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. 2020 Mar 17;21:71. doi: 10.1186/s13059-020-01988-3

Fig. 2.

Fig. 2

Correcting errors in whole genome sequencing data (D1 dataset). For each tool, the best k-mer size was selected. af WGS human data. gl WGS E. coli data. a, g Heatmap depicting the gain across various coverage settings. Each row corresponds to an error correction tool, and each column corresponds to a dataset with a given coverage. b, h Heatmap depicting the precision across various coverage settings. Each row corresponds to an error correction tool, and each column corresponds to a dataset with a given coverage. c, i Heatmap depicting the sensitivity across various coverage settings. Each row corresponds to an error correction tool, and each column corresponds to a dataset with a given coverage. d, j Scatter plot depicting the number of TP corrections (x-axis) and FP corrections (y-axis) for datasets with 32x coverage. e, k Scatter plot depicting the number of FP corrections (x-axis) and FN corrections (y-axis) for datasets with 32x coverage. f, l Scatter plot depicting the sensitivity (x-axis) and precision (y-axis) for datasets with 32x coverage