symnum.numpy module#
Implementation of a subset of the NumPy API using SymPy primitives.
- symnum.numpy.abs(x, *args, **kwargs)#
SymNum implementation of
numpy.abs.
- symnum.numpy.absolute(x, *args, **kwargs)#
SymNum implementation of
numpy.absolute.
- symnum.numpy.angle(x, *args, **kwargs)#
SymNum implementation of
numpy.angle.
- symnum.numpy.arccos(x, *args, **kwargs)#
SymNum implementation of
numpy.arccos.
- symnum.numpy.arccosh(x, *args, **kwargs)#
SymNum implementation of
numpy.arccosh.
- symnum.numpy.arcsin(x, *args, **kwargs)#
SymNum implementation of
numpy.arcsin.
- symnum.numpy.arcsinh(x, *args, **kwargs)#
SymNum implementation of
numpy.arcsinh.
- symnum.numpy.arctan(x, *args, **kwargs)#
SymNum implementation of
numpy.arctan.
- symnum.numpy.arctan2(x1, x2, *args, **kwargs)#
SymNum implementation of
numpy.arctan2.
- symnum.numpy.arctanh(x, *args, **kwargs)#
SymNum implementation of
numpy.arctanh.
- symnum.numpy.array(object_, dtype=None)[source]#
SymNum implementation of
numpy.array.
- symnum.numpy.ceil(x, *args, **kwargs)#
SymNum implementation of
numpy.ceil.
- symnum.numpy.concatenate(arrays, axis=0)[source]#
SymNum implementation of
numpy.concatenate.
- symnum.numpy.conj(x, *args, **kwargs)#
SymNum implementation of
numpy.conj.
- symnum.numpy.conjugate(x, *args, **kwargs)#
SymNum implementation of
numpy.conjugate.
- symnum.numpy.cosh(x, *args, **kwargs)#
SymNum implementation of
numpy.cosh.
- symnum.numpy.divide(x1, x2, *args, **kwargs)#
SymNum implementation of
numpy.divide.
- symnum.numpy.expm1(x, *args, **kwargs)#
SymNum implementation of
numpy.expm1.
- symnum.numpy.floor(x, *args, **kwargs)#
SymNum implementation of
numpy.floor.
- symnum.numpy.full(shape, fill_value)[source]#
SymNum implementation of
numpy.full.
- symnum.numpy.identity(n)[source]#
SymNum implementation of
numpy.identity.
- symnum.numpy.imag(x, *args, **kwargs)#
SymNum implementation of
numpy.imag.
- symnum.numpy.iscomplex(x, *args, **kwargs)#
SymNum implementation of
numpy.iscomplex.
- symnum.numpy.isfinite(x, *args, **kwargs)#
SymNum implementation of
numpy.isfinite.
- symnum.numpy.isinf(x, *args, **kwargs)#
SymNum implementation of
numpy.isinf.
- symnum.numpy.isnan(x, *args, **kwargs)#
SymNum implementation of
numpy.isnan.
- symnum.numpy.isneginf(x, *args, **kwargs)#
SymNum implementation of
numpy.isneginf.
- symnum.numpy.isposinf(x, *args, **kwargs)#
SymNum implementation of
numpy.isposinf.
- symnum.numpy.isreal(x, *args, **kwargs)#
SymNum implementation of
numpy.isreal.
- symnum.numpy.log10(x, *args, **kwargs)#
SymNum implementation of
numpy.log10.
- symnum.numpy.log1p(x, *args, **kwargs)#
SymNum implementation of
numpy.log1p.
- symnum.numpy.log2(x, *args, **kwargs)#
SymNum implementation of
numpy.log2.
- symnum.numpy.logical_and(x1, x2, *args, **kwargs)#
SymNum implementation of
numpy.logical_and.
- symnum.numpy.logical_not(x, *args, **kwargs)#
SymNum implementation of
numpy.logical_not.
- symnum.numpy.logical_or(x1, x2, *args, **kwargs)#
SymNum implementation of
numpy.logical_or.
- symnum.numpy.logical_xor(x1, x2, *args, **kwargs)#
SymNum implementation of
numpy.logical_xor.
- symnum.numpy.matmul(x1, x2, *args, **kwargs)#
SymNum implementation of
numpy.matmul.
- symnum.numpy.maximum(x1, x2, *args, **kwargs)#
SymNum implementation of
numpy.maximum.
- symnum.numpy.minimum(x1, x2, *args, **kwargs)#
SymNum implementation of
numpy.minimum.
- symnum.numpy.multiply(x1, x2, *args, **kwargs)#
SymNum implementation of
numpy.multiply.
- symnum.numpy.ones(shape)[source]#
SymNum implementation of
numpy.ones.
- symnum.numpy.power(x1, x2, *args, **kwargs)#
SymNum implementation of
numpy.power.
- symnum.numpy.prod(a, axis=None)[source]#
SymNum implementation of
numpy.prod.
- symnum.numpy.real(x, *args, **kwargs)#
SymNum implementation of
numpy.real.
- symnum.numpy.sign(x, *args, **kwargs)#
SymNum implementation of
numpy.sign.
- symnum.numpy.sinh(x, *args, **kwargs)#
SymNum implementation of
numpy.sinh.
- symnum.numpy.sqrt(x, *args, **kwargs)#
SymNum implementation of
numpy.sqrt.
- symnum.numpy.subtract(x1, x2, *args, **kwargs)#
SymNum implementation of
numpy.subtract.
- symnum.numpy.tanh(x, *args, **kwargs)#
SymNum implementation of
numpy.tanh.
- symnum.numpy.zeros(shape)[source]#
SymNum implementation of
numpy.zeros.