ImageAnalysis.h

Go to the documentation of this file.

//# ImageAnalysis.h: Image analysis and handling tool
//# Copyright (C) 2007
//# Associated Universities, Inc. Washington DC, USA.
//#
//# This program is free software; you can redistribute it and/or modify it
//# under the terms of the GNU General Public License as published by the Free
//# Software Foundation; either version 2 of the License, or (at your option)
//# any later version.
//#
//# This program is distributed in the hope that it will be useful, but WITHOUT
//# ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or
//# FITNESS FOR A PARTICULAR PURPOSE.  See the GNU General Public License for
//# more details.
//#
//# You should have received a copy of the GNU General Public License along
//# with this program; if not, write to the Free Software Foundation, Inc.,
//# 675 Massachusetts Ave, Cambridge, MA 02139, USA.
//#
//# Correspondence concerning AIPS++ should be addressed as follows:
//#        Internet email: aips2-request@nrao.edu.
//#        Postal address: AIPS++ Project Office
//#                        National Radio Astronomy Observatory
//#                        520 Edgemont Road
//#                        Charlottesville, VA 22903-2475 USA

#ifndef _IMAGEANALYSIS__H__
#define _IMAGEANALYSIS__H__


//# put includes here
#include <coordinates/Coordinates/CoordinateSystem.h>
#include <lattices/LatticeMath/Fit2D.h>
#include <casa/Quanta.h>
#include <measures/Measures/Stokes.h>
#include <images/Images/ImageInfo.h>
#include <images/Images/ImageInterface.h>
#include <components/ComponentModels/ComponentType.h>
#include <casa/Arrays/AxesSpecifier.h>
#include <casa/Utilities/PtrHolder.h>
#include <measures/Measures/Stokes.h>

namespace casa {

class DirectionCoordinate;
class LogIO;
class SkyComponent;
class Record;
class Fit2D;
class ImageRegion;
class ComponentList;
template<class T> class Array;
template<class T> class Block;
template<class T> class PtrBlock; 
template<class T> class Flux;
template<class T> class ImageStatistics;
template<class T> class ImageHistograms;
template<class T> class MaskedArray;
template<class T> class Quantum;
template<class T> class SubLattice;
template<class T> class SubImage;
template<class T> class Vector;

// <summary>
// Image analysis and handling tool
// </summary>

// <synopsis>
// This the casapy image tool.
// One time it should be merged with pyrap's image tool ImageProxy.
// </synopsis>

class ImageAnalysis
{
  public:

    ImageAnalysis();

    //ImageInterface constructor
    ImageAnalysis(const ImageInterface<Float>* inImage);
    
    //Use this constructor with cloneInputPointer=False if you want this object
    // to take over management of the input pointer. The input pointer will be deleted
    // when this object is destroyed.
    ImageAnalysis(ImageInterface<Float>* inImage, const Bool cloneInputPointer);

    virtual ~ImageAnalysis();

    Bool addnoise(const String& type, const Vector<Double>& pars,
                  Record& region, const Bool zero = False);

    ImageInterface<Float> * imagecalc(const String& outfile, 
                                      const String& pixels, 
                                      const Bool overwrite = False);

    ImageInterface<Float> * imageconcat(const String& outfile, 
                                        const Vector<String>& infiles, 
                                        const Int axis, 
                                        const Bool relax = False, 
                                        const Bool tempclose = True, 
                                        const Bool overwrite = False);

    Bool imagefromarray(const String& outfile, Array<Float>& pixels, 
                        const Record& csys, const Bool linear = False, 
                        const Bool overwrite = False, const Bool log = True);

    Bool imagefromascii(const String& outfile, const String& infile, 
                        const Vector<Int>& shape, const String& sep, 
                        const Record& csys, const Bool linear = False, 
                        const Bool overwrite = False);

    Bool imagefromfits(const String& outfile, const String& infile, 
                       const Int whichrep = 0, const Int whichhdu = 0, 
                       const Bool zeroblanks = False, 
                       const Bool overwrite = False);

    Bool imagefromimage(const String& outfile, const String& infile, 
                        Record& region, const String& mask, 
                        const Bool dropdeg = False, 
                        const Bool overwrite = False);

    Bool imagefromshape(const String& outfile, const Vector<Int>& shape, 
                        const Record& csys, const Bool linear = True, 
                        const Bool overwrite = False, const Bool log = True);

