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JST Connector Studio: manufacturer 3D mate editor

Public Unreviewed

by John Lauer

Interactive Babylon 9.5 studio for JST wire-to-board connectors: load a system (PH/XH/SH/GH/ZH), see the JST manufacturer housing+wire+ds2sf footprint mate in a looping animation next to the KiCad hou

hardwareconnectorjstcadkicad3dfootprintwire-to-board
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jst-connector-cad / public / vendor / chunk-BQ-N-FPK.js
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import { bW as r } from "./chunk-CrnJfeNw.js";
const e = "textureMergerPixelShader", n = `#ifdef USE_TEXTURE0
var inputTexture0Sampler: sampler;var inputTexture0: texture_2d<f32>;
#endif
#ifdef USE_TEXTURE1
var inputTexture1Sampler: sampler;var inputTexture1: texture_2d<f32>;
#endif
#ifdef USE_TEXTURE2
var inputTexture2Sampler: sampler;var inputTexture2: texture_2d<f32>;
#endif
#ifdef USE_TEXTURE3
var inputTexture3Sampler: sampler;var inputTexture3: texture_2d<f32>;
#endif
#ifdef RED_FROM_TEXTURE
uniform redTextureIndex: i32;uniform redSourceChannel: i32;
#else
uniform redConstantValue: f32;
#endif
#ifdef GREEN_FROM_TEXTURE
uniform greenTextureIndex: i32;uniform greenSourceChannel: i32;
#else
uniform greenConstantValue: f32;
#endif
#ifdef BLUE_FROM_TEXTURE
uniform blueTextureIndex: i32;uniform blueSourceChannel: i32;
#else
uniform blueConstantValue: f32;
#endif
#ifdef ALPHA_FROM_TEXTURE
uniform alphaTextureIndex: i32;uniform alphaSourceChannel: i32;
#else
uniform alphaConstantValue: f32;
#endif
varying vUV: vec2f;
#if defined(RED_FROM_TEXTURE) || defined(GREEN_FROM_TEXTURE) || defined(BLUE_FROM_TEXTURE) || defined(ALPHA_FROM_TEXTURE)
fn sampleTexture(textureIndex: i32,uv: vec2f)->vec4f {switch (textureIndex) {
#ifdef USE_TEXTURE0
case 0: {return textureSample(inputTexture0,inputTexture0Sampler,uv);}
#endif
#ifdef USE_TEXTURE1
case 1: {return textureSample(inputTexture1,inputTexture1Sampler,uv);}
#endif
#ifdef USE_TEXTURE2
case 2: {return textureSample(inputTexture2,inputTexture2Sampler,uv);}
#endif
#ifdef USE_TEXTURE3
case 3: {return textureSample(inputTexture3,inputTexture3Sampler,uv);}
#endif
default: {return vec4f(0.0,0.0,0.0,1.0); }}}
fn extractChannel(color: vec4f,channelIndex: i32)->f32 {switch (channelIndex) {case 0: {return color.r; }
case 1: {return color.g; }
case 2: {return color.b; }
default: {return color.a; }}}
#endif
@fragment
fn main(input: FragmentInputs)->FragmentOutputs {let uv: vec2f=input.vUV;
#ifdef RED_FROM_TEXTURE
let redSample: vec4f=sampleTexture(uniforms.redTextureIndex,uv);let r: f32=extractChannel(redSample,uniforms.redSourceChannel);
#else
let r: f32=uniforms.redConstantValue;
#endif
#ifdef GREEN_FROM_TEXTURE
let greenSample: vec4f=sampleTexture(uniforms.greenTextureIndex,uv);let g: f32=extractChannel(greenSample,uniforms.greenSourceChannel);
#else
let g: f32=uniforms.greenConstantValue;
#endif
#ifdef BLUE_FROM_TEXTURE
let blueSample: vec4f=sampleTexture(uniforms.blueTextureIndex,uv);let b: f32=extractChannel(blueSample,uniforms.blueSourceChannel);
#else
let b: f32=uniforms.blueConstantValue;
#endif
#ifdef ALPHA_FROM_TEXTURE
let alphaSample: vec4f=sampleTexture(uniforms.alphaTextureIndex,uv);let a: f32=extractChannel(alphaSample,uniforms.alphaSourceChannel);
#else
let a: f32=uniforms.alphaConstantValue;
#endif
fragmentOutputs.color=vec4f(r,g,b,a);}`;
r.ShadersStoreWGSL[e] || (r.ShadersStoreWGSL[e] = n);
const u = { name: e, shader: n };
export {
  u as textureMergerPixelShaderWGSL
};