, including all inherited members.
| alignfeed(calcAntenna *a, const Pathology *p) | casa::BeamCalc | [private] |
| Antennasetdir(calcAntenna *a, const Double *dir) | casa::BeamCalc | [private] |
| Antennasetfeedpattern(calcAntenna *a, const char *filename, Double scale) | casa::BeamCalc | [private] |
| Antennasetfreq(calcAntenna *a, Double freq) | casa::BeamCalc | [private] |
| antRespPath_p | casa::BeamCalc | [private] |
| antType_p | casa::BeamCalc | [private] |
| applyPathology(Pathology *P, calcAntenna *a) | casa::BeamCalc | [private] |
| astigdishvalue(const calcAntenna *a, Double x, Double y, Double *z, Double *m) | casa::BeamCalc | [private] |
| bandMaxFreq_p | casa::BeamCalc | [private] |
| bandMinFreq_p | casa::BeamCalc | [private] |
| BeamCalc() | casa::BeamCalc | [protected] |
| BeamCalc_NumBandCodes_p | casa::BeamCalc | [private] |
| BeamCalcGeometries_p | casa::BeamCalc | [private] |
| calculateAperture(ApertureCalcParams *ap) | casa::BeamCalc | |
| calculateAperture(ApertureCalcParams *ap, const Int &whichStokes) | casa::BeamCalc | |
| calculateApertureLinPol(ApertureCalcParams *ap, const Int &whichStokes) | casa::BeamCalc | |
| computePixelValues(const ApertureCalcParams *ap, const calcAntenna *a, const Pathology *p, const Double &L0, Complex *Er, Complex *El, const Int &i, const Int &j) | casa::BeamCalc | [private] |
| computePixelValues(const ApertureCalcParams *ap, const calcAntenna *a, const Pathology *p, const Double &L0, Complex *Er, Complex *El, const Int &i, const Int &j, const Int &whichStokes) | casa::BeamCalc | [private] |
| computePixelValuesLinPol(const ApertureCalcParams *ap, const calcAntenna *a, const Pathology *p, const Double &L0, Complex *Ex, Complex *Ey, const Int &i, const Int &j, const Int &whichStokes) | casa::BeamCalc | [private] |
| copyBeamCalcGeometry(BeamCalcGeometry *to, BeamCalcGeometry *from) | casa::BeamCalc | [private] |
| dAdOmega(const calcAntenna *a, const Ray *ray1, const Ray *ray2, const Ray *ray3, const Pathology *p) | casa::BeamCalc | [private] |
| DEG_RAD | casa::BeamCalc | [private, static] |
| deleteAntenna(calcAntenna *a) | casa::BeamCalc | [private] |
| deletePathology(Pathology *P) | casa::BeamCalc | [private] |
| deleteRay(Ray *ray) | casa::BeamCalc | [private] |
| dishfromsub(const calcAntenna *a, Double x, Double y, Double *dishpoint) | casa::BeamCalc | [private] |
| dishvalue(const calcAntenna *a, Double r, Double *z, Double *m) | casa::BeamCalc | [private] |
| dOmega(const calcAntenna *a, const Ray *ray1, const Ray *ray2, const Ray *ray3, const Pathology *p) | casa::BeamCalc | [private] |
| Efield(const calcAntenna *a, const Complex *pol, Complex *E) | casa::BeamCalc | [private] |
| feedfunc(const calcAntenna *a, Double theta) | casa::BeamCalc | [private] |
| feedgain(const calcAntenna *a, const Ray *ray, const Pathology *p) | casa::BeamCalc | [private] |
| getBandID(const Double freq, const String &obsname, const String &antennaType="STANDARD", const MEpoch &obsTime=MEpoch(Quantity(50000.,"d")), const String &otherAntRayPath="") | casa::BeamCalc | |
| getfeedbasis(const calcAntenna *a, Double B[3][3]) | casa::BeamCalc | [private] |
| INCH_METER | casa::BeamCalc | [private, static] |
| Instance() | casa::BeamCalc | [static] |
| instance_p | casa::BeamCalc | [private, static] |
| intersectaperture(const calcAntenna *a, const Double *dish, const Double *unitdir, Double *aper) | casa::BeamCalc | [private] |
| intersectdish(const calcAntenna *a, const Double *sub, const Double *unitdir, Double *dish, Int niter) | casa::BeamCalc | [private] |
| legplanewaveblock(const calcAntenna *a, Double x, Double y) | casa::BeamCalc | [private] |
| legplanewaveblock2(const calcAntenna *a, const Ray *ray) | casa::BeamCalc | [private] |
| legsphericalwaveblock(const calcAntenna *a, const Ray *ray) | casa::BeamCalc | [private] |
| METER_INCH | casa::BeamCalc | [private, static] |
| METER_NS | casa::BeamCalc | [private, static] |
| newAntenna(Double sub_h, Double feed_x, Double feed_y, Double feed_z, Double ftaper, Double thmax, const char *geomfile) | casa::BeamCalc | [private] |
| newAntennafromApertureCalcParams(ApertureCalcParams *ap) | casa::BeamCalc | [private] |
| newPathology() | casa::BeamCalc | [private] |
| newPathologyfromApertureCalcParams(ApertureCalcParams *ap) | casa::BeamCalc | [private] |
| newRay(const Double *sub) | casa::BeamCalc | [private] |
| norm3(Double *v) | casa::BeamCalc | [inline, private] |
| normvec(const Double *a, const Double *b, Double *c) | casa::BeamCalc | [private] |
| NS_METER | casa::BeamCalc | [private, static] |
| obsName_p | casa::BeamCalc | [private] |
| obsTime_p | casa::BeamCalc | [private] |
| Pathologize(Double *sub, const Pathology *p) | casa::BeamCalc | [private] |
| printAntenna(const calcAntenna *a) | casa::BeamCalc | [private] |
| RAD_DEG | casa::BeamCalc | [private, static] |
| Raylen(const Ray *ray) | casa::BeamCalc | [private] |
| setBeamCalcGeometries(const String &obsName, const String &antennaType="STANDARD", const MEpoch &obsTime=MEpoch(Quantity(50000.,"d")), const String &otherAntRayPath="") | casa::BeamCalc | |
| subfromdish(const calcAntenna *a, Double x, Double y, Double *subpoint) | casa::BeamCalc | [private] |
| trace(const calcAntenna *a, Double x, Double y, const Pathology *p) | casa::BeamCalc | [private] |
| tracepol(Complex *E0, const Ray *ray, Complex *E1) | casa::BeamCalc | [private] |
1.6.1
