Changes in version 0.9-2                        

Minor changes

  - Revise CCcolors() to match the color palettes in R/qtl2.

  - In plot_crosslines(), lwd is applied to points() as well as arrows()
    and segments().

                  Changes in version 0.8 (2026-05-01)                   

Minor changes

  - Make default color in plot_crosslines() to be "black" rather than
    "white". Not sure why "white" was the default, as then they can't be
    seen in the examples.

                  Changes in version 0.6 (2023-11-29)                   

Minor changes

  - cross-list some help files

                 Changes in version 0.3-6 (2020-09-24)                  

Minor changes

  - Prepare to post to CRAN

                       Changes in version 0.2-32                        

Bug fixes

  - Insert missing match.arg() calls in sim_do_pedigree() and
    sim_dof1_pedigree().

                       Changes in version 0.2-31                        

Minor changes

  - Convert Roxygen documentation to Markdown

                       Changes in version 0.2-30                        

Minor changes

  - Added dataset, mouseL_cox and mouseL_mgi, with mouse chromosome
    lengths in cM.

  - collapse_do_alleles() now removes any redudant crossovers (adjacent
    alleles that are the same.

  - In C++, avoid calling runif() with n=0, and require Rcpp 0.12.17
    (regarding handling of random number generation)

  - Byte-compile the R code

                       Changes in version 0.2-25                        

New features

  - Added palette argument to CCcolors(). Default is to return my
    revised CC colors. CCcolors("orig") gives the original, official
    colors.

  - The chrlength argument for plot_ind() can be a vector of length 2,
    in which case the two chromosomes will be different lengths but
    aligned at the top. This is to allow illustratation of the X and Y
    chromosomes in males.

                       Changes in version 0.2-22                        

New features

  - Revised sim_ril_pedigree to work for 2^n-way RIL for any n>0.