====== Working with geometries ====== {{indexmenu_n>14}} [[:|<< back to HepSim manual]] ====== Changes in compact.xml ====== If you want to make changes in the detector design, edit "compact.xml", and then run the converters: JAVA_OPTS="-Xms2048m -Xmx2048m" GCONVERTER=lcsim/detector-framework/target/lcsim-detector-framework-3.1.6-SNAPSHOT-bin.jar GEOM="mydetector" # name of your detector java $JAVA_OPTS -jar $GCONVERTER -o lcdd compact.xml $GEOM.lcdd slic -g ${GEOM}.lcdd -G ${GEOM}.gdml echo "heprep compact.xml.." java $JAVA_OPTS -jar $GCONVERTER -o heprep compact.xml $GEOM.heprep echo "pandora compact.xml.." java $JAVA_OPTS -jar $GCONVERTER -o pandora compact.xml $GEOM.pandora java $JAVA_OPTS -jar $GCONVERTER -o html compact.xml ${GEOM}.html where "${GEOM}" is the name of the detector geometry. Next, check that you do not have overlapping volumes. Run ROOT with the commands: TGeoManager::Import("mydetector.gdml"); gGeoManager->ViewLeaves(true); gGeoManager->ls("All"); gGeoManager->CheckOverlaps(0.1); //0.1 tolerance or better! gGeoManager->PrintOverlaps(); gGeoManager->GetTopVolume()->Draw("ogl"); If you see that some volumes overlap, come back to "compact.xml" and make corrections. ====== Pandora PFA ====== All information required by Pandora algorithm is stored in the file with the extension ".pandora". This file is created using GeoConvertor, which reads CalorimeterCalibration.properties file. In particular, it reads: * mipEnergy * mipSigma * mipCut * timeCut The sampling fractions are taken from the detector directory called "SamplingFractions". Here files look as this: BeamCal.properties* EcalBarrel.properties* EcalEndcap.properties* HcalBarrel.properties* HcalEndcap.properties* LumiCal.properties* MuonBarrel.properties* MuonEndcap.properties* README* Look at the file: lcsim/detector-framework/src/main/java/org/lcsim/geometry/compact/converter/pandora/Main.java --- //[[chekanov@anl.gov|Sergei Chekanov]] 2017/04/12 21:58//