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351 def arctanh(a: ndarray): 352 """ 353 Inverse hyperbolic tangent element-wise. 354 """ 355 356 return _unary_function(a, af_func=af.atanh, np_func=np.arctanh)
555 def arctanh(a): 556 from paradox.kernel.operator import HyperbolicArcTangent 557 return Symbol(operator=HyperbolicArcTangent(), inputs=as_symbols([a]))
405 def arctanh(x, **kw): 406 return _call_unary('arctanh', x, **kw)
272 def arcsin(x: ndarray): 273 """ 274 Inverse sine, element-wise. 275 """ 276 277 return _unary_function(x, af_func=af.asin, np_func=np.arcsin)
1111 def _arctan(): 1112 ONE = nthpower(0) 1113 X2 = nthpower(2) 1114 for term in integ(ONE / (ONE + X2)): 1115 yield term
280 def arccos(x: ndarray): 281 """ 282 Trigonometric inverse cosine, element-wise. 283 """ 284 285 return _unary_function(x, af_func=af.acos, np_func=np.arccos)
3214 @structured_monoid(tensor.arctanh) 3215 def arctanh(x): 3216 """ 3217 Elemwise arctanh of `x`. 3218 3219 """
12 def asin(*args, **kwargs) -> complex: pass
129 def __call__(self, a): 130 self.variables = (a,) 131 return np.arccos(a.data)
113 def asin(arg): 114 return _generate_intrinsic_function_expression(arg, 'asin', math.asin)