ↔ yoke00, SYoke01 (used by superdriver SYoke01)
yoke01 ↔ yoke01TDR, yoke01Stahl, yoke01XStahl
yoke02 ↔ yoke02
yoke03 ↔ yoke03
yoke04 ↔ yoke04
yoke05 ↔ yoke05
SYoke01 ↔ SYoke01 (using subdriver yoke00)

MySQL Databases ↔ Subdetectors

beamcalX01 ↔ BeamCal
beamcalX02 ↔ BeamCal01
beamcalX08 ↔ BeamCal08
CaliceEcal03 ↔ Proto03
Clic500TubeX01 ↔ Clic500TubeX01
Clic500Vxd01 ↔ Clic500Vxd01
clic_maskX04 ↔ clic_maskX04
clic_tubeX05 ↔ clic_tubeX05
clic_vxd06 ↔ clic_vxd06
CLICFieldMap4TeslaNoQuad ↔ FieldMap4TNoQuad
clicftd01 ↔ ClicSFtd01
clicmaskX01 ↔ clicmaskX01
clictpc01 ↔ clictpc01, clictpc01swl
ClicTubeX01 ↔ ClicTubeX01
ClicVxd01 ↔ ClicVxd01
clicyoke01 ↔ clicyoke01
coil00 ↔ coil00, coil01
dch00 ↔ TBdch01
dch01 ↔ TBdch02
dch01_01 ↔ TBdch02_01
dch01_01_XY ↔ TBdchX02_01, TBdchY02_01, TBdchXY02_01
dch01_XY ↔ TBdchX02, TBdchY02, TBdchXY02
dch02 ↔ TBdch03, TBdchXY03
dch02_01 ↔ TBdch03_01, TBdchXY03_01
dch03 ↔ TBdch04, TBdchXY04
dch03_01 ↔ TBdch04_01, TBdchXY04_01
dch04 ↔ TBdch05
dch05 ↔ TBdchXY05_01
dch06 ↔ TBdchXY06_01
dch07 ↔ TBdchXY07
ecal01j ↔ ecal01j
ecal02 ↔ ecal02
ecal02j ↔ ecal02j
ecal03 ↔ ecal03
ecal04 ↔ ecal04
ecal05 ↔ ecal05
ecal06 ↔ ecal06
ecal07 ↔ ecalpbk1
ecal08 ↔ ecal07
ecal20 ↔ ecal20
etd00 ↔ etd00
etd01 ↔ etd01, SEtd01
etd03 ↔ SEtd02
fc00 ↔ TBfingcount01
fc00_01 ↔ TBfingcount01_01
fc01 ↔ TBfingcount02
fc01_01 ↔ TBfingcount02_01
fc02 ↔ TBfingcount03
fc02_01 ↔ TBfingcount03_01
FField01 ↔ FField01
field00 ↔ field00
field01 ↔ field01
fieldX00LDCv2 ↔ SFieldX00
fieldX00Stahl ↔ fieldX00Stahl
fieldX00TDR ↔ fieldX00TDR
fieldX00XStahl ↔ fieldX00XStahl
fieldX01 ↔ fieldX02
fieldX02 ↔ fieldX03
ftd00 ↔ ftd00, SFtd01
ftd01 ↔ ftd01
ftd02 ↔ SFtd02
ftd03 ↔ ftd02
ftd04 ↔ SFtd03, SFtd04
ftd05 ↔ SFtd05
ftd06 ↔ SFtd06
ftd07 ↔ SFtd07, SFtd08
ftd08 ↔ SFtd09
ftd09 ↔ SFtd10
ftd_simple_staggered ↔ ftd_simple_staggered
ftd_simple_staggered_02 ↔ ftd_simple_staggered_02
ftdSiD00 ↔ ftdSiD00
hcal02 ↔ hcal02, HcalWMod
hcal03 ↔ hcal03
hcal04scint ↔ hcal04scint
hcal20 ↔ hcal20
HcalFeRPC ↔ HcalRPC
hcalFeRPC1 ↔ hcalFeRPC1
hcalFeScintillator ↔ hcalFeScintillator
hcalWModRPC1 ↔ hcalWModRPC1
hodoscope00 ↔ hodoscope
hodoscope01 ↔ TBscint01
hodoscope02 ↔ TBscint02
hodoscope02_01 ↔ TBscint02_01
hodoscope03 ↔ TBscint03
hodoscope03_01 ↔ TBscint03_01
hodoscope04 ↔ TBscint04
hodoscope04_01 ↔ TBscint04_01
hodoscope05 ↔ TBscint05
LumiCalP00 ↔ LumiCalP
LumiCalS00 ↔ LumiCalS
mask00 ↔ mask00
mask01 ↔ mask01
mask02 ↔ mask02
mask03 ↔ mask03
mask04 ↔ mask04
maskX00LDCv2 ↔ SMaskX00
maskX00Stahl ↔ maskX00Stahl
maskX00TDR ↔ maskX00TDR
maskX00XStahl ↔ maskX00XStahl
maskX01 ↔ maskX01
maskX02 ↔ maskX02
maskX03 ↔ maskX03
mc00 ↔ TBmuoncount01
mc00_01 ↔ TBmuoncount01_01
mc01 ↔ TBmuoncount02
mc01_01 ↔ TBmuoncount02_01
mc02 ↔ TBmuoncount03
mc03 ↔ TBmuoncount04_01
MidiTPC ↔ MidiTPC
P55 ↔ P55
P55EcalLike ↔ P55EcalLike
P55INC ↔ P55INC
P66HV14 ↔ P66HV14
P66HV28 ↔ P66HV28
P66HV42 ↔ P66HV42
P66micro ↔ P66micro
P66S ↔ P66
P66WNominal ↔ P66WNominal
P66WNominal_45 ↔ P66WNominal_45
P66Wshape ↔ P66Wshape
ProtoCern07 ↔ ProtoCern07
ProtoCern0806_01 ↔ ProtoCern0806_01
ProtoCern0806_02 ↔ ProtoCern0806_02
ProtoCern1006_01 ↔ ProtoCern1006_01
ProtoCern1006_02 ↔ ProtoCern1006_02
ProtoDesy0205 ↔ ProtoDesy0205
ProtoDesy0506 ↔ ProtoDesy0506, ProtoDesy0506_2
ProtoDesy0506_01 ↔ ProtoDesy0506_01
ProtoFnal08 ↔ ProtoFnal08
scint06 ↔ TBscint06
scint07 ↔ TBscint07
SServices_02_v00 ↔ SServices_O2_v00
SET00 ↔ set00
SET01 ↔ set01, SSet01
set02 ↔ SSet02
set_simple_planar ↔ set_simple_planar
set_simple_planar_sensors ↔ set_simple_planar_sensors
set_simple_planar_sensors_01 ↔ set_simple_planar_sensors_01
SiDBar00 ↔ SiDBar00
SiDFwd00 ↔ SiDFwd00
SiEnvTPC01 ↔ SiEnvTPC01
SiExtBar00 ↔ SiExtBar00
SiExtFwd00 ↔ SiExtFwd00
SiIntBar00 ↔ SiIntBar00
SinglehcalFeRPC1 ↔ SinglehcalFeRPC1
SinglehcalFeRPC2 ↔ SinglehcalFeRPC2
SinglehcalFeScintillator ↔ SinglehcalFeScintillator
sit00 ↔ sit00
sit01 ↔ sit01
sit02 ↔ sit02, SSit02
sit03 ↔ SSit03
sit_simple_planar ↔ sit_simple_planar
sit_simple_planar_sensors ↔ sit_simple_planar_sensors
sit_simple_planar_sensors_02 ↔ sit_simple_planar_sensors_02
sit_simple_planar_sensors_03 ↔ sit_simple_planar_sensors_03
TBcatcher00 ↔ TBcatcher00
TBcatcher02 ↔ TBcatcher02
TBecal00 ↔ TBecal00
TBecal02 ↔ TBecal02
TBfield00 ↔ TBfield00
TBhcal00 ↔ TBhcal00, TBhcal01
TBhcal02 ↔ TBhcal02
TBhcal03 ↔ TBhcal09
TBhcal4d ↔ TBhcal4d
TBhcalcatch03 ↔ TBhcal03, TBcatcher03
TBhcalcatch04 ↔ TBcatcher04, TBhcal04
TBhcalcatch05 ↔ TBcatcher05, TBhcal05
TBhcalcatch05_01 ↔ TBcatcher05_01, TBhcal05_01
TBhcalcatch05_02 ↔ TBhcal05_02, TBcatcher05_02
TBhcalcatch06 ↔ TBcatcher06, TBhcal06
TBhcalcatch06_01 ↔ TBcatcher06_01, TBhcal06_01
TBhcalcatch06_02 ↔ TBcatcher06_02, TBhcal06_02
TBhcalcatch07 ↔ TBcatcher07, TBhcal07
TBhcalcatch07_02 ↔ TBcatcher07_02, TBhcal07_02
TBhcalcatch08 ↔ TBcatcher08, TBhcal08
TBhcalcatch08_02 ↔ TBcatcher08_02, TBhcal08_02, TBcatcher08_03
TBscecal01 ↔ tbscecal01
tcherenkov00 ↔ TBcerenkov01
tcherenkov00_01 ↔ TBcerenkov01_01
tcherenkov01 ↔ TBcerenkov02
tcherenkov01_01 ↔ TBcerenkov02_01
tcherenkov02 ↔ TBcerenkov03
Tmag06 ↔ Tmag06
TmagField ↔ TmagField
tpc00 ↔ tpc00
tpc01 ↔ tpc01
tpc02 ↔ tpc02
tpc03 ↔ tpc03
tpc04 ↔ tpc04
tpc05 ↔ tpc05
tpc06 ↔ tpc06
tpc07 ↔ tpc07
tpc08 ↔ tpc08, tpc09
tpc10_01 ↔ tpc10_01
tpc_EP_X0_30 ↔ tpc_EP_X0_30
tpc_EP_X0_45 ↔ tpc_EP_X0_45
tpc_EP_X0_60 ↔ tpc_EP_X0_60
tube00 ↔ tube00
tube01 ↔ tube01, STube01
tube02 ↔ tube02
tubeSiD01 ↔ tubeSiD01
tubeX00LDCv2 ↔ STubeX00
tubeX00Stahl ↔ tubeX00Stahl
tubeX00TDR ↔ tubeX00TDR
tubeX00XStahl ↔ tubeX00XStahl
tubeX01 ↔ tubeX01
tubeX03 ↔ tubeX02
tubeX04 ↔ tubeX04
tubeX05 ↔ tubeX05
tubeX06 ↔ tubeX06
veto01 ↔ TBveto01
veto02 ↔ TBveto02
vp00_01 ↔ TBvacpipe00_01
vp01_01 ↔ TBvacpipe01_01
vp02_01 ↔ TBvacpipe02_01
vxd00 ↔ vxd00
vxd01 ↔ vxd01
vxd02 ↔ vxd02
vxd03 ↔ vxd03
vxd03_sensin ↔ vxd03_sensin
vxd04 ↔ vxd04
vxd05 ↔ vxd05
vxd07 ↔ vxd07
vxdSiD00 ↔ vxdSiD00
wscal ↔ wscal
yoke00 ↔ yoke00
yoke01Stahl ↔ yoke01Stahl
yoke01TDR ↔ yoke01TDR
yoke01XStahl ↔ yoke01XStahl
yoke02 ↔ yoke02
yoke03 ↔ yoke03
yoke04 ↔ yoke04, yoke05

Geometry Parameter “absorberDensity”

Description	needed by the scintillator ecal from Katsu
Models	using default value: (none), using custom value: (none)
C++ Drivers	using default value: `tbscecal01`, using custom value: (none)

Geometry Parameter “BCal_dAbsorber”

Description	Absorber Thickness in mm
Models	using default value: `ILD_01_dev`, `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, `ILD_O1_v01`, `ILD_O1_v02`, `ILD_O1_v03`, `ILD_O2_v01`, `ILD_O2_v02`, `ILD_O2_v03`, `ILD_O3_v01`, `ILD_O3_v02`, `ILD_O3_v03`, using custom value: `CLIC_ILD_CDR`, `CLIC_ILD_CDR500`
C++ Drivers	using default value: (none), using custom value: `BeamCal01`

Geometry Parameter “BCal_dGraphite”

Description	Graphite thickness in mm
Models	using default value: `ILD_01_dev`, `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, `ILD_O1_v01`, `ILD_O1_v02`, `ILD_O1_v03`, `ILD_O2_v01`, `ILD_O2_v02`, `ILD_O2_v03`, `ILD_O3_v01`, `ILD_O3_v02`, `ILD_O3_v03`, using custom value: `CLIC_ILD_CDR`, `CLIC_ILD_CDR500`
C++ Drivers	using default value: (none), using custom value: `BeamCal01`

Geometry Parameter “BCal_nLayers”

Description	Number of Layers
Models	using default value: `ILD_01_dev`, `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, `ILD_O1_v01`, `ILD_O1_v02`, `ILD_O1_v03`, `ILD_O2_v01`, `ILD_O2_v02`, `ILD_O2_v03`, `ILD_O3_v01`, `ILD_O3_v02`, `ILD_O3_v03`, using custom value: `CLIC_ILD_CDR`, `CLIC_ILD_CDR500`
C++ Drivers	using default value: (none), using custom value: `BeamCal01`

Geometry Parameter “BCal_nWafers”

Description	Number of wafers
Models	using default value: `ILD_01_dev`, `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, `ILD_O1_v01`, `ILD_O1_v02`, `ILD_O1_v03`, `ILD_O2_v01`, `ILD_O2_v02`, `ILD_O2_v03`, `ILD_O3_v01`, `ILD_O3_v02`, `ILD_O3_v03`, using custom value: `CLIC_ILD_CDR`, `CLIC_ILD_CDR500`
C++ Drivers	using default value: (none), using custom value: `BeamCal01`

Geometry Parameter “BCal_PairMonitor”

Description	Turn PairMonitor On(1) or Off(0)
Models	using default value: `ILD_01_dev`, `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, `ILD_O1_v01`, `ILD_O1_v02`, `ILD_O1_v03`, `ILD_O2_v01`, `ILD_O2_v02`, `ILD_O2_v03`, `ILD_O3_v01`, `ILD_O3_v02`, `ILD_O3_v03`, using custom value: `CLIC_ILD_CDR`, `CLIC_ILD_CDR500`
C++ Drivers	using default value: (none), using custom value: `BeamCal01`

Geometry Parameter “BCal_rInner”

Description	Inner Radius (outgoing Beampipe) in mm
Models	using default value: `ILD_01_dev`, `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, `ILD_O1_v01`, `ILD_O1_v02`, `ILD_O1_v03`, `ILD_O2_v01`, `ILD_O2_v02`, `ILD_O2_v03`, `ILD_O3_v01`, `ILD_O3_v02`, `ILD_O3_v03`, using custom value: `CLIC_ILD_CDR`, `CLIC_ILD_CDR500`
C++ Drivers	using default value: (none), using custom value: `BeamCal01`

Geometry Parameter “BCal_rOuter”

Description	Outer Radius in mm
Models	using default value: `ILD_01_dev`, `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, `ILD_O1_v01`, `ILD_O1_v02`, `ILD_O1_v03`, `ILD_O2_v01`, `ILD_O2_v02`, `ILD_O2_v03`, `ILD_O3_v01`, `ILD_O3_v02`, `ILD_O3_v03`, using custom value: `CLIC_ILD_CDR`, `CLIC_ILD_CDR500`
C++ Drivers	using default value: (none), using custom value: `BeamCal01`

Geometry Parameter “BCal_rSegmentation”

Description	Size of Radial Segmentation
Models	using default value: `ILD_01_dev`, `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, `ILD_O1_v01`, `ILD_O1_v02`, `ILD_O1_v03`, `ILD_O2_v01`, `ILD_O2_v02`, `ILD_O2_v03`, `ILD_O3_v01`, `ILD_O3_v02`, `ILD_O3_v03`, using custom value: `CLIC_ILD_CDR`, `CLIC_ILD_CDR500`
C++ Drivers	using default value: (none), using custom value: `BeamCal01`

Geometry Parameter “BCal_SpanningPhi”

Description	Spanning Angle of Full BeamCal in degrees
Models	using default value: `ILD_01_dev`, `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, `ILD_O1_v01`, `ILD_O1_v02`, `ILD_O1_v03`, `ILD_O2_v01`, `ILD_O2_v02`, `ILD_O2_v03`, `ILD_O3_v01`, `ILD_O3_v02`, `ILD_O3_v03`, using custom value: `CLIC_ILD_CDR`, `CLIC_ILD_CDR500`
C++ Drivers	using default value: (none), using custom value: `BeamCal01`

Geometry Parameter “BCal_TubeIncomingRadius”

Description	Radius of the incomming beampipe in mm
Models	using default value: `ILD_01_dev`, `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, `ILD_O1_v01`, `ILD_O1_v02`, `ILD_O1_v03`, `ILD_O2_v01`, `ILD_O2_v02`, `ILD_O2_v03`, `ILD_O3_v01`, `ILD_O3_v02`, `ILD_O3_v03`, using custom value: `CLIC_ILD_CDR`, `CLIC_ILD_CDR500`
C++ Drivers	using default value: (none), using custom value: `BeamCal01`

Geometry Parameter “BuildHcalElectronicsInterface”

Description	Flag to build the Hcal electronics interface
Models	using default value: `ILD_01_dev`, `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, `ILD_O1_v01`, `ILD_O1_v02`, `ILD_O1_v03`, `ILD_O2_v01`, `ILD_O3_v01`, `ILD_O3_v02`, `ILD_O3_v03`, using custom value: (none)
C++ Drivers	using default value: `SServices00`, using custom value: (none)

Geometry Parameter “cable_etcDensity”

Description	needed by the scintillator ecal from Katsu
Models	using default value: (none), using custom value: (none)
C++ Drivers	using default value: `tbscecal01`, using custom value: (none)

Geometry Parameter “cherenGasType”

Description	Cern 2007 Cerenkov detector gas type: 1=He, 2=N2
Models	using default value: `TBCern07`, `TBCern0707`, `TBCern0707_01`, `TBCern0707_dchxy_01`, `TBCern0707_p0709`, `TBCern07_01`, `TBCern07_dchxy_01`, `TBCern07_p0709`, `TBCern0807`, `TBCern0807_01`, `TBCern0807_dchxy_01`, `TBCern0807_p0709`, using custom value: (none)
C++ Drivers	using default value: `TBcerenkov02`, using custom value: (none)

Geometry Parameter “cherenPressure”

Description	Cern 2007 Cerenkov detector gas pressure
Models	using default value: `TBCern07`, `TBCern0707`, `TBCern0707_01`, `TBCern0707_dchxy_01`, `TBCern0707_p0709`, `TBCern07_01`, `TBCern07_dchxy_01`, `TBCern07_p0709`, `TBCern0807`, `TBCern0807_01`, `TBCern0807_dchxy_01`, `TBCern0807_p0709`, using custom value: (none)
C++ Drivers	using default value: `TBcerenkov02`, using custom value: (none)

Geometry Parameter “ChipPackageThickness”

Description	Thickess of ASIC
Models	using default value: `ILD_00Dhcal`, `ILD_00fw_Dhcal`, `ILD_01_SDH_pre00`, `ILD_O2_v01`, `ILD_O2_v02`, `ILD_O2_v03`, using custom value: (none)
C++ Drivers	using default value: `SHcal04`, using custom value: `SHcalRpc01`, `SHcalRpc02`

Geometry Parameter “Coil_extra_size”

Description	How more long the coil has to be after the Hcal barrel end to insure a good field inside the TPC region.
Models	using default value: `LDC01`, `LDC01_01Rp`, `LDC01_01Sc`, `LDC01_02Sc`, `LDC01Sc`, `SiD02`, using custom value: `CILD_00`, `CILD_00fw`, `CLIC01_ILD`, `CLIC_ILD_CDR`, `CLIC_ILD_CDR500`, `ILD_00`, `ILD_00_EcalSc01`, `ILD_00_EcalSc02`, `ILD_00Dhcal`, `ILD_00fw`, `ILD_00fw_Dhcal`, `ILD_00fwp01`, `ILD_01_dev`, `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, `ILD_O1_v01`, `ILD_O1_v02`, `ILD_O1_v03`, `ILD_O2_v01`, `ILD_O2_v02`, `ILD_O2_v03`, `ILD_O3_v01`, `ILD_O3_v02`, `ILD_O3_v03`, `LDC00`, `LDC00_01Rp`, `LDC00_01Sc`, `LDC00_02Sc`, `LDC00_03Rp`, `LDC00_03Sc`, `LDC00Sc`, `LDC01_05Sc`, `LDC01_06Sc`, `LDC01_06Sc_p01`, `LDC01_06Sc_p02`, `LDC_GLD_01Sc`, `LDCPrime_01Sc`, `LDCPrime_02Sc`, `LDCPrime_02Sc_p01`, `LDCPrime_02Sc_p02`, `SiD01`
C++ Drivers	using default value: `SCoil01`, `SCoil02`, `SField01`, `SField02`, `STubeX00`, using custom value: (none)

Geometry Parameter “Coil_inner_radius”

Description	(created at runtime)
Models	using default value: `CILD_00`, `CILD_00fw`, `CLIC01_ILD`, `CLIC_ILD_CDR`, `CLIC_ILD_CDR500`, `ILD_00`, `ILD_00_EcalSc01`, `ILD_00_EcalSc02`, `ILD_00Dhcal`, `ILD_00fw`, `ILD_00fw_Dhcal`, `ILD_00fwp01`, `ILD_01_dev`, `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, `ILD_O1_v01`, `ILD_O1_v02`, `ILD_O1_v03`, `ILD_O2_v01`, `ILD_O2_v02`, `ILD_O2_v03`, `ILD_O3_v01`, `ILD_O3_v02`, `ILD_O3_v03`, `LDC00`, `LDC00_01Rp`, `LDC00_01Sc`, `LDC00_02Sc`, `LDC00_03Rp`, `LDC00_03Sc`, `LDC00Sc`, `LDC01`, `LDC01_01Rp`, `LDC01_01Sc`, `LDC01_02Sc`, `LDC01_05Sc`, `LDC01_06Sc`, `LDC01_06Sc_p01`, `LDC01_06Sc_p02`, `LDC01Sc`, `LDC_GLD_01Sc`, `LDCPrime_01Sc`, `LDCPrime_02Sc`, `LDCPrime_02Sc_p01`, `LDCPrime_02Sc_p02`, `SiD01`, `SiD02`, using custom value: (none)
C++ Drivers	using default value: `SCoil01`, `SCoil02`, using custom value: (none)

Geometry Parameter “Coil_thickness”

Description	Coil thichness
Models	using default value: `CILD_00`, `CILD_00fw`, `CLIC01_ILD`, `CLIC_ILD_CDR`, `CLIC_ILD_CDR500`, `ILD_00`, `ILD_00_EcalSc01`, `ILD_00_EcalSc02`, `ILD_00Dhcal`, `ILD_00fw`, `ILD_00fw_Dhcal`, `ILD_00fwp01`, `ILD_01_dev`, `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, `ILD_O1_v01`, `ILD_O1_v02`, `ILD_O1_v03`, `ILD_O2_v01`, `ILD_O2_v02`, `ILD_O2_v03`, `ILD_O3_v01`, `ILD_O3_v02`, `ILD_O3_v03`, `LDC01`, `LDC01_01Rp`, `LDC01_01Sc`, `LDC01_02Sc`, `LDC01_05Sc`, `LDC01_06Sc`, `LDC01_06Sc_p01`, `LDC01_06Sc_p02`, `LDC01Sc`, `LDC_GLD_01Sc`, `LDCPrime_01Sc`, `LDCPrime_02Sc`, `LDCPrime_02Sc_p01`, `LDCPrime_02Sc_p02`, `SiD02`, using custom value: `LDC00`, `LDC00_01Rp`, `LDC00_01Sc`, `LDC00_02Sc`, `LDC00_03Rp`, `LDC00_03Sc`, `LDC00Sc`, `SiD01`
C++ Drivers	using default value: `SCoil01`, `SCoil02`, `SField01`, using custom value: (none)

Geometry Parameter “Coil_Yoke_lateral_clearance”

Description	clearance between Coil cryostate and Yoke
Models	using default value: `CILD_00`, `CILD_00fw`, `CLIC01_ILD`, `ILD_00`, `ILD_00_EcalSc01`, `ILD_00_EcalSc02`, `ILD_00Dhcal`, `ILD_00fw`, `ILD_00fw_Dhcal`, `ILD_00fwp01`, `ILD_01_dev`, `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, `ILD_O1_v01`, `ILD_O1_v02`, `ILD_O1_v03`, `ILD_O2_v01`, `ILD_O2_v02`, `ILD_O2_v03`, `ILD_O3_v01`, `ILD_O3_v02`, `ILD_O3_v03`, using custom value: `CLIC_ILD_CDR`, `CLIC_ILD_CDR500`
C++ Drivers	using default value: `SCoil02`, using custom value: (none)

Geometry Parameter “Coil_Yoke_radial_clearance”

Description	clearance between Coil cryostate and Yoke
Models	using default value: (none), using custom value: `CILD_00`, `CILD_00fw`, `CLIC01_ILD`, `CLIC_ILD_CDR`, `CLIC_ILD_CDR500`, `ILD_00`, `ILD_00_EcalSc01`, `ILD_00_EcalSc02`, `ILD_00Dhcal`, `ILD_00fw`, `ILD_00fw_Dhcal`, `ILD_00fwp01`, `ILD_01_dev`, `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, `ILD_O1_v01`, `ILD_O1_v02`, `ILD_O1_v03`, `ILD_O2_v01`, `ILD_O2_v02`, `ILD_O2_v03`, `ILD_O3_v01`, `ILD_O3_v02`, `ILD_O3_v03`
C++ Drivers	using default value: `SCoil02`, using custom value: (none)

Geometry Parameter “configuration_angle”

Description	Test Beam configuration angle for the Calice test beam.
Models	using default value: `CaliceEcal03`, `CaliceEcalHcalRPC`, `ProtoDesy0205`, `ProtoDesy0506_01`, `TB03`, `TB04`, `TB04_hcal`, `TB04_hcalcatch`, `TB05`, `TB06`, `TB07`, `TBCern07`, `TBCern0707`, `TBCern0707_01`, `TBCern0707_dchxy_01`, `TBCern0707_p0709`, `TBCern07_01`, `TBCern07_dchxy_01`, `TBCern07_p0709`, `TBCern0806`, `TBCern0806_01`, `TBCern0806_01_dchxy_new`, `TBCern0806_dchxy_new`, `TBCern0806_p0709`, `TBCern0807`, `TBCern0807_01`, `TBCern0807_dchxy_01`, `TBCern0807_p0709`, `TBCern1006`, `TBCern1006_01`, `TBCern1006_01_dchxy_new`, `TBCern1006_dchxy_new`, `TBCern1006_p0709`, `TBDesy0205`, `TBDesy0205_2`, `TBDesy0506`, `TBDesy0506_01`, `TBDesy0506_01_dchxy`, `TBDesy0506_01_dchxy_new`, `TBDesy0506_dchxy`, `TBDesy0506_dchxy_new`, `TBFnal0508`, `TBFnal0508_p0709`, `TBFnal0508_p1211`, `TBhcal4d`, using custom value: (none)
C++ Drivers	using default value: `proto03`, `proto04_01`, `proto05`, `TBcatcher04`, `TBcatcher05`, `TBcatcher05_01`, `TBcatcher06`, `TBcatcher07`, `TBcerenkov01`, `TBdch01`, `TBdch02`, `TBdch03`, `TBdchX02`, `TBdchXY02`, `TBdchXY03`, `TBdchY02`, `TBfingcount01`, `TBfingcount02`, `TBhcal04`, `TBhcal05`, `TBhcal06`, `TBhcal07`, `TBhcal4d`, `TBmuoncount01`, `TBmuoncount02`, `tbscecal01`, `TBscint01`, `TBscint02`, `TBscint03`, using custom value: (none)

Geometry Parameter “DHcal_max_step”

Description	Max step limit for ILD GRPC DHcal
Models	using default value: `ILD_00Dhcal`, `ILD_00fw_Dhcal`, `ILD_01_SDH_pre00`, `ILD_O2_v01`, `ILD_O2_v02`, `ILD_O2_v03`, using custom value: (none)
C++ Drivers	using default value: (none), using custom value: `SHcal04`, `SHcalRpc01`

Geometry Parameter “dist_hcal_tcmt”

Description	Separation between Hcal and TCMT in the Calice TB prototype
Models	using default value: `TBCern07`, `TBCern0707`, `TBCern0707_01`, `TBCern0707_dchxy_01`, `TBCern0707_p0709`, `TBCern07_01`, `TBCern07_dchxy_01`, `TBCern07_p0709`, `TBCern0807`, `TBCern0807_01`, `TBCern0807_dchxy_01`, `TBCern0807_p0709`, `TBFnal0508`, `TBFnal0508_p0709`, `TBFnal0508_p1211`, using custom value: (none)
C++ Drivers	using default value: `TBcatcher06`, `TBcatcher07`, using custom value: (none)

Geometry Parameter “Ecal_Alveolus_Air_Gap”

Description	Free space in alveolus
Models	using default value: `CILD_00`, `CILD_00fw`, `CLIC01_ILD`, `CLIC_ILD_CDR`, `CLIC_ILD_CDR500`, `ILD_00`, `ILD_00_EcalSc01`, `ILD_00_EcalSc02`, `ILD_00Dhcal`, `ILD_00fw`, `ILD_00fw_Dhcal`, `ILD_00fwp01`, `ILD_01_dev`, `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, `ILD_O1_v01`, `ILD_O1_v02`, `ILD_O1_v03`, `ILD_O2_v01`, `ILD_O2_v02`, `ILD_O2_v03`, `ILD_O3_v01`, `ILD_O3_v02`, `ILD_O3_v03`, `LDC01_05Sc`, `LDC01_06Sc`, `LDC01_06Sc_p01`, `LDC01_06Sc_p02`, `LDC_GLD_01Sc`, `LDCPrime_01Sc`, `LDCPrime_02Sc`, `LDCPrime_02Sc_p01`, `LDCPrime_02Sc_p02`, using custom value: (none)
C++ Drivers	using default value: `SLHcal01`, using custom value: `SEcal02`, `SEcal03`, `SEcal04`, `SEcal04Gas`

Geometry Parameter “Ecal_Barrel_halfZ”

Description	The half Z size of Ecal barrel. It's a master parameter for LDCxx_02yy.
Models	using default value: `LDC01_05Sc`, `LDC01_06Sc`, `LDC01_06Sc_p01`, `LDC01_06Sc_p02`, using custom value: `CILD_00`, `CILD_00fw`, `CLIC01_ILD`, `CLIC_ILD_CDR`, `CLIC_ILD_CDR500`, `ILD_00`, `ILD_00_EcalSc01`, `ILD_00_EcalSc02`, `ILD_00Dhcal`, `ILD_00fw`, `ILD_00fw_Dhcal`, `ILD_00fwp01`, `ILD_01_dev`, `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, `ILD_O1_v01`, `ILD_O1_v02`, `ILD_O1_v03`, `ILD_O2_v01`, `ILD_O2_v02`, `ILD_O2_v03`, `ILD_O3_v01`, `ILD_O3_v02`, `ILD_O3_v03`, `LDC_GLD_01Sc`, `LDCPrime_01Sc`, `LDCPrime_02Sc`, `LDCPrime_02Sc_p01`, `LDCPrime_02Sc_p02`
C++ Drivers	using default value: (none), using custom value: `SEcal02`, `SEcal03`, `SEcal04`, `SEcal04Gas`

Geometry Parameter “Ecal_barrel_number_of_towers”

Description	Number of slab towers in barrel modules
Models	using default value: `CILD_00`, `CILD_00fw`, `CLIC01_ILD`, `CLIC_ILD_CDR`, `CLIC_ILD_CDR500`, `ILD_00`, `ILD_00_EcalSc01`, `ILD_00_EcalSc02`, `ILD_00Dhcal`, `ILD_00fw`, `ILD_00fw_Dhcal`, `ILD_00fwp01`, `ILD_01_dev`, `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, `ILD_O1_v01`, `ILD_O1_v02`, `ILD_O1_v03`, `ILD_O2_v01`, `ILD_O2_v02`, `ILD_O2_v03`, `ILD_O3_v01`, `ILD_O3_v02`, `ILD_O3_v03`, `LDC01_05Sc`, `LDC01_06Sc`, `LDC01_06Sc_p01`, `LDC01_06Sc_p02`, `LDC_GLD_01Sc`, `LDCPrime_01Sc`, `LDCPrime_02Sc`, `LDCPrime_02Sc_p01`, `LDCPrime_02Sc_p02`, using custom value: (none)
C++ Drivers	using default value: (none), using custom value: `SEcal02`, `SEcal03`, `SEcal04`, `SEcal04Gas`

Geometry Parameter “ecal_begin_z”

Description	Calice test beam parameter: the begin Z coodinate for the Ecal prototype to be used by the drift chamber.
Models	using default value: `TB05`, `TB06`, `TB07`, `TBCern0806`, `TBCern0806_dchxy_new`, `TBCern1006`, `TBCern1006_dchxy_new`, `TBDesy0205`, `TBDesy0205_2`, `TBDesy0506`, `TBDesy0506_dchxy`, `TBDesy0506_dchxy_new`, using custom value: (none)
C++ Drivers	using default value: `TBcerenkov01`, `TBdch01`, `TBdch02`, `TBdch03`, `TBdchX02`, `TBdchXY02`, `TBdchXY03`, `TBdchY02`, `TBfingcount01`, `TBfingcount02`, `TBscint01`, `TBscint02`, `TBscint03`, using custom value: (none)

Geometry Parameter “Ecal_cables_gap”

Description	The gap between the barrel and the endcap.
Models	using default value: `CILD_00`, `CILD_00fw`, `CLIC01_ILD`, `CLIC_ILD_CDR`, `CLIC_ILD_CDR500`, `ILD_00`, `ILD_00_EcalSc01`, `ILD_00_EcalSc02`, `ILD_00Dhcal`, `ILD_00fw`, `ILD_00fw_Dhcal`, `ILD_00fwp01`, `ILD_01_dev`, `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, `ILD_O1_v01`, `ILD_O1_v02`, `ILD_O1_v03`, `ILD_O2_v01`, `ILD_O2_v02`, `ILD_O2_v03`, `ILD_O3_v01`, `ILD_O3_v02`, `ILD_O3_v03`, `LDC01`, `LDC01_01Rp`, `LDC01_01Sc`, `LDC01_02Sc`, `LDC01_05Sc`, `LDC01_06Sc`, `LDC01_06Sc_p01`, `LDC01_06Sc_p02`, `LDC01Sc`, `LDC_GLD_01Sc`, `LDCPrime_01Sc`, `LDCPrime_02Sc`, `LDCPrime_02Sc_p01`, `LDCPrime_02Sc_p02`, `SiD02`, using custom value: `LDC00`, `LDC00_01Rp`, `LDC00_01Sc`, `LDC00_02Sc`, `LDC00_03Rp`, `LDC00_03Sc`, `LDC00Sc`, `SiD01`
C++ Drivers	using default value: `etd00`, `SEcal01`, `SEcal02`, `SEcal03`, `SEcal04`, `SEcal04Gas`, `SServices00`, `SServices_02_v00`, using custom value: (none)

Geometry Parameter “Ecal_cells_size”

Description	The cell dimension in the X direction. For z direction it'll be adjusted, depending on the radiator plate size in Z direction.
Models	using default value: `CILD_00`, `CILD_00fw`, `CLIC01_ILD`, `CLIC_ILD_CDR`, `CLIC_ILD_CDR500`, `ILD_00`, `ILD_00_EcalSc01`, `ILD_00_EcalSc02`, `ILD_00Dhcal`, `ILD_00fw`, `ILD_00fw_Dhcal`, `ILD_00fwp01`, `ILD_01_dev`, `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, `ILD_O1_v01`, `ILD_O1_v02`, `ILD_O1_v03`, `ILD_O2_v01`, `ILD_O2_v02`, `ILD_O2_v03`, `ILD_O3_v01`, `ILD_O3_v02`, `ILD_O3_v03`, `LDC00`, `LDC00_01Rp`, `LDC00_01Sc`, `LDC00_02Sc`, `LDC00_03Rp`, `LDC00_03Sc`, `LDC00Sc`, `LDC01`, `LDC01_01Rp`, `LDC01_01Sc`, `LDC01_02Sc`, `LDC01_05Sc`, `LDC01_06Sc`, `LDC01_06Sc_p01`, `LDC01_06Sc_p02`, `LDC01Sc`, `LDC_GLD_01Sc`, `LDCPrime_01Sc`, `LDCPrime_02Sc`, `LDCPrime_02Sc_p01`, `LDCPrime_02Sc_p02`, `Phantom01`, `SiD01`, `SiD02`, using custom value: (none)
C++ Drivers	using default value: `SEcal01`, using custom value: `SEcal02`, `SEcal03`, `SEcal04`, `SEcal04Gas`, `TEPDetector01`

Geometry Parameter “Ecal_EC_Ring_gap”

Description	Space between the Ecal end cap and the ring boundaries.
Models	using default value: `CILD_00`, `CILD_00fw`, `CLIC01_ILD`, `CLIC_ILD_CDR`, `CLIC_ILD_CDR500`, `ILD_00`, `ILD_00_EcalSc01`, `ILD_00_EcalSc02`, `ILD_00Dhcal`, `ILD_00fw`, `ILD_00fw_Dhcal`, `ILD_00fwp01`, `ILD_01_dev`, `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, `ILD_O1_v01`, `ILD_O1_v02`, `ILD_O1_v03`, `ILD_O2_v01`, `ILD_O2_v02`, `ILD_O2_v03`, `ILD_O3_v01`, `ILD_O3_v02`, `ILD_O3_v03`, `LDC01_06Sc`, `LDC01_06Sc_p01`, `LDC01_06Sc_p02`, `LDC_GLD_01Sc`, `LDCPrime_02Sc`, `LDCPrime_02Sc_p01`, `LDCPrime_02Sc_p02`, using custom value: (none)
C++ Drivers	using default value: `SEcal03`, `SEcal04`, `SEcal04Gas`, using custom value: (none)

Geometry Parameter “Ecal_endcap_center_box_size”

