GIMP Plugin Registry

A simple plug-in to Export layers (all or selective layers) to individual image files.

Features:

1. Can manipulate the layers in layer group

2. Can export texts, patterns and layer filters

3. Prefix name for the image files has to be given

4. Can export only in jpg, png, bmp formats but the required formats can be added easily

This plug-in is strictly an exercise in applying MySQL to GIMP by way of Python scripting. Python has an easy way of accessing MySQL data by way of the mysqldb module. The plug-in is coded to work with a query against the Sakila MySQL sample dabase, but may work with any query that returns more than one row. This exercise is coded to restrict access to no more than 36 rows (... LIMIT 36).

This script enables export layers to an animated SWF (Adobe Flash) file.
It requires "png2swf" executable file, therefore you have to install the SWFTools package before using this script.

It is based on the cr33dog Export Layers as PNG plugin script.

It has been tested on the Linux Mint 14 (KDE) and Windows XP with SWFTools 0.9.2 and GIMP 2.8.4.

This script enables export layers to a single multiple pages PDF file.
It requires "convert" executable file, therefore you have to install the ImageMagic package before using this script.

It is based on the cr33dog Export Layers as PNG plugin script.

It has been tested on the Linux Mint 14 (KDE) and Windows XP with ImageMagic 6.8.3-Q16 and GIMP 2.8.4.

This is a suite of ten Gimp plugins known as the 'Resynthesizer'. The most commonly used is 'Heal selection' but all use the plugin whose full interface is found at 'Filters>Map>Resynthesize.'

resynthesizer.tar.gz is an archive for Linux.
Resynthesizer_v1.0-i686.zip is an archive for Windows.

The plugins require Gimp and Python. (Or, there exists a script-fu 'Heal selection' plugin that does not require Python.)

To install, download the appropriate file, uncompress it, and copy the files to the standard place for Gimp plugins.

This little script was inspired by "GIMP tutorial - advanced color correction using sample point and curves" which nicely describes a method to get the color balance of a drawable right.
It expects an active path. If it's not there it exits unceremoniously.
The average RGB values of a 5 pixel radius area around the points in the path are taken and from these color adjustment curves are invoked with the aim to equalize them and thereby get the color balance right.