    Bool adddegaxes(const String& outfile, 
                    PtrHolder<ImageInterface<Float> >& ph, 
                    const Bool direction, 
                    const Bool spectral, 
                    const String& stokes, 
                    const Bool linear = False, 
                    const Bool tabular = False, 
                    const Bool overwrite = False);

    ImageInterface<Float> * convolve(
        const String& outfile,
        Array<Float>& kernel,
        const String& kernImage,
        const Double scale,
        Record& region, String& mask,
        const Bool overwrite=False,
        const Bool async=False,
        const Bool stretch=False
    );

    Record* boundingbox(const Record& region);

    String brightnessunit();

    Bool calc(const String& pixels);

    // regions should be a Record of Records having different regions

    Bool calcmask(const String& mask, Record& regions, const String& name, 
                  const Bool asdefault = True);


    ImageInterface<Float> * continuumsub(const String& outline, 
                                         const String& outcont, Record& region,
                                         const Vector<int>& channels, 
                                         const String& pol = "", 
                                         const Int fitorder = 0, 
                                         const Bool overwrite = false);

    // the output <src>fakeBeam</src> indicates if there was no beam in the header and a fake one
    // was assumed to do the conversion.
    Quantity convertflux(Bool& fakeBeam, const Quantity& value, const Quantity& major,
                         const Quantity& minor, 
                         const String& type = "Gaussian", 
                         const Bool topeak = True,
                         Bool supressNoBeamWarnings = False);

    ImageInterface<Float>* convolve2d(
                const String& outfile, const Vector<Int>& axes,
            const String& type, const Quantity& major,
            const Quantity& minor, const Quantity& pa,
            Double scale, Record& region, const String& mask,
            const Bool overwrite = False, const Bool stretch=False
    );

    CoordinateSystem coordsys(const Vector<int>& axes);

    CoordinateSystem csys(const Vector<int>& axes);

    Record* coordmeasures(Quantity& intensity, Record& direction, 
                          Record& frequency, Record& velocity, 
                          const Vector<double>& pixel);

   Matrix<Float> decompose(
                   Record& region, const String& mask,
           const Bool simple = false,
           const Double threshold = -1,
           const Int ncontour = 11,
           const Int minrange = 1,
           const Int naxis = 2,
           const Bool fit = True,
           const Double maxrms = -1,
           const Int maxretry = -1,
           const Int maxiter = 256,
           const Double convcriteria = 0.0001
   );

   Matrix<Float> decompose(
                   Matrix<Int>& blcs, Matrix<Int>& trcs,
                   Record& region, const String& mask,
                   const Bool simple = false,
                   const Double threshold = -1,
                   const Int ncontour = 11,
                   const Int minrange = 1,
                   const Int naxis = 2,
                   const Bool fit = True,
                   const Double maxrms = -1,
                   const Int maxretry = -1,
                   const Int maxiter = 256,
                   const Double convcriteria = 0.0001,
                   const Bool stretch=False
   );

    Record deconvolvecomponentlist(Record& complist);

    Bool remove(Bool verbose=true);

    Bool fft(
        const String& real, const String& imag, const String& amp,
        const String& phase, const Vector<Int>& axes, Record& region,
        const String& mask, const Bool stretch
    );

    Record findsources(const Int nmax, const Double cutoff, Record& region, 
                        const String& mask, const Bool point = True, 
                        const Int width = 5, const Bool negfind = False);

    ImageInterface<Float>* fitpolynomial(const String& residfile, 
                                         const String& fitfile, 
                                         const String& sigmafile, 
                                         const Int axis, const Int order, 
                                         Record& region, const String& mask, 
                                         const bool overwrite = false);

    Bool getchunk(Array<Float>& pixel, Array<Bool>& pixmask, 
                  const Vector<Int>& blc, const Vector<Int>& trc, 
                  const Vector<Int>& inc, const Vector<Int>& axes, 
                  const Bool list = False, const Bool dropdeg = False, 
                  const bool getmask = False);

    Bool getregion(
        Array<Float>& pixels, Array<Bool>& pixmask, Record& region,
        const Vector<Int>& axes, const String& mask,
        const Bool list=False, const Bool dropdeg=False,
        const Bool getmask=False, const Bool extendMask=False
    );

    Record* getslice(const Vector<Double>& x, const Vector<Double>& y, 
                     const Vector<Int>& axes, const Vector<Int>& coord, 
                     const Int npts = 0, const String& method = "linear");

