def factor_mw_angle_area(cross, side1, side2):
area = np_margnitude(cross, axis=1)
return area * np.arcsin(
np.clip(
area /
(np_margnitude(side1, axis=1) * np_margnitude(side2, axis=1)), -1,
1))
def factor_mw_area(cross, side1, side2):
return np_margnitude(cross, axis=1)
def factor_mw_root_ed_length_r(cross, side1, side2):
return 1 / (
(np_margnitude(side1, axis=1) * np_margnitude(side2, axis=1))**0.5)
def factor_mw_ed_length(cross, side1, side2):
return (np_margnitude(side1, axis=1) * np_margnitude(side2, axis=1))
def factor_mw_sine_ed_length_r(cross, side1, side2):
return 1 / (
(np_margnitude(side1, axis=1) * np_margnitude(side2, axis=1)**2))
def factor_mw_sine_area(cross, side1, side2):
return np_margnitude(cross, axis=1) / (np_margnitude(side1, axis=1) *
np_margnitude(side2, axis=1))
def factor_mw_angle(cross, side1, side2):
return np.arcsin(
np.clip(
np_margnitude(cross, axis=1) /
(np_margnitude(side1, axis=1) * np_margnitude(side2, axis=1)), -1,
1))