Description	The size of the central box whole in the Ecal endcaps
Models	using default value: `CILD_00`, `CILD_00fw`, `CLIC01_ILD`, `ILD_00`, `ILD_00_EcalSc01`, `ILD_00_EcalSc02`, `ILD_00Dhcal`, `ILD_00fw`, `ILD_00fw_Dhcal`, `ILD_00fwp01`, `ILD_01_dev`, `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, `ILD_O1_v01`, `ILD_O1_v02`, `ILD_O1_v03`, `ILD_O2_v01`, `ILD_O2_v02`, `ILD_O2_v03`, `ILD_O3_v01`, `ILD_O3_v02`, `ILD_O3_v03`, `LDC01`, `LDC01_01Rp`, `LDC01_01Sc`, `LDC01_02Sc`, `LDC01_05Sc`, `LDC01_06Sc`, `LDC01_06Sc_p01`, `LDC01_06Sc_p02`, `LDC01Sc`, `LDC_GLD_01Sc`, `LDCPrime_01Sc`, `LDCPrime_02Sc`, `LDCPrime_02Sc_p01`, `LDCPrime_02Sc_p02`, `SiD02`, using custom value: `CLIC_ILD_CDR`, `CLIC_ILD_CDR500`, `LDC00`, `LDC00_01Rp`, `LDC00_01Sc`, `LDC00_02Sc`, `LDC00_03Rp`, `LDC00_03Sc`, `LDC00Sc`, `SiD01`
C++ Drivers	using default value: `etd`, `SEcal01`, `SEtd02`, using custom value: `SEcal02`, `SEcal03`, `SEcal04`, `SEcal04Gas`

Geometry Parameter “Ecal_endcap_extra_size”

Description	How long is the Ecal endcap over the Barrel limits.
Models	using default value: `LDC01_05Sc`, `LDC01_06Sc`, `LDC01_06Sc_p01`, `LDC01_06Sc_p02`, using custom value: `CILD_00`, `CILD_00fw`, `CLIC01_ILD`, `CLIC_ILD_CDR`, `CLIC_ILD_CDR500`, `ILD_00`, `ILD_00_EcalSc01`, `ILD_00_EcalSc02`, `ILD_00Dhcal`, `ILD_00fw`, `ILD_00fw_Dhcal`, `ILD_00fwp01`, `ILD_01_dev`, `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, `ILD_O1_v01`, `ILD_O1_v02`, `ILD_O1_v03`, `ILD_O2_v01`, `ILD_O2_v02`, `ILD_O2_v03`, `ILD_O3_v01`, `ILD_O3_v02`, `ILD_O3_v03`, `LDC_GLD_01Sc`, `LDCPrime_01Sc`, `LDCPrime_02Sc`, `LDCPrime_02Sc_p01`, `LDCPrime_02Sc_p02`
C++ Drivers	using default value: `SEcal02`, using custom value: `SEcal03`, `SEcal04`, `SEcal04Gas`

Geometry Parameter “Ecal_endcap_outer_radius”

Description	The Ecal endcap outer radius, used by Hcal rings to avoid overlaps
Models	using default value: `CILD_00`, `CILD_00fw`, `CLIC01_ILD`, `CLIC_ILD_CDR`, `CLIC_ILD_CDR500`, `ILD_00`, `ILD_00_EcalSc01`, `ILD_00_EcalSc02`, `ILD_00Dhcal`, `ILD_00fw`, `ILD_00fw_Dhcal`, `ILD_00fwp01`, `ILD_01_dev`, `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, `ILD_O1_v01`, `ILD_O1_v02`, `ILD_O1_v03`, `ILD_O2_v01`, `ILD_O2_v02`, `ILD_O2_v03`, `ILD_O3_v01`, `ILD_O3_v02`, `ILD_O3_v03`, `LDC01_05Sc`, `LDC01_06Sc`, `LDC01_06Sc_p01`, `LDC01_06Sc_p02`, `LDC_GLD_01Sc`, `LDCPrime_01Sc`, `LDCPrime_02Sc`, `LDCPrime_02Sc_p01`, `LDCPrime_02Sc_p02`, using custom value: (none)
C++ Drivers	using default value: `SHcal03`, `SHcal04`, `SHcalRpc01`, `SHcalRpc02`, `SHcalSc01`, `SHcalSc02`, `SHcalSc03`, `SHcalScV01`, using custom value: (none)

Geometry Parameter “Ecal_endcap_plug_rmin”

Description	Inner radius ECAL endcap PLUG to hold LCAL
Models	using default value: `CILD_00`, `CILD_00fw`, `CLIC01_ILD`, `ILD_00`, `ILD_00_EcalSc01`, `ILD_00_EcalSc02`, `ILD_00Dhcal`, `ILD_00fw`, `ILD_00fw_Dhcal`, `ILD_00fwp01`, `ILD_01_dev`, `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, `ILD_O1_v01`, `ILD_O1_v02`, `ILD_O1_v03`, `ILD_O2_v01`, `ILD_O2_v02`, `ILD_O2_v03`, `ILD_O3_v01`, `ILD_O3_v02`, `ILD_O3_v03`, using custom value: `CLIC_ILD_CDR`, `CLIC_ILD_CDR500`
C++ Drivers	using default value: `SLcal02`, `SLcal03`, using custom value: (none)

Geometry Parameter “Ecal_endcap_zmax”

Description	Z boundary of the Ecal endcap to avoid overlap with the Hcal one.
Models	using default value: `CILD_00`, `CILD_00fw`, `CLIC01_ILD`, `ILD_00`, `ILD_00_EcalSc01`, `ILD_00_EcalSc02`, `ILD_00Dhcal`, `ILD_00fw`, `ILD_00fw_Dhcal`, `ILD_00fwp01`, `ILD_01_dev`, `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, `ILD_O1_v01`, `ILD_O1_v02`, `ILD_O1_v03`, `ILD_O2_v01`, `ILD_O2_v02`, `ILD_O2_v03`, `ILD_O3_v01`, `ILD_O3_v02`, `ILD_O3_v03`, `LDC00`, `LDC00_01Rp`, `LDC00_01Sc`, `LDC00_02Sc`, `LDC00_03Rp`, `LDC00_03Sc`, `LDC00Sc`, `LDC01`, `LDC01_01Rp`, `LDC01_01Sc`, `LDC01_02Sc`, `LDC01_05Sc`, `LDC01_06Sc`, `LDC01_06Sc_p01`, `LDC01_06Sc_p02`, `LDC01Sc`, `LDC_GLD_01Sc`, `LDCPrime_01Sc`, `LDCPrime_02Sc`, `LDCPrime_02Sc_p01`, `LDCPrime_02Sc_p02`, `SiD01`, `SiD02`, using custom value: `CLIC_ILD_CDR`, `CLIC_ILD_CDR500`
C++ Drivers	using default value: `maskX01`, `SEcal01`, `SHcal01`, `SHcal03`, `SHcal04`, `SHcalRpc01`, `SHcalRpc02`, `SHcalSc01`, `SHcalSc02`, `SHcalSc03`, `SHcalScV01`, `SLcal02`, `SLcal03`, `tubeX01`, using custom value: (none)

Geometry Parameter “Ecal_endcap_zmin”

Description	Starting Z for Ecal endcap, used by Hcal rings
Models	using default value: `CILD_00`, `CILD_00fw`, `CLIC01_ILD`, `CLIC_ILD_CDR`, `CLIC_ILD_CDR500`, `ILD_00`, `ILD_00_EcalSc01`, `ILD_00_EcalSc02`, `ILD_00Dhcal`, `ILD_00fw`, `ILD_00fw_Dhcal`, `ILD_00fwp01`, `ILD_01_dev`, `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, `ILD_O1_v01`, `ILD_O1_v02`, `ILD_O1_v03`, `ILD_O2_v01`, `ILD_O2_v02`, `ILD_O2_v03`, `ILD_O3_v01`, `ILD_O3_v02`, `ILD_O3_v03`, `LDC01_05Sc`, `LDC01_06Sc`, `LDC01_06Sc_p01`, `LDC01_06Sc_p02`, `LDC_GLD_01Sc`, `LDCPrime_01Sc`, `LDCPrime_02Sc`, `LDCPrime_02Sc_p01`, `LDCPrime_02Sc_p02`, using custom value: (none)
C++ Drivers	using default value: `etd`, `SEtd01`, `SEtd02`, `SFtd04`, `SFtd05`, `SFtd06`, `SHcal03`, `SHcal04`, `SHcalRpc01`, `SHcalRpc02`, `SHcalSc01`, `SHcalSc02`, `SHcalSc03`, `SHcalScV01`, `SLcal02`, `SLcal03`, using custom value: `FTD_Simple_Staggered`

Geometry Parameter “Ecal_fiber_thickness”

Description	Wall fiber thickness for the Ecal structure
Models	using default value: `CILD_00`, `CILD_00fw`, `CLIC01_ILD`, `CLIC_ILD_CDR`, `CLIC_ILD_CDR500`, `ILD_00`, `ILD_00_EcalSc01`, `ILD_00_EcalSc02`, `ILD_00Dhcal`, `ILD_00fw`, `ILD_00fw_Dhcal`, `ILD_00fwp01`, `ILD_01_dev`, `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, `ILD_O1_v01`, `ILD_O1_v02`, `ILD_O1_v03`, `ILD_O2_v01`, `ILD_O2_v02`, `ILD_O2_v03`, `ILD_O3_v01`, `ILD_O3_v02`, `ILD_O3_v03`, `LDC01`, `LDC01_01Rp`, `LDC01_01Sc`, `LDC01_02Sc`, `LDC01_05Sc`, `LDC01_06Sc`, `LDC01_06Sc_p01`, `LDC01_06Sc_p02`, `LDC01Sc`, `LDC_GLD_01Sc`, `LDCPrime_01Sc`, `LDCPrime_02Sc`, `LDCPrime_02Sc_p01`, `LDCPrime_02Sc_p02`, `SiD02`, using custom value: `LDC00`, `LDC00_01Rp`, `LDC00_01Sc`, `LDC00_02Sc`, `LDC00_03Rp`, `LDC00_03Sc`, `LDC00Sc`, `SiD01`
C++ Drivers	using default value: `SEcal01`, `SLHcal01`, using custom value: `SEcal02`, `SEcal03`, `SEcal04`, `SEcal04Gas`

Geometry Parameter “Ecal_front_face_thickness”

Description	Barrel entry face fiber thickness
Models	using default value: `CILD_00`, `CILD_00fw`, `CLIC01_ILD`, `CLIC_ILD_CDR`, `CLIC_ILD_CDR500`, `ILD_00`, `ILD_00_EcalSc01`, `ILD_00_EcalSc02`, `ILD_00Dhcal`, `ILD_00fw`, `ILD_00fw_Dhcal`, `ILD_00fwp01`, `ILD_01_dev`, `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, `ILD_O1_v01`, `ILD_O1_v02`, `ILD_O1_v03`, `ILD_O2_v01`, `ILD_O2_v02`, `ILD_O2_v03`, `ILD_O3_v01`, `ILD_O3_v02`, `ILD_O3_v03`, `LDC01_05Sc`, `LDC01_06Sc`, `LDC01_06Sc_p01`, `LDC01_06Sc_p02`, `LDC_GLD_01Sc`, `LDCPrime_01Sc`, `LDCPrime_02Sc`, `LDCPrime_02Sc_p01`, `LDCPrime_02Sc_p02`, using custom value: (none)
C++ Drivers	using default value: (none), using custom value: `SEcal02`, `SEcal03`, `SEcal04`, `SEcal04Gas`

Geometry Parameter “Ecal_guard_ring_size”

Description	Guard ring region size in the Si wafers
Models	using default value: `CILD_00`, `CILD_00fw`, `CLIC01_ILD`, `CLIC_ILD_CDR`, `CLIC_ILD_CDR500`, `ILD_00`, `ILD_00_EcalSc02`, `ILD_00Dhcal`, `ILD_00fw`, `ILD_00fw_Dhcal`, `ILD_00fwp01`, `ILD_01_dev`, `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, `ILD_O1_v01`, `ILD_O1_v02`, `ILD_O1_v03`, `ILD_O2_v01`, `ILD_O2_v02`, `ILD_O2_v03`, `ILD_O3_v01`, `ILD_O3_v02`, `ILD_O3_v03`, `LDC01_05Sc`, `LDC01_06Sc`, `LDC01_06Sc_p01`, `LDC01_06Sc_p02`, `LDC_GLD_01Sc`, `LDCPrime_01Sc`, `LDCPrime_02Sc`, `LDCPrime_02Sc_p01`, `LDCPrime_02Sc_p02`, using custom value: `ILD_00_EcalSc01`
C++ Drivers	using default value: (none), using custom value: `SEcal02`, `SEcal03`, `SEcal04`, `SEcal04Gas`

Geometry Parameter “Ecal_Hcal_gap”

Description	(created at runtime)
Models	using default value: `LDC00`, `LDC00_01Rp`, `LDC00_01Sc`, `LDC00_02Sc`, `LDC00_03Rp`, `LDC00_03Sc`, `LDC00Sc`, `LDC01`, `LDC01_01Rp`, `LDC01_01Sc`, `LDC01_02Sc`, `LDC01Sc`, `SiD01`, `SiD02`, using custom value: (none)
C++ Drivers	using default value: `SEcal01`, using custom value: (none)

Geometry Parameter “Ecal_lateral_face_thickness”

Description	Module lateral fiber thickness
Models	using default value: `CILD_00`, `CILD_00fw`, `CLIC01_ILD`, `CLIC_ILD_CDR`, `CLIC_ILD_CDR500`, `ILD_00`, `ILD_00_EcalSc01`, `ILD_00_EcalSc02`, `ILD_00Dhcal`, `ILD_00fw`, `ILD_00fw_Dhcal`, `ILD_00fwp01`, `ILD_01_dev`, `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, `ILD_O1_v01`, `ILD_O1_v02`, `ILD_O1_v03`, `ILD_O2_v01`, `ILD_O2_v02`, `ILD_O2_v03`, `ILD_O3_v01`, `ILD_O3_v02`, `ILD_O3_v03`, `LDC01_05Sc`, `LDC01_06Sc`, `LDC01_06Sc_p01`, `LDC01_06Sc_p02`, `LDC_GLD_01Sc`, `LDCPrime_01Sc`, `LDCPrime_02Sc`, `LDCPrime_02Sc_p01`, `LDCPrime_02Sc_p02`, using custom value: (none)
C++ Drivers	using default value: (none), using custom value: `SEcal02`, `SEcal03`, `SEcal04`, `SEcal04Gas`

Geometry Parameter “Ecal_Lcal_ring_gap”

Description	Gap between the Lcal and the Ecal ring in end caps
Models	using default value: `CILD_00`, `CILD_00fw`, `CLIC01_ILD`, `ILD_00`, `ILD_00_EcalSc01`, `ILD_00_EcalSc02`, `ILD_00Dhcal`, `ILD_00fw`, `ILD_00fw_Dhcal`, `ILD_00fwp01`, `ILD_01_dev`, `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, `ILD_O1_v01`, `ILD_O1_v02`, `ILD_O1_v03`, `ILD_O2_v01`, `ILD_O2_v02`, `ILD_O2_v03`, `ILD_O3_v01`, `ILD_O3_v02`, `ILD_O3_v03`, `LDC01_05Sc`, `LDC01_06Sc`, `LDC01_06Sc_p01`, `LDC01_06Sc_p02`, `LDC_GLD_01Sc`, `LDCPrime_01Sc`, `LDCPrime_02Sc`, `LDCPrime_02Sc_p01`, `LDCPrime_02Sc_p02`, using custom value: `CLIC_ILD_CDR`, `CLIC_ILD_CDR500`
C++ Drivers	using default value: `SEcal02`, `SEcal03`, `SEcal04`, `SEcal04Gas`, `SLcal02`, `SLcal03`, using custom value: (none)

Geometry Parameter “Ecal_MPPC_size”

Description	MPPC size of the scintillator layers of the Mix Ecal
Models	using default value: `ILD_00_EcalSc02`, `ILD_01_dev`, `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, `ILD_O1_v01`, `ILD_O1_v02`, `ILD_O1_v03`, `ILD_O2_v01`, `ILD_O2_v02`, `ILD_O2_v03`, `ILD_O3_v01`, `ILD_O3_v02`, `ILD_O3_v03`, using custom value: (none)
C++ Drivers	using default value: `SEcal04`, using custom value: (none)

Geometry Parameter “Ecal_n_wafers_per_tower”

Description	just for Ecal tests
Models	using default value: `ILD_00_EcalSc02`, `ILD_01_dev`, `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, `ILD_O1_v01`, `ILD_O1_v02`, `ILD_O1_v03`, `ILD_O2_v01`, `ILD_O2_v02`, `ILD_O2_v03`, `ILD_O3_v01`, `ILD_O3_v02`, `ILD_O3_v03`, using custom value: (none)
C++ Drivers	using default value: `SEcal04`, using custom value: (none)

Geometry Parameter “Ecal_nlayers1”

Description	Number of layers for the first set of layers (near TPC) for the Ecal.
Models	using default value: `CILD_00`, `CILD_00fw`, `CLIC01_ILD`, `CLIC_ILD_CDR`, `CLIC_ILD_CDR500`, `ILD_00`, `ILD_00_EcalSc02`, `ILD_00Dhcal`, `ILD_00fw`, `ILD_00fw_Dhcal`, `ILD_00fwp01`, `ILD_01_dev`, `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, `ILD_O1_v01`, `ILD_O1_v02`, `ILD_O1_v03`, `ILD_O2_v01`, `ILD_O2_v02`, `ILD_O2_v03`, `ILD_O3_v01`, `ILD_O3_v02`, `ILD_O3_v03`, `LDC01`, `LDC01_01Rp`, `LDC01_01Sc`, `LDC01_02Sc`, `LDC01_05Sc`, `LDC01_06Sc`, `LDC01_06Sc_p01`, `LDC01_06Sc_p02`, `LDC01Sc`, `LDC_GLD_01Sc`, `LDCPrime_01Sc`, `LDCPrime_02Sc`, `LDCPrime_02Sc_p01`, `LDCPrime_02Sc_p02`, `Phantom01`, `SiD01`, `SiD02`, using custom value: `ILD_00_EcalSc01`, `LDC00`, `LDC00_01Rp`, `LDC00_01Sc`, `LDC00_02Sc`, `LDC00_03Rp`, `LDC00_03Sc`, `LDC00Sc`
C++ Drivers	using default value: `SEcal01`, `SEcal02`, `SEcal03`, `SEcal04`, `SEcal04Gas`, using custom value: `TEPDetector01`

Geometry Parameter “Ecal_nlayers2”

Description	Number of layers for the middle set of layers for the Ecal.
Models	using default value: `CILD_00`, `CILD_00fw`, `CLIC01_ILD`, `CLIC_ILD_CDR`, `CLIC_ILD_CDR500`, `ILD_00`, `ILD_00_EcalSc02`, `ILD_00Dhcal`, `ILD_00fw`, `ILD_00fw_Dhcal`, `ILD_00fwp01`, `ILD_01_dev`, `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, `ILD_O1_v01`, `ILD_O1_v02`, `ILD_O1_v03`, `ILD_O2_v01`, `ILD_O2_v02`, `ILD_O2_v03`, `ILD_O3_v01`, `ILD_O3_v02`, `ILD_O3_v03`, `LDC00`, `LDC00_01Rp`, `LDC00_01Sc`, `LDC00_02Sc`, `LDC00_03Rp`, `LDC00_03Sc`, `LDC00Sc`, `LDC01`, `LDC01_01Rp`, `LDC01_01Sc`, `LDC01_02Sc`, `LDC01_05Sc`, `LDC01_06Sc`, `LDC01_06Sc_p01`, `LDC01_06Sc_p02`, `LDC01Sc`, `LDC_GLD_01Sc`, `LDCPrime_01Sc`, `LDCPrime_02Sc`, `LDCPrime_02Sc_p01`, `LDCPrime_02Sc_p02`, `SiD01`, `SiD02`, using custom value: `ILD_00_EcalSc01`
C++ Drivers	using default value: `SEcal01`, using custom value: `SEcal02`, `SEcal03`, `SEcal04`, `SEcal04Gas`

Geometry Parameter “Ecal_nlayers3”

Description	Number of layers for the last set of layers (near Hcal) for the Ecal.
Models	using default value: `CILD_00`, `CILD_00fw`, `CLIC01_ILD`, `CLIC_ILD_CDR`, `CLIC_ILD_CDR500`, `ILD_00`, `ILD_00_EcalSc01`, `ILD_00_EcalSc02`, `ILD_00Dhcal`, `ILD_00fw`, `ILD_00fw_Dhcal`, `ILD_00fwp01`, `ILD_01_dev`, `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, `ILD_O1_v01`, `ILD_O1_v02`, `ILD_O1_v03`, `ILD_O2_v01`, `ILD_O2_v02`, `ILD_O2_v03`, `ILD_O3_v01`, `ILD_O3_v02`, `ILD_O3_v03`, `LDC00`, `LDC00_01Rp`, `LDC00_01Sc`, `LDC00_02Sc`, `LDC00_03Rp`, `LDC00_03Sc`, `LDC00Sc`, `LDC01`, `LDC01_01Rp`, `LDC01_01Sc`, `LDC01_02Sc`, `LDC01_05Sc`, `LDC01_06Sc`, `LDC01_06Sc_p01`, `LDC01_06Sc_p02`, `LDC01Sc`, `LDC_GLD_01Sc`, `LDCPrime_01Sc`, `LDCPrime_02Sc`, `LDCPrime_02Sc_p01`, `LDCPrime_02Sc_p02`, `SiD01`, `SiD02`, using custom value: (none)
C++ Drivers	using default value: `SEcal01`, `SEcal02`, `SEcal03`, `SEcal04`, `SEcal04Gas`, using custom value: (none)

Geometry Parameter “Ecal_outer_radius”

Description	Ecal outer radius
Models	using default value: `CILD_00`, `CILD_00fw`, `CLIC01_ILD`, `CLIC_ILD_CDR`, `CLIC_ILD_CDR500`, `ILD_00`, `ILD_00_EcalSc01`, `ILD_00_EcalSc02`, `ILD_00Dhcal`, `ILD_00fw`, `ILD_00fw_Dhcal`, `ILD_00fwp01`, `ILD_01_dev`, `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, `ILD_O1_v01`, `ILD_O1_v02`, `ILD_O1_v03`, `ILD_O2_v01`, `ILD_O2_v02`, `ILD_O2_v03`, `ILD_O3_v01`, `ILD_O3_v02`, `ILD_O3_v03`, `LDC00`, `LDC00_01Rp`, `LDC00_01Sc`, `LDC00_02Sc`, `LDC00_03Rp`, `LDC00_03Sc`, `LDC00Sc`, `LDC01`, `LDC01_01Rp`, `LDC01_01Sc`, `LDC01_02Sc`, `LDC01_05Sc`, `LDC01_06Sc`, `LDC01_06Sc_p01`, `LDC01_06Sc_p02`, `LDC01Sc`, `LDC_GLD_01Sc`, `LDCPrime_01Sc`, `LDCPrime_02Sc`, `LDCPrime_02Sc_p01`, `LDCPrime_02Sc_p02`, `SiD01`, `SiD02`, using custom value: (none)
C++ Drivers	using default value: `SEcal01`, `SHcal01`, `SHcal03`, `SHcal04`, `SHcalRpc01`, `SHcalRpc02`, `SHcalSc01`, `SHcalSc02`, `SHcalSc03`, `SHcalScV01`, `SServices00`, `SServices_02_v00`, using custom value: (none)

Geometry Parameter “Ecal_radiator_layers_set1_thickness”

Description	Ecal radiator thickness of the first Ecal_nlayers1 layers
Models	using default value: `CILD_00`, `CILD_00fw`, `CLIC01_ILD`, `CLIC_ILD_CDR`, `CLIC_ILD_CDR500`, `ILD_00`, `ILD_00_EcalSc02`, `ILD_00Dhcal`, `ILD_00fw`, `ILD_00fw_Dhcal`, `ILD_00fwp01`, `ILD_01_dev`, `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, `ILD_O1_v01`, `ILD_O1_v02`, `ILD_O1_v03`, `ILD_O2_v01`, `ILD_O2_v02`, `ILD_O2_v03`, `ILD_O3_v01`, `ILD_O3_v02`, `ILD_O3_v03`, `LDC01`, `LDC01_01Rp`, `LDC01_01Sc`, `LDC01_02Sc`, `LDC01_05Sc`, `LDC01_06Sc`, `LDC01_06Sc_p01`, `LDC01_06Sc_p02`, `LDC01Sc`, `LDC_GLD_01Sc`, `LDCPrime_01Sc`, `LDCPrime_02Sc`, `LDCPrime_02Sc_p01`, `LDCPrime_02Sc_p02`, `Phantom01`, `SiD02`, using custom value: `ILD_00_EcalSc01`, `LDC00`, `LDC00_01Rp`, `LDC00_01Sc`, `LDC00_02Sc`, `LDC00_03Rp`, `LDC00_03Sc`, `LDC00Sc`, `SiD01`
C++ Drivers	using default value: `SEcal01`, `SEcal02`, `SEcal03`, `SEcal04`, `SEcal04Gas`, using custom value: `TEPDetector01`

Geometry Parameter “Ecal_radiator_layers_set2_thickness”

Description	Ecal radiator thickness of the Ecal_nlayers2 layers
Models	using default value: `CILD_00`, `CILD_00fw`, `CLIC01_ILD`, `CLIC_ILD_CDR`, `CLIC_ILD_CDR500`, `ILD_00`, `ILD_00_EcalSc02`, `ILD_00Dhcal`, `ILD_00fw`, `ILD_00fw_Dhcal`, `ILD_00fwp01`, `ILD_01_dev`, `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, `ILD_O1_v01`, `ILD_O1_v02`, `ILD_O1_v03`, `ILD_O2_v01`, `ILD_O2_v02`, `ILD_O2_v03`, `ILD_O3_v01`, `ILD_O3_v02`, `ILD_O3_v03`, `LDC01`, `LDC01_01Rp`, `LDC01_01Sc`, `LDC01_02Sc`, `LDC01_05Sc`, `LDC01_06Sc`, `LDC01_06Sc_p01`, `LDC01_06Sc_p02`, `LDC01Sc`, `LDC_GLD_01Sc`, `LDCPrime_01Sc`, `LDCPrime_02Sc`, `LDCPrime_02Sc_p01`, `LDCPrime_02Sc_p02`, `SiD02`, using custom value: `ILD_00_EcalSc01`, `LDC00`, `LDC00_01Rp`, `LDC00_01Sc`, `LDC00_02Sc`, `LDC00_03Rp`, `LDC00_03Sc`, `LDC00Sc`, `SiD01`
C++ Drivers	using default value: `SEcal01`, `SEcal02`, `SEcal03`, `SEcal04`, `SEcal04Gas`, using custom value: (none)

Geometry Parameter “Ecal_radiator_layers_set3_thickness”

Description	Ecal radiator thickness of the last Ecal_nlayers3 layers
Models	using default value: `CILD_00`, `CILD_00fw`, `CLIC01_ILD`, `CLIC_ILD_CDR`, `CLIC_ILD_CDR500`, `ILD_00`, `ILD_00_EcalSc01`, `ILD_00_EcalSc02`, `ILD_00Dhcal`, `ILD_00fw`, `ILD_00fw_Dhcal`, `ILD_00fwp01`, `ILD_01_dev`, `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, `ILD_O1_v01`, `ILD_O1_v02`, `ILD_O1_v03`, `ILD_O2_v01`, `ILD_O2_v02`, `ILD_O2_v03`, `ILD_O3_v01`, `ILD_O3_v02`, `ILD_O3_v03`, `LDC00`, `LDC00_01Rp`, `LDC00_01Sc`, `LDC00_02Sc`, `LDC00_03Rp`, `LDC00_03Sc`, `LDC00Sc`, `LDC01`, `LDC01_01Rp`, `LDC01_01Sc`, `LDC01_02Sc`, `LDC01_05Sc`, `LDC01_06Sc`, `LDC01_06Sc_p01`, `LDC01_06Sc_p02`, `LDC01Sc`, `LDC_GLD_01Sc`, `LDCPrime_01Sc`, `LDCPrime_02Sc`, `LDCPrime_02Sc_p01`, `LDCPrime_02Sc_p02`, `SiD01`, `SiD02`, using custom value: (none)
C++ Drivers	using default value: `SEcal01`, `SEcal02`, `SEcal03`, `SEcal04`, `SEcal04Gas`, using custom value: (none)

Geometry Parameter “Ecal_radiator_material”

Description	Radiator material for the Ecal (tungsten or lead)
Models	using default value: `CILD_00`, `CILD_00fw`, `CLIC01_ILD`, `CLIC_ILD_CDR`, `CLIC_ILD_CDR500`, `ILD_00`, `ILD_00_EcalSc01`, `ILD_00_EcalSc02`, `ILD_00Dhcal`, `ILD_00fw`, `ILD_00fw_Dhcal`, `ILD_00fwp01`, `ILD_01_dev`, `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, `ILD_O1_v01`, `ILD_O1_v02`, `ILD_O1_v03`, `ILD_O2_v01`, `ILD_O2_v02`, `ILD_O2_v03`, `ILD_O3_v01`, `ILD_O3_v02`, `ILD_O3_v03`, `LDC00`, `LDC00_01Rp`, `LDC00_01Sc`, `LDC00_02Sc`, `LDC00_03Rp`, `LDC00_03Sc`, `LDC00Sc`, `LDC01`, `LDC01_01Rp`, `LDC01_01Sc`, `LDC01_02Sc`, `LDC01_05Sc`, `LDC01_06Sc`, `LDC01_06Sc_p01`, `LDC01_06Sc_p02`, `LDC01Sc`, `LDC_GLD_01Sc`, `LDCPrime_01Sc`, `LDCPrime_02Sc`, `LDCPrime_02Sc_p01`, `LDCPrime_02Sc_p02`, `Phantom01`, `SiD01`, `SiD02`, using custom value: (none)
C++ Drivers	using default value: `SEcal01`, `SEcal02`, `SEcal03`, `SEcal04`, `SEcal04Gas`, using custom value: `TEPDetector01`

Geometry Parameter “Ecal_Sc_MPPC_breadth”

Description	MPPC breadth of the scintillator layers of the Mix Ecal
Models	using default value: `ILD_00_EcalSc02`, `ILD_01_dev`, `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, `ILD_O1_v01`, `ILD_O1_v02`, `ILD_O1_v03`, `ILD_O2_v01`, `ILD_O2_v02`, `ILD_O2_v03`, `ILD_O3_v01`, `ILD_O3_v02`, `ILD_O3_v03`, using custom value: (none)
C++ Drivers	using default value: `SEcal04`, using custom value: (none)

Geometry Parameter “Ecal_Sc_N_strips_across_module”

Description	Number of scintillator strips across module in the Mix Ecal
Models	using default value: `ILD_00_EcalSc02`, `ILD_01_dev`, `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, `ILD_O1_v01`, `ILD_O1_v02`, `ILD_O1_v03`, `ILD_O2_v01`, `ILD_O2_v02`, `ILD_O2_v03`, `ILD_O3_v01`, `ILD_O3_v02`, `ILD_O3_v03`, using custom value: (none)
C++ Drivers	using default value: `SEcal04`, using custom value: (none)

Geometry Parameter “Ecal_Sc_number_of_virtual_cells”

Description	Number of virtual cells per scintillator strip in the Mix Ecal
Models	using default value: `ILD_00_EcalSc02`, `ILD_01_dev`, `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, `ILD_O1_v01`, `ILD_O1_v02`, `ILD_O1_v03`, `ILD_O2_v01`, `ILD_O2_v02`, `ILD_O2_v03`, `ILD_O3_v01`, `ILD_O3_v02`, `ILD_O3_v03`, using custom value: (none)
C++ Drivers	using default value: `SEcal04`, using custom value: (none)

Geometry Parameter “Ecal_Sc_reflector_thickness”

Description	Reflector thickness of the scintillator layers of the Mix Ecal
Models	using default value: `ILD_00_EcalSc02`, `ILD_01_dev`, `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, `ILD_O1_v01`, `ILD_O1_v02`, `ILD_O1_v03`, `ILD_O2_v01`, `ILD_O2_v02`, `ILD_O2_v03`, `ILD_O3_v01`, `ILD_O3_v02`, `ILD_O3_v03`, using custom value: (none)
C++ Drivers	using default value: `SEcal04`, using custom value: (none)

Geometry Parameter “Ecal_Sc_Si_mix”

Description	Pattern of Silicon (0) / Scintillator (1-4) layers in the Mix Ecal
Models	using default value: `ILD_00_EcalSc02`, `ILD_01_dev`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, `ILD_O1_v01`, `ILD_O1_v02`, `ILD_O1_v03`, `ILD_O2_v01`, `ILD_O2_v02`, `ILD_O2_v03`, using custom value: `ILD_01_SciW_pre00`, `ILD_O3_v01`, `ILD_O3_v02`, `ILD_O3_v03`
C++ Drivers	using default value: `SEcal04`, using custom value: (none)

Geometry Parameter “Ecal_Sc_thickness”

Description	Scintillator thickness of the Mix Ecal
Models	using default value: `ILD_00_EcalSc02`, `ILD_01_dev`, `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, `ILD_O1_v01`, `ILD_O1_v02`, `ILD_O1_v03`, `ILD_O2_v01`, `ILD_O2_v02`, `ILD_O2_v03`, `ILD_O3_v01`, `ILD_O3_v02`, `ILD_O3_v03`, using custom value: (none)
C++ Drivers	using default value: `SEcal04`, using custom value: (none)

Geometry Parameter “Ecal_sensitive_material”

Description	Sensitive material placed as wafers
Models	using default value: `CILD_00`, `CILD_00fw`, `CLIC01_ILD`, `CLIC_ILD_CDR`, `CLIC_ILD_CDR500`, `ILD_00`, `ILD_00Dhcal`, `ILD_00fw`, `ILD_00fw_Dhcal`, `ILD_00fwp01`, `LDC01_06Sc`, `LDC01_06Sc_p01`, `LDC01_06Sc_p02`, `LDC_GLD_01Sc`, `LDCPrime_02Sc`, `LDCPrime_02Sc_p01`, `LDCPrime_02Sc_p02`, using custom value: `ILD_00_EcalSc01`
C++ Drivers	using default value: `SEcal03`, using custom value: (none)

Geometry Parameter “Ecal_Si_thickness”

Description	Sensitive Si layer thickness
Models	using default value: `CILD_00`, `CILD_00fw`, `CLIC01_ILD`, `CLIC_ILD_CDR`, `CLIC_ILD_CDR500`, `ILD_00`, `ILD_00_EcalSc02`, `ILD_00Dhcal`, `ILD_00fw`, `ILD_00fw_Dhcal`, `ILD_00fwp01`, `ILD_01_dev`, `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, `ILD_O1_v01`, `ILD_O1_v02`, `ILD_O1_v03`, `ILD_O2_v01`, `ILD_O2_v02`, `ILD_O2_v03`, `ILD_O3_v01`, `ILD_O3_v02`, `ILD_O3_v03`, `LDC01`, `LDC01_01Rp`, `LDC01_01Sc`, `LDC01_02Sc`, `LDC01_05Sc`, `LDC01_06Sc`, `LDC01_06Sc_p01`, `LDC01_06Sc_p02`, `LDC01Sc`, `LDC_GLD_01Sc`, `LDCPrime_01Sc`, `LDCPrime_02Sc`, `LDCPrime_02Sc_p01`, `LDCPrime_02Sc_p02`, `Phantom01`, `SiD02`, using custom value: `ILD_00_EcalSc01`, `LDC00`, `LDC00_01Rp`, `LDC00_01Sc`, `LDC00_02Sc`, `LDC00_03Rp`, `LDC00_03Sc`, `LDC00Sc`, `SiD01`
C++ Drivers	using default value: `SEcal01`, `SLHcal01`, using custom value: `SEcal02`, `SEcal03`, `SEcal04`, `SEcal04Gas`, `TEPDetector01`

Geometry Parameter “Ecal_Slab_copper_thickness”

Description	PCB Copper
Models	using default value: `CILD_00`, `CILD_00fw`, `CLIC01_ILD`, `CLIC_ILD_CDR`, `CLIC_ILD_CDR500`, `ILD_00`, `ILD_00_EcalSc01`, `ILD_00_EcalSc02`, `ILD_00Dhcal`, `ILD_00fw`, `ILD_00fw_Dhcal`, `ILD_00fwp01`, `ILD_01_dev`, `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, `ILD_O1_v01`, `ILD_O1_v02`, `ILD_O1_v03`, `ILD_O2_v01`, `ILD_O2_v02`, `ILD_O2_v03`, `ILD_O3_v01`, `ILD_O3_v02`, `ILD_O3_v03`, `LDC01_05Sc`, `LDC01_06Sc`, `LDC01_06Sc_p01`, `LDC01_06Sc_p02`, `LDC_GLD_01Sc`, `LDCPrime_01Sc`, `LDCPrime_02Sc`, `LDCPrime_02Sc_p01`, `LDCPrime_02Sc_p02`, using custom value: (none)
C++ Drivers	using default value: `SLHcal01`, using custom value: `SEcal02`, `SEcal03`, `SEcal04`, `SEcal04Gas`

Geometry Parameter “Ecal_Slab_glue_gap”

Description	Space between Si and PCB for glue
Models	using default value: `CILD_00`, `CILD_00fw`, `CLIC01_ILD`, `CLIC_ILD_CDR`, `CLIC_ILD_CDR500`, `ILD_00`, `ILD_00_EcalSc01`, `ILD_00_EcalSc02`, `ILD_00Dhcal`, `ILD_00fw`, `ILD_00fw_Dhcal`, `ILD_00fwp01`, `ILD_01_dev`, `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, `ILD_O1_v01`, `ILD_O1_v02`, `ILD_O1_v03`, `ILD_O2_v01`, `ILD_O2_v02`, `ILD_O2_v03`, `ILD_O3_v01`, `ILD_O3_v02`, `ILD_O3_v03`, `LDC01_05Sc`, `LDC01_06Sc`, `LDC01_06Sc_p01`, `LDC01_06Sc_p02`, `LDC_GLD_01Sc`, `LDCPrime_01Sc`, `LDCPrime_02Sc`, `LDCPrime_02Sc_p01`, `LDCPrime_02Sc_p02`, using custom value: (none)
C++ Drivers	using default value: `SLHcal01`, using custom value: `SEcal02`, `SEcal03`, `SEcal04`, `SEcal04Gas`

Geometry Parameter “Ecal_Slab_ground_thickness”

Description	Ground plane behind the Si wafer
Models	using default value: `CILD_00`, `CILD_00fw`, `CLIC01_ILD`, `CLIC_ILD_CDR`, `CLIC_ILD_CDR500`, `ILD_00`, `ILD_00_EcalSc01`, `ILD_00_EcalSc02`, `ILD_00Dhcal`, `ILD_00fw`, `ILD_00fw_Dhcal`, `ILD_00fwp01`, `ILD_01_dev`, `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, `ILD_O1_v01`, `ILD_O1_v02`, `ILD_O1_v03`, `ILD_O2_v01`, `ILD_O2_v02`, `ILD_O2_v03`, `ILD_O3_v01`, `ILD_O3_v02`, `ILD_O3_v03`, `LDC01_05Sc`, `LDC01_06Sc`, `LDC01_06Sc_p01`, `LDC01_06Sc_p02`, `LDC_GLD_01Sc`, `LDCPrime_01Sc`, `LDCPrime_02Sc`, `LDCPrime_02Sc_p01`, `LDCPrime_02Sc_p02`, using custom value: (none)
C++ Drivers	using default value: `SLHcal01`, using custom value: `SEcal02`, `SEcal03`, `SEcal04`, `SEcal04Gas`

