Provided by: minia_3.2.6-4build3_amd64 
      
    
NAME
       minia - short-read biological sequence assembler
DESCRIPTION
       Specifiy -in
       [minia options]
              [assembly options]
       -in    (1 arg) :    input reads (fasta/fastq/compressed) or hdf5 file  [default '']
       -keep-isolated (0 arg) :
              keep short (<= max(2k, 150 bp)) isolated output sequences
       -traversal
              (1 arg) :    traversal type ('contig', 'unitig')  [default 'contig']
       -fasta-line
              (1 arg) :    number of nucleotides per line in fasta output (0 means one line)  [default '0']
              [graph simplifications options]
       -no-bulge-removal
              (0 arg) :    ask to not perform bulge removal
       -no-tip-removal
              (0 arg) :    ask to not perform tip removal
       -no-ec-removal
              (0 arg) :    ask to not perform erroneous connection removal
       -tip-len-topo-kmult
              (1 arg) :    remove all tips of length <= k * X bp  [default '2.500000']
       -tip-len-rctc-kmult
              (1 arg) :    remove tips that pass coverage criteria, of length <= k * X bp  [default '10.000000']
       -tip-rctc-cutoff
              (1  arg)  :     tip  relative coverage coefficient: mean coverage of neighbors >  X * tip coverage
              [default '2.000000']
       -bulge-len-kmult
              (1 arg) :    bulges shorter than k*X bp are candidate to be removed  [default '3.000000']
       -bulge-len-kadd
              (1 arg) :    bulges shorter than k+X bp are candidate to be removed  [default '100']
       -bulge-altpath-kadd
              (1 arg) :    explore up to k+X nodes to find alternative path  [default '50']
       -bulge-altpath-covmult (1 arg) :
              bulges of coverage <= X*cov_altpath will be removed  [default '1']
       -ec-len-kmult
              (1 arg) :    EC shorter than k*X bp are candidates to be removed  [default '9.000000']
       -ec-rctc-cutoff
              (1 arg) :    EC relative coverage coefficient (similar in spirit as tip)  [default '4.000000']
       -no-mphf
              (0 arg) :    don't construct the MPHF
              [kmer count options]
       -kmer-size
              (1 arg) :    size of a kmer  [default '31']
       -abundance-min
              (1 arg) :    min abundance threshold for solid kmers  [default '2']
       -abundance-max
              (1 arg) :    max abundance threshold for solid kmers  [default '2147483647']
       -abundance-min-threshold
              (1 arg) :    min abundance hard threshold (only used when min abundance is "auto")  [default '2']
       -histo-max
              (1 arg) :    max number of values in kmers histogram  [default '10000']
       -solidity-kind
              (1 arg) :    way to compute counts of several files (sum, min, max, one,  all,  custom)   [default
              'sum']
       -solidity-custom
              (1  arg)  :     when  solidity-kind  is custom, specifies list of files where kmer must be present
              [default '']
       -max-memory
              (1 arg) :    max memory (in MBytes)  [default '5000']
       -max-disk
              (1 arg) :    max disk   (in MBytes)  [default '0']
       -solid-kmers-out
              (1 arg) :    output file for solid kmers (only when constructing a graph)  [default '']
       -out   (1 arg) :    output file  [default '']
       -out-dir
              (1 arg) :    output directory  [default '.']
       -out-tmp
              (1 arg) :    output directory for temporary files  [default '.']
       -out-compress
              (1 arg) :    h5 compression level (0:none, 9:best)  [default '0']
       -storage-type
              (1 arg) :    storage type of kmer counts ('hdf5' or 'file')  [default 'hdf5']
       -histo2D
              (1 arg) :    compute the 2D histogram  (with  first  file  =  genome,  remaining  files  =  reads)
              [default '0']
       -histo (1 arg) :    output the kmer abundance histogram  [default '0']
              [kmer count, advanced performance tweaks options]
       -minimizer-type
              (1 arg) :    minimizer type (0=lexi, 1=freq)  [default '0']
       -minimizer-size
              (1 arg) :    size of a minimizer  [default '10']
       -repartition-type (1 arg) :
              minimizer repartition (0=unordered, 1=ordered)  [default '0']
              [bloom options]
       -bloom (1 arg) :    bloom type ('basic', 'cache', 'neighbor')  [default 'neighbor']
       -debloom
              (1 arg) :    debloom type ('none', 'original' or 'cascading')  [default 'cascading']
       -debloom-impl (1 arg) :
              debloom impl ('basic', 'minimizer')  [default 'minimizer']
              [branching options]
       -branching-nodes (1 arg) :
              branching type ('none' or 'stored')  [default 'stored']
       -topology-stats
              (1 arg) :    topological information level (0 for none)  [default '0']
              [general options]
       -config-only
              (0 arg) :    dump config only
       -nb-cores
              (1 arg) :    number of cores  [default '0']
       -verbose
              (1 arg) :    verbosity level  [default '1']
       -integer-precision (1 arg) :
              integers precision (0 for optimized value)  [default '0']
       [debug options]
       -redo-bcalm
              (0 arg) :    debug function, redo the bcalm algo
       -skip-bcalm
              (0 arg) :    same, but       skip     bcalm
       -redo-bglue
              (0 arg) :    same, but       redo     bglue
       -skip-bglue
              (0 arg) :    same, but       skip     bglue
       -redo-links
              (0 arg) :    same, but       redo     links
       -skip-links
              (0 arg) :    same, but       skip     links
       -nb-glue-partitions (1 arg) :
              number of glue partitions (automatically calculated by default)  [default '0']
AUTHOR
       This manpage was written by Andreas Tille for the Debian distribution and can be used for any other usage
       of the program.
minia 3.2.0                                       January 2019                                          MINIA(1)