/
gwastoolkit.run.sh
executable file
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/
gwastoolkit.run.sh
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#!/bin/bash
### Creating display functions
### Setting colouring
NONE='\033[00m'
OPAQUE='\033[2m'
FLASHING='\033[5m'
BOLD='\033[1m'
ITALIC='\033[3m'
UNDERLINE='\033[4m'
STRIKETHROUGH='\033[9m'
RED='\033[01;31m'
GREEN='\033[01;32m'
YELLOW='\033[01;33m'
PURPLE='\033[01;35m'
CYAN='\033[01;36m'
WHITE='\033[01;37m'
function echobold { #'echobold' is the function name
echo -e "${BOLD}${1}${NONE}" # this is whatever the function needs to execute, note ${1} is the text for echo
}
function echoitalic {
echo -e "${ITALIC}${1}${NONE}"
}
function echonooption {
echo -e "${OPAQUE}${RED}${1}${NONE}"
}
function echoerrorflash {
echo -e "${RED}${BOLD}${FLASHING}${1}${NONE}"
}
function echoerror {
echo -e "${RED}${1}${NONE}"
}
# errors no option
function echoerrornooption {
echo -e "${YELLOW}${1}${NONE}"
}
function echoerrorflashnooption {
echo -e "${YELLOW}${BOLD}${FLASHING}${1}${NONE}"
}
script_copyright_message() {
echo ""
THISYEAR=$(date +'%Y')
echo "+++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++"
echo "+ The MIT License (MIT) +"
echo "+ Copyright (c) 2015-${THISYEAR} Sander W. van der Laan +"
echo "+ +"
echo "+ Permission is hereby granted, free of charge, to any person obtaining a copy of this software and +"
echo "+ associated documentation files (the \"Software\"), to deal in the Software without restriction, +"
echo "+ including without limitation the rights to use, copy, modify, merge, publish, distribute, sublicense, +"
echo "+ and/or sell copies of the Software, and to permit persons to whom the Software is furnished to do so, +"
echo "+ subject to the following conditions: +"
echo "+ +"
echo "+ The above copyright notice and this permission notice shall be included in all copies or substantial +"
echo "+ portions of the Software. +"
echo "+ +"
echo "+ THE SOFTWARE IS PROVIDED \"AS IS\", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR IMPLIED, INCLUDING BUT +"
echo "+ NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND +"
echo "+ NONINFRINGEMENT. IN NO EVENT SHALL THE AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES +"
echo "+ OR OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN +"
echo "+ CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. +"
echo "+ +"
echo "+ Reference: http://opensource.org. +"
echo "+++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++"
}
script_arguments_error() {
echoerror "$1" # Additional message
echoerror "- Argument #1 is path_to/filename of the configuration file."
echoerror ""
echoerror "An example command would be: gwastoolkit [arg1]"
echoerror "+++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++"
echo ""
script_copyright_message
exit 1
}
script_arguments_error_analysis_type() {
echo "$1"
echo ""
echo " *** ERROR *** ERROR --- $(basename "${0}") --- ERROR *** ERROR ***"
echo ""
echo " You must supply the correct argument:"
echo " * [GWAS] -- genome-wide association study of traits in ${PHENOTYPE_FILE}."
echo " * [VARIANT] -- genetic analysis of variants in ${VARIANTLIST} for traits in ${PHENOTYPE_FILE}."
echo " * [REGION] -- genetic analysis of a specific region [chr${CHR}:${REGION_START}-${REGION_END}] for traits in ${PHENOTYPE_FILE}."
echo " * [GENE] -- genetic analysis of specific genes in ${GENES_FILE} for traits in ${PHENOTYPE_FILE}."
echo ""
echo " Please refer to instruction above."
echo ""
echo "+++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++"
# The wrong arguments are passed, so we'll exit the script now!
exit 1
}
echobold "+++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++"
echobold " GWASTOOLKIT"
echobold " individual variant, per-gene, regional, or genome-wide association study of a trait"
echobold ""
echobold " Version : v1.4.3"
echobold ""
echobold " Last update: 2024-04-18"
echobold " Written by : Sander W. van der Laan (s.w.vanderlaan-2@umcutrecht.nl)."