    ImageInterface<Float>* hanning(
        const String& outfile, Record& region,
        const String& mask, const Int axis=-10,
        const Bool drop=True,
        const bool overwrite=False,
        const Bool extendMask=True
    );

    Vector<Bool> haslock();

    Bool histograms(
        Record& histout, const Vector<Int>& axes, Record& region,
        const String& mask, const Int nbins,
        const Vector<Double>& includepix, const Bool gauss,
        const Bool cumu, const Bool log, const Bool list,
        const String& plotter, const Int nx, const Int ny,
        const Vector<Int>& size, const Bool force=False,
        const Bool disk=False, const Bool extendMask=False
    );

    Vector<String> history(const Bool list = False, const Bool browse = True);

    ImageInterface<Float> * insert(const String& infile, Record& region, 
                                   const Vector<double>& locate);

    //    Bool isopen();

    Bool ispersistent();

    Bool lock(const Bool writelock = False, const Int nattempts = 0);

    Bool makecomplex(const String& outfile, const String& imag, Record& region,
                     const Bool overwrite = False);

    Vector<String> maskhandler(const String& op,const Vector<String>& nam);

    Record miscinfo();

    Bool modify(
        Record& model, Record& region , const String& mask,
        const Bool subtract = True, const Bool list=True, const Bool extendMask=False
    );

    Record maxfit(Record& region, const Bool point, const Int width = 5, 
                   const Bool negfind = False, const Bool list = True);

    ImageInterface<Float> * moments(
        const Vector<Int>& moments, const Int axis, Record& region,
        const String& mask, const Vector<String>& method,
        const Vector<Int>& smoothaxes,
        const Vector<String>& smoothtypes,
        const Vector<Quantity>& smoothwidths,
        const Vector<Float>& includepix,
        const Vector<Float>& excludepix,
        const Double peaksnr, const Double stddev,
        const String& doppler = "RADIO",  const String& outfile = "",
        const String& smoothout="", const String& plotter="/NULL",
        const Int nx=1, const Int ny=1,  const Bool yind=False,
        const Bool overwrite=False, const Bool drop=True,
        const Bool stretchMask=False
    );

    String name(const Bool strippath = False);

    Bool open(const String& infile);

    Record* pixelvalue(const Vector<Int>& pixel);
    void pixelValue (Bool& offImage, Quantum<Double>& value, Bool& mask,
                     Vector<Int>& pos) const;

    Bool putchunk(const Array<Float>& pixels, const Vector<Int>& blc, 
                  const Vector<Int>& inc, const Bool list = False, 
                  const Bool locking = True, const Bool replicate = False);

    Bool putregion(const Array<Float>& pixels, const Array<Bool>& pixelmask, 
                   Record& region, const Bool list = False, 
                   const Bool usemask = True, 
                   const Bool locking = True, const Bool replicate = False);

    ImageInterface<Float> * rebin(
        const String& outfile,
        const Vector<Int>& bin, Record& region,
        const String& mask, const Bool dropdeg,
        const Bool overwrite=False,
        const Bool extendMask=False
    );

    //regrids to a given coordinate system...one uses a record that is 
    //converted to a CoordinateSytem 

    ImageInterface<Float> * regrid(
        const String& outfile,
        const Vector<Int>& shape,
        const Record& csys, const Vector<Int>& axes,
        Record& region, const String& mask,
        const String& method="linear",
        const Int decimate=10,
        const Bool replicate=False,
        const Bool doref=True,
        const Bool dropdeg=False,
        const Bool overwrite=False,
        const Bool force=False,
        const Bool specAsVelocity=False,
        const Bool extendAxes=False
    );
    

    // regrids to match the "other" image interface...
    ImageInterface<Float> * regrid(
        const String& outfile, const ImageInterface<Float>*other,
        const String& method="linear",
        const Vector<Int>& axes = Vector<Int>(0),
        const Record &region = Record(),
        const String& mask="",
        const Int decimate=10,
        const Bool replicate=False,
        const Bool doref=True,
        const Bool dropdeg=False,
        const Bool overwrite=False,
        const Bool force=False,
        const Bool specAsVelocity=False,
        const Bool extendAxes=False
    );

    ImageInterface<Float>* rotate(
        const String& outfile,
        const Vector<int>& shape,
        const Quantity& pa, Record& region,
        const String& mask,
        const String& method="cubic",
        const Int decimate=0,
        const Bool replicate=False,
        const Bool dropdeg=False,
        const Bool overwrite=False,
        const Bool extendMask=False
    );

