Man pages for libamtrack
Computational Routines for Proton and Ion Radiotherapy
| AT.add.leading.zeros | AT.add.leading.zeros |
| AT.add.trailing.zeros | AT.add.trailing.zeros |
| AT.A.from.particle.no | AT.A.from.particle.no |
| AT.atomic.weight.from.Z | AT.atomic.weight.from.Z |
| AT.average.A.from.composition | AT.average.A.from.composition |
| AT.average.Z.from.composition | AT.average.Z.from.composition |
| AT.beam.par.physical.to.technical | AT.beam.par.physical.to.technical |
| AT.beam.par.technical.to.physical | AT.beam.par.technical.to.physical |
| AT.beta.from.E | AT.beta.from.E |
| AT.CPPSC.alpha.and.beta | AT.CPPSC.alpha.and.beta |
| AT.CSDA.range.g.cm2 | AT.CSDA.range.g.cm2 |
| AT.dose.Gy.from.fluence.cm2 | AT.dose.Gy.from.fluence.cm2 |
| AT.dose.weighted.E.MeV.u | AT.dose.weighted.E.MeV.u |
| AT.dose.weighted.LET.MeV.cm2.g | AT.dose.weighted.LET.MeV.cm2.g |
| AT.D.RDD.Gy | AT.D.RDD.Gy |
| AT.effective.charge.from.E.MeV.u | AT.effective.charge.from.E.MeV.u |
| AT.effective.Z.from.composition | AT.effective.Z.from.composition |
| AT.E.from.beta | AT.E.from.beta |
| AT.electron.density.m3 | AT.electron.density.m3 |
| AT.electron.density.m3.from.composition | AT.electron.density.m3.from.composition |
| AT.electron.density.m3.from.material.no | AT.electron.density.m3.from.material.no |
| AT.E.MeV.u.from.momentum.MeV.c.u | AT.E.MeV.u.from.momentum.MeV.c.u |
| AT.energy.loss.from.lambda.gauss | AT.energy.loss.from.lambda.gauss |
| AT.energy.loss.from.lambda.landau | AT.energy.loss.from.lambda.landau |
| AT.energy.loss.from.lambda.vavilov | AT.energy.loss.from.lambda.vavilov |
| AT.energy.straggling.after.slab.E.MeV.u | AT.energy.straggling.after.slab.E.MeV.u |
| AT.energy.straggling.MeV2.cm2.g | AT.energy.straggling.MeV2.cm2.g |
| AT.fluence.cm2.from.dose.Gy | AT.fluence.cm2.from.dose.Gy |
| AT.fluence.weighted.E.MeV.u | AT.fluence.weighted.E.MeV.u |
| AT.fluence.weighted.LET.MeV.cm2.g | AT.fluence.weighted.LET.MeV.cm2.g |
| AT.FLUKA.particle.name.to.libamtrack.particle.name | AT.FLUKA.particle.name.to.libamtrack.particle.name |
| AT.FLUKA.read.USRBIN.mesh | AT.FLUKA.read.USRBIN.mesh |
| AT.FLUKA.read.USRBIN.regs | AT.FLUKA.read.USRBIN.regs |
| AT.FLUKA.read.USRTRACK | AT.FLUKA.read.USRTRACK |
| AT.gamma.from.E | AT.gamma.from.E |
| AT.gamma.response | AT.gamma.response |
| AT.Gauss.IDF | AT.Gauss.IDF |
| AT.Gauss.PDF | AT.Gauss.PDF |
| AT.get.materials.data | AT.get.materials.data |
| AT.I.eV.from.composition | AT.I.eV.from.composition |
| AT.inverse.gamma.response | AT.inverse.gamma.response |
| AT.kappa | AT.kappa |
| AT.lambda.landau.from.energy.loss | AT.lambda.landau.from.energy.loss |
| AT.lambda.max | AT.lambda.max |
| AT.lambda.mean | AT.lambda.mean |
| AT.lambda.vavilov.from.energy.loss | AT.lambda.vavilov.from.energy.loss |