Geometry Parameter “Ecal_Slab_H_fiber_thickness”

Description	H wall fiber thickness
Models	using default value: `CILD_00`, `CILD_00fw`, `CLIC01_ILD`, `CLIC_ILD_CDR`, `CLIC_ILD_CDR500`, `ILD_00`, `ILD_00_EcalSc01`, `ILD_00_EcalSc02`, `ILD_00Dhcal`, `ILD_00fw`, `ILD_00fw_Dhcal`, `ILD_00fwp01`, `ILD_01_dev`, `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, `ILD_O1_v01`, `ILD_O1_v02`, `ILD_O1_v03`, `ILD_O2_v01`, `ILD_O2_v02`, `ILD_O2_v03`, `ILD_O3_v01`, `ILD_O3_v02`, `ILD_O3_v03`, `LDC01_05Sc`, `LDC01_06Sc`, `LDC01_06Sc_p01`, `LDC01_06Sc_p02`, `LDC_GLD_01Sc`, `LDCPrime_01Sc`, `LDCPrime_02Sc`, `LDCPrime_02Sc_p01`, `LDCPrime_02Sc_p02`, using custom value: (none)
C++ Drivers	using default value: (none), using custom value: `SEcal02`, `SEcal03`, `SEcal04`, `SEcal04Gas`

Geometry Parameter “Ecal_slab_pattern”

Description	Cern 2007 Ecal slab pattern: 2=instrumented; 1=W only; 0=air
Models	using default value: `TBCern07`, `TBCern07_01`, `TBCern07_dchxy_01`, `TBCern07_p0709`, `TBFnal0508`, `TBFnal0508_p0709`, `TBFnal0508_p1211`, using custom value: `TBCern0707`, `TBCern0707_01`, `TBCern0707_dchxy_01`, `TBCern0707_p0709`, `TBCern0807`, `TBCern0807_01`, `TBCern0807_dchxy_01`, `TBCern0807_p0709`
C++ Drivers	using default value: `proto05`, using custom value: (none)

Geometry Parameter “Ecal_Slab_PCB_thickness”

Description	Slab PCB
Models	using default value: `CILD_00`, `CILD_00fw`, `CLIC01_ILD`, `CLIC_ILD_CDR`, `CLIC_ILD_CDR500`, `ILD_00`, `ILD_00_EcalSc01`, `ILD_00_EcalSc02`, `ILD_00Dhcal`, `ILD_00fw`, `ILD_00fw_Dhcal`, `ILD_00fwp01`, `ILD_01_dev`, `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, `ILD_O1_v01`, `ILD_O1_v02`, `ILD_O1_v03`, `ILD_O2_v01`, `ILD_O2_v02`, `ILD_O2_v03`, `ILD_O3_v01`, `ILD_O3_v02`, `ILD_O3_v03`, `LDC01_05Sc`, `LDC01_06Sc`, `LDC01_06Sc_p01`, `LDC01_06Sc_p02`, `LDC_GLD_01Sc`, `LDCPrime_01Sc`, `LDCPrime_02Sc`, `LDCPrime_02Sc_p01`, `LDCPrime_02Sc_p02`, using custom value: (none)
C++ Drivers	using default value: `SLHcal01`, using custom value: `SEcal02`, `SEcal03`, `SEcal04`, `SEcal04Gas`

Geometry Parameter “Ecal_Slab_Sc_PCB_thickness”

Description	PCB thickness of the scintillator layers of the Mix Ecal
Models	using default value: `ILD_00_EcalSc02`, `ILD_01_dev`, `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, `ILD_O1_v01`, `ILD_O1_v02`, `ILD_O1_v03`, `ILD_O2_v01`, `ILD_O2_v02`, `ILD_O2_v03`, `ILD_O3_v01`, `ILD_O3_v02`, `ILD_O3_v03`, using custom value: (none)
C++ Drivers	using default value: `SEcal04`, using custom value: (none)

Geometry Parameter “Ecal_Slab_shielding”

Description	Slab shielding
Models	using default value: `CILD_00`, `CILD_00fw`, `CLIC01_ILD`, `CLIC_ILD_CDR`, `CLIC_ILD_CDR500`, `ILD_00`, `ILD_00_EcalSc01`, `ILD_00_EcalSc02`, `ILD_00Dhcal`, `ILD_00fw`, `ILD_00fw_Dhcal`, `ILD_00fwp01`, `ILD_01_dev`, `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, `ILD_O1_v01`, `ILD_O1_v02`, `ILD_O1_v03`, `ILD_O2_v01`, `ILD_O2_v02`, `ILD_O2_v03`, `ILD_O3_v01`, `ILD_O3_v02`, `ILD_O3_v03`, `LDC01_05Sc`, `LDC01_06Sc`, `LDC01_06Sc_p01`, `LDC01_06Sc_p02`, `LDC_GLD_01Sc`, `LDCPrime_01Sc`, `LDCPrime_02Sc`, `LDCPrime_02Sc_p01`, `LDCPrime_02Sc_p02`, using custom value: (none)
C++ Drivers	using default value: `SLHcal01`, using custom value: `SEcal02`, `SEcal03`, `SEcal04`, `SEcal04Gas`

Geometry Parameter “Ecal_support_thickness”

Description	Barrel upper fiber face thickness
Models	using default value: `LDC01_05Sc`, `LDC01_06Sc`, `LDC01_06Sc_p01`, `LDC01_06Sc_p02`, `LDC_GLD_01Sc`, `LDCPrime_01Sc`, `LDCPrime_02Sc`, `LDCPrime_02Sc_p01`, `LDCPrime_02Sc_p02`, using custom value: `CILD_00`, `CILD_00fw`, `CLIC01_ILD`, `CLIC_ILD_CDR`, `CLIC_ILD_CDR500`, `ILD_00`, `ILD_00_EcalSc01`, `ILD_00_EcalSc02`, `ILD_00Dhcal`, `ILD_00fw`, `ILD_00fw_Dhcal`, `ILD_00fwp01`, `ILD_01_dev`, `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, `ILD_O1_v01`, `ILD_O1_v02`, `ILD_O1_v03`, `ILD_O2_v01`, `ILD_O2_v02`, `ILD_O2_v03`, `ILD_O3_v01`, `ILD_O3_v02`, `ILD_O3_v03`
C++ Drivers	using default value: `SEcal03`, `SEcal04`, `SEcal04Gas`, using custom value: `SEcal02`

Geometry Parameter “Ecal_total_alveolus_thickness”

Description	Total alveolus thickness which will be filled by the Si sensitive layer embeed into G10
Models	using default value: `LDC01`, `LDC01_01Rp`, `LDC01_01Sc`, `LDC01_02Sc`, `LDC01Sc`, `SiD02`, using custom value: `LDC00`, `LDC00_01Rp`, `LDC00_01Sc`, `LDC00_02Sc`, `LDC00_03Rp`, `LDC00_03Sc`, `LDC00Sc`, `SiD01`
C++ Drivers	using default value: `SEcal01`, using custom value: (none)

Geometry Parameter “Ecal_Tpc_gap”

Description	Gap between the TPC and the Ecal, used by the Ecal super driver.
Models	using default value: `LDC01`, `LDC01_01Rp`, `LDC01_01Sc`, `LDC01_02Sc`, `LDC01_05Sc`, `LDC01_06Sc`, `LDC01_06Sc_p01`, `LDC01_06Sc_p02`, `LDC01Sc`, `LDC_GLD_01Sc`, `LDCPrime_01Sc`, `LDCPrime_02Sc`, `LDCPrime_02Sc_p01`, `LDCPrime_02Sc_p02`, `SiD02`, using custom value: `CILD_00`, `CILD_00fw`, `CLIC01_ILD`, `CLIC_ILD_CDR`, `CLIC_ILD_CDR500`, `ILD_00`, `ILD_00_EcalSc01`, `ILD_00_EcalSc02`, `ILD_00Dhcal`, `ILD_00fw`, `ILD_00fw_Dhcal`, `ILD_00fwp01`, `ILD_01_dev`, `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, `ILD_O1_v01`, `ILD_O1_v02`, `ILD_O1_v03`, `ILD_O2_v01`, `ILD_O2_v02`, `ILD_O2_v03`, `ILD_O3_v01`, `ILD_O3_v02`, `ILD_O3_v03`, `LDC00`, `LDC00_01Rp`, `LDC00_01Sc`, `LDC00_02Sc`, `LDC00_03Rp`, `LDC00_03Sc`, `LDC00Sc`, `SiD01`
C++ Drivers	using default value: `SEcal01`, `SEcal02`, `SEcal03`, `SEcal04`, `SEcal04Gas`, `SET_Simple_Planar`, `SServices00`, `SServices_02_v00`, `SSet02`, `tpc06`, `tpc07`, `tpc09`, `tpc10`, using custom value: (none)

Geometry Parameter “EcalBarrel_EndCapServices_ZMinus_Cu_Thickness”

Description	Cu thickness at the Ecal Barrel-EndCap gap at ZMinus
Models	using default value: `ILD_01_dev`, `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, `ILD_O1_v01`, `ILD_O1_v02`, `ILD_O1_v03`, `ILD_O2_v01`, `ILD_O3_v01`, `ILD_O3_v02`, `ILD_O3_v03`, using custom value: (none)
C++ Drivers	using default value: `SServices00`, using custom value: (none)

Geometry Parameter “EcalBarrel_EndCapServices_ZMinus_PE_Thickness”

Description	Polyethylene thickness at the Ecal Barrel-EndCap gap at ZMinus
Models	using default value: `ILD_01_dev`, `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, `ILD_O1_v01`, `ILD_O1_v02`, `ILD_O1_v03`, `ILD_O2_v01`, `ILD_O3_v01`, `ILD_O3_v02`, `ILD_O3_v03`, using custom value: (none)
C++ Drivers	using default value: `SServices00`, using custom value: (none)

Geometry Parameter “EcalBarrel_EndCapServices_ZPlus_Cu_Thickness”

Description	Cu thickness at the Ecal Barrel-EndCap gap at ZPlus
Models	using default value: `ILD_01_dev`, `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, `ILD_O1_v01`, `ILD_O1_v02`, `ILD_O1_v03`, `ILD_O2_v01`, `ILD_O3_v01`, `ILD_O3_v02`, `ILD_O3_v03`, using custom value: (none)
C++ Drivers	using default value: `SServices00`, using custom value: (none)

Geometry Parameter “EcalBarrel_EndCapServices_ZPlus_PE_Thickness”

Description	Polyethylene thickness at the Ecal Barrel-EndCap gap at ZPlus
Models	using default value: `ILD_01_dev`, `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, `ILD_O1_v01`, `ILD_O1_v02`, `ILD_O1_v03`, `ILD_O2_v01`, `ILD_O3_v01`, `ILD_O3_v02`, `ILD_O3_v03`, using custom value: (none)
C++ Drivers	using default value: `SServices00`, using custom value: (none)

Geometry Parameter “EcalBarrelServices_RailDistanceToRight”

Description	Ecal Barrel rail position w.r.t. the right
Models	using default value: `ILD_01_dev`, `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, `ILD_O1_v01`, `ILD_O1_v02`, `ILD_O1_v03`, `ILD_O2_v01`, `ILD_O3_v01`, `ILD_O3_v02`, `ILD_O3_v03`, using custom value: (none)
C++ Drivers	using default value: `SServices00`, using custom value: (none)

Geometry Parameter “EcalBarrelServices_RailHeight”

Description	Ecal Barrel rail height
Models	using default value: `ILD_01_dev`, `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, `ILD_O1_v01`, `ILD_O1_v02`, `ILD_O1_v03`, `ILD_O2_v01`, `ILD_O3_v01`, `ILD_O3_v02`, `ILD_O3_v03`, using custom value: (none)
C++ Drivers	using default value: `SServices00`, using custom value: (none)

Geometry Parameter “EcalBarrelServices_RailSeparation”

Description	Ecal Barrel inter-rail distance
Models	using default value: `ILD_01_dev`, `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, `ILD_O1_v01`, `ILD_O1_v02`, `ILD_O1_v03`, `ILD_O2_v01`, `ILD_O3_v01`, `ILD_O3_v02`, `ILD_O3_v03`, using custom value: (none)
C++ Drivers	using default value: `SServices00`, using custom value: (none)

Geometry Parameter “EcalBarrelServices_RailWidth”

Description	Ecal Barrel rail width
Models	using default value: `ILD_01_dev`, `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, `ILD_O1_v01`, `ILD_O1_v02`, `ILD_O1_v03`, `ILD_O2_v01`, `ILD_O3_v01`, `ILD_O3_v02`, `ILD_O3_v03`, using custom value: (none)
C++ Drivers	using default value: `SServices00`, using custom value: (none)

Geometry Parameter “EcalBarrelServices_ZMinus_FirstInterrail_Cu_Thickness”

Description	Cu thickness in the first interrail space at Z-
Models	using default value: `ILD_01_dev`, `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, `ILD_O1_v01`, `ILD_O1_v02`, `ILD_O1_v03`, `ILD_O2_v01`, `ILD_O3_v01`, `ILD_O3_v02`, `ILD_O3_v03`, using custom value: (none)
C++ Drivers	using default value: `SServices00`, using custom value: (none)

Geometry Parameter “EcalBarrelServices_ZMinus_FirstInterrail_PE_Thickness”

Description	Polyethylene thickness in the first interrail space at Z-
Models	using default value: `ILD_01_dev`, `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, `ILD_O1_v01`, `ILD_O1_v02`, `ILD_O1_v03`, `ILD_O2_v01`, `ILD_O3_v01`, `ILD_O3_v02`, `ILD_O3_v03`, using custom value: (none)
C++ Drivers	using default value: `SServices00`, using custom value: (none)

Geometry Parameter “EcalBarrelServices_ZMinus_SecondInterrail_Cu_Thickness”

Description	Cu thickness in the second interrail space at Z-
Models	using default value: `ILD_01_dev`, `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, `ILD_O1_v01`, `ILD_O1_v02`, `ILD_O1_v03`, `ILD_O2_v01`, `ILD_O3_v01`, `ILD_O3_v02`, `ILD_O3_v03`, using custom value: (none)
C++ Drivers	using default value: `SServices00`, using custom value: (none)

Geometry Parameter “EcalBarrelServices_ZPlus_FirstInterrail_Cu_Thickness”

Description	Cu thickness in the first interrail space at Z+
Models	using default value: `ILD_01_dev`, `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, `ILD_O1_v01`, `ILD_O1_v02`, `ILD_O1_v03`, `ILD_O2_v01`, `ILD_O3_v01`, `ILD_O3_v02`, `ILD_O3_v03`, using custom value: (none)
C++ Drivers	using default value: `SServices00`, using custom value: (none)

Geometry Parameter “EcalBarrelServices_ZPlus_FirstInterrail_PE_Thickness”

Description	Polyethylene thickness in the first interrail space at Z+
Models	using default value: `ILD_01_dev`, `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, `ILD_O1_v01`, `ILD_O1_v02`, `ILD_O1_v03`, `ILD_O2_v01`, `ILD_O3_v01`, `ILD_O3_v02`, `ILD_O3_v03`, using custom value: (none)
C++ Drivers	using default value: `SServices00`, using custom value: (none)

Geometry Parameter “EcalBarrelServices_ZPlus_SecondInterrail_Cu_Thickness”

Description	Cu thickness in the second interrail space at Z+
Models	using default value: `ILD_01_dev`, `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, `ILD_O1_v01`, `ILD_O1_v02`, `ILD_O1_v03`, `ILD_O2_v01`, `ILD_O3_v01`, `ILD_O3_v02`, `ILD_O3_v03`, using custom value: (none)
C++ Drivers	using default value: `SServices00`, using custom value: (none)

Geometry Parameter “EcalRotationAngle”

Description	TB Ecal Rotation angle
Models	using default value: `ProtoDesy0506_01`, `TBCern07`, `TBCern0707`, `TBCern0707_01`, `TBCern0707_dchxy_01`, `TBCern0707_p0709`, `TBCern07_01`, `TBCern07_dchxy_01`, `TBCern07_p0709`, `TBCern0806_01`, `TBCern0806_01_dchxy_new`, `TBCern0806_p0709`, `TBCern0807`, `TBCern0807_01`, `TBCern0807_dchxy_01`, `TBCern0807_p0709`, `TBCern1006_01`, `TBCern1006_01_dchxy_new`, `TBCern1006_p0709`, `TBDesy0506_01`, `TBDesy0506_01_dchxy`, `TBDesy0506_01_dchxy_new`, `TBFnal0508`, `TBFnal0508_p0709`, `TBFnal0508_p1211`, using custom value: (none)
C++ Drivers	using default value: `proto04_01`, `proto04_02`, `proto05`, `tbscecal01`, using custom value: (none)

Geometry Parameter “EcalTranslateX”

Description	TB Ecal X Translation
Models	using default value: `ProtoDesy0506_01`, `TBCern07`, `TBCern0707`, `TBCern0707_01`, `TBCern0707_dchxy_01`, `TBCern0707_p0709`, `TBCern07_01`, `TBCern07_dchxy_01`, `TBCern07_p0709`, `TBCern0806_01`, `TBCern0806_01_dchxy_new`, `TBCern0806_p0709`, `TBCern0807`, `TBCern0807_01`, `TBCern0807_dchxy_01`, `TBCern0807_p0709`, `TBCern1006_01`, `TBCern1006_01_dchxy_new`, `TBCern1006_p0709`, `TBDesy0506_01`, `TBDesy0506_01_dchxy`, `TBDesy0506_01_dchxy_new`, `TBFnal0508`, `TBFnal0508_p0709`, `TBFnal0508_p1211`, using custom value: (none)
C++ Drivers	using default value: `proto04_01`, `proto04_02`, `proto05`, `tbscecal01`, using custom value: (none)

Geometry Parameter “EcalTranslateY”

Description	TB Ecal Y Translation
Models	using default value: `ProtoDesy0506_01`, `TBCern07`, `TBCern0707`, `TBCern0707_01`, `TBCern0707_dchxy_01`, `TBCern0707_p0709`, `TBCern07_01`, `TBCern07_dchxy_01`, `TBCern07_p0709`, `TBCern0806_01`, `TBCern0806_01_dchxy_new`, `TBCern0806_p0709`, `TBCern0807`, `TBCern0807_01`, `TBCern0807_dchxy_01`, `TBCern0807_p0709`, `TBCern1006_01`, `TBCern1006_01_dchxy_new`, `TBCern1006_p0709`, `TBDesy0506_01`, `TBDesy0506_01_dchxy`, `TBDesy0506_01_dchxy_new`, `TBFnal0508`, `TBFnal0508_p0709`, `TBFnal0508_p1211`, using custom value: (none)
C++ Drivers	using default value: `proto04_01`, `proto04_02`, `proto05`, `tbscecal01`, using custom value: (none)

Geometry Parameter “EdgeWidth”

Description	Width of frame
Models	using default value: `ILD_00Dhcal`, `ILD_00fw_Dhcal`, `ILD_01_SDH_pre00`, `ILD_O2_v01`, `ILD_O2_v02`, `ILD_O2_v03`, using custom value: (none)
C++ Drivers	using default value: (none), using custom value: `SHcal04`, `SHcalRpc01`, `SHcalRpc02`

Geometry Parameter “etd_accuracy_zones”

Description
Models	using default value: `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, using custom value: (none)
C++ Drivers	using default value: `etd`, using custom value: (none)

Geometry Parameter “etd_chip_channels”

Description
Models	using default value: `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, using custom value: (none)
C++ Drivers	using default value: `etd`, using custom value: (none)

Geometry Parameter “etd_chip_x_dimensions”

Description
Models	using default value: `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, using custom value: (none)
C++ Drivers	using default value: `etd`, using custom value: (none)

Geometry Parameter “etd_chip_y_dimensions”

Description
Models	using default value: `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, using custom value: (none)
C++ Drivers	using default value: `etd`, using custom value: (none)

Geometry Parameter “etd_chip_z_dimensions”

Description
Models	using default value: `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, using custom value: (none)
C++ Drivers	using default value: `etd`, using custom value: (none)

Geometry Parameter “etd_chips_per_column”

Description
Models	using default value: `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, using custom value: (none)
C++ Drivers	using default value: `etd`, using custom value: (none)

Geometry Parameter “etd_chips_per_row”

Description
Models	using default value: `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, using custom value: (none)
C++ Drivers	using default value: `etd`, using custom value: (none)

Geometry Parameter “etd_endcap_support_carbon_thickness”

Description
Models	using default value: `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, using custom value: (none)
C++ Drivers	using default value: `etd`, using custom value: (none)

Geometry Parameter “etd_endcap_support_mousse_thickness”

Description
Models	using default value: `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, using custom value: (none)
C++ Drivers	using default value: `etd`, using custom value: (none)

Geometry Parameter “etd_endcap_support_reinforcement_thickness”

Description
Models	using default value: `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, using custom value: (none)
C++ Drivers	using default value: `etd`, using custom value: (none)

Geometry Parameter “etd_inner_radius”

Description
Models	using default value: `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, using custom value: (none)
C++ Drivers	using default value: `etd`, using custom value: (none)

Geometry Parameter “etd_layer_positions”

Description
Models	using default value: `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, using custom value: (none)
C++ Drivers	using default value: `etd`, using custom value: (none)

Geometry Parameter “etd_layer_rotations”

Description
Models	using default value: `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, using custom value: (none)
C++ Drivers	using default value: `etd`, using custom value: (none)

Geometry Parameter “etd_layer_types”

Description
Models	using default value: `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, using custom value: (none)
C++ Drivers	using default value: `etd`, using custom value: (none)

Geometry Parameter “etd_module_support_standoff_from_edge”

Description
Models	using default value: `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, using custom value: (none)
C++ Drivers	using default value: `etd`, using custom value: (none)

Geometry Parameter “etd_module_support_thickness”

Description
Models	using default value: `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, using custom value: (none)
C++ Drivers	using default value: `etd`, using custom value: (none)

Geometry Parameter “etd_module_support_width”

Description
Models	using default value: `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, using custom value: (none)
C++ Drivers	using default value: `etd`, using custom value: (none)

Geometry Parameter “etd_outer_radius”

Description
Models	using default value: `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, using custom value: (none)
C++ Drivers	using default value: `etd`, using custom value: (none)

Geometry Parameter “etd_plane_border_width”

Description
Models	using default value: `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, using custom value: (none)
C++ Drivers	using default value: `etd`, using custom value: (none)

Geometry Parameter “etd_radial_border_width”

Description
Models	using default value: `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, using custom value: (none)
C++ Drivers	using default value: `etd`, using custom value: (none)

Geometry Parameter “etd_sensor_technologies”

Description
Models	using default value: `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, using custom value: (none)
C++ Drivers	using default value: `etd`, using custom value: (none)

Geometry Parameter “etd_sensor_x_dimensions”

Description
Models	using default value: `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, using custom value: (none)
C++ Drivers	using default value: `etd`, using custom value: (none)

Geometry Parameter “etd_sensor_y_dimensions”

Description
Models	using default value: `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, using custom value: (none)
C++ Drivers	using default value: `etd`, using custom value: (none)

Geometry Parameter “etd_sensor_z_dimensions”

Description
Models	using default value: `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, using custom value: (none)
C++ Drivers	using default value: `etd`, using custom value: (none)

Geometry Parameter “etd_sensors_per_module”

Description
Models	using default value: `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, using custom value: (none)
C++ Drivers	using default value: `etd`, using custom value: (none)

Geometry Parameter “FCH_thickness”

Description	Forward chambers thickness
Models	using default value: `LDC00`, `LDC00_01Rp`, `LDC00_01Sc`, `LDC00Sc`, `LDC01`, `LDC01_01Rp`, `LDC01_01Sc`, `LDC01_05Sc`, `LDC01Sc`, `LDCPrime_01Sc`, using custom value: (none)
C++ Drivers	using default value: `etd00`, `STpc01`, using custom value: (none)

Geometry Parameter “Field_nominal_value”

Description	The magnetic field inside the tracker region (in Tesla)
Models	using default value: `LDC00`, `LDC00_01Rp`, `LDC00_01Sc`, `LDC00_02Sc`, `LDC00Sc`, `LDC01`, `LDC01_01Rp`, `LDC01_01Sc`, `LDC01_02Sc`, `LDC01_05Sc`, `LDC01_06Sc`, `LDC01_06Sc_p01`, `LDC01_06Sc_p02`, `LDC01Sc`, using custom value: `CILD_00`, `CILD_00fw`, `CLIC01_ILD`, `CLIC_ILD_CDR`, `CLIC_ILD_CDR500`, `ILD_00`, `ILD_00_EcalSc01`, `ILD_00_EcalSc02`, `ILD_00Dhcal`, `ILD_00fw`, `ILD_00fw_Dhcal`, `ILD_00fwp01`, `ILD_01_dev`, `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, `ILD_O1_v01`, `ILD_O1_v02`, `ILD_O1_v03`, `ILD_O2_v01`, `ILD_O2_v02`, `ILD_O2_v03`, `ILD_O3_v01`, `ILD_O3_v02`, `ILD_O3_v03`, `LDC_GLD_01Sc`, `LDCPrime_01Sc`, `LDCPrime_02Sc`, `LDCPrime_02Sc_p01`, `LDCPrime_02Sc_p02`, `SiD01`, `SiD02`
C++ Drivers	using default value: `SField01`, using custom value: `fieldX02`, `fieldX03`

Geometry Parameter “FieldPropagator_LargestAcceptableStep”

Description	maximum acceptable step in the magnetic field
Models	using default value: `CILD_00`, `CLIC01_ILD`, `ILD_00`, `ILD_00_EcalSc01`, `ILD_00_EcalSc02`, `ILD_00Dhcal`, `ILD_00fwp01`, `ILD_01_dev`, `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, `ILD_O1_v01`, `ILD_O1_v02`, `ILD_O1_v03`, `ILD_O2_v01`, `ILD_O2_v02`, `ILD_O2_v03`, `ILD_O3_v01`, `ILD_O3_v02`, `ILD_O3_v03`, `LDC00`, `LDC00_01Rp`, `LDC00_01Sc`, `LDC00_02Sc`, `LDC00Sc`, `LDC01`, `LDC01_01Rp`, `LDC01_01Sc`, `LDC01_02Sc`, `LDC01_05Sc`, `LDC01_06Sc`, `LDC01_06Sc_p01`, `LDC01_06Sc_p02`, `LDC01Sc`, `LDC_GLD_01Sc`, `LDCPrime_01Sc`, `LDCPrime_02Sc`, `LDCPrime_02Sc_p01`, `LDCPrime_02Sc_p02`, `SiD01`, `SiD02`, using custom value: `CLIC_ILD_CDR`, `CLIC_ILD_CDR500`
C++ Drivers	using default value: `fieldX03`, `SField01`, using custom value: (none)

Geometry Parameter “g10MaterialName”

Description	name of G10 material; aimed to be changed only for Calice Ecal proto
Models	using default value: `CaliceEcal03`, `CaliceEcalHcalRPC`, `ProtoDesy0205`, `ProtoDesy0506`, `ProtoDesy0506_01`, `TB03`, `TB04`, `TB05`, `TB06`, `TB07`, `TBCern07`, `TBCern0707`, `TBCern0707_01`, `TBCern0707_dchxy_01`, `TBCern0707_p0709`, `TBCern07_01`, `TBCern07_dchxy_01`, `TBCern07_p0709`, `TBCern0806`, `TBCern0806_01`, `TBCern0806_01_dchxy_new`, `TBCern0806_dchxy_new`, `TBCern0806_p0709`, `TBCern0807`, `TBCern0807_01`, `TBCern0807_dchxy_01`, `TBCern0807_p0709`, `TBCern1006`, `TBCern1006_01`, `TBCern1006_01_dchxy_new`, `TBCern1006_dchxy_new`, `TBCern1006_p0709`, `TBDesy0205`, `TBDesy0205_2`, `TBDesy0506`, `TBDesy0506_01`, `TBDesy0506_01_dchxy`, `TBDesy0506_01_dchxy_new`, `TBDesy0506_dchxy`, `TBDesy0506_dchxy_new`, `TBFnal0508`, `TBFnal0508_p0709`, `TBFnal0508_p1211`, using custom value: (none)
C++ Drivers	using default value: (none), using custom value: `proto03`, `proto04`, `proto04_01`, `proto04_02`, `proto05`

Geometry Parameter “Gap_Thickness”

Description	Thickess of RPC gap
Models	using default value: `ILD_00Dhcal`, `ILD_00fw_Dhcal`, `ILD_01_SDH_pre00`, `ILD_O2_v01`, `ILD_O2_v02`, `ILD_O2_v03`, using custom value: (none)
C++ Drivers	using default value: `SHcal04`, `SHcalRpc01`, `SHcalRpc02`, using custom value: (none)

Geometry Parameter “GazInletInnerRadius”

Description	Inner radius of gas input/output
Models	using default value: `ILD_00Dhcal`, `ILD_00fw_Dhcal`, `ILD_01_SDH_pre00`, `ILD_O2_v01`, `ILD_O2_v02`, `ILD_O2_v03`, using custom value: (none)
C++ Drivers	using default value: `SHcal04`, `SHcalRpc01`, `SHcalRpc02`, using custom value: (none)

Geometry Parameter “GazInletLength”

Description	Length of gas input/output
Models	using default value: `ILD_00Dhcal`, `ILD_00fw_Dhcal`, `ILD_01_SDH_pre00`, `ILD_O2_v01`, `ILD_O2_v02`, `ILD_O2_v03`, using custom value: (none)
C++ Drivers	using default value: `SHcal04`, `SHcalRpc01`, `SHcalRpc02`, using custom value: (none)

Geometry Parameter “GazInletOuterRadius”

Description	Outer radius of gas inp ut/output
Models	using default value: `ILD_00Dhcal`, `ILD_00fw_Dhcal`, `ILD_01_SDH_pre00`, `ILD_O2_v01`, `ILD_O2_v02`, `ILD_O2_v03`, using custom value: (none)
C++ Drivers	using default value: `SHcal04`, `SHcalRpc01`, `SHcalRpc02`, using custom value: (none)

Geometry Parameter “Graphite_ThicknessAnode”

Description	Thickess of graphite anode
Models	using default value: `ILD_00Dhcal`, `ILD_00fw_Dhcal`, `ILD_01_SDH_pre00`, `ILD_O2_v01`, `ILD_O2_v02`, `ILD_O2_v03`, using custom value: (none)
C++ Drivers	using default value: `SHcal04`, `SHcalRpc01`, `SHcalRpc02`, using custom value: (none)

Geometry Parameter “Graphite_ThicknessCathode”

Description	Thickess of graphite cathode
Models	using default value: `ILD_00Dhcal`, `ILD_00fw_Dhcal`, `ILD_01_SDH_pre00`, `ILD_O2_v01`, `ILD_O2_v02`, `ILD_O2_v03`, using custom value: (none)
C++ Drivers	using default value: `SHcal04`, using custom value: `SHcalRpc01`, `SHcalRpc02`

Geometry Parameter “grid_size”

Description	needed by the scintillator ecal from Katsu
Models	using default value: (none), using custom value: (none)
C++ Drivers	using default value: `tbscecal01`, using custom value: (none)

Geometry Parameter “Hcal_apply_Birks_law”

Description	=1 apply Birks law to the HCAL scintillator response, =0 do not apply Birks law
Models	using default value: `CILD_00`, `CILD_00fw`, `CLIC01_ILD`, `CLIC_ILD_CDR`, `CLIC_ILD_CDR500`, `ILD_00`, `ILD_00_EcalSc01`, `ILD_00_EcalSc02`, `ILD_00fw`, `ILD_00fwp01`, `ILD_01_dev`, `ILD_01_SciW_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, `ILD_O1_v01`, `ILD_O1_v02`, `ILD_O1_v03`, `ILD_O3_v01`, `ILD_O3_v02`, `ILD_O3_v03`, `LDC01_06Sc`, `LDC01_06Sc_p01`, `LDC01_06Sc_p02`, `LDC_GLD_01Sc`, `LDCPrime_02Sc`, `LDCPrime_02Sc_p01`, `LDCPrime_02Sc_p02`, `TBCern07`, `TBCern0707`, `TBCern0707_01`, `TBCern0707_dchxy_01`, `TBCern0707_p0709`, `TBCern07_01`, `TBCern07_dchxy_01`, `TBCern07_p0709`, `TBCern0806_p0709`, `TBCern0807`, `TBCern0807_01`, `TBCern0807_dchxy_01`, `TBCern0807_p0709`, `TBCern1006_p0709`, `TBCern2010`, `TBFnal0508`, `TBFnal0508_p0709`, `TBFnal0508_p1211`, `TBhcal4d`, using custom value: (none)
C++ Drivers	using default value: (none), using custom value: `SHcalRpc02`, `SHcalSc01`, `SHcalSc02`, `SHcalSc03`, `SHcalScV01`, `TBhcal06`, `TBhcal07`, `TBhcal08`, `TBhcal4d`

Geometry Parameter “Hcal_back_plate_thickness”

Description	Back plate support for the Hcal structure
Models	using default value: `LDC01`, `LDC01_01Rp`, `LDC01_01Sc`, `LDC01_02Sc`, `LDC01Sc`, `SiD02`, using custom value: `CILD_00`, `CILD_00fw`, `CLIC01_ILD`, `CLIC_ILD_CDR`, `CLIC_ILD_CDR500`, `ILD_00`, `ILD_00_EcalSc01`, `ILD_00_EcalSc02`, `ILD_00fw`, `ILD_00fwp01`, `ILD_01_dev`, `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, `ILD_O1_v01`, `ILD_O1_v02`, `ILD_O1_v03`, `ILD_O2_v01`, `ILD_O2_v02`, `ILD_O2_v03`, `ILD_O3_v01`, `ILD_O3_v02`, `ILD_O3_v03`, `LDC00`, `LDC00_01Rp`, `LDC00_01Sc`, `LDC00_02Sc`, `LDC00_03Rp`, `LDC00_03Sc`, `LDC00Sc`, `LDC01_05Sc`, `LDC01_06Sc`, `LDC01_06Sc_p01`, `LDC01_06Sc_p02`, `LDC_GLD_01Sc`, `LDCPrime_01Sc`, `LDCPrime_02Sc`, `LDCPrime_02Sc_p01`, `LDCPrime_02Sc_p02`, `SiD01`
C++ Drivers	using default value: `SHcal01`, `SServices00`, using custom value: `SHcal03`, `SHcalRpc01`, `SHcalRpc02`, `SHcalSc01`, `SHcalSc02`, `SHcalSc03`, `SHcalScV01`

Geometry Parameter “Hcal_barrel_end_module_type”

Description	The Tesla model has a special shape for barrel end modules. 1 = no special shape, 2 = special shape
Models	using default value: `CILD_00`, `CILD_00fw`, `CLIC01_ILD`, `CLIC_ILD_CDR`, `CLIC_ILD_CDR500`, `ILD_00`, `ILD_00_EcalSc01`, `ILD_00_EcalSc02`, `ILD_00fw`, `ILD_00fwp01`, `ILD_01_dev`, `ILD_01_SciW_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, `ILD_O1_v01`, `ILD_O1_v02`, `ILD_O1_v03`, `ILD_O3_v01`, `ILD_O3_v02`, `ILD_O3_v03`, `LDC01`, `LDC01_01Rp`, `LDC01_01Sc`, `LDC01_02Sc`, `LDC01_05Sc`, `LDC01_06Sc`, `LDC01_06Sc_p01`, `LDC01_06Sc_p02`, `LDC01Sc`, `LDC_GLD_01Sc`, `LDCPrime_01Sc`, `LDCPrime_02Sc`, `LDCPrime_02Sc_p01`, `LDCPrime_02Sc_p02`, `SiD01`, `SiD02`, using custom value: `LDC00`, `LDC00_01Rp`, `LDC00_01Sc`, `LDC00_02Sc`, `LDC00_03Rp`, `LDC00_03Sc`, `LDC00Sc`
C++ Drivers	using default value: `SHcal01`, `SHcal03`, `SHcalRpc02`, `SHcalSc01`, `SHcalSc02`, `SHcalSc03`, `SHcalScV01`, using custom value: (none)

Geometry Parameter “Hcal_barrel_number_modules”

Description	Number of DHcal barrel modules
Models	using default value: `ILD_00Dhcal`, `ILD_00fw_Dhcal`, `ILD_01_SDH_pre00`, `ILD_O2_v01`, `ILD_O2_v02`, `ILD_O2_v03`, using custom value: (none)
C++ Drivers	using default value: `SHcal04`, `SHcalRpc01`, `SHcalScV01`, using custom value: (none)

Geometry Parameter “Hcal_cells_size”

Description	The cell size in x and z directions
Models	using default value: `CILD_00`, `CILD_00fw`, `CLIC01_ILD`, `CLIC_ILD_CDR`, `CLIC_ILD_CDR500`, `ILD_00`, `ILD_00_EcalSc01`, `ILD_00_EcalSc02`, `ILD_00Dhcal`, `ILD_00fw`, `ILD_00fw_Dhcal`, `ILD_00fwp01`, `ILD_01_dev`, `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, `ILD_O1_v01`, `ILD_O1_v02`, `ILD_O1_v03`, `ILD_O2_v01`, `ILD_O2_v02`, `ILD_O2_v03`, `ILD_O3_v01`, `ILD_O3_v02`, `ILD_O3_v03`, `LDC00`, `LDC00_01Rp`, `LDC00_01Sc`, `LDC00_02Sc`, `LDC00_03Rp`, `LDC00_03Sc`, `LDC00Sc`, `LDC01`, `LDC01_01Rp`, `LDC01_01Sc`, `LDC01_02Sc`, `LDC01_05Sc`, `LDC01_06Sc`, `LDC01_06Sc_p01`, `LDC01_06Sc_p02`, `LDC01Sc`, `LDC_GLD_01Sc`, `LDCPrime_01Sc`, `LDCPrime_02Sc`, `LDCPrime_02Sc_p01`, `LDCPrime_02Sc_p02`, `SiD01`, `SiD02`, `TBhcal4d`, using custom value: (none)
C++ Drivers	using default value: `SHcal01`, `SHcal03`, using custom value: `SHcal04`, `SHcalRpc01`, `SHcalRpc02`, `SHcalSc01`, `SHcalSc02`, `SHcalSc03`, `SHcalScV01`, `TBhcal4d`

Geometry Parameter “Hcal_chamber_thickness”

Description	Thickness of the HCAL chambers, in mm
Models	using default value: `CILD_00`, `CILD_00fw`, `CLIC01_ILD`, `CLIC_ILD_CDR`, `CLIC_ILD_CDR500`, `ILD_00`, `ILD_00_EcalSc01`, `ILD_00_EcalSc02`, `ILD_00Dhcal`, `ILD_00fw`, `ILD_00fw_Dhcal`, `ILD_00fwp01`, `ILD_01_SDH_pre00`, `ILD_O2_v01`, `ILD_O2_v02`, `ILD_O2_v03`, `LDC01_06Sc`, `LDC01_06Sc_p01`, `LDC01_06Sc_p02`, `LDC_GLD_01Sc`, `LDCPrime_02Sc`, `LDCPrime_02Sc_p01`, `LDCPrime_02Sc_p02`, using custom value: (none)
C++ Drivers	using default value: (none), using custom value: `SHcal04`, `SHcalRpc01`, `SHcalRpc02`, `SHcalSc01`, `SHcalSc02`, `SHcalScV01`

