CaptureC analysis pipeline website

CaptureC analysis codes - CCanalyser, blat filtering, and statistics originally coded by James Davies.
Developed to more mature and pipelined format by Jelena Telenius.
Statistical analysis modified by Marieke Oudelaar, and Damien Downes.

Alpha testers (read "the heroes" ) : Joke Van Bemmel, Duantida Songdej, Matthew Gosden, Mira Kassouf, Lars Hanssen, Ross Thorne
Beta testers : Jessica Davies, Anna Sanniti, Nigel Roberts, Nicolas Servant

General documentation :

1. What does the pipeline do ? - from input to output
2. FAQ : Which pipeline version do I want to run ? - and why there is so many ?
3. FAQ : What is the difference between VS05 and VS04 and VS03 (CCseqBasic5/4/3) ?
4. FAQ : Flashed and nonflashed reads - what is this ?
5. FAQ : Blat - filtering, what is this ?
6. FAQ : Ploidy - filtering, what is this ?
7. FAQ : Duplicate - filtering, how does it differ from "normal duplicate filtering" ?
8. FAQ : This is all very nice, but I would like to have more P-values here ?

Analysis workflow :

1. Generate oligo coordinate file
2. Run pipeline
3. Interpret your results
4. Normalise your tracks (compare between active and inactive tissue)
5. Pool your samples (check that all your replicates look the same)
6. Statistical analysis (get p-values for your comparison between active and inactive tissue)

Pipeline run instructions

1. Current release
2. Example run script
3. Example run command
4. Pipeline manuals

CM5 - CCseqBasic5 ("First multithreaded CC5") Parallel runs. Released 08Oct2018. Current development version.

CS5 - CCseqBasic5 ("Stable portable CC5") Fully portable. Released 17Nov2017. Only receiving minor updates and bug fixes.

Bug fixes and updates (after release)

Current issues - known bugs and development targets !

To compare old samples to newly ran samples - run in backwards-compatible manner :
  
To run CC3 "as before" - run CS5 --CCversion CS3 --strandSpecificDuplicates
To run CC4 "as before" - run CS5 --CCversion CS4 --strandSpecificDuplicates

This re-introduces the old bugs into the new pipeline, so you can readily compare.

LIST OF ALL RELEASES

Recommended :
run CS5 with default settings.
  
CURRENT

CM5        : PARALLEL RUNS, RAINBOW VISUALISATIONS : current development version (fancy, potentially unstable)
CB5        : current development version (fancy, potentially unstable)
CS5        : current stable version

BUG-FIXED

CF5        : major bug fixes release for CB3a and CB4a pipes (released Nov2017)

OUTDATED

CB3a CB4a  : are just as CC3 and CC4 but still getting bug fixes.
CC3 CC4    : outdated, not updated any more. Contain more bugs than CB3a and CB4a.

Which version do I want to run ?

Less technical details containing guide : version quide

More technical details containing guide : versionsdetails

1) Current fixes and issues

Bug fixes and updates (all releases)

Current issues - known bugs and development targets !

Bug fixes and updates (old site)

2) Example run script

3) Example run command

SERIAL RUNS ( CF5, CS5, CB5 pipelines )

/t1-data/data/hugheslab/jelenatools/CCseqBasic/CS5/pipe.sh \
    -o /t1-data/user/telenius/oligoDpnFragments.txt \
    -s C57captureTest \
    --pf /public/telenius/CAPTUREC_DATA/C57captureTest_run4 \
    --genome mm9 \
    --chunkmb 1012 \
    --R1 /t1-data/user/telenius/R1_001.fastq \
    --R2 /t1-data/user/telenius/R2_001.fastq \
    --CCversion CF5


PARALLEL RUNS ( CM5-rainbow pipeline )

/t1-data/data/hugheslab/jelenatools/CCseqBasic/CM5/pipeRainbow.sh \
    -o /t1-data/user/telenius/oligoDpnFragments.txt \
    -s C57captureTest \
    -p 4 \
    --pf /public/telenius/CAPTUREC_DATA/C57captureTest_run4 \
    --BLATforREUSEfolderPath /t1-data/wherever/you/have/this/F4_blatPloidyFilteringLog_whatever/BlatPloidyFilterRun/BLAT_PLOIDY_FILTERED_OUTPUT
    --genome mm9 \
    --chunkmb 1012 \
    --CCversion CM5 \
    --wobblyEndBinWidth 20

Parallel runs also need PIPE_fastqPaths.txt to set the fastq locations :

PIPE_fastqPaths.txt

/t1-data/user/whatever/file_read1.fastq.gz   /t1-data/user/whatever/file_read2.fastq.gz
/t1-data/user/whatever/file2_read1.fastq.gz  /t1-data/user/whatever/file2_read2.fastq.gz

or

file_read1.fastq.gz   file_read2.fastq.gz   /t1-data/user/whatever
file2_read1.fastq.gz  file2_read2.fastq.gz  /t1-data/user/whatever

More details of running CM5-rainbow in parallel

( See the --help of the pipeline command (above) , and manuals (below) to see what the parameters -o , -s , --pf etc. mean ! )

4) Pipeline manuals

There is no real manual at the time (10/Jan/2017) - but Jelena is writing one, the manual should be out around March 2017 !
Below some already-existing documentation, however !

How to run CM5 in parallel (incomplete manual)

These are instructions to interpret output, and better understand what the pipeline run does :
Interpret and troubleshoot your results
- these instructions are a little outdated for CB4 and CC4 pipelines (red and orange graphs are not explained in the above).

These are instructions to interpret the output report counters :
Interpret your report file

These are instructions to run the steps of the pipeline one-by-one : they give a clear outline which tools form the "backbone" of the pipeline
User manual for CaptureC analysis without pipeline
- these instructions are a little outdated for CB4 and CC4 pipeline (red and orange graphs are not explained in the above) !

More documentation in this site :
Interpret your results