### remove docs

parent 11da9bf9
 .. currentmodule:: nifty The ``ComposedOperator`` class -- NIFTY class for composed operators .................................................................... .. autoclass:: ComposedOperator :show-inheritance: :members:
 .. currentmodule:: nifty The ``DiagonalOperator`` class -- NIFTY class for diagonal operators .................................................................... .. autoclass:: DiagonalOperator :show-inheritance: :members:
 .. currentmodule:: nifty The ``EndomorphicOperator`` class -- ... ........................................ .. autoclass:: EndomorphicOperator :show-inheritance: :members:
 .. currentmodule:: nifty The ``FFTOperator`` class -- Transforms between a pair of position and harmonic domains ....................................................................................... .. autoclass:: FFTOperator :show-inheritance: :members:
 .. currentmodule:: nifty The ``InvertibleOperatorMixin`` class -- Mixin class to invert implicit defined operators ......................................................................................... .. autoclass:: InvertibleOperatorMixin :show-inheritance: :members:
 Operators ========= Operators perform some operation on a given field. In practice an operator can take the form of an explicit matrix (e.g. stored in a Numpy array) or it may be implicitly defined as a function (e.g. an FFT operation would not be encoded in a matrix, but performed using an FFT routine). NIFTY includes a framework for handling arbitrary operators, and basic methods for manipulating these operators. Common functions like taking traces and extracting diagonals are provided. In order to have a blueprint for operators capable of handling fields, any application of operators is split into a general and a concrete part. The general part comprises the correct involvement of normalizations and transformations, necessary for any operator type, while the concrete part is unique for each operator subclass. In analogy to the field class, any operator instance has a set of properties that specify its domain and target as well as some additional flags. Operator classes ---------------- NIFTY provides a base class for defining operators, as well as several pre-implemented operator types that are very often needed for signal inference algorithms. .. toctree:: :maxdepth: 1 diagonal_operator fft_operator composed_operator response_operator smoothing_operator projection_operator propagator_operator endomorphic_operator invertible_operator_mixin .. currentmodule:: nifty The ``LinearOperator`` class -- The base Operator Object -------------------------------------------------------- .. autoclass:: LinearOperator :show-inheritance: :members:
 .. currentmodule:: nifty The ``ProjectionOperator`` class -- NIFTY class for projection operators ........................................................................ .. autoclass:: ProjectionOperator :show-inheritance: :members:
 .. currentmodule:: nifty The ``PropagatorOperator`` class -- NIFTY Propagator Operator D ............................................................... .. autoclass:: PropagatorOperator :show-inheritance: :members:
 .. currentmodule:: nifty The ``ResponseOperator`` class -- NIFTy ResponseOperator (example) .................................................................. .. autoclass:: ResponseOperator :show-inheritance: :members:
 .. currentmodule:: nifty The ``SmoothingOperator`` class -- NIFTY class for smoothing operators ...................................................................... .. autoclass:: SmoothingOperator :show-inheritance: :members:
 .. currentmodule:: nifty The ``GLSpace`` class -- Gauss-Legendre pixelization of the sphere .................................................................. .. autoclass:: GLSpace :show-inheritance: :members:
 .. currentmodule:: nifty The ``GLLMTransformation`` class -- A transformation routine ............................................................ .. autoclass:: GLLMTransformation :show-inheritance: :members:
 .. currentmodule:: nifty The ``HPSpace`` class -- HEALPix discretization of the sphere ............................................................. .. autoclass:: HPSpace :show-inheritance: :members:
 .. currentmodule:: nifty The ``HPLMTransformation`` class -- A transformation routine ............................................................ .. autoclass:: HPLMTransformation :show-inheritance: :members:
 .. currentmodule:: nifty The ``LMSpace`` class -- Spherical Harmonics components ....................................................... .. autoclass:: LMSpace :show-inheritance: :members:
 .. currentmodule:: nifty The ``LMGLTransformation`` class -- A transformation routine ............................................................ .. autoclass:: LMGLTransformation :show-inheritance: :members:
 .. currentmodule:: nifty The ``LMHPTransformation`` class -- A transformation routine ............................................................ .. autoclass:: LMHPTransformation :show-inheritance: :members:
 .. currentmodule:: nifty The ``PowerSpace`` class -- NIFTY class for spaces of power spectra .................................................................... .. autoclass:: PowerSpace :show-inheritance: :members:
 .. currentmodule:: nifty The ``RGSpace`` class -- Regular Cartesian grids ................................................ .. autoclass:: RGSpace :show-inheritance: :members:
 .. currentmodule:: nifty The ``RGRGTransformation`` class -- A transformation routine ............................................................ .. autoclass:: RGRGTransformation :show-inheritance: :members:
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