def __repr__(self):
with printoptions(precision=4):
if self.is_axis_aligned():
type = 'axis aligned'
elif self.is_affine():
type = 'affine'
elif self.is_uniform():
type = 'uniform'
else:
type = ''
if type!='':
type = " (%s)"%type
s = "Grid%dD %s: "%(int(self.ndim),type)
s = s + "\n - space -------------------> " + str(self.space)
s = s + "\n - shape -------------------> " + str(list(self.shape))
s = s + "\n - min ---------------------> " + str(self.min())
s = s + "\n - max ---------------------> " + str(self.max())
s = s + "\n - span --------------------> " + str(self.span())
s = s + "\n - center ------------------> " + str(self.center())
s = s + "\n - mean dist from center: --> " + str(self.mean_dist_from_center())
s = s + "\n"
return s
def __repr__(self):
with printoptions(precision=4):
if self.is_axis_aligned():
type = 'axis aligned'
elif self.is_affine():
type = 'affine'
elif self.is_uniform():
type = 'uniform'
else:
type = ''
if type!='':
type = " (%s)"%type
s = "Grid%dD %s: "%(int(self.ndim),type)
s = s + "\n - space -------------------> " + str(self.space)
s = s + "\n - shape -------------------> " + str(list(self.shape))
s = s + "\n - min ---------------------> " + str(self.min())
s = s + "\n - max ---------------------> " + str(self.max())
s = s + "\n - span --------------------> " + str(self.span())
s = s + "\n - center ------------------> " + str(self.center())
s = s + "\n - mean dist from center: --> " + str(self.mean_dist_from_center())
s = s + "\n"
return s
def __repr__(self):
with printoptions(precision=4, suppress=True):
s = "Transformation "+"\n-from: "+str(self.map_from)+"\n-to: "+\
str(self.map_to)+"\n-matrix: \n"+self.__data.__repr__()
return s
def __repr__(self):
with printoptions(precision=4, suppress=True):
s = "Transformation "+"\n-from: "+str(self.map_from)+"\n-to: "+str(self.map_to)+"\n-matrix: \n"+self.__data.__repr__()
return s