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CAG creation (GUI)
Contig adjacency graphs can be created by selecting “Create CAG” from the “File” menu

Contig file – FASTA file of contigs or scaffolds
Read file – Interleaved fastq file - read1_left, read1_right, read2_left... orientated as such --> <--
Get overlapping edges – Find edges by looking for overlapping edges (Requires BLAST)
Minimum overlap length – Minimum overlap to consider two contigs adjacent
Maximum mismatches in overlap – Maximum number of mistmatches allowed in that overlap
Get de bruijn edges – Find edges using a De Bruijn graph
Kmer size – kmer size used to construct De Bruijn graph
Max. distance: Distance (in bp) to search in the De Bruijn graph for an adjacent contig (this value + kmer size)
Auto detect cutoffs – Automatically detect coverage cutoff and median unique kmer frequency
kmer cutoff – kmers with a frequency less than this value will not be traversed
kmer average – median unique kmer frequency: all kmers with a frequency greater than this value will be traversed
Get edges using paired reads: Find edges by mapping paired-end reads (Bowtie-2 required)
Max. insert size: Only reads with an insert size smaller than this will be counted
Minimum read length: Only reads that have at least this value of bases mapping will be counted
Min. reads for edge: Minimum mapping reads to create an edge between two contigs
- Introduction to Contiguity
- Requirements
- Installation
- Citing Contiguity
- Workflow and Examples
- Finishing a PacBio HGAP assembly
- Ordering contigs
- Finding passenger genes
- Identifying plasmid contigs
- Menu overview
- File
- View
- Tools
- Viewing the Assembly
- Canvas overview
- Context menus
- Creating comparisons
- Comparison to a reference
- Self comparison
- Finding paths
- Creating scaffolds
- Creating scaffolds from a CAG
- Creating scaffolds from a PacBio Assembly
- Constructing a Contig adjacency graph
- CAG creation GUI
- CAG creation command-line