radiative-transfer-models

There are 4 repositories under radiative-transfer-models topic.

• AER-RC / LBLRTM

  Line-By-Line Radiative Transfer Model by Atmospheric and Environmental Research

  radiative-transferradiative-transfer-modelsatmospheric-modelling
  Language:Fortran 81

• tenstream / tenstream

  TenStream - a 3D radiative transfer solver for earth system models

  radiative-transferatmospheric-scienceatmospheric-modellinglarge-eddy-simulationnumerical-weather-predictionsimulationatmosphereatmosphere-modelradiationradiative-transfer-models
  Language:Fortran 23

• peterukk / rte-rrtmgp-nn

  RTE+RRTMGP is a set of codes for computing radiative fluxes in planetary atmospheres. This fork uses neural networks for the gas optics computations and optimized code for the radiative transfer.

  radiative-transfer-modelsclimate-modelscorrelated-kneural-networks
  Language:Fortran 19

• fnemina / pyOSOAA

  pyOSOAA is a python interface for the Ocean Successive Orders with Atmosphere - Advanced (OSOAA) radiative transfer.

  atmospheric-scienceocean-sciencesradiative-transferradiative-transfer-models
  Language:Python 18

• AER-RC / RRTMG_LW

  RRTM for GCMs, LongWave domain

  rrtmg-lwrrtmradiative-transferradiative-transfer-modelsatmospheric-modellinggcmrrtmgclimate-model
  Language:Fortran 15

• CloudTomography / AT3D

  Retrieves 3D cloud properties from multi-angle images of reflected solar radiation

  pythonremote-sensingradiative-transferradiative-transfer-modelsatmospheric-sciencecloud-microphysicssatellite-imagery-analysisfortran
  Language:Jupyter Notebook 15

• jbferet / prosail

  R package dedicated to the PROSAIL canopy reflectance model. The package allows running PROSAIL in direct and inverse modes, with various inversion strategies. A tutorial can be found on the gitlab website

  prosailprospectremote-sensingvegetationradiative-transfer-models
  Language:R 15

• AER-RC / RRTMG_SW

  RRTM for GCMs, ShortWave domain

  rrtmg-swradiative-transfer-modelsradiative-transferatmospheric-modellingrrtmgcmrrtmgclimate-model
  Language:Fortran 14

• LDEO-CREW / 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.

  atmospheric-modellingdiscrete-ordinates-methoddisortpythonradiative-transferradiative-transfer-models
  Language:Jupyter Notebook 9

• Li-Yangyang / LOTUS

  Fast tool for 1D Non-LTE stellar parameter determination via Equivalent Width method

  python3radiative-transferradiative-transfer-modelsnon-local-thermodynamic-equilibriumstellar-physicsastronomyastrophysicsspectral-analysisspectroscopymcmc
  Language:Python 9
• pyrtlib

  SatCloP / pyrtlib

  PyRTlib is an attractive educational software to simulate observations from ground-based, airborne, and satellite microwave sensors. It provides a flexible and user-friendly tool to broadly simulate how electromagnetic radiation travels through the atmosphere as it interacts with atmospheric constituents.

  atmospheric-modellingmicrowaveradiative-transfer-modelspython
  Language:Python 8
• xleaf

  earth-chris / xleaf

  Leaf and canopy radiative transfer modeling tools built on PROSPECT-D and SAIL

  prospectsailprosailpythonradiative-transfer-modelsremote-sensingsimulation-modeling
  Language:Fortran 5

• karllark / DIRTY_dustrt

  DIRTY: 3D dust radiative transfer for dusty astrophysical sources

  radiative-transferradiative-transfer-modelsmonte-carlointerstellar-mediumdust
  Language:C++ 5

• EOA-team / rtm_inv

  A Python-backend for radiative transfer model inversion for crop trait retrieval

  cropsearth-observationinversionradiative-transfer-modelsremote-sensingtraits
  Language:Python 2

