kgpy¶

kgpy root package

Functions

`linspace`(start, stop, num[, axis])	A modified version of `numpy.linspace()` that returns a value in the center of the range between start and stop if num == 1 unlike `numpy.linspace()` which would just return start.
`midspace`(start, stop, num[, axis])	A modified version of `numpy.linspace()` that selects cell centers instead of cell edges.
`rebin`(arr, scale_dims)	Increases the size of an array by scale_dims in each i dimension by repeating each value scale_dims[i] times along that axis.
`rms`(a[, axis])
`take`(a, key[, axis])	rtype `typing.Union`[`typing.Sequence`[`typing.Sequence`[`typing.Sequence`[`typing.Sequence`[`typing.Sequence`[`typing.Any`]]]]], `numpy.typing._array_like._SupportsArray`[`numpy.dtype`], `typing.Sequence`[`numpy.typing._array_like._SupportsArray`[`numpy.dtype`]], `typing.Sequence`[`typing.Sequence`[`numpy.typing._array_like._SupportsArray`[`numpy.dtype`]]], `typing.Sequence`[`typing.Sequence`[`typing.Sequence`[`numpy.typing._array_like._SupportsArray`[`numpy.dtype`]]]], `typing.Sequence`[`typing.Sequence`[`typing.Sequence`[`typing.Sequence`[`numpy.typing._array_like._SupportsArray`[`numpy.dtype`]]]]], `bool`, `int`, `float`, `complex`, `str`, `bytes`, `typing.Sequence`[`typing.Union`[`bool`, `int`, `float`, `complex`, `str`, `bytes`]], `typing.Sequence`[`typing.Sequence`[`typing.Union`[`bool`, `int`, `float`, `complex`, `str`, `bytes`]]], `typing.Sequence`[`typing.Sequence`[`typing.Sequence`[`typing.Union`[`bool`, `int`, `float`, `complex`, `str`, `bytes`]]]], `typing.Sequence`[`typing.Sequence`[`typing.Sequence`[`typing.Sequence`[`typing.Union`[`bool`, `int`, `float`, `complex`, `str`, `bytes`]]]]]]
`takes`(a, keys, axes)	rtype `typing.Union`[`typing.Sequence`[`typing.Sequence`[`typing.Sequence`[`typing.Sequence`[`typing.Sequence`[`typing.Any`]]]]], `numpy.typing._array_like._SupportsArray`[`numpy.dtype`], `typing.Sequence`[`numpy.typing._array_like._SupportsArray`[`numpy.dtype`]], `typing.Sequence`[`typing.Sequence`[`numpy.typing._array_like._SupportsArray`[`numpy.dtype`]]], `typing.Sequence`[`typing.Sequence`[`typing.Sequence`[`numpy.typing._array_like._SupportsArray`[`numpy.dtype`]]]], `typing.Sequence`[`typing.Sequence`[`typing.Sequence`[`typing.Sequence`[`numpy.typing._array_like._SupportsArray`[`numpy.dtype`]]]]], `bool`, `int`, `float`, `complex`, `str`, `bytes`, `typing.Sequence`[`typing.Union`[`bool`, `int`, `float`, `complex`, `str`, `bytes`]], `typing.Sequence`[`typing.Sequence`[`typing.Union`[`bool`, `int`, `float`, `complex`, `str`, `bytes`]]], `typing.Sequence`[`typing.Sequence`[`typing.Sequence`[`typing.Union`[`bool`, `int`, `float`, `complex`, `str`, `bytes`]]]], `typing.Sequence`[`typing.Sequence`[`typing.Sequence`[`typing.Sequence`[`typing.Union`[`bool`, `int`, `float`, `complex`, `str`, `bytes`]]]]]]

Classes

Name([base, parent])

Representation of a hierarchical namespace.

Modules

`kgpy.atmosphere`
`kgpy.chianti`
`kgpy.data`
`kgpy.dxf`
`kgpy.fft`	kgpy.fft is a module of code ported from IDL programs originally written by Charles.
`kgpy.filter`
`kgpy.format`
`kgpy.geometry`
`kgpy.grid`
`kgpy.img`	N-dimensional image processing package
`kgpy.interpolation`
`kgpy.io`	Package for representing input / output.
`kgpy.labeled`
`kgpy.matrix`	Complement to the `kgpy.vector` package for matrices.
`kgpy.mixin`
`kgpy.model`
`kgpy.moment`
`kgpy.multiprocess_tools`
`kgpy.nsroc`
`kgpy.obs`	Interfaces for various solar observatories.
`kgpy.observatories`	Interfaces for various solar observatories.
`kgpy.optics`	kgpy.optics is a package designed for simulating optical systems.
`kgpy.optimization`
`kgpy.plot`
`kgpy.polynomial`
`kgpy.sun`
`kgpy.transform`	Package for general coordinate transforms.
`kgpy.uncertainty`
`kgpy.units`
`kgpy.vector`	Package for easier manipulation of vectors than the usual numpy functions.

Navigation

kgpy¶