Geometry Parameter “Hcal_Coil_additional_gap”

Description	additional gap between Hcal barrel and Coil cryopstate
Models	using default value: (none), using custom value: `CILD_00`, `CILD_00fw`, `CLIC01_ILD`, `CLIC_ILD_CDR`, `CLIC_ILD_CDR500`, `ILD_00`, `ILD_00_EcalSc01`, `ILD_00_EcalSc02`, `ILD_00Dhcal`, `ILD_00fw`, `ILD_00fw_Dhcal`, `ILD_00fwp01`, `ILD_01_dev`, `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, `ILD_O1_v01`, `ILD_O1_v02`, `ILD_O1_v03`, `ILD_O2_v01`, `ILD_O2_v02`, `ILD_O2_v03`, `ILD_O3_v01`, `ILD_O3_v02`, `ILD_O3_v03`
C++ Drivers	using default value: `SCoil02`, using custom value: (none)

Geometry Parameter “HCAL_configuration_angle”

Description	Configuration Angle for Cern TB hcal
Models	using default value: `TBCern2010`, `TBhcal4d`, using custom value: (none)
C++ Drivers	using default value: `TBhcal08`, `TBhcal4d`, using custom value: (none)

Geometry Parameter “Hcal_Cu_thickness”

Description	Thickness of the Cu layer inside the Hcal modules
Models	using default value: `ILD_01_dev`, `ILD_01_SciW_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, `ILD_O1_v01`, `ILD_O1_v02`, `ILD_O1_v03`, `ILD_O3_v01`, `ILD_O3_v02`, `ILD_O3_v03`, using custom value: (none)
C++ Drivers	using default value: `SHcalRpc02`, `SHcalSc03`, `SHcalScV01`, using custom value: (none)

Geometry Parameter “Hcal_digitization_tile_size”

Description	Default HCAL tile size proposed for digitalization (no meaning in simulation)
Models	using default value: `CILD_00`, `CILD_00fw`, `CLIC01_ILD`, `CLIC_ILD_CDR`, `CLIC_ILD_CDR500`, `ILD_00`, `ILD_00_EcalSc01`, `ILD_00_EcalSc02`, `ILD_00fw`, `ILD_00fwp01`, `ILD_01_dev`, `ILD_01_SciW_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, `ILD_O1_v01`, `ILD_O1_v02`, `ILD_O1_v03`, `ILD_O3_v01`, `ILD_O3_v02`, `ILD_O3_v03`, `LDC01_05Sc`, `LDC01_06Sc`, `LDC01_06Sc_p01`, `LDC01_06Sc_p02`, `LDC_GLD_01Sc`, `LDCPrime_01Sc`, `LDCPrime_02Sc`, `LDCPrime_02Sc_p01`, `LDCPrime_02Sc_p02`, using custom value: (none)
C++ Drivers	using default value: `SHcal03`, `SHcalRpc02`, `SHcalSc01`, `SHcalSc02`, `SHcalSc03`, using custom value: (none)

Geometry Parameter “Hcal_Ecal_gap”

Description	Gap between the Ecal and Hcal barrels, it's used to modifie the Hcal inner radius depending on the Ecal outer radius.
Models	using default value: `LDC01`, `LDC01_01Rp`, `LDC01_01Sc`, `LDC01_02Sc`, `LDC01Sc`, `SiD02`, using custom value: `CILD_00`, `CILD_00fw`, `CLIC01_ILD`, `CLIC_ILD_CDR`, `CLIC_ILD_CDR500`, `ILD_00`, `ILD_00_EcalSc01`, `ILD_00_EcalSc02`, `ILD_00Dhcal`, `ILD_00fw`, `ILD_00fw_Dhcal`, `ILD_00fwp01`, `ILD_01_dev`, `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, `ILD_O1_v01`, `ILD_O1_v02`, `ILD_O1_v03`, `ILD_O2_v01`, `ILD_O2_v02`, `ILD_O2_v03`, `ILD_O3_v01`, `ILD_O3_v02`, `ILD_O3_v03`, `LDC00`, `LDC00_01Rp`, `LDC00_01Sc`, `LDC00_02Sc`, `LDC00_03Rp`, `LDC00_03Sc`, `LDC00Sc`, `LDC01_05Sc`, `LDC01_06Sc`, `LDC01_06Sc_p01`, `LDC01_06Sc_p02`, `LDC_GLD_01Sc`, `LDCPrime_01Sc`, `LDCPrime_02Sc`, `LDCPrime_02Sc_p01`, `LDCPrime_02Sc_p02`, `SiD01`
C++ Drivers	using default value: `SHcal01`, `SHcal03`, `SHcal04`, `SHcalRpc01`, `SServices00`, `SServices_02_v00`, using custom value: `SHcalRpc02`, `SHcalSc01`, `SHcalSc02`, `SHcalSc03`, `SHcalScV01`

Geometry Parameter “Hcal_endcap_cables_gap”

Description	The gap between the barrel and the endcap
Models	using default value: `CILD_00`, `CILD_00fw`, `CLIC01_ILD`, `CLIC_ILD_CDR`, `CLIC_ILD_CDR500`, `ILD_00`, `ILD_00_EcalSc01`, `ILD_00_EcalSc02`, `ILD_00Dhcal`, `ILD_00fw`, `ILD_00fw_Dhcal`, `ILD_00fwp01`, `ILD_01_dev`, `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, `ILD_O1_v01`, `ILD_O1_v02`, `ILD_O1_v03`, `ILD_O2_v01`, `ILD_O2_v02`, `ILD_O2_v03`, `ILD_O3_v01`, `ILD_O3_v02`, `ILD_O3_v03`, `LDC01`, `LDC01_01Rp`, `LDC01_01Sc`, `LDC01_02Sc`, `LDC01_05Sc`, `LDC01_06Sc`, `LDC01_06Sc_p01`, `LDC01_06Sc_p02`, `LDC01Sc`, `LDC_GLD_01Sc`, `LDCPrime_01Sc`, `LDCPrime_02Sc`, `LDCPrime_02Sc_p01`, `LDCPrime_02Sc_p02`, `SiD02`, using custom value: `LDC00`, `LDC00_01Rp`, `LDC00_01Sc`, `LDC00_02Sc`, `LDC00_03Rp`, `LDC00_03Sc`, `LDC00Sc`, `SiD01`
C++ Drivers	using default value: `SHcal01`, `SHcal03`, `SHcal04`, `SHcalRpc01`, `SHcalRpc02`, `SHcalSc01`, `SHcalSc02`, `SHcalSc03`, `SHcalScV01`, using custom value: (none)

Geometry Parameter “Hcal_endcap_center_box_size”

Description	The size of the central box whole in the hcal endcaps
Models	using default value: `LDC01`, `LDC01_01Rp`, `LDC01_01Sc`, `LDC01_02Sc`, `LDC01_05Sc`, `LDC01_06Sc`, `LDC01_06Sc_p01`, `LDC01_06Sc_p02`, `LDC01Sc`, `LDC_GLD_01Sc`, `LDCPrime_01Sc`, `LDCPrime_02Sc`, `LDCPrime_02Sc_p01`, `LDCPrime_02Sc_p02`, `SiD02`, using custom value: `CILD_00`, `CILD_00fw`, `CLIC01_ILD`, `CLIC_ILD_CDR`, `CLIC_ILD_CDR500`, `ILD_00`, `ILD_00_EcalSc01`, `ILD_00_EcalSc02`, `ILD_00Dhcal`, `ILD_00fw`, `ILD_00fw_Dhcal`, `ILD_00fwp01`, `ILD_01_dev`, `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, `ILD_O1_v01`, `ILD_O1_v02`, `ILD_O1_v03`, `ILD_O2_v01`, `ILD_O2_v02`, `ILD_O2_v03`, `ILD_O3_v01`, `ILD_O3_v02`, `ILD_O3_v03`, `LDC00`, `LDC00_01Rp`, `LDC00_01Sc`, `LDC00_02Sc`, `LDC00_03Rp`, `LDC00_03Sc`, `LDC00Sc`, `SiD01`
C++ Drivers	using default value: `SHcal01`, `SHcal03`, `SHcal04`, `SHcalRpc01`, `SHcalSc01`, `SLHcal01`, using custom value: `SHcalRpc02`, `SHcalSc02`, `SHcalSc03`, `SHcalScV01`

Geometry Parameter “Hcal_endcap_ecal_gap”

Description	Gap between the Ecal and the Hcal endcaps
Models	using default value: `LDC01_05Sc`, `LDC01_06Sc`, `LDC01_06Sc_p01`, `LDC01_06Sc_p02`, `LDC_GLD_01Sc`, `LDCPrime_01Sc`, `LDCPrime_02Sc`, `LDCPrime_02Sc_p01`, `LDCPrime_02Sc_p02`, using custom value: `CILD_00`, `CILD_00fw`, `CLIC01_ILD`, `CLIC_ILD_CDR`, `CLIC_ILD_CDR500`, `ILD_00`, `ILD_00_EcalSc01`, `ILD_00_EcalSc02`, `ILD_00Dhcal`, `ILD_00fw`, `ILD_00fw_Dhcal`, `ILD_00fwp01`, `ILD_01_dev`, `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, `ILD_O1_v01`, `ILD_O1_v02`, `ILD_O1_v03`, `ILD_O2_v01`, `ILD_O2_v02`, `ILD_O2_v03`, `ILD_O3_v01`, `ILD_O3_v02`, `ILD_O3_v03`
C++ Drivers	using default value: `SHcal03`, `SHcal04`, `SHcalRpc01`, `SHcalRpc02`, `SHcalSc01`, `SHcalSc02`, `SHcalSc03`, `SHcalScV01`, using custom value: (none)

Geometry Parameter “Hcal_endcap_lateral_structure_thickness”

Description	AHCAL endcap lateral wall thickness
Models	using default value: `ILD_01_dev`, `ILD_01_SciW_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, `ILD_O1_v01`, `ILD_O1_v02`, `ILD_O1_v03`, `ILD_O3_v01`, `ILD_O3_v02`, `ILD_O3_v03`, using custom value: (none)
C++ Drivers	using default value: `SHcalSc03`, `SHcalScV01`, using custom value: (none)

Geometry Parameter “Hcal_endcap_layer_air_gap”

Description	AHCAL endcap layer air gap
Models	using default value: `ILD_01_dev`, `ILD_01_SciW_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, `ILD_O1_v01`, `ILD_O1_v02`, `ILD_O1_v03`, `ILD_O3_v01`, `ILD_O3_v02`, `ILD_O3_v03`, using custom value: (none)
C++ Drivers	using default value: `SHcalSc03`, `SHcalScV01`, using custom value: (none)

Geometry Parameter “Hcal_endcap_module_number”

Description	AHCAL endcap module number
Models	using default value: `ILD_01_dev`, `ILD_01_SciW_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, `ILD_O1_v01`, `ILD_O1_v02`, `ILD_O1_v03`, `ILD_O3_v01`, `ILD_O3_v02`, `ILD_O3_v03`, using custom value: (none)
C++ Drivers	using default value: `SHcalSc03`, `SHcalScV01`, using custom value: (none)

Geometry Parameter “Hcal_endcap_module_width”

Description	AHCAL endcap module width
Models	using default value: `ILD_01_dev`, `ILD_01_SciW_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, `ILD_O1_v01`, `ILD_O1_v02`, `ILD_O1_v03`, `ILD_O3_v01`, `ILD_O3_v02`, `ILD_O3_v03`, using custom value: (none)
C++ Drivers	using default value: `SHcalSc03`, `SHcalScV01`, using custom value: (none)

Geometry Parameter “Hcal_endcap_nlayers”

Description	Hcal endcap layers
Models	using default value: `CILD_00`, `CILD_00fw`, `ILD_00`, `ILD_00_EcalSc01`, `ILD_00_EcalSc02`, `ILD_00fw`, `ILD_00fwp01`, `ILD_01_dev`, `ILD_01_SciW_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, `ILD_O1_v01`, `ILD_O1_v02`, `ILD_O1_v03`, `ILD_O3_v01`, `ILD_O3_v02`, `ILD_O3_v03`, using custom value: `CLIC01_ILD`, `CLIC_ILD_CDR`, `CLIC_ILD_CDR500`
C++ Drivers	using default value: (none), using custom value: `SHcalRpc02`, `SHcalSc02`, `SHcalSc03`, `SHcalScV01`

Geometry Parameter “Hcal_endcap_radiator_material”

Description	Radiator material of the Hcal endcap
Models	using default value: `CILD_00`, `CILD_00fw`, `ILD_00`, `ILD_00_EcalSc01`, `ILD_00_EcalSc02`, `ILD_00fw`, `ILD_00fwp01`, `ILD_01_dev`, `ILD_01_SciW_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, `ILD_O1_v01`, `ILD_O1_v02`, `ILD_O1_v03`, `ILD_O3_v01`, `ILD_O3_v02`, `ILD_O3_v03`, using custom value: `CLIC01_ILD`, `CLIC_ILD_CDR`, `CLIC_ILD_CDR500`
C++ Drivers	using default value: (none), using custom value: `SHcalRpc02`, `SHcalSc02`, `SHcalSc03`, `SHcalScV01`

Geometry Parameter “Hcal_endcap_radiator_thickness”

Description	Radiator thickness of the Hcal endcap layers
Models	using default value: `CILD_00`, `CILD_00fw`, `ILD_00`, `ILD_00_EcalSc01`, `ILD_00_EcalSc02`, `ILD_00fw`, `ILD_00fwp01`, `ILD_01_dev`, `ILD_01_SciW_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, `ILD_O1_v01`, `ILD_O1_v02`, `ILD_O1_v03`, `ILD_O3_v01`, `ILD_O3_v02`, `ILD_O3_v03`, using custom value: `CLIC01_ILD`, `CLIC_ILD_CDR`, `CLIC_ILD_CDR500`
C++ Drivers	using default value: (none), using custom value: `SHcalRpc02`, `SHcalSc02`, `SHcalSc03`, `SHcalScV01`

Geometry Parameter “Hcal_endcap_sensitive_center_box”

Description	Dimension of the HCAL endcap sensitive center box, in mm
Models	using default value: (none), using custom value: `CILD_00`, `CILD_00fw`, `CLIC01_ILD`, `CLIC_ILD_CDR`, `CLIC_ILD_CDR500`, `ILD_00`, `ILD_00_EcalSc01`, `ILD_00_EcalSc02`, `ILD_00fw`, `ILD_00fwp01`, `ILD_01_dev`, `ILD_01_SciW_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, `ILD_O1_v01`, `ILD_O1_v02`, `ILD_O1_v03`, `ILD_O3_v01`, `ILD_O3_v02`, `ILD_O3_v03`, `LDC01_06Sc`, `LDC01_06Sc_p01`, `LDC01_06Sc_p02`, `LDC_GLD_01Sc`, `LDCPrime_02Sc`, `LDCPrime_02Sc_p01`, `LDCPrime_02Sc_p02`
C++ Drivers	using default value: (none), using custom value: `SHcalRpc02`, `SHcalSc01`, `SHcalSc02`, `SHcalSc03`, `SHcalScV01`

Geometry Parameter “Hcal_endcap_services_module_width”

Description	AHCAL endcap front end electronic width
Models	using default value: `ILD_01_dev`, `ILD_01_SciW_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, `ILD_O1_v01`, `ILD_O1_v02`, `ILD_O1_v03`, `ILD_O3_v01`, `ILD_O3_v02`, `ILD_O3_v03`, using custom value: (none)
C++ Drivers	using default value: `SHcalSc03`, `SHcalScV01`, using custom value: (none)

Geometry Parameter “Hcal_endcap_zmin”

Description	Z value for the Hcal end cap front face comming from IP
Models	using default value: `LDC01_06Sc`, `LDC01_06Sc_p01`, `LDC01_06Sc_p02`, `LDC_GLD_01Sc`, `LDCPrime_02Sc`, `LDCPrime_02Sc_p01`, `LDCPrime_02Sc_p02`, using custom value: `CILD_00`, `CILD_00fw`, `CLIC01_ILD`, `CLIC_ILD_CDR`, `CLIC_ILD_CDR500`, `ILD_00`, `ILD_00_EcalSc01`, `ILD_00_EcalSc02`, `ILD_00Dhcal`, `ILD_00fw`, `ILD_00fw_Dhcal`, `ILD_00fwp01`, `ILD_01_dev`, `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, `ILD_O1_v01`, `ILD_O1_v02`, `ILD_O1_v03`, `ILD_O2_v01`, `ILD_O2_v02`, `ILD_O2_v03`, `ILD_O3_v01`, `ILD_O3_v02`, `ILD_O3_v03`
C++ Drivers	using default value: `SHcalRpc02`, `SHcalSc01`, `SHcalSc02`, `SHcalSc03`, `SHcalScV01`, `SLHcal01`, using custom value: (none)

Geometry Parameter “Hcal_fiber_gap”

Description	The gap (mm) between the scintilator and the next absorber.
Models	using default value: `CILD_00`, `CILD_00fw`, `CLIC01_ILD`, `CLIC_ILD_CDR`, `CLIC_ILD_CDR500`, `ILD_00`, `ILD_00_EcalSc01`, `ILD_00_EcalSc02`, `ILD_00Dhcal`, `ILD_00fw`, `ILD_00fw_Dhcal`, `ILD_00fwp01`, `ILD_01_dev`, `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, `ILD_O1_v01`, `ILD_O1_v02`, `ILD_O1_v03`, `ILD_O2_v01`, `ILD_O2_v02`, `ILD_O2_v03`, `ILD_O3_v01`, `ILD_O3_v02`, `ILD_O3_v03`, `LDC00`, `LDC00_01Rp`, `LDC00_01Sc`, `LDC00_02Sc`, `LDC00_03Rp`, `LDC00_03Sc`, `LDC00Sc`, `LDC01`, `LDC01_01Rp`, `LDC01_01Sc`, `LDC01_02Sc`, `LDC01_05Sc`, `LDC01_06Sc`, `LDC01_06Sc_p01`, `LDC01_06Sc_p02`, `LDC01Sc`, `LDC_GLD_01Sc`, `LDCPrime_01Sc`, `LDCPrime_02Sc`, `LDCPrime_02Sc_p01`, `LDCPrime_02Sc_p02`, `SiD01`, `SiD02`, using custom value: (none)
C++ Drivers	using default value: `SHcal01`, `SHcal03`, `SHcal04`, `SHcalRpc01`, `SHcalSc01`, `SHcalSc02`, using custom value: `SHcalSc03`, `SHcalScV01`

Geometry Parameter “Hcal_lateral_structure_thickness”

Description	Lateral support plate thickness
Models	using default value: `CILD_00`, `CILD_00fw`, `CLIC01_ILD`, `CLIC_ILD_CDR`, `CLIC_ILD_CDR500`, `ILD_00`, `ILD_00_EcalSc01`, `ILD_00_EcalSc02`, `ILD_00Dhcal`, `ILD_00fw`, `ILD_00fw_Dhcal`, `ILD_00fwp01`, `ILD_01_dev`, `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, `ILD_O1_v01`, `ILD_O1_v02`, `ILD_O1_v03`, `ILD_O2_v01`, `ILD_O2_v02`, `ILD_O2_v03`, `ILD_O3_v01`, `ILD_O3_v02`, `ILD_O3_v03`, `LDC00`, `LDC00_01Rp`, `LDC00_01Sc`, `LDC00_02Sc`, `LDC00_03Rp`, `LDC00_03Sc`, `LDC00Sc`, `LDC01`, `LDC01_01Rp`, `LDC01_01Sc`, `LDC01_02Sc`, `LDC01_05Sc`, `LDC01_06Sc`, `LDC01_06Sc_p01`, `LDC01_06Sc_p02`, `LDC01Sc`, `LDC_GLD_01Sc`, `LDCPrime_01Sc`, `LDCPrime_02Sc`, `LDCPrime_02Sc_p01`, `LDCPrime_02Sc_p02`, `SiD01`, `SiD02`, using custom value: (none)
C++ Drivers	using default value: `SHcal01`, `SHcal03`, `SHcal04`, `SHcalRpc01`, `SHcalRpc02`, `SHcalSc01`, `SHcalSc02`, using custom value: `SHcalSc03`, `SHcalScV01`

Geometry Parameter “Hcal_layer_air_gap”

Description	Gap between the layer support and scintillator in the HCAL barrel, in mm
Models	using default value: `CILD_00`, `CILD_00fw`, `CLIC01_ILD`, `CLIC_ILD_CDR`, `CLIC_ILD_CDR500`, `ILD_00`, `ILD_00_EcalSc01`, `ILD_00_EcalSc02`, `ILD_00fw`, `ILD_00fwp01`, `ILD_01_dev`, `ILD_01_SciW_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, `ILD_O1_v01`, `ILD_O1_v02`, `ILD_O1_v03`, `ILD_O3_v01`, `ILD_O3_v02`, `ILD_O3_v03`, `LDC01_06Sc`, `LDC01_06Sc_p01`, `LDC01_06Sc_p02`, `LDC_GLD_01Sc`, `LDCPrime_02Sc`, `LDCPrime_02Sc_p01`, `LDCPrime_02Sc_p02`, using custom value: (none)
C++ Drivers	using default value: (none), using custom value: `SHcalRpc02`, `SHcalSc01`, `SHcalSc02`, `SHcalSc03`

Geometry Parameter “HCAL_layer_ncell_x”

Description	Hcal cell number in layer x direction
Models	using default value: `TBhcal4d`, using custom value: (none)
C++ Drivers	using default value: (none), using custom value: `TBhcal4d`

Geometry Parameter “HCAL_layer_ncell_y”

Description	Hcal cell number in layer y direction
Models	using default value: `TBhcal4d`, using custom value: (none)
C++ Drivers	using default value: (none), using custom value: `TBhcal4d`

Geometry Parameter “Hcal_layer_pattern”

Description	pattern reflecting the sensitive layers in the HCAL, e.g. 1111...11 for a fully equipped HCAL, or 10101010..10 for an alternating setup etc.
Models	using default value: `TB04`, `TB04_hcal`, `TB04_hcalcatch`, `TB05`, `TB06`, `TB07`, `TBCern07`, `TBCern0707`, `TBCern0707_01`, `TBCern0707_dchxy_01`, `TBCern0707_p0709`, `TBCern07_01`, `TBCern07_dchxy_01`, `TBCern07_p0709`, `TBCern0807`, `TBCern0807_01`, `TBCern0807_dchxy_01`, `TBCern0807_p0709`, `TBFnal0508`, `TBFnal0508_p0709`, `TBFnal0508_p1211`, `TBhcal4d`, using custom value: `TBCern0806`, `TBCern0806_01`, `TBCern0806_01_dchxy_new`, `TBCern0806_dchxy_new`, `TBCern0806_p0709`, `TBCern1006`, `TBCern1006_01`, `TBCern1006_01_dchxy_new`, `TBCern1006_dchxy_new`, `TBCern1006_p0709`
C++ Drivers	using default value: `TBhcal04`, `TBhcal05`, `TBhcal05_01`, `TBhcal06`, `TBhcal07`, `TBhcal4d`, using custom value: (none)

Geometry Parameter “Hcal_layer_support_length”

Description	x-length pf the HCAL layer support in barrel, in mm
Models	using default value: `CILD_00`, `CILD_00fw`, `CLIC01_ILD`, `CLIC_ILD_CDR`, `CLIC_ILD_CDR500`, `ILD_00`, `ILD_00_EcalSc01`, `ILD_00_EcalSc02`, `ILD_00fw`, `ILD_00fwp01`, `ILD_01_dev`, `ILD_01_SciW_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, `ILD_O1_v01`, `ILD_O1_v02`, `ILD_O1_v03`, `ILD_O3_v01`, `ILD_O3_v02`, `ILD_O3_v03`, `LDC01_06Sc`, `LDC01_06Sc_p01`, `LDC01_06Sc_p02`, `LDC_GLD_01Sc`, `LDCPrime_02Sc`, `LDCPrime_02Sc_p01`, `LDCPrime_02Sc_p02`, using custom value: (none)
C++ Drivers	using default value: `SHcalSc03`, using custom value: `SHcalRpc02`, `SHcalSc01`, `SHcalSc02`

Geometry Parameter “Hcal_middle_stave_gaps”

Description	Gap in the middle of the HCAL barrel staves, in mm
Models	using default value: `CILD_00`, `CILD_00fw`, `CLIC01_ILD`, `CLIC_ILD_CDR`, `CLIC_ILD_CDR500`, `ILD_00`, `ILD_00_EcalSc01`, `ILD_00_EcalSc02`, `ILD_00fw`, `ILD_00fwp01`, `ILD_01_dev`, `ILD_01_SciW_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, `ILD_O1_v01`, `ILD_O1_v02`, `ILD_O1_v03`, `ILD_O3_v01`, `ILD_O3_v02`, `ILD_O3_v03`, `LDC01_06Sc`, `LDC01_06Sc_p01`, `LDC01_06Sc_p02`, `LDC_GLD_01Sc`, `LDCPrime_02Sc`, `LDCPrime_02Sc_p01`, `LDCPrime_02Sc_p02`, using custom value: (none)
C++ Drivers	using default value: (none), using custom value: `SHcalRpc02`, `SHcalSc01`, `SHcalSc02`, `SHcalSc03`

Geometry Parameter “Hcal_MinNumCellsInTransvPlane”

Description	minimum number of cells in DHcal chambers in transversal plane
Models	using default value: `ILD_00Dhcal`, `ILD_00fw_Dhcal`, `ILD_01_SDH_pre00`, `ILD_O2_v01`, `ILD_O2_v02`, `ILD_O2_v03`, using custom value: (none)
C++ Drivers	using default value: (none), using custom value: `SHcal04`, `SHcalRpc01`

Geometry Parameter “Hcal_modules_gap”

Description	Gap between the hcal modules in a stave
Models	using default value: `CILD_00`, `CILD_00fw`, `CLIC01_ILD`, `CLIC_ILD_CDR`, `CLIC_ILD_CDR500`, `ILD_00`, `ILD_00_EcalSc01`, `ILD_00_EcalSc02`, `ILD_00Dhcal`, `ILD_00fw`, `ILD_00fw_Dhcal`, `ILD_00fwp01`, `ILD_01_dev`, `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, `ILD_O1_v01`, `ILD_O1_v02`, `ILD_O1_v03`, `ILD_O2_v01`, `ILD_O2_v02`, `ILD_O2_v03`, `ILD_O3_v01`, `ILD_O3_v02`, `ILD_O3_v03`, `LDC00`, `LDC00_01Rp`, `LDC00_01Sc`, `LDC00_02Sc`, `LDC00_03Rp`, `LDC00_03Sc`, `LDC00Sc`, `LDC01`, `LDC01_01Rp`, `LDC01_01Sc`, `LDC01_02Sc`, `LDC01_05Sc`, `LDC01_06Sc`, `LDC01_06Sc_p01`, `LDC01_06Sc_p02`, `LDC01Sc`, `LDC_GLD_01Sc`, `LDCPrime_01Sc`, `LDCPrime_02Sc`, `LDCPrime_02Sc_p01`, `LDCPrime_02Sc_p02`, `SiD01`, `SiD02`, using custom value: (none)
C++ Drivers	using default value: `SHcal01`, `SHcal03`, `SHcal04`, `SHcalRpc01`, `SHcalRpc02`, `SHcalSc01`, `SHcalSc02`, `SHcalSc03`, `SHcalScV01`, using custom value: (none)

Geometry Parameter “Hcal_nlayers”

Description	Number of layers for the Hcal
Models	using default value: `LDC01`, `LDC01_01Rp`, `LDC01_01Sc`, `LDC01_02Sc`, `LDC01Sc`, `SiD02`, `TBhcal4d`, using custom value: `CILD_00`, `CILD_00fw`, `CLIC01_ILD`, `CLIC_ILD_CDR`, `CLIC_ILD_CDR500`, `ILD_00`, `ILD_00_EcalSc01`, `ILD_00_EcalSc02`, `ILD_00Dhcal`, `ILD_00fw`, `ILD_00fw_Dhcal`, `ILD_00fwp01`, `ILD_01_dev`, `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, `ILD_O1_v01`, `ILD_O1_v02`, `ILD_O1_v03`, `ILD_O2_v01`, `ILD_O2_v02`, `ILD_O2_v03`, `ILD_O3_v01`, `ILD_O3_v02`, `ILD_O3_v03`, `LDC00`, `LDC00_01Rp`, `LDC00_01Sc`, `LDC00_02Sc`, `LDC00_03Rp`, `LDC00_03Sc`, `LDC00Sc`, `LDC01_05Sc`, `LDC01_06Sc`, `LDC01_06Sc_p01`, `LDC01_06Sc_p02`, `LDC_GLD_01Sc`, `LDCPrime_01Sc`, `LDCPrime_02Sc`, `LDCPrime_02Sc_p01`, `LDCPrime_02Sc_p02`, `SiD01`
C++ Drivers	using default value: `SHcal01`, `SServices00`, `TBhcal4d`, using custom value: `SHcal03`, `SHcal04`, `SHcalRpc01`, `SHcalRpc02`, `SHcalSc01`, `SHcalSc02`, `SHcalSc03`, `SHcalScV01`

Geometry Parameter “Hcal_outer_radius”

Description	The Hcal outer radius, used by the Coil super driver.
Models	using default value: `CILD_00`, `CILD_00fw`, `CLIC01_ILD`, `CLIC_ILD_CDR`, `CLIC_ILD_CDR500`, `ILD_00`, `ILD_00_EcalSc01`, `ILD_00_EcalSc02`, `ILD_00Dhcal`, `ILD_00fw`, `ILD_00fw_Dhcal`, `ILD_00fwp01`, `ILD_01_SDH_pre00`, `ILD_O2_v01`, `ILD_O2_v02`, `ILD_O2_v03`, `LDC00`, `LDC00_01Rp`, `LDC00_01Sc`, `LDC00_02Sc`, `LDC00_03Rp`, `LDC00_03Sc`, `LDC00Sc`, `LDC01`, `LDC01_01Rp`, `LDC01_01Sc`, `LDC01_02Sc`, `LDC01_05Sc`, `LDC01_06Sc`, `LDC01_06Sc_p01`, `LDC01_06Sc_p02`, `LDC01Sc`, `LDC_GLD_01Sc`, `LDCPrime_01Sc`, `LDCPrime_02Sc`, `LDCPrime_02Sc_p01`, `LDCPrime_02Sc_p02`, `SiD01`, `SiD02`, using custom value: (none)
C++ Drivers	using default value: `SHcal01`, `SHcal03`, `SHcal04`, `SHcalRpc01`, `SHcalSc01`, `SHcalSc02`, `SServices_02_v00`, using custom value: (none)

Geometry Parameter “Hcal_PCB_thickness”

Description	Thickness of the PCB inside the Hcal modules
Models	using default value: `ILD_01_dev`, `ILD_01_SciW_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, `ILD_O1_v01`, `ILD_O1_v02`, `ILD_O1_v03`, `ILD_O3_v01`, `ILD_O3_v02`, `ILD_O3_v03`, using custom value: (none)
C++ Drivers	using default value: `SHcalRpc02`, `SHcalSc03`, `SHcalScV01`, using custom value: (none)

Geometry Parameter “Hcal_R_max”

Description	Minimum radius limit to start the Coil
Models	using default value: `CILD_00`, `CILD_00fw`, `CLIC01_ILD`, `ILD_00`, `ILD_00_EcalSc01`, `ILD_00_EcalSc02`, `ILD_00Dhcal`, `ILD_00fw`, `ILD_00fw_Dhcal`, `ILD_00fwp01`, `ILD_01_dev`, `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, `ILD_O1_v01`, `ILD_O1_v02`, `ILD_O1_v03`, `ILD_O2_v01`, `ILD_O2_v02`, `ILD_O2_v03`, `ILD_O3_v01`, `ILD_O3_v02`, `ILD_O3_v03`, `LDC00`, `LDC00_01Rp`, `LDC00_01Sc`, `LDC00_02Sc`, `LDC00_03Rp`, `LDC00_03Sc`, `LDC00Sc`, `LDC01`, `LDC01_01Rp`, `LDC01_01Sc`, `LDC01_02Sc`, `LDC01_05Sc`, `LDC01_06Sc`, `LDC01_06Sc_p01`, `LDC01_06Sc_p02`, `LDC01Sc`, `LDC_GLD_01Sc`, `LDCPrime_01Sc`, `LDCPrime_02Sc`, `LDCPrime_02Sc_p01`, `LDCPrime_02Sc_p02`, `SiD01`, `SiD02`, using custom value: `CLIC_ILD_CDR`, `CLIC_ILD_CDR500`
C++ Drivers	using default value: `clicyoke01`, `SCoil01`, `SCoil02`, `SField01`, `SHcal01`, `SHcal03`, `SHcal04`, `SHcalRpc01`, `SHcalRpc02`, `SHcalSc01`, `SHcalSc02`, `SHcalSc03`, `SHcalScV01`, `SServices00`, using custom value: (none)

Geometry Parameter “Hcal_radial_ring_inner_gap”

Description	The radial gap between the Hcal ring and the Ecal endcap
Models	using default value: `CILD_00`, `CILD_00fw`, `CLIC01_ILD`, `CLIC_ILD_CDR`, `CLIC_ILD_CDR500`, `ILD_00`, `ILD_00_EcalSc01`, `ILD_00_EcalSc02`, `ILD_00Dhcal`, `ILD_00fw`, `ILD_00fw_Dhcal`, `ILD_00fwp01`, `ILD_01_dev`, `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, `ILD_O1_v01`, `ILD_O1_v02`, `ILD_O1_v03`, `ILD_O2_v01`, `ILD_O2_v02`, `ILD_O2_v03`, `ILD_O3_v01`, `ILD_O3_v02`, `ILD_O3_v03`, `LDC01_05Sc`, `LDC01_06Sc`, `LDC01_06Sc_p01`, `LDC01_06Sc_p02`, `LDC_GLD_01Sc`, `LDCPrime_01Sc`, `LDCPrime_02Sc`, `LDCPrime_02Sc_p01`, `LDCPrime_02Sc_p02`, using custom value: (none)
C++ Drivers	using default value: `SHcal03`, `SHcal04`, `SHcalRpc01`, `SHcalRpc02`, `SHcalSc01`, `SHcalSc02`, `SHcalSc03`, `SHcalScV01`, using custom value: (none)

Geometry Parameter “Hcal_radiator_material”

Description	Radiator material for the Hcal (Iron or WMod)
Models	using default value: `CILD_00`, `CILD_00fw`, `ILD_00`, `ILD_00_EcalSc01`, `ILD_00_EcalSc02`, `ILD_00Dhcal`, `ILD_00fw`, `ILD_00fw_Dhcal`, `ILD_00fwp01`, `ILD_01_dev`, `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, `ILD_O1_v01`, `ILD_O1_v02`, `ILD_O1_v03`, `ILD_O2_v01`, `ILD_O2_v02`, `ILD_O2_v03`, `ILD_O3_v01`, `ILD_O3_v02`, `ILD_O3_v03`, `LDC00`, `LDC00_01Rp`, `LDC00_01Sc`, `LDC00_02Sc`, `LDC00_03Rp`, `LDC00_03Sc`, `LDC00Sc`, `LDC01`, `LDC01_01Rp`, `LDC01_01Sc`, `LDC01_02Sc`, `LDC01_05Sc`, `LDC01_06Sc`, `LDC01_06Sc_p01`, `LDC01_06Sc_p02`, `LDC01Sc`, `LDC_GLD_01Sc`, `LDCPrime_01Sc`, `LDCPrime_02Sc`, `LDCPrime_02Sc_p01`, `LDCPrime_02Sc_p02`, `SiD01`, `SiD02`, `TBhcal4d`, using custom value: `CLIC01_ILD`, `CLIC_ILD_CDR`, `CLIC_ILD_CDR500`
C++ Drivers	using default value: `SHcal01`, `SHcal03`, `SHcalRpc02`, `SHcalSc01`, `SHcalSc02`, `SHcalSc03`, `SHcalScV01`, `TBhcal4d`, using custom value: `SHcal04`, `SHcalRpc01`

Geometry Parameter “Hcal_radiator_thickness”

Description	Radiator thickness of the Hcal layers
Models	using default value: `CILD_00`, `CILD_00fw`, `ILD_00`, `ILD_00_EcalSc01`, `ILD_00_EcalSc02`, `ILD_00Dhcal`, `ILD_00fw`, `ILD_00fw_Dhcal`, `ILD_00fwp01`, `ILD_01_dev`, `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, `ILD_O1_v01`, `ILD_O1_v02`, `ILD_O1_v03`, `ILD_O2_v01`, `ILD_O2_v02`, `ILD_O2_v03`, `ILD_O3_v01`, `ILD_O3_v02`, `ILD_O3_v03`, `LDC01`, `LDC01_05Sc`, `LDC01_06Sc`, `LDC01_06Sc_p01`, `LDC01_06Sc_p02`, `LDC01Sc`, `LDC_GLD_01Sc`, `LDCPrime_01Sc`, `LDCPrime_02Sc`, `LDCPrime_02Sc_p01`, `LDCPrime_02Sc_p02`, `SiD02`, `TBhcal4d`, using custom value: `CLIC01_ILD`, `CLIC_ILD_CDR`, `CLIC_ILD_CDR500`, `LDC00`, `LDC00_01Rp`, `LDC00_01Sc`, `LDC00_02Sc`, `LDC00_03Rp`, `LDC00_03Sc`, `LDC00Sc`, `LDC01_01Rp`, `LDC01_01Sc`, `LDC01_02Sc`, `SiD01`
C++ Drivers	using default value: `SHcal01`, `TBhcal4d`, using custom value: `SHcal03`, `SHcal04`, `SHcalRpc01`, `SHcalRpc02`, `SHcalSc01`, `SHcalSc02`, `SHcalSc03`, `SHcalScV01`, `SServices00`

Geometry Parameter “Hcal_ring”

Description	0 = no rings; 1 = LDC like rings like Tesla TDR.
Models	using default value: `CILD_00`, `CILD_00fw`, `CLIC01_ILD`, `CLIC_ILD_CDR`, `CLIC_ILD_CDR500`, `ILD_00`, `ILD_00_EcalSc01`, `ILD_00_EcalSc02`, `ILD_00Dhcal`, `ILD_00fw`, `ILD_00fw_Dhcal`, `ILD_00fwp01`, `ILD_01_dev`, `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, `ILD_O1_v01`, `ILD_O1_v02`, `ILD_O1_v03`, `ILD_O2_v01`, `ILD_O2_v02`, `ILD_O2_v03`, `ILD_O3_v01`, `ILD_O3_v02`, `ILD_O3_v03`, `LDC01_05Sc`, `LDC01_06Sc`, `LDC01_06Sc_p01`, `LDC01_06Sc_p02`, `LDC_GLD_01Sc`, `LDCPrime_01Sc`, `LDCPrime_02Sc`, `LDCPrime_02Sc_p01`, `LDCPrime_02Sc_p02`, using custom value: (none)
C++ Drivers	using default value: `SHcal03`, `SHcal04`, `SHcalRpc01`, `SHcalRpc02`, `SHcalSc01`, `SHcalSc02`, `SHcalSc03`, `SHcalScV01`, using custom value: (none)

