Skip to content
New issue

Have a question about this project? Sign up for a free GitHub account to open an issue and contact its maintainers and the community.

By clicking “Sign up for GitHub”, you agree to our terms of service and privacy statement. We’ll occasionally send you account related emails.

Already on GitHub? Sign in to your account

CLI option to show supported optimizers #169

Closed
dweindl opened this issue May 29, 2019 · 0 comments · Fixed by #201
Closed

CLI option to show supported optimizers #169

dweindl opened this issue May 29, 2019 · 0 comments · Fixed by #201
Assignees

Comments

@dweindl
Copy link
Member

dweindl commented May 29, 2019

Enabled optimizers can be deduced from parpeConfig.h at build time, but currently there is no straightforward possibility to know which optimizers are supported by a given executable.

Could be printed as part of -h output.

Should also show the corresponding numeric value to select the respective optimizer.

@dweindl dweindl added this to the Workflow improvement mini-hackathon milestone May 29, 2019
@dweindl dweindl added the C++ label May 29, 2019
@dweindl dweindl self-assigned this Jun 18, 2019
@dweindl dweindl mentioned this issue Oct 9, 2019
dweindl added a commit that referenced this issue Oct 9, 2019
Release 0.4.0

* Enabled [Zenodo](https://zenodo.org/) integration
* Update AMICI to 0.10.13
* Setup docker image for use with charliecloud (#182)
* Cleanup misc/generateHDF5DataFileFromText.py, remove obsolete warning
* Formatting
* Update reference; add funding section to README
* Add parPE logo (#195)
* Show only interesting lines from /proc/self/status
* Update FAQ
* Disable building tests by default
* CLI option to show supported optimizers (Closes #169)
* Enable CLI starting point index selection for OptimizationApplication
* Add script to read final parameter vectors from parPE (multi-start) optimization result file and write to TSV file
* Add AMICI version and script invocation to generated hdf5 file
* Add gradient check to snakefile
* Fix: Ensure rdata->numstepsB has elements before access (segfault with forward sensitivities)
* Fix parameter indexing for generating example data
* Add doc/README.md
* Document HDF5 output file format (Closes #175)
* Add worfklow figure
* Add ../doc/petab_model_import.md describing PEtab model import (Closes #168)
* Pass H5File as const&, not as Id which will implicitely call H5File which requires HDF5 mutex locking.
* Extend, split, update steadystate example notebooks (#171)
* Ensure hdf5 mutex lock when using AMICI hdf5 helper functions (Closes #167)
* Keep fixed parameters out of /parameters/parameterNames in HDF5 file, which should only contain optimization parameters
* Update readme: Add coinhsl instructions
* Fix HDF5 file generation after PEtab update: do not add AMICI fixed parameters to optmization parameters
* Add scaffold for generation of LoadLeveler job files
* Add snakemake scaffold for PEtab...analysis
* Update PEtab parameter mapping to allow for condition specific scaling etc.
* Update benchmark collection scripts, add Snakefile
* Add basic data analysis Snakefile
* Update plotting functions and example notebook
* Use condition-specific parameter scales (#161)
* Remove obsolete test files
* Remove cpputest remnants
* Update Ipopt install script to 3.12.12, cleanup
* Remove work-around for non-threadsafe adjoints
* Gradient check tolerance relative to objective function values to reduce number of test failures (Closes #80)
* Reenable CERES parameter_tolerance option
* PEtab: Add support for non-constant parameter overrides in condition table (Closes #158); support non-gaussian noise
* Use HDF5 C++ interface; cleanup.
Sign up for free to join this conversation on GitHub. Already have an account? Sign in to comment
Projects
None yet
Development

Successfully merging a pull request may close this issue.

1 participant