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ILD software pre-meeting, LAL, Orsay, May 22 nd 2011 p1p1 SDHCAL software status Gérald Grenier IPN Lyon, Université Lyon 1 ILD Software pre-meeting, LAL,

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Presentation on theme: "ILD software pre-meeting, LAL, Orsay, May 22 nd 2011 p1p1 SDHCAL software status Gérald Grenier IPN Lyon, Université Lyon 1 ILD Software pre-meeting, LAL,"— Presentation transcript:

1 ILD software pre-meeting, LAL, Orsay, May 22 nd 2011 p1p1 SDHCAL software status Gérald Grenier IPN Lyon, Université Lyon 1 ILD Software pre-meeting, LAL, Orsay May 22 nd 2011

2 ILD software pre-meeting, LAL, Orsay, May 22 nd 2011 p2p2 Mokka simulation Available in ilcsoft v01-11 : GRPC with detailed implementation Tracking of a Geantino through the RPC 1 -844 -1.9e+03 365 4e+04 0 2.11e+03 2.11e+03 BarrelHcalModule Transportation 2 -853 -1.92e+03 369 4e+04 0 21.8 2.13e+03 physiRPCFree Transportation 3 -853 -1.92e+03 369 4e+04 0 0.402 2.13e+03 physiRPCmylarCathode Transportation 4 -853 -1.92e+03 369 4e+04 0 0.196 2.13e+03 physiRPCGraphiteCathode Transportation 5 -853 -1.92e+03 369 4e+04 0 0.0544 2.13e+03 physiRPCThickGlass Transportation 6 -854 -1.92e+03 369 4e+04 0 1.2 2.13e+03 physiRPCGap Transportation 7 -854 -1.92e+03 370 4e+04 0 1.31 2.14e+03 physiRPCThinGlass Transportation 8 -855 -1.92e+03 370 4e+04 0 0.761 2.14e+03 physiRPCGraphiteAnode Transportation 9 -855 -1.92e+03 370 4e+04 0 0.0544 2.14e+03 physiRPCmylar Transportation 10 -855 -1.92e+03 370 4e+04 0 0.0544 2.14e+03 physiRPCPCB Transportation 11 -855 -1.92e+03 370 4e+04 0 1.31 2.14e+03 physiRPCElectronics Transportation 12 -856 -1.93e+03 370 4e+04 0 1.74 2.14e+03 BarrelHcalModule Transportation

3 ILD software pre-meeting, LAL, Orsay, May 22 nd 2011 p3p3 Mokka simulation Available in ilcsoft v01-11 : GRPC with detailed implementation GRPC sensitive detector with Videau barrel geometry or TESLA barrel geometry Hit position withsingle muon :

4 ILD software pre-meeting, LAL, Orsay, May 22 nd 2011 p4p4 Mokka simulation Available in ilcsoft v01-11 : GRPC with detailed implementation GRPC sensitive detector with Videau geometry or TESLA geometry Easy to choose between geometries and options In the steering file for Mokka : /Mokka/init/detectorModel ILD_01pre00 /Mokka/init/EditGeometry/rmSubDetector ShcalSc03 #TESLA GEOMETRY /Mokka/init/EditGeometry/addSubDetector SHcalRpc02 110 #VIDEAU GEOMETRY #/Mokka/init/EditGeometry/addSubDetector SHcalRpc01 110 #For TESLA GEOMETRY, CAN CHOOSE BETWEEN DETECTORS #/Mokka/init/globalModelParameter Hcal_sensitive_model scintillator /Mokka/init/globalModelParameter Hcal_sensitive_model SDRPC /Mokka/init/globalModelParameter Hcal_cells_size 10

5 ILD software pre-meeting, LAL, Orsay, May 22 nd 2011 p5p5 Mokka simulation Available in ilcsoft v01-11 : GRPC with detailed implementation GRPC sensitive detector with Videau barrel geometry or TESLA barrel geometry Easy to choose between geometries ans options Missing item : Endcaps and Endcap Rings still with scintillators in all cases. Work started to put GRPC there too. Code written locally Not yet debugged No cables nor services in simulation (not a big effect for Videau geometry).

