nona - Man Page

nona [options] -o output project_file (image files)

nona uses the transform function from PanoTools, the stitching itself is quite simple, no seam feathering is done.

Only the non-antialiasing interpolators of PanoTools are supported.

The following output formats (n option of PanoTools p script line) are supported:

JPEG, TIFF, PNG  : Single image formats without feathered blending

JPEG_m, TIFF_m, PNG_m   : multiple tiff files

TIFF_multilayer : Multilayer tiff files, readable by The Gimp 2.0

General options:

-c

Create coordinate images (only TIFF_m output)

-v

Quiet, do not output progress indicators

-d

print detailed output for GPU processing

-g

perform image remapping on the GPU

The following options can be used to override settings in the project file:

-i num

Remap only image with number num (can be specified multiple times)

-m str

Set output file format (TIFF, TIFF_m, TIFF_multilayer, EXR, EXR_m, JPEG, JPEG_m, PNG, PNG_m)

-r ldr/hdr

Set output mode:

ldr - keep original bit depth and response

hdr - merge to hdr

-e exposure

Set exposure for ldr mode

-p TYPE

Pixel type of the output. Can be one of:

UINT8   8 bit unsigned integer

UINT16  16 bit unsigned integer

INT16   16 bit signed integer

UINT32  32 bit unsigned integer

INT32   32 bit signed integer

FLOAT   32 bit floating point

-z|--compression

Set compression type. Possible options for tiff output:

NONE      no compression

PACKBITS  packbits compression

LZW       LZW compression

DEFLATE   deflate compression

For JPEG output set quality number

--ignore-exposure

Don't correct exposure. (This doesn't work with the -e switch)

--save-intermediate-images

Saves also the intermediate images (only when output is is TIFF, PNG or JPEG)

--intermediate-suffix=SUFFIX

Suffix for intermediate images

--create-exposure-layers

Create all exposure layers (this will always use TIFF)

--clip-exposure[=lower cutoff:upper cutoff]

Mask automatically all dark and bright pixels. Optionally you can specify the limits for the lower and upper cutoff (specify in range 0...1, relative the full range)

Written by Pablo d'Angelo. Also contains contributions from Douglas Wilkins, Ippei Ukai, Ed Halley, Bruno Postle, Gerry Patterson and Brent Townshend.

This man page was written by Cyril Brulebois <cyril.brulebois@enst-bretagne.fr> and updated by Terry Duell and is licensed under the same terms as the hugin package itself.

hugin(1).