Generaloptions:-t,--targetVALUE[unit](float)
Set VALUE as target size (mandatory), VALUE > 0.0
--bins,--volsVALUE[unit]
Set VALUE as the maximum number of bins (volumes). [default = "unlimited"]
--si Use powers of 1000 (not 1024) for target, min, max and output sizes.
--min,--min-sizeVALUE[unit]
Minimum file size. [default = none]
--max,--max-sizeVALUE[unit]
Maximum file size. [default = none]
-B,--block-sizeVALUE
The smallest amount of bytes a file can occupy. [default = 1]
--ss,--show-size
Print the size of each file.
--sb,--show-bytes
Also print the sizes in bytes.
--hi,--hide-items
Don't print selected files.
--hs,--hide-summary
Hide summary line containing sum, difference and number of selected files.
-s,--sort-by-size
Sort the output by size, not by name.
-n,--no-case
Use case-insensitive sorting.
-r,--sort-reverse
Sort the output in reverse order.
--ew,--enclose-withCHAR
Enclose file names with CHAR. [default = none]
--dw,--delimit-withCHAR
Delimit file names (lines) with CHAR. [default = newline]
-z,--null-data
Assume NULL ( ) as the delimiter of input files via stdin (pipe).
-Z,--null
Same as --dw '\0'. See also the -0 and --hs options.
-0,--null-bins
Same as --bs '\0'. See also the -Z and --hs options.
--bs,--bins-separatorCHAR
Separate bins (vols) with CHAR. [default = newline]
--version
Print gaffitter version and exit.
-v,--verbose
Verbose.
-h,--help
Print help and exit.
DirectInputoptions:--di,--direct-input
Switch to direct input mode, i.e., read directly "size identifier" pairs instead of file names.
--di-b,--di-bytes
Assume input sizes as bytes.
--di-k,--di-kb
Assume input sizes as kibi bytes (KiB). KB if --di-si.
--di-m,--di-mb
Assume input sizes as mebi bytes (MiB). MB if --di-si.
--di-g,--di-gb
Assume input sizes as gibi bytes (GiB). GB if --di-si.
--di-t,--di-tb
Assume input sizes as tebi bytes (TiB). TB if --di-si.
--di-si
Use powers of 1000 (not 1024) for input sizes.
GeneticAlgorithmoptions:--ga-s,--ga-seedVALUE(integer)
GA initialization seed, VALUE >= 0. Zero means random. [default = 1]
--ga-rs,--ga-random-seed
Use rendom GA seed (same as --ga-seed 0).
--ga-ng,--ga-num-generationsVALUE(integer)
Maximum number of generations, VALUE > 0. [default = auto]
--ga-ps,--ga-pop-sizeVALUE(integer)
Number of individuals, VALUE > tournament_size. [default = auto]
--ga-cp,--ga-cross-probVALUE(float)
Crossover probability, 0.0 <= VALUE <= 1.0. [default = 0.95]
--ga-mp,--ga-mutation-probVALUE(float)
Mutation probability (per gene), 0.0 <= VALUE <= 1.0. [default = auto]
--ga-sp,--ga-sel-pressureVALUE(integer)
Selection pressure (tournament size), 2 <= VALUE < pop_size. [default = 2]
--ga-theo,--ga-theoretical[VALUE](integer)
Stop if the theoretical minimum number of bins is reached. If VALUE is given, it is assumed to be
the theoretical minimum number of bins.
Othersearchmethods:--ap,--approximate
Approximate the solution using Best First search (non-optimal but very fast).
--sp,--split
Just split the input when target size is reached (preserves original order while splitting).
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