library(tidyverse) library(reticulate) library(superheat) np <- import("numpy")
dir.create(params$out_dir) fdir <- file.path(params$out_dir, "features") unlink(fdir, force = TRUE, recursive = TRUE) untar(params$run, exdir = params$out_dir) subset <- read_csv(list.files(fdir, "subset*", full = TRUE)) Xy <- read_csv(list.files(params$out_dir, "Xy*", full = TRUE)) %>% left_join(subset) H_ <- np$load(list.files(fdir, "*best.npy", full = TRUE)[1]) %>% as.data.frame()
cur_paths <- subset %>% mutate(ix = row_number()) %>% select(ix, path) H <- Xy %>% filter(path %in% cur_paths$path) %>% left_join(cur_paths) %>% arrange(ix) %>% select(starts_with("X")) # some RCF cols have 0 variance, so jitter if (str_detect(params$run, "rcf")) { H_ <- H_ + matrix(runif(prod(dim(H_)), -0.1, 0.1), nrow(H_), ncol(H_)) } png( file.path(params$out_dir, str_c(str_remove(basename(params$run), ".tar.gz"), ".png")), width = 900, height = 400 ) superheat( t(cor(H_, H[, -1])), pretty.order.rows = FALSE, pretty.order.cols = TRUE, bottom.label = "none", heat.pal = c("#822233", "#F7F7F7", "#497b95"), col.dendrogram = TRUE, heat.pal.values = c(0, .5, 1), left.label.text.size = 6, left.label.size = 0.15, grid.hline = FALSE, grid.vline = FALSE, legend = FALSE, ) dev.off()
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