Seqanswers Leaderboard Ad

Collapse

Announcement

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

  • Stage 0 - cannot find topdir under project

    Hi everyone,

    I'm trying to locally run stage 0 of Trans-ABySS version_1.3.5, but when I try to run the programme it shows me the following:


    input: /home/programas/trans-abyss/trans-ABySS-v1.3.5/input/input_transAbyss_2012_10_02.txt
    /home/programas/trans-abyss/trans-ABySS-v1.3.5/wrappers
    cannot find topdir under project transAbyss_2012_10_02


    I already read other similar topics in this forum, but it seems that I got everything right until now, meaning I cannot find the source of the problem. Can you tell me if there's something missing or if I'm doing something wrong.

    Here's what I did:


    -- ABySS running --

    I ran successfully the ABySS as follow:

    export k

    for k in {45,49,53,57,61,65,69,73,77,81,85,89}; do

    mkdir k$k

    /home/programas/abyss/abyss_installation/bin/abyss-pe j=12 -C k$k name=PP_F_Brain in='/home/outputs/PP_F_Brain/prinseq/PP_F_Brain_L1_1_file_passed.fastq /home/outputs/PP_F_Brain/prinseq/PP_F_Brain_L1_2_file_passed.fastq ' OVERLAP_OPTIONS='--no-scaffold' SIMPLEGRAPH_OPTIONS='--no-scaffold'

    done


    -- Trans-ABySS --


    -- 1

    Because the $name.in file was not necessary to run ABySS and was not outputted by it, I created it myself as suggested in Trans-ABySS manual and placed it into the directory containing the library's multi-k-mer assemblies. Anyway, this problem appeared with and without this file.

    PP_F_Brain.in

    /home/outputs/PP_F_Brain/prinseq/PP_F_Brain_L1_1_file_passed.fastq
    /home/outputs/PP_F_Brain/prinseq/PP_F_Brain_L1_2_file_passed.fastq


    -- 2

    The setup file was set as follow

    <TA>/setup

    export TRANSABYSS_VERSION=1.3.5
    export TRANSABYSS_PATH=/home/programas/trans-abyss/trans-ABySS-v1.3.5
    export PERL5LIB=$TRANSABYSS_PATH/wrappers:$PERL5LIB:/usr/lib64/perl5
    export PYTHONPATH=/usr/local/bin/python:$PYTHONPATH:$TRANSABYSS_PATH
    export ABYSSPATH=/home/FC/jgpinho/programas/abyss/abyss_installation/bin
    export LD_LIBRARY_PATH="/lib:/usr/lib":$LD_LIBRARY_PATH
    export PATH=$TRANSABYSS_PATH/bin:$ABYSSPATH:$LD_LIBRARY_PATH:$PYTHONPATH:$PATH

    And this is the output of sh <TA_DIR>/check-prereq.sh


    ABYSS and related....................
    abyss-pe: /home/programas/abyss/abyss_installation/bin/abyss-pe
    abyss-index: /home/programas/abyss/abyss_installation/bin/abyss-index
    abyss-map: /home/programas/abyss/abyss_installation/bin/abyss-map
    abyss-filtergraph: /home/programas/trans-abyss/trans-ABySS-v1.3.5/bin/abyss-filtergraph
    abyss-junction: /home/programas/trans-abyss/trans-ABySS-v1.3.5/bin/abyss-junction
    MergeContigs: /home/programas/abyss/abyss_installation/bin/MergeContigs

    Alignment and related................
    blat: N/A
    bowtie: N/A
    bwa: N/A
    xa2multi: /usr/local/bin/xa2multi.pl
    samtools: N/A
    pysam: N/A

    Trans-ABySS wrappers and related.....
    perl: /usr/bin/perl
    python: /usr/local/bin/python
    trans-abyss: /home/programas/trans-abyss/trans-ABySS-v1.3.5/wrappers/trans-abyss.sh
    mqsub: /home/programas/trans-abyss/trans-ABySS-v1.3.5/bin/mqsub
    qsub: N/A



    -- 3

    To configure the <TA>/configs/transcriptome.cfg file, just the project part was modified:


