Isotope Member List

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

_A	Isotope	private
_A_plus_one_squared	Isotope	private
_A_squared	Isotope	private
_absorb_xs	Isotope	private
_absorb_xs_energies	Isotope	private
_alpha	Isotope	private
_AO	Isotope	private
_capture_rescaled	Isotope	private
_capture_xs	Isotope	private
_capture_xs_energies	Isotope	private
_delta_lethargy	Isotope	private
_E_to_kT	Isotope	private
_elastic_rescaled	Isotope	private
_elastic_xs	Isotope	private
_elastic_xs_energies	Isotope	private
_end_lethargy	Isotope	private
_Eprime_to_E	Isotope	private
_eta	Isotope	private
_fission_rescaled	Isotope	private
_fission_xs	Isotope	private
_fission_xs_energies	Isotope	private
_fissionable	Isotope	private
_isotope_name	Isotope	private
_kB	Isotope	private
_mu_avg	Isotope	private
_n	Isotope	privatestatic
_num_absorb_xs	Isotope	private
_num_capture_xs	Isotope	private
_num_elastic_xs	Isotope	private
_num_energies	Isotope	private
_num_fission_xs	Isotope	private
_num_thermal_cdf_bins	Isotope	private
_num_thermal_cdfs	Isotope	private
_num_total_xs	Isotope	private
_rescaled	Isotope	private
_rho	Isotope	private
_start_lethargy	Isotope	private
_T	Isotope	private
_thermal_cdfs	Isotope	private
_thermal_cutoff	Isotope	private
_thermal_dist	Isotope	private
_total_xs	Isotope	private
_total_xs_energies	Isotope	private
_uid	Isotope	private
_use_thermal_scattering	Isotope	private
clone()	Isotope
collideNeutron(neutron *neutron)	Isotope
generateAbsorptionXS(float start_energy, float end_energy, int num_energies)	Isotope	private
generateTotalXS(float start_energy, float end_energy, int num_energies)	Isotope	private
getA() const	Isotope
getAbsorptionXS(float energy) const	Isotope
getAbsorptionXS(int energy_index) const	Isotope
getAlpha() const	Isotope
getCaptureXS(float energy) const	Isotope
getCaptureXS(int energy_index) const	Isotope
getDistanceTraveled(neutron *neutron)	Isotope
getElasticXS(float energy) const	Isotope
getElasticXS(int energy_index) const	Isotope
getEnergyGridIndex(float energy) const	Isotope	inline
getFissionXS(float energy) const	Isotope
getFissionXS(int energy_index) const	Isotope
getIsotopeName() const	Isotope
getMuAverage() const	Isotope
getNumThermalCDFBins()	Isotope
getNumThermalCDFs()	Isotope
getNumXSEnergies(char *xs_type) const	Isotope
getTemperature() const	Isotope
getThermalScatteringCutoff()	Isotope
getThermalScatteringEnergy(float energy)	Isotope
getTotalXS(float energy) const	Isotope
getTotalXS(int energy_index) const	Isotope
getTransportXS(int energy_index) const	Isotope
getTransportXS(float energy) const	Isotope
getUid() const	Isotope
initializeThermalScattering(float start_energy, float end_energy, int num_bins, int num_distributions)	Isotope	private
isFissionable() const	Isotope
Isotope(char *_isotope_name)	Isotope
isRescaled() const	Isotope
loadXS()	Isotope	private
loadXS(char *xs_type)	Isotope
makeFissionable()	Isotope
neglectThermalScattering()	Isotope
parseName(char *isotope_name)	Isotope
rescaleXS(float start_energy, float end_energy, int num_energies)	Isotope	private
retrieveEprimeToE(float *Eprime_to_E, int num_bins)	Isotope
retrieveEtokT(float *E_to_kT, int num_cdfs)	Isotope
retrieveThermalCDFs(float *cdfs, int num_values)	Isotope
retrieveThermalPDFs(float *pdfs, int num_values)	Isotope
retrieveXS(float *xs, int num_xs, char *xs_type) const	Isotope
retrieveXSEnergies(float *energies, int num_xs, char *xs_type) const	Isotope
sampleCollisionType(neutron *neutron)	Isotope
setA(int A)	Isotope
setCaptureXS(float *capture_xs, float *capture_xs_energies, int num_capture_xs)	Isotope	private
setCaptureXS(double *energies, int num_energies, double *capture_xs, int num_xs)	Isotope
setElasticXS(float *elastic_xs, float *elastic_xs_energies, int num_elastic_xs)	Isotope	private
setElasticXS(double *energies, int num_energies, double *elastic_xs, int num_xs)	Isotope
setFissionXS(float *fission_xs, float *fission_xs_energies, int num_fission_xs)	Isotope	private
setFissionXS(double *energies, int num_energies, double *fission_xs, int num_xs)	Isotope
setMultigroupCaptureXS(double *energies, int num_energies, double *capture_xs, int num_xs)	Isotope
setMultigroupElasticXS(double *energies, int num_energies, double *elastic_xs, int num_xs)	Isotope
setMultigroupFissionXS(double *energies, int num_energies, double *fission_xs, int num_xs)	Isotope
setTemperature(float T)	Isotope
setThermalScatteringCutoff(float cutoff_energy)	Isotope
thermalScatteringProb(float E_prime_to_E, int dist_index)	Isotope	private
usesThermalScattering()	Isotope
useThermalScattering()	Isotope
~Isotope()	Isotope	virtual