Skip to content

v00-12

Compare
Choose a tag to compare
@gaede gaede released this 30 Jun 13:29

v00-12

  • 2017-06-12 Daniel Jeans (PR#110)

    • First "development" set of ILD "v02" models, with thicker ECAL and reduced TPC outer radius: Large and Small models have been implemented in "1", "2", and "4" technology options.
    • new dimensions not yet frozen, so will probably need some adjustment
    • re-organisation of code for v2 models: readout definition moved together with detector definitions (previously defined in top-level ILD_*.xml).
    • TPC services (all cooling pipes except one) removed for v02 models. Awaiting input from TPC experts on correct position/size of this pipe.
    • some change to definition of ECAL rails: move to currently favoured 2-rail design. Some update/cleanup of SServices00 driver. This also affects v01 models.
  • 2017-06-28 Shaojun Lu (PR#117)

    • Implement SITCables services for ILD detector models
    • Update the FTD envelope shape to get free space to place SITCables.
    • Add SITCables services parameters into XML files for ILD_common_v01.
    • Add SITCables services parameters into XML files for ILD_common_v02.
  • 2017-06-29 Andre Sailer (PR#119)

    • Split libraries into one without linking against Geant4 and one with Geant4 dependency. Avoid loading of Geant4 libraries in reconstruction
  • 2017-06-29 Shaojun Lu (PR#118)

    • Follow the TUBE update, and use the TUBE envelope radius to fix the services SitDisk overlaps.
    • Define the SitDisk Rmin with TUBE_IPOuterBulge_end_envradius instead of TUBE_IPOuterBulge_end_radius.
    • Implement HcalBarrel_EndcapServices which also include the services coming from Ecal and TPC.
    • Implement HcalBarrel_EndcapServices parameters into both ILD_comon_v01 and ILD_common_v02.
    • Add parameter 'TPC_cooling_nRings' in SServices00.xml to allow change wrt large and small ILD model for this moment.
  • 2017-06-08 Daniel Jeans (PR#107)

    • For ILD models: increase inner radius of FTD envelope, to avoid overlap with beampipe of finite thickness.
  • 2017-06-16 Frank Gaede (PR#112)

    • remove unused and deprecated (AIDASoft/DD4hep#165 ) DDRec extensions LayeringExtension/SubdetectorExtensions from Ecal drivers
  • 2017-06-15 Shaojun Lu (PR#111)

    • Ported ILD Mokka class SServices00 line by line into a new class SServices00_v01 into lcgeo.
    • Used in ILDSServices.cpp to create services geometry for ILD_o1_v05.
  • 2017-05-15 Marko Petric (PR#102)

    • Introduce new model CLIC_o3_v11 and shift segmentation in HCal for half cell size
  • 2017-05-15 Frank Gaede (PR#101)

    • fix the logic for assigning sensitive slices in ILD Hcal drivers
  • 2017-06-30 Frank Gaede (PR#120)

    • update the ILD_(ls)(124)_v02 models
      - move the un-instrumented gaseaous volume in the TPC to the inner field cage
      - cleaned up the use of plugins:
      - CaloFace plugins are now in the SEcal04 drivers (in ILD_common_v02)
      - add DD4hepVolumeManager (for consistency) and InstallSurfaceManager
      to main compact files for all models
  • 2017-06-20 Frank Gaede (PR#114)

    • replace DDSurfaces w/ dd4hep::rec
  • 2017-06-20 Andre Sailer (PR#113)

    • Adapt to changes in namespaces in DD4hep
  • 2017-06-21 Marko Petric (PR#115)

    • Remove using namespace from header
  • 2017-06-26 Frank Gaede (PR#116)

    • fix ILD_o4 models:
    • ILD_l4_v01:
      • reverse order of RPC and scintillator ( RPC first)
    • ILD_l/s4_v02:
      • reverse order of RPC and scintillator ( RPC first)
      • add parameters for tracking volume and reconstruction geometry
      • add surface plugins for tracking
  • 2017-04-28 Daniel Jeans (PR#100)

    • Changes to HCAL endcap envelopes in ILD_l/s* models
      - in all ILD_l/s* models, reduce radial size of hcal endcap envelopes to leave space for cables. cryo-hcal endcap gap is controlled by parameter Hcal_endcap_cryostat_gap, set to 170 mm.
      - in ILD_?2 models, change SDHCAL endcap envelope shape to tube (same as other models)
  • 2017-05-29 TiborILD (PR#106)

    • updated ILD SDHcal drivers and geometry:
      • reverse ordering of slices in Barrel, Endcaps_v01
      • correction for z-cracks in Barrel
      • towers numbering from inner to outer radius (Endcaps_v02)
      • staves numbering 0-3 (Endcaps_v02)
      • removed not used variable and commented line (Endcaps_v02)
  • 2017-05-30 luisaleperez (PR#103)

    • Updated Field maps readers, FieldMapBrBz and FieldMapXYZ, to automatically get from the root file the maps parameters
      • Coordinates ranges, step size and ordering
  • 2017-04-22 StrahinjaLukic (PR#96)

    • Outgoing beam tube radius was reduced by 1 mm from "BeamCal_min_z-5mm" to 5999mm because the BeamCal inner radius was reduced as part of the adjustments to L*=4.1m
    • The protruding outer radius of QDEX1AFront link between tube sections was reduced to the outer radius of the larger tube.
    • The changes affect all ILD models that use ILD_common.
  • 2017-04-22 Frank Gaede (PR#95)

    • fix the creation of the DDRec::LayeredCalorimeterData data structures for the the
      multisegmentation readout model LD_l4_v01
    • reverse the order of the slices in the HcalEndcaps and HCalEndcapRing for this model
  • 2017-05-24 Frank Gaede (PR#104)

    • set the correct DetType_ENDCAP for all ILD HcalEndcapRing models
      - was DetType_BARREL
  • 2017-04-25 Marko Petric (PR#97)

    • Introduce new model CLIC_o3_v10
    • Unify all encoding strings for ECal, HCal, Yoke with the introduction of GlobalCalorimeterReadoutID
  • 2017-04-26 Daniel Jeans (PR#98)

    • use correct LHCal01 detector setup in ILD_l1_v01
  • 2017-06-09 Marko Petric (PR#109)

    • Update the location of DD4hep Handle.inl include file to adapt to DD4hep v00.24
  • 2017-06-09 Daniel Jeans (PR#108)

    • improve SEcal05 drivers and compact description for ILD models
      • remove hard-coded numbers of carbon fiber layers (in alveolii, around absorber plates) in SEcal05* drivers: more flexible.
      • now parameterize in terms of total CF thickness, rather than thickness of one sheet multiplied by number of sheets: easier to understand, more flexible.
      • associated changes required in compact descriptions