adjust.linear.bayes | Use Laplace Approximations to improve linear approximations... |
a.starting.point.for.bqtl | Some Introductory Comments |
bqtl | Bayesian QTL Model Fitting |
bqtl-internal | Internal BQTL functions |
coef.bqtl | Extract Coefficients from fitted objects |
configs | Lookup loci or effects for genetic model formulas |
covar | Treat locus as covariate |
formula.bqtl | Extract formula from bqtl object |
lapadj | Approximate marginal posterior for chosen model |
linear.bayes | Bayesian QTL mapping via Linearized Likelihood |
little.ana.bc | A simulated dataset |
little.ana.f2 | A simulated dataset |
little.bc.markers | Simulated Marker Data |
little.bc.pheno | Simulated Phenotype Data |
little.dx | Marker Map Description for Simulated Data |
little.f2.markers | Simulated Marker Data |
little.f2.pheno | Simulated Phenotype Data |
little.map.frame | Package of Simulated Marker Map Information |
little.mf.5 | Package of Simulated Marker Map Information |
locus | Lookup loci or effects for genetic model formulas |
loglik | Extract loglikelihood, log posterior, or posterior from... |
make.analysis.obj | Set up data for QTL mapping |
make.location.prior | Provide a default prior |
make.loc.right | Keep track of fully informative markers or states |
make.map.frame | Create marker map specifications |
make.marker.numeric | Translate a marker.frame.object to numeric matrix |
make.regressor.matrix | Create regressors using expected marker values |
make.state.matrix | Create state.matrix.object |
make.varcov | Create moment matrices |
map.index | Look up numerical index(es) of map locations |
map.location | Report map location |
map.names | Look up names of markers or loci |
marker.fill | Map Positions Between Markers |
marker.levels | Define marker level codes |
plot.map.frame | plots by chromosome location |
predict.bqtl | fitted values from QTL models |
predict.linear.bayes | Residuals or Predicted Values for linear.bayes objects |
residuals.bqtl | Residuals from QTL models |
summary.adj | Summarize Laplace approximations |
summary.bqtl | Summarize bqtl object |
summary.map.frame | Summary methods for basic data objects |
summary.swap | Summarize Gibbs samples for a k-gene model |
swap | MCMC sampling of multigene models |
swapbc1 | Sample BC1 or Recombinant Inbred loci via approximate... |
swapf2 | Sample F2 loci via approximate posterior |
twohk | One and Two Gene Models Using Linearized Posterior |
twohkbc1 | One and Two Gene Models Using Linearized Posterior |
update.bqtl | Get loglikelihoods for many models of a common form |
varcov | Create moment matrices |
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