Pyromat

Latest version: v2.2.5

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2.1.4

- Corrected keystroke errors in `igmix` methods
- Corrected a bug in `igmix` and `ig2` that caused incorrect values when working with arrays in `cp` and `gam`

2.1.3

- Corrected a bug in `ig2.s` that caused a crash with pressure arrays

2.1.2

- Corrected a bug in `mp1.T_s` and `mp1.T_h` that caused a crash when calculating quality of arrays in isobaric mode.

2.1.1

- Corrected a bug in `setup.py` that prevented the ideal gas mixture data from being installed correctly.

2.1.0

- Completed total transition to and validation of `_hybrid1()` in the `mp1` class
- Added `d_s()` to the `mp1` class
- Standardized `igmix`, `ig`, and `ig2` classes to use the same argument parsing rules
- Standardized `igmix`, `ig`, and `ig2` inverse property routines `T_s`, `T_h`, `p_s`.
- Added filtering capabilities to `info()`
- Added `atoms()` to all classes to retrieve atomic composition data.
- Updated the `dat.updatefiles()` function to correct bugs in Python 3.
- Changed `PMConfigEntry.apply_default()` to `restore_default()`
- Changed `PMConfig.write()` algorithm to deal more gracefully with appendable entries.
- Added function type 0 to `mp1._satfit` for future melting line support.
- Added `mp.N2` and `mp.CH4` multiphase models.
- Added `R()` and `mw()` to the `mp1` class.
- Adjusted all multi-phase R-values to agree with Ru / mw to numerical (double) precision. For most properties, the change will not be noticeable, but it brings some into better agreement with published values. In all cases, the change is on the order .01% or smaller.

2.0.13

- Transitioned to the `_hybrid1()` inversion algorithm for mp1's `T_s` and `T_h` algorithms

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