rickomax

#This Python script converts FBX textures/materials to the s&box game format. Converting materials to VMAT, and extracting textures to the selected folder
#This script expects all the textures to be located at the same folder as the FBX file

import fbx
import os
import shutil
import tkinter as tk
from tkinter import filedialog

# Initialize tkinter

rickomax

# This Python script for Blender first tries to convert all the Blender scene meshes into quads
# It will then proceed to merge all vertices that occupy the same position
# Lastly, it will subdivide the quad edges until every edge has at least the length of the "max_edge_length" variable
# You can use this script to subdivide the scene into quads, which is ideal for vertex lighting
# Please set the "max_edge_length" and "vert_merge_distance" variables value accordingly

# Set the maximum edge length here. The smaller the value, the more the edges get subdivided
max_edge_length = 300.0

# Set the minimum distance a vertex can have from each other not to be merged here

rickomax

    //Original code from:
    //https://github.com/RishiAstra/Survive-From-Scratch/blob/21d98a4dcbb3ef25a79bb3ca9733b35b866eda74/Assets/AwesomeTechnologies/VegetationStudio/Utility/LightProbeUtility.cs
    //Added EvaluateSH2 method to evaluate the SH2 with C#, so it will work with Unity Jobs
    public class LightProbeUtility
    {
        public struct LightProbeData
        {
            public Vector4 unity_SHAr;
            public Vector4 unity_SHAg;
            public Vector4 unity_SHAb;

rickomax

Shader "Hidden/SpecularDiffuseToAlbedo"
{
	SubShader
	{
		// No culling or depth
		Cull Off ZWrite Off ZTest Always

		Pass
		{

rickomax

    precision highp float;

    varying vec2 vUv;
    varying vec3 vecPos;
    varying vec3 vecNormal;

    uniform sampler2D _Diffuse;
    uniform sampler2D _Specular;
    

rickomax

global proc CreateUI() {
    global int $job;
    if (`window -ex _uv_window`) { 
        return;
    }
    $job = `scriptJob -idleEvent UpdateUI`;
    window -t "UV Coordinates Editor" _uv_window;
        columnLayout;
            rowLayout -numberOfColumns 4;        
                text "u";