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| | PBMath2DImage () |
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| | PBMath2DImage (casacore::ImageInterface< casacore::Float > &reJonesImage) |
| | Instantiation from arguments; only an image is needed. More...
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| | PBMath2DImage (casacore::ImageInterface< casacore::Float > &reJonesImage, casacore::ImageInterface< casacore::Float > &imJonesImage) |
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| | PBMath2DImage (const casacore::ImageInterface< casacore::Complex > &jonesImage) |
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| PBMath2DImage & | operator= (const PBMath2DImage &other) |
| | Copy constructor PBMath2DGImage(const PBMath2DImage& other);. More...
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| | ~PBMath2DImage () |
| | destructor More...
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| PBMathInterface::PBClass | whichPBClass () |
| | Get the type of PB this is. More...
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| void | summary (casacore::Int nValues=0) |
| | Summarize the construction data for this primary beam. More...
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| | PBMath2D () |
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| virtual | ~PBMath2D () |
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| virtual casacore::Bool | ok () |
| | Is state of PBMath OK? More...
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| casacore::ImageRegion * | extent (const casacore::ImageInterface< casacore::Complex > &in, const casacore::MDirection &pointing, const casacore::Int irow, const casacore::Float fPad, const casacore::Int iChan, const SkyJones::SizeType sizeType) |
| | Get the casacore::ImageRegion of the primary beam on an Image for a given pointing Note: casacore::ImageRegion is not necesarily constrained to lie within the image region (for example, if the pointing center is near the edge of the image). More...
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| casacore::ImageRegion * | extent (const casacore::ImageInterface< casacore::Float > &in, const casacore::MDirection &pointing, const casacore::Int irow, const casacore::Float fPad, const casacore::Int iChan, const SkyJones::SizeType sizeType) |
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| | PBMathInterface (casacore::Bool isThisVP, BeamSquint squint, casacore::Bool useSymmetricBeam) |
| | Useful constructor. More...
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| virtual | ~PBMathInterface ()=0 |
| | virtual destructor More...
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casacore::ImageInterface
< casacore::Complex > & | applyVP (const casacore::ImageInterface< casacore::Complex > &in, casacore::ImageInterface< casacore::Complex > &out, const casacore::MDirection &sp, const casacore::Quantity parAngle=casacore::Quantity(0.0,"deg"), const BeamSquint::SquintType doSquint=BeamSquint::NONE, casacore::Bool inverse=false, casacore::Bool conjugate=false, casacore::Float cutoff=0.01, casacore::Bool forward=true) |
| | Apply Jones matrix to an image (and adjoint) More...
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casacore::ImageInterface
< casacore::Complex > & | applyPB (const casacore::ImageInterface< casacore::Complex > &in, casacore::ImageInterface< casacore::Complex > &out, const casacore::MDirection &sp, const casacore::Quantity parAngle=casacore::Quantity(0.0,"deg"), const BeamSquint::SquintType doSquint=BeamSquint::NONE, casacore::Bool inverse=false, casacore::Float cutoff=0.01, casacore::Bool forward=true) |
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casacore::ImageInterface
< casacore::Float > & | applyPB (const casacore::ImageInterface< casacore::Float > &in, casacore::ImageInterface< casacore::Float > &out, const casacore::MDirection &sp, const casacore::Quantity parAngle=casacore::Quantity(0.0,"deg"), const BeamSquint::SquintType doSquint=BeamSquint::NONE, casacore::Float cutoff=0.01) |
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casacore::ImageInterface
< casacore::Float > & | applyPB2 (const casacore::ImageInterface< casacore::Float > &in, casacore::ImageInterface< casacore::Float > &out, const casacore::MDirection &sp, const casacore::Quantity parAngle=casacore::Quantity(0.0,"deg"), const BeamSquint::SquintType doSquint=BeamSquint::NONE, casacore::Float cutoff=0.01) |
| | This has a very specialized role (in SkyEquation) and should not be used elsewhere. More...
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| SkyComponent & | applyVP (SkyComponent &in, SkyComponent &out, const casacore::MDirection &sp, const casacore::Quantity frequency, const casacore::Quantity parAngle=casacore::Quantity(0.0,"deg"), const BeamSquint::SquintType doSquint=BeamSquint::NONE, casacore::Bool inverse=false, casacore::Bool conjugate=false, casacore::Float cutoff=0.01, casacore::Bool forward=true) |
| | Apply Jones matrix to a sky component (and adjoint) More...
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| SkyComponent & | applyPB (SkyComponent &in, SkyComponent &out, const casacore::MDirection &sp, const casacore::Quantity frequency, const casacore::Quantity parAngle=casacore::Quantity(0.0,"deg"), const BeamSquint::SquintType doSquint=BeamSquint::NONE, casacore::Bool inverse=false, casacore::Float cutoff=0.01, casacore::Bool forward=true) |
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| SkyComponent & | applyPB2 (SkyComponent &in, SkyComponent &out, const casacore::MDirection &sp, const casacore::Quantity frequency, const casacore::Quantity parAngle=casacore::Quantity(0.0,"deg"), const BeamSquint::SquintType doSquint=BeamSquint::NONE) |
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| void | namePBClass (casacore::String &name) |
| | Convert PBClass enumeration into PBClass String. More...
