scrtwpns/mixbox

Features

• Fluid Dynamics Simulation - Provides a physics-based simulation that calculates the motion, diffusion, and blending of colors within a fluid environment.
• Latent Color Interpolators - Mixes multiple colors using weighted ratios in a latent space to maintain visual accuracy and control.
• Pigment Scattering Simulators - Uses Kubelka-Munk theory to calculate light scattering and absorption for physically accurate paint mixing.
• Digital Pigment Simulators - Simulates the blending of real world paints and pigments using Kubelka Munk theory.
• Pigment-Based Color Engines - Implements a simulation engine based on Kubelka Munk theory to achieve physically accurate hue shifