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[PMID:18688272] shows that the base following GT tends to be A or G (i.e. R) in both human and yeast, and that the base preceeding AG tends to be C or T (i.e. Y). In the new model, we pay no cost to GTr..yAG, but we pay half of the cost if there is no r or y. This improves the junction accuracy when mapping to human and mouse and decreases the accuacy when mapping to SIRV. My guess is that SIRV does not honor this trend. Need to investigate in future. Also in this commit, --cost-non-gt-ag is aliased to -C. The default is changed to 9 instead of 5. I also added --splice-flank to enable the above model. This may become the default once I confirm my hypothesis on SIRV.
24 KiB
24 KiB