def preserve ( self, annodata ):
"""Get's a dense voxel region and overwrites all non-zero values"""
#vector_func = np.vectorize ( lambda a,b: b if b!=0 and a==0 else a )
#test = vector_func ( self.data, annodata )
# Is the same as above
self.data = ocplib.exceptionDense_ctype ( self.data, annodata )
def exception ( self, annodata ):
"""Get's a dense voxel region and overwrites all non-zero values"""
# get all the exceptions not equal and both annotated
exdata = ((self.data-annodata)*self.data*annodata!=0) * annodata
self.data = ocplib.exceptionDense_ctype ( self.data, annodata )
# return the list of exceptions ids and the exceptions
return exdata
def exception(self, annodata):
"""Get's a dense voxel region and overwrites all non-zero values"""
# get all the exceptions not equal and both annotated
exdata = (
(self.data - annodata) * self.data * annodata != 0) * annodata
self.data = ocplib.exceptionDense_ctype(self.data, annodata)
# return the list of exceptions ids and the exceptions
return exdata
def exception ( self, annodata ):
"""Get's a dense voxel region and overwrites all non-zero values"""
# get all the exceptions
# not equal and both annotated
exdata = ((self.data-annodata)*self.data*annodata!=0) * annodata
# then annotate to preserve
#vector_func = np.vectorize ( lambda a,b: b if b!=0 and a==0 else a )
#test = vector_func ( self.data, annodata )
self.data = ocplib.exceptionDense_ctype ( self.data, annodata )
# return the list of exceptions ids and the exceptions
return exdata
def preserve(self, annodata):
"""Get's a dense voxel region and overwrites all non-zero values"""
self.data = ocplib.exceptionDense_ctype(self.data, annodata)
def preserve ( self, annodata ): """Get's a dense voxel region and overwrites all non-zero values""" self.data = ocplib.exceptionDense_ctype ( self.data, annodata )
