def __new__(cls, j, m):
if sympify(j).is_number and not 2 * j == int(2 * j):
raise ValueError('j must be integer or half-integer, got %s' % j)
if sympify(m).is_number and not 2 * m == int(2 * m):
raise ValueError('m must be integer or half-integer, got %s' % m)
if sympify(j).is_number and j < 0:
raise ValueError('j must be < 0')
if sympify(j).is_number and sympify(m).is_number and abs(m) > j:
raise ValueError('Allowed values for m are -j <= m <= j')
return State.__new__(cls, j, m)
def __new__(cls, j, m):
if sympify(j).is_number and not 2*j == int(2*j):
raise ValueError('j must be integer or half-integer, got %s' % j)
if sympify(m).is_number and not 2*m == int(2*m):
raise ValueError('m must be integer or half-integer, got %s' % m)
if sympify(j).is_number and j < 0:
raise ValueError('j must be < 0')
if sympify(j).is_number and sympify(m).is_number and abs(m) > j:
raise ValueError('Allowed values for m are -j <= m <= j')
return State.__new__(cls, j, m)
def __new__(cls, j, m, *jvals):
return State.__new__(cls, j, m, *jvals)
def __new__(cls, j, m, *jvals):
return State.__new__(cls, j, m, *jvals)