Release 4.0-beta15

• Speed: reduce overhead in tree operations.
• Models: add relaxed-rs07 that allows rate to vary on different branches.
• Non-equilibrium models now work with variable alignments.
• Syntax: cmd-line functions now look like |w: gy94(omega=w)|
• Syntax: cmd-line functions can now take two arguments like |x y: x + y|.
• Bug fixes:
  • Fix inferring the alignment on a fixed topology (rooted or unrooted).
  • Invalidate compiled modules if the executable changes.
  • Fix consensus-tree and branch lengths ignoring burnin when not specified as percent.
  • Fix (unused) code that integrates out alignments when SPR-attaching on every branch.

Release 4.0-beta14

• Features
  • Allow inferring the number of bins under the Rates.free and M3 models.
  • Make startup faster by saving compiled modules.
  • Attempt to codesign executables on Mac.
  • Sort rates under Rates.free to make them identifiable.
  • Sort omegas under M3 to make them identifiable.
  • Allow specifying a discrete distribution on the command line like {value: prob, value: prob, etc.}
  • New distribution dirichlet_mixture to make variable-dimension mixtures easier.
• Bug fixes:
  • Infer the character state for N in leaf sequences with a fixed alignment.
  • bp-analyze should not fail when variables have random dimension.

Release 4.0-beta13

This release fixes a number of small bugs:

• Fix typo in bp-analyze script
• Fix crash in statreport
• Fix crash in draw-tree
• Fix crash in trees-bootstrap
• Add continuous-integration tests for post-processing.

Release 4.0-beta11

• Features

  • Improve alignment-thin --remove-gappy

• Bug fixes:

  • Fix warning in bp-analyze.
  • Only write warning in Rates.gamma at -V2 or higher.
  • Correctly compile with libfmt v10.
  • Complain instead of crashing when we use an imodel with --fix=alignment.

• Misc

  • JSON: read/write {Infinity, NaN} instead of {1e99999, null}
  • Make +> work like the R pipe operator.

Release 4.0-beta10

New features:

• Codon models can now use all known genetic codes (https://www.ncbi.nlm.nih.gov/Taxonomy/Utils/wprintgc.cgi)
• Equilibrium non-reversible models now work with variable-alignment analyses.
• Improve help: colorized, improved signatures, more readable types.
• Add commands bali-phy print <expression>, bali-phy run <Prog> <arg1> <arg2>, bali-phy model <Model> <arg1> <arg2>.

Bug fixes:

• Fix non-standard genetic codes.
• Fix specifying Codons(DNA) and Codons(DNA, <code> )
• Fix density for Exp-transformed distributions like log-normal.

Misc:

• Refactor Numeric classes Log Double and Prob
• Allow testing isInfinite x and isNan x in Haskell.

Release 4.0-beta9

New features:

• allow "var1 ~ dist1; var2 ~ dist2; model(var1, var2)" in the command-line language
• non-reversible substitution models for fixed alignments (and for variable-alignments in the next pre-release)
• add Mac/ARM builds.

Fixes:

• fix quotes and _ in Nexus names
• fix numeric alphabets (e.g 0/1 characters)
• fix crash with long sequences
• fix crash in meson test

Release 4.0-beta8

This release has a number of changes under the hood, but not very many user-visible changes.

• Changes:
  • Write out tree with branch-lengths scaled according to weighted average of partition scales.
  • Print the alignment length including fixed-alignment partitions.
• Phylogenetics
  • Update likelihoods and other infrastructure to handle multifurcating trees and data on internal nodes.
• Tools
  • Add benchmarking script benchmark.py

Release 4.0-beta7

This release has a number of changes under the hood and a few visible changes to fix bugs:

• Allow estimating the alignment and branch lengths on a fixed topology: --tree=file.tre --fix topology
• Fix TSV logging when running generic models: -l tsv -m Model.hs

Release 4.0-beta6

This release decreases memory usage. It also moves MCMC and logging commands into the model script.

• Changes:
  • MAP alignment is no longer printed.
  • the MPD alignment is now shorter and more condensed (it uses the "multiply" criterion).
  • the initial alignment has all sequences left-aligned when estimated (for now).
  • -m Model.hs now looks for a Model.main function that returns IO (Random [(Key,JSON)]).
  • stdout / stderr now go to the screen instead of being redirected to a file.
• Features:
  • Tree-alignment models can be hand-written -- no magic return type.
  • Initial implemention of sequence simulation.
  • new executable mcon-tool can convert JSON logs to TSV.
• Model language:
  • Allow reading / writing trees and alignment from the model script.
  • Run loggers and transition kernels from the model script.
  • Refactor Tree object to allow adding and removing nodes.
• Bug fixes:
  • Memory: reclaim memory from running loggers + transition kernels.
  • Memory: clear tokens immediately - don't wait for garbage collection.
  • Memory: don't retain calculations for branches that might not exist.
  • Alignment: fix alignment with likelihood rescaling.
  • Likelihood: fix SEV likelihood on 2-taxon trees.
  • Typechecking: don't allow e.g (x,y) <- return (x,y,z)
  • Typechecking: handle exporting types without their constructors.
  • machine: don't re-execute side-effects in incremental_evaluate1( ).

Release 4.0-beta5

A lot of small things.

• New Singularity executable to run on clusters with old software.
• Fix problem with Covarion models (affected RNA-editting model).
• Temporarily remove pre-burnin.
• If --tree is specified then scales default to a constant 1.0 so that the likelihood tests work
• Remove eigen sources from git, automatically download if not installed.
• Allow printing trees and alignments efficiently from Haskell.
• Implement Haskell File IO.
• Move loggers for almost everything from C++ into Haskell.
• Compute parsimony score in Haskell.
• Move slice-sampling and MH moves from C++ into Haskell.
• Don't treat JSON integers as if they were floating point.
• Make it a lot easier to define new IO operations.
• Stop running C++ MCMC moves -- just run Haskell moves.
• Stop exporting the scale from Haskell to C++.
• Add Data.IORef for mutable values.
• Add Data.Unique and Data.Unique.Id.