FULLA

NAME

SYNOPSIS

DESCRIPTION

fulla can be used to batch correct a large number of files. Radial distortion coefficients can be read from a PTLens database (only database version 4.2 is supported).

Vignetting correction is done the same way as described in the nona script file documentation. Vignetting correction can be done based on a flatfield or a radial scaling.

Vignetting correction by flatfield division:
                        I = I / c,    c = flatfield / mean(flatfield)

Radial vignetting correction:
                        I = I / c,    c = a + b*r^2 + c*r^4 + d*r^6

Correct vignetting by addition, rather than by division:
                        I = I + c

The radial correction is identical to the one implemented by panotools:

r_new = a*r^4 + b*r^3 + c*r^2 + d*r [1]

Since transversal chromatic aberations (TCA) leads to differently scaled objects in the red, green and blue channel, it can be corrected by scaling the red and blue channel so that they match the green channel. Most applications, like Photoshop or Picture Window Pro offer TCA correction by linear scaling. This is equal to varying the d parameter in equation [1].

See http://hugin.sf.net/tutorials/tca for a method to determine these parameters.

OPTIONS

-o

Specify the output filename. If more than one input image is given, this string will be used as suffix (default: _corr)

-g

Radial distortion coefficient for all channels, (a, b, c, d). By default no correction is done.

-b

Radial distortion coefficents for blue channel, (a, b, c, d). this is applied after the global distortion correction(supplied by -g).

-r

Radial distortion coefficents for red channel, (a, b, c, d). this is applied after the global distortion correction(supplied by -g).

-f

Filename of the flatfield image. Enables vignetting correction by flatfield division

-c

radial vignetting correction by division:

-a

Correct vignetting by addition, rather than by division I = I + c

-p

Try to read radial distortion coefficients (usually supplied using -g) from the PTLens database. The environment variable PTLENS_PROFILE should point to the profile.txt file. Since newer version of the PTLens database are incompatible with fulla, download the PTLens database from the hugin sourceforge website instead: http://www.sf.net/projects/hugin

-m

Camera manufacturer, for PTLens database query. EXIF data inside jpg files is read, if this option is not given

-n

Camera name, for PTLens database query. EXIF data inside jpg files is read, if this option is not given.

-l

Lens name, for PTLens database query. If not specified, a list of possible lenses is displayed

-t

Number of threads that should be used during processing

-v

Verbose execution -h Display help text

BUGS

AUTHOR

SEE ALSO

Index

NAME

SYNOPSIS

DESCRIPTION

OPTIONS

BUGS

AUTHOR

SEE ALSO