Graphics: Marching Squares - OOP Script

In this improved version of the Marching Squares algorithm - see description [Link] - I use an Object-Oriented Programming (OOP) approach...

Graphics: Marching Cubes - Results

From the script marchingCubes.js of the previous post [Link], here are some examples of isosurfaces rendered with Blender...

Graphics: Marching Cubes - Implementation

A javascript implementation of the Marching cubes algorithm...

Graphics: Marching Squares - No doubles

The previous implementation of the marching squares [Link] generates a lot of vertices because each segment line is defined by its own starting and ending points however all these line segments  are interconnected - forming a polyline - and this is not taken into account in the implementation. Here is a new version to reduce the number of vertices.

Graphics: Marching Squares

After describing the principle of the Marching Squares algorithm in a previous post [Link], it is time to implement it...

Graphics: Marching Squares - Javascript implementation

Last post of this series dedicated to Contoured Lines with the whole Javascript implementation of the Marching Squares algorithm described here [Link] and there [Link]...

Graphics: Marching Squares - Rendering with Blender

In the previous post, we wrote a Javascript program to compute the contour lines of an object of interest and save the results - a set of (X,Y) coordinates - in a Wavefront OBJ file.
The last step is to render this geometry in Blender [Link] - a very powerful and popular 3D software...

Graphics: Isocontoured Lines

In this series dedicated to 3D rendering, this is a preliminary post describing how to extract vectorial isocontoured lines from an image. One of the most popular algorithm is the Marching Squares algorithm.
The next step will be the computation of isosurfaces...

3D Computer Graphics: TOC

Table of Contents : Visualization of 3D Data

This series of posts is dedicated to the various techniques and algorithms used to visualize 2D and 3D data...