Mercurial > repos > iuc > humann2_split_table
view generate_test_data @ 2:b35c9aea01ed draft
planemo upload for repository https://github.com/galaxyproject/tools-iuc/tree/master/tools/humann2 commit 11ee7ac206d41894c0b6a11f2439aaea490824f0
author | iuc |
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date | Thu, 09 Nov 2017 13:42:33 -0500 |
parents | ace84aac38ce |
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#/usr/bin/env bash # humann2 humann2 \ --input 'test-data/input_sequences.fasta' \ -o 'humann2_output' \ --annotation-gene-index 8 \ --taxonomic-profile 'test-data/taxonomic_profile.tabular' \ --metaphlan-options="-t rel_ab" \ --nucleotide-database 'test-data/' \ --protein-database 'test-data/' \ --evalue '1' \ --search-mode 'uniref50' \ --prescreen-threshold '0.01' \ --identity-threshold '50' \ --translated-subject-coverage-threshold '50' \ --translated-query-coverage-threshold '50' \ --translated-alignment 'diamond' \ --xipe 'off' \ --minpath 'on' \ --pick-frames 'on' \ --gap-fill 'off' \ --output-format 'tsv' \ --output-max-decimals '10' \ --output-basename 'humann2' \ --pathways 'metacyc' humann2 \ --input 'test-data/input_sequences.fasta' \ -o 'humann2_output' \ --annotation-gene-index 8 \ --metaphlan-options="-t rel_ab" \ --nucleotide-database 'test-data/' \ --protein-database 'test-data/' \ --evalue '1' \ --search-mode 'uniref90' \ --prescreen-threshold '0.01' \ --identity-threshold '50' \ --translated-subject-coverage-threshold '50' \ --translated-query-coverage-threshold '50' \ --translated-alignment 'rapsearch' \ --xipe 'off' \ --minpath 'on' \ --pick-frames 'on' \ --gap-fill 'off' \ --output-format 'tsv' \ --output-max-decimals '10' \ --output-basename 'humann2' \ --pathways 'unipathway' # humann2_associate humann2_associate \ --input 'test-data/hmp_pathabund.txt' \ --focal-metadatum 'STSite' \ --last-metadatum 'STSite' \ --focal-type 'categorical' \ --fdr '0.2' \ --output 'test-data/associate_output.txt' # humann2_barplot humann2_barplot \ --input 'test-data/hmp_pathabund.txt' \ --focal-feature ANAGLYCOLYSIS-PWY \ --sort none \ --last-metadatum STSite \ --focal-metadatum STSite \ --scaling none \ --width 5 \ --dimensions 8 4 \ --output test-data/barplot1.png humann2_barplot \ --input 'test-data/hmp_pathabund.txt' \ --focal-feature ANAGLYCOLYSIS-PWY \ --sort sum \ --last-metadatum STSite \ --focal-metadatum STSite \ --scaling pseudolog \ --width 5 \ --dimensions 8 4 \ --output test-data/barplot2.pdf humann2_barplot \ --input 'test-data/hmp_pathabund.txt' \ --focal-feature ANAGLYCOLYSIS-PWY \ --sort metadata \ --last-metadatum STSite \ --focal-metadatum STSite \ --exclude-unclassified \ --scaling none \ --as-genera \ --grid \ --remove-zeroes \ --width 5 \ --dimensions 8 4 \ --output test-data/barplot3.svg humann2_barplot \ --input 'test-data/hmp_pathabund.txt' \ --focal-feature ANAGLYCOLYSIS-PWY \ --top-strata 12 \ --sort sum \ --last-metadatum STSite \ --focal-metadatum STSite \ --exclude-unclassified \ --scaling normalize \ --width 5 \ --dimensions 8 4 \ --output test-data/barplot4.eps # humann2_regroup_table humann2_regroup_table \ --input 'test-data/demo_genefamilies.tsv' \ -o 'test-data/regrouped_gene_families_to_infogo1000.tsv' \ --function 'sum' \ --groups 'uniref90_infogo1000' \ --ungrouped 'Y' \ --protected 'Y' humann2_regroup_table \ --input 'test-data/demo_genefamilies.tsv' \ -o 'test-data/regrouped_gene_families_to_ko.tsv' \ --function 'mean' \ --groups 'uniref90_ko' \ --ungrouped 'Y' \ --protected 'Y' humann2_regroup_table \ --input 'test-data/demo_genefamilies.tsv' \ -o 'test-data/regrouped_gene_families_to_rxn.tsv' \ --function 'sum' \ --groups 'uniref90_rxn' \ --ungrouped 'Y' \ --protected 'Y' # humann2_renorm_table humann2_renorm_table \ --input 'test-data/demo_pathabundance.tsv' \ -o 'test-data/cpm_community_renormalized_pathway_abundance.tsv' \ --units 'cpm' \ --mode 'community' \ --special 'n' humann2_renorm_table \ --input 'test-data/demo_pathabundance.tsv' \ -o 'test-data/relab_levelwise_renormalized_pathway_abundance.tsv' \ --units 'relab' \ --mode 'levelwise' \ --special 'y' # humann2_join_tables mkdir join_table_tmp_dir cp 'test-data/demo_pathabundance.tsv' join_table_tmp_dir cp 'test-data/demo_pathcoverage.tsv' join_table_tmp_dir humann2_join_tables \ -i 'join_table_tmp_dir' \ -o 'test-data/joined_pathway_coverage_abundance.tsv' # humann2_merge_abundance_tables humann2_merge_abundance_tables \ --input-genes 'test-data/demo_genefamilies.tsv' \ --input-pathways 'test-data/demo_pathabundance.tsv' \ -o 'test-data/merged_gene_families_pathways_abundances.tsv' # humann2_reduce_table humann2_reduce_table \ --input 'test-data/demo_genefamilies.tsv' \ -o 'test-data/max_reduced_gene_family_abundance.tsv' \ --function 'max' \ --sort-by 'name' # humann2_rename_table humann2_rename_table \ --input 'test-data/regrouped_gene_families_to_infogo1000.tsv' \ --names 'infogo1000' \ -o 'test-data/renamed_info1000.tsv' humann2_rename_table \ --input 'test-data/regrouped_gene_families_to_infogo1000.tsv' \ --custom 'test-data/rename_mapping' \ -o 'test-data/renamed_mapping_info1000.tsv' # humann2_rna_dna_norm humann2_rna_dna_norm \ --input_dna 'test-data/rna_dna_norm-dna.txt' \ --input_rna 'test-data/rna_dna_norm-rna.txt' \ --output_basename 'results1' \ --method 'laplace' humann2_rna_dna_norm \ --input_dna 'test-data/rna_dna_norm-dna.txt' \ --input_rna 'test-data/rna_dna_norm-rna.txt' \ --output_basename 'results2' \ --method 'witten_bell' \ --log_transform \ --log_base '2' # humann2_split_stratified_table humann2_split_stratified_table \ --input 'test-data/demo_genefamilies.tsv' \ --output 'split_stratified_table' # humann2_split_table mkdir split_table_tmp_dir humann2_split_table \ --input 'test-data/joined_pathway_coverage_abundance.tsv' \ -o 'split_table_tmp_dir' cp 'split_table_tmp_dir/demo_Abundance.tsv' 'test-data/' cp 'split_table_tmp_dir/demo_Coverage.tsv' 'test-data/' # humann2_strain_profiler humann2_strain_profiler \ --input 'test-data/strain_profiler-input.txt' \ --critical_mean '1' \ --critical_count '2' \ --pinterval '1e-10' '1' \ --critical_samples '2' # humann2_unpack_pathways humann2_unpack_pathways \ --input-genes 'test-data/demo_genefamilies.tsv' \ --input-pathways 'test-data/demo_pathabundance.tsv' \ --output unpack1 humann2_unpack_pathways \ --input-genes 'test-data/demo_genefamilies.tsv' \ --input-pathways 'test-data/demo_pathabundance.tsv' \ --remove-taxonomy \ --output unpack2