VisualPLaSM

Status: Beta

Brought to you by: elder82

Add a Review

Downloads: 0 This Week

Last Update: 2014-04-25

Download

Get an email when there's a new version of VisualPLaSM

Windows Mac Linux BSD ChromeOS

Visual PLaSM is an editor to write code in PLaSM (Procedural Language for Solid Modeling). Being PLaSM a functional language makes it easy to be represented visually in a graph. Here comes VisualPLaSM :) [Developed in C++ and Qt / Java as Eclipse Plugin]

Project Activity

See All Activity >

License

GNU General Public License version 2.0 (GPLv2)

Follow VisualPLaSM

VisualPLaSM Web Site

Other Useful Business Software

Keep company data safe with Chrome Enterprise

Protect your business with AI policies and data loss prevention in the browser

Make AI work your way with Chrome Enterprise. Block unapproved sites and set custom data controls that align with your company's policies.

Download Chrome

Rate This Project

User Reviews

Be the first to post a review of VisualPLaSM!

Additional Project Details

User Interface

Eclipse, Qt

Programming Language

C++, Java

Registered

2004-10-03

Report inappropriate content

Recommended Projects

Java Universal Network/Graph Framework
Java graph/network library
PyWeaver
PyWeaver is going to be a fully functional HTML editor. It uses wxPython. We will being using Procedural Programming to give us the flexibility, simplicity and the kind of code reuse that Object Orientation cannot give at this stage of development.
NeoTextureEdit
A graph-based procedural texture editor to create 2d seamless textures for real-time rendering applications.
Limy Eclipse Plugin
This programs is a Eclipse Plguin. By using this plugin, the code quality of Java project can keep being maintained to continuous. This plugin outputs the graph with the time axis and HTML table.
Digital Visual Computer
# Digital Visual Computer (DVC) The Digital Visual Computer (DVC) is an experimental computing platform where programs and data are represented visually as images. This project contains the specifications, tools, and examples for the DVC ecosystem. ## Introduction DVC explores the concept of screen-to-screen computation. Instead of text-based code, DVC uses a "color language" where sequences of colors represent instructions (opcodes) and data. The state of the computer's memory is represented by an image, and the execution of a program is a sequence of image transformations. This approach allows for a unique way of visualizing program execution and debugging. It also opens up possibilities for novel programming paradigms and user interfaces.