Geometry Parameter “Hcal_scintillator_thickness”

Description	Thickness of the scintillator inside the Hcal modules
Models	using default value: `ILD_01_dev`, `ILD_01_SciW_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, `ILD_O1_v01`, `ILD_O1_v02`, `ILD_O1_v03`, `ILD_O3_v01`, `ILD_O3_v02`, `ILD_O3_v03`, using custom value: (none)
C++ Drivers	using default value: `SHcalRpc02`, `SHcalSc03`, `SHcalScV01`, using custom value: (none)

Geometry Parameter “Hcal_sensitive_model”

Description	The sensitive model (RPC1 or scintillator)
Models	using default value: `LDC00`, `LDC00_01Rp`, `LDC00_03Rp`, `LDC01`, `LDC01_01Rp`, `LDC01_06Sc`, `LDC01_06Sc_p01`, `LDC01_06Sc_p02`, `SiD01`, `SiD02`, `TBhcal4d`, using custom value: `CILD_00`, `CILD_00fw`, `CLIC01_ILD`, `CLIC_ILD_CDR`, `CLIC_ILD_CDR500`, `ILD_00`, `ILD_00_EcalSc01`, `ILD_00_EcalSc02`, `ILD_00fw`, `ILD_00fwp01`, `ILD_01_dev`, `ILD_01_SciW_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, `ILD_O1_v01`, `ILD_O1_v02`, `ILD_O1_v03`, `ILD_O3_v01`, `ILD_O3_v02`, `ILD_O3_v03`, `LDC00_01Sc`, `LDC00_02Sc`, `LDC00_03Sc`, `LDC00Sc`, `LDC01_01Sc`, `LDC01_02Sc`, `LDC01_05Sc`, `LDC01Sc`, `LDC_GLD_01Sc`, `LDCPrime_01Sc`, `LDCPrime_02Sc`, `LDCPrime_02Sc_p01`, `LDCPrime_02Sc_p02`
C++ Drivers	using default value: `SHcal01`, `SHcal03`, `TBhcal4d`, using custom value: `SHcalRpc02`, `SHcalSc01`, `SHcalSc02`, `SHcalSc03`, `SHcalScV01`

Geometry Parameter “Hcal_spacer_separation”

Description	Separation between RPC spacers of the GRPC Hcal
Models	using default value: `ILD_01_SDH_pre00`, `ILD_O2_v01`, `ILD_O2_v02`, `ILD_O2_v03`, using custom value: (none)
C++ Drivers	using default value: `SHcalRpc01`, `SHcalRpc02`, using custom value: (none)

Geometry Parameter “Hcal_spacer_thickness”

Description	Thickness of RPC spacers of the GRPC Hcal
Models	using default value: `ILD_01_SDH_pre00`, `ILD_O2_v01`, `ILD_O2_v02`, `ILD_O2_v03`, using custom value: (none)
C++ Drivers	using default value: `SHcalRpc01`, `SHcalRpc02`, using custom value: (none)

Geometry Parameter “Hcal_stave_gaps”

Description	Gap thickness between the hcal staves
Models	using default value: `CILD_00`, `CILD_00fw`, `CLIC01_ILD`, `CLIC_ILD_CDR`, `CLIC_ILD_CDR500`, `ILD_00`, `ILD_00_EcalSc01`, `ILD_00_EcalSc02`, `ILD_00Dhcal`, `ILD_00fw`, `ILD_00fw_Dhcal`, `ILD_00fwp01`, `ILD_01_dev`, `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, `ILD_O1_v01`, `ILD_O1_v02`, `ILD_O1_v03`, `ILD_O2_v01`, `ILD_O2_v02`, `ILD_O2_v03`, `ILD_O3_v01`, `ILD_O3_v02`, `ILD_O3_v03`, `LDC00`, `LDC00_01Rp`, `LDC00_01Sc`, `LDC00_02Sc`, `LDC00_03Rp`, `LDC00_03Sc`, `LDC00Sc`, `LDC01`, `LDC01_01Rp`, `LDC01_01Sc`, `LDC01_02Sc`, `LDC01_05Sc`, `LDC01_06Sc`, `LDC01_06Sc_p01`, `LDC01_06Sc_p02`, `LDC01Sc`, `LDC_GLD_01Sc`, `LDCPrime_01Sc`, `LDCPrime_02Sc`, `LDCPrime_02Sc_p01`, `LDCPrime_02Sc_p02`, `SiD01`, `SiD02`, using custom value: (none)
C++ Drivers	using default value: `SHcal01`, `SHcal03`, `SHcal04`, `SHcalRpc01`, `SHcalScV01`, `SServices00`, using custom value: `SHcalRpc02`, `SHcalSc01`, `SHcalSc02`, `SHcalSc03`

Geometry Parameter “Hcal_steel_cassette_thickness”

Description	Thickness of the steel cassette inside the Hcal modules
Models	using default value: `ILD_01_dev`, `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, `ILD_O1_v01`, `ILD_O1_v02`, `ILD_O1_v03`, `ILD_O2_v01`, `ILD_O3_v01`, `ILD_O3_v02`, `ILD_O3_v03`, using custom value: (none)
C++ Drivers	using default value: `SHcalRpc02`, `SHcalSc03`, `SHcalScV01`, `SServices00`, using custom value: (none)

Geometry Parameter “Hcal_time_cut”

Description	Time cut for HCAL hits
Models	using default value: `TBCern07`, `TBCern0707`, `TBCern0707_01`, `TBCern0707_dchxy_01`, `TBCern0707_p0709`, `TBCern07_01`, `TBCern07_dchxy_01`, `TBCern07_p0709`, `TBCern0806_p0709`, `TBCern0807`, `TBCern0807_01`, `TBCern0807_dchxy_01`, `TBCern0807_p0709`, `TBCern1006_p0709`, `TBCern2010`, `TBFnal0508`, `TBFnal0508_p0709`, `TBFnal0508_p1211`, `TBhcal4d`, using custom value: (none)
C++ Drivers	using default value: `TBhcal4d`, using custom value: `TBhcal06`, `TBhcal07`, `TBhcal08`

Geometry Parameter “HcalRotationAngle”

Description	TB Hcal Rotation angle
Models	using default value: `TBCern07`, `TBCern0707`, `TBCern0707_01`, `TBCern0707_dchxy_01`, `TBCern0707_p0709`, `TBCern07_01`, `TBCern07_dchxy_01`, `TBCern07_p0709`, `TBCern0806_01`, `TBCern0806_01_dchxy_new`, `TBCern0806_p0709`, `TBCern0807`, `TBCern0807_01`, `TBCern0807_dchxy_01`, `TBCern0807_p0709`, `TBCern1006_01`, `TBCern1006_01_dchxy_new`, `TBCern1006_p0709`, `TBCern2010`, `TBFnal0508`, `TBFnal0508_p0709`, `TBFnal0508_p1211`, `TBhcal4d`, using custom value: (none)
C++ Drivers	using default value: `TBhcal05_01`, `TBhcal06`, `TBhcal07`, `TBhcal08`, `TBhcal4d`, using custom value: (none)

Geometry Parameter “HcalServices_outer_Cu_thickness”

Description	Thickness of Cu layer of the Hcal electronics interface
Models	using default value: `ILD_01_dev`, `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, `ILD_O1_v01`, `ILD_O1_v02`, `ILD_O1_v03`, `ILD_O2_v01`, `ILD_O3_v01`, `ILD_O3_v02`, `ILD_O3_v03`, using custom value: (none)
C++ Drivers	using default value: `SHcalSc03`, `SHcalScV01`, `SServices00`, using custom value: (none)

Geometry Parameter “HcalServices_outer_FR4_thickness”

Description	Thickness of FR4 layer of the Hcal electronics interface
Models	using default value: `ILD_01_dev`, `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, `ILD_O1_v01`, `ILD_O1_v02`, `ILD_O1_v03`, `ILD_O2_v01`, `ILD_O3_v01`, `ILD_O3_v02`, `ILD_O3_v03`, using custom value: (none)
C++ Drivers	using default value: `SHcalSc03`, `SHcalScV01`, `SServices00`, using custom value: (none)

Geometry Parameter “HcalServicesModule_InnerServicesWidth”

Description	Width of services coming from Ecal and TPC and that are included in the Hcal services module
Models	using default value: `ILD_01_dev`, `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, `ILD_O1_v01`, `ILD_O1_v02`, `ILD_O1_v03`, `ILD_O2_v01`, `ILD_O3_v01`, `ILD_O3_v02`, `ILD_O3_v03`, using custom value: (none)
C++ Drivers	using default value: `SServices00`, using custom value: (none)

Geometry Parameter “HcalServicesModule_ZMinus_Cu_Thickness”

Description	Thickness of Cu layer of services coming from Ecal and TPC and that are included in the Hcal services module at -Z
Models	using default value: `ILD_01_dev`, `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, `ILD_O1_v01`, `ILD_O1_v02`, `ILD_O1_v03`, `ILD_O2_v01`, `ILD_O3_v01`, `ILD_O3_v02`, `ILD_O3_v03`, using custom value: (none)
C++ Drivers	using default value: `SServices00`, using custom value: (none)

Geometry Parameter “HcalServicesModule_ZMinus_PE_Thickness”

Description	Thickness of polyethylene layer of services coming from Ecal and TPC and that are included in the Hcal services module at -Z
Models	using default value: `ILD_01_dev`, `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, `ILD_O1_v01`, `ILD_O1_v02`, `ILD_O1_v03`, `ILD_O2_v01`, `ILD_O3_v01`, `ILD_O3_v02`, `ILD_O3_v03`, using custom value: (none)
C++ Drivers	using default value: `SServices00`, using custom value: (none)

Geometry Parameter “HcalServicesModule_ZMinus_StainlessSteel_Thickness”

Description	Thickness of StainlessSteel layer of services coming from Ecal and TPC and that are included in the Hcal services module at -Z
Models	using default value: `ILD_01_dev`, `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, `ILD_O1_v01`, `ILD_O1_v02`, `ILD_O1_v03`, `ILD_O2_v01`, `ILD_O3_v01`, `ILD_O3_v02`, `ILD_O3_v03`, using custom value: (none)
C++ Drivers	using default value: `SServices00`, using custom value: (none)

Geometry Parameter “HcalServicesModule_ZPlus_Cu_Thickness”

Description	Thickness of Cu layer of services coming from Ecal and TPC and that are included in the Hcal services module at +Z
Models	using default value: `ILD_01_dev`, `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, `ILD_O1_v01`, `ILD_O1_v02`, `ILD_O1_v03`, `ILD_O2_v01`, `ILD_O3_v01`, `ILD_O3_v02`, `ILD_O3_v03`, using custom value: (none)
C++ Drivers	using default value: `SServices00`, using custom value: (none)

Geometry Parameter “HcalServicesModule_ZPlus_PE_Thickness”

Description	Thickness of polyethylene layer of services coming from Ecal and TPC and that are included in the Hcal services module at +Z
Models	using default value: `ILD_01_dev`, `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, `ILD_O1_v01`, `ILD_O1_v02`, `ILD_O1_v03`, `ILD_O2_v01`, `ILD_O3_v01`, `ILD_O3_v02`, `ILD_O3_v03`, using custom value: (none)
C++ Drivers	using default value: `SServices00`, using custom value: (none)

Geometry Parameter “HcalServicesModule_ZPlus_StainlessSteel_Thickness”

Description	Thickness of StainlessSteel layer of services coming from Ecal and TPC and that are included in the Hcal services module at +Z
Models	using default value: `ILD_01_dev`, `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, `ILD_O1_v01`, `ILD_O1_v02`, `ILD_O1_v03`, `ILD_O2_v01`, `ILD_O3_v01`, `ILD_O3_v02`, `ILD_O3_v03`, using custom value: (none)
C++ Drivers	using default value: `SServices00`, using custom value: (none)

Geometry Parameter “HcalTranslateX”

Description	TB Hcal X Translation
Models	using default value: `TBCern07`, `TBCern0707`, `TBCern0707_01`, `TBCern0707_dchxy_01`, `TBCern0707_p0709`, `TBCern07_01`, `TBCern07_dchxy_01`, `TBCern07_p0709`, `TBCern0806_01`, `TBCern0806_01_dchxy_new`, `TBCern0806_p0709`, `TBCern0807`, `TBCern0807_01`, `TBCern0807_dchxy_01`, `TBCern0807_p0709`, `TBCern1006_01`, `TBCern1006_01_dchxy_new`, `TBCern1006_p0709`, `TBCern2010`, `TBFnal0508`, `TBFnal0508_p0709`, `TBFnal0508_p1211`, `TBhcal4d`, using custom value: (none)
C++ Drivers	using default value: `TBhcal05_01`, `TBhcal06`, `TBhcal07`, `TBhcal08`, `TBhcal4d`, using custom value: (none)

Geometry Parameter “HcalTranslateY”

Description	TB Hcal Y Translation
Models	using default value: `TBCern07`, `TBCern0707`, `TBCern0707_01`, `TBCern0707_dchxy_01`, `TBCern0707_p0709`, `TBCern07_01`, `TBCern07_dchxy_01`, `TBCern07_p0709`, `TBCern0806_01`, `TBCern0806_01_dchxy_new`, `TBCern0806_p0709`, `TBCern0807`, `TBCern0807_01`, `TBCern0807_dchxy_01`, `TBCern0807_p0709`, `TBCern1006_01`, `TBCern1006_01_dchxy_new`, `TBCern1006_p0709`, `TBCern2010`, `TBFnal0508`, `TBFnal0508_p0709`, `TBFnal0508_p1211`, `TBhcal4d`, using custom value: (none)
C++ Drivers	using default value: `TBhcal05_01`, `TBhcal06`, `TBhcal07`, `TBhcal08`, `TBhcal4d`, using custom value: (none)

Geometry Parameter “ILC_Main_Crossing_Angle”

Description	Crossing angle between the incoming and outgoing main beams, in mrad
Models	using default value: (none), using custom value: `CILD_00`, `CILD_00fw`, `CLIC01_ILD`, `CLIC_ILD_CDR`, `CLIC_ILD_CDR500`, `ILD_00`, `ILD_00_EcalSc01`, `ILD_00_EcalSc02`, `ILD_00Dhcal`, `ILD_00fw`, `ILD_00fw_Dhcal`, `ILD_00fwp01`, `ILD_01_dev`, `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, `ILD_O1_v01`, `ILD_O1_v02`, `ILD_O1_v03`, `ILD_O2_v01`, `ILD_O2_v02`, `ILD_O2_v03`, `ILD_O3_v01`, `ILD_O3_v02`, `ILD_O3_v03`, `LDC01_05Sc`, `LDC01_06Sc`, `LDC01_06Sc_p01`, `LDC01_06Sc_p02`, `LDC_GLD_01Sc`, `LDCPrime_01Sc`, `LDCPrime_02Sc`, `LDCPrime_02Sc_p01`, `LDCPrime_02Sc_p02`
C++ Drivers	using default value: `BeamCal00`, `BeamCal01`, `FieldMap4TNoQuad`, `fieldX01`, `fieldX02`, `fieldX03`, `maskX01`, `SBcal01`, `SLcal02`, `SLcal03`, `tubeX01`, using custom value: (none)

Geometry Parameter “jacker”

Description	needed by the scintillator ecal from Katsu
Models	using default value: (none), using custom value: (none)
C++ Drivers	using default value: `tbscecal01`, using custom value: (none)

Geometry Parameter “Lcal_beam_pipe_clearance”

Description	LCAL to inner beam pipe distance
Models	using default value: `CILD_00`, `CILD_00fw`, `CLIC01_ILD`, `CLIC_ILD_CDR`, `CLIC_ILD_CDR500`, `ILD_00`, `ILD_00_EcalSc01`, `ILD_00_EcalSc02`, `ILD_00Dhcal`, `ILD_00fw`, `ILD_00fw_Dhcal`, `ILD_00fwp01`, `ILD_01_dev`, `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, `ILD_O1_v01`, `ILD_O1_v02`, `ILD_O1_v03`, `ILD_O2_v01`, `ILD_O2_v02`, `ILD_O2_v03`, `ILD_O3_v01`, `ILD_O3_v02`, `ILD_O3_v03`, `LDC01_05Sc`, `LDC01_06Sc`, `LDC01_06Sc_p01`, `LDC01_06Sc_p02`, `LDC_GLD_01Sc`, `LDCPrime_01Sc`, `LDCPrime_02Sc`, `LDCPrime_02Sc_p01`, `LDCPrime_02Sc_p02`, using custom value: (none)
C++ Drivers	using default value: `SLcal02`, `SLcal03`, `tubeX01`, using custom value: (none)

Geometry Parameter “Lcal_extra_size”

Description	Space for support and FE electronics
Models	using default value: `ILD_01_dev`, `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, `ILD_O1_v01`, `ILD_O1_v02`, `ILD_O1_v03`, `ILD_O2_v01`, `ILD_O2_v02`, `ILD_O2_v03`, `ILD_O3_v01`, `ILD_O3_v02`, `ILD_O3_v03`, using custom value: (none)
C++ Drivers	using default value: `SLcal03`, using custom value: (none)

Geometry Parameter “Lcal_inner_radius”

Description	LumiCal calorimeter inner radius
Models	using default value: `D14`, `D14_CMOSVTX`, `LDC00_02Sc`, `LDC00_03Rp`, `LDC00_03Sc`, `LDC01_02Sc`, using custom value: `CILD_00`, `CILD_00fw`, `CLIC01_ILD`, `CLIC_ILD_CDR`, `CLIC_ILD_CDR500`, `ILD_00`, `ILD_00_EcalSc01`, `ILD_00_EcalSc02`, `ILD_00Dhcal`, `ILD_00fw`, `ILD_00fw_Dhcal`, `ILD_00fwp01`, `ILD_01_dev`, `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, `ILD_O1_v01`, `ILD_O1_v02`, `ILD_O1_v03`, `ILD_O2_v01`, `ILD_O2_v02`, `ILD_O2_v03`, `ILD_O3_v01`, `ILD_O3_v02`, `ILD_O3_v03`, `LDC01_05Sc`, `LDC01_06Sc`, `LDC01_06Sc_p01`, `LDC01_06Sc_p02`, `LDC_GLD_01Sc`, `LDCPrime_01Sc`, `LDCPrime_02Sc`, `LDCPrime_02Sc_p01`, `LDCPrime_02Sc_p02`
C++ Drivers	using default value: `SLcal01`, `SLcal02`, `SLcal03`, `STube01`, `STubeX00`, `tubeX01`, using custom value: (none)

Geometry Parameter “Lcal_layer_gap”

Description	LumiCal layer gap
Models	using default value: `CILD_00`, `CILD_00fw`, `CLIC01_ILD`, `CLIC_ILD_CDR`, `CLIC_ILD_CDR500`, `ILD_00`, `ILD_00_EcalSc01`, `ILD_00_EcalSc02`, `ILD_00Dhcal`, `ILD_00fw`, `ILD_00fw_Dhcal`, `ILD_00fwp01`, `ILD_01_dev`, `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, `ILD_O1_v01`, `ILD_O1_v02`, `ILD_O1_v03`, `ILD_O2_v01`, `ILD_O2_v02`, `ILD_O2_v03`, `ILD_O3_v01`, `ILD_O3_v02`, `ILD_O3_v03`, `LDC00_03Rp`, `LDC00_03Sc`, using custom value: `LDC01_05Sc`, `LDC01_06Sc`, `LDC01_06Sc_p01`, `LDC01_06Sc_p02`, `LDC_GLD_01Sc`, `LDCPrime_01Sc`, `LDCPrime_02Sc`, `LDCPrime_02Sc_p01`, `LDCPrime_02Sc_p02`
C++ Drivers	using default value: `SLcal01`, `SLcal02`, `SLcal03`, `SMaskX00`, `STubeX00`, using custom value: (none)

Geometry Parameter “Lcal_n_layers”

Description	LumiCal number of layers
Models	using default value: `CILD_00`, `CILD_00fw`, `CLIC01_ILD`, `D14`, `D14_CMOSVTX`, `ILD_00`, `ILD_00_EcalSc01`, `ILD_00_EcalSc02`, `ILD_00Dhcal`, `ILD_00fw`, `ILD_00fw_Dhcal`, `ILD_00fwp01`, `ILD_01_dev`, `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, `ILD_O1_v01`, `ILD_O1_v02`, `ILD_O1_v03`, `ILD_O2_v01`, `ILD_O2_v02`, `ILD_O2_v03`, `ILD_O3_v01`, `ILD_O3_v02`, `ILD_O3_v03`, `LDC00_02Sc`, `LDC00_03Rp`, `LDC00_03Sc`, `LDC01_02Sc`, `LDC01_05Sc`, `LDC01_06Sc`, `LDC01_06Sc_p01`, `LDC01_06Sc_p02`, `LDC_GLD_01Sc`, `LDCPrime_01Sc`, `LDCPrime_02Sc`, `LDCPrime_02Sc_p01`, `LDCPrime_02Sc_p02`, using custom value: `CLIC_ILD_CDR`, `CLIC_ILD_CDR500`
C++ Drivers	using default value: `SLcal01`, `SLcal02`, `SLcal03`, `SMaskX00`, `STube01`, `STubeX00`, using custom value: (none)

Geometry Parameter “Lcal_n_tiles”

Description	Number of tiles in sensor
Models	using default value: `ILD_01_dev`, `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, `ILD_O1_v01`, `ILD_O1_v02`, `ILD_O1_v03`, `ILD_O2_v01`, `ILD_O2_v02`, `ILD_O2_v03`, `ILD_O3_v01`, `ILD_O3_v02`, `ILD_O3_v03`, using custom value: (none)
C++ Drivers	using default value: `SLcal03`, using custom value: (none)

Geometry Parameter “Lcal_nstrips_phi”

Description	LumiCal nstrips phi
Models	using default value: `CILD_00`, `CILD_00fw`, `CLIC01_ILD`, `CLIC_ILD_CDR`, `CLIC_ILD_CDR500`, `D14`, `D14_CMOSVTX`, `ILD_00`, `ILD_00_EcalSc01`, `ILD_00_EcalSc02`, `ILD_00Dhcal`, `ILD_00fw`, `ILD_00fw_Dhcal`, `ILD_00fwp01`, `ILD_01_dev`, `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, `ILD_O1_v01`, `ILD_O1_v02`, `ILD_O1_v03`, `ILD_O2_v01`, `ILD_O2_v02`, `ILD_O2_v03`, `ILD_O3_v01`, `ILD_O3_v02`, `ILD_O3_v03`, `LDC00_02Sc`, `LDC00_03Rp`, `LDC00_03Sc`, `LDC01_02Sc`, using custom value: `LDC01_05Sc`, `LDC01_06Sc`, `LDC01_06Sc_p01`, `LDC01_06Sc_p02`, `LDC_GLD_01Sc`, `LDCPrime_01Sc`, `LDCPrime_02Sc`, `LDCPrime_02Sc_p01`, `LDCPrime_02Sc_p02`
C++ Drivers	using default value: `SLcal01`, `SLcal02`, `SLcal03`, `STube01`, `STubeX00`, using custom value: (none)

Geometry Parameter “Lcal_nstrips_theta”

Description	LumiCal nstrips theta
Models	using default value: `CILD_00`, `CILD_00fw`, `CLIC01_ILD`, `CLIC_ILD_CDR`, `CLIC_ILD_CDR500`, `D14`, `D14_CMOSVTX`, `ILD_00`, `ILD_00_EcalSc01`, `ILD_00_EcalSc02`, `ILD_00Dhcal`, `ILD_00fw`, `ILD_00fw_Dhcal`, `ILD_00fwp01`, `ILD_01_dev`, `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, `ILD_O1_v01`, `ILD_O1_v02`, `ILD_O1_v03`, `ILD_O2_v01`, `ILD_O2_v02`, `ILD_O2_v03`, `ILD_O3_v01`, `ILD_O3_v02`, `ILD_O3_v03`, `LDC00_02Sc`, `LDC00_03Rp`, `LDC00_03Sc`, `LDC01_02Sc`, using custom value: `LDC01_05Sc`, `LDC01_06Sc`, `LDC01_06Sc_p01`, `LDC01_06Sc_p02`, `LDC_GLD_01Sc`, `LDCPrime_01Sc`, `LDCPrime_02Sc`, `LDCPrime_02Sc_p01`, `LDCPrime_02Sc_p02`
C++ Drivers	using default value: `SLcal01`, `SLcal02`, `SLcal03`, `STube01`, `STubeX00`, using custom value: (none)

Geometry Parameter “Lcal_outer_radius”

Description	LumiCal calorimeter outer radius
Models	using default value: `D14`, `D14_CMOSVTX`, `LDC00_02Sc`, `LDC00_03Rp`, `LDC00_03Sc`, `LDC01_02Sc`, using custom value: `CILD_00`, `CILD_00fw`, `CLIC01_ILD`, `CLIC_ILD_CDR`, `CLIC_ILD_CDR500`, `ILD_00`, `ILD_00_EcalSc01`, `ILD_00_EcalSc02`, `ILD_00Dhcal`, `ILD_00fw`, `ILD_00fw_Dhcal`, `ILD_00fwp01`, `ILD_01_dev`, `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, `ILD_O1_v01`, `ILD_O1_v02`, `ILD_O1_v03`, `ILD_O2_v01`, `ILD_O2_v02`, `ILD_O2_v03`, `ILD_O3_v01`, `ILD_O3_v02`, `ILD_O3_v03`, `LDC01_05Sc`, `LDC01_06Sc`, `LDC01_06Sc_p01`, `LDC01_06Sc_p02`, `LDC_GLD_01Sc`, `LDCPrime_01Sc`, `LDCPrime_02Sc`, `LDCPrime_02Sc_p01`, `LDCPrime_02Sc_p02`
C++ Drivers	using default value: `SEcal02`, `SEcal03`, `SEcal04`, `SEcal04Gas`, `SLcal01`, `SLcal02`, `SLcal03`, `STube01`, `STubeX00`, `tubeX01`, using custom value: (none)

Geometry Parameter “Lcal_phi_offset”

Description	LumiCal phi offset
Models	using default value: `CILD_00`, `CILD_00fw`, `CLIC01_ILD`, `CLIC_ILD_CDR`, `CLIC_ILD_CDR500`, `D14`, `D14_CMOSVTX`, `ILD_00`, `ILD_00_EcalSc01`, `ILD_00_EcalSc02`, `ILD_00Dhcal`, `ILD_00fw`, `ILD_00fw_Dhcal`, `ILD_00fwp01`, `ILD_01_dev`, `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, `ILD_O1_v01`, `ILD_O1_v02`, `ILD_O1_v03`, `ILD_O2_v01`, `ILD_O2_v02`, `ILD_O2_v03`, `ILD_O3_v01`, `ILD_O3_v02`, `ILD_O3_v03`, `LDC00_02Sc`, `LDC00_03Rp`, `LDC00_03Sc`, `LDC01_02Sc`, `LDC01_05Sc`, `LDC01_06Sc`, `LDC01_06Sc_p01`, `LDC01_06Sc_p02`, `LDC_GLD_01Sc`, `LDCPrime_01Sc`, `LDCPrime_02Sc`, `LDCPrime_02Sc_p01`, `LDCPrime_02Sc_p02`, using custom value: (none)
C++ Drivers	using default value: `SLcal01`, `SLcal02`, `SLcal03`, `STube01`, `STubeX00`, using custom value: (none)

Geometry Parameter “Lcal_sensor_phi_offset”

Description	Azimuthal angle offset between two consecutive LumiCal planes
Models	using default value: `ILD_01_dev`, `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, `ILD_O1_v01`, `ILD_O1_v02`, `ILD_O1_v03`, `ILD_O2_v01`, `ILD_O2_v02`, `ILD_O2_v03`, `ILD_O3_v01`, `ILD_O3_v02`, `ILD_O3_v03`, using custom value: (none)
C++ Drivers	using default value: `SLcal03`, using custom value: (none)

Geometry Parameter “Lcal_silicon_thickness”

Description	LumiCal silicon thickness
Models	using default value: `CILD_00`, `CILD_00fw`, `CLIC01_ILD`, `CLIC_ILD_CDR`, `CLIC_ILD_CDR500`, `D14`, `D14_CMOSVTX`, `ILD_00`, `ILD_00_EcalSc01`, `ILD_00_EcalSc02`, `ILD_00Dhcal`, `ILD_00fw`, `ILD_00fw_Dhcal`, `ILD_00fwp01`, `ILD_01_dev`, `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, `ILD_O1_v01`, `ILD_O1_v02`, `ILD_O1_v03`, `ILD_O2_v01`, `ILD_O2_v02`, `ILD_O2_v03`, `ILD_O3_v01`, `ILD_O3_v02`, `ILD_O3_v03`, `LDC00_02Sc`, `LDC00_03Rp`, `LDC00_03Sc`, `LDC01_02Sc`, using custom value: `LDC01_05Sc`, `LDC01_06Sc`, `LDC01_06Sc_p01`, `LDC01_06Sc_p02`, `LDC_GLD_01Sc`, `LDCPrime_01Sc`, `LDCPrime_02Sc`, `LDCPrime_02Sc_p01`, `LDCPrime_02Sc_p02`
C++ Drivers	using default value: `SLcal01`, `SLcal02`, `SLcal03`, `SMaskX00`, `STube01`, `STubeX00`, using custom value: (none)

Geometry Parameter “Lcal_support_thickness”

Description	LumiCal support thickness
Models	using default value: `CILD_00`, `CILD_00fw`, `CLIC01_ILD`, `CLIC_ILD_CDR`, `CLIC_ILD_CDR500`, `ILD_00`, `ILD_00_EcalSc01`, `ILD_00_EcalSc02`, `ILD_00Dhcal`, `ILD_00fw`, `ILD_00fw_Dhcal`, `ILD_00fwp01`, `ILD_01_dev`, `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, `ILD_O1_v01`, `ILD_O1_v02`, `ILD_O1_v03`, `ILD_O2_v01`, `ILD_O2_v02`, `ILD_O2_v03`, `ILD_O3_v01`, `ILD_O3_v02`, `ILD_O3_v03`, `LDC00_03Rp`, `LDC00_03Sc`, using custom value: `LDC01_05Sc`, `LDC01_06Sc`, `LDC01_06Sc_p01`, `LDC01_06Sc_p02`, `LDC_GLD_01Sc`, `LDCPrime_01Sc`, `LDCPrime_02Sc`, `LDCPrime_02Sc_p01`, `LDCPrime_02Sc_p02`
C++ Drivers	using default value: `SLcal01`, `SLcal02`, `SLcal03`, `SMaskX00`, `STubeX00`, using custom value: (none)

Geometry Parameter “Lcal_tile_gap”

Description	Dead space between sensor tiles
Models	using default value: `ILD_01_dev`, `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, `ILD_O1_v01`, `ILD_O1_v02`, `ILD_O1_v03`, `ILD_O2_v01`, `ILD_O2_v02`, `ILD_O2_v03`, `ILD_O3_v01`, `ILD_O3_v02`, `ILD_O3_v03`, using custom value: (none)
C++ Drivers	using default value: `SLcal03`, using custom value: (none)

Geometry Parameter “Lcal_tungsten_thickness”

Description	LumiCal tungsten thickness
Models	using default value: `CILD_00`, `CILD_00fw`, `CLIC01_ILD`, `CLIC_ILD_CDR`, `CLIC_ILD_CDR500`, `D14`, `D14_CMOSVTX`, `ILD_00`, `ILD_00_EcalSc01`, `ILD_00_EcalSc02`, `ILD_00Dhcal`, `ILD_00fw`, `ILD_00fw_Dhcal`, `ILD_00fwp01`, `ILD_01_dev`, `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, `ILD_O1_v01`, `ILD_O1_v02`, `ILD_O1_v03`, `ILD_O2_v01`, `ILD_O2_v02`, `ILD_O2_v03`, `ILD_O3_v01`, `ILD_O3_v02`, `ILD_O3_v03`, `LDC00_02Sc`, `LDC00_03Rp`, `LDC00_03Sc`, `LDC01_02Sc`, using custom value: `LDC01_05Sc`, `LDC01_06Sc`, `LDC01_06Sc_p01`, `LDC01_06Sc_p02`, `LDC_GLD_01Sc`, `LDCPrime_01Sc`, `LDCPrime_02Sc`, `LDCPrime_02Sc_p01`, `LDCPrime_02Sc_p02`
C++ Drivers	using default value: `SLcal01`, `SLcal02`, `SLcal03`, `SMaskX00`, `STube01`, `STubeX00`, using custom value: (none)

Geometry Parameter “Lcal_type”

Description	LumiCal type
Models	using default value: `CILD_00`, `CILD_00fw`, `CLIC01_ILD`, `CLIC_ILD_CDR`, `CLIC_ILD_CDR500`, `D14`, `D14_CMOSVTX`, `ILD_00`, `ILD_00_EcalSc01`, `ILD_00_EcalSc02`, `ILD_00Dhcal`, `ILD_00fw`, `ILD_00fw_Dhcal`, `ILD_00fwp01`, `ILD_01_dev`, `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, `ILD_O1_v01`, `ILD_O1_v02`, `ILD_O1_v03`, `ILD_O2_v01`, `ILD_O2_v02`, `ILD_O2_v03`, `ILD_O3_v01`, `ILD_O3_v02`, `ILD_O3_v03`, `LDC00_02Sc`, `LDC00_03Rp`, `LDC00_03Sc`, `LDC01_02Sc`, `LDC01_05Sc`, `LDC01_06Sc`, `LDC01_06Sc_p01`, `LDC01_06Sc_p02`, `LDC_GLD_01Sc`, `LDCPrime_01Sc`, `LDCPrime_02Sc`, `LDCPrime_02Sc_p01`, `LDCPrime_02Sc_p02`, using custom value: (none)
C++ Drivers	using default value: `SLcal01`, `SLcal02`, `SLcal03`, `STube01`, `STubeX00`, using custom value: (none)

Geometry Parameter “Lcal_z_begin”

Description	LumiCal z begin
Models	using default value: `D14`, `D14_CMOSVTX`, `LDC00_02Sc`, `LDC00_03Rp`, `LDC00_03Sc`, `LDC01_02Sc`, using custom value: `CILD_00`, `CILD_00fw`, `CLIC01_ILD`, `CLIC_ILD_CDR`, `CLIC_ILD_CDR500`, `ILD_00`, `ILD_00_EcalSc01`, `ILD_00_EcalSc02`, `ILD_00Dhcal`, `ILD_00fw`, `ILD_00fw_Dhcal`, `ILD_00fwp01`, `ILD_01_dev`, `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, `ILD_O1_v01`, `ILD_O1_v02`, `ILD_O1_v03`, `ILD_O2_v01`, `ILD_O2_v02`, `ILD_O2_v03`, `ILD_O3_v01`, `ILD_O3_v02`, `ILD_O3_v03`, `LDC01_05Sc`, `LDC01_06Sc`, `LDC01_06Sc_p01`, `LDC01_06Sc_p02`, `LDC_GLD_01Sc`, `LDCPrime_01Sc`, `LDCPrime_02Sc`, `LDCPrime_02Sc_p01`, `LDCPrime_02Sc_p02`
C++ Drivers	using default value: `SLcal01`, `SLcal02`, `SLcal03`, `SMaskX00`, `STube01`, `STubeX00`, `tubeX01`, using custom value: (none)

Geometry Parameter “Lcal_z_thickness”

Description	LCAL default thickness
Models	using default value: (none), using custom value: `CILD_00`, `CILD_00fw`, `CLIC01_ILD`, `CLIC_ILD_CDR`, `CLIC_ILD_CDR500`, `ILD_00`, `ILD_00_EcalSc01`, `ILD_00_EcalSc02`, `ILD_00Dhcal`, `ILD_00fw`, `ILD_00fw_Dhcal`, `ILD_00fwp01`, `ILD_01_dev`, `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, `ILD_O1_v01`, `ILD_O1_v02`, `ILD_O1_v03`, `ILD_O2_v01`, `ILD_O2_v02`, `ILD_O2_v03`, `ILD_O3_v01`, `ILD_O3_v02`, `ILD_O3_v03`
C++ Drivers	using default value: `SLcal02`, `SLcal03`, using custom value: (none)

Geometry Parameter “LHcal_BCal_clearance”

Description	Distance between LHCal_zend and BeamCal start
Models	using default value: `ILD_01_dev`, `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, `ILD_O1_v01`, `ILD_O1_v02`, `ILD_O1_v03`, `ILD_O2_v01`, `ILD_O2_v02`, `ILD_O2_v03`, `ILD_O3_v01`, `ILD_O3_v02`, `ILD_O3_v03`, using custom value: `CLIC_ILD_CDR`, `CLIC_ILD_CDR500`
C++ Drivers	using default value: (none), using custom value: `BeamCal01`

Geometry Parameter “LHcal_cell_size”

Description	Si cell size for the squared pad in Si wafers.
Models	using default value: `CILD_00`, `CILD_00fw`, `CLIC01_ILD`, `ILD_00`, `ILD_00_EcalSc01`, `ILD_00_EcalSc02`, `ILD_00Dhcal`, `ILD_00fw`, `ILD_00fw_Dhcal`, `ILD_00fwp01`, `ILD_01_dev`, `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, `ILD_O1_v01`, `ILD_O1_v02`, `ILD_O1_v03`, `ILD_O2_v01`, `ILD_O2_v02`, `ILD_O2_v03`, `ILD_O3_v01`, `ILD_O3_v02`, `ILD_O3_v03`, using custom value: (none)
C++ Drivers	using default value: `SLHcal01`, using custom value: (none)

Geometry Parameter “LHcal_Electronics_space”

Description	Space between LHcal and Hcal EC to place electronics.
Models	using default value: `CILD_00`, `CILD_00fw`, `CLIC01_ILD`, `ILD_00`, `ILD_00_EcalSc01`, `ILD_00_EcalSc02`, `ILD_00Dhcal`, `ILD_00fw`, `ILD_00fw_Dhcal`, `ILD_00fwp01`, `ILD_01_dev`, `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, `ILD_O1_v01`, `ILD_O1_v02`, `ILD_O1_v03`, `ILD_O2_v01`, `ILD_O2_v02`, `ILD_O2_v03`, `ILD_O3_v01`, `ILD_O3_v02`, `ILD_O3_v03`, using custom value: (none)
C++ Drivers	using default value: `SLHcal01`, using custom value: (none)

Geometry Parameter “LHcal_inner_radius”

