def finalize(self):
from isceobj.Util import combinedlibmodule as CL
CL.freeCPoly2D(self._poly)
try:
DA.finalizeAccessor(self._accessor, self._factory)
except TypeError:
message = "Poly2D %s is already finalized" % str(self)
if ERROR_CHECK_FINALIZE:
raise RuntimeError(message)
else:
print(message)
self._accessor = None
self._factory = None
return None
def destroyImages(self):
CL.freeCPoly2D(self.rangeCarrierAccessor)
CL.freeCPoly2D(self.azimuthCarrierAccessor)
CL.freeCPoly2D(self.rangeOffsetsAccessor)
CL.freeCPoly2D(self.azimuthOffsetsAccessor)
CL.freeCPoly2D(self.dopplerAccessor)
if self.residualRangeImage is not None:
self.residualRangeImage.finalizeImage()
if self.residualAzimuthImage is not None:
self.residualAzimuthImage.finalizeImage()
self.imageIn.finalizeImage()
self.imageOut.finalizeImage()
return
def importFromC(self, pointer, clean=True):
'''
Uses information from the extension module structure to create Python object.
'''
from isceobj.Util import combinedlibmodule as CL
orders, means, norms, coeffs = CL.importPoly2DFromC(pointer)
self._azimuthOrder, self._rangeOrder = orders
self._meanAzimuth, self._meanRange = means
self._normAzimuth, self._normRange = norms
self._coeffs = []
for ii in range(self._azimuthOrder + 1):
ind = ii * (self._rangeOrder + 1)
self._coeffs.append(coeffs[ind:ind + self._rangeOrder + 1])
if clean:
CL.freeCPoly2D(pointer)
return