numpy.ufunc

Standard library module View source

function decide_types

decide_types(x, y, dtype: type)

function decide_types_copysign

decide_types_copysign(x, y, dtype: type)

function decide_types_ldexp

decide_types_ldexp(x, y, dtype: type)

class UnaryUFunc

@tuple

class UnaryUFunc[__name__, F]

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Fields 1

F type

Constructors 1

__new__

__new__(op: F, name: Literal[str], F: type)

Properties 2

nin

@property

nin(self)

nout

@property

nout(self)

Methods 1

at

at(self, a, indices)

Special methods 1

__call__

__call__(self, x, out = None, where = True, dtype: type = NoneType)

class UnaryUFunc2

@tuple

class UnaryUFunc2[__name__, F]

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Fields 1

F type

Constructors 1

__new__

__new__(op: F, name: Literal[str], F: type)

Properties 2

nin

@property

nin(self)

nout

@property

nout(self)

Special methods 1

__call__

__call__(self, x, out1 = None, out2 = None, out = None, where = True)

class BinaryUFunc

@tuple

class BinaryUFunc[__name__, F, I]

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Fields 3

identity I

F type

I type

Constructors 1

__new__

__new__(op: F, name: Literal[str], identity: I = None, F: type, I: type)

Properties 2

nin

@property

nin(self)

nout

@property

nout(self)

Methods 4

reduce

reduce(self, array, axis = 0, dtype: type = NoneType, out = None, keepdims: Literal[bool] = False, initial = util._NoValue(), where = True)

accumulate

accumulate(self, array, axis: int = 0, dtype: type = NoneType, out = None)

at

at(self, a, indices, b)

outer

outer(self, A, B, dtype: type = NoneType)

Special methods 1

__call__

__call__(self, x, y, out = None, where = True, dtype: type = NoneType)