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README.md

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@@ -10,7 +10,7 @@ This tool processes phylogenetic trees with polytomies (multifurcating nodes) an
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2. Minimal-loss pruning for nodes that cannot be resolved through OpenToL
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3. Branch length optimization using IQTree or RAxML-NG
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4. Sequence placement with EPA-RAxML
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5. Smart exemplar pair placement strategy
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5. Exemplar pair placement strategy
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Designed specifically for handling large phylogenies (~50,000 tips) efficiently.
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@@ -103,37 +103,37 @@ python resolve_polytomies.py \
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## Key Command Line Arguments
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# Input/Output
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--input: Input tree file in Newick format
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--output: Output resolved tree file
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--alignment: Alignment file for branch length optimization
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--sequences: FASTA file with sequences to place onto the backbone
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--exemplar-pairs: Path to file with exemplar pair information (format: taxon<tab>exemplar1<tab>exemplar2)
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# Workflow Options
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--skip-opentol: Skip OpenToL resolution for trees that are already resolved
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--filter-exemplars: Filter tree to keep at most one exemplar per pair before optimization
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--place-first-exemplars: Place only the first exemplar for each missing taxon
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--graft-second-exemplars: Graft the second exemplar of each pair next to the first one
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# Optimization Options
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--optimization-tool: Tool to use (iqtree, raxml-ng)
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--model: Sequence evolution model ("GTR+G" for IQTree, "GTRCAT" for RAxML)
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--threads: Number of threads for parallel processing
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--max-memory: Maximum memory usage in MB
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# Performance Options
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--compress-alignment: Compress alignment to most informative columns
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--compress-columns: Number of columns to keep when compressing (default: 700)
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# Utility Options
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--log-level: Set logging level (debug, info, warning, error, critical)
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--log-file: Path to output log file
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--keep-files: Keep temporary files generated during sequence placement
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# Key Command Line Arguments
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- Input/Output
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--input: Input tree file in Newick format
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--output: Output resolved tree file
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--alignment: Alignment file for branch length optimization
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--sequences: FASTA file with sequences to place onto the backbone
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--exemplar-pairs: Path to file with exemplar pair information (format: taxon<tab>exemplar1<tab>exemplar2)
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- Workflow Options
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--skip-opentol: Skip OpenToL resolution for trees that are already resolved
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--filter-exemplars: Filter tree to keep at most one exemplar per pair before optimization
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--place-first-exemplars: Place only the first exemplar for each missing taxon
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--graft-second-exemplars: Graft the second exemplar of each pair next to the first one
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- Optimization Options
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--optimization-tool: Tool to use (iqtree, raxml-ng)
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--model: Sequence evolution model ("GTR+G" for IQTree, "GTRCAT" for RAxML)
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--threads: Number of threads for parallel processing
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--max-memory: Maximum memory usage in MB
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- Performance Options
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--compress-alignment: Compress alignment to most informative columns
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--compress-columns: Number of columns to keep when compressing (default: 700)
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- Utility Options
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--log-level: Set logging level (debug, info, warning, error, critical)
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--log-file: Path to output log file
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--keep-files: Keep temporary files generated during sequence placement
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## Dependencies
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- Python 3.8+

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