pyarts.arts
Interface directly to the C++ types, functions and modules via python
Modules
Contain copies of constants of Arts internals |
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Contains several unit conversion functions used in Arts |
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DISORT solver internal types |
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Contain methods to handle files available to ARTS via its path environment. |
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Global settings and data |
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Helpers to interface with HITRAN |
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Interpolation methods |
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Line-by-line helper functions |
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Contains select mathematics from Arts internal functions |
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Contains simple physics functions in arts |
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Contains predefined absorption models |
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Interface to some of the core RTE functionality |
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Zeeman effect calculations |
Classes
Contains all information about bands of related absorption lines |
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What kind of sorting should the bands be sorted by? |
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A map of |
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Data for an absorption line |
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A table of lookup calculations. |
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A map of tables of of lookup calculations. |
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Absorption vector data |
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Absorption vector data |
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Absorption vector data |
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Absorption vector data |
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Describes a set of function calls and variable definitions |
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Meta type for when methods can take any argument (avoid manual use) |
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A list of |
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A list of |
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A list of |
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A list of |
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A list of |
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A list of |
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A list of |
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A list of |
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A list of |
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A list of |
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A list of |
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A list of |
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A list of |
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A list of |
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A list of |
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A list of |
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A list of |
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A list of |
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A list of |
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A list of |
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A list of |
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A list of |
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A list of |
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List of atmospheric targets |
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A list of |
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List of error targets |
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A list of |
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A list of |
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A list of |
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A list of |
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A list of |
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A list of |
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List of line targets |
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A list of |
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A list of |
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A list of |
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A list of |
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A list of |
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A list of |
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A list of |
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A list of |
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A list of |
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A list of |
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A list of |
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A list of |
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A list of |
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Represents species of scattering paritlces in the atmosphere. |
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List of |
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Array of SensorPosLosVector |
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List of line targets |
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A list of |
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A list of |
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A list of |
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List of |
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A list of |
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A list of |
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A list of |
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A list of |
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A list of |
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A list of |
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A list of |
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A list of |
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Array of SurfacePoint |
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List of surface targets |
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A list of |
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A list of |
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A list of |
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A list of |
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A list of |
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A list of |
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A list of |
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A list of |
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A list of |
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A list of cross-section records |
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A sorted grid of always ascending values. |
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An atmospheric point |
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An atmospheric field |
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A key to identify an atmospheric property. |
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An atmospheric point |
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Atmospheric target |
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A single block matrix |
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A block matrix for the covariance matrix |
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Bulk scattering properties |
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Bulk scattering properties |
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Contains information to compute collision induced absorption for a pair of species |
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Used to inject custom code into |
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A 2 dimensional gridded set of complex data |
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A complex matrix |
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A complex tensor3 |
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A complex tensor4 |
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A complex vector |
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A covariance matrix |
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The core ARTS Workspace |
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A sorted grid of always Descending values. |
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A bidirectional reflectance function |
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A BDRF operator for DISORT |
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The settings required to run Disort. |
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Double Gaussian grid |
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Choice of ellipsoid. |
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Error key |
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Choice of ellipsoid. |
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A callback to get [extinction, ssa] from a single scattering albedo and extinction field. |
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Extinction matrix data |
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Extinction matrix data |
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Extinction matrix data |
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Extinction matrix data |
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Fejer grid |
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Selection of a field component |
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A choice of file format types. |
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Choice of ellipsoid. |
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Gaussian Legendre grid |
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Type of Lagrange interpolation weights. |
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A 1 dimensional gridded set of |
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A 3 dimensional gridded set of |
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A 2 dimensional gridded set of |
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A 3 dimensional gridded set of |
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A 4 dimensional gridded set of |
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A 5 dimensional gridded set of |
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A 6 dimensional gridded set of |
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Henyey-Greenstein scatterer |
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The way line strength is computed in ARTS when reading Hitran data. |
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What kind of error is it to miss a field component? |
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A 64 bit signed integer type |
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A vector of indices |
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Instructions about how to handle extrapolation of interpolated data. |
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Choice of ellipsoid. |
