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@@ -163,22 +163,26 @@ hic_file = 'HMEC_combined_30.hic' ## can be downloaded from https://ftp.ncbi.nlm
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# This will not compute sub-domains, but save the intermediate_data that can be used to compute sub-domains latter on
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CALDER(contact_file_hic=hic_file,
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chrs=chrs,
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- bin_size=50E3,
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- ref_genome=NULL,
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- feature_track=feature_track,
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+ bin_size=10E3,
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+ genome='hg19',
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save_dir=save_dir,
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save_intermediate_data=FALSE,
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n_cores=2,
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sub_domains=FALSE)
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```
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-### Example four:
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+### Example four: run CALDER on other genomes
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```
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+library(rtracklayer)
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+feature_track = import('ENCFF934YOE.bigWig') ## from ENCODE
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+feature_track = data.table::as.data.table(feature_track)[, c(1:3, 6)]
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+
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chrs = c(21:22)
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contact_file_dump = as.list(system.file("extdata", sprintf("mat_chr%s_10kb_ob.txt.gz", chrs),
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package='CALDER'))
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names(contact_file_dump) = chrs
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+
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# This will not compute sub-domains, but save the intermediate_data that can be used to compute sub-domains latter on
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CALDER(contact_file_dump=contact_file_dump,
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chrs=chrs,
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