    Bool rename(const String& name, const Bool overwrite = False);

    Bool replacemaskedpixels(
        const String& pixels, Record& region,
        const String& mask, const Bool update=False,
        const Bool list=False, const Bool extendMask=False
    );

    Record restoringbeam();

    ImageInterface<Float>* sepconvolve(
        const String& outfile,
        const Vector<Int>& axes,
        const Vector<String>& types,
        const Vector<Quantity>& widths,
        Double scale,
        Record& region,
        const String& mask,
        const bool overwrite=False,
        const bool extendMask=False
    );

    Bool set(const String& pixels, const Int pixelmask, 
             Record& region, const Bool list = false);

    Bool setbrightnessunit(const String& unit);

    bool setcoordsys(const Record& csys);

    bool sethistory(const String& origin, const Vector<String>& history);

    bool setmiscinfo(const Record& info);

    Vector<Int> shape();

    Bool setrestoringbeam(const Quantity& major, const Quantity& minor, 
                          const Quantity& pa, const Record& beam, 
                          const Bool remove = False, const Bool log = True);

    // if messageStore != 0, log messages, stripped of time stampe and priority, will also be placed in this parameter and
    // returned to caller for eg logging to file.
    Bool statistics(
        Record& statsout, const Vector<Int>& axes, Record& region,
        const String& mask, const Vector<String>& plotstats,
        const Vector<Float>& includepix, const Vector<Float>& excludepix,
        const String& plotter="/NULL", const Int nx=1,
        const Int ny=1, const Bool list=True,
        const Bool force=False, const Bool disk=False,
        const Bool robust=False, const Bool verbose=True,
        const Bool extendMask=False, vector<String> *const &messageStore=0
    );

    bool twopointcorrelation(
        const String& outfile, Record& region,
        const String& mask, const Vector<Int>& axes,
        const String& method="structurefunction",
        const Bool overwrite=False, const Bool stretch=False
    );

    ImageInterface<Float> * subimage(const String& outfile, Record& region, 
                                     const String& mask, 
                                     const Bool dropdeg = False, 
                                     const Bool overwrite = False, 
                                     const Bool list = True, const Bool extendMask=False);

    Vector<String> summary(Record& header, const String& doppler = "RADIO", 
                            const Bool list = True, 
                            const Bool pixelorder = True);

    Bool tofits(
        const String& outfile, const Bool velocity, const Bool optical,
        const Int bitpix, const Double minpix, const Double maxpix,
        Record& region, const String& mask,
        const Bool overwrite=False,
        const Bool dropdeg=False, const Bool deglast=False,
        const Bool dropstokes=False, const Bool stokeslast=False,
        const Bool wavelength=False, const Bool airWavelength=False,
        const String& origin="", Bool stretch=False
    );

    Bool toASCII(
        const String& outfile, Record& region, const String& mask,
        const String& sep=" ", const String& format="%e",
        const Double maskvalue=-999, const Bool overwrite=False,
        const Bool extendMask=False
    );


    Vector<Double> topixel(Record& value);

    Record toworld(const Vector<double>& value, const String& format = "n");

    Bool unlock();

    Bool detached();

    Record setregion(const Vector<Int>& blc, const Vector<Int>& trc, 
                      const String& infile = "");

    Record setboxregion(const Vector<Double>& blc, const Vector<Double>& trc,
                        const Bool frac = False, const String& infile = "");

    //make test image...cube or 2d (default)
    bool maketestimage(const String& outfile="", const Bool overwrite=False, 
                       const String& imagetype="2d");

    ImageInterface<Float> * newimage(const String& infile,
                                     const String& outfile,
                                     Record& region,
                                     const String& Mask,
                                     const bool dropdeg = False,
                                     const bool overwrite = False);

    ImageInterface<Float> * newimagefromfile(const String& fileName);

    ImageInterface<Float> * newimagefromarray(const String& outfile,
                                              Array<Float> & pixelsArray,
                                              const Record& csys,
                                              const Bool linear = False,
                                              const Bool overwrite = False,
                                              const Bool log = True);

    ImageInterface<Float> * newimagefromshape(const String& outfile,
                                              const Vector<Int>& shape, 
                                              const Record& csys,
                                              const Bool linear = True, 
                                              const Bool overwrite = False,
                                              const Bool log = True);