Description	Inner radius for the LHcal (should be connected with tube driver in the future).
Models	using default value: `CILD_00`, `CILD_00fw`, `CLIC01_ILD`, `CLIC_ILD_CDR`, `CLIC_ILD_CDR500`, `ILD_00`, `ILD_00_EcalSc01`, `ILD_00_EcalSc02`, `ILD_00Dhcal`, `ILD_00fw`, `ILD_00fw_Dhcal`, `ILD_00fwp01`, `ILD_01_dev`, `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, `ILD_O1_v01`, `ILD_O1_v02`, `ILD_O1_v03`, `ILD_O2_v01`, `ILD_O2_v02`, `ILD_O2_v03`, `ILD_O3_v01`, `ILD_O3_v02`, `ILD_O3_v03`, `LDC01_05Sc`, `LDC01_06Sc`, `LDC01_06Sc_p01`, `LDC01_06Sc_p02`, `LDC_GLD_01Sc`, `LDCPrime_01Sc`, `LDCPrime_02Sc`, `LDCPrime_02Sc_p01`, `LDCPrime_02Sc_p02`, using custom value: (none)
C++ Drivers	using default value: `maskX01`, `SLHcal01`, `tubeX01`, using custom value: (none)

Geometry Parameter “LHcal_lateral_face_thickness”

Description	The fiber thickness for the 4 lateral faces supporting the LHcal structure
Models	using default value: `CILD_00`, `CILD_00fw`, `CLIC01_ILD`, `ILD_00`, `ILD_00_EcalSc01`, `ILD_00_EcalSc02`, `ILD_00Dhcal`, `ILD_00fw`, `ILD_00fw_Dhcal`, `ILD_00fwp01`, `ILD_01_dev`, `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, `ILD_O1_v01`, `ILD_O1_v02`, `ILD_O1_v03`, `ILD_O2_v01`, `ILD_O2_v02`, `ILD_O2_v03`, `ILD_O3_v01`, `ILD_O3_v02`, `ILD_O3_v03`, using custom value: (none)
C++ Drivers	using default value: `SLHcal01`, using custom value: (none)

Geometry Parameter “LHcal_nlayers”

Description	Number of W/Si pairs in LHcal
Models	using default value: `CILD_00`, `CILD_00fw`, `CLIC01_ILD`, `ILD_00`, `ILD_00_EcalSc01`, `ILD_00_EcalSc02`, `ILD_00Dhcal`, `ILD_00fw`, `ILD_00fw_Dhcal`, `ILD_00fwp01`, `ILD_01_dev`, `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, `ILD_O1_v01`, `ILD_O1_v02`, `ILD_O1_v03`, `ILD_O2_v01`, `ILD_O2_v02`, `ILD_O2_v03`, `ILD_O3_v01`, `ILD_O3_v02`, `ILD_O3_v03`, using custom value: (none)
C++ Drivers	using default value: `SLHcal01`, using custom value: (none)

Geometry Parameter “LHcal_radiator_thickness”

Description	Radiator thickness for the LHcal plates
Models	using default value: `CILD_00`, `CILD_00fw`, `CLIC01_ILD`, `ILD_00`, `ILD_00_EcalSc01`, `ILD_00_EcalSc02`, `ILD_00Dhcal`, `ILD_00fw`, `ILD_00fw_Dhcal`, `ILD_00fwp01`, `ILD_01_dev`, `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, `ILD_O1_v01`, `ILD_O1_v02`, `ILD_O1_v03`, `ILD_O2_v01`, `ILD_O2_v02`, `ILD_O2_v03`, `ILD_O3_v01`, `ILD_O3_v02`, `ILD_O3_v03`, using custom value: (none)
C++ Drivers	using default value: `SLHcal01`, using custom value: (none)

Geometry Parameter “LHcal_zend”

Description	The Zmax for the LHcal
Models	using default value: `CILD_00`, `CILD_00fw`, `CLIC01_ILD`, `ILD_00`, `ILD_00_EcalSc01`, `ILD_00_EcalSc02`, `ILD_00Dhcal`, `ILD_00fw`, `ILD_00fw_Dhcal`, `ILD_00fwp01`, `ILD_01_dev`, `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, `ILD_O1_v01`, `ILD_O1_v02`, `ILD_O1_v03`, `ILD_O2_v01`, `ILD_O2_v02`, `ILD_O2_v03`, `ILD_O3_v01`, `ILD_O3_v02`, `ILD_O3_v03`, `LDC01_05Sc`, `LDC01_06Sc`, `LDC01_06Sc_p01`, `LDC01_06Sc_p02`, `LDC_GLD_01Sc`, `LDCPrime_01Sc`, `LDCPrime_02Sc`, `LDCPrime_02Sc_p01`, `LDCPrime_02Sc_p02`, using custom value: `CLIC_ILD_CDR`, `CLIC_ILD_CDR500`
C++ Drivers	using default value: `maskX01`, `maskX02`, `masxX01`, `SBcal01`, `tubeX01`, using custom value: `BeamCal01`

Geometry Parameter “LHcal_zmin_displacement”

Description	Z displacement for the LHcal front face from the Hcal EC one.
Models	using default value: `CILD_00`, `CILD_00fw`, `CLIC01_ILD`, `ILD_00`, `ILD_00_EcalSc01`, `ILD_00_EcalSc02`, `ILD_00Dhcal`, `ILD_00fw`, `ILD_00fw_Dhcal`, `ILD_00fwp01`, `ILD_01_dev`, `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, `ILD_O1_v01`, `ILD_O1_v02`, `ILD_O1_v03`, `ILD_O2_v01`, `ILD_O2_v02`, `ILD_O2_v03`, `ILD_O3_v01`, `ILD_O3_v02`, `ILD_O3_v03`, using custom value: (none)
C++ Drivers	using default value: `SLHcal01`, using custom value: (none)

Geometry Parameter “massFraction_C”

Description	needed by the scintillator ecal from Katsu
Models	using default value: (none), using custom value: (none)
C++ Drivers	using default value: `tbscecal01`, using custom value: (none)

Geometry Parameter “massFraction_Co”

Description	needed by the scintillator ecal from Katsu
Models	using default value: (none), using custom value: (none)
C++ Drivers	using default value: `tbscecal01`, using custom value: (none)

Geometry Parameter “massFraction_Cr”

Description	needed by the scintillator ecal from Katsu
Models	using default value: (none), using custom value: (none)
C++ Drivers	using default value: `tbscecal01`, using custom value: (none)

Geometry Parameter “massFraction_W”

Description	needed by the scintillator ecal from Katsu
Models	using default value: (none), using custom value: (none)
C++ Drivers	using default value: `tbscecal01`, using custom value: (none)

Geometry Parameter “mylar_ThicknessAnode”

Description	Thickess of mylar anode
Models	using default value: `ILD_00Dhcal`, `ILD_00fw_Dhcal`, `ILD_01_SDH_pre00`, `ILD_O2_v01`, `ILD_O2_v02`, `ILD_O2_v03`, using custom value: (none)
C++ Drivers	using default value: `SHcal04`, `SHcalRpc01`, `SHcalRpc02`, using custom value: (none)

Geometry Parameter “mylar_ThicknessCathode”

Description	Thickess of mylar cathode
Models	using default value: `ILD_00Dhcal`, `ILD_00fw_Dhcal`, `ILD_01_SDH_pre00`, `ILD_O2_v01`, `ILD_O2_v02`, `ILD_O2_v03`, using custom value: (none)
C++ Drivers	using default value: `SHcal04`, using custom value: `SHcalRpc01`, `SHcalRpc02`

Geometry Parameter “PadSeparation”

Description	Gap between pads in DHcal barrel
Models	using default value: `ILD_00Dhcal`, `ILD_00fw_Dhcal`, `ILD_01_SDH_pre00`, `ILD_O2_v01`, `ILD_O2_v02`, `ILD_O2_v03`, using custom value: (none)
C++ Drivers	using default value: (none), using custom value: `SHcal04`, `SHcalRpc01`, `SHcalRpc02`

Geometry Parameter “PCB_Thickness”

Description	Thickess of PCB
Models	using default value: `ILD_00Dhcal`, `ILD_00fw_Dhcal`, `ILD_01_SDH_pre00`, `ILD_O2_v01`, `ILD_O2_v02`, `ILD_O2_v03`, using custom value: (none)
C++ Drivers	using default value: `SHcal04`, using custom value: `SHcalRpc01`, `SHcalRpc02`

Geometry Parameter “set_barrel_lengths”

Description	The list of lengths of barrels. [mm]
Models	using default value: `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, using custom value: (none)
C++ Drivers	using default value: (none), using custom value: `set`

Geometry Parameter “set_barrel_longitudinal_adjustments”

Description	The list of preferences for parameters adjustment for barrels in longitudinal direction. Supported values: expand, shrink.
Models	using default value: `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, using custom value: (none)
C++ Drivers	using default value: (none), using custom value: `set`

Geometry Parameter “set_barrel_radial_adjustments”

Description	The list of preferences for parameters adjustments for barrels in radial direction. Supported values: expand, shrink.
Models	using default value: `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, using custom value: (none)
C++ Drivers	using default value: (none), using custom value: `set`

Geometry Parameter “set_barrel_radiuses”

Description	The list of inner radiuses of barrels. [mm]
Models	using default value: `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, using custom value: (none)
C++ Drivers	using default value: (none), using custom value: `set`

Geometry Parameter “set_barrel_support_materials”

Description	The list of names of materials used in support structures of the barrels. Supported values: any GEANT4-compatible material name.
Models	using default value: `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, using custom value: (none)
C++ Drivers	using default value: (none), using custom value: `set`

Geometry Parameter “set_barrel_support_states”

Description	The list of states of support structures of the barrels. Supported values: enabled, disabled.
Models	using default value: `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, using custom value: (none)
C++ Drivers	using default value: (none), using custom value: `set`

Geometry Parameter “set_barrel_support_thicknesses”

Description	The list of thickness values of support structures of the barrels. [mm]
Models	using default value: `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, using custom value: (none)
C++ Drivers	using default value: (none), using custom value: `set`

Geometry Parameter “set_barrel_types”

Description	The list of types of barrels. Supported values: SingleLayer, DoubleLayer.
Models	using default value: `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, using custom value: (none)
C++ Drivers	using default value: (none), using custom value: `set`

Geometry Parameter “set_chip_dim_x”

Description	The dimensions of chips in X direction for each layer. [mm]
Models	using default value: `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, using custom value: (none)
C++ Drivers	using default value: (none), using custom value: `set`

Geometry Parameter “set_chip_dim_y”

Description	The dimensions of chips in Y direction for each layer. [mm]
Models	using default value: `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, using custom value: (none)
C++ Drivers	using default value: (none), using custom value: `set`

Geometry Parameter “set_chip_dim_z”

Description	The dimensions of chips in Z direction for each layer. [mm]
Models	using default value: `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, using custom value: (none)
C++ Drivers	using default value: (none), using custom value: `set`

Geometry Parameter “set_chip_nb_channels”

Description	The number of channel per chip for each layer.
Models	using default value: `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, using custom value: (none)
C++ Drivers	using default value: (none), using custom value: `set`

Geometry Parameter “set_module_direction_angles”

Description	The list of flat rotation angles of the module. [degrees]
Models	using default value: `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, using custom value: (none)
C++ Drivers	using default value: (none), using custom value: `set`

Geometry Parameter “set_module_face_rotation_angles”

Description	The list of face rotation angles of the modules. [degrees]
Models	using default value: `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, using custom value: (none)
C++ Drivers	using default value: (none), using custom value: `set`

Geometry Parameter “set_module_gaps_x”

Description	The list of gaps between modules in X direction for each layer. [mm]
Models	using default value: `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, using custom value: (none)
C++ Drivers	using default value: (none), using custom value: `set`

Geometry Parameter “set_module_gaps_y”

Description	The list of gaps between modules in Y direction for each layer. [mm]
Models	using default value: `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, using custom value: (none)
C++ Drivers	using default value: (none), using custom value: `set`

Geometry Parameter “set_module_nb_chips”

Description	The number of chips per module for each layer.
Models	using default value: `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, using custom value: (none)
C++ Drivers	using default value: (none), using custom value: `set`

Geometry Parameter “set_module_nb_chips_per_row”

Description	The number of chips in one row in the module for each layer.
Models	using default value: `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, using custom value: (none)
C++ Drivers	using default value: (none), using custom value: `set`

Geometry Parameter “set_module_nb_sensors_x”

Description	The number of sensors per module in X direction for each layer.
Models	using default value: `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, using custom value: (none)
C++ Drivers	using default value: (none), using custom value: `set`

Geometry Parameter “set_module_nb_sensors_y”

Description	The number of sensors per module in Y direction for each layer.
Models	using default value: `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, using custom value: (none)
C++ Drivers	using default value: (none), using custom value: `set`

Geometry Parameter “set_module_support_edges”

Description	The list of edge width values of support structures of the modules. [mm]
Models	using default value: `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, using custom value: (none)
C++ Drivers	using default value: (none), using custom value: `set`

Geometry Parameter “set_module_support_materials”

Description	The list of names of materials used in support structures of the modules. Supported values: any GEANT4-compatible material name.
Models	using default value: `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, using custom value: (none)
C++ Drivers	using default value: (none), using custom value: `set`

Geometry Parameter “set_module_support_states”

Description	The list of states of support structures of the modules. Supported values: enabled, disabled.
Models	using default value: `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, using custom value: (none)
C++ Drivers	using default value: (none), using custom value: `set`

Geometry Parameter “set_module_support_thicknesses”

Description	The list of thickness values of support structures of the modules. [mm]
Models	using default value: `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, using custom value: (none)
C++ Drivers	using default value: (none), using custom value: `set`

Geometry Parameter “set_module_support_widths”

Description	The list of width values of support structures of the modules. [mm]
Models	using default value: `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, using custom value: (none)
C++ Drivers	using default value: (none), using custom value: `set`

Geometry Parameter “set_sensor_dim_x”

Description	The dimensions of sensors in X direction for each layer. [mm]
Models	using default value: `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, using custom value: (none)
C++ Drivers	using default value: (none), using custom value: `set`

Geometry Parameter “set_sensor_dim_y”

Description	The dimensions of sensors in Y direction for each layer. [mm]
Models	using default value: `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, using custom value: (none)
C++ Drivers	using default value: (none), using custom value: `set`

Geometry Parameter “set_sensor_dim_z”

Description	The dimensions of sensors in Z direction for each layer. [mm]
Models	using default value: `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, using custom value: (none)
C++ Drivers	using default value: (none), using custom value: `set`

Geometry Parameter “set_sensor_materials”

Description	The list of names of materials used to build the sensors. Supported values: any GEANT4-compatible material name.
Models	using default value: `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, using custom value: (none)
C++ Drivers	using default value: (none), using custom value: `set`

Geometry Parameter “set_sensor_nb_nodes_x”

Description	The number of sensitive nodes per sensor in X direction for each layer.
Models	using default value: `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, using custom value: (none)
C++ Drivers	using default value: (none), using custom value: `set`

Geometry Parameter “set_sensor_nb_nodes_y”

Description	The number of sensitive nodes per sensor in Y direction for each layer.
Models	using default value: `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, using custom value: (none)
C++ Drivers	using default value: (none), using custom value: `set`

Geometry Parameter “set_sensor_node_sizes_x”

Description	The dimensions of sensitive nodes on sensor in X direction for each layer. [mm]
Models	using default value: `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, using custom value: (none)
C++ Drivers	using default value: (none), using custom value: `set`

Geometry Parameter “set_sensor_node_sizes_y”

Description	The dimensions of sensitive nodes on sensor in Y direction for each layer. [mm]
Models	using default value: `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, using custom value: (none)
C++ Drivers	using default value: (none), using custom value: `set`

Geometry Parameter “set_sensor_pitches_x”

Description	The width of pitches on sensor in X direction for each layer. [mm]
Models	using default value: `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, using custom value: (none)
C++ Drivers	using default value: (none), using custom value: `set`

Geometry Parameter “set_sensor_pitches_y”

Description	The width of pitches on sensor in Y direction for each layer. [mm]
Models	using default value: `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, using custom value: (none)
C++ Drivers	using default value: (none), using custom value: `set`

Geometry Parameter “shift_module1”

Description	X shift of module 1 of the Ecal prototype built by driver proto04
Models	using default value: `ProtoDesy0506`, `ProtoDesy0506_01`, `TBCern07`, `TBCern0707`, `TBCern0707_01`, `TBCern0707_dchxy_01`, `TBCern0707_p0709`, `TBCern07_01`, `TBCern07_dchxy_01`, `TBCern07_p0709`, `TBCern0806`, `TBCern0806_01`, `TBCern0806_01_dchxy_new`, `TBCern0806_dchxy_new`, `TBCern0806_p0709`, `TBCern0807`, `TBCern0807_01`, `TBCern0807_dchxy_01`, `TBCern0807_p0709`, `TBCern1006`, `TBCern1006_01`, `TBCern1006_01_dchxy_new`, `TBCern1006_dchxy_new`, `TBCern1006_p0709`, `TBDesy0506`, `TBDesy0506_01`, `TBDesy0506_01_dchxy`, `TBDesy0506_01_dchxy_new`, `TBDesy0506_dchxy`, `TBDesy0506_dchxy_new`, `TBFnal0508`, `TBFnal0508_p0709`, `TBFnal0508_p1211`, using custom value: (none)
C++ Drivers	using default value: `proto04`, `proto04_01`, `proto04_02`, `proto05`, using custom value: (none)

Geometry Parameter “shift_module3”

Description	X shift of module 3 of the Ecal prototype built by driver proto04
Models	using default value: `ProtoDesy0506`, `ProtoDesy0506_01`, `TBCern07`, `TBCern0707`, `TBCern0707_01`, `TBCern0707_dchxy_01`, `TBCern0707_p0709`, `TBCern07_01`, `TBCern07_dchxy_01`, `TBCern07_p0709`, `TBCern0806`, `TBCern0806_01`, `TBCern0806_01_dchxy_new`, `TBCern0806_dchxy_new`, `TBCern0806_p0709`, `TBCern0807`, `TBCern0807_01`, `TBCern0807_dchxy_01`, `TBCern0807_p0709`, `TBCern1006`, `TBCern1006_01`, `TBCern1006_01_dchxy_new`, `TBCern1006_dchxy_new`, `TBCern1006_p0709`, `TBDesy0506`, `TBDesy0506_01`, `TBDesy0506_01_dchxy`, `TBDesy0506_01_dchxy_new`, `TBDesy0506_dchxy`, `TBDesy0506_dchxy_new`, `TBFnal0508`, `TBFnal0508_p0709`, `TBFnal0508_p1211`, using custom value: (none)
C++ Drivers	using default value: `proto04`, `proto04_01`, `proto04_02`, `proto05`, using custom value: (none)

Geometry Parameter “SIT1_Half_Length_Z”

Description	Half length of inner SIT Layer set at runtime
Models	using default value: `CILD_00`, `CILD_00fw`, `CLIC01_ILD`, `CLIC_ILD_CDR`, `CLIC_ILD_CDR500`, `ILD_00`, `ILD_00_EcalSc01`, `ILD_00_EcalSc02`, `ILD_00Dhcal`, `ILD_00fw`, `ILD_00fw_Dhcal`, `ILD_00fwp01`, `ILD_01_dev`, `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, `ILD_O1_v01`, `ILD_O1_v02`, `ILD_O1_v03`, `ILD_O2_v01`, `ILD_O2_v02`, `ILD_O2_v03`, `ILD_O3_v01`, `ILD_O3_v02`, `ILD_O3_v03`, using custom value: (none)
C++ Drivers	using default value: `SFtd04`, `SFtd05`, `SFtd06`, `SSit03`, using custom value: `FTD_Simple_Staggered`

Geometry Parameter “SIT1_Radius”

Description	Radius of inner SIT Layer set at runtime
Models	using default value: `CILD_00`, `CILD_00fw`, `CLIC01_ILD`, `ILD_00`, `ILD_00_EcalSc01`, `ILD_00_EcalSc02`, `ILD_00Dhcal`, `ILD_00fw`, `ILD_00fw_Dhcal`, `ILD_00fwp01`, `ILD_01_dev`, `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, `ILD_O1_v01`, `ILD_O1_v02`, `ILD_O1_v03`, `ILD_O2_v01`, `ILD_O2_v02`, `ILD_O2_v03`, `ILD_O3_v01`, `ILD_O3_v02`, `ILD_O3_v03`, using custom value: `CLIC_ILD_CDR`, `CLIC_ILD_CDR500`
C++ Drivers	using default value: `SFtd04`, `SFtd05`, `SFtd06`, `SSit03`, using custom value: `FTD_Simple_Staggered`

Geometry Parameter “SIT2_Half_Length_Z”

Description	Half length of outer SIT Layer set at runtime
Models	using default value: `CILD_00`, `CILD_00fw`, `CLIC01_ILD`, `CLIC_ILD_CDR`, `CLIC_ILD_CDR500`, `ILD_00`, `ILD_00_EcalSc01`, `ILD_00_EcalSc02`, `ILD_00Dhcal`, `ILD_00fw`, `ILD_00fw_Dhcal`, `ILD_00fwp01`, `ILD_01_dev`, `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, `ILD_O1_v01`, `ILD_O1_v02`, `ILD_O1_v03`, `ILD_O2_v01`, `ILD_O2_v02`, `ILD_O2_v03`, `ILD_O3_v01`, `ILD_O3_v02`, `ILD_O3_v03`, using custom value: (none)
C++ Drivers	using default value: `SFtd04`, `SFtd05`, `SFtd06`, `SSit03`, using custom value: `FTD_Simple_Staggered`

Geometry Parameter “SIT2_Radius”

Description	Radius of outer SIT Layer set at runtime
Models	using default value: `CILD_00`, `CILD_00fw`, `CLIC01_ILD`, `ILD_00`, `ILD_00_EcalSc01`, `ILD_00_EcalSc02`, `ILD_00Dhcal`, `ILD_00fw`, `ILD_00fw_Dhcal`, `ILD_00fwp01`, `ILD_01_dev`, `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, `ILD_O1_v01`, `ILD_O1_v02`, `ILD_O1_v03`, `ILD_O2_v01`, `ILD_O2_v02`, `ILD_O2_v03`, `ILD_O3_v01`, `ILD_O3_v02`, `ILD_O3_v03`, using custom value: `CLIC_ILD_CDR`, `CLIC_ILD_CDR500`
C++ Drivers	using default value: `SFtd04`, `SFtd05`, `SFtd06`, `SSit03`, using custom value: `FTD_Simple_Staggered`

Geometry Parameter “sit_barrel_lengths”

Description	The list of lengths of barrels. [mm]
Models	using default value: `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, using custom value: (none)
C++ Drivers	using default value: (none), using custom value: `sit`

Geometry Parameter “sit_barrel_longitudinal_adjustments”

Description	The list of preferences for parameters adjustment for barrels in longitudinal direction. Supported values: expand, shrink.
Models	using default value: `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, using custom value: (none)
C++ Drivers	using default value: (none), using custom value: `sit`

Geometry Parameter “sit_barrel_radial_adjustments”

Description	The list of preferences for parameters adjustments for barrels in radial direction. Supported values: expand, shrink.
Models	using default value: `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, using custom value: (none)
C++ Drivers	using default value: (none), using custom value: `sit`

Geometry Parameter “sit_barrel_radiuses”

Description	The list of inner radiuses of barrels. [mm]
Models	using default value: `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, using custom value: (none)
C++ Drivers	using default value: (none), using custom value: `sit`

Geometry Parameter “sit_barrel_support_materials”

Description	The list of names of materials used in support structures of the barrels. Supported values: any GEANT4-compatible material name.
Models	using default value: `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, using custom value: (none)
C++ Drivers	using default value: (none), using custom value: `sit`

Geometry Parameter “sit_barrel_support_states”

Description	The list of states of support structures of the barrels. Supported values: enabled, disabled.
Models	using default value: `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, using custom value: (none)
C++ Drivers	using default value: (none), using custom value: `sit`

Geometry Parameter “sit_barrel_support_thicknesses”

Description	The list of thickness values of support structures of the barrels. [mm]
Models	using default value: `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, using custom value: (none)
C++ Drivers	using default value: (none), using custom value: `sit`

Geometry Parameter “sit_barrel_types”

Description	The list of types of barrels. Supported values: SingleLayer, DoubleLayer.
Models	using default value: `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, using custom value: (none)
C++ Drivers	using default value: (none), using custom value: `sit`

Geometry Parameter “sit_chip_dim_x”

Description	The dimensions of chips in X direction for each layer. [mm]
Models	using default value: `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, using custom value: (none)
C++ Drivers	using default value: (none), using custom value: `sit`

Geometry Parameter “sit_chip_dim_y”

Description	The dimensions of chips in Y direction for each layer. [mm]
Models	using default value: `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, using custom value: (none)
C++ Drivers	using default value: (none), using custom value: `sit`

Geometry Parameter “sit_chip_dim_z”

Description	The dimensions of chips in Z direction for each layer. [mm]
Models	using default value: `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, using custom value: (none)
C++ Drivers	using default value: (none), using custom value: `sit`

Geometry Parameter “sit_chip_nb_channels”

Description	The number of channel per chip for each layer.
Models	using default value: `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, using custom value: (none)
C++ Drivers	using default value: (none), using custom value: `sit`

Geometry Parameter “sit_module_direction_angles”

Description	The list of flat rotation angles of the module. [degrees]
Models	using default value: `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, using custom value: (none)
C++ Drivers	using default value: (none), using custom value: `sit`

Geometry Parameter “sit_module_face_rotation_angles”

Description	The list of face rotation angles of the modules. [degrees]
Models	using default value: `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, using custom value: (none)
C++ Drivers	using default value: (none), using custom value: `sit`

Geometry Parameter “sit_module_gaps_x”

Description	The list of gaps between modules in X direction for each layer. [mm]
Models	using default value: `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, using custom value: (none)
C++ Drivers	using default value: (none), using custom value: `sit`

Geometry Parameter “sit_module_gaps_y”

Description	The list of gaps between modules in Y direction for each layer. [mm]
Models	using default value: `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, using custom value: (none)
C++ Drivers	using default value: (none), using custom value: `sit`

Geometry Parameter “sit_module_nb_chips”

Description	The number of chips per module for each layer.
Models	using default value: `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, using custom value: (none)
C++ Drivers	using default value: (none), using custom value: `sit`

Geometry Parameter “sit_module_nb_chips_per_row”

Description	The number of chips in one row in the module for each layer.
Models	using default value: `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, using custom value: (none)
C++ Drivers	using default value: (none), using custom value: `sit`

Geometry Parameter “sit_module_nb_sensors_x”

Description	The number of sensors per module in X direction for each layer.
Models	using default value: `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, using custom value: (none)
C++ Drivers	using default value: (none), using custom value: `sit`

Geometry Parameter “sit_module_nb_sensors_y”

Description	The number of sensors per module in Y direction for each layer.
Models	using default value: `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, using custom value: (none)
C++ Drivers	using default value: (none), using custom value: `sit`

Geometry Parameter “sit_module_support_edges”

Description	The list of edge width values of support structures of the modules. [mm]
Models	using default value: `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, using custom value: (none)
C++ Drivers	using default value: (none), using custom value: `sit`

Geometry Parameter “sit_module_support_materials”

Description	The list of names of materials used in support structures of the modules. Supported values: any GEANT4-compatible material name.
Models	using default value: `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, using custom value: (none)
C++ Drivers	using default value: (none), using custom value: `sit`

Geometry Parameter “sit_module_support_states”

Description	The list of states of support structures of the modules. Supported values: enabled, disabled.
Models	using default value: `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, using custom value: (none)
C++ Drivers	using default value: (none), using custom value: `sit`

Geometry Parameter “sit_module_support_thicknesses”

Description	The list of thickness values of support structures of the modules. [mm]
Models	using default value: `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, using custom value: (none)
C++ Drivers	using default value: (none), using custom value: `sit`

Geometry Parameter “sit_module_support_widths”

Description	The list of width values of support structures of the modules. [mm]
Models	using default value: `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, using custom value: (none)
C++ Drivers	using default value: (none), using custom value: `sit`

Geometry Parameter “sit_sensor_dim_x”

Description	The dimensions of sensors in X direction for each layer. [mm]
Models	using default value: `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, using custom value: (none)
C++ Drivers	using default value: (none), using custom value: `sit`

Geometry Parameter “sit_sensor_dim_y”

Description	The dimensions of sensors in Y direction for each layer. [mm]
Models	using default value: `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, using custom value: (none)
C++ Drivers	using default value: (none), using custom value: `sit`

Geometry Parameter “sit_sensor_dim_z”

Description	The dimensions of sensors in Z direction for each layer. [mm]
Models	using default value: `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, using custom value: (none)
C++ Drivers	using default value: (none), using custom value: `sit`

Geometry Parameter “sit_sensor_materials”

Description	The list of names of materials used to build the sensors. Supported values: any GEANT4-compatible material name.
Models	using default value: `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, using custom value: (none)
C++ Drivers	using default value: (none), using custom value: `sit`

Geometry Parameter “sit_sensor_nb_nodes_x”

Description	The number of sensitive nodes per sensor in X direction for each layer.
Models	using default value: `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, using custom value: (none)
C++ Drivers	using default value: (none), using custom value: `sit`

Geometry Parameter “sit_sensor_nb_nodes_y”

Description	The number of sensitive nodes per sensor in Y direction for each layer.
Models	using default value: `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, using custom value: (none)
C++ Drivers	using default value: (none), using custom value: `sit`

Geometry Parameter “sit_sensor_node_sizes_x”

Description	The dimensions of sensitive nodes on sensor in X direction for each layer. [mm]
Models	using default value: `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, using custom value: (none)
C++ Drivers	using default value: (none), using custom value: `sit`

Geometry Parameter “sit_sensor_node_sizes_y”

Description	The dimensions of sensitive nodes on sensor in Y direction for each layer. [mm]
Models	using default value: `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, using custom value: (none)
C++ Drivers	using default value: (none), using custom value: `sit`

Geometry Parameter “sit_sensor_pitches_x”

Description	The width of pitches on sensor in X direction for each layer. [mm]
Models	using default value: `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, using custom value: (none)
C++ Drivers	using default value: (none), using custom value: `sit`

Geometry Parameter “sit_sensor_pitches_y”

Description	The width of pitches on sensor in Y direction for each layer. [mm]
Models	using default value: `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, using custom value: (none)
C++ Drivers	using default value: (none), using custom value: `sit`

Geometry Parameter “Tcmt_layer_pattern”

Description	pattern reflecting the sensitive layers in TCMT, like 111...11 for a fully equipped TCMT, or 1010...10 for an alternating setup
Models	using default value: `TBCern07`, `TBCern0707`, `TBCern0707_01`, `TBCern0707_dchxy_01`, `TBCern0707_p0709`, `TBCern07_01`, `TBCern07_dchxy_01`, `TBCern07_p0709`, `TBCern0807`, `TBCern0807_01`, `TBCern0807_dchxy_01`, `TBCern0807_p0709`, `TBFnal0508`, `TBFnal0508_p0709`, `TBFnal0508_p1211`, using custom value: `TBCern0806`, `TBCern0806_01`, `TBCern0806_01_dchxy_new`, `TBCern0806_dchxy_new`, `TBCern0806_p0709`, `TBCern1006`, `TBCern1006_01`, `TBCern1006_01_dchxy_new`, `TBCern1006_dchxy_new`, `TBCern1006_p0709`
C++ Drivers	using default value: `TBcatcher05`, `TBcatcher05_01`, `TBcatcher06`, `TBcatcher07`, using custom value: (none)

Geometry Parameter “TCMTRotationAngle”

Description	TB TCMT Rotation angle
Models	using default value: `TBCern07`, `TBCern0707`, `TBCern0707_01`, `TBCern0707_dchxy_01`, `TBCern0707_p0709`, `TBCern07_01`, `TBCern07_dchxy_01`, `TBCern07_p0709`, `TBCern0806_01`, `TBCern0806_01_dchxy_new`, `TBCern0806_p0709`, `TBCern0807`, `TBCern0807_01`, `TBCern0807_dchxy_01`, `TBCern0807_p0709`, `TBCern1006_01`, `TBCern1006_01_dchxy_new`, `TBCern1006_p0709`, `TBFnal0508`, `TBFnal0508_p0709`, `TBFnal0508_p1211`, using custom value: (none)
C++ Drivers	using default value: `TBcatcher05_01`, `TBcatcher06`, `TBcatcher07`, using custom value: (none)

Geometry Parameter “TCMTTranslateX”

Description	TB TCMT X Translation
Models	using default value: `TBCern07`, `TBCern0707`, `TBCern0707_01`, `TBCern0707_dchxy_01`, `TBCern0707_p0709`, `TBCern07_01`, `TBCern07_dchxy_01`, `TBCern07_p0709`, `TBCern0806_01`, `TBCern0806_01_dchxy_new`, `TBCern0806_p0709`, `TBCern0807`, `TBCern0807_01`, `TBCern0807_dchxy_01`, `TBCern0807_p0709`, `TBCern1006_01`, `TBCern1006_01_dchxy_new`, `TBCern1006_p0709`, `TBFnal0508`, `TBFnal0508_p0709`, `TBFnal0508_p1211`, using custom value: (none)
C++ Drivers	using default value: `TBcatcher05_01`, `TBcatcher06`, `TBcatcher07`, using custom value: (none)

Geometry Parameter “TCMTTranslateY”

Description	TB TCMT Y Translation
Models	using default value: `TBCern07`, `TBCern0707`, `TBCern0707_01`, `TBCern0707_dchxy_01`, `TBCern0707_p0709`, `TBCern07_01`, `TBCern07_dchxy_01`, `TBCern07_p0709`, `TBCern0806_01`, `TBCern0806_01_dchxy_new`, `TBCern0806_p0709`, `TBCern0807`, `TBCern0807_01`, `TBCern0807_dchxy_01`, `TBCern0807_p0709`, `TBCern1006_01`, `TBCern1006_01_dchxy_new`, `TBCern1006_p0709`, `TBFnal0508`, `TBFnal0508_p0709`, `TBFnal0508_p1211`, using custom value: (none)
C++ Drivers	using default value: `TBcatcher05_01`, `TBcatcher06`, `TBcatcher07`, using custom value: (none)

Geometry Parameter “ThickGlass”

Description	Thickess of glass on the cathode side
Models	using default value: `ILD_00Dhcal`, `ILD_00fw_Dhcal`, `ILD_01_SDH_pre00`, `ILD_O2_v01`, `ILD_O2_v02`, `ILD_O2_v03`, using custom value: (none)
C++ Drivers	using default value: `SHcal04`, `SHcalRpc01`, `SHcalRpc02`, using custom value: (none)

Geometry Parameter “ThinGlass”

Description	Thickess of glass on the anode side
Models	using default value: `ILD_00Dhcal`, `ILD_00fw_Dhcal`, `ILD_01_SDH_pre00`, `ILD_O2_v01`, `ILD_O2_v02`, `ILD_O2_v03`, using custom value: (none)
C++ Drivers	using default value: `SHcal04`, `SHcalRpc01`, `SHcalRpc02`, using custom value: (none)

Geometry Parameter “TPC_ECal_gap”

Description	The minimum distance between the outer radius of the TPC central chamber and the inner face of the ECAL.
Models	using default value: `LDC01_06Sc`, `LDC01_06Sc_p01`, `LDC01_06Sc_p02`, `LDC_GLD_01Sc`, `LDCPrime_02Sc`, `LDCPrime_02Sc_p01`, `LDCPrime_02Sc_p02`, using custom value: (none)
C++ Drivers	using default value: `SSet01`, using custom value: (none)

Geometry Parameter “TPC_Ecal_Hcal_barrel_halfZ”

Description	The Z half length of the TPC central chamber plus the electronics at the botton. It's also the Ecal barrel size.
Models	using default value: `CILD_00`, `CILD_00fw`, `CLIC01_ILD`, `ILD_00`, `ILD_00_EcalSc01`, `ILD_00_EcalSc02`, `ILD_00Dhcal`, `ILD_00fw`, `ILD_00fw_Dhcal`, `ILD_00fwp01`, `ILD_01_dev`, `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, `ILD_O1_v01`, `ILD_O1_v02`, `ILD_O1_v03`, `ILD_O2_v01`, `ILD_O2_v02`, `ILD_O2_v03`, `ILD_O3_v01`, `ILD_O3_v02`, `ILD_O3_v03`, `LDC01`, `LDC01_01Rp`, `LDC01_01Sc`, `LDC01_02Sc`, `LDC01_05Sc`, `LDC01_06Sc`, `LDC01_06Sc_p01`, `LDC01_06Sc_p02`, `LDC01Sc`, `LDC_GLD_01Sc`, `LDCPrime_01Sc`, `LDCPrime_02Sc`, `LDCPrime_02Sc_p01`, `LDCPrime_02Sc_p02`, using custom value: `CLIC_ILD_CDR`, `CLIC_ILD_CDR500`, `LDC00`, `LDC00_01Rp`, `LDC00_01Sc`, `LDC00_02Sc`, `LDC00_03Rp`, `LDC00_03Sc`, `LDC00Sc`, `SiD01`, `SiD02`
C++ Drivers	using default value: `etd00`, `SCoil01`, `SCoil02`, `SEcal01`, `set`, `SET_Simple_Planar`, `SField01`, `SFtd02`, `SFtd03`, `SFtd04`, `SFtd05`, `SFtd06`, `SHcal01`, `SHcal03`, `SHcal04`, `SHcalRpc01`, `SHcalRpc02`, `SHcalSc01`, `SHcalSc02`, `SHcalSc03`, `SHcalScV01`, `SServices00`, `SServices_02_v00`, `SSet01`, `SSet02`, `SSit03`, `STpc01`, `tpc04`, `tpc05`, `tpc06`, `tpc07`, `tpc09`, `tpc10`, using custom value: `FTD_Simple_Staggered`

Geometry Parameter “TPC_electronics_air_percent”

Description	How many Air in the TPC electronics (percent).
Models	using default value: `LDC00`, `LDC00_01Rp`, `LDC00_01Sc`, `LDC00Sc`, `LDC01`, `LDC01_01Rp`, `LDC01_01Sc`, `LDC01Sc`, using custom value: (none)
C++ Drivers	using default value: `STpc01`, using custom value: (none)

Geometry Parameter “TPC_electronics_backend_thickness”

Description	The size in Z of the electronics at the end of the TPC chamber.
Models	using default value: `CILD_00`, `CILD_00fw`, `CLIC01_ILD`, `CLIC_ILD_CDR`, `CLIC_ILD_CDR500`, `ILD_00`, `ILD_00_EcalSc01`, `ILD_00_EcalSc02`, `ILD_00Dhcal`, `ILD_00fw`, `ILD_00fw_Dhcal`, `ILD_00fwp01`, `LDC00`, `LDC00_01Rp`, `LDC00_01Sc`, `LDC00_03Rp`, `LDC00_03Sc`, `LDC00Sc`, `LDC01`, `LDC01_01Rp`, `LDC01_01Sc`, `LDC01_05Sc`, `LDC01_06Sc`, `LDC01_06Sc_p01`, `LDC01_06Sc_p02`, `LDC01Sc`, `LDC_GLD_01Sc`, `LDCPrime_01Sc`, `LDCPrime_02Sc`, `LDCPrime_02Sc_p01`, `LDCPrime_02Sc_p02`, using custom value: `LDC00_02Sc`, `LDC01_02Sc`
C++ Drivers	using default value: `STpc01`, `tpc04`, `tpc05`, `tpc07`, `tpc09`, using custom value: `tpc06`