echobold ""
echobold " Testers: - Saskia Haitjema (s.haitjema@umcutrecht.nl)"
echobold " - Aisha Gohar (a.gohar@umcutrecht.nl)"
echobold " - Jessica van Setten (j.vansetten@umcutrecht.nl)"
echobold " - Tim Bezemer (t.bezemer-2@umcutrecht.nl)"
echobold " - Lennart P.L. Landsmeer (l.p.l.landsmeer-2@umcutrecht.nl)"
echobold ""
echobold " Description: Perform individual variant, regional or genome-wide association "
echobold " analysis on some phenotype(s). It will do the following:"
echobold " - Run GWAS using SNPTESTv2.5.2+ and 1000G (phase 1), GoNL4, or "
echobold " 1000G (phase 3) + GoNL5 data per chromosome."
echobold " - Collect results in one file upon completion of jobs."
echobold " - Produce plots (PDF and PNG) for quick inspection and publication."
echobold " - Lookup individual variant results in AEGS plaque phenotype GWAS."
echobold " - Lookup gene results in AEGS plaque phenotype VEGAS results."
echobold " - Lookup gene results in public GWAS VEGAS results."
echobold " - Produce a ReadMe file."
echobold ""
echoerrorflashnooption "*Development Version Notes*"
echoerrorflashnooption "Pending imputation, analysis of chromosome X is not possible"
echoerrorflashnooption "First we will implement new SNPTEST flags (-[in]exclude_samples_where)."
echoerrorflashnooption "Second we will update to SLURM."
echoerrorflashnooption "An estimated timeline will be given in due time"
echobold ""
echobold " REQUIRED: "
echobold " * A high-performance computer cluster with a qsub system."
echobold " * Imputed genotype data with 1000G[p1/p3]/GoNL[4/5] as reference."
echobold " * SNPTEST v2.5+"
echobold " * R v3.2+"
echobold ""
echobold "+++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++"
##########################################################################################
### SET THE SCENE FOR THE SCRIPT
##########################################################################################
### START of if-else statement for the number of command-line arguments passed ###
if [[ $# -lt 1 ]]; then
echo ""
echoerror "+++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++"
echoerrorflash " *** Oh, oh, computer says no! Number of arguments found "$#". ***"
echoerror "You must supply [1] arguments when running *** GWASToolKit ***!"
script_arguments_error
else
echo "These are the "$#" arguments that passed:"
echo "The configuration file.................: "$(basename ${1}) # argument 1
### SETTING DIRECTORIES (from configuration file).
# Loading the configuration file (please refer to the GWASToolKit-Manual for specifications of this file).
source "$1" # Depends on arg1.
### REQUIRED | GENERALS
CONFIGURATIONFILE="$1" # Depends on arg1 -- but also on where it resides!!!
# Make directories for script if they do not exist yet (!!!PREREQUISITE!!!)
if [ ! -d ${PROJECTDIR}/${PROJECTNAME}/ ]; then
mkdir -v ${PROJECTDIR}/${PROJECTNAME}/
echo "The project-subdirectory is non-existent. Mr. Bourne will create it for you..."
else
echo "Your project-subdirectory already exists..."
