Advanced AI Prompt for Particle Morphing Transitions

Act as a Lead WebGL Architect. Create a highly complex particle system shader pipeline that mathematically morphs up to 100,000 vertices from a generic [START_SHAPE] (e.g., a chaotic, floating sphere) directly into an exact, high-resolution [END_SHAPE] (e.g., a brand's corporate logo silhouette). You must utilize static `Float32Array` attribute buffers to store the origin and target XYZ coordinates on the GPU. The vertex shader must execute the `mix()` interpolation between these two spatial buffers over a strict [MORPH_DURATION], governed mathematically by a custom GLSL [EASING_FUNCTION] (e.g., an Exponential In-Out curve) driven by a 0.0 to 1.0 progress uniform. Inject a procedural noise-based displacement vector to add organic, chaotic jitter to the particles while they are in transit, snapping them perfectly into place upon completion. Provide the JS logic required to sample an image and calculate the pixel-perfect point cloud for the target logo attribute.