A monte carlo pin cell spectral code for nuclear engineering applications.
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Geometry Member List

This is the complete list of members for Geometry, including all inherited members.

_alpha1Geometryprivate
_alpha2Geometryprivate
_betaGeometryprivate
_buckling_squaredGeometryprivate
_dancoffGeometryprivate
_fissionerGeometryprivate
_fuelGeometryprivate
_fuel_radiusGeometryprivate
_geometry_nameGeometryprivate
_infinite_mediumGeometryprivate
_moderatorGeometryprivate
_num_batchesGeometryprivate
_num_neutrons_per_batchGeometryprivate
_num_probGeometryprivate
_num_threadsGeometryprivate
_pitchGeometryprivate
_prob_energiesGeometryprivate
_prob_ffGeometryprivate
_prob_mfGeometryprivate
_regionsGeometryprivate
_sigma_eGeometryprivate
_source_sampling_radiusGeometryprivate
_spatial_typeGeometryprivate
addRegion(Region *region)Geometry
contains(neutron *neutron)Geometry
contains(float x, float y, float z)Geometry
findContainingRegion(neutron *neutron)Geometry
findContainingRegion(float x, float y, float z)Geometry
Geometry(spatialType spatial_type, const char *name=(const char *)"")Geometry
getBucklingSquared()Geometry
getName()Geometry
getNumBatches()Geometry
getNumNeutronsPerBatch()Geometry
getNumThreads()Geometry
getSourceSamplingRadius()Geometry
getSpatialType()Geometry
getTotalNumNeutrons()Geometry
getVolume()Geometry
initializeProbModFuelRatios()Geometryprivate
initializeSourceNeutron(neutron *neutron)Geometry
runMonteCarloSimulation()Geometry
setBucklingSquared(float buckling_squared)Geometry
setDancoffFactor(float dancoff)Geometry
setFuelPinRadius(float radius)Geometry
setName(const char *name)Geometry
setNeutronsPerBatch(int num_neutrons_per_batch)Geometry
setNumBatches(int num_batches)Geometry
setNumThreads(int num_threads)Geometry
setPinCellPitch(float pitch)Geometry
setSourceSamplingRadius(float radius)Geometry
setSpatialType(spatialType spatial_type)Geometry
~Geometry()Geometryvirtual