@@ -34,6 +34,7 @@ Sequencing run #1:
3434nextflow run vmikk/NextITS -r main \
3535 -profile singularity \
3636 -resume \
37+ --step " Step1" \
3738 --input " $( pwd) /Run01/Run01.fastq.gz" \
3839 --barcodes " $( pwd) /Run01/Run01_barcodes.fasta" \
3940 --primer_forward " GTACACACCGCCCGTCG" \
@@ -46,6 +47,7 @@ Sequencing run #2:
4647nextflow run vmikk/NextITS -r main \
4748 -profile singularity \
4849 -resume \
50+ --step " Step1" \
4951 --input " $( pwd) /Run02/Run02.fastq.gz" \
5052 --barcodes " $( pwd) /Run02/Run02_barcodes.fasta" \
5153 --primer_forward " GTACACACCGCCCGTCG" \
@@ -58,6 +60,7 @@ Sequencing run #3:
5860nextflow run vmikk/NextITS -r main \
5961 -profile singularity \
6062 -resume \
63+ --step " Step1" \
6164 --input " $( pwd) /Run03/Run03.fastq.gz" \
6265 --barcodes " $( pwd) /Run03/Run03_barcodes.fasta" \
6366 --primer_forward " GTACACACCGCCCGTCG" \
@@ -77,9 +80,9 @@ Then, we can use a greedy algorithm to cluster the sequences, setting a similari
7780
7881``` bash
7982nextflow run vmikk/NextITS -r main \
80- -main-script Step2_AggregateRuns.nf \
8183 -resume \
8284 -profile singularity \
85+ --step " Step2" \
8386 --data_path " $( pwd) /Step1_Results/" \
8487 --outdir " Step2_Results" \
8588 --clustering_method " vsearch" \
@@ -124,11 +127,11 @@ cat > run_Step1.sh <<'EOT'
124127 nextflow run "$NEXTITS_PATH"/main.nf \
125128 -resume \
126129 -profile docker \
130+ --step "Step1" \
127131 --input "$BASEDIR"/Input/"$1"/*.fastq.gz \
128132 --barcodes "$BASEDIR"/Input/"$1"/*.fasta \
129133 --outdir "$BASEDIR"/Step1_Results/"$1" \
130134 -work-dir "$BASEDIR"/Step1_WorkDirs/"$1" \
131- --tracedir "$BASEDIR"/Step1_WorkDirs/"$1"/pipeline_info \
132135 | tee Nextflow_"$1".log
133136
134137EOT
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