• JesseBausell / Hydrolight_MFile_reader_py

  This python notebook reformats a series of Hydrolight-generated m-files (radiative transfer outputs) into hdf5 files. This enables easier access to data for investigators, who can work with structured variables inside the hdf5 files rather than unweildy ascii files, which are difficult to utilize on a large scale. See GitHub readme for more details.

  aopshydrolightiopsoceanopticsradiative-transfer-modelssequoiascientific
  Language:Python 2

• JesseBausell / Hydrolight_MReader

  Re-configures data from Hydrolight m-files into MAT files using HDF5 based format.

  findingnemohydrolightoceanopticsradiative-transfer-modelsradiativetransfermodellingremotesensingsequoiascientific
  Language:MATLAB 2

• Mihir-DG / Modelling-Planetary-Climate

  Quantifying accuracy drawbacks across various 1d and 0d methods of modelling large-scale Earth systems and interpreting results through the lens of spectroscopy, radiative transfer and thermodynamics.

  climate-modeling0d-modelradiative-transfer-modelsradiative-equilibrium-models1d-modelatmospheric-modelling
  Language:Python 1

• ored95 / ModelPro

  modelingradiative-transfer-modelsheat-transfer
  Language:C 1

• pytools4dart / pytools4dart

  This is a read-only mirror of https://gitlab.com/pytools4dart/pytools4dart.

  lidarradiative-transfer-modelsremote-sensingsatellite-imagerysimulation
  Language:Python 1

• shirin-ermis / climate_prediction_GUI

  Atmospheric temperature profile generated by a highly simplified radiative transfer model. It calculates the temperature at a range of points (initially three) from the Earth's surface to the top of the atmosphere. The input parameters are the percentage of planetary cloud cover, the emissitivity/absorptivity of the two atmospheric layer

  climate-modelconvectioncross-platformguiradiative-transfer-models
  Language:Python 1

• Damian-Oswald / master-thesis

  Quarto source code for my master's thesis "Remote Sensing of Foliar Nitrogen in Californian Almonds" (2023)

  agriculturealmondmachine-learningmaster-thesismechanistic-modelsradiative-transfer-modelsray-tracingremote-sensingvegetation-indices
  Language:TeX 0
• RadMom1D

  jasar1004 / RadMom1D

  Computational framework for solving the radiative transfer equation in one spatial dimension using a Godunov-type finite volume method with piecewise linear reconstruction of the solution within each cell of the computational domain.

  computational-fluid-dynamicsfinite-volume-methodgodunov-methodmoment-closurepartial-differential-equationssecond-order-upwind-schemetecplottemplateshlleroe-reimann-solvercharacteristics-methodmaximum-entropy-modelradiative-transferradiative-transfer-modelsriemann-solversspherical-harmonicsboundary-conditionsnumerical-simulationsclass-inheritance
  Language:C++ 0

• PStegmann / delta-fit

  A Python implementation of the delta-fit phase function truncation algorithm by Hu et al. 2000.

  delta-fitscatteringradiative-transfer-modelssvd-factorizationphase-functionpython
  0

• recurze / SixDirScattering_RTESolver

  Numerical solver for system of PDEs modelling radiative transfer

  fixed-point-methodgauss-seidel-methodnumerical-solverradiative-transfer-modelssystem-of-pdes
  Language:TeX 0

• SimonP2207 / RaJePy

  Radiative transfer and synthetic radio imaging of ionised jets from young forming stars

  radiative-transferradiative-transfer-modelsionised-jetsstar-formationradio-astronomyastrophysics
  Language:Python 0

• luyaz999 / SOGM

  Soil VIS-NIR reflectance spectra simulation based on generative model. PROSAIL model is integrated..

  diffusion-modelgenerative-modelradiative-transfer-modelssoilsoil-moisturesoil-spectroscopyvis-nir-spectroscopyprosailprospectsail
  Language:Jupyter Notebook

• zachtheyek / Protostellar-Luminosity

  Using radiative transfer models to investigate indirect methods for measuring protostellar luminosity.

  astronomyprotostarsprotostellar-luminosityradiative-transfer-modelsregression-analysis
  Language:Jupyter Notebook