This release addresses several lingering API issues in fwdpp. It also breaks API compatibility for multi-locus simulations, but it also makes them more flexible. Issue #51 resolved. API issue #50 resolved. The KTfwd::GSLrng_t is no longer copy-constructible. API issue #48 is addressed. This is an API change breaking backwards compatilibity for multi-locus/region simulations. The new API allows more flexibility in modeling interlocus/region crossovers. The API for KTfwd::sample_diploid is changed for multi-locus/region sims. Two functions, KTfwd::make_poisson_interlocus_rec and KTfwd::make_binomial_interlocus_rec, return vectors of callbacks bound to the two new structs. commit API issue #49 is addressed. The changes maintain compile-...
Fixed #362 and #363 Note: these changes could result in different results being obtained when mutati...
Bug fix Fix error in conditional models when sampling ancient samples throughout the focal mutation...
Bug fix: When building a population from a tskit tree sequence, we now correctly handle the origin ...
Bug fixes Issue #2 on GitHub fixed. API changes/new features: :class:fwdpy11.regions.Sregion may ...
API breakage: Simulation without tree sequence recording is no longer supported. #607 Bug fixes: T...
Most of the issues/PRs are collected under milestone 0.16.0 From the change log: Bug fixes An integ...
0.21.0 Breaking changes Refactor {class}fwdpy11.conditional_models.SimulationStatus as an enum. Thi...
Details are collected under milestone 0.13.0 Copy/paste from the change log: API changes The demesi...
Massive improvement to the performance of simulations using genetic maps with a large number of Pois...
First stable release of the fwdpy11.conditional_models module. This module allows simulations condit...
This is a major feature release. The changes include all those listed for the various release cand...
Fixes #787 and #792. Details in the change log via the manual. Both bugs would not affect previousl...
Alpha relase 0.19.0a0 Bug fixes Fix bug in sweep models. The previous implementation chose acceptab...
This release adds a major feature, which is to allow mutation effect sizes to differ across demes. ...
This is an intermediate release as we are still working towards supporting more general demographic ...
Fixed #362 and #363 Note: these changes could result in different results being obtained when mutati...
Bug fix Fix error in conditional models when sampling ancient samples throughout the focal mutation...
Bug fix: When building a population from a tskit tree sequence, we now correctly handle the origin ...
Bug fixes Issue #2 on GitHub fixed. API changes/new features: :class:fwdpy11.regions.Sregion may ...
API breakage: Simulation without tree sequence recording is no longer supported. #607 Bug fixes: T...
Most of the issues/PRs are collected under milestone 0.16.0 From the change log: Bug fixes An integ...
0.21.0 Breaking changes Refactor {class}fwdpy11.conditional_models.SimulationStatus as an enum. Thi...
Details are collected under milestone 0.13.0 Copy/paste from the change log: API changes The demesi...
Massive improvement to the performance of simulations using genetic maps with a large number of Pois...
First stable release of the fwdpy11.conditional_models module. This module allows simulations condit...
This is a major feature release. The changes include all those listed for the various release cand...
Fixes #787 and #792. Details in the change log via the manual. Both bugs would not affect previousl...
Alpha relase 0.19.0a0 Bug fixes Fix bug in sweep models. The previous implementation chose acceptab...
This release adds a major feature, which is to allow mutation effect sizes to differ across demes. ...
This is an intermediate release as we are still working towards supporting more general demographic ...
Fixed #362 and #363 Note: these changes could result in different results being obtained when mutati...
Bug fix Fix error in conditional models when sampling ancient samples throughout the focal mutation...
Bug fix: When building a population from a tskit tree sequence, we now correctly handle the origin ...