This splices transcripts smoothly, letting users track where exons, introns and UTRs end up, and their relative size change.
By having a brief, gradual change rather than an instant change, users can often visually follow how the location and proportional length of individual transcript subparts evolve between spliced and unspliced states. This extends previous work in #313 and #318.
This genomic animation technique might be adapted for future gene-scoped features.
Coverage increased (+0.2%) to 86.714% when pulling 2209144db72094aec356de60a612854a7944e221 on animate-splice into 6c0acb4a4c20ce7f82ff4625f6dd34523bebff2f on master.
This splices transcripts smoothly, letting users track where exons, introns and UTRs end up, and their relative size change.
By having a brief, gradual change rather than an instant change, users can often visually follow how the location and proportional length of individual transcript subparts evolve between spliced and unspliced states. This extends previous work in #313 and #318.
This genomic animation technique might be adapted for future gene-scoped features.
Here's how it looks:
https://user-images.githubusercontent.com/1334561/195850058-52785718-4a1d-4fe1-b2bf-7b331f1371d9.mp4