def blot_image(self, blotwcs, interp='poly5', sinscl=1.0):
"""
Resample the output image using an input world coordinate system.
Parameters
----------
blotwcs : wcs
The world coordinate system to resample on.
interp : str, optional
The type of interpolation used in the resampling. The
possible values are "nearest" (nearest neighbor interpolation),
"linear" (bilinear interpolation), "poly3" (cubic polynomial
interpolation), "poly5" (quintic polynomial interpolation),
"sinc" (sinc interpolation), "lan3" (3rd order Lanczos
interpolation), and "lan5" (5th order Lanczos interpolation).
sincscl : float, optional
The scaling factor for sinc interpolation.
"""
util.set_pscale(blotwcs)
self.outsci = doblot.doblot(self.outsci,
self.outwcs,
blotwcs,
1.0,
interp=interp,
sinscl=sinscl)
self.outwcs = blotwcs
def blot_image(self, blotwcs, interp='poly5', sinscl=1.0):
"""
Resample the output image using an input world coordinate system.
Parameters
----------
blotwcs : wcs
The world coordinate system to resample on.
interp : str, optional
The type of interpolation used in the resampling. The
possible values are "nearest" (nearest neighbor interpolation),
"linear" (bilinear interpolation), "poly3" (cubic polynomial
interpolation), "poly5" (quintic polynomial interpolation),
"sinc" (sinc interpolation), "lan3" (3rd order Lanczos
interpolation), and "lan5" (5th order Lanczos interpolation).
sincscl : float, optional
The scaling factor for sinc interpolation.
"""
util.set_pscale(blotwcs)
self.outsci = doblot.doblot(self.outsci, self.outwcs, blotwcs,
1.0, interp=interp, sinscl=sinscl)
self.outwcs = blotwcs