TODO - [ ] migrate code to download data elsewhere in cooltools (e.g. lib.io) Notebooks: i/o - [ ] #6 pairtools-walkthrough: - [ ] map - [ ] parse - [ ] sort - [ ] dedup - [ ] stats - [ ] discussion of artefacts?.. - [ ] cooler aggregation, balancing, zoomify viz: - [ ] higlass integration - [ ] examples of translocations, other organisms (yeast) - [ ] 45° rotated heatmap plotting (see insulation notebook) - [ ] sample_cooler() ? contacts_vs_distance: - [ ] trans expected: modify example HFF cooler to have 3 chrms - [ ] save to file compartments_and_saddles - [x] saddle.saddleplot, saddle.saddle_strength - [ ] need to re-work to put the discussion of digitization after the simple example, since that is now hidden from the user - [ ] TBD: download fasta in ipynb or provide pre-binned GC content? - [ ] #21 insulation_and_boundaries - [x] Compute insulation, find peaks, visualize w/ map - [x] pileup/stackup of CTCF ChIP-Seq coverage at boundaries - [x] boundary filtering, thresholding based on CTCF pileup_CTCF_boundaries - [x] everything! (On-diagonal pileups at CTCF ChIP and called boundaries, ..) - [x] on-diagonal pileups at CTCF peaks - [x] off-diagonal pileups between CTCF peaks - [ ] adaptive coarsegrain adaptation for pileups ? - [ ] average Rabl configuration ? dots_and_apa: - [ ] everything! (Dot calling, visualize w/ map, aggregate pileups, pair of CTCF pileups) also see https://github.com/open2c/cooltools/issues/312
TODO
Notebooks:
i/o
pairtools-walkthrough:
viz:
contacts_vs_distance:
compartments_and_saddles
insulation_and_boundaries
pileup_CTCF_boundaries
dots_and_apa:
also see open2c/cooltools#312