Build and Shoot

• Get colors working
• Re-write another VXL loader
• Add physics/collision detection
• Player models/guns
• Networking

RootDynasty wrote:

Project Cube Root is an effort to create a new client that is compatible with pyspades. It is currently written in C++ and rendering is done in OpenGL.

I will open source this project after it is more mature. There is still a ton of stuff left to do!

Demo video 1: http://www.youtube.com/watch?v=bE9kc-x5rhA

RootDynasty wrote:

Project Cube Root is an effort to create a new client that is compatible with pyspades. It is currently written in C++ and rendering is done in OpenGL.

I will open source this project after it is more mature. There is still a ton of stuff left to do!

Demo video 1: http://www.youtube.com/watch?v=bE9kc-x5rhA

Sponge wrote:

RootDynasty wrote:

Project Cube Root is an effort to create a new client that is compatible with pyspades. It is currently written in C++ and rendering is done in OpenGL.

I will open source this project after it is more mature. There is still a ton of stuff left to do!

Demo video 1: http://www.youtube.com/watch?v=bE9kc-x5rhA

This looks interesting. Is this just going to be a spectator thing or will it be a playable game?
Will get it once it's released :D

RootDynasty wrote:

Sponge wrote:

RootDynasty wrote:

Project Cube Root is an effort to create a new client that is compatible with pyspades. It is currently written in C++ and rendering is done in OpenGL.

I will open source this project after it is more mature. There is still a ton of stuff left to do!

Demo video 1: http://www.youtube.com/watch?v=bE9kc-x5rhA

This looks interesting. Is this just going to be a spectator thing or will it be a playable game?
Will get it once it's released :D

The goal is to make a fully functional client.

RootDynasty wrote:

Okay the code has been pushed up onto github

HoboHob wrote:

RootDynasty wrote:

Okay the code has been pushed up onto github

Cool!

If only someone left a link somewhere convenient for me to click it...

RootDynasty wrote:

HoboHob wrote:

RootDynasty wrote:

Okay the code has been pushed up onto github

Cool!

If only someone left a link somewhere convenient for me to click it...

The link is conveniently placed in the first post.

RootDynasty wrote:

IF YOU KNOW HOW TO USE OPENGL SHADERS PLEASE HELP OUT
The most important thing is to get the rendering to be done in color. The shader in the Glescraft tutorial takes a texture. The shader also uses a clever trick to shade the cubes by using negative texture coordinates. The code needs to be modified so that the color information is received along with the vertex information. I have spent many hours trying to get this to work with no luck.

varying vec3 pt_vec, pt_norm;
void main(void)
{
	gl_Position = gl_ProjectionMatrix * gl_ModelViewMatrix * gl_Vertex;
	pt_vec = gl_Vertex.xyz;
	pt_norm = gl_Normal.xyz;
	gl_FrontColor = gl_Color;
	gl_TexCoord[0] = gl_MultiTexCoord0;
}

varying vec3 pt_vec, pt_norm;
uniform vec3 sun; // directional light; does NOT compensate for occlusion!
const float ambient = 0.1;
const float diffuse = 1.0-ambient;
void main(void)
{
	float dl = max(0.0,dot(-sun, pt_norm));
	gl_FragColor = (ambient + diffuse*dl) * gl_Color;
}

RootDynasty wrote:

Re-write another VXL loader

RootDynasty wrote:

Add physics/collision detection