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LDEO-CREW
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Pythonic-DISORT
Discrete Ordinates Solver for the (1D) Radiative Transfer Equation in a single or multi-layer plane-parallel atmosphere. Coded entirely in Python 3. Based on Stamnes' FORTRAN DISORT (see references in the Jupyter Notebook) and has its main features.
https://pythonic-disort.readthedocs.io/en/latest/
MIT License
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Implement Stamnes' "iteration of the source-function" interpolation method as a subroutine
#13
dhjx1996
opened
3 weeks ago
0
Unable to import distort
#12
ibekwemmanuel
closed
1 month ago
1
Cannot run the example/test notebooks
#11
simonrp84
opened
2 months ago
5
Make code citable
#10
RobertPincus
closed
4 months ago
0
Upgrade boundary condition (BC) feature to accept a list of scalars and vectors?
#9
dhjx1996
opened
9 months ago
0
Remove symmetry assumption in the BDRF
#8
dhjx1996
closed
9 months ago
0
Use Jordan matrices and generalized eigenvectors to implement the solution when single-scattering albedo = 1.
#7
dhjx1996
opened
11 months ago
0
Speed up the for-loops in PythonicDISORT using the fact that many np.linalg functions can act on a list of matrices
#6
dhjx1996
closed
3 months ago
1
Continuous integration
#5
RobertPincus
closed
1 year ago
0
Publish PyDISORT on Conda-forge
#4
dhjx1996
opened
1 year ago
0
Publish PyDISORT on PyPI
#3
dhjx1996
closed
1 year ago
0
Parallelize for-loop over the Fourier modes m
#2
dhjx1996
closed
1 year ago
0
Implement the remaining test problems from Stamnes et. al.'s `disotest.f90` in PyTest
#1
dhjx1996
opened
1 year ago
0