| AT.Landau.IDF | AT.Landau.IDF |
| AT.Landau.PDF | AT.Landau.PDF |
| AT.Mass.Stopping.Power | AT.Mass.Stopping.Power |
| AT.Mass.Stopping.Power.with.no | AT.Mass.Stopping.Power.with.no |
| AT.material.name.from.material.no | AT.material.name.from.material.no |
| AT.material.no.from.material.name | AT.material.no.from.material.name |
| AT.max.electron.ranges.m | AT.max.electron.ranges.m |
| AT.max.E.transfer.MeV | AT.max.E.transfer.MeV |
| AT.max.E.transfer.MeV.new | AT.max.E.transfer.MeV.new |
| AT.mean.energy.loss.keV | AT.mean.energy.loss.keV |
| AT.mean.number.of.tracks.contrib | AT.mean.number.of.tracks.contrib |
| AT.momentum.MeV.c.u.from.E.MeV.u | AT.momentum.MeV.c.u.from.E.MeV.u |
| AT.nuclear.spin.from.particle.no | AT.nuclear.spin.from.particle.no |
| AT.particle.name.from.particle.no | AT.particle.name.from.particle.no |
| AT.particle.no.from.particle.name | AT.particle.no.from.particle.name |
| AT.particle.no.from.Z.and.A | AT.particle.no.from.Z.and.A |
| AT.r.RDD.m | AT.r.RDD.m |
| AT.run.CPPSC.method | AT.run.CPPSC.method |
| AT.run.GSM.method | AT.run.GSM.method |
| AT.run.IGK.method | AT.run.IGK.method |
| AT.Rutherford.SDCS | AT.Rutherford.SDCS |
| AT.set.user.material | AT.set.user.material |
| AT.set.user.material.from.composition | AT.set.user.material.from.composition |
| AT.SPC.convert.to.DDD | AT.SPC.convert.to.DDD |
| AT.SPC.export.DEDX | AT.SPC.export.DEDX |
| AT.SPC.get | AT.SPC.get |
| AT.SPC.get.list | AT.SPC.get.list |
| AT.SPC.interpolate | AT.SPC.interpolate |
| AT.SPC.read | AT.SPC.read |
| AT.SPC.spectrum.at.depth.g.cm2 | AT.SPC.spectrum.at.depth.g.cm2 |
| AT.SPC.spectrum.at.depth.step | AT.SPC.spectrum.at.depth.step |
| AT.SPC.tapply | AT.SPC.tapply |
| AT.Stopping.Power | AT.Stopping.Power |
| AT.stopping.power.ratio | AT.stopping.power.ratio |
| AT.Stopping.Power.with.no | AT.Stopping.Power.with.no |
| AT.total.D.Gy | AT.total.D.Gy |
| AT.total.fluence.cm2 | AT.total.fluence.cm2 |
| AT.translate.dose.into.DSB.distribution | AT.translate.dose.into.DSB.distribution |
| AT.Vavilov.IDF | AT.Vavilov.IDF |
| AT.Vavilov.PDF | AT.Vavilov.PDF |
| AT.xi.keV | AT.xi.keV |
| AT.Z.from.particle.no | AT.Z.from.particle.no |
| E.MeV.u | Ion energy values |
| er.model | Electron-range models |
| fluence.cm2.or.dose.Gy | Fluence and dose as equivalent input parameters |
| gamma.model | Gamma (X ray) response models |
| libamtrack-package | libamtrack package |
| material.name | Material naming convention |
| material.no | Material indexing convention |
| number.of.field.components | Handling of mixed particle fields |
| particle.name | Particle naming convention |
| particle.no | Particle indexing convention |
| rdd.model | Radial dose distribution (rdd) models |
| stopping.power.source.no | Sources of stopping power data |
