def get_tr_size(self):
"""Return shape size after applying transform matrix"""
xcoords = self.get_transformed_coords(0, 1)
ycoords = self.get_transformed_coords(2, 3)
dx = compute_distance(*xcoords)
dy = compute_distance(*ycoords)
if np.fabs(self.get_tr_angle()) > 45:
dx, dy = dy, dx
return dx, dy
def get_tr_size(self):
"""Return shape size after applying transform matrix"""
xcoords = self.get_transformed_coords(0, 1)
ycoords = self.get_transformed_coords(2, 3)
dx = compute_distance(*xcoords)
dy = compute_distance(*ycoords)
if np.fabs(self.get_tr_angle()) > 45:
dx, dy = dy, dx
return dx, dy
def get_tr_diameter(self):
"""Return circle diameter after applying transform matrix"""
return compute_distance(*self.get_transformed_coords(0, 1))
def get_tr_size(self):
"""Return shape size after applying transform matrix"""
dx = compute_distance(*self.get_transformed_coords(0, 1))
dy = compute_distance(*self.get_transformed_coords(0, 3))
return dx, dy
def get_tr_length(self):
"""Return segment length after applying transform matrix"""
return compute_distance(*self.get_transformed_coords(0, 1))
def get_tr_diameter(self):
"""Return circle diameter after applying transform matrix"""
return compute_distance(*self.get_transformed_coords(0, 1))
def get_tr_size(self):
"""Return shape size after applying transform matrix"""
dx = compute_distance(*self.get_transformed_coords(0, 1))
dy = compute_distance(*self.get_transformed_coords(0, 3))
return dx, dy
def get_tr_length(self):
"""Return segment length after applying transform matrix"""
return compute_distance(*self.get_transformed_coords(0, 1))
