Releases: molpopgen/fwdpy11
Releases · molpopgen/fwdpy11
Major update with lots of cool new stuff...
Bug fixes:
- Fixed bug in :func:
fwdpy11.sampling.DataMatrix.selected
that returned wrong data in best case scenario and could
have caused crash in worst case.
(e715fb7). - Fix bug recording fixation times. If a population was evolved multiple times, fixation times from the later rounds of
evolution were incorrect.
(9db14d8) - Fix issue #1, related to fixations in quantitative trait sims. (6a27386)
- The "label" field of a diploid is now initialized upon constructing a population.
API and back-end changes:
- Added :func:
fwdpy11.sampling.matrix_to_sample
and :func:fwdpy11.sampling.separate_samples_by_loci
. (i639c8de999679140fad6a976ff6c1996b25444aa) - Custom stateless fitness/genetic value calculations may now be implemented with a minimal amount of C++ code. See
:ref:customgvaluecpp
.
(a75166d) - Custom fitness/genetic value calculations now allowed in pure Python, but they are quite slow (for now). See
:ref:customgvalues
. (5549286) - Stateful trait value models enabled for qtrait sims. (161dfce)
- Refactor evolution functions so that stateful fitness models behave as expected. Enable compiling in a debug mode.
Fix bug in operator== for diploid type. (a726c05) - fwdpy11.util added, providing :func:
fwdpy11.util.add_mutation
. (17b92db) - Simulations now parameterized using classes in fwdpy11.model_params. (18e261c) and (eda7390)
- Added multi-locus simulation of quantitative traits.(fcad8de)
- Refactoring of type names. (632477c)
- Refactoring internals of single-region fitnes/trait value typess. (d55d636)
- Allow selected mutations to be retained in fwdpy11.wright_fisher.evolve_regions_sampler_fitness. (dcc1f2f)
More build system fixes re: os x
I think we finally have a robust setup.py for OS X/clang and OS X/gcc.
Clean up for build system
Now GCC is required on OS X.
Debugging symbols are not generated. This results in much smaller library files.
Clean up for OS X builds
Allows OS X builds via clang/llvm.
First official release.
Corresponds to first PyPi release.