UfuncMethods: { accumulate: ((array,
axis?,
dtype?,
out?) => NDArray); at: ((a,
indices,
b?) => void); identity: any; nargs: number; nin: number; nout: number; outer: ((A,
B,
out?) => NDArray); reduce: ((array,
axis?,
dtype?,
out?,
keepdims?,
initial?,
where?) => any); reduceat: ((array,
indices,
axis?,
dtype?,
out?) => NDArray); } Type declaration
accumulate: ((array, axis?, dtype?, out?) => NDArray)
- (array, axis?, dtype?, out?): NDArray
Parameters
- array: ArrOrAny
Optional axis: number | anyOptional dtype: anyOptional out: any
at: ((a, indices, b?) => void)
- (a, indices, b?): void
Parameters
- a: NDArray
- indices: any
Optional b: any
Returns void
identity: any
nargs: number
nin: number
nout: number
outer: ((A, B, out?) => NDArray)
reduce: ((array, axis?, dtype?, out?, keepdims?, initial?, where?) => any)
- (array, axis?, dtype?, out?, keepdims?, initial?, where?): any
Parameters
- array: ArrOrAny
Optional axis: AxisArg | anyOptional dtype: anyOptional out: anyOptional keepdims: booleanOptional initial: anyOptional where: any
Returns any
reduceat: ((array, indices, axis?, dtype?, out?) => NDArray)
- (array, indices, axis?, dtype?, out?): NDArray
Parameters
- array: ArrOrAny
- indices: ArrOrAny
Optional axis: number | anyOptional dtype: anyOptional out: any
Methods that every binary ufunc has (np.add.reduce, np.add.accumulate, ...)