Geometry Parameter “TPC_electronics_cu_percent”

Description	How many Cu in the TPC electronics (percent).
Models	using default value: `LDC00`, `LDC00_01Rp`, `LDC00_01Sc`, `LDC00Sc`, `LDC01`, `LDC01_01Rp`, `LDC01_01Sc`, `LDC01Sc`, using custom value: (none)
C++ Drivers	using default value: `STpc01`, using custom value: (none)

Geometry Parameter “TPC_electronics_kapton_percent”

Description	How many kapton in the TPC electronics (percent).
Models	using default value: `LDC00`, `LDC00_01Rp`, `LDC00_01Sc`, `LDC00Sc`, `LDC01`, `LDC01_01Rp`, `LDC01_01Sc`, `LDC01Sc`, using custom value: (none)
C++ Drivers	using default value: `STpc01`, using custom value: (none)

Geometry Parameter “TPC_inner_radius”

Description	The TPC inner radius
Models	using default value: `LDC01`, `LDC01_01Rp`, `LDC01_01Sc`, `LDC01_02Sc`, `LDC01_05Sc`, `LDC01_06Sc`, `LDC01_06Sc_p01`, `LDC01_06Sc_p02`, `LDC01Sc`, `LDC_GLD_01Sc`, `LDCPrime_01Sc`, `LDCPrime_02Sc`, `LDCPrime_02Sc_p01`, `LDCPrime_02Sc_p02`, using custom value: `CILD_00`, `CILD_00fw`, `CLIC01_ILD`, `CLIC_ILD_CDR`, `CLIC_ILD_CDR500`, `ILD_00`, `ILD_00_EcalSc01`, `ILD_00_EcalSc02`, `ILD_00Dhcal`, `ILD_00fw`, `ILD_00fw_Dhcal`, `ILD_00fwp01`, `ILD_01_dev`, `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, `ILD_O1_v01`, `ILD_O1_v02`, `ILD_O1_v03`, `ILD_O2_v01`, `ILD_O2_v02`, `ILD_O2_v03`, `ILD_O3_v01`, `ILD_O3_v02`, `ILD_O3_v03`, `LDC00`, `LDC00_01Rp`, `LDC00_01Sc`, `LDC00_02Sc`, `LDC00_03Rp`, `LDC00_03Sc`, `LDC00Sc`
C++ Drivers	using default value: `etd00`, `SEtd01`, `SFtd04`, `SFtd05`, `SFtd06`, `SSet01`, `SSit03`, `STpc01`, `tpc04`, `tpc05`, `tpc06`, `tpc07`, `tpc09`, `tpc10`, using custom value: `FTD_Simple_Staggered`

Geometry Parameter “TPC_inner_wall_thickness”

Description	TPC inner wall thickness (starting from inner radius).
Models	using default value: `CILD_00`, `CILD_00fw`, `CLIC01_ILD`, `CLIC_ILD_CDR`, `CLIC_ILD_CDR500`, `ILD_00`, `ILD_00_EcalSc01`, `ILD_00_EcalSc02`, `ILD_00Dhcal`, `ILD_00fw`, `ILD_00fw_Dhcal`, `ILD_00fwp01`, `LDC00`, `LDC00_01Rp`, `LDC00_01Sc`, `LDC00_02Sc`, `LDC00_03Rp`, `LDC00_03Sc`, `LDC00Sc`, `LDC01`, `LDC01_01Rp`, `LDC01_01Sc`, `LDC01_02Sc`, `LDC01_05Sc`, `LDC01_06Sc`, `LDC01_06Sc_p01`, `LDC01_06Sc_p02`, `LDC01Sc`, `LDC_GLD_01Sc`, `LDCPrime_01Sc`, `LDCPrime_02Sc`, `LDCPrime_02Sc_p01`, `LDCPrime_02Sc_p02`, using custom value: (none)
C++ Drivers	using default value: `STpc01`, `tpc04`, `tpc05`, `tpc06`, `tpc07`, `tpc09`, using custom value: (none)

Geometry Parameter “TPC_max_step_length”

Description	Maximum Geant4 step length in the TPC sensitive volume, in mm
Models	using default value: `CILD_00`, `CILD_00fw`, `CLIC01_ILD`, `CLIC_ILD_CDR`, `CLIC_ILD_CDR500`, `ILD_00`, `ILD_00_EcalSc01`, `ILD_00_EcalSc02`, `ILD_00Dhcal`, `ILD_00fw`, `ILD_00fw_Dhcal`, `ILD_00fwp01`, `ILD_01_dev`, `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, `ILD_O1_v01`, `ILD_O1_v02`, `ILD_O1_v03`, `ILD_O2_v01`, `ILD_O2_v02`, `ILD_O2_v03`, `ILD_O3_v01`, `ILD_O3_v02`, `ILD_O3_v03`, `LDC01_05Sc`, `LDCPrime_01Sc`, using custom value: `LDC01_06Sc`, `LDC01_06Sc_p01`, `LDC01_06Sc_p02`, `LDC_GLD_01Sc`, `LDCPrime_02Sc`, `LDCPrime_02Sc_p01`, `LDCPrime_02Sc_p02`
C++ Drivers	using default value: `tpc06`, `tpc07`, `tpc09`, `tpc10`, using custom value: (none)

Geometry Parameter “TPC_outer_radius”

Description	The TPC outer radius, used also by the Ecal as inner radius.
Models	using default value: `LDC01`, `LDC01_01Rp`, `LDC01_01Sc`, `LDC01_02Sc`, `LDC01_05Sc`, `LDC01_06Sc`, `LDC01_06Sc_p01`, `LDC01_06Sc_p02`, `LDC01Sc`, using custom value: `CILD_00`, `CILD_00fw`, `CLIC01_ILD`, `CLIC_ILD_CDR`, `CLIC_ILD_CDR500`, `ILD_00`, `ILD_00_EcalSc01`, `ILD_00_EcalSc02`, `ILD_00Dhcal`, `ILD_00fw`, `ILD_00fw_Dhcal`, `ILD_00fwp01`, `ILD_01_dev`, `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, `ILD_O1_v01`, `ILD_O1_v02`, `ILD_O1_v03`, `ILD_O2_v01`, `ILD_O2_v02`, `ILD_O2_v03`, `ILD_O3_v01`, `ILD_O3_v02`, `ILD_O3_v03`, `LDC00`, `LDC00_01Rp`, `LDC00_01Sc`, `LDC00_02Sc`, `LDC00_03Rp`, `LDC00_03Sc`, `LDC00Sc`, `LDC_GLD_01Sc`, `LDCPrime_01Sc`, `LDCPrime_02Sc`, `LDCPrime_02Sc_p01`, `LDCPrime_02Sc_p02`, `SiD01`, `SiD02`
C++ Drivers	using default value: `etd`, `etd00`, `SEcal01`, `SEcal02`, `SEcal03`, `SEcal04`, `SEcal04Gas`, `set`, `SET_Simple_Planar`, `SEtd01`, `SEtd02`, `SServices00`, `SServices_02_v00`, `SSet01`, `SSet02`, `STpc01`, `tpc04`, `tpc05`, `tpc06`, `tpc07`, `tpc09`, `tpc10`, using custom value: (none)

Geometry Parameter “TPC_outer_wall_thickness”

Description	The TPC outer wall thickness (inside the tpc outer radius)
Models	using default value: `CILD_00`, `CILD_00fw`, `CLIC01_ILD`, `CLIC_ILD_CDR`, `CLIC_ILD_CDR500`, `ILD_00`, `ILD_00_EcalSc01`, `ILD_00_EcalSc02`, `ILD_00Dhcal`, `ILD_00fw`, `ILD_00fw_Dhcal`, `ILD_00fwp01`, `LDC00`, `LDC00_01Rp`, `LDC00_01Sc`, `LDC00_02Sc`, `LDC00_03Rp`, `LDC00_03Sc`, `LDC00Sc`, `LDC01`, `LDC01_01Rp`, `LDC01_01Sc`, `LDC01_02Sc`, `LDC01_05Sc`, `LDC01_06Sc`, `LDC01_06Sc_p01`, `LDC01_06Sc_p02`, `LDC01Sc`, `LDC_GLD_01Sc`, `LDCPrime_01Sc`, `LDCPrime_02Sc`, `LDCPrime_02Sc_p01`, `LDCPrime_02Sc_p02`, using custom value: (none)
C++ Drivers	using default value: `STpc01`, `tpc04`, `tpc05`, `tpc07`, `tpc09`, using custom value: `tpc06`

Geometry Parameter “TPC_pad_height”

Description	Pad height in the TPC, in mm
Models	using default value: `CILD_00`, `CILD_00fw`, `CLIC01_ILD`, `CLIC_ILD_CDR`, `CLIC_ILD_CDR500`, `ILD_00`, `ILD_00_EcalSc01`, `ILD_00_EcalSc02`, `ILD_00Dhcal`, `ILD_00fw`, `ILD_00fw_Dhcal`, `ILD_00fwp01`, `ILD_01_dev`, `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, `ILD_O1_v01`, `ILD_O1_v02`, `ILD_O1_v03`, `ILD_O2_v01`, `ILD_O2_v02`, `ILD_O2_v03`, `ILD_O3_v01`, `ILD_O3_v02`, `ILD_O3_v03`, `LDC01_05Sc`, `LDC01_06Sc`, `LDC01_06Sc_p01`, `LDC01_06Sc_p02`, `LDC_GLD_01Sc`, `LDCPrime_01Sc`, `LDCPrime_02Sc`, `LDCPrime_02Sc_p01`, `LDCPrime_02Sc_p02`, using custom value: (none)
C++ Drivers	using default value: `tpc06`, `tpc07`, `tpc09`, `tpc10`, using custom value: (none)

Geometry Parameter “TPC_pad_width”

Description	Pad width in the TPC, in mm
Models	using default value: `CILD_00`, `CILD_00fw`, `CLIC01_ILD`, `CLIC_ILD_CDR`, `CLIC_ILD_CDR500`, `ILD_00`, `ILD_00_EcalSc01`, `ILD_00_EcalSc02`, `ILD_00Dhcal`, `ILD_00fw`, `ILD_00fw_Dhcal`, `ILD_00fwp01`, `ILD_01_dev`, `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, `ILD_O1_v01`, `ILD_O1_v02`, `ILD_O1_v03`, `ILD_O2_v01`, `ILD_O2_v02`, `ILD_O2_v03`, `ILD_O3_v01`, `ILD_O3_v02`, `ILD_O3_v03`, `LDC01_05Sc`, `LDC01_06Sc`, `LDC01_06Sc_p01`, `LDC01_06Sc_p02`, `LDC_GLD_01Sc`, `LDCPrime_01Sc`, `LDCPrime_02Sc`, `LDCPrime_02Sc_p01`, `LDCPrime_02Sc_p02`, using custom value: (none)
C++ Drivers	using default value: `tpc06`, `tpc07`, `tpc09`, `tpc10`, using custom value: (none)

Geometry Parameter “tpcEndplateServicesRing1_R”

Description	Swept radius (in mm) of torus modelling ring 1
Models	using default value: `ILD_01_dev`, `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, `ILD_O1_v01`, `ILD_O1_v02`, `ILD_O1_v03`, `ILD_O2_v01`, `ILD_O3_v01`, `ILD_O3_v02`, `ILD_O3_v03`, using custom value: (none)
C++ Drivers	using default value: `SServices00`, using custom value: (none)

Geometry Parameter “tpcEndplateServicesRing1_ro”

Description	Outside radius (in mm) of torus modelling ring 1
Models	using default value: `ILD_01_dev`, `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, `ILD_O1_v01`, `ILD_O1_v02`, `ILD_O1_v03`, `ILD_O2_v01`, `ILD_O3_v01`, `ILD_O3_v02`, `ILD_O3_v03`, using custom value: (none)
C++ Drivers	using default value: `SServices00`, using custom value: (none)

Geometry Parameter “tpcEndplateServicesRing2_R”

Description	Swept radius (in mm) of torus modelling ring 2
Models	using default value: `ILD_01_dev`, `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, `ILD_O1_v01`, `ILD_O1_v02`, `ILD_O1_v03`, `ILD_O2_v01`, `ILD_O3_v01`, `ILD_O3_v02`, `ILD_O3_v03`, using custom value: (none)
C++ Drivers	using default value: `SServices00`, using custom value: (none)

Geometry Parameter “tpcEndplateServicesRing2_ro”

Description	Outside radius (in mm) of torus modelling ring 2
Models	using default value: `ILD_01_dev`, `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, `ILD_O1_v01`, `ILD_O1_v02`, `ILD_O1_v03`, `ILD_O2_v01`, `ILD_O3_v01`, `ILD_O3_v02`, `ILD_O3_v03`, using custom value: (none)
C++ Drivers	using default value: `SServices00`, using custom value: (none)

Geometry Parameter “tpcEndplateServicesRing3_R”

Description	Swept radius (in mm) of torus modelling ring 3
Models	using default value: `ILD_01_dev`, `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, `ILD_O1_v01`, `ILD_O1_v02`, `ILD_O1_v03`, `ILD_O2_v01`, `ILD_O3_v01`, `ILD_O3_v02`, `ILD_O3_v03`, using custom value: (none)
C++ Drivers	using default value: `SServices00`, using custom value: (none)

Geometry Parameter “tpcEndplateServicesRing3_ro”

Description	Outside radius (in mm) of torus modelling ring 3
Models	using default value: `ILD_01_dev`, `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, `ILD_O1_v01`, `ILD_O1_v02`, `ILD_O1_v03`, `ILD_O2_v01`, `ILD_O3_v01`, `ILD_O3_v02`, `ILD_O3_v03`, using custom value: (none)
C++ Drivers	using default value: `SServices00`, using custom value: (none)

Geometry Parameter “tpcEndplateServicesRing4_R”

Description	Swept radius (in mm) of torus modelling ring 4
Models	using default value: `ILD_01_dev`, `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, `ILD_O1_v01`, `ILD_O1_v02`, `ILD_O1_v03`, `ILD_O2_v01`, `ILD_O3_v01`, `ILD_O3_v02`, `ILD_O3_v03`, using custom value: (none)
C++ Drivers	using default value: `SServices00`, using custom value: (none)

Geometry Parameter “tpcEndplateServicesRing4_ro”

Description	Outside radius (in mm) of torus modelling ring 4
Models	using default value: `ILD_01_dev`, `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, `ILD_O1_v01`, `ILD_O1_v02`, `ILD_O1_v03`, `ILD_O2_v01`, `ILD_O3_v01`, `ILD_O3_v02`, `ILD_O3_v03`, using custom value: (none)
C++ Drivers	using default value: `SServices00`, using custom value: (none)

Geometry Parameter “tpcEndplateServicesRing5_R”

Description	Swept radius (in mm) of torus modelling ring 5
Models	using default value: `ILD_01_dev`, `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, `ILD_O1_v01`, `ILD_O1_v02`, `ILD_O1_v03`, `ILD_O2_v01`, `ILD_O3_v01`, `ILD_O3_v02`, `ILD_O3_v03`, using custom value: (none)
C++ Drivers	using default value: `SServices00`, using custom value: (none)

Geometry Parameter “tpcEndplateServicesRing5_ro”

Description	Outside radius (in mm) of torus modelling ring 5
Models	using default value: `ILD_01_dev`, `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, `ILD_O1_v01`, `ILD_O1_v02`, `ILD_O1_v03`, `ILD_O2_v01`, `ILD_O3_v01`, `ILD_O3_v02`, `ILD_O3_v03`, using custom value: (none)
C++ Drivers	using default value: `SServices00`, using custom value: (none)

Geometry Parameter “tpcEndplateServicesRing6_R”

Description	Swept radius (in mm) of torus modelling ring 6
Models	using default value: `ILD_01_dev`, `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, `ILD_O1_v01`, `ILD_O1_v02`, `ILD_O1_v03`, `ILD_O2_v01`, `ILD_O3_v01`, `ILD_O3_v02`, `ILD_O3_v03`, using custom value: (none)
C++ Drivers	using default value: `SServices00`, using custom value: (none)

Geometry Parameter “tpcEndplateServicesRing6_ro”

Description	Outside radius (in mm) of torus modelling ring 6
Models	using default value: `ILD_01_dev`, `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, `ILD_O1_v01`, `ILD_O1_v02`, `ILD_O1_v03`, `ILD_O2_v01`, `ILD_O3_v01`, `ILD_O3_v02`, `ILD_O3_v03`, using custom value: (none)
C++ Drivers	using default value: `SServices00`, using custom value: (none)

Geometry Parameter “tpcEndplateServicesRing7_R”

Description	Swept radius (in mm) of torus modelling ring 7
Models	using default value: `ILD_01_dev`, `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, `ILD_O1_v01`, `ILD_O1_v02`, `ILD_O1_v03`, `ILD_O2_v01`, `ILD_O3_v01`, `ILD_O3_v02`, `ILD_O3_v03`, using custom value: (none)
C++ Drivers	using default value: `SServices00`, using custom value: (none)

Geometry Parameter “tpcEndplateServicesRing7_ro”

Description	Outside radius (in mm) of torus modelling ring 7
Models	using default value: `ILD_01_dev`, `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, `ILD_O1_v01`, `ILD_O1_v02`, `ILD_O1_v03`, `ILD_O2_v01`, `ILD_O3_v01`, `ILD_O3_v02`, `ILD_O3_v03`, using custom value: (none)
C++ Drivers	using default value: `SServices00`, using custom value: (none)

Geometry Parameter “tpcEndplateServicesRing8_R”

Description	Swept radius (in mm) of torus modelling ring 8
Models	using default value: `ILD_01_dev`, `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, `ILD_O1_v01`, `ILD_O1_v02`, `ILD_O1_v03`, `ILD_O2_v01`, `ILD_O3_v01`, `ILD_O3_v02`, `ILD_O3_v03`, using custom value: (none)
C++ Drivers	using default value: `SServices00`, using custom value: (none)

Geometry Parameter “tpcEndplateServicesRing8_ro”

Description	Outside radius (in mm) of torus modelling ring 8
Models	using default value: `ILD_01_dev`, `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, `ILD_O1_v01`, `ILD_O1_v02`, `ILD_O1_v03`, `ILD_O2_v01`, `ILD_O3_v01`, `ILD_O3_v02`, `ILD_O3_v03`, using custom value: (none)
C++ Drivers	using default value: `SServices00`, using custom value: (none)

Geometry Parameter “TranslateX”

Description	X translation of TB upstream detectors
Models	using default value: `TB05`, `TB06`, `TB07`, `TBCern0806`, `TBCern0806_01`, `TBCern0806_01_dchxy_new`, `TBCern0806_dchxy_new`, `TBCern0806_p0709`, `TBCern1006`, `TBCern1006_01`, `TBCern1006_01_dchxy_new`, `TBCern1006_dchxy_new`, `TBCern1006_p0709`, `TBDesy0205`, `TBDesy0205_2`, `TBDesy0506`, `TBDesy0506_01`, `TBDesy0506_01_dchxy`, `TBDesy0506_01_dchxy_new`, `TBDesy0506_dchxy`, `TBDesy0506_dchxy_new`, using custom value: (none)
C++ Drivers	using default value: `TBcerenkov01`, `TBcerenkov01_01`, `TBdch01`, `TBdch02`, `TBdch02_01`, `TBdch03`, `TBdch03_01`, `TBdchX02`, `TBdchXY02`, `TBdchXY03`, `TBdchY02`, `TBfingcount01`, `TBfingcount01_01`, `TBfingcount02`, `TBfingcount02_01`, `TBmuoncount01`, `TBmuoncount01_01`, `TBmuoncount02`, `TBmuoncount02_01`, `TBscint01`, `TBscint02`, `TBscint02_01`, `TBscint03`, `TBscint03_01`, using custom value: (none)

Geometry Parameter “TranslateY”

Description	Y translation of TB upstream detectors
Models	using default value: `TB05`, `TB06`, `TB07`, `TBCern0806`, `TBCern0806_01`, `TBCern0806_01_dchxy_new`, `TBCern0806_dchxy_new`, `TBCern0806_p0709`, `TBCern1006`, `TBCern1006_01`, `TBCern1006_01_dchxy_new`, `TBCern1006_dchxy_new`, `TBCern1006_p0709`, `TBDesy0205`, `TBDesy0205_2`, `TBDesy0506`, `TBDesy0506_01`, `TBDesy0506_01_dchxy`, `TBDesy0506_01_dchxy_new`, `TBDesy0506_dchxy`, `TBDesy0506_dchxy_new`, using custom value: (none)
C++ Drivers	using default value: `TBcerenkov01`, `TBcerenkov01_01`, `TBdch01`, `TBdch02`, `TBdch02_01`, `TBdch03`, `TBdch03_01`, `TBdchX02`, `TBdchXY02`, `TBdchXY03`, `TBdchY02`, `TBfingcount01`, `TBfingcount01_01`, `TBfingcount02`, `TBfingcount02_01`, `TBmuoncount01`, `TBmuoncount01_01`, `TBmuoncount02`, `TBmuoncount02_01`, `TBscint01`, `TBscint02`, `TBscint02_01`, `TBscint03`, `TBscint03_01`, using custom value: (none)

Geometry Parameter “TUBE_central_inner_radius”

Description	radius of the beampipe central part
Models	using default value: `D13Stahl`, `D13TDR`, `D13XStahl`, `D14`, `D14_CMOSVTX`, `LDC00_02Sc`, `LDC00_03Rp`, `LDC00_03Sc`, `LDC01_02Sc`, `LDC01_05Sc`, `LDCPrime_01Sc`, using custom value: (none)
C++ Drivers	using default value: `SVxd01`, using custom value: (none)

Geometry Parameter “TUBE_central_thickness”

Description	thickness of the beampipe central part
Models	using default value: `D13Stahl`, `D13TDR`, `D13XStahl`, `D14`, `D14_CMOSVTX`, `LDC00_02Sc`, `LDC00_03Rp`, `LDC00_03Sc`, `LDC01_02Sc`, `LDC01_05Sc`, `LDCPrime_01Sc`, using custom value: (none)
C++ Drivers	using default value: `STube01`, `STubeX00`, `SVxd01`, using custom value: (none)

Geometry Parameter “TUBE_crossing_angle”

Description	Lateral tubes crossing angle
Models	using default value: `LDC00_03Rp`, `LDC00_03Sc`, using custom value: `CILD_00`, `CILD_00fw`, `CLIC01_ILD`, `CLIC_ILD_CDR`, `CLIC_ILD_CDR500`, `ILD_00`, `ILD_00_EcalSc01`, `ILD_00_EcalSc02`, `ILD_00Dhcal`, `ILD_00fw`, `ILD_00fw_Dhcal`, `ILD_00fwp01`, `ILD_01_dev`, `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, `ILD_O1_v01`, `ILD_O1_v02`, `ILD_O1_v03`, `ILD_O2_v01`, `ILD_O2_v02`, `ILD_O2_v03`, `ILD_O3_v01`, `ILD_O3_v02`, `ILD_O3_v03`, `LDC01_05Sc`, `LDC01_06Sc`, `LDC01_06Sc_p01`, `LDC01_06Sc_p02`, `LDC_GLD_01Sc`, `LDCPrime_01Sc`, `LDCPrime_02Sc`, `LDCPrime_02Sc_p01`, `LDCPrime_02Sc_p02`
C++ Drivers	using default value: `SEcal02`, `SEcal03`, `SEcal04`, `SEcal04Gas`, `SFieldX00`, `SLcal01`, `SLHcal01`, `SMaskX00`, `STubeX00`, using custom value: (none)

Geometry Parameter “TUBE_IPOuterBulge_end_radius”

Description	ending radius of beampipe outerbulge set at runtime
Models	using default value: `CILD_00`, `CILD_00fw`, `CLIC01_ILD`, `CLIC_ILD_CDR`, `CLIC_ILD_CDR500`, `ILD_00`, `ILD_00_EcalSc01`, `ILD_00_EcalSc02`, `ILD_00Dhcal`, `ILD_00fw`, `ILD_00fw_Dhcal`, `ILD_00fwp01`, `ILD_01_dev`, `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, `ILD_O1_v01`, `ILD_O1_v02`, `ILD_O1_v03`, `ILD_O2_v01`, `ILD_O2_v02`, `ILD_O2_v03`, `ILD_O3_v01`, `ILD_O3_v02`, `ILD_O3_v03`, `LDC01_05Sc`, `LDC01_06Sc`, `LDC01_06Sc_p01`, `LDC01_06Sc_p02`, `LDC_GLD_01Sc`, `LDCPrime_01Sc`, `LDCPrime_02Sc`, `LDCPrime_02Sc_p01`, `LDCPrime_02Sc_p02`, using custom value: (none)
C++ Drivers	using default value: `SFtd04`, `SFtd05`, `SFtd06`, `tubeX01`, using custom value: `FTD_Simple_Staggered`

Geometry Parameter “TUBE_IPOuterBulge_end_z”

Description	end z of beampipe outerbulge set at runtime
Models	using default value: `CILD_00`, `CILD_00fw`, `CLIC01_ILD`, `CLIC_ILD_CDR`, `CLIC_ILD_CDR500`, `ILD_00`, `ILD_00_EcalSc01`, `ILD_00_EcalSc02`, `ILD_00Dhcal`, `ILD_00fw`, `ILD_00fw_Dhcal`, `ILD_00fwp01`, `ILD_01_dev`, `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, `ILD_O1_v01`, `ILD_O1_v02`, `ILD_O1_v03`, `ILD_O2_v01`, `ILD_O2_v02`, `ILD_O2_v03`, `ILD_O3_v01`, `ILD_O3_v02`, `ILD_O3_v03`, `LDC01_05Sc`, `LDC01_06Sc`, `LDC01_06Sc_p01`, `LDC01_06Sc_p02`, `LDC_GLD_01Sc`, `LDCPrime_01Sc`, `LDCPrime_02Sc`, `LDCPrime_02Sc_p01`, `LDCPrime_02Sc_p02`, using custom value: (none)
C++ Drivers	using default value: `SFtd04`, `SFtd05`, `SFtd06`, `tubeX01`, using custom value: `FTD_Simple_Staggered`

Geometry Parameter “TUBE_IPOuterTube_end_radius”

Description	ending radius of beampipe outertube set at runtime
Models	using default value: `CILD_00`, `CILD_00fw`, `CLIC01_ILD`, `CLIC_ILD_CDR`, `CLIC_ILD_CDR500`, `ILD_00`, `ILD_00_EcalSc01`, `ILD_00_EcalSc02`, `ILD_00Dhcal`, `ILD_00fw`, `ILD_00fw_Dhcal`, `ILD_00fwp01`, `ILD_01_dev`, `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, `ILD_O1_v01`, `ILD_O1_v02`, `ILD_O1_v03`, `ILD_O2_v01`, `ILD_O2_v02`, `ILD_O2_v03`, `ILD_O3_v01`, `ILD_O3_v02`, `ILD_O3_v03`, `LDC01_05Sc`, `LDC01_06Sc`, `LDC01_06Sc_p01`, `LDC01_06Sc_p02`, `LDC_GLD_01Sc`, `LDCPrime_01Sc`, `LDCPrime_02Sc`, `LDCPrime_02Sc_p01`, `LDCPrime_02Sc_p02`, using custom value: (none)
C++ Drivers	using default value: `SFtd04`, `SFtd05`, `SFtd06`, `tubeX01`, using custom value: `FTD_Simple_Staggered`

Geometry Parameter “TUBE_IPOuterTube_end_z”

Description	end z of beampipe outertube set at runtime
Models	using default value: `CILD_00`, `CILD_00fw`, `CLIC01_ILD`, `CLIC_ILD_CDR`, `CLIC_ILD_CDR500`, `ILD_00`, `ILD_00_EcalSc01`, `ILD_00_EcalSc02`, `ILD_00Dhcal`, `ILD_00fw`, `ILD_00fw_Dhcal`, `ILD_00fwp01`, `ILD_01_dev`, `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, `ILD_O1_v01`, `ILD_O1_v02`, `ILD_O1_v03`, `ILD_O2_v01`, `ILD_O2_v02`, `ILD_O2_v03`, `ILD_O3_v01`, `ILD_O3_v02`, `ILD_O3_v03`, `LDC01_05Sc`, `LDC01_06Sc`, `LDC01_06Sc_p01`, `LDC01_06Sc_p02`, `LDC_GLD_01Sc`, `LDCPrime_01Sc`, `LDCPrime_02Sc`, `LDCPrime_02Sc_p01`, `LDCPrime_02Sc_p02`, using custom value: (none)
C++ Drivers	using default value: `SFtd04`, `SFtd05`, `SFtd06`, `tubeX01`, using custom value: `FTD_Simple_Staggered`

Geometry Parameter “TUBE_IPOuterTube_start_radius”

Description	starting radius of beampipe outertube set at runtime
Models	using default value: `CILD_00`, `CILD_00fw`, `CLIC01_ILD`, `CLIC_ILD_CDR`, `CLIC_ILD_CDR500`, `ILD_00`, `ILD_00_EcalSc01`, `ILD_00_EcalSc02`, `ILD_00Dhcal`, `ILD_00fw`, `ILD_00fw_Dhcal`, `ILD_00fwp01`, `ILD_01_dev`, `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, `ILD_O1_v01`, `ILD_O1_v02`, `ILD_O1_v03`, `ILD_O2_v01`, `ILD_O2_v02`, `ILD_O2_v03`, `ILD_O3_v01`, `ILD_O3_v02`, `ILD_O3_v03`, `LDC01_05Sc`, `LDC01_06Sc`, `LDC01_06Sc_p01`, `LDC01_06Sc_p02`, `LDC_GLD_01Sc`, `LDCPrime_01Sc`, `LDCPrime_02Sc`, `LDCPrime_02Sc_p01`, `LDCPrime_02Sc_p02`, using custom value: (none)
C++ Drivers	using default value: `SFtd04`, `SFtd05`, `SFtd06`, `tubeX01`, using custom value: `FTD_Simple_Staggered`

Geometry Parameter “TUBE_IPOuterTube_start_z”

Description	start z of beampipe outertube set at runtime
Models	using default value: `CILD_00`, `CILD_00fw`, `CLIC01_ILD`, `CLIC_ILD_CDR`, `CLIC_ILD_CDR500`, `ILD_00`, `ILD_00_EcalSc01`, `ILD_00_EcalSc02`, `ILD_00Dhcal`, `ILD_00fw`, `ILD_00fw_Dhcal`, `ILD_00fwp01`, `ILD_01_dev`, `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, `ILD_O1_v01`, `ILD_O1_v02`, `ILD_O1_v03`, `ILD_O2_v01`, `ILD_O2_v02`, `ILD_O2_v03`, `ILD_O3_v01`, `ILD_O3_v02`, `ILD_O3_v03`, `LDC01_05Sc`, `LDC01_06Sc`, `LDC01_06Sc_p01`, `LDC01_06Sc_p02`, `LDC_GLD_01Sc`, `LDCPrime_01Sc`, `LDCPrime_02Sc`, `LDCPrime_02Sc_p01`, `LDCPrime_02Sc_p02`, using custom value: (none)
C++ Drivers	using default value: `SFtd04`, `SFtd05`, `SFtd06`, `tubeX01`, using custom value: `FTD_Simple_Staggered`

Geometry Parameter “TUBE_opening_angle”

Description	Lateral tube opening angle tangent
Models	using default value: `D14`, `D14_CMOSVTX`, `LDC00_02Sc`, `LDC00_03Rp`, `LDC00_03Sc`, `LDC01_02Sc`, `LDC01_05Sc`, `LDC01_06Sc_p01`, `LDCPrime_01Sc`, `LDCPrime_02Sc_p01`, using custom value: `LDC01_06Sc`, `LDC01_06Sc_p02`, `LDC_GLD_01Sc`, `LDCPrime_02Sc`, `LDCPrime_02Sc_p02`
C++ Drivers	using default value: `SFtd01`, `SFtd02`, `SFtd03`, `STube01`, `STubeX00`, using custom value: (none)

Geometry Parameter “use_tracker”

Description	use tracker in front of proto03 to save momentum at the entrance of proto
Models	using default value: `CaliceEcal03`, `CaliceEcalHcalRPC`, `ProtoDesy0205`, `ProtoDesy0506`, `ProtoDesy0506_01`, `TB03`, `TB04`, `TB05`, `TB06`, `TB07`, `TBCern07`, `TBCern0707`, `TBCern0707_01`, `TBCern0707_dchxy_01`, `TBCern0707_p0709`, `TBCern07_01`, `TBCern07_dchxy_01`, `TBCern07_p0709`, `TBCern0806`, `TBCern0806_01`, `TBCern0806_01_dchxy_new`, `TBCern0806_dchxy_new`, `TBCern0806_p0709`, `TBCern0807`, `TBCern0807_01`, `TBCern0807_dchxy_01`, `TBCern0807_p0709`, `TBCern1006`, `TBCern1006_01`, `TBCern1006_01_dchxy_new`, `TBCern1006_dchxy_new`, `TBCern1006_p0709`, `TBDesy0205`, `TBDesy0205_2`, `TBDesy0506`, `TBDesy0506_01`, `TBDesy0506_01_dchxy`, `TBDesy0506_01_dchxy_new`, `TBDesy0506_dchxy`, `TBDesy0506_dchxy_new`, `TBFnal0508`, `TBFnal0508_p0709`, `TBFnal0508_p1211`, using custom value: (none)
C++ Drivers	using default value: `proto03`, `proto04`, `proto04_01`, `proto04_02`, `proto05`, using custom value: (none)

Geometry Parameter “VXD_active_side_band_electronics_option”

Description	option to have side band electronic sensitive or not
Models	using default value: `CILD_00`, `CILD_00fw`, `CLIC01_ILD`, `CLIC_ILD_CDR`, `CLIC_ILD_CDR500`, `ILD_00`, `ILD_00_EcalSc01`, `ILD_00_EcalSc02`, `ILD_00Dhcal`, `ILD_00fw`, `ILD_00fw_Dhcal`, `ILD_00fwp01`, `ILD_01_dev`, `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, `ILD_O1_v01`, `ILD_O1_v02`, `ILD_O1_v03`, `ILD_O2_v01`, `ILD_O2_v02`, `ILD_O2_v03`, `ILD_O3_v01`, `ILD_O3_v02`, `ILD_O3_v03`, `LDC01_06Sc`, `LDC01_06Sc_p01`, `LDC01_06Sc_p02`, `LDC_GLD_01Sc`, `LDCPrime_02Sc`, `LDCPrime_02Sc_p01`, `LDCPrime_02Sc_p02`, using custom value: (none)
C++ Drivers	using default value: `SVxd02`, `SVxd03`, `SVxd04`, using custom value: (none)

Geometry Parameter “VXD_active_silicon_thickness”

Description	thickness of the active silicon part
Models	using default value: `D13Stahl`, `D13TDR`, `D13XStahl`, `D14`, `D14_CMOSVTX`, `LDC00_02Sc`, `LDC00_03Rp`, `LDC00_03Sc`, `LDC01_02Sc`, `LDC01_05Sc`, `LDCPrime_01Sc`, using custom value: `CILD_00`, `CILD_00fw`, `CLIC01_ILD`, `CLIC_ILD_CDR`, `CLIC_ILD_CDR500`, `ILD_00`, `ILD_00_EcalSc01`, `ILD_00_EcalSc02`, `ILD_00Dhcal`, `ILD_00fw`, `ILD_00fw_Dhcal`, `ILD_00fwp01`, `ILD_01_dev`, `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, `ILD_O1_v01`, `ILD_O1_v02`, `ILD_O1_v03`, `ILD_O2_v01`, `ILD_O2_v02`, `ILD_O2_v03`, `ILD_O3_v01`, `ILD_O3_v02`, `ILD_O3_v03`, `LDC01_06Sc`, `LDC01_06Sc_p01`, `LDC01_06Sc_p02`, `LDC_GLD_01Sc`, `LDCPrime_02Sc`, `LDCPrime_02Sc_p01`, `LDCPrime_02Sc_p02`
C++ Drivers	using default value: `SVxd01`, `SVxd02`, `SVxd03`, `SVxd04`, using custom value: (none)

Geometry Parameter “VXD_cryostat_option”

Description	the VTX use or not a cryostat
Models	using default value: `CILD_00`, `CILD_00fw`, `CLIC01_ILD`, `D13Stahl`, `D13TDR`, `D13XStahl`, `D14`, `D14_CMOSVTX`, `ILD_00`, `ILD_00_EcalSc01`, `ILD_00_EcalSc02`, `ILD_00Dhcal`, `ILD_00fw`, `ILD_00fw_Dhcal`, `ILD_00fwp01`, `ILD_01_dev`, `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, `ILD_O1_v01`, `ILD_O1_v02`, `ILD_O1_v03`, `ILD_O2_v01`, `ILD_O2_v02`, `ILD_O2_v03`, `ILD_O3_v01`, `ILD_O3_v02`, `ILD_O3_v03`, `LDC00_02Sc`, `LDC00_03Rp`, `LDC00_03Sc`, `LDC01_02Sc`, `LDC01_05Sc`, `LDC01_06Sc`, `LDC01_06Sc_p01`, `LDC01_06Sc_p02`, `LDC_GLD_01Sc`, `LDCPrime_01Sc`, `LDCPrime_02Sc`, `LDCPrime_02Sc_p01`, `LDCPrime_02Sc_p02`, using custom value: `CLIC_ILD_CDR`, `CLIC_ILD_CDR500`
C++ Drivers	using default value: `SVxd01`, `SVxd02`, `SVxd03`, `SVxd04`, using custom value: (none)

Geometry Parameter “VXD_end_electronics_thickness”

Description	thickness of the end elctronics
Models	using default value: `D13Stahl`, `D13TDR`, `D13XStahl`, `D14`, `D14_CMOSVTX`, `LDC00_02Sc`, `LDC00_03Rp`, `LDC00_03Sc`, `LDC01_02Sc`, `LDC01_05Sc`, `LDCPrime_01Sc`, using custom value: (none)
C++ Drivers	using default value: `SVxd01`, using custom value: (none)

Geometry Parameter “VXD_end_ladd_electronics_half_length”

Description	length of the ladder end electronic
Models	using default value: `CILD_00`, `CILD_00fw`, `CLIC01_ILD`, `ILD_00`, `ILD_00_EcalSc01`, `ILD_00_EcalSc02`, `ILD_00Dhcal`, `ILD_00fw`, `ILD_00fw_Dhcal`, `ILD_00fwp01`, `ILD_01_dev`, `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, `ILD_O1_v01`, `ILD_O1_v02`, `ILD_O1_v03`, `ILD_O2_v01`, `ILD_O2_v02`, `ILD_O2_v03`, `ILD_O3_v01`, `ILD_O3_v02`, `ILD_O3_v03`, `LDC01_06Sc`, `LDC01_06Sc_p01`, `LDC01_06Sc_p02`, `LDC_GLD_01Sc`, `LDCPrime_02Sc`, `LDCPrime_02Sc_p01`, `LDCPrime_02Sc_p02`, using custom value: `CLIC_ILD_CDR`, `CLIC_ILD_CDR500`
C++ Drivers	using default value: `SVxd02`, `SVxd03`, `SVxd04`, using custom value: (none)