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| virtual void | setUseSymmetric (casacore::Bool useSym=true) |
| | Fit an azimuthally symmetric beam to the squinted or otherwise 2-D beam for casacore::Stokes I? More...
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| virtual casacore::Bool | getUseSymmetric () |
| | Get value of useSymmetric. More...
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| virtual void | setBandOrFeedName (const casacore::String elnamo) |
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| void | checkJonesCongruent (casacore::ImageInterface< casacore::Float > &reJones, casacore::ImageInterface< casacore::Float > &imJones) |
| | Check for congruency. More...
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| void | checkImageCongruent (casacore::ImageInterface< casacore::Float > &image) |
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| void | updateJones (const casacore::CoordinateSystem &coords, const casacore::IPosition &shape, const casacore::MDirection &pc, const casacore::Quantity &paAngle) |
| | Update the Jones Matrix. More...
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| void | applyJones (const casacore::Array< casacore::Float > *reJones, const casacore::Array< casacore::Float > *imJones, const casacore::Array< casacore::Complex > &in, casacore::Array< casacore::Complex > &out, casacore::Vector< casacore::Int > &polmap, casacore::Bool inverse, casacore::Bool conjugate, casacore::Int ipower, casacore::Float cutoff, casacore::Bool circular=true, casacore::Bool forward=true) |
| | casacore::Complex to Complex More...
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| void | applyJonesFast (const casacore::Float *&reJones, const casacore::Float *&imJones, const casacore::Array< casacore::Complex > &in, casacore::Array< casacore::Complex > &out, casacore::Vector< casacore::Int > &polmap, casacore::Bool, casacore::Bool, casacore::Int ipower, casacore::Float, casacore::Bool circular, casacore::Bool forward) |
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| void | applyJonesFastX (const casacore::Float *&reJones, const casacore::Float *&imJones, const casacore::Complex *&in, casacore::Complex *&outstor, const casacore::Int *&polmap, casacore::Bool, casacore::Bool, casacore::Int ipower, casacore::Float, casacore::Bool circular, casacore::Bool forward, const casacore::Int ix, const casacore::Int nx, const casacore::Int ny, const casacore::Int npol) |
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| void | applyJones (const casacore::Array< casacore::Float > *reJones, const casacore::Array< casacore::Float > *imJones, const casacore::Array< casacore::Float > &in, casacore::Array< casacore::Float > &out, casacore::Vector< casacore::Int > &polmap, casacore::Float cutoff, casacore::Bool circular=true) |
| | casacore::Float to Float More...
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| enum | PBClass {
NONE,
COMMONPB,
AIRY,
GAUSS,
POLY,
IPOLY,
COSPOLY,
NUMERIC,
IMAGE,
ZERNIKE
} |
| | Allowed PBMath Classes. More...
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| enum | { NumberOfPBClasses
} |
| | Number of different classes in PBClass enumeration. More...
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| static void | namePBClass (const PBMathInterface::PBClass iPB, casacore::String &str) |
| | Convert enumeration into a string. More...
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| static casacore::Float | asFloat (const casacore::Complex &value) |
| | Functions to deal with conversions to Float. More...
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| static casacore::Float | asFloat (const casacore::DComplex &value) |
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| static casacore::Float | asFloat (const casacore::Float &value) |
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| static casacore::Float | asFloat (const casacore::Double &value) |
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| casacore::Bool | isThisVP_p |
| | Are the parameters being provided in the derived class constructor describing a Voltage Pattern or a Primary Beam? The default is Voltage Pattern, and we keep it internally as a voltage pattern. More...
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| BeamSquint | squint_p |
| | Beam squint: convention is AZ-EL offset of the casacore::Stokes RR beam w.r.t. More...
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| casacore::Bool | useSymmetricBeam_p |
| | Should we use the effective az-symmetrical primary beam? Otherwise, use squinted beam; if no squint, no difference. More...
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| casacore::String | bandOrFeedName_p |
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2-D Image Primary Beam Model
Intended use:
Public interface
Prerequisite
Etymology
PBMath2DImage: derived from PBMath2D, implements PB and VP from sampled 2D VP
Synopsis
See PBMath2D for a general synopsis of the 2D PB types.
The user supplies a vector which is a numerical representation of a voltage [attern (hey, if you have a PB, just take the square root, and look out for sidelobes which could be negative). The first element in the vector needs to be 1.0, the center of the voltage pattern. The last element of the vector is the value of the VP at the maximumRadius. The maximumRadius and the reference frequency at which the tabulated VP is intended are also required for construction. The PBMath2DImage constructor proceeds by performing SINC interpolation on the input vector to generate the highly oversampled lookup vector.
Example
numPB.applyPB(im1, im2, pointingDir);
Motivation
All of the 2-D PB types have everything in common except for the details of their parameterization. This lightweight class deals with those differences: construction, filling the PBArray from construction parameters, and flushing to disk. The Image type is very handy: someone can take a sample illumination pattern, FT, and take a slice of the resulting voltage pattern and construct a VP from that slice.
To Do
Definition at line 104 of file PBMath2DImage.h.
Public Types inherited from casa::PBMathInterface
1.8.5