# Generated by makepkg 7.1.0
# using fakeroot version 1.37.1.2
pkgname = geant4
pkgbase = geant4
xdata = pkgtype=pkg
pkgver = 11.4.0-1
pkgdesc = A simulation toolkit for particle physics interactions.
url = http://geant4.cern.ch/
builddate = 1768483889
packager = Unknown Packager
size = 180934136
arch = x86_64
license = custom: http://geant4.cern.ch/license/
conflict = geant4_devel
depend = cmake>=3.16
depend = clhep>=2.4.6.0
depend = expat>=2.0.1
depend = xerces-c>=3
depend = qt6-base
depend = glu
depend = openmotif
depend = soqt
depend = zlib>=1.2.3
depend = python>=3
depend = boost
optdepend = java-environment: for histogram visualizations and analysis
optdepend = tcsh: for C Shell support
optdepend = python: for G4Python support
optdepend = geant4-neutronhpdata: Experimental neutron data files with thermal cross sections
optdepend = geant4-ledata: Data files for low energy electromagnetic processes
optdepend = geant4-levelgammadata: Data files for photon evaporation
optdepend = geant4-radioactivedata: Data files for radioactive decay hadronic processes
optdepend = geant4-particlexsdata: Data files for evaluated p, d, t, He3, He4 and gamma cross sections, replaces geant4-neutronxsdata
optdepend = geant4-piidata: Data files for shell ionisation cross sections
optdepend = geant4-realsurfacedata: Data files for measured optical surface reflectance
optdepend = geant4-saiddata: Data files from evaluated cross-sections in SAID data-base
optdepend = geant4-abladata: Data files for nuclear shell effects in INCL/ABLA hadronic mode
optdepend = geant4-incldata: Data files for proton and neutron density profiles
optdepend = geant4-ensdfstatedata: Nuclei properties from the Evaluated Nuclear Structure Data Files
optdepend = geant4-channelingdata: Data files for the simulations of channeling trajectories
optdepend = geant4-particlehpdata: Data files from the TALYS nuclear model code
optdepend = geant4-nudexlibdata: Nuclear De-excitation data library for (n,gamma) reactions
optdepend = geant4-urrptdata: Particle Tables for the treatment of low-energy neutrons in the Unresolved Resonance Region (URR)
