This is the main repository of notebooks which demonstrate the usage of the RE-Emission Toolbox and its various components
The code is released under the GPL-3.0 License
Contents | Manual Step-By-Step Calculations >
Table of Contents
This Notebook demonstrates how to:
Manually construct input data structures for a hypotethical reservoir
Instantiate Catchment and Reservoir objects
Calculate \(CO_2\), \(CH_4\) and \(N_2O\) emission factors
Calculate \(CO_2\), \(CH_4\) and \(N_2O\) emission profiles
This Notebook demonstrates how to:
Read input data in JSON format and output configuration YAML file
Instantiate the emission model object from input data output configuration file
Calculate emissions
Display model ouptputs
This Notebook demonstrates how to:
Read input data and output configuration YAML file and instantiate the emission model
Add JSON model presenter, calculate emissions and save results to JSON file
Read and display the results saved in JSON format
Presentation of Results in PDF Format (via :math:LaTeX`) and in HTML. <04-Saving-Results-To-LaTeX.ipynb>`__
This Notebook demonstrates how to:
Read input data and output configuration YAML file and instantiate the emission model
Add HTML model presenter
Add \(\LaTeX\) model presenter, calculate emissions and save results to \(\TeX\) and PDF and HTML files
Open the generated PDF document
Open the generated HTML document
This Notebook demonstrates how to:
Read a custom configuration file from a user’s file-system to update model parameters
Update selected config variables after loading the configuration file
Run step-by-step manual calculations with different model parameterizations
Run calculations for batches of reservoirs with custom configurations
This Notebook demonstrates how to:
Run parametric uncertainty analysis with SALib and the Sobol method
Visualize the parametric sensitivity / uncertainty on various plots
Compute the sensitivities across many scenarios (e.g. reservoirs)
Present emission predictions as probability density plots