fi
PROJECT=${PROJECTDIR}/${PROJECTNAME}
# Using date to track an ANALYSIS
DATE_TRACK=`printf '%(%Y%m%d_%H%M%S)T\n' -1`
echo "${DATE_TRACK}"
# Loading covariate and phenotype files
PHENOTYPES=$(cat ${PHENOTYPE_FILE}) # which phenotypes to investigate anyway
COVARIATES=$(cat ${COVARIATE_FILE}) # covariate list
### RETURNING SETTINGS
echo ""
echo "-----------------------------------------"
echo " General settings"
echo "-----------------------------------------"
echo "The analysis scripts are located here...................................: ${GWASTOOLKITDIR}"
echo "The following dataset will be used......................................: ${STUDY_TYPE}"
echo "The following analysis type will be run.................................: ${ANALYSIS_TYPE}"
echo "The reference used, either 1kGp3v5+GoNL5, 1kGp1v3, GoNL4................: ${REFERENCE}"
echo "The analysis will be run using the following method.....................: ${METHOD}"
echo ""
echo "-----------------------------------------"
echo " Project specific settings"
echo "-----------------------------------------"
echo "The project name is.....................................................: ${PROJECTNAME}"
echo "The project directory is................................................: ${PROJECT}"
echo "The following e-mail address will be used for communication.............: ${YOUREMAIL}"
echo "These are you mailsettings..............................................: ${MAILSETTINGS}"
echo "The analysis will be run using the following exclusion list.............: ${EXCLUSION}"
echo "The analysis will be run using the following phenotypes.................: ${PHENOTYPE_FILE}"
echo "The analysis will be run using the following covariates.................: ${COVARIATE_FILE}"
echo "The minimum info-score filter is........................................: ${INFO}"
echo "The minimum minor allele count is.......................................: ${MAC}"
echo "The minimum coded allele frequency is...................................: ${CAF}"
echo "The lower/upper limit of the BETA/SE is.................................: ${BETA_SE}"
echo "Maximum (largest) p-value to clump......................................: ${CLUMP_P2}"
echo "Minimum (smallest) p-value to clump.....................................: ${CLUMP_P1}"
echo "R^2 to use for clumping.................................................: ${CLUMP_R2}"
echo "The KB range used for clumping..........................................: ${CLUMP_KB}"
echo "Indicate the name of the clumping field to use (default: p-value, P)....: ${CLUMP_FIELD}"
echo "The method of handling the phenotype....................................: ${STANDARDIZE}"
echo "The following list of variants will be analysed.........................: ${VARIANTLIST}"