6 ILD software pre-meeting, LAL, Orsay, May 22 nd 2011 p6p6 Digitisation Transform GEANT4 deposited energy to induced charge. Measure GRPC Analog signal with cosmic muon GRPC 0.12cm preamp gate QDC Scintillator Charge Spectrum Cosmic Test Set Up 64 Channels, trigger area < Channel area Analog readout Charge(pC) Polya-distribution: Cosmic Charge Polya Fit 7400V Polya Fitting

7 ILD software pre-meeting, LAL, Orsay, May 22 nd 2011 p7p7 Digitisation Transform GEANT4 deposited energy to induced charge. Measure GRPC Analog signal with cosmic muon Simulate it in Marlin Processor and compare with data

8 ILD software pre-meeting, LAL, Orsay, May 22 nd 2011 p8p8 Digitisation Transform GEANT4 deposited energy to induced charge. Measure GRPC Analog signal with cosmic muon Simulate it in Marlin Processor and compare with data The Marlin Processor can also simulate the 3 thresholds. Calibrate the 3 Thresholds with single K 0 L and Pandora. Pandora made compatible with Videau geometry.

9 ILD software pre-meeting, LAL, Orsay, May 22 nd 2011 p9p9 Multiplicity Spread of the induced charge KIRK T. MCDONALD’s lecture At low order, equivalent to a 2D gaussian with width 1.0cm d Dispatching induced charge on more than one cell for tracks on the cell border. Parameter a tuned to data

10 ILD software pre-meeting, LAL, Orsay, May 22 nd 2011 p 10 Multiplicity Spread of the induced charge Dispatching of induced charge in more than one cell Comparison between standalone GEANT4 program (not Mokka) and data : it works (note : standalone GEANT4 protoype simulation produces LCIO files)

11 ILD software pre-meeting, LAL, Orsay, May 22 nd 2011 p 11 Multiplicity Spread of the induced charge Dispatching of induced charge in more than one cell Implementation in Marlin, need track position inside the cell : wait for LCIO v2 Randomly draw track position inside the Cell (Marlin Processor written) Mokka simulation with 1mm 2 cells and rebuild 1cm 2 cells in Marlin (Marlin processor written)

12 ILD software pre-meeting, LAL, Orsay, May 22 nd 2011 p 12 Multiplicity Dispatching of induced charge in more than one cell Implementation in Marlin, need track position inside the cell : Mokka simulation with 1mm 2 cells and rebuild 1cm 2 cells in Marlin (Marlin processor written)

13 ILD software pre-meeting, LAL, Orsay, May 22 nd 2011 p 13 Multiplicity Dispatching of induced charge in more than one cell for tracks on the cell border

14 ILD software pre-meeting, LAL, Orsay, May 22 nd 2011 p 14 Analysis tools Marlin processors written : Use of PandoraPFANew Code have been updated to deal with Videau geometry Some other minor stuff to implement (gap between modules)

15 ILD software pre-meeting, LAL, Orsay, May 22 nd 2011 p 15 Analysis tools Marlin processors written : Use of PandoraPFANew Code have been updated to deal with Videau geometry Some other minor stuff to implement (gap between modules) Minimum Spanning Tree For PID and Energy Estimation

16 ILD software pre-meeting, LAL, Orsay, May 22 nd 2011 p 16 Analysis tools Marlin processors written : Use of PandoraPFANew Code have been updated to deal with Videau geometry Some other minor stuff to implement (gap between modules) Minimum Spanning Tree Fractal Dimension N a number of hits for cell surface = a a>b; a=nb b=1mm b=10m m PID performance : For PID and Energy Estimation

17 ILD software pre-meeting, LAL, Orsay, May 22 nd 2011 p 17 Conclusion Geometry simulation : Barrel simulation ready, in Mokka and debugged Endcap simulation : debug GRPC as sensitive detector. Simulation of induced charge and threshold effects : Ready Debugged Tested against data Multiplicity simulation: Physics understood Tested against data Technical solution to choose. Reconstruction : Update of Pandora started. Some advanced tools using SDHCAL fine granularity already developped. Testbeam data : Testbeam DAQ produces LCIO files. For more details, see CALICE meetings talks : ● https://indico.cern.ch/getFile.py/access?contribId=41&sessionId=6&resId=1&materialId=slides&confId=136864 https://indico.cern.ch/getFile.py/access?contribId=41&sessionId=6&resId=1&materialId=slides&confId=136864 ● http://indico.cern.ch/getFile.py/access?contribId=19&sessionId=5&resId=0&materialId=slides&confId=136864 http://indico.cern.ch/getFile.py/access?contribId=19&sessionId=5&resId=0&materialId=slides&confId=136864 ● http://indico.cern.ch/getFile.py/access?contribId=28&sessionId=5&resId=0&materialId=slides&confId=136864 http://indico.cern.ch/getFile.py/access?contribId=28&sessionId=5&resId=0&materialId=slides&confId=136864

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