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Main changes: ========== - Python 2.7 is not supported anymore - Python 3.6 and 3.7 are supported - Several changes to try and make installation easier (on clusters, windows, mac....) and less verbose for users - More explicit names for default saved configurations - Major bug fix in one of the methods for computing synthetic signal - Minor bug fixes in interactive figures - Minor bug fixes in Plasma2D interpolation - New configuration (ITER) available - First version of a class handling 2D XRay bragg spectrometers - First tools for magnetic field line tracing available on WEST - Better documentation, more ressources - More informative error messages - extra tools for computing LOS length, closest point to magnetic axis... - Better PEP8 compliance Detailed changes: ============ Installation / portability: --------------------------- - Bug fixes for installation on ITER and Gateway clusters 250 - Easier installation on Mac 183 (`requirements.txt`) - Removed explicit compiler specification in `setup.py` for more flexibility - When sub-packages imas2tofu or mag are missing, the warning is much more concise, but the error traceback is still accessible in a hidden dictionnary for developpers 243 - `python setup.py clean` now doesn't cythonize - Dropped python 2 support: 228 - merged `_GG02` and `_GG03` into the `_GG` file - no longer being tested in travis - no longer packaged in conda - updated README file accordingly - dropped `funcsigs` dependency - made necessary changes in `setup.py` - `benchmarks/calc_signal_benchmark.py`: now working with python 3 Bug fixes: ----------- - Major bug fix in `LOS_calc_signal()` for computing the synthetic signal of a LOS camera using a particular algortihm : method='sum', minimize='hybrid', ani=True, 247 255 - Major bug fix in `LOS_get_sample()` when `minimize='hybrid'` and `minimize='memory'` the limits were not set correctly in some cases the formula for sampling a LOS was wrong (`los_get_sample_core_var_res`). - Minor bug fixes in interactive figures when `t=None` was used (the interactivity was lost due to wrong formatting of the time array) - Minor bug fixed in Plasma 2D interpolation (`interp_t` was not being set), imporved error messages 209 - Removed unused variable in `_Ves_get_sampleS` (_GG), in `_core.py` 190 - Gave more explicit names to some variables in `_core.py` to avoid bugs/typos (eg. `I` to `current`) 186 - Removed a secondary `init` function for the class `tf.geom.CoilsPF` 187 - `_checkformat_inputs_dgeom` now is a function of `Rays` class - Change default separator in `to_dict()` from '_' to '.', 228 - Rays.calc_kInOut_IsoFlux() is now more flexible (accepts 3d np.arrays as well as lists of np.ndarrays), 188 - __repr__() is now overloaded in a more robust way so it falls back to printing the class if get_summary() fails to avoid crashing in debug mode 242 Documentation: -------------- - Updated information about support of python version - Added slides of talk given at PyConFR 2019 conference - Added a `gallery` in our documentation with 3 different tutorials: - 5 minutes tutorial to show to create a geometry and 1D/2D cameras - Guide on how to create your own Geometry from scratch (vacuum vessel, structures, etc.) - How to compute the signal received by a camera using a synthetic signal. For all of these tutorials, you can see directly the codes and the resulting images, and you can get the source code or download it as a Jupyter notebook! - Minor changes to the web doc: updated install instructions to be "cleaner" now in rST and not HTML), small changes in the navigation bar. - Guide on how to contribute to ToFu. New features: --------------- - First version of `magnetic field line tracing` (for WEST only so far, to be improved) 213 235 - First version of `2D XRay Bragg spectrometers` for synthetic diagnostics, modelling the diagnotics geometry and providing 2d spectral fitting routines (to be improved) 267 - When computing a signal `LOS_calc_signal` emissivity function can now return a 1D array if `t=None` 217 252 - Three functions added to `tf.geom.Rays`: 211 - `calc_length_in_isoflux()`: compute the length inside a set of isoflux surfaces of each LOS - `calc_min_geom_radius()`: compute the minimal geometrical radius (impact parameter) of each LOS - `calc_min_rho_from_Plasma2D()`: compute the minimum normalized radius (or any field with a minimum on the axis) for each LOS - New `ITER configuration` available! 220 227 - More explicit names for default configurations 264 Contributors: ============= Many thanks to all developpers: - Didier Vezinet (Didou09) - Laura Mendoza (lasofivec) - Florian Le Bourdais (flothesof) - Jorge Morales (jmoralesFusion) - Koyo Munechika (munechika-koyo) - Louwrens Van Dellen (Louwrensth) What's next (indicative): ========================= - Migrating from nosetests (ongoing for lasofivec : issues 95 and 232 ) - Easier binary and source installs from pip and conda for all platforms, including unit tests on alla platforms (ongoing for lasofivec and flothesof : issue 92 and 259 ) - Solid angles for Volume-Of-Sight and radiative heat loads computation (ongoing for lasofivec : Issues 71, 72, 73, 74, 75, 76, 77, 78 ) - Tools and classes to handle 2D Bragg X-Ray crystal spectrometer (ongoing for Didou09 : Issues 202 and 263) - Generic data classe to incorporate plateau-finding, data analysis and 1d Bayesian fitting routines and classes (ongoing for Didou09 and jmoralesFusion and MohammadKozeiha: issues 208, 260 and 262) - More general magnetic field line tracing workflow - Better unit tests coverage - More complete documentation List of issues and PR closed: ============================= - Issues: 30, 180, 183, 185, 186, 187, 188, 189, 190, 201, 209, 211, 213, 217, 220, 224, 227, 228, 230, 235, 243, 247, 248, 250, 252, 255, 264 - PR: 173, 175, 179, 181, 182, 184, 191, 192, 193, 194, 195, 196, 197, 199, 206, 207, 210, 212, 222, 223, 225, 226, 229, 231, 233, 234, 236, 237, 238, 240, 242, 244, 245, 246, 249, 251, 253, 254, 256, 257, 258, 261, 265, 267
First release, only containing the geometry and data pre-treatment modules, without the plugins which are not open-source. From this base the Eq, mesh, matcomp and inv modules will be added in future releases.