    ImageInterface<Float> * newimagefromfits(const String& outfile,
                                             const String& infile, 
                                             const Int whichrep = 0,
                                             const Int whichhdu = 0, 
                                             const Bool zeroblanks = False, 
                                             const Bool overwrite = False);

    Record* echo(Record& v, const Bool godeep = False);


    //Functions to get you back a spectral profile at direction position x, y.
    //x, y are to be in the world coord value or pixel value...user specifies
    //by parameter xytype ("world" or "pixel").
    //On success returns true
    //return value of profile is in zyaxisval, zxaxisval contains the spectral
    //values at which zyaxisval is evaluated its in the spectral type
    //specified by specaxis...possibilities are "pixel", "frequency", "radio velocity"
    //"optical velocity", "wavelength" or "air wavelength" (the code checks for the
    //keywords "pixel", "freq", "vel", "optical", and "radio" in the string)
    // if "vel" is found but no "radio" or "optical", the full relativistic velocity
    // is generated (MFrequency::RELATIVISTIC)
    // xunits determines the units of the x-axis values...default is "GHz" for
    // freq and "km/s" for vel, "mm" for wavelength and "um" for "air wavelength"
    //PLEASE note that the returned value of zyaxisval are the units of the image
    //specframe can be a valid frame from MFrequency...i.e LSRK, LSRD etc...
    Bool getFreqProfile(const Vector<Double>& xy,
                 Vector<Float>& zxaxisval, Vector<Float>& zyaxisval,
                 const String& xytype="world",
                 const String& specaxis="freq",
                 const Int& whichStokes=0,
                 const Int& whichTabular=0,
                 const Int& whichLinear=0,
                 const String& xunits="",
                 const String& specframe="",
                 const Int& whichQuality=0,
                 const String& restValue="");

    //how about using this ?
    //for x.shape(xn) & y shape(yn)
    //if xn == yn == 1, single point
    //if xn == yn == 2, rectangle
    //if (xn == yn) > 2, polygon (could originate from ellipse)
    Bool getFreqProfile(const Vector<Double>& x,
                 const Vector<Double>& y,
                 Vector<Float>& zxaxisval, Vector<Float>& zyaxisval,
                 const String& xytype="world",
                 const String& specaxis="freq",
                 const Int& whichStokes=0,
                 const Int& whichTabular=0,
                 const Int& whichLinear=0,
                 const String& xunits="",
                 const String& specframe="",
                 const Int &combineType=0,
                 const Int& whichQuality=0,
                 const String& restValue="");

    // Return a record of the associates ImageInterface 
    Bool toRecord(RecordInterface& rec);
    // Create a pagedimage if imagename is not "" else create a tempimage
    Bool fromRecord(const RecordInterface& rec, const String& imagename="");

    // Deconvolve from beam
    // return True if the deconvolved source is a point source, False otherwise
    // The returned value of successFit is True if the deconvolution could be performed, False otherwise.
    casa::Bool
      deconvolveFromBeam(Quantity& majorFit,
                         Quantity& minorFit,
                         Quantity& paFit,
                         Bool& successFit,
                         const Vector<Quantity>& beam);

    // get the associated ImageInterface object
    const ImageInterface<Float>* getImage() const;

    // If file name empty make TempImage (allowTemp=T) or do nothing.
    // Otherwise, make a PagedImage from file name and copy mask and
    // misc from inimage.   Returns T if image made, F if not
    static Bool makeExternalImage (
        std::auto_ptr<ImageInterface<Float> >& image,
        const String& fileName,
        const CoordinateSystem& cSys,
        const IPosition& shape,
        const ImageInterface<Float>& inImage,
        LogIO& os, Bool overwrite=False,
        Bool allowTemp=False,
        Bool copyMask=True
    );


 private:
    
    ImageInterface<Float> *pImage_p;
    LogIO *itsLog;

  

    // Having private version of IS and IH means that they will
    // only recreate storage images if they have to

    ImageStatistics<casa::Float>* pStatistics_p;
    ImageHistograms<casa::Float>* pHistograms_p;
    //
    IPosition last_chunk_shape_p;
    ImageRegion* pOldStatsRegionRegion_p;
    casa::ImageRegion* pOldStatsMaskRegion_p;
    casa::ImageRegion* pOldHistRegionRegion_p;
    casa::ImageRegion* pOldHistMaskRegion_p;
    casa::Bool oldStatsStorageForce_p, oldHistStorageForce_p;


