Seqanswers Leaderboard Ad

Collapse

Announcement

Collapse
No announcement yet.
X
 
  • Filter
  • Time
  • Show
Clear All
new posts

  • coverageBed error: terminate called after throwing an instance of 'std::bad_alloc'

    Hi all,
    I am trying to run coverageBed from Bedtools in a cluster.
    I connected to the cluster using the following parameters:
    qrsh -l mem_free=10G,h_vmem=12G,h_stack=256M

    Following is the command I ran:
    coverageBed -a BED_Files/chip.bed -b hg18_chromInfo.txt | sortBed -i stdin > new/chip.coverage

    where, hg18_chromInfo.txt is the file defining the bins/windows in which the sequencing coverage has to be summarized.

    I get the following error:

    terminate called after throwing an instance of 'std::bad_alloc'
    what(): St9bad_alloc
    /local/gcc-4.1.2/install/shortread/bin/coverageBed: line 2: 1221 Aborted ${0%/*}/bedtools coverage "$@"

    I have no idea what the error means. Could someone please help troubleshooting. I tried googlins and seems that this error is not a specific instance of Bedtools error.

    Thanks for your time.
    Hari

  • #2
    Is the hg18_chromInfo.txt file in bed format?

    Comment


    • #3
      @GenoMax: Yes, it is in Bed format. In fact the actual name used in the command is windows.bed. I changed the names while posting here to avoid cryptic names.

      Here is the first few lines from the windows.bed or hg18_chromInfo.txt
      chr1 0 199
      chr1 200 399
      chr1 400 599
      chr1 600 799
      chr1 800 999
      chr1 1000 1199


      Here is the first few lines from chip.bed
      chr1 5 55 HWI-ST1191:621BA5ACXX:7:2306:6657:50696 1 -
      chr1 14 62 HWI-ST1191:621BA5ACXX:6:1115:19691:10876 1 +
      chr1 47 97 HWI-ST1191:621BA5ACXX:5:1310:19552:92789 1 +
      chr1 47 97 HWI-ST1191:621BA5ACXX:5:1316:8676:35703 1 +
      chr1 47 97 HWI-ST1191:621BA5ACXX:5:2316:17113:98272 1 +



      Thanks.

      Comment


      • #4
        Have you tried to capture both standard out and standard error from job submission?
        Is the error you posted the only output?

        How large are the two BED files you are using? Have these files been edited on Windows?

        Comment


        • #5
          The chip.bed is 4.8G, and the windows.bed (hg18_chromInfo.txt) is 352M.
          I figured the error is due to memory problems, and based on a suggestion from another mailing group, I used the -counts option in coverageBed:
          coverageBed -counts -a BED_Files/chip.bed -b windows.bed | sortBed -i stdin > new/chip.coverage

          However, still I am not able to run it because of memory issues. Got the following error by email [over the day at least I learnt to submit a batch job to the cluster and get a report of the job by email ;-) ]
          Job 607506 (new) Aborted
          Exit Status = 137
          Signal = KILL
          Start Time = 04/11/2013 21:50:39
          End Time = 04/11/2013 22:01:39
          CPU = 00:11:15
          Max vmem = 12.024G
          failed assumedly after job because:
          job 607506.1 died through signal KILL (9)


          I think I am not doing anything fancy here and many do this as routine. Generally for such a job, what memory specs are used?

          Thanks.

          Comment

          Latest Articles

          Collapse

          • seqadmin
            Advancing Precision Medicine for Rare Diseases in Children
            by seqadmin




            Many organizations study rare diseases, but few have a mission as impactful as Rady Children’s Institute for Genomic Medicine (RCIGM). “We are all about changing outcomes for children,” explained Dr. Stephen Kingsmore, President and CEO of the group. The institute’s initial goal was to provide rapid diagnoses for critically ill children and shorten their diagnostic odyssey, a term used to describe the long and arduous process it takes patients to obtain an accurate...
            12-16-2024, 07:57 AM
          • seqadmin
            Recent Advances in Sequencing Technologies
            by seqadmin



            Innovations in next-generation sequencing technologies and techniques are driving more precise and comprehensive exploration of complex biological systems. Current advancements include improved accessibility for long-read sequencing and significant progress in single-cell and 3D genomics. This article explores some of the most impactful developments in the field over the past year.

            Long-Read Sequencing
            Long-read sequencing has seen remarkable advancements,...
            12-02-2024, 01:49 PM

          ad_right_rmr

          Collapse

          News

          Collapse

          Topics Statistics Last Post
          Started by seqadmin, 12-17-2024, 10:28 AM
          0 responses
          27 views
          0 likes
          Last Post seqadmin  
          Started by seqadmin, 12-13-2024, 08:24 AM
          0 responses
          43 views
          0 likes
          Last Post seqadmin  
          Started by seqadmin, 12-12-2024, 07:41 AM
          0 responses
          29 views
          0 likes
          Last Post seqadmin  
          Started by seqadmin, 12-11-2024, 07:45 AM
          0 responses
          42 views
          0 likes
          Last Post seqadmin  
          Working...
          X