echo "The chromosomal region will be analysed.................................: chromosome ${CHR}:${REGION_START}-${REGION_END}"
echo "The following genes will be analysed....................................: ${GENES_FILE}"
echo "The following range around genes will be taken..........................: ${RANGE}"
echo ""
echo "+++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++"
### SUBMIT SNPTEST_PHENO
if [[ ${ANALYSIS_TYPE} = "GWAS" ]]; then
echo "Creating jobs to perform GWAS on your phenotype(s)..."
### Sending analizer.sh to sbatch
${GWASTOOLKITDIR}/gwastoolkit.analyzer.sh ${CONFIGURATIONFILE} ${DATE_TRACK}
### Create QC bash-script to send to qsub
for PHENOTYPE in ${PHENOTYPES}; do
PHENO_OUTPUT_DIR=${PROJECT}/snptest_results/${PHENOTYPE}
printf "%s\n" "#!/bin/bash" "#" "${GWASTOOLKITDIR}/gwastoolkit.qc.sh ${CONFIGURATIONFILE} ${PHENOTYPE} " > ${PHENO_OUTPUT_DIR}/qc.${STUDY_TYPE}.${ANALYSIS_TYPE}.${PHENOTYPE}.${EXCLUSION}.sh
### Submit QC script
### The option '-hold_jid' indicates that the following qsub will not start until all jobs with '-N SOMENAMEFORTHESCRIPT' are finished
JOB_ID_QC=$(sbatch --parsable -J QC.${STUDY_TYPE}.${ANALYSIS_TYPE}.${PHENOTYPE}.${EXCLUSION} --depend=afterany:$(squeue --noheader --format %i --name ANALYZER.DONE.${DATE_TRACK}) -o ${PHENO_OUTPUT_DIR}/qc.${STUDY_TYPE}.${ANALYSIS_TYPE}.${PHENOTYPE}.${EXCLUSION}.log -e ${PHENO_OUTPUT_DIR}/qc.${STUDY_TYPE}.${ANALYSIS_TYPE}.${PHENOTYPE}.${EXCLUSION}.errors --mem=${QMEMGWAS} -t ${QTIMEGWAS} --mail-user=${YOUREMAIL} --mail-type=${MAILSETTINGS} -D ${PHENO_OUTPUT_DIR} ${PHENO_OUTPUT_DIR}/qc.${STUDY_TYPE}.${ANALYSIS_TYPE}.${PHENOTYPE}.${EXCLUSION}.sh)
echo ""
### Create plotter bash-script to send to qsub
printf "%s\n" "#!/bin/bash" "#" "${GWASTOOLKITDIR}/gwastoolkit.plotter.sh ${CONFIGURATIONFILE} ${PHENOTYPE} " > ${PHENO_OUTPUT_DIR}/plotter.${STUDY_TYPE}.${ANALYSIS_TYPE}.${PHENOTYPE}.${EXCLUSION}.sh
### Submit plotter script
JOB_ID_PLOTTER=$(sbatch --parsable -J PLOTTER.${STUDY_TYPE}.${ANALYSIS_TYPE}.${PHENOTYPE}.${EXCLUSION} --depend=afterany:$(squeue --noheader --format %i --name ANALYZER.DONE.${DATE_TRACK}) -o ${PHENO_OUTPUT_DIR}/plotter.${STUDY_TYPE}.${ANALYSIS_TYPE}.${PHENOTYPE}.${EXCLUSION}.log -e ${PHENO_OUTPUT_DIR}/plotter.${STUDY_TYPE}.${ANALYSIS_TYPE}.${PHENOTYPE}.${EXCLUSION}.errors --mem=${QMEMGWASPLOT} -t ${QTIMEGWASPLOT} --mail-user=${YOUREMAIL} --mail-type=${MAILSETTINGS} -D ${PHENO_OUTPUT_DIR} ${PHENO_OUTPUT_DIR}/plotter.${STUDY_TYPE}.${ANALYSIS_TYPE}.${PHENOTYPE}.${EXCLUSION}.sh)
echo ""
### Create QC plotter bash-script to send to qsub
printf "%s\n" "#!/bin/bash" "#" "${GWASTOOLKITDIR}/gwastoolkit.plotter.qc.sh ${CONFIGURATIONFILE} ${PHENOTYPE} " > ${PHENO_OUTPUT_DIR}/qcplotter.${STUDY_TYPE}.${ANALYSIS_TYPE}.${PHENOTYPE}.${EXCLUSION}.sh