   
    // Center refpix apart from STokes
    void centreRefPix (casa::CoordinateSystem& cSys,
                       const casa::IPosition& shape) const;
    
    // Convert types
    casa::ComponentType::Shape convertModelType (casa::Fit2D::Types typeIn) const;
   
    // Delete private ImageStatistics and ImageHistograms objects
    bool deleteHistAndStats();
   

    // Hanning smooth a vector
    void hanning_smooth (casa::Array<casa::Float>& out,
                         casa::Array<casa::Bool>& maskOut,
                         const casa::Vector<casa::Float>& in,
                         const casa::Array<casa::Bool>& maskIn,
                         casa::Bool isMasked) const;
    
    
// Make a new image with given CS
    casa::Bool make_image(casa::String &error, const casa::String &image,
                          const casa::CoordinateSystem& cSys,
                          const casa::IPosition& shape,
                          casa::LogIO& os, casa::Bool log=casa::True,
                          casa::Bool overwrite=casa::False);
    

    // Make a mask and define it in the image.
    static Bool makeMask(casa::ImageInterface<Float>& out,
                        String& maskName,
                        Bool init, Bool makeDefault,
                        LogIO& os, Bool list);

// See if the combination of the 'region' and 'mask' ImageRegions have changed
    casa::Bool haveRegionsChanged (casa::ImageRegion* pNewRegionRegion,
                                   casa::ImageRegion* pNewMaskRegion,
                                   casa::ImageRegion* pOldRegionRegion,
                                   casa::ImageRegion* pOldMaskRegion) const;

// Convert a Record to a CoordinateSystem
    casa::CoordinateSystem*
      makeCoordinateSystem(const casa::Record& cSys,
                           const casa::IPosition& shape) const;
    
    // Make a block of regions from a Record
    void makeRegionBlock(casa::PtrBlock<const casa::ImageRegion*>& regions,
                         const casa::Record& Regions,
                         casa::LogIO& logger);
    
    // Set the cache
    void set_cache(const casa::IPosition& chunk_shape) const;
    

    // Prints an error message if the image DO is detached and returns True.
    //bool detached() const;
    
    // Convert object-id's in the expression to LatticeExprNode objects.
    // It returns a string where the object-id's are placed by $n.
    // That string can be parsed by ImageExprParse.
    // Furthermore it fills the string exprName with the expression
    // where the object-id's are replaced by the image names.
    // Note that an image name can be an expression in itself, so
    // this string is not suitable for the ImageExprParse.
    //casa::String substituteOID (casa::Block<casa::LatticeExprNode>& nodes,
    //                            casa::String& exprName,
    //                            const casa::String& expr) const;


    // Some helper functions that needs to be in casa namespace coordsys
    
    Record toWorldRecord (const Vector<Double>& pixel, 
                       const String& format) const;

    Record worldVectorToRecord (const Vector<Double>& world, 
                                Int c, const String& format, 
                                Bool isAbsolute, Bool showAsAbsolute) const;

    Record worldVectorToMeasures(const Vector<Double>& world, 
                                 Int c, Bool abs) const;

    void trim (Vector<Double>& inout, 
               const Vector<Double>& replace) const;

    //return a vector of the spectral axis values in units requested
    //e.g "vel", "fre" or "pix"..specVal has to be sized already 
    Bool getSpectralAxisVal(const String& specaxis, Vector<Float>& specVal, 
                            const CoordinateSystem& cSys, const String& xunits, 
                            const String& freqFrame="", const String& restValue="");
    //return a vector of the spectral axis values in units requested
    //e.g "vel", "fre" or "pix"..specVal has to be sized already


    ImageInterface<Float> * _regrid(
        const String& outfile, const Vector<Int>& shape,
        const CoordinateSystem& csys, const Vector<Int>& axes,
        const Record& region, const String& mask,
        const String& method, const Int decimate,
        const Bool replicate, const Bool doref,
        const Bool dropdeg, const Bool overwrite,
        const Bool force, const Bool extendMask
    );

    ImageInterface<Float>* _regridByVelocity(
        const String& outfile, const Vector<Int>& shape,
        const CoordinateSystem& csysTemplate, const Vector<Int>& axes,
        const Record& region, const String& mask,
        const String& method, const Int decimate,
        const Bool replicate, const Bool doref,
        const Bool dropdeg, const Bool overwrite,
        const Bool force, const Bool extendMask
    ) const;
};

} // casac namespace
#endif