UPCOMING: - [ADD] spatial autocorrelation using Smouse & Peakall (1999) - [NEW] save.population() to text, STRUCTURE, and XXXX - [NEW] added human data set to example data - [ADD] added congruence examples to PopulationGraph vignette. - [ADD] Congruence of topologies for population graphs - [ADD] Example of amova in genetic.structure - [ADD] Fst (coalescent time) added to genetic.structure - [ADD] add drop.one option to multivariate.loci option - [ADD] stamova 2012-01-23 Rodney J. Dyer version = 0.8 - [FIX] Added .Rinstignore to clean up inst/doc directory - [NOFIX] tried compactPDF() but nothing. 2012-01-23 Rodney J. Dyer version = 0.7 - [ADD] ability to create Locus() objects from SNP 0/1/2 minor allele encodings - [ADD] flag in read.population() for snp 0/1/2 minor allele encodings - [FIX] vignette problem (for some reason it is not being built in the previous versions) finally there now. 2012-01-11 Rodney J. Dyer version = 0.6 - [CHANGE] Moved all the separate vignettes into a single document 2011-12-28 Rodney J. Dyer version = 0.5 - [FIX] Vignette problem 2011-12-28 Rodney J. Dyer version = 0.4 - [FIX] Fixed problem with subtracting alleles from NA data - [FIX] Fixed issue when trying to subtract mother genotypes from family if mom is missing (see above) - [FIX] Standardized individual and offspring indices for data columns for parent/offspring routines. - [FIX] Reduced the size of the vignettes to below suggested limit. 2011-11-25 Rodney J. Dyer version = 0.3 - [NEW] congruence.graph() function to create congruence topologies - [NEW] congruence.graph.probability() determine the probability of the congruence graph given the size of the parental graphs - [NEW] read.pgraph() to read in population graph files. - [ADD] ability to load data from shared GoogleDocs Spreadsheet into read.population and updated vignette. - [ADD] cornus_florida genotype dataset with parents and offspring - [ADD] Vignette on Parent Offspring Data - [ADD] column.class method added to Population to return indices of particular classes of variables in a population. - [NEW] offspring.array() function added to parse out families of mom/offspring from large data set. - [ADD] Comparison operators "==" and "!=" for Locus objects. - [ADD] Arith operators "+" and "-" added for Locus objects for mating & pulling mother part (respectively). - [NEW] minus.mom() added to pull maternal contributions to offspring arrays. - [NEW] exclusion.probability() - [ADD] "euclidean" distance option for stratum.distance() - [NEW] paternity(pop, familyID) added, performs family-wise paternity and returns fractional assignment - [ADD] option of pairwise to genetic.structure() function that returns a simple matrix of pairwise structure values - [NEW] paternity.spiderplot(pop,paternity) Makes graphical output of paternity - [FIX] fixed cGD estimation in genetic.distance function. 2011-08-26 Rodney J. Dyer version = 0.2 - [FIX] Vignette names (popgraph was coming out as genetic structure) and new vignettes for the offspring analysis - [ADD] option 'verbose' for genetic.structure to toggle printing of progress for longer jobs. - [NEW] great.circle.distance() and stratum.distance() functions added to calculate physical separation amongst sites. - [NEW] google.pie.chart() function to make pie icons for population plotting - [NEW] pies.on.map() function to create KML file for examining allele frequencies of strata - [CHANGE] population.graph() added routines to incorporate latitude, longitude, and grouping into the graph representation for spatial plotting. - [NEW] popgraph.on.map() function to create KML file for population graphs - [NEW] genetic.diversity() function to estimate diversity statistics using rarefaction. - [NEW] Vignette on genetic.diversity - [NEW] Vignette on mapping 'GStudio Mapping' - [NEW] stratum.distance() function to get physical distances between populations. 2011-08-12 Rodney J. Dyer version = 0.1 - [NEW] S4 class for Locus - [NEW] S4 class for Population - [NEW] S4 class forAlleleFrequencies - [NEW] genetic.distance() - [NEW] genetic.structure() - [NEW] read.population() - [NEW] population.graph()