pyarts.arts.math.dwigner6j

math.dwigner6j(A: int, B: int, C: int, D: int, F: int) → float

Computes the Wigner 6J symbol using floating point approximation

\[\begin{split}w_6 = \left\{\begin{array}{ccc} A&B&1\\D&C&F\end{array}\right\}\end{split}\]

Note that we expect better output from the pure wigner6j() function for the same input

Also be careful about the order of the symbols being sent in, they are not entirerly intuitive

Parameters:

• A (int) – As above

• B (int) – As above

• C (int) – As above

• D (int) – As above

• F (int) – As above

Returns:

w6 – The value

Return type:

float