Reference#
Below is documentation from all pyGAPS modules and functions. It has information on various inputs and outputs of the program, as well as extensive descriptions of the theory behind the methods and models that can be applied. It is recommended that the user always double checks this section to understand the inner workings of various functions.
- Core classes
- Material characterisation
- Isotherm fitting and models
- Base Model Class
- Henry
- Langmuir
- Double Site Langmuir
- Triple Site Langmuir
- Brunnauer-Emmet-Teller (BET)
- Guggenheim-Anderson-de Boer (GAB)
- Freundlich
- Dubinin-Radushkevitch (DR)
- Dubinin-Astakov (DA)
- Quadratic
- Tempkin
- Toth
- Jensen-Seaton
- Virial
- Wilson Vacancy Solution Theory (W-VST)
- Flory-Huggins Vacancy Solution Theory (FH-VST)
- Multi-component adsorption modelling
- Parsing and interfaces
- JSON
- AIF
- CSV
- Excel
- Apparatus files
- Sqlite
with_connection()adsorbate_to_db()adsorbates_from_db()adsorbate_delete_db()adsorbate_property_type_to_db()adsorbate_property_types_from_db()adsorbate_property_type_delete_db()material_to_db()materials_from_db()material_delete_db()material_property_type_to_db()material_property_types_from_db()material_property_type_delete_db()isotherm_to_db()isotherms_from_db()isotherm_delete_db()isotherm_type_to_db()isotherm_types_from_db()isotherm_type_delete_db()isotherm_property_type_to_db()isotherm_property_types_from_db()isotherm_property_type_delete_db()
- NIST ISODB
- Graphs and plotting
- Unit handling
- Utilities