Geometry Parameter “VXD_end_ladd_electronics_option”

Description	ladder end electronic option
Models	using default value: `CILD_00`, `CILD_00fw`, `CLIC01_ILD`, `ILD_00`, `ILD_00_EcalSc01`, `ILD_00_EcalSc02`, `ILD_00Dhcal`, `ILD_00fw`, `ILD_00fw_Dhcal`, `ILD_00fwp01`, `ILD_01_dev`, `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, `ILD_O1_v01`, `ILD_O1_v02`, `ILD_O1_v03`, `ILD_O2_v01`, `ILD_O2_v02`, `ILD_O2_v03`, `ILD_O3_v01`, `ILD_O3_v02`, `ILD_O3_v03`, `LDC01_06Sc`, `LDC01_06Sc_p01`, `LDC01_06Sc_p02`, `LDC_GLD_01Sc`, `LDCPrime_02Sc`, `LDCPrime_02Sc_p01`, `LDCPrime_02Sc_p02`, using custom value: `CLIC_ILD_CDR`, `CLIC_ILD_CDR500`
C++ Drivers	using default value: `SVxd02`, `SVxd03`, `SVxd04`, using custom value: (none)

Geometry Parameter “VXD_end_ladd_electronics_thickness”

Description	thickness of the ladder end electronic
Models	using default value: `CILD_00`, `CILD_00fw`, `CLIC01_ILD`, `ILD_00`, `ILD_00_EcalSc01`, `ILD_00_EcalSc02`, `ILD_00Dhcal`, `ILD_00fw`, `ILD_00fw_Dhcal`, `ILD_00fwp01`, `ILD_01_dev`, `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, `ILD_O1_v01`, `ILD_O1_v02`, `ILD_O1_v03`, `ILD_O2_v01`, `ILD_O2_v02`, `ILD_O2_v03`, `ILD_O3_v01`, `ILD_O3_v02`, `ILD_O3_v03`, `LDC01_06Sc`, `LDC01_06Sc_p01`, `LDC01_06Sc_p02`, `LDC_GLD_01Sc`, `LDCPrime_02Sc`, `LDCPrime_02Sc_p01`, `LDCPrime_02Sc_p02`, using custom value: `CLIC_ILD_CDR`, `CLIC_ILD_CDR500`
C++ Drivers	using default value: `SVxd02`, `SVxd03`, `SVxd04`, using custom value: (none)

Geometry Parameter “VXD_flex_cable_material”

Description	material of the flex cable of the VXD support
Models	using default value: (none), using custom value: (none)
C++ Drivers	using default value: (none), using custom value: (none)

Geometry Parameter “VXD_flex_cable_thickness”

Description	thickness of the flex cable of the VXD support
Models	using default value: `ILD_O1_v01`, `ILD_O1_v02`, `ILD_O1_v03`, `ILD_O2_v01`, `ILD_O2_v02`, `ILD_O2_v03`, `ILD_O3_v01`, `ILD_O3_v02`, `ILD_O3_v03`, using custom value: (none)
C++ Drivers	using default value: `SVxd04`, using custom value: (none)

Geometry Parameter “VXD_foam_spacer_material”

Description	material of the foam spacer of the VXD
Models	using default value: `ILD_O1_v01`, `ILD_O1_v02`, `ILD_O1_v03`, `ILD_O2_v01`, `ILD_O2_v02`, `ILD_O2_v03`, `ILD_O3_v01`, `ILD_O3_v02`, `ILD_O3_v03`, using custom value: (none)
C++ Drivers	using default value: `SVxd04`, using custom value: (none)

Geometry Parameter “VXD_foam_spacer_thickness”

Description	thickness of the foam spacer of the VXD
Models	using default value: `ILD_O1_v01`, `ILD_O1_v02`, `ILD_O1_v03`, `ILD_O2_v01`, `ILD_O2_v02`, `ILD_O2_v03`, `ILD_O3_v01`, `ILD_O3_v02`, `ILD_O3_v03`, using custom value: (none)
C++ Drivers	using default value: `SVxd04`, using custom value: (none)

Geometry Parameter “VXD_inner_radius”

Description	radius of first layer detector
Models	using default value: `D13Stahl`, `D13TDR`, `D13XStahl`, `D14`, `D14_CMOSVTX`, `LDC00_02Sc`, `LDC00_03Rp`, `LDC00_03Sc`, `LDC01_02Sc`, `LDC01_05Sc`, using custom value: `CILD_00`, `CILD_00fw`, `CLIC01_ILD`, `CLIC_ILD_CDR`, `CLIC_ILD_CDR500`, `ILD_00`, `ILD_00_EcalSc01`, `ILD_00_EcalSc02`, `ILD_00Dhcal`, `ILD_00fw`, `ILD_00fw_Dhcal`, `ILD_00fwp01`, `ILD_01_dev`, `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, `ILD_O1_v01`, `ILD_O1_v02`, `ILD_O1_v03`, `ILD_O2_v01`, `ILD_O2_v02`, `ILD_O2_v03`, `ILD_O3_v01`, `ILD_O3_v02`, `ILD_O3_v03`, `LDC01_06Sc`, `LDC01_06Sc_p01`, `LDC01_06Sc_p02`, `LDC_GLD_01Sc`, `LDCPrime_01Sc`, `LDCPrime_02Sc`, `LDCPrime_02Sc_p01`, `LDCPrime_02Sc_p02`
C++ Drivers	using default value: `STube01`, `STubeX00`, `SVxd01`, `SVxd02`, `SVxd03`, `SVxd04`, `tubeX01`, using custom value: (none)

Geometry Parameter “VXD_ladder_number”

Description	(created at runtime)
Models	using default value: `D13Stahl`, `D13TDR`, `D13XStahl`, `D14`, `D14_CMOSVTX`, `LDC00_02Sc`, `LDC00_03Rp`, `LDC00_03Sc`, `LDC01_02Sc`, `LDC01_05Sc`, `LDCPrime_01Sc`, using custom value: (none)
C++ Drivers	using default value: `SVxd01`, using custom value: (none)

Geometry Parameter “VXD_layer_gap”

Description	gap between layers in the double layer geometry
Models	using default value: `CILD_00`, `CILD_00fw`, `CLIC01_ILD`, `CLIC_ILD_CDR`, `CLIC_ILD_CDR500`, `ILD_00`, `ILD_00_EcalSc01`, `ILD_00_EcalSc02`, `ILD_00Dhcal`, `ILD_00fw`, `ILD_00fw_Dhcal`, `ILD_00fwp01`, `ILD_01_dev`, `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, `ILD_O1_v01`, `ILD_O1_v02`, `ILD_O1_v03`, `ILD_O2_v01`, `ILD_O2_v02`, `ILD_O2_v03`, `ILD_O3_v01`, `ILD_O3_v02`, `ILD_O3_v03`, using custom value: (none)
C++ Drivers	using default value: `SVxd03`, `SVxd04`, using custom value: (none)

Geometry Parameter “VXD_length_r1”

Description	length of the layer 1
Models	using default value: `D14`, `D14_CMOSVTX`, `LDC00_02Sc`, `LDC01_02Sc`, `LDC01_06Sc`, `LDC01_06Sc_p01`, `LDC01_06Sc_p02`, `LDC_GLD_01Sc`, `LDCPrime_02Sc`, `LDCPrime_02Sc_p01`, `LDCPrime_02Sc_p02`, using custom value: `CILD_00`, `CILD_00fw`, `CLIC01_ILD`, `CLIC_ILD_CDR`, `CLIC_ILD_CDR500`, `ILD_00`, `ILD_00_EcalSc01`, `ILD_00_EcalSc02`, `ILD_00Dhcal`, `ILD_00fw`, `ILD_00fw_Dhcal`, `ILD_00fwp01`, `ILD_01_dev`, `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, `ILD_O1_v01`, `ILD_O1_v02`, `ILD_O1_v03`, `ILD_O2_v01`, `ILD_O2_v02`, `ILD_O2_v03`, `ILD_O3_v01`, `ILD_O3_v02`, `ILD_O3_v03`
C++ Drivers	using default value: `STube01`, `SVxd02`, `SVxd03`, `SVxd04`, using custom value: (none)

Geometry Parameter “VXD_length_r2”

Description	length of the layer 2
Models	using default value: `LDC01_06Sc`, `LDC01_06Sc_p01`, `LDC01_06Sc_p02`, `LDC_GLD_01Sc`, `LDCPrime_02Sc`, `LDCPrime_02Sc_p01`, `LDCPrime_02Sc_p02`, using custom value: (none)
C++ Drivers	using default value: `SVxd02`, using custom value: (none)

Geometry Parameter “VXD_length_r3”

Description	length of the layer 3
Models	using default value: `CILD_00`, `CILD_00fw`, `CLIC01_ILD`, `ILD_00`, `ILD_00_EcalSc01`, `ILD_00_EcalSc02`, `ILD_00Dhcal`, `ILD_00fw`, `ILD_00fw_Dhcal`, `ILD_00fwp01`, `ILD_01_dev`, `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, `ILD_O1_v01`, `ILD_O1_v02`, `ILD_O1_v03`, `ILD_O2_v01`, `ILD_O2_v02`, `ILD_O2_v03`, `ILD_O3_v01`, `ILD_O3_v02`, `ILD_O3_v03`, `LDC01_06Sc`, `LDC01_06Sc_p01`, `LDC01_06Sc_p02`, `LDC_GLD_01Sc`, `LDCPrime_02Sc`, `LDCPrime_02Sc_p01`, `LDCPrime_02Sc_p02`, using custom value: `CLIC_ILD_CDR`, `CLIC_ILD_CDR500`
C++ Drivers	using default value: `SFtd04`, `SFtd05`, `SFtd06`, `SVxd02`, `SVxd03`, `SVxd04`, using custom value: `FTD_Simple_Staggered`

Geometry Parameter “VXD_length_r4”

Description	length of the layer 4
Models	using default value: `LDC01_06Sc`, `LDC01_06Sc_p01`, `LDC01_06Sc_p02`, `LDC_GLD_01Sc`, `LDCPrime_02Sc`, `LDCPrime_02Sc_p01`, `LDCPrime_02Sc_p02`, using custom value: (none)
C++ Drivers	using default value: `SVxd02`, using custom value: (none)

Geometry Parameter “VXD_length_r5”

Description	length of the layer 5
Models	using default value: `CILD_00`, `CILD_00fw`, `CLIC01_ILD`, `ILD_00`, `ILD_00_EcalSc01`, `ILD_00_EcalSc02`, `ILD_00Dhcal`, `ILD_00fw`, `ILD_00fw_Dhcal`, `ILD_00fwp01`, `ILD_01_dev`, `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, `ILD_O1_v01`, `ILD_O1_v02`, `ILD_O1_v03`, `ILD_O2_v01`, `ILD_O2_v02`, `ILD_O2_v03`, `ILD_O3_v01`, `ILD_O3_v02`, `ILD_O3_v03`, `LDC01_06Sc`, `LDC01_06Sc_p01`, `LDC01_06Sc_p02`, `LDC_GLD_01Sc`, `LDCPrime_02Sc`, `LDCPrime_02Sc_p01`, `LDCPrime_02Sc_p02`, using custom value: `CLIC_ILD_CDR`, `CLIC_ILD_CDR500`
C++ Drivers	using default value: `SSit02`, `SVxd02`, `SVxd03`, `SVxd04`, using custom value: (none)

Geometry Parameter “VXD_metal_traces_material”

Description	material of the metal traces of the VXD support
Models	using default value: (none), using custom value: (none)
C++ Drivers	using default value: (none), using custom value: (none)

Geometry Parameter “VXD_metal_traces_thickness”

Description	thickness of the metal traces of the VXD support
Models	using default value: `ILD_O1_v01`, `ILD_O1_v02`, `ILD_O1_v03`, `ILD_O2_v01`, `ILD_O2_v02`, `ILD_O2_v03`, `ILD_O3_v01`, `ILD_O3_v02`, `ILD_O3_v03`, using custom value: (none)
C++ Drivers	using default value: `SVxd04`, using custom value: (none)

Geometry Parameter “VXD_outer_radius”

Description	radius of last vertex detector layer
Models	using default value: `CILD_00`, `CILD_00fw`, `CLIC01_ILD`, `CLIC_ILD_CDR`, `CLIC_ILD_CDR500`, `D13Stahl`, `D13TDR`, `D13XStahl`, `D14`, `D14_CMOSVTX`, `ILD_00`, `ILD_00_EcalSc01`, `ILD_00_EcalSc02`, `ILD_00Dhcal`, `ILD_00fw`, `ILD_00fw_Dhcal`, `ILD_00fwp01`, `LDC00_02Sc`, `LDC00_03Rp`, `LDC00_03Sc`, `LDC01_02Sc`, `LDC01_05Sc`, `LDC01_06Sc`, `LDC01_06Sc_p01`, `LDC01_06Sc_p02`, `LDC_GLD_01Sc`, `LDCPrime_01Sc`, `LDCPrime_02Sc`, `LDCPrime_02Sc_p01`, `LDCPrime_02Sc_p02`, using custom value: (none)
C++ Drivers	using default value: `SSit02`, `SSit03`, `SVxd01`, using custom value: (none)

Geometry Parameter “VXD_radius_r1”

Description	radius of the layer 1
Models	using default value: `D14`, `D14_CMOSVTX`, `LDC00_02Sc`, `LDC00_03Rp`, `LDC00_03Sc`, `LDC01_02Sc`, `LDC01_05Sc`, `LDC01_06Sc`, `LDC01_06Sc_p01`, `LDC01_06Sc_p02`, `LDC_GLD_01Sc`, `LDCPrime_01Sc`, `LDCPrime_02Sc`, `LDCPrime_02Sc_p01`, `LDCPrime_02Sc_p02`, using custom value: `CILD_00`, `CILD_00fw`, `CLIC01_ILD`, `CLIC_ILD_CDR`, `CLIC_ILD_CDR500`, `ILD_00`, `ILD_00_EcalSc01`, `ILD_00_EcalSc02`, `ILD_00Dhcal`, `ILD_00fw`, `ILD_00fw_Dhcal`, `ILD_00fwp01`, `ILD_01_dev`, `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, `ILD_O1_v01`, `ILD_O1_v02`, `ILD_O1_v03`, `ILD_O2_v01`, `ILD_O2_v02`, `ILD_O2_v03`, `ILD_O3_v01`, `ILD_O3_v02`, `ILD_O3_v03`
C++ Drivers	using default value: `STube01`, `STubeX00`, `SVxd02`, `SVxd03`, `SVxd04`, `tubeX01`, using custom value: (none)

Geometry Parameter “VXD_radius_r2”

Description	radius of the layer 2
Models	using default value: (none), using custom value: `LDC01_06Sc`, `LDC01_06Sc_p01`, `LDC01_06Sc_p02`, `LDC_GLD_01Sc`, `LDCPrime_02Sc`, `LDCPrime_02Sc_p01`, `LDCPrime_02Sc_p02`
C++ Drivers	using default value: `SVxd02`, using custom value: (none)

Geometry Parameter “VXD_radius_r3”

Description	radius of the layer 3
Models	using default value: `LDC01_06Sc`, `LDC01_06Sc_p01`, `LDC01_06Sc_p02`, `LDC_GLD_01Sc`, `LDCPrime_02Sc`, `LDCPrime_02Sc_p01`, `LDCPrime_02Sc_p02`, using custom value: `CILD_00`, `CILD_00fw`, `CLIC01_ILD`, `CLIC_ILD_CDR`, `CLIC_ILD_CDR500`, `ILD_00`, `ILD_00_EcalSc01`, `ILD_00_EcalSc02`, `ILD_00Dhcal`, `ILD_00fw`, `ILD_00fw_Dhcal`, `ILD_00fwp01`, `ILD_01_dev`, `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, `ILD_O1_v01`, `ILD_O1_v02`, `ILD_O1_v03`, `ILD_O2_v01`, `ILD_O2_v02`, `ILD_O2_v03`, `ILD_O3_v01`, `ILD_O3_v02`, `ILD_O3_v03`
C++ Drivers	using default value: `SVxd02`, `SVxd03`, `SVxd04`, using custom value: (none)

Geometry Parameter “VXD_radius_r4”

Description	radius of the layer 4
Models	using default value: `LDC01_06Sc`, `LDC01_06Sc_p01`, `LDC01_06Sc_p02`, `LDC_GLD_01Sc`, `LDCPrime_02Sc`, `LDCPrime_02Sc_p01`, `LDCPrime_02Sc_p02`, using custom value: (none)
C++ Drivers	using default value: `SVxd02`, using custom value: (none)

Geometry Parameter “VXD_radius_r5”

Description	radius of the layer 5
Models	using default value: `LDC01_06Sc`, `LDC01_06Sc_p01`, `LDC01_06Sc_p02`, `LDC_GLD_01Sc`, `LDCPrime_02Sc`, `LDCPrime_02Sc_p01`, `LDCPrime_02Sc_p02`, using custom value: `CILD_00`, `CILD_00fw`, `CLIC01_ILD`, `CLIC_ILD_CDR`, `CLIC_ILD_CDR500`, `ILD_00`, `ILD_00_EcalSc01`, `ILD_00_EcalSc02`, `ILD_00Dhcal`, `ILD_00fw`, `ILD_00fw_Dhcal`, `ILD_00fwp01`, `ILD_01_dev`, `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, `ILD_O1_v01`, `ILD_O1_v02`, `ILD_O1_v03`, `ILD_O2_v01`, `ILD_O2_v02`, `ILD_O2_v03`, `ILD_O3_v01`, `ILD_O3_v02`, `ILD_O3_v03`
C++ Drivers	using default value: `SVxd02`, `SVxd03`, `SVxd04`, using custom value: (none)

Geometry Parameter “VXD_side_band_electronics_option”

Description	side band electronic option
Models	using default value: `CILD_00`, `CILD_00fw`, `CLIC01_ILD`, `CLIC_ILD_CDR`, `CLIC_ILD_CDR500`, `ILD_00`, `ILD_00_EcalSc01`, `ILD_00_EcalSc02`, `ILD_00Dhcal`, `ILD_00fw`, `ILD_00fw_Dhcal`, `ILD_00fwp01`, `ILD_01_dev`, `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, `ILD_O1_v01`, `ILD_O1_v02`, `ILD_O1_v03`, `ILD_O2_v01`, `ILD_O2_v02`, `ILD_O2_v03`, `ILD_O3_v01`, `ILD_O3_v02`, `ILD_O3_v03`, `LDC01_06Sc`, `LDC01_06Sc_p01`, `LDC01_06Sc_p02`, `LDC_GLD_01Sc`, `LDCPrime_02Sc`, `LDCPrime_02Sc_p01`, `LDCPrime_02Sc_p02`, using custom value: (none)
C++ Drivers	using default value: `SVxd02`, `SVxd03`, `SVxd04`, using custom value: (none)

Geometry Parameter “VXD_side_band_electronics_thickness”

Description	thickness of the side band electronic
Models	using default value: `CILD_00`, `CILD_00fw`, `CLIC01_ILD`, `CLIC_ILD_CDR`, `CLIC_ILD_CDR500`, `ILD_00`, `ILD_00_EcalSc01`, `ILD_00_EcalSc02`, `ILD_00Dhcal`, `ILD_00fw`, `ILD_00fw_Dhcal`, `ILD_00fwp01`, `ILD_01_dev`, `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, `ILD_O1_v01`, `ILD_O1_v02`, `ILD_O1_v03`, `ILD_O2_v01`, `ILD_O2_v02`, `ILD_O2_v03`, `ILD_O3_v01`, `ILD_O3_v02`, `ILD_O3_v03`, `LDC01_06Sc`, `LDC01_06Sc_p01`, `LDC01_06Sc_p02`, `LDC_GLD_01Sc`, `LDCPrime_02Sc`, `LDCPrime_02Sc_p01`, `LDCPrime_02Sc_p02`, using custom value: (none)
C++ Drivers	using default value: `SVxd02`, `SVxd03`, `SVxd04`, using custom value: (none)

Geometry Parameter “VXD_side_band_electronics_width”

Description	width of the side band electronic
Models	using default value: `LDC01_06Sc`, `LDC01_06Sc_p01`, `LDC01_06Sc_p02`, `LDC_GLD_01Sc`, `LDCPrime_02Sc`, `LDCPrime_02Sc_p01`, `LDCPrime_02Sc_p02`, using custom value: `CILD_00`, `CILD_00fw`, `CLIC01_ILD`, `CLIC_ILD_CDR`, `CLIC_ILD_CDR500`, `ILD_00`, `ILD_00_EcalSc01`, `ILD_00_EcalSc02`, `ILD_00Dhcal`, `ILD_00fw`, `ILD_00fw_Dhcal`, `ILD_00fwp01`, `ILD_01_dev`, `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, `ILD_O1_v01`, `ILD_O1_v02`, `ILD_O1_v03`, `ILD_O2_v01`, `ILD_O2_v02`, `ILD_O2_v03`, `ILD_O3_v01`, `ILD_O3_v02`, `ILD_O3_v03`
C++ Drivers	using default value: `SVxd02`, `SVxd03`, `SVxd04`, using custom value: (none)

Geometry Parameter “VXD_support_ladder_material”

Description	material of the support ladder
Models	using default value: `D13Stahl`, `D13TDR`, `D13XStahl`, `D14`, `D14_CMOSVTX`, `LDC00_02Sc`, `LDC00_03Rp`, `LDC00_03Sc`, `LDC01_02Sc`, `LDC01_05Sc`, `LDCPrime_01Sc`, using custom value: `CILD_00`, `CILD_00fw`, `CLIC01_ILD`, `CLIC_ILD_CDR`, `CLIC_ILD_CDR500`, `ILD_00`, `ILD_00_EcalSc01`, `ILD_00_EcalSc02`, `ILD_00Dhcal`, `ILD_00fw`, `ILD_00fw_Dhcal`, `ILD_00fwp01`, `ILD_01_dev`, `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, `LDC01_06Sc`, `LDC01_06Sc_p01`, `LDC01_06Sc_p02`, `LDC_GLD_01Sc`, `LDCPrime_02Sc`, `LDCPrime_02Sc_p01`, `LDCPrime_02Sc_p02`
C++ Drivers	using default value: `SVxd01`, `SVxd02`, `SVxd03`, using custom value: (none)

Geometry Parameter “VXD_support_ladder_thickness”

Description	thickness of the ladder support
Models	using default value: `D13Stahl`, `D13TDR`, `D13XStahl`, `D14`, `D14_CMOSVTX`, `LDC00_02Sc`, `LDC00_03Rp`, `LDC00_03Sc`, `LDC01_02Sc`, `LDC01_05Sc`, `LDCPrime_01Sc`, using custom value: `CILD_00`, `CILD_00fw`, `CLIC01_ILD`, `CLIC_ILD_CDR`, `CLIC_ILD_CDR500`, `ILD_00`, `ILD_00_EcalSc01`, `ILD_00_EcalSc02`, `ILD_00Dhcal`, `ILD_00fw`, `ILD_00fw_Dhcal`, `ILD_00fwp01`, `ILD_01_dev`, `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, `LDC01_06Sc`, `LDC01_06Sc_p01`, `LDC01_06Sc_p02`, `LDC_GLD_01Sc`, `LDCPrime_02Sc`, `LDCPrime_02Sc_p01`, `LDCPrime_02Sc_p02`
C++ Drivers	using default value: `SVxd01`, `SVxd02`, `SVxd03`, using custom value: (none)

Geometry Parameter “VXD_width_r1”

Description	width of the layer 1
Models	using default value: `CILD_00`, `CILD_00fw`, `CLIC01_ILD`, `CLIC_ILD_CDR`, `CLIC_ILD_CDR500`, `ILD_00`, `ILD_00_EcalSc01`, `ILD_00_EcalSc02`, `ILD_00Dhcal`, `ILD_00fw`, `ILD_00fw_Dhcal`, `ILD_00fwp01`, `ILD_01_dev`, `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, `ILD_O1_v01`, `ILD_O1_v02`, `ILD_O1_v03`, `ILD_O2_v01`, `ILD_O2_v02`, `ILD_O2_v03`, `ILD_O3_v01`, `ILD_O3_v02`, `ILD_O3_v03`, `LDC01_06Sc`, `LDC01_06Sc_p01`, `LDC01_06Sc_p02`, `LDC_GLD_01Sc`, `LDCPrime_02Sc`, `LDCPrime_02Sc_p01`, `LDCPrime_02Sc_p02`, using custom value: (none)
C++ Drivers	using default value: `SVxd02`, `SVxd03`, `SVxd04`, using custom value: (none)

Geometry Parameter “VXD_width_r2”

Description	width of the layer 2
Models	using default value: `LDC01_06Sc`, `LDC01_06Sc_p01`, `LDC01_06Sc_p02`, `LDC_GLD_01Sc`, `LDCPrime_02Sc`, `LDCPrime_02Sc_p01`, `LDCPrime_02Sc_p02`, using custom value: (none)
C++ Drivers	using default value: `SVxd02`, using custom value: (none)

Geometry Parameter “VXD_width_r3”

Description	width of the layer 3
Models	using default value: `CILD_00`, `CILD_00fw`, `CLIC01_ILD`, `CLIC_ILD_CDR`, `CLIC_ILD_CDR500`, `ILD_00`, `ILD_00_EcalSc01`, `ILD_00_EcalSc02`, `ILD_00Dhcal`, `ILD_00fw`, `ILD_00fw_Dhcal`, `ILD_00fwp01`, `ILD_01_dev`, `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, `ILD_O1_v01`, `ILD_O1_v02`, `ILD_O1_v03`, `ILD_O2_v01`, `ILD_O2_v02`, `ILD_O2_v03`, `ILD_O3_v01`, `ILD_O3_v02`, `ILD_O3_v03`, `LDC01_06Sc`, `LDC01_06Sc_p01`, `LDC01_06Sc_p02`, `LDC_GLD_01Sc`, `LDCPrime_02Sc`, `LDCPrime_02Sc_p01`, `LDCPrime_02Sc_p02`, using custom value: (none)
C++ Drivers	using default value: `SVxd02`, `SVxd03`, `SVxd04`, using custom value: (none)

Geometry Parameter “VXD_width_r4”

Description	width of the layer 4
Models	using default value: `LDC01_06Sc`, `LDC01_06Sc_p01`, `LDC01_06Sc_p02`, `LDC_GLD_01Sc`, `LDCPrime_02Sc`, `LDCPrime_02Sc_p01`, `LDCPrime_02Sc_p02`, using custom value: (none)
C++ Drivers	using default value: `SVxd02`, using custom value: (none)

Geometry Parameter “VXD_width_r5”

Description	width of the layer 5
Models	using default value: `CILD_00`, `CILD_00fw`, `CLIC01_ILD`, `CLIC_ILD_CDR`, `CLIC_ILD_CDR500`, `ILD_00`, `ILD_00_EcalSc01`, `ILD_00_EcalSc02`, `ILD_00Dhcal`, `ILD_00fw`, `ILD_00fw_Dhcal`, `ILD_00fwp01`, `ILD_01_dev`, `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, `ILD_O1_v01`, `ILD_O1_v02`, `ILD_O1_v03`, `ILD_O2_v01`, `ILD_O2_v02`, `ILD_O2_v03`, `ILD_O3_v01`, `ILD_O3_v02`, `ILD_O3_v03`, `LDC01_06Sc`, `LDC01_06Sc_p01`, `LDC01_06Sc_p02`, `LDC_GLD_01Sc`, `LDCPrime_02Sc`, `LDCPrime_02Sc_p01`, `LDCPrime_02Sc_p02`, using custom value: (none)
C++ Drivers	using default value: `SVxd02`, `SVxd03`, `SVxd04`, using custom value: (none)

Geometry Parameter “Yoke_Barrel_half_z”

Description	(created at runtime)
Models	using default value: `LDC00_01Rp`, `LDC00_01Sc`, `LDC01_01Rp`, `LDC01_01Sc`, using custom value: (none)
C++ Drivers	using default value: `yoke02`, using custom value: (none)

Geometry Parameter “Yoke_Barrel_Half_Z”

Description	Size in Z direction for the yoke barrel
Models	using default value: `LDC00`, `LDC00_02Sc`, `LDC00_03Rp`, `LDC00_03Sc`, `LDC00Sc`, `LDC01`, `LDC01_02Sc`, `LDC01_05Sc`, `LDC01_06Sc`, `LDC01_06Sc_p01`, `LDC01_06Sc_p02`, `LDC01Sc`, `LDC_GLD_01Sc`, `LDCPrime_01Sc`, `LDCPrime_02Sc`, `LDCPrime_02Sc_p01`, `LDCPrime_02Sc_p02`, `SiD01`, `SiD02`, using custom value: (none)
C++ Drivers	using default value: `SYoke01`, `yoke03`, using custom value: (none)

Geometry Parameter “Yoke_barrel_inner_radius”

Description	Yoke inner radius, should depend on the Coil dimensions.
Models	using default value: `CILD_00`, `CILD_00fw`, `CLIC01_ILD`, `CLIC_ILD_CDR`, `CLIC_ILD_CDR500`, `ILD_00`, `ILD_00_EcalSc01`, `ILD_00_EcalSc02`, `ILD_00Dhcal`, `ILD_00fw`, `ILD_00fw_Dhcal`, `ILD_00fwp01`, `ILD_01_dev`, `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, `ILD_O1_v01`, `ILD_O1_v02`, `ILD_O1_v03`, `ILD_O2_v01`, `ILD_O2_v02`, `ILD_O2_v03`, `ILD_O3_v01`, `ILD_O3_v02`, `ILD_O3_v03`, `LDC00`, `LDC00_01Rp`, `LDC00_01Sc`, `LDC00_02Sc`, `LDC00_03Rp`, `LDC00_03Sc`, `LDC00Sc`, `LDC01`, `LDC01_01Rp`, `LDC01_01Sc`, `LDC01_02Sc`, `LDC01_05Sc`, `LDC01_06Sc`, `LDC01_06Sc_p01`, `LDC01_06Sc_p02`, `LDC01Sc`, `LDC_GLD_01Sc`, `LDCPrime_01Sc`, `LDCPrime_02Sc`, `LDCPrime_02Sc_p01`, `LDCPrime_02Sc_p02`, `SiD01`, `SiD02`, using custom value: (none)
C++ Drivers	using default value: `clicyoke01`, `SField01`, `SYoke01`, `yoke02`, `yoke03`, `yoke04`, `yoke05`, using custom value: (none)

Geometry Parameter “Yoke_BField_cutoff”

Description	cutoff for the magnetic field in the Yoke (in Tesla)
Models	using default value: `CILD_00`, `CLIC01_ILD`, `ILD_00`, `ILD_00_EcalSc01`, `ILD_00_EcalSc02`, `ILD_00Dhcal`, `ILD_01_dev`, `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre02`, `ILD_O1_v01`, `ILD_O1_v02`, `ILD_O1_v03`, `ILD_O2_v01`, `ILD_O2_v02`, `ILD_O2_v03`, `ILD_O3_v01`, `ILD_O3_v02`, `ILD_O3_v03`, `LDC00`, `LDC00_01Rp`, `LDC00_01Sc`, `LDC00_02Sc`, `LDC00Sc`, `LDC01`, `LDC01_01Rp`, `LDC01_01Sc`, `LDC01_02Sc`, `LDC01_05Sc`, `LDC01_06Sc`, `LDC01_06Sc_p01`, `LDC01_06Sc_p02`, `LDC01Sc`, `LDC_GLD_01Sc`, `LDCPrime_01Sc`, `LDCPrime_02Sc`, `LDCPrime_02Sc_p01`, `LDCPrime_02Sc_p02`, `SiD01`, `SiD02`, using custom value: `CLIC_ILD_CDR`, `CLIC_ILD_CDR500`
C++ Drivers	using default value: `SField01`, using custom value: (none)

Geometry Parameter “Yoke_endcap_inner_radius”

Description	Yoke endcaps inner radius.
Models	using default value: `LDC00`, `LDC00_01Rp`, `LDC00_01Sc`, `LDC00_03Rp`, `LDC00_03Sc`, `LDC00Sc`, `LDC01`, `LDC01_01Rp`, `LDC01_01Sc`, `LDC01Sc`, `SiD01`, `SiD02`, using custom value: `CILD_00`, `CILD_00fw`, `CLIC01_ILD`, `CLIC_ILD_CDR`, `CLIC_ILD_CDR500`, `ILD_00`, `ILD_00_EcalSc01`, `ILD_00_EcalSc02`, `ILD_00Dhcal`, `ILD_00fw`, `ILD_00fw_Dhcal`, `ILD_00fwp01`, `ILD_01_dev`, `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, `ILD_O1_v01`, `ILD_O1_v02`, `ILD_O1_v03`, `ILD_O2_v01`, `ILD_O2_v02`, `ILD_O2_v03`, `ILD_O3_v01`, `ILD_O3_v02`, `ILD_O3_v03`, `LDC00_02Sc`, `LDC01_02Sc`, `LDC01_05Sc`, `LDC01_06Sc`, `LDC01_06Sc_p01`, `LDC01_06Sc_p02`, `LDC_GLD_01Sc`, `LDCPrime_01Sc`, `LDCPrime_02Sc`, `LDCPrime_02Sc_p01`, `LDCPrime_02Sc_p02`
C++ Drivers	using default value: `clicyoke01`, `SYoke01`, `yoke02`, `yoke03`, `yoke04`, `yoke05`, using custom value: (none)

Geometry Parameter “Yoke_thickness”

Description	Yoke barrel thickness
Models	using default value: `LDC00`, `LDC00_01Rp`, `LDC00_01Sc`, `LDC00_02Sc`, `LDC00_03Rp`, `LDC00_03Sc`, `LDC00Sc`, `LDC01`, `LDC01_01Rp`, `LDC01_01Sc`, `LDC01_02Sc`, `LDC01_05Sc`, `LDC01_06Sc`, `LDC01_06Sc_p01`, `LDC01_06Sc_p02`, `LDC01Sc`, `LDC_GLD_01Sc`, `LDCPrime_01Sc`, `LDCPrime_02Sc`, `LDCPrime_02Sc_p01`, `LDCPrime_02Sc_p02`, `SiD01`, `SiD02`, using custom value: `CILD_00`, `CILD_00fw`, `CLIC01_ILD`, `CLIC_ILD_CDR`, `CLIC_ILD_CDR500`, `ILD_00`, `ILD_00_EcalSc01`, `ILD_00_EcalSc02`, `ILD_00Dhcal`, `ILD_00fw`, `ILD_00fw_Dhcal`, `ILD_00fwp01`, `ILD_01_dev`, `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, `ILD_O1_v01`, `ILD_O1_v02`, `ILD_O1_v03`, `ILD_O2_v01`, `ILD_O2_v02`, `ILD_O2_v03`, `ILD_O3_v01`, `ILD_O3_v02`, `ILD_O3_v03`
C++ Drivers	using default value: `clicyoke01`, `SField01`, `SYoke01`, `yoke02`, `yoke03`, `yoke04`, `yoke05`, using custom value: (none)

Geometry Parameter “Yoke_with_plug”

Description	Additional parameter for yoke-muon implemented by Predrag
Models	using default value: `CILD_00`, `CILD_00fw`, `CLIC01_ILD`, `CLIC_ILD_CDR`, `CLIC_ILD_CDR500`, `ILD_00`, `ILD_00_EcalSc01`, `ILD_00_EcalSc02`, `ILD_00Dhcal`, `ILD_00fw`, `ILD_00fw_Dhcal`, `ILD_00fwp01`, `ILD_01_dev`, `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, `ILD_O1_v01`, `ILD_O1_v02`, `ILD_O1_v03`, `ILD_O2_v01`, `ILD_O2_v02`, `ILD_O2_v03`, `ILD_O3_v01`, `ILD_O3_v02`, `ILD_O3_v03`, `LDC00_02Sc`, `LDC00_03Rp`, `LDC00_03Sc`, `LDC01_05Sc`, `LDC01_06Sc`, `LDC01_06Sc_p01`, `LDC01_06Sc_p02`, `LDC_GLD_01Sc`, `LDCPrime_01Sc`, `LDCPrime_02Sc`, `LDCPrime_02Sc_p01`, `LDCPrime_02Sc_p02`, using custom value: `LDC01_02Sc`
C++ Drivers	using default value: `yoke03`, `yoke04`, `yoke05`, using custom value: `clicyoke01`

Geometry Parameter “Yoke_Z_start_endcaps”

Description	The Z position where the yoke endcap starts
Models	using default value: `CILD_00`, `CILD_00fw`, `CLIC01_ILD`, `ILD_00`, `ILD_00_EcalSc01`, `ILD_00_EcalSc02`, `ILD_00Dhcal`, `ILD_00fw`, `ILD_00fw_Dhcal`, `ILD_00fwp01`, `ILD_01_dev`, `ILD_01_SciW_pre00`, `ILD_01_SDH_pre00`, `ILD_01pre00`, `ILD_01pre01`, `ILD_01pre01fw`, `ILD_01pre02`, `ILD_O1_v01`, `ILD_O1_v02`, `ILD_O1_v03`, `ILD_O2_v01`, `ILD_O2_v02`, `ILD_O2_v03`, `ILD_O3_v01`, `ILD_O3_v02`, `ILD_O3_v03`, `LDC00`, `LDC00_01Rp`, `LDC00_01Sc`, `LDC00_02Sc`, `LDC00_03Rp`, `LDC00_03Sc`, `LDC00Sc`, `LDC01`, `LDC01_01Rp`, `LDC01_01Sc`, `LDC01_02Sc`, `LDC01_05Sc`, `LDC01_06Sc`, `LDC01_06Sc_p01`, `LDC01_06Sc_p02`, `LDC01Sc`, `LDC_GLD_01Sc`, `LDCPrime_01Sc`, `LDCPrime_02Sc`, `LDCPrime_02Sc_p01`, `LDCPrime_02Sc_p02`, `SiD01`, `SiD02`, using custom value: `CLIC_ILD_CDR`, `CLIC_ILD_CDR500`
C++ Drivers	using default value: `clicyoke01`, `SYoke01`, `yoke02`, `yoke03`, `yoke04`, `yoke05`, using custom value: (none)

Geometry Parameter “z_end_tcmt”

Description	Z coordinate of the exit face of the TCMT
Models	using default value: `TBCern07`, `TBCern0707`, `TBCern0707_01`, `TBCern0707_dchxy_01`, `TBCern0707_p0709`, `TBCern07_01`, `TBCern07_dchxy_01`, `TBCern07_p0709`, `TBCern0807`, `TBCern0807_01`, `TBCern0807_dchxy_01`, `TBCern0807_p0709`, using custom value: (none)
C++ Drivers	using default value: `TBmuoncount03`, using custom value: (none)

Database models03 on polui01.in2p3.fr – 2012-05-21, 14:49:17 +0200 (CEST) – Adrian Vogel, DESY FLC