vivivum

Pinned Repositories

abo-cross
Interpolate in Anstee-Barklem-O'Mara cross sections for collisional broadening due to hydrogen
Language:Fortran0 1 00
C-Thread-Pool
A minimal but powerful thread pool in ANSI C
Language:C0 0 00
Corona
Coronal intensities
Language:Jupyter Notebook0 1 00
DeSIRe
NLTE Stokes inversion code
Language:C0 0 00
etalon_suit
Programs for simulating the birefringence of an etalon
Language:Python0 1 00
GraphicsGems
Code for the "Graphics Gems" book series
Language:C00
hazel2
Hazel v2.0
Language:Fortran0 1 00
hrt_pipeline
On-Ground Pipeline to reduce raw data from the ESA Solar Orbiter PHI-HRT Telescope. This spacecraft is orbiting the Sun to study it and its influence on the Solar System.
Language:C0 0 00
MilosIDL
Milne Eddington Inversion Code
Language:IDL0 2 02
SPGPylibs
Python libraries for PHI and TuMAG proyects
Language:Jupyter Notebook4 2 04

vivivum's Repositories

vivivum/SPGPylibs
Python libraries for PHI and TuMAG proyects
Language:Jupyter Notebook4 2 04
vivivum/abo-cross
Interpolate in Anstee-Barklem-O'Mara cross sections for collisional broadening due to hydrogen
Language:Fortran0 1 00
vivivum/C-Thread-Pool
A minimal but powerful thread pool in ANSI C
Language:C0 0 00
vivivum/Corona
Coronal intensities
Language:Jupyter Notebook0 1 00
vivivum/DeSIRe
NLTE Stokes inversion code
Language:C0 0 00
vivivum/etalon_suit
Programs for simulating the birefringence of an etalon
Language:Python0 1 00
vivivum/GraphicsGems
Code for the "Graphics Gems" book series
Language:C00
vivivum/hazel2
Hazel v2.0
Language:Fortran0 1 00
vivivum/hrt_pipeline
On-Ground Pipeline to reduce raw data from the ESA Solar Orbiter PHI-HRT Telescope. This spacecraft is orbiting the Sun to study it and its influence on the Solar System.
Language:C0 0 00
vivivum/MilosIDL
Milne Eddington Inversion Code
Language:IDL0 2 02
vivivum/P-MILOS
Language:C0 0 00
vivivum/MPySIR
SIR inversions: MPI implementation with python
vivivum/PHI_TMtool
Python tool to compute the memory usage of PHI
Language:Jupyter Notebook0 0
vivivum/PMI
PMI for Lagrange
Language:Jupyter Notebook1
vivivum/pycelp
a Python package for Coronal Emission Line Polarization
Language:Python0 0
vivivum/rh
RH 1.5D
Language:C1 0
vivivum/RH-1
Radiative transfer code based on the multi-level approximate lambda iteration formalism of Rybicki & Hummer (1991, 1992). The code solves the combined equations of statistical equilibrium and radiative transfer for multi-level atoms and molecules in a given plasma under general Non-LTE conditions.
vivivum/simple-cython-example
A small project template that shows how to wrap C code into python using cython, along with other packaging concepts
vivivum/SIR-course
Language:IDL
vivivum/TuMags_Reduction_Pipeline
Language:Jupyter Notebook