mylaboratory
Title image
 
Home
 
Software
 
Raytracer
 
Recipes
 
Photos
 
Mashup
 

Random photo

More photos More photos

Contact

  • PhotonLab related:
    photonlab@
  • PhotonLab support:
    photonlab.support@

Related areas

Related links

  • C++ @ Wikipedia
    C++ is a general-purpose programming language with high-level and low-level capabilities
  • libnoise
    A portable, open-source, coherent noise-generating library for C++
  • bzip2
    A patent free, high-quality data compressor
  • DevIL
    A full featured cross-platform image library
  • Xerces
    A validating XML parser
  • LUA
    A powerful, fast, light-weight, embeddable scripting language
  • FOX-Toolkit
    A C++ based class library for building Graphical User Interfaces

Search (Google)

Web mylab

PhotonLab Texture

About

PL Texture is a graphical procedural texture editor. The three types of functions and a colour ramp can be entered. The parser runs automatically to check for errors and a description of any found is given so the user can fix them. The programme then calculates an displays a small section of the resulting texture on four planes: perpendicular to x, perpedicular to y, perpendicular to z and across the plane x+y+z=1. The program also outputs the appropriate SML string to generate the texture so it can be pasted straight into a file.

The latest version is 1.0.0 - 5th November 2005.

Documentation

PL Texture

Type: Procedural texture type.

Formulae: Functions that create the texture.

Tokens: A quick description of the tokens and symbols used in the language.

Ramp: The colour triplets in the ramp. Colours can be added, removed and reordered with the buttons. Clicking 'Add' shows a colourwell that allows the user to select a new colour.

Images: Gives a 1 unit by 1 unit sample of the texture in the x + y + z = 1 plane, the x = 0, y = 0 and z = 0 planes.

Status: Displays the error and the function it is in if one of the formulae is invalid. Otherwise displays 'Valid!'.

Output: The SML string that creates the texture.


Bottom image