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module numpy.ndarray

module `numpy.ndarray`¶

Source: stdlib/numpy/ndarray.codon

`newaxis` = `None`¶

`flagsobj` @tuple Class is named tuple (cannot write fields) ¶

Properties¶

`num` @property Method is a class property ¶

`c_contiguous` @property Method is a class property ¶

`f_contiguous` @property Method is a class property ¶

`contiguous` @property Method is a class property ¶

`owndata` @property Method is a class property ¶

`writeable` @property Method is a class property ¶

`aligned` @property Method is a class property ¶

`writebackifcopy` @property Method is a class property ¶

Magic methods¶

`new(f: int)`¶

`new(ccontig: bool, fcontig: bool)`¶

`str(self)`¶

`flatiter[A]`¶

Fields¶

`base`: `A`¶

`index`: `int`¶

`A`: `type`¶

Properties¶

`coords` @property Method is a class property ¶

Magic methods¶

`init(self, base: A)`¶

`iter(self)`¶

`getitem(self, index: int)`¶

`getitem(self, s: slice)`¶

`setitem(self, index: int, value)`¶

`setitem(self, s: slice, value)`¶

Methods¶

`copy(self)`¶

`ndarray[dtype,ndim]` @tuple Class is named tuple (cannot write fields) ¶

Fields¶

`dtype`: `type`¶

`ndim`: `Literal[int]`¶

Properties¶

`_contig` @property Method is a class property ¶

`_is_contig` @property Method is a class property ¶

`shape` @property Method is a class property ¶

`strides` @property Method is a class property ¶

`flags` @property Method is a class property ¶

`data` @property Method is a class property ¶

`size` @property Method is a class property ¶

`itemsize` @property Method is a class property ¶

`nbytes` @property Method is a class property ¶

`T` @property Method is a class property ¶

`flat` @property Method is a class property ¶

Magic methods¶

`new(shape: Tuple[ndim, int], strides: Tuple[ndim, int], data: Ptr[dtype])`¶

`new(shape: Tuple[ndim, int], data: Ptr[dtype], fcontig: bool = False)`¶

`len(self)`¶

`iter(self)`¶

`copy(self)`¶

`int(self)`¶

`float(self)`¶

`complex(self)`¶

`bool(self)`¶

Methods¶

`item(self, *args)`¶

`transpose(self, *axes)`¶

`transpose(self, axes: List[int])`¶

`swapaxes(self, axis1: int, axis2: int)`¶

`reshape(self, *shape, order: str = "C")`¶

`tobytes(self, order: str = "C")`¶

`ravel(self, order: str = "C")`¶

`flatten(self, order: str = "C")`¶

`flat(self, value)`¶

`tolist(self)`¶

`astype(self, dtype: type, order: str = "K", copy: bool = True)`¶

`copy(self, order: str = "C")`¶

`map(self, fn, inplace: Literal[bool] = False)`¶

`fill(self, value)`¶

`view(self, dtype: type)`¶

`byteswap(self, inplace: bool = False)`¶