Serialized Form

Package jhd.MuMassCalculator

Class jhd.MuMassCalculator.MuMassCalculator.BeamHardenParams extends java.lang.Object implements Serializable

Serialized Fields

detCM

double detCM

The detector scintillator screen or detector element thickness in CM

detFormula

java.lang.String detFormula

The detector scintillator formula, Must be in Atom1:Count1:Atom2:Count2 format, For example Cs:1:I:1 for CsI Cesium Iodide

detGmPerCC

double detGmPerCC

The detector scintillator screen or detector element density in gm/cc

filter

java.lang.String filter

The filter material, typically Al, Cu, Sn, Mo

filterCM

double filterCM

The filter thickness

filterGmPerCC

double filterGmPerCC

The filter density

kv

double kv

The X-ray source accelerating potential, the upper limit on the X-ray energy

kvInc

double kvInc

Divide the source spectrum into nBins discrete energies

kvMin

double kvMin

The lower limit on the X-ray energy

ma

double ma

The X-ray source beam current

matlCM

double matlCM

matl thickness(cm)

matlFormula

java.lang.String matlFormula

compound formula. Must be in Atom1:Count1:Atom2:Count2 format, for example Ca:1:C:1:O:3 for CaCO3 Calcite

matlGmPerCC

double matlGmPerCC

compound density in gm/cc

pixSizeCM

double pixSizeCM

The image pixel size in CM. the code works in CGS units

target

java.lang.String target

The conventional X-ray source anode (target) material

Package jhd.Projection

Class jhd.Projection.FanProjectors.BremFanParams extends FanProjectors.FanParams implements Serializable

Serialized Fields

detCM

double detCM

The detector scintillator screen or detector element thickness in CM

detFormula

java.lang.String detFormula

The detector scintillator formula, Must be in Atom1:Count1:Atom2:Count2 format, For example Cs:1:I:1 for CsI Cesium Iodide

detGmPerCC

double detGmPerCC

The detector scintillator screen or detector element density in gm/cc

filter

java.lang.String filter

The filter material, typically Al, Cu, Sn, Mo

filterCM

double filterCM

The filter thickness

filterGmPerCC

double filterGmPerCC

The filter density

kv

double kv

The X-ray source accelerating potential, the upper limit on the X-ray energy

ma

double ma

The X-ray source beam current

matlFormula

java.lang.String[] matlFormula

Array of compound formulas. Must be in Atom1:Count1:Atom2:Count2 format, for example Ca:1:C:1:O:3 for CaCO3 Calcite

matlGmPerCC

double[] matlGmPerCC

Array of compound densities in gm/cc

matlName

java.lang.String[] matlName

Array of material names, mostly for user convenience

matlTag

int[] matlTag

Array of tags corresponding to a material

minKV

double minKV

The lower limit on the X-ray energy

nBins

int nBins

Divide the source spectrum into nBins discrete energies

target

java.lang.String target

The conventional X-ray source anode (target) material

Class jhd.Projection.FanProjectors.FanParams extends java.lang.Object implements Serializable

Serialized Fields

magnification

float magnification

The magnification for Fan Beam CT, ignored by parallel beam functions

numAng

int numAng

The number of scan angles between 0 and 360 degrees

pixSizeCM

double pixSizeCM

The image pixel size in CM. the code works in CGS units

srcToDetCM

float srcToDetCM

The source to detector distance in pixels for Fan Beam CT, ignored by parallel beam functions

Class jhd.Projection.ParallelProjectors.BremParallelParams extends ParallelProjectors.ParallelParams implements Serializable

Serialized Fields

detCM

double detCM

The detector scintillator screen or detector element thickness in CM

detFormula

java.lang.String detFormula

The detector scintillator formula, Must be in Atom1:Count1:Atom2:Count2 format, For example Cs:1:I:1 for CsI Cesium Iodide

detGmPerCC

double detGmPerCC

The detector scintillator screen or detector element density in gm/cc

filter

java.lang.String filter

The filter material, typically Al, Cu, Sn, Mo

filterCM

double filterCM

The filter thickness

filterGmPerCC

double filterGmPerCC

The filter density

kv

double kv

The X-ray source accelerating potential, the upper limit on the X-ray energy

ma

double ma

The X-ray source beam current

matlFormula

java.lang.String[] matlFormula

Array of compound formulas. Must be in Atom1:Count1:Atom2:Count2 format, for example Ca:1:C:1:O:3 for CaCO3 Calcite

matlGmPerCC

double[] matlGmPerCC

Array of compound densities in gm/cc

matlName

java.lang.String[] matlName

Array of material names, mostly for user convenience

matlTag

int[] matlTag

Array of tags corresponding to a material

minKV

double minKV

The lower limit on the X-ray energy

nBins

int nBins

Divide the source spectrum into nBins discrete energies

pixSizeCM

double pixSizeCM

The image pixel size in CM. the code works in CGS units

target

java.lang.String target

The conventional X-ray source anode (target) material

Class jhd.Projection.ParallelProjectors.ParallelParams extends java.lang.Object implements Serializable

Serialized Fields

numAng

int numAng

The number of scan angles between 0 and 180 degrees