aasensio

Instituto de Astrofisica de CanariasSpain

Pinned Repositories

deepvel
DeepVel
Language:Python15 4 15
elecciones2016
Estudio de sondeos de las elecciones 2016
Language:Jupyter Notebook8 4 00
hazel
Hazel: synthesis and inversion of Stokes profiles
Language:Fortran7 8 125
hazel2
Hazel v2.0: synthesis and inversion of Stokes profiles caused by the joint action of atomic level polarization and the Hanle and Zeeman effects
Language:Fortran21 9 286
learned_mfbd
Learned MFBD
Language:Python8 3 10
neural-MFBD
Language:Python8 1 02
phase_diversity_DL
A deep learning approach to phase diversity
Language:Jupyter Notebook7 4 02
sicon
Deep Learning Assisted Stokes Inversion
Language:Python10 4 03
sphericalCNN
Convolutions on the sphere with HEALPix pixelization
Language:Jupyter Notebook7 2 01
unsupervisedMFBD
Learning to do multiframe blind deconvolution unsupervisedly
Language:Python12 3 52

aasensio's Repositories

aasensio/hazel2
Hazel v2.0: synthesis and inversion of Stokes profiles caused by the joint action of atomic level polarization and the Hanle and Zeeman effects
Language:Fortran21 9 286
aasensio/sicon
Deep Learning Assisted Stokes Inversion
Language:Python10 4 03
aasensio/neural-MFBD
Language:Python8 1 02
aasensio/hazel
Hazel: synthesis and inversion of Stokes profiles
Language:Fortran7 8 125
aasensio/3d_sir
A synthesis code for the synthesis of LTE lines based on SIR
Language:Fortran3 3 02
aasensio/molpop-cep
Molpop-cep
Language:Fortran3 2 1
aasensio/neural_chemistry
Language:Python3 1 01
aasensio/pySIR
Python wrapper for the Stokes Inversion based on Response functions code by Ruiz Cobo & del Toro Iniesta (1992)
Language:Fortran3 8 03
aasensio/bayesDI
Approximate Bayesian Neural Doppler Imaging
Language:Python2 2 01
aasensio/pymcao
Multi-conjugate adaptive optics simulator
Language:Python2 3 0
aasensio/bayesclumpy2
Bayesclumpy2
Language:ReScript1 3 01
aasensio/EST_webtools
EST webtools
Language:Jupyter Notebook1 3 12
aasensio/Lightweaver
For the investigation of NLTE glowy stuff. A python framework for constructing solar NLTE radiative transfer simulations in one- and two-dimensional geometries, with an optimised C++ backend.
Language:Python1 1 0
aasensio/Magritte
A modern software library for simulating radiation transport.
Language:Jupyter Notebook1 1 0
aasensio/solar_mhd_24
Language:Jupyter Notebook1 1 0
aasensio/sophi_deconvolution
sophi_deconvolution
Language:Python1 1 0
aasensio/spatially_variant
Language:Python1 1 0
aasensio/body
Language:JavaScript1 0
aasensio/graphnet
Language:Python2 0
aasensio/graphnet_rt
Graphnets for solving radiative transfer problems in stellar atmospheres
Language:Python2 0
aasensio/milne
Milne-Eddington synthesis/inversion
Language:FORTRAN2 02
aasensio/neural_etalon
Language:Python1 0
aasensio/neural_fields
Language:Python1 0
aasensio/nf_corona
Language:Python1 0
aasensio/pytorch_skeleton
A simple skeleton for training neural networks in PyTorch
Language:Python
aasensio/SICON_hinode
Neural 3D LTE inversor for Hinode data
Language:Python2 02
aasensio/stic
The Stockholm inversion code
Language:C2 0
aasensio/torchmfbd
aasensio/vacunas2021
Language:Python2 0
aasensio/wavelet_deconvolution
Language:Python1 0