* Add EOS JSON for R1336mzz(E) from Akasaka-IJT-2023.
* Add BibTeX entry for Akasaka-IJT-2023.
* Add BibTeX_EOS label in R1336mzz(E).json.
* Update R1336mzz(E).json
Fix the triple point liquid density, without it, VLE calculations fail
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Co-authored-by: Ian Bell <ian.h.bell@gmail.com>
* Liquid sodium properties added in incompressible liquids from range 400 K to 2500 K in steps of 100 K.
np.float changed to float in SecCoolFluids.py (Deprecated alias)
json file generated and added
* a bug in liquid sodium viscosity value corrected
* specific heat capacity fit was not proper for liquid sodium.
after removing two data points at the high temperature end, the fit is reasonable and is retained as of now.
* liquid sodium json file updated
* specific heat fit for liq sodium was not satisfactory for full range 400 K to 2300 K.
hence the range of values for specific heat of liq sodium reduced to 400 K to 1000 K and new coefficients updated
The rhoV auxilliary for n-Hexane had accidentally been set to use
reduced tau. This commit fixes the typo. This prevents bad guesses
for a number of property evaluations which use saturated states.
* Remove R1233zd(E) hL ancillary
The R1233zd(E) hL ancillary performs poorly. This can result in a
failure to converge when provided inputs (p/h) lie between the
ancillary saturation curve and the true saturation curve. Removing
the ancillary makes CoolProp fall back to a robust saturation
solver.
* Add 0.01 K cushion to Tmax in HSU_P_flash
Within HSU_P_flash, if an ancillary is used it can have a small
error. If the point of interest is near that saturation curve, this
error can prevent the solver from converging. Adding a 0.01 K margin
account for small ancillary errors and allow the solver to converge.
* Correct 0.01K cushion
The 0.01K adjustment should increase the potential range of the
solver. Previously, the minimum was increased, but it should be
decreased.
- Streamlined the build of the HTML documentation based on a private docker image.
- Invoke doxygen and Sphinx to create the final HTML pages.
- Employ a cache for the GitHub actions to store the output of the expensive tasks.
- Restructured the GitHub actions builders and introduced a naming scheme.
- Fixed a few typos in the docs.
- Automatically publish the documentation to GitHub pages.
* Minimum fix for sed: mac has a weird sed version...
* Make repalcement from python to avoid dealing with weird sed version on mac
* Try to get the size of the wheels (/!\ 100MB max per upload)
* move setting env vars up a block
* Enable upload to testpypi
* Figure out the next available version to avoid override (especially for testpypi, shouldn't happen for pypi as we should bump in CMakeLists)
* Bump Catch2 to latest v3.0.0-preview4
Bump Catch2 to latest 2.x: 2.13.8
Rename submodule Catch to Catch2
Add catch2 to ctest
Fix missing ";" in catch tests
Use ctest for catch2: run once with little output, then 2nd time with verbose output for failed tests
Run through CatchTestRunner: TEMP: PICK A STYLE
Update Catch to v3.0.0-preview4
Try to migrate to catch2 v3
Ok it builds and runs, but I'm missing tests
Get all files that have inline tests, now I get same behavior as with catch1
Put back app sources
* Remove the link to coolprop lib since I am now using APP_SOURCES instead of just the specific files with tests
* First try at building shared library
* Rename artifact for clarity instead of putting them all in the same
* Add a doxygen worklow
* Extract version from CMakeLists to name the artifacts
* move the extract version bit to a script in dev/ so I can reuse for documentation too
* Disable fail-fast, and don't use fstrings in extract_version.py (mac has a too old python by default, and I don't want to call setuppython actions)
* Mac still picks up a too old python, whatever: just setup any 3.x (it's cached, so quick)
* First try for a Windows Installer package
* forgot to create the build dir
* forgot build type
* Try to re-enable catch2 tests
* adjust
* Leave the coolprop catch2 tests in a separate workflow, since many are currently failing
