R: Tools for Analysing Forensic Genetic DNA Data

# Tools for Analysing Forensic Genetic DNA Data

## Documentation for package ‘DNAtools’ version 0.2-5

- DESCRIPTION file
- User guides, package vignettes and other documentation
- Package NEWS
- Package README

## Help Pages

DNAtools-package | Tools for analysing forensic genetic DNA databases
convolve | The exact distribution of the number of alleles in a m-person DNA mixture
dbCollapse | Collapse m/p output to vector
dbCompare | Compare DNA profiles
dbExample | Simulated database with 1,000 individuals
dbExpect | Expected value of cell counts in DNA database comparison
dbSimulate | Simulate a DNA database
dbVariance | Covariance matrix of cell counts in DNA database comparison
DNAtools | Tools for analysing forensic genetic DNA databases
estimatePD | Estimate the drop-out probability based on number of alleles
freqEst | Simple allele frequency estimation
genRypeRec | Generates DNA profiles of n individuals.
genTypeRec | Generates DNA profiles of n unrelated individuals for a locus
lines.dbOptim | Plots the fitted object function for estimated familial relationships in the database and theta.
optim.relatedness | Estimate theta and the fraction of comparisons between close relatives
p.numberofalleles | The exact distribution of the number of alleles in a m-person DNA mixture
pContrib | Compute the posterior probabilities for P(m|n0) for a given prior P(m) and observed vector n0 of locus counts
pContrib_locus | Compute the posterior probabilities for Pr(m|n0) for a given prior Pr(m).
plot.dbcompare | Plots the summary matrix
plot.dbOptim | Plots the fitted object function for estimated familial relationships in the database and theta.
Pnm_all | The exact distribution of the number of alleles in a m-person DNA mixture
Pnm_locus | The exact distribution of the number of alleles in a m-person DNA mixture
pNoA | The exact distribution of the number of alleles in a m-person DNA mixture
points.dbOptim | Plots the fitted object function for estimated familial relationships in the database and theta.
print.dbcompare | Prints the summary matrix
print.dbOptim | Prints the results from optim.relatedness()
simAlleleFreqs | Simulate Allele Frequencies