acen_hg19 | centromere regions (hg19) |
acen_hg38 | centromere regions (hg38) |
analyze_allele | Analyze allele profile |
analyze_joint | Analyze allele and expression profile |
bulk_example | example pseudobulk dataframe |
chrom_sizes_hg19 | chromosome sizes (hg19) |
chrom_sizes_hg38 | chromosome sizes (hg38) |
dbbinom | Beta-binomial distribution density function A distribution is beta-binomial if p, the probability of success, in a binomial distribution has a beta distribution with shape parameters alpha > 0 and beta > 0 For more details, see extraDistr::dbbinom |
df_allele_example | example allele count dataframe |
dpoilog | Returns the density for the Poisson lognormal distribution with parameters mu and sig |
fit_lnpois_cpp | Fit MLE of log-normal Poisson model |
forward_back_allele | Forward-backward algorithm for allele HMM |
gaps_hg19 | genome gap regions (hg19) |
gaps_hg38 | genome gap regions (hg38) |
gene_counts_example | example gene expression counts matrix |
get_allele_bulk | Aggregate into pseudobulk alelle profile |
get_bulk | Produce combined bulk expression and allele profile |
gtf_hg19 | gene model (hg19) |
gtf_hg38 | gene model (hg38) |
gtf_mm10 | gene model (mm10) |
likelihood_allele | Only compute total log likelihood from an allele HMM |
logSumExp | logSumExp function |
l_bbinom | calculate joint likelihood of allele data |
l_lnpois | calculate joint likelihood of a PLN model |
plot_bulks | Plot a group of pseudobulk HMM profiles |
plot_psbulk | Plot a pseudobulk HMM profile |
pre_likelihood_hmm | HMM object for unit tests |
ref_hca | reference expression magnitudes from HCA |
ref_hca_counts | reference expression counts from HCA |
run_allele_hmm_s5 | Run a 5-state allele-only HMM - two theta levels |
run_joint_hmm_s15 | Run 15-state joint HMM on a pseudobulk profile |
segs_example | example CNV segments dataframe |
vcf_meta | example VCF header |