Welcome to DiadFits documentation!
Contents:
- Introduction and Citation
- Installation & Updating
- Importing Data and Metadata
- Python datastructures used in DiadFit
- Change Log
- March 17th, 2026 Penny Wieser - V.1.0.19
- Jan 21st, 2026 Penny Wieser - V.1.0.16
- Sept 4th, 2024 - Penny Wieser - V.1.0.3
- Publication version Penny Wieser - V.1.0.1
- Publication version Penny Wieser - V.1.0
- June 3rd, 2024 - Penny Wieser - V.0.91
- March 29th, 2024 - Penny Wieser - V.0.86
- March 7th, 2024 - Penny Wieser - V.0.85
- Feb 4th, 2024 - Penny Wieser - V.0.82
- Dec 18th, 2023 - Penny Wieser - V.0.81
- Nov 29th, 2023 - Penny Wieser - V.0.80
- Oct 25th, 2023 - Penny Wieser - v.0.78
- June 23rd, 2023 - Penny Wieser
- March 28th, 2023 - Penny Wieser
- March 22nd, 2023 - Penny Wieser
Worked Examples
- Fitting Fermi Diads
- Example 1a - Gas Calibration Data
- Example 1b - Fluid inclusions (if no standards are available in your lab)
- Example 1bb - Fluid inclusions (With standards, e.g. something you analyse every day)
- Example 1bb - Nasty backgrounds
- Example 1c - HORIBA synthetic fluid inclusions
- Example 1d- Newer HORIBA
- Example 1e - Quick Peak fitting
- Example 1f - Quantifying Peak assymmetry
- Quantifying melt water contents
- Equation of state (EOS) calculations
- Example 5a - Different EOS functions
- Example 5b - Visualizing how CO$_2$ density relates to P and T
- Example 5c - Calculating fluid inclusion entrapment pressures and depths in La Palma
- Example 5d - Calculating fluid inclusion entrapment pressures and depths for different density profiles
- Example 5e - Propagating uncertainties in fluid inclusion barometry
- Example 5f - Calculations using CO$_2$-H$_2$O EOS
- CO2 in melt inclusion vapour bubbles
- Modelling Fluid inclusion re-equilibration
- Other Useful Functions
Narrated YouTube Videos
Detailed Code Documentation:
- API Reference
- Functions for reading in data files
- Functions associated with fitting diads
- Functions associated with fitting Ne lines
- Functions associated with fitting Ar lines
- Functions for different densimeters (to convert splitting to density)
- Functions for propagating uncertainty
- Functions for performing CO2-H2O EOS calculations
- Functions for calculating CO2 in vapour bubbles
- Functions for calculating molar gas proportions from Raman peak areas
- Functions for converting pressure to depth using different crustal profiles
- Functions for modelling fluid inclusion re-equilibration
- Functions for fitting H2O peaks in Raman spectra
- Functions for reading data from the P sensor
- Functions for fitting gas cell data to calibrate a densimeter