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Irregular zenith angle grid |
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The type of isotopologue ratio to use. |
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A type of target for use in Jacobian Matrix calculations |
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A list of targets for use in Jacobian Matrix calculations |
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A map target types to matrix and inverse matrix pairs of |
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Choice of ellipsoid. |
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A type of line by line cutoff. |
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A type of line shape for line by line calculations. |
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A type of line by line variable. |
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A list of absorption lines |
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The type of line shape model coefficients. See |
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Line shape model |
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A list of line shape models |
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The type of line shape model to use. |
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The type of line shape model variable. |
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Line shape model for a species |
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A list of line shape models with temperature coefficients |
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Line target |
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A map of line mixing data |
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Lobatto grid |
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Modified gamma PSD single moment |
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Choice of ellipsoid. |
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A 2 dimensional array of |
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A 2 dimensional array of |
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The method class of ARTS |
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What kind of error is it to miss a field component? |
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Choice of ellipsoid. |
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A single Mueller 4x4 matrix. |
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A matrix of |
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A vector of |
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A 3 dimensional gridded set of |
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A 4 dimensional gridded set of |
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IEEE 754 binary64 floating point number |
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A simple functional type. |
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A simple functional type. |
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A simple functional type. |
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A pair of |
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Particle habit |
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Particle properties |
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Numerical properties used to numerically represent particle populations. |
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Type of partition function data. |
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A type of position in a path. |
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Phase matrix data |
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Phase matrix data |
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The type of planetary body that should be considered. |
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Named polarization states to help create relevant |
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Contains any data required for a predefined model |
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A simple path-point of a propagation path |
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A single propagation matrix. |
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A matrix of |
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A vector of |
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An ID for an absorption species state |
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A local state of quantum numbers |
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The type of value for a quantum number. |
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A single quantum number with a value |
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A list of unique |
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A range, used to select parts of a matpack type |
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Holds a rational number as two |
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Scattering general spectral TRO |
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A callback to get the bulk scattering properties of a species. |
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Scattering habit |
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Holds meta data about the scattering |
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Meta data for scattering spefcies. |
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Scattering TRO spectral vector |
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How to model the sensor Jacobian model target. |
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A key for identifying a sensor property |
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A single observation element. |
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A position and line-of-sight of a sensor. |
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Vector of |
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Error target |
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Holds single scattering data |
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Single scattering data |
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Single scattering data |
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Single scattering data |
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Single scattering data |
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A sparse version of |
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The valid species for the ARTS system. |
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A map of |
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Contains descriptions about an isotope. |
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Isotopologue ratios for a species |
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A tagged absorption species |
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Type of species tag. |
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A single Complex Mueller 4x4 matrix. |
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A matrix of |
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A 3-tensor of |
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A vector of |
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An operator for getting the |
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Choice of spectral radiance unit in conversions. |
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A single Stokes vector (of length 4). |
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A 6-dimensional gridof |
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A matrix of |
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A vector of |
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A strided range, used to select parts of a matpack type |
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Basic string type |
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A single sun. |
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Surface data |
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A surface field that keeps relevant surface parameters |
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A key to identify a surface property. |
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A surface point. |
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A surface property |
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Surface target |
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Temperature model |
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A 3 dimensional array of |
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A 4 dimensional array of |
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A 5 dimensional array of |
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A 6 dimensional array of |
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A 7 dimensional array of |
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Represents a time stamp |
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Time step for the integration. Is often accompanied by a value. |
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A 1 dimensional array of |
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A fixed-size 2D version of |
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A fixed-size 3D version of |
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Choice of ellipsoid. |
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A workspace variable wrapper - no manual use required |
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A single cross-section record |
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Zeeman model |
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Zenith angle grid |
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A DISORT object |
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An agenda for setting up Disort. |
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For atmospheric emission settings with |
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For atmospheric scattering settings with |
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For space boundary settings with |
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For direct radiation settings with |
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For surface boundary settings with |
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Work in progress … |
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Compute the propagation matrix, the non-LTE source vector, and their derivatives |
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Compute the propagation matrix, the non-LTE source vector, and their derivatives |
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Get the scattering propagation matrix, the scattering absorption vector, and the scattering spectral phase matrix |
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Get the propagation path as it is obeserved. |
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Spectral radiance as seen from the input position and environment |
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Spectral radiance as seen of space. |
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Spectral radiance as seen of the surface. |
Functions
Get the frequency-shifted frequency grid at a point in the atmosphere. |
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Compute the magnetic field according to IGRF |
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Overloaded function. |