Avoid unnecessary console warning

[Spiri0]

This PR is only intended to disable the console warning when no attributes are used.

With SBOs + structs / structArrays + drawIndirect / drawIndexedIndirect, there are no longer any attributes. You can precisely control which vertices the vertex shader should be executed for, instead of simply looping through all attribute entries like the classic approach.
Attribute-based geometry is fine, but it's no longer the only way and for highend not the best. The modern approach works without attributes, so missing a position, normal, or uv attribute isn't an error. And I admit that over time, when I'm developing, it bothers me to get a warning in the console that draws attention to something that isn't an error.

[github-actions]

📦 Bundle size

Full ESM build, minified and gzipped.

	Before	After	Diff
WebGL	336.33 78.33	336.33 78.33	+0 B +0 B
WebGPU	547.45 151.77	547.37 151.75	-78 B -20 B
WebGPU Nodes	546.8 151.61	546.72 151.59	-78 B -20 B

🌳 Bundle size after tree-shaking

Minimal build including a renderer, camera, empty scene, and dependencies.

	Before	After	Diff
WebGL	465.78 112.28	465.78 112.28	+0 B +0 B
WebGPU	622.3 168.35	622.22 168.34	-78 B -16 B
WebGPU Nodes	577.17 157.62	577.1 157.59	-78 B -32 B

[Mugen87]

Do you mind sharing a small code example that shows how you use attribute() without a data on geometry level?

[Spiri0]

Do you mind sharing a small code example that shows how you use attribute() without a data on geometry level?

I made this example some time ago.

https://codepen.io/Spiri0/pen/zxxvqYb?editors=0010

In this example, I set the data in the storage buffers on the CPU side, but that's not necessary. You can do it on the GPU too.
In this example in the vertex shader, you can see that the data for the geometry all comes from the storage buffers. There is no ˋˋˋposition: vec3ˋˋˋ and attribute() node in the shader parameters as is usually the case, only storages.
With drawIndirect, I could also display only parts of it, running vertex shaders only for the vertices I want.

P.S. I've modified the example slightly. The position values and world matices ​​never exist on the CPU. Try using resolution = 100 or 500. It works almost instantly.