The CASCAM class
CASCAM-class.RdThe CASCAM class
Slots
tumor_aligned_dataA data frame of aligned tumor gene expression with rows for genes and columns for samples.
tumor_labelA vector of strings indicating the labels of the tumor samples.
camod_aligned_dataA data.frame of aligned cancer model gene expression with rows for genes and columns for samples.
sda_modelA list for the SDA model trained by the tumor data.
tumor_norm_dataA data frame of normalized tumor_aligned_data with rows for samples and columns for genes.
camod_norm_dataA data frame of normalized camod_aligned_data with rows for samples and columns for genes.
tumor_sda_projectA one column matrix showing the SDA projected vector of tumor gene expression.
camod_sda_projectA one column matrix showing the SDA projected vector of cancer model gene expression.
sda_dsA data frame for SDA deviance score with the rows for camods and columns for tumor subtypes.
sda_ldsA data frame for SDA log deviance score with the rows for camods and columns for tumor subtypes.
sda_predict_probA two column matrix showing the SDA assignment probabilities for camods.
sda_ds_pvalA two column matrix showing the p-values of SDA deviance scores for camods.
sda_lds_ciA list of two matrices showing the 95% confidence intervals of sda_lds.
genome_figureA list of two ggplot2 figures for the genome-wide pre-selection (distribution and confidence interval).
selected_camodsThe vector of genome-wide selected cancer models representing the interested tumor subtype by sda_predict_prob and sda_ds_pval.
gene_dsA list of two matrices showing the gene-specific deviance score.
pathway_dsA list of two matrices showing the pathway-specific deviance score.
available_pathwaysA vector of available pathways.
pathway_congruence_heatmapA ggplot2 object for the pathway congruence heatmap.
pathway_gene_heatmapA ggplot2 object for the pathway specific heatmap.
pathway_gene_ridgelineA ggplot2 object for the pathway specific gene expression ridgeline.
pathview_figureA pathview figure for one specific pathway and one specific cancer model.