### Submit QC plotter script
JOB_ID_QCPLOTTER=$(sbatch --parsable -J QCPLOTTER.${STUDY_TYPE}.${ANALYSIS_TYPE}.${PHENOTYPE}.${EXCLUSION} --depend=afterany:${JOB_ID_QC} -o ${PHENO_OUTPUT_DIR}/qcplotter.${STUDY_TYPE}.${ANALYSIS_TYPE}.${PHENOTYPE}.${EXCLUSION}.log -e ${PHENO_OUTPUT_DIR}/qcplotter.${STUDY_TYPE}.${ANALYSIS_TYPE}.${PHENOTYPE}.${EXCLUSION}.errors --mem=${QMEMGWASPLOTQC} -t ${QTIMEGWASPLOTQC} --mail-user=${YOUREMAIL} --mail-type=${MAILSETTINGS} -D ${PHENO_OUTPUT_DIR} ${PHENO_OUTPUT_DIR}/qcplotter.${STUDY_TYPE}.${ANALYSIS_TYPE}.${PHENOTYPE}.${EXCLUSION}.sh)
echo ""
#### Create clumper bash-script to send to qsub
printf "%s\n" "#!/bin/bash" "#" "${GWASTOOLKITDIR}/gwastoolkit.clumper.sh ${CONFIGURATIONFILE} ${PHENOTYPE} " > ${PHENO_OUTPUT_DIR}/clumper.${STUDY_TYPE}.${ANALYSIS_TYPE}.${PHENOTYPE}.${EXCLUSION}.sh
#### Submit clumper script
JOB_ID_CLUMPER=$(sbatch --parsable -J CLUMPER.${STUDY_TYPE}.${ANALYSIS_TYPE}.${PHENOTYPE}.${EXCLUSION} --depend=afterany:${JOB_ID_QC} -o ${PHENO_OUTPUT_DIR}/clumper.${STUDY_TYPE}.${ANALYSIS_TYPE}.${PHENOTYPE}.${EXCLUSION}.log -e ${PHENO_OUTPUT_DIR}/clumper.${STUDY_TYPE}.${ANALYSIS_TYPE}.${PHENOTYPE}.${EXCLUSION}.errors --mem=${QMEMGWASCLUMP} -t ${QTIMEGWASCLUMP} --mail-user=${YOUREMAIL} --mail-type=${MAILSETTINGS} -D ${PHENO_OUTPUT_DIR} ${PHENO_OUTPUT_DIR}/clumper.${STUDY_TYPE}.${ANALYSIS_TYPE}.${PHENOTYPE}.${EXCLUSION}.sh)
echo ""
##### Create locuszoom bash-script to send to qsub
printf "%s\n" "#!/bin/bash" "#" "${GWASTOOLKITDIR}/gwastoolkit.locuszoomer.sh ${CONFIGURATIONFILE} ${PHENOTYPE} " > ${PHENO_OUTPUT_DIR}/locuszoom.${STUDY_TYPE}.${ANALYSIS_TYPE}.${PHENOTYPE}.${EXCLUSION}.sh
##### Submit locuszoom script
JOB_ID_LZ=$(sbatch --parsable -J LZ.${STUDY_TYPE}.${ANALYSIS_TYPE}.${PHENOTYPE}.${EXCLUSION} --depend=afterany:${JOB_ID_CLUMPER} -o ${PHENO_OUTPUT_DIR}/locuszoom.${STUDY_TYPE}.${ANALYSIS_TYPE}.${PHENOTYPE}.${EXCLUSION}.log -e ${PHENO_OUTPUT_DIR}/locuszoom.${STUDY_TYPE}.${ANALYSIS_TYPE}.${PHENOTYPE}.${EXCLUSION}.errors --mem=${QMEMGWASLZOOM} -t ${QTIMEGWASLZOOM} --mail-user=${YOUREMAIL} --mail-type=${MAILSETTINGS} -D ${PHENO_OUTPUT_DIR} ${PHENO_OUTPUT_DIR}/locuszoom.${STUDY_TYPE}.${ANALYSIS_TYPE}.${PHENOTYPE}.${EXCLUSION}.sh)
##### Create cleaner bash-script to send to qsub
printf "%s\n" "#!/bin/bash" "#" "${GWASTOOLKITDIR}/gwastoolkit.cleaner.sh ${CONFIGURATIONFILE} ${PHENOTYPE} " > ${PHENO_OUTPUT_DIR}/cleaner.${STUDY_TYPE}.${ANALYSIS_TYPE}.${PHENOTYPE}.${EXCLUSION}.sh
##### Submit cleaner script
JOB_ID_CLEANER=$(sbatch --parsable -J CLEANER.${STUDY_TYPE}.${ANALYSIS_TYPE}.${PHENOTYPE}.${EXCLUSION} --depend=afterany:${JOB_ID_LZ} -o ${PHENO_OUTPUT_DIR}/cleaner.${STUDY_TYPE}.${ANALYSIS_TYPE}.${PHENOTYPE}.${EXCLUSION}.log -e ${PHENO_OUTPUT_DIR}/cleaner.${STUDY_TYPE}.${ANALYSIS_TYPE}.${PHENOTYPE}.${EXCLUSION}.errors --mem=${QMEMGWASCLEANER} -t ${QTIMEGWASCLEANER} --mail-user=${YOUREMAIL} --mail-type=${MAILSETTINGS} -D ${PHENO_OUTPUT_DIR} ${PHENO_OUTPUT_DIR}/cleaner.${STUDY_TYPE}.${ANALYSIS_TYPE}.${PHENOTYPE}.${EXCLUSION}.sh)