    [commands]
    copy_bam.py: LIB PATH -g GENOME
    blat: TARGET QUERY OUTPUT.psl -repMatch=1024 -minScore=0 -minIdentity=90
    cluster_align.py: CONFIG_FILE -a blat -n LIB-TYPE -f CONTIGS -t GENOME -o OUT_DIR -s -b -q 1000 -c CLUSTER -m MEM
    align_parser.py: BLAT_DIR blat -n 1 -u -m 90 -d -k TRACK_NAME -o PSL -f CONTIGS -g GENOME
    fusion.py: INPUT PATH/fusions -B TOPDIR/LIB/Reads_to_genome/GENOME_BAM -b PATH/reads_to_contigs/LIB-contigs.bam -G GENOME k -k apollo
    fusion.py_filter: PATH/fusions/cluster PATH/fusions -X -F
    snv_caller.py: -a ALIGNS -c CONTIGS -g GENOME -o PATH/snv -m k -C PATH/reads_to_contigs/LIB-contigs.bam -k apollo -O -A -VL
    snv_caller.py_filter: -f PATH/snv/cluster -o PATH/snv -X
    model_matcher.py: TRACK GENOME -l -d -o OUTDIR -f PATH/merge/LIB-contigs.fa -r -C PATH/reads_to_contigs/LIB-contigs.bam
    gene_coverage.py: COVERAGE R2C TRACK OUTPUT
    submitjobs.sh: CLUSTER MQSUB CLUSTERDIR JOB NAME MEM all.q EMAIL
    ta-r2c.py: CONTIGS READSLIST -p LIB -P PROJECT -o PATH/reads_to_contigs -t 8 -x
    convert_reads: ta-qseq2fastq.py
    num_reads_per_fastq: NA

    [memory]
    fem: 2.5G
    xa2multi: 8G
    fusion.py: 5G
    model_matcher.py: 15G
    reads_to_contigs.py: 6G
    align_parser.py: 5G
    cluster_align.py: 5G
    gene_coverage.py: 5G
    snv_caller.py: 5G
    snv_caller.py_filter: 10G
    anchor_pipeline.py: 6G
    copy_bam.py: 1G
    blat: 5G
    convert_reads: 3.8G
    r2c_index: 4G
    r2c_aln: 2G
    r2c_sam: 10G
    r2c_merge: 4G

    [genomes]
    hg19: /path/to/your/hg19/fasta_file/here

    [contact]
    contact: [email protected]

    [transAbyss_2012_10_02]
    topdir: /home/outputs/PP_M_Gonad/trans-abyss
    reference: none


    -- 4

    <TA>/input/input_file


    Created the file input_transAbyss_2012_10_02.txt with


    PP_F_Brain 1.3.4 /home/outputs/PP_F_Brain/PP_F_Brain transAbyss_2012_10_02


    -- 5

    Trans-ABySS was ran locally with the following command

    ./trans-abyss.sh -n 1 -e [email protected] -i /home/programas/trans-abyss/trans-ABySS-v1.3.5/input/input_transAbyss_2012_10_02.txt -0


    Moreover, I didnĀ“t set the anchor since I only want to produce transcripts sequences and it won't be run in clusters.


    I really hope you could help

    Best regards

    Joana

Latest Articles

Collapse

  • seqadmin
    Non-Coding RNA Research and Technologies
    by seqadmin




    Non-coding RNAs (ncRNAs) do not code for proteins but play important roles in numerous cellular processes including gene silencing, developmental pathways, and more. There are numerous types including microRNA (miRNA), long ncRNA (lncRNA), circular RNA (circRNA), and more. In this article, we discuss innovative ncRNA research and explore recent technological advancements that improve the study of ncRNAs.

    Nobel Prize for MicroRNA Discovery
    This week,...
    10-07-2024, 08:07 AM
  • seqadmin
    Recent Developments in Metagenomics
    by seqadmin





    Metagenomics has improved the way researchers study microorganisms across diverse environments. Historically, studying microorganisms relied on culturing them in the lab, a method that limits the investigation of many species since most are unculturable1. Metagenomics overcomes these issues by allowing the study of microorganisms regardless of their ability to be cultured or the environments they inhabit. Over time, the field has evolved, especially with the advent...
    09-23-2024, 06:35 AM

ad_right_rmr

Collapse

News

Collapse

Topics Statistics Last Post
Started by seqadmin, 10-11-2024, 06:55 AM
0 responses
11 views
0 likes
Last Post seqadmin  
Started by seqadmin, 10-02-2024, 04:51 AM
0 responses
110 views
0 likes
Last Post seqadmin  
Started by seqadmin, 10-01-2024, 07:10 AM
0 responses
114 views
0 likes
Last Post seqadmin  
Started by seqadmin, 09-30-2024, 08:33 AM
1 response
121 views
0 likes
Last Post EmiTom
by EmiTom
 
Working...
X