Long time spent in `_edgesToVertices` when assembling shapes into composite models

[WorldSEnder]

Most appropriate sub-area of p5.js?

• [ ] Accessibility
• [ ] Color
• [X] Core/Environment/Rendering
• [ ] Data
• [ ] DOM
• [ ] Events
• [ ] Image
• [ ] IO
• [ ] Math
• [ ] Typography
• [ ] Utilities
• [x] WebGL
• [ ] Build process
• [ ] Unit testing
• [ ] Internationalization
• [ ] Friendly errors
• [ ] Other (specify if possible)

p5.js version

v1.10.0

Web browser and version

Firefox 128.0.3, Chrome 128.0.6613.84

Operating system

Any

Steps to reproduce this

I am assembling my "world" into geometry, updating it whenever the world changes. Since updates are very rare, this should give me a nice boost in performance. I noticed that whenever the world does change, and I have to refresh the prebuilt geometry, a lot of time is spent in _edgesToVertices (up to 88% when first drawing the new geometry). While it does make sense to me that high-fidelity strokes cost performance and need this step, I do not see why it needs to go through this step in the first place, given that I assemble my geometry from primitives that already should have, or should have cached, their strokes.

EDIT: The above is compounded by the fact that this step is apparently done even when I explicitly render the model with noStroke() (during [begin|end]Geometry and when rendering with model(..)) meaning I can not find a way to work around this post processing step.

Steps:

Snippet:

const TSZ = 50; // Tilesize
const BLH = 30; // Block height
const FLH = 10; // Floor height

this.hasFloor: boolean[] = [....];

// I do the following every time hasFloor changes
p5.beginGeometry();
for (let x = 0; x < this.length; x++) {
    for (let y = 0; y < this.width; y++) {
        if (!this.hasFloor[x * this.width + y])
            continue;
        p5.push();
        p5.translate(x * TSZ, y * TSZ, (-BLH - FLH) * 0.5);
        p5.box(TSZ, TSZ, FLH);
        p5.pop();
    }
}
const floorModel = p5.endGeometry();
// ...I do the following every draw call
p5.model(floorModel);