Télécharger la liste

Description du projet

Animmerger stitches 2D images together into either a static image or an animation, while attempting to preserve a global frame of reference (static background). That is, for a movie that follows an actor around (and the background scrolls to follow them), it creates a movie that has a fixed background, and the camera moves around in the scene. The most obvious application of animmerger is in automatic map stitching for 2D video games, but there are many general purposes for which the program can be used. Its color quantization and dithering algorithm set is particularly advanced.

Système requise

System requirement is not defined
Information regarding Project Releases and Project Resources. Note that the information here is a quote from Freecode.com page, and the downloads themselves may not be hosted on OSDN.

2011-02-16 19:18
1.5.0

Les algorithmes de dithering ont été complètement réécrit, et offre un ensemble très sophistiqué de paramètres à la quantification et le tramage des animations et des images statiques. Soutien a également été ajoutée pour les transformations de l'image stéréotypée en utilisant une bibliothèque de haute performance fonction analyseur.
The dithering algorithms have been completely rewritten, offering a very sophisticated set of parameters to the quantization and dithering of animations and static images. Support was also added for formulaic image transformations using a high performance function parser library.

2011-01-07 07:14
1.4.3

Cette version ajoute de nouvelles méthodes de pixel et ajoute une toute nouvelle classe de dispositifs visant à compenser pour les zones en images source marqué inutilisable («masqués»). La quantification de couleur (palettisation) et les caractéristiques tergiversations ont également été considérablement amélioré.
Tags: Major, features
This release adds new pixel methods and adds an entirely new class of features aiming to compensate for areas in source pictures marked unusable ("masked"). The color quantization (palettization) and dithering features were also significantly improved.

Project Resources