done
elif [[ ${ANALYSIS_TYPE} = "VARIANT" ]]; then
### Sending analizer.sh
${GWASTOOLKITDIR}/gwastoolkit.analyzer.sh ${CONFIGURATIONFILE} ${DATE_TRACK}
JOB_IDS_c=0
### This variable holds the Job_IDs which we will use for setting dependency on the wrapper script
JOB_IDS_PHENO=""
for PHENOTYPE in ${PHENOTYPES}; do
PHENO_OUTPUT_DIR=${PROJECT}/snptest_results/${PHENOTYPE}
##### Create cleaner bash-script to send to qsub
printf "%s\n" "#!/bin/bash" "#" "${GWASTOOLKITDIR}/gwastoolkit.cleaner.sh ${CONFIGURATIONFILE} ${PHENOTYPE} " > ${PHENO_OUTPUT_DIR}/cleaner.${STUDY_TYPE}.${ANALYSIS_TYPE}.${PHENOTYPE}.${EXCLUSION}.sh
JOB_ID_CLEANER_i=$(sbatch --parsable -J CLEANER.${STUDY_TYPE}.${ANALYSIS_TYPE}.${EXCLUSION} --depend=afterany:$(squeue --noheader --format %i --name ANALYZER.DONE.${DATE_TRACK}) -o ${PHENO_OUTPUT_DIR}/cleaner.${STUDY_TYPE}.${ANALYSIS_TYPE}.${PHENOTYPE}.${EXCLUSION}.log -e ${PHENO_OUTPUT_DIR}/cleaner.${STUDY_TYPE}.${ANALYSIS_TYPE}.${PHENOTYPE}.${EXCLUSION}.errors --mem=${QMEMVARCLEANER} -t ${QTIMEVARCLEANER} --mail-user=${YOUREMAIL} --mail-type=${MAILSETTINGS} -D ${PHENO_OUTPUT_DIR} ${PHENO_OUTPUT_DIR}/cleaner.${STUDY_TYPE}.${ANALYSIS_TYPE}.${PHENOTYPE}.${EXCLUSION}.sh)
if [[ ${JOB_IDS_c} == 0 ]]; then
JOB_IDS_PHENO="${JOB_ID_CLEANER_i}"
JOB_IDS_c=$((JOB_IDS_c + 1))
else
JOB_IDS_PHENO="${JOB_IDS_PHENO},${JOB_ID_CLEANER_i}"
JOB_IDS_c=$((JOB_IDS_c + 1))
fi
done
###### Create summariser bash-script to send to qsub -- SEE REMARKS ABOVE
printf "%s\n" "#!/bin/bash" "#" "${GWASTOOLKITDIR}/summariser.sh ${CONFIGURATIONFILE} " > ${PROJECT}/summariser.${STUDY_TYPE}.${ANALYSIS_TYPE}.${EXCLUSION}.sh
###### Submit summariser script
JOB_ID_SUMMARISER=$(sbatch --parsable -J SUMMARISER.${STUDY_TYPE}.${ANALYSIS_TYPE}.${EXCLUSION} --depend=afterany:${JOB_IDS_PHENO} -o ${PROJECT}/summariser.${STUDY_TYPE}.${ANALYSIS_TYPE}.${EXCLUSION}.log -e ${PROJECT}/summariser.${STUDY_TYPE}.${ANALYSIS_TYPE}.${EXCLUSION}.errors --mem=${QMEMGWASLZOOM} -t ${QTIMEGWASLZOOM} --mail-user=${YOUREMAIL} --mail-type=${MAILSETTINGS} -D ${PROJECT} ${PROJECT}/summariser.${STUDY_TYPE}.${ANALYSIS_TYPE}.${EXCLUSION}.sh)
elif [[ ${ANALYSIS_TYPE} = "REGION" ]]; then
echo "Creating jobs to perform a regional analysis on your phenotype(s)..."
${GWASTOOLKITDIR}/gwastoolkit.analyzer.sh ${CONFIGURATIONFILE} ${DATE_TRACK}
echo ""
echo "NOTE: no QC, plotting and cleaning is implemented yet. This will be there in the next version - similar to 'GENES' option."
elif [[ ${ANALYSIS_TYPE} = "GENES" ]]; then
echo "Creating jobs to perform a per-analysis on your phenotype(s)..."
${GWASTOOLKITDIR}/gwastoolkit.analyzer.sh ${CONFIGURATIONFILE} ${DATE_TRACK}
### Create QC bash-script to send to qsub
JOB_IDS_c=0
### This variable holds the Job_IDs which we will use for setting dependency on the wrapper script
JOB_IDS_PHENO=""
while IFS='' read -r GENEOFINTEREST || [[ -n "$GENEOFINTEREST" ]]; do
for GENE in ${GENEOFINTEREST}; do
for PHENOTYPE in ${PHENOTYPES}; do
GENE_OUTPUT_DIR=${PROJECT}/snptest_results/${GENE}
PHENO_OUTPUT_DIR=${GENE_OUTPUT_DIR}/${PHENOTYPE}
##### Create qc bash-script to send to qsub
printf "%s\n" "#!/bin/bash" "#" "${GWASTOOLKITDIR}/gwastoolkit.qc.sh ${CONFIGURATIONFILE} ${PHENOTYPE} ${GENE} " > ${PHENO_OUTPUT_DIR}/qc.${STUDY_TYPE}.${ANALYSIS_TYPE}.${PHENOTYPE}.${EXCLUSION}.${GENE}_${RANGE}.sh
### Submit qc script
### The option '-hold_jid' indicates that the following qsub will not start until all jobs with '-N WRAP_UP.${STUDY_TYPE}.${ANALYSIS_TYPE}' are finished
JOB_ID_QC=$(sbatch --parsable -J QC.${STUDY_TYPE}.${ANALYSIS_TYPE}.${PHENOTYPE}.${EXCLUSION}.${GENE}_${RANGE} --depend=afterany:$(squeue --noheader --format %i --name ANALYZER.DONE.${DATE_TRACK}) -o ${PHENO_OUTPUT_DIR}/qc.${STUDY_TYPE}.${ANALYSIS_TYPE}.${PHENOTYPE}.${EXCLUSION}.${GENE}_${RANGE}.log -e ${PHENO_OUTPUT_DIR}/qc.${STUDY_TYPE}.${ANALYSIS_TYPE}.${PHENOTYPE}.${EXCLUSION}.${GENE}_${RANGE}.errors --mem=${QMEMGENEQC} -t ${QTIMEGENEQC} --mail-user=${YOUREMAIL} --mail-type=${MAILSETTINGS} -D ${PHENO_OUTPUT_DIR} ${PHENO_OUTPUT_DIR}/qc.${STUDY_TYPE}.${ANALYSIS_TYPE}.${PHENOTYPE}.${EXCLUSION}.${GENE}_${RANGE}.sh)
##### Create locuszoom bash-script to send to qsub
printf "%s\n" "#!/bin/bash" "#" "${GWASTOOLKITDIR}/gwastoolkit.locuszoomer.sh ${CONFIGURATIONFILE} ${PHENOTYPE} ${GENE} " > ${PHENO_OUTPUT_DIR}/locuszoom.${STUDY_TYPE}.${ANALYSIS_TYPE}.${PHENOTYPE}.${EXCLUSION}.${GENE}_${RANGE}.sh
##### Submit locuszoom script
#### The option '-hold_jid' indicates that the following qsub will not start until all jobs with '-N CLUMPER.${STUDY_TYPE}.${ANALYSIS_TYPE}' are finished
JOB_ID_LZ=$(sbatch --parsable -J LZ.${STUDY_TYPE}.${ANALYSIS_TYPE}.${PHENOTYPE}.${EXCLUSION}.${GENE}_${RANGE} --depend=afterany:${JOB_ID_QC} -o ${PHENO_OUTPUT_DIR}/locuszoom.${STUDY_TYPE}.${ANALYSIS_TYPE}.${PHENOTYPE}.${EXCLUSION}.${GENE}_${RANGE}.log -e ${PHENO_OUTPUT_DIR}/locuszoom.${STUDY_TYPE}.${ANALYSIS_TYPE}.${PHENOTYPE}.${EXCLUSION}.${GENE}_${RANGE}.errors --mem=${QMEMGENELZOOM} -t ${QTIMEGENELZOOM} --mail-user=${YOUREMAIL} --mail-type=${MAILSETTINGS} -D ${PHENO_OUTPUT_DIR} ${PHENO_OUTPUT_DIR}/locuszoom.${STUDY_TYPE}.${ANALYSIS_TYPE}.${PHENOTYPE}.${EXCLUSION}.${GENE}_${RANGE}.sh)
##### Create cleaner bash-script to send to qsub
printf "%s\n" "#!/bin/bash" "#" "${GWASTOOLKITDIR}/gwastoolkit.cleaner.sh ${CONFIGURATIONFILE} ${PHENOTYPE} ${GENE} " > ${PHENO_OUTPUT_DIR}/cleaner.${STUDY_TYPE}.${ANALYSIS_TYPE}.${PHENOTYPE}.${EXCLUSION}.${GENE}_${RANGE}.sh
##### Submit cleaner script
JOB_ID_CLEANER_i=$(sbatch --parsable -J CLEANER.${STUDY_TYPE}.${ANALYSIS_TYPE}.${EXCLUSION}.${GENE}_${RANGE} --depend=afterany:${JOB_ID_LZ} -o ${PHENO_OUTPUT_DIR}/cleaner.${STUDY_TYPE}.${ANALYSIS_TYPE}.${PHENOTYPE}.${EXCLUSION}.${GENE}_${RANGE}.log -e ${PHENO_OUTPUT_DIR}/cleaner.${STUDY_TYPE}.${ANALYSIS_TYPE}.${PHENOTYPE}.${EXCLUSION}.${GENE}_${RANGE}.errors --mem=${QMEMGENECLEANER} -t ${QTIMEGENECLEANER} --mail-user=${YOUREMAIL} --mail-type=${MAILSETTINGS} -D ${PHENO_OUTPUT_DIR} ${PHENO_OUTPUT_DIR}/cleaner.${STUDY_TYPE}.${ANALYSIS_TYPE}.${PHENOTYPE}.${EXCLUSION}.${GENE}_${RANGE}.sh)
echo ""
if [[ ${JOB_IDS_c} == 0 ]]; then
JOB_IDS_PHENO="${JOB_ID_CLEANER_i}"
JOB_IDS_c=$((JOB_IDS_c + 1))
else
JOB_IDS_PHENO="${JOB_IDS_PHENO},${JOB_ID_CLEANER_i}"
JOB_IDS_c=$((JOB_IDS_c + 1))
fi
done
done
done < ${GENES_FILE}
while IFS='' read -r GENEOFINTEREST || [[ -n "$GENEOFINTEREST" ]]; do
for GENE in ${GENEOFINTEREST}; do
GENE_OUTPUT_DIR=${PROJECT}/snptest_results/${GENE}
###### Create summariser bash-script to send to qsub
printf "%s\n" "#!/bin/bash" "#" "${GWASTOOLKITDIR}/summariser.sh ${CONFIGURATIONFILE} ${GENE}" > ${GENE_OUTPUT_DIR}/summariser.${STUDY_TYPE}.${ANALYSIS_TYPE}.${EXCLUSION}.${GENE}_${RANGE}.sh
###### Submit summariser script
sbatch --parsable -J SUMMARISER.${STUDY_TYPE}.${ANALYSIS_TYPE}.${EXCLUSION}.${GENE}_${RANGE} --depend=afterany:${JOB_IDS_PHENO} -o ${GENE_OUTPUT_DIR}/summariser.${STUDY_TYPE}.${ANALYSIS_TYPE}.${EXCLUSION}.${GENE}_${RANGE}.log -e ${GENE_OUTPUT_DIR}/summariser.${STUDY_TYPE}.${ANALYSIS_TYPE}.${EXCLUSION}.${GENE}_${RANGE}.errors --mem=${QMEMGWASLZOOM} -t ${QTIMEGWASLZOOM} --mail-user=${YOUREMAIL} --mail-type=${MAILSETTINGS} -D ${GENE_OUTPUT_DIR} ${GENE_OUTPUT_DIR}/summariser.${STUDY_TYPE}.${ANALYSIS_TYPE}.${EXCLUSION}.${GENE}_${RANGE}.sh
done
done < ${GENES_FILE}
else
### If arguments are not met then this error message will be displayed
script_arguments_error_analysis_type
fi
### END of if-else statement for the number of command-line arguments passed ###
fi
script_copyright_message