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WIFI WebGl (three.js) (3D) Lamp control with PIC micro

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Author: Wilson A. Gan Cuba

Last Updated: 2013-08-10

Package Version: 1.0.0.0

Category: WiFi

Downloaded: 1162 times

Not followed.

License: MIT license

This project features the first WebGL (Web graphics library) electronic control in the world using the Three.js library and a PIC microcontroller interfaced with a Triac. Release date: 08/03/2013

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Download All [694.61KB]

DOWNLOAD LINK	RELATED COMPILER	CONTAINS
1376149459_wifi_webgl__thre_mikroc_pic.rar [694.79KB]	mikroC PRO for PIC	lib src exa hlp hex sch pcb doc

Project Blog

Tested with Google chrome and Mozilla firefox.

This project is the first WebGL electronic remote control in the world. It is also Wifi thanks to the Wifi plus click board from Mikroelektronika.

WebGL is a new web technology that brings hardware-accelerated 3D graphics to the browser without installing additional software. [ source: http://www.chromeexperiments.com/webgl/]

In the following link you could see a simulated version (not connected to a hardware) to have a first preview of the project: http://projects.eovirtual.com

Read the article provided with the release (also below) for further clarification.

License:

WIFI WebGl (three.js) Lamp control with PIC micro by Wilson A. Gan Cuba is licensed under a Creative Commons Attribution-ShareAlike 3.0 Unported License.

WIFI WebGL (three.js) Lamp control with PIC micro - Article (manual) [634.55KB]

Brief video about the project

Set it to 720px for better quality

Watch on YouTube

WebGL world

3D world

Whole system

Hardware

Triac datasheet [163.52KB]

Optoisolator datasheet [143.24KB]

EspaÃ±ol:

Probado con Google Chrome y Mozilla Firefox.

Este proyecto es el primer control remoto electrÃ³nico WebGL en el mundo. Es tambiÃ©n WIFI gracias a tarjeta Wifi plus clic de Mikroelektronika.

WebGL es una nueva tecnologÃa web que provee grÃ¡ficos en 3D acelerados por hardware al navegador sin necesidad de instalar software adicional. [Fuente: http://www.chromeexperiments.com/webgl/]

En el siguiente enlace se puede ver una versiÃ³n simulada (no conectada a un hardware) para tener una idea preliminar del proyecto: http://projects.eovirtual.com

Lea el artÃculo que se proporciona con el cÃ³digo fuente (tambiÃ©n disponible mÃ¡s arriba) para mÃ¡s explicaciones. (en InglÃ©s)

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