
Package index
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aggregate_counts() - Utility function to make reference gene expression profiles
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get_bulk() - Aggregate single-cell data into combined bulk expression and allele profile
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analyze_bulk() - Call CNVs in a pseudobulk profile using the Numbat joint HMM
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detect_clonal_loh() - Call clonal LOH using SNP density. Rcommended for cell lines or tumor samples with no normal cells.
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run_numbat() - Run workflow to decompose tumor subclones
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Numbat - Numbat R6 class
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get_gtree() - Get a tidygraph tree with simplified mutational history.
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plot_bulks() - Plot a group of pseudobulk HMM profiles
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plot_consensus() - Plot consensus CNVs
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plot_exp_roll() - Plot single-cell smoothed expression magnitude heatmap
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plot_mut_history() - Plot mutational history
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plot_phylo_heatmap() - Plot single-cell CNV calls along with the clonal phylogeny
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plot_psbulk() - Plot a pseudobulk HMM profile
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plot_sc_tree() - Plot single-cell smoothed expression magnitude heatmap
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cnv_heatmap() - Plot CNV heatmap
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df_allele_example - example allele count dataframe
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count_mat_example - example gene expression count matrix
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ref_hca - reference expression magnitudes from HCA
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ref_hca_counts - reference expression counts from HCA
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bulk_example - example pseudobulk dataframe
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annot_ref - example reference cell annotation
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count_mat_ref - example reference count matrix
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gexp_roll_example - example smoothed gene expression dataframe
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hc_example - example hclust tree
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joint_post_example - example joint single-cell cnv posterior dataframe
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mut_graph_example - example mutation graph
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phylogeny_example - example single-cell phylogeny
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pre_likelihood_hmm - HMM object for unit tests
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segs_example - example CNV segments dataframe
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acen_hg19 - centromere regions (hg19)
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acen_hg38 - centromere regions (hg38)
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chrom_sizes_hg19 - chromosome sizes (hg19)
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chrom_sizes_hg38 - chromosome sizes (hg38)
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gaps_hg19 - genome gap regions (hg19)
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gaps_hg38 - genome gap regions (hg38)
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gtf_hg19 - gene model (hg19)
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gtf_hg38 - gene model (hg38)
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gtf_mm10 - gene model (mm10)
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vcf_meta - example VCF header
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annotate_genes() - Annotate genes on allele dataframe
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upgma() - UPGMA and WPGMA clustering