Package index
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jam_igraph() - Jam custom function to plot an igraph network
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mem_plot_folio()prepare_folio() - Multienrichment folio of summary plots
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multiEnrichMap() - Prepare MultiEnrichMap data from enrichList
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enrichDF2enrichResult() - Convert data.frame to enrichResult
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importIPAenrichment() - Import Ingenuity Pathway Analysis 'IPA' results
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IPAlist_to_hits() - Convert IPA list to a gene hit list or matrix
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mem_enrichment_heatmap() - MultiEnrichment Heatmap of enrichment P-values
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mem_gene_path_heatmap() - MultiEnrichment Heatmap of Genes and Pathways
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mem_legend() - MultiEnrichMap color legend
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color_edges_by_nodegroups() - Color edges by nodegroups
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color_edges_by_nodes() - Colorize igraph edges by nodes
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color_nodes_by_nodegroups() - Color edges by nodegroups
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get_cnet_nodeset() - Get Cnet node set by connected Sets
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jam_igraph() - Jam custom function to plot an igraph network
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launch_shinycat() - Launch ShinyCAT: Cnet Adjustment Tool
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subgraph_jam() - Subgraph using Jam extended logic
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layout_with_qfr() - igraph layout using qgraph Fruchterman-Reingold
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layout_with_qfrf() - igraph layout function using qgraph Fruchterman-Reingold
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nudge_igraph_node() - Nudge igraph layout by node
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relayout_with_qfr() - igraph re-layout using qgraph Fruchterman-Reingold
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removeIgraphSinglets() - Remove igraph singlet nodes
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reorderIgraphNodes()reorder_igraph_nodes() - Re-order igraph nodes
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rotate_igraph_layout() - Rotate igraph layout coordinates
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spread_igraph_labels() - Spread igraph node labels by angle from node center
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adjust_cnet_nodeset() - Adjust Cnet node set
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adjust_cnet_set_relayout_gene() - Adjust Set nodes then relayout Gene nodes
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apply_nodeset_spacing() - Apply minimum node spacing for each Cnet node set
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bulk_cnet_adjustments() - Bulk Cnet plot adjustments
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get_cnet_nodeset() - Get Cnet node set by connected Sets
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launch_shinycat() - Launch ShinyCAT: Cnet Adjustment Tool
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make_cnet_test() - Make Cnet test igraph
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fixSetLabels()wordsabbrev - Fix Set or pathway labels for legibility
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`[`(<Mem>,<ANY>,<ANY>,<ANY>)show(<Mem>)Mem_to_list()as.list(<Mem>)names(<Mem>)enrichments(<Mem>)`enrichments<-`(<Mem>)sets(<Mem>)`sets<-`(<Mem>)genes(<Mem>)`genes<-`(<Mem>)geneIM(<Mem>)geneIMdirection(<Mem>)`geneIMdirection<-`(<Mem>)geneIMcolors(<Mem>)`geneIMcolors<-`(<Mem>)enrichList(<Mem>)enrichIM(<Mem>)enrichIMcolors(<Mem>)`enrichIMcolors<-`(<Mem>)enrichIMdirection(<Mem>)`enrichIMdirection<-`(<Mem>)enrichIMgeneCount(<Mem>)memIM(<Mem>)geneHitIM(<Mem>)`geneHitIM<-`(<Mem>)geneHitList(<Mem>)`geneHitList<-`(<Mem>)headers(<Mem>)colorV(<Mem>)`colorV<-`(<Mem>)thresholds(<Mem>)`thresholds<-`(<Mem>)dim(<Mem>)dimnames(<Mem>)list_to_Mem()updateObject(<Mem>)geneInCategory(<Mem>)setsByGene(<Mem>) - Mem S4 class, accessors, getters, and setters
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mem2cnet()memIM2cnet() - Convert MultiEnrichment incidence matrix to Cnet plot
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mem2emap() - Convert multiEnrichMap mem output to EnrichmentMap emap
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list_to_MemPlotFolio()MemPlotFolio_to_list()show(<MemPlotFolio>)Clusters(<MemPlotFolio>)GeneClusters(<MemPlotFolio>)thresholds(<MemPlotFolio>)metadata(<MemPlotFolio>)Caption(<MemPlotFolio>)CaptionLegendList(<MemPlotFolio>)EnrichmentHeatmap(<MemPlotFolio>)GenePathHeatmap(<MemPlotFolio>)CnetCollapsed(<MemPlotFolio>)CnetExemplar(<MemPlotFolio>)CnetCluster(<MemPlotFolio>) - Mem S4 class, accessors, getters, and setters
Enrichment-supporting functions
Functions that manipulate enrichment or multiple enrichment results.
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add_pathway_direction() - Add directionality to pathway enrichment
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topEnrichBySource()topEnrichListBySource() - Subset enrichResult for top enrichment results by source
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adjust_polygon_border()adjust_rect_border() - Adjust polygon border to inner or outer edge
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plot_layout_scale() - Plot layout scale by percentage of coordinate range
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cnet2df() - Summarize Cnet igraph as a data.frame
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cnet2im() - Convert Cnet igraph to incidence matrix
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enrichDF2enrichResult() - Convert data.frame to enrichResult
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enrichList2df() - Convert enrichList to data.frame
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enrichList2IM() - Convert enrichList to IM incidence matrix
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communities2nodegroups() - Convert communities object to nodegroups list format
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drawEllipse() - Draw ellipse
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edge_bundle_bipartite() - Bundle edges in a bipartite graph
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edge_bundle_nodegroups() - Bundle edges using node groups
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fixSetLabels()wordsabbrev - Fix Set or pathway labels for legibility
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flip_edges() - Flip direction of igraph edges
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get_bipartite_nodeset() - Get partite/connected graph nodesets
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highlight_edges_by_node() - Highlight edges connected to a node or nodes
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igraph2pieGraph() - Convert igraph to use pie node shapes
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label_communities() - Assign labels to igraph communities
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mem2cnet()memIM2cnet() - Convert MultiEnrichment incidence matrix to Cnet plot
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mem2emap() - Convert multiEnrichMap mem output to EnrichmentMap emap
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nodegroups2communities() - Convert nodegroups list to communities object
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rectifyPiegraph() - Convert pie igraph node shapes to coloredrectangle
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removeIgraphBlanks() - Remove igraph blank wedges
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subsetCnetIgraph() - Subset Cnet igraph
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subset_igraph_components() - Subset igraph by connected components
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sync_igraph_communities() - Sync igraph nodes and communities
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apply_cnet_direction() - Apply Cnet border color by directionality
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rotate_igraph_layout() - Rotate igraph layout coordinates
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launch_shinycat() - Launch ShinyCAT: Cnet Adjustment Tool
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shinycat_server() - R-shiny server function for shinycat
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shinycat_ui() - R-shiny ui function for shinycat
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check_Mem() - Check Mem object
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`[`(<Mem>,<ANY>,<ANY>,<ANY>)show(<Mem>)Mem_to_list()as.list(<Mem>)names(<Mem>)enrichments(<Mem>)`enrichments<-`(<Mem>)sets(<Mem>)`sets<-`(<Mem>)genes(<Mem>)`genes<-`(<Mem>)geneIM(<Mem>)geneIMdirection(<Mem>)`geneIMdirection<-`(<Mem>)geneIMcolors(<Mem>)`geneIMcolors<-`(<Mem>)enrichList(<Mem>)enrichIM(<Mem>)enrichIMcolors(<Mem>)`enrichIMcolors<-`(<Mem>)enrichIMdirection(<Mem>)`enrichIMdirection<-`(<Mem>)enrichIMgeneCount(<Mem>)memIM(<Mem>)geneHitIM(<Mem>)`geneHitIM<-`(<Mem>)geneHitList(<Mem>)`geneHitList<-`(<Mem>)headers(<Mem>)colorV(<Mem>)`colorV<-`(<Mem>)thresholds(<Mem>)`thresholds<-`(<Mem>)dim(<Mem>)dimnames(<Mem>)list_to_Mem()updateObject(<Mem>)geneInCategory(<Mem>)setsByGene(<Mem>) - Mem S4 class, accessors, getters, and setters
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MemtestReese_genes - Reese 2019 cohort multienrichment data
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Mem-slots - Mem description of slots
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check_MemPlotFolio() - Check MemPlotFolio object
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list_to_MemPlotFolio()MemPlotFolio_to_list()show(<MemPlotFolio>)Clusters(<MemPlotFolio>)GeneClusters(<MemPlotFolio>)thresholds(<MemPlotFolio>)metadata(<MemPlotFolio>)Caption(<MemPlotFolio>)CaptionLegendList(<MemPlotFolio>)EnrichmentHeatmap(<MemPlotFolio>)GenePathHeatmap(<MemPlotFolio>)CnetCollapsed(<MemPlotFolio>)CnetExemplar(<MemPlotFolio>)CnetCluster(<MemPlotFolio>) - Mem S4 class, accessors, getters, and setters
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score_gene_path_clusters() - Score Gene-Path Clusters in MemPlotFolio
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jam_mypie() - Vectorized mypie() function for igraph vertex pie polygons
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shape.coloredrectangle.plot()shape.coloredrectangle.clip() - custom igraph vertex shape coloredrectangle
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shape.ellipse.clip() - clip function for igraph vertex shape ellipse
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shape.ellipse.plot() - plot function for igraph vertex shape ellipse
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shape.jampie.plot()shape.jampie.clip() - custom igraph vertex shape jampie
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colors_from_list() - Ordered colors from a list of color vectors
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im2list() - convert incidence matrix to list
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imSigned2list() - convert signed incidence matrix to list
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list2concordance() - Convert list to concordance matrix
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list2im() - convert list to incidence matrix
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list2imSigned() - convert list to directional incidence matrix
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ashape() - Alpha shape calculation
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avg_angles() - Average geometric angles
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avg_colors_by_list() - Average colors by list
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cell_fun_bivariate() - ComplexHeatmap cell function with bivariant color
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collapse_mem_clusters() - Collapse Multienrichment clusters
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colorRamp2D() - Color ramp for bivariate colors
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curateIPAcolnames() - Curate Ingenuity IPA colnames
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deconcat_df2() - Deconcatenate delimited column values in a data.frame
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display_colorRamp2D() - Display colors from bivariate color function
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enrichList2geneHitList() - Extract gene hit list from list of enrichResult
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find_colname() - Find colname by character string or pattern matching
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find_enrich_colnames() - Find enrichment colnames
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get_hull_data() - Get data for alpha hull (internal)
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get_igraph_layout() - Obtain or create layout for igraph object
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gsubs_remove() - Pattern replacement with multiple patterns
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handle_igraph_param_list() - Handle igraph attribute parameter list
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isColorBlank() - Determine if colors are blank colors
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make_legend_bivariate() - Display colors from bivariate color function
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make_point_hull() - Make alpha hull from points
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mem_find_overlap() - Find recommended overlap threshold for EnrichMap
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order_colors() - Order colors
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rank_mem_clusters() - Rank Multienrichment clusters
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rotate_coordinates() - Rotate numeric coordinates
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summarize_node_spacing() - Summarize spacing between igraph nodes or node groups
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with_ht_opts()local_ht_opts() - Withr mimic of with_options() for ComplexHeatmap options
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xyAngle() - Get angle from origin to vector of x,y coordinates
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enrichDF2enrichResult() - Convert data.frame to enrichResult
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importIPAenrichment() - Import Ingenuity Pathway Analysis 'IPA' results
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IPAlist_to_hits() - Convert IPA list to a gene hit list or matrix
Internal igraph functions
Functions typically for internal use by other Jam functions, or which were internal igraph functions.
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default_igraph_values() - Default igraph parameter values
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get_igraph_arrow_mode() - Get igraph arrow mode
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jam_igraph_arrows() - Render igraph arrows
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jam_plot_igraph() - Jam igraph vectorized plot function (internal)
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cnetplotJam() - Create a cnetplot igraph object, deprecated
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enrichMapJam() - Create enrichMap igraph object from enrichResult, deprecated
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grid_with_title() - Draw Heatmap with title and subtitle using grid viewports, deprecated
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mem_multienrichplot() - MultiEnrichMap plot
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with_qfr() - Layout specification for Qgraph Fruchterman-Reingold, deprecated