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**`all_splicing_variants*.bed`** - a file containing all of the variants that regtools identified as being associated with a junction for the given parameters used to run `cis-splice-effects identify`.\
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**`dir_names.tsv`** - a file containing a list of each of the sample directories with each directory on a new line. This can be obtained by using `ls samples/ > dir_names.tsv`. For this example, it would look like:
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***`all_splicing_variants*.bed`** - a file containing all of the variants that regtools identified as being associated with a junction for the given parameters used to run `cis-splice-effects identify`.
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***`dir_names.tsv`** - a file containing a list of each of the sample directories with each directory on a new line. This can be obtained by using `ls samples/ > dir_names.tsv`. For this example, it would look like:
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```bash
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Sample_1
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Sample_2
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```
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**`variants_all_sorted.vcf.gz`** - a compressed vcf file containing all variants from all samples.\
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**`variants_all_sorted.vcf.gz.tbi`** - an index file for the vcf file mentioned above.\
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**`samples/`** - a directory containing each of the samples to be analyzed alongside each other.\
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**`Sample_1/`** - a sample directory. This will contain input data files as well as output files from RegTools.\
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**`tumor_rna_alignments.bam`** - file containing aligned RNA-seq reads for the given sample.\
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**`tumor_rna_alignments.bam.bai`** - index file for the above RNA-seq alignment file.\
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**`variants.vcf.gz`** - a compressed vcf file containing all variants from a given samples.\
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**`variants.vcf.gz.tbi`** - an index file for the vcf file mentioned above.\
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**`logs/`** - directory containing log or error files for a given sample.\
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**`output/`** - directory containing RegTools output files for a given sample.\
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**`cse_identify_filtered_*`** - RegTools output files from the initial RegTools run for a given sample. This will contain results for this sample's variants only.\
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**`cse_identify_filtered_compare_*`** - RegTools output files from the second RegTools run for a given sample. This will contain results for all samples' variants.\
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**`variants*.bed`** - a bedfile containing the variants considered to be splicing relevant for a given RegTools parameter. This is used later to make `all_splicing_variants*.bed`.\
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**`compare_junctions/hist/`** - directory containing output from the statistics script analyze all variants across all samples.\
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**`junction_pvalues_*.tsv`** - a file containing the output from the statistic analysis script.
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***`variants_all_sorted.vcf.gz`** - a compressed vcf file containing all variants from all samples.
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***`variants_all_sorted.vcf.gz.tbi`** - an index file for the vcf file mentioned above.
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***`samples/`** - a directory containing each of the samples to be analyzed alongside each other.
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***`Sample_1/`** - a sample directory. This will contain input data files as well as output files from RegTools.
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***`tumor_rna_alignments.bam`** - file containing aligned RNA-seq reads for the given sample.
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***`tumor_rna_alignments.bam.bai`** - index file for the above RNA-seq alignment file.
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***`variants.vcf.gz`** - a compressed vcf file containing all variants from a given samples.
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***`variants.vcf.gz.tbi`** - an index file for the vcf file mentioned above.
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***`logs/`** - directory containing log or error files for a given sample.
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***`output/`** - directory containing RegTools output files for a given sample.
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***`cse_identify_filtered_*`** - RegTools output files from the initial RegTools run for a given sample. This will contain results for this sample's variants only.
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***`cse_identify_filtered_compare_*`** - RegTools output files from the second RegTools run for a given sample. This will contain results for all samples' variants.
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***`variants*.bed`** - a bedfile containing the variants considered to be splicing relevant for a given RegTools parameter. This is used later to make `all_splicing_variants*.bed`.
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***`compare_junctions/hist/`** - directory containing output from the statistics script analyze all variants across all samples.
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***`junction_pvalues_*.tsv`** - a file containing the output from the statistic analysis script.
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