Joris Timmermans's repositories
atmospheric_correction
Sentinel 2 and Landsat 8 Atmospheric correction
multiply-core
The core functionality of the MULTIPLY platform
prior-engine
This repository contains a fork (for testing purposes) of the Prior engine currently being used within the MULTIPLY framework.
vm-support
Provides support functionality for the MULTIPLY VM
data-access
This is the repository containing the Data Access functionality for the MULTIPLY platform.
Deploy_MULTIPLY_data_access
An installer that only deploys parts of the MULTIPLY framework that focuses on data download.
multiply-ui
Jupyter-based UI for Multiply Core
Deploy_MULTIPLY_preprocessing
An installer that only installs parts of the MULTIPLY framework that focuses on preprocessing the data (with SIAC)
Deploy_MULTIPLY_full
Within this repository, I provide a deployment tool for the MULTIPLY framework (https://github.com/multiply-org/). This tool downloads the specific modules, and setsup the environment to run the MULTIPLY framework.
CreatingVirtualPlants
This repository contains some preliminary code I made (back in the day) for creating a forest of Virtual Plants. In addition it contains some code for performing MonteCarlo Raytracing.
FieldMeasurementAuxiliaryPrograms
This repository contains different Auxiliary Programs required for performing Fieldmeasurements (such as those in Speulderbos)
TemperatureEmissitySeperationFromHyperspectralMeasurements
This code allows for simultaneous atmospheric correction as well as retrieval of temperature & emissivity from hyperspectral thermal observations
SEBS4SIGMA
This repository contains the matlab-code for the SEBS algorithm. This particular version was created for the H2020 SIGMA project. It allows for segmentation and parallel processing of the model for operational execution for global monitoring
AnalyzeFieldSpectrometerMeasurements
This repository contains code to analyse the optical hyperspectral observations from the FieldSpecPro instrument. It allows for 1) comparison with previous measurements, 2) flagging and filtering of current measurements, 3) Identification of targets 4) retrieval of biophysical traits
ModifiedSCOPE4Emulation
This Repository contains a Modified version of the SCOPE model. This modification was necessary for enabling 'integration' with a Python Wrapper in order to emulate the model.
PythonWrapper4SCOPE
This software acts as a wrapper to run the SCOPE model using python
PythonWrapper4MODTRAN
This software acts as a wrapper to run the MODTRAN RT model. It then uses the MODTRAN Interrogation Technique to extract variables required for atmospheric correction. This particular wrapper focusses on Thermal Radiation
eoldas_ng
A data assimilation tool for land EO
Fluspect
Fluspect simulates leaf reflectance (R), transmittance (T) and fluorescence. With this code you can fit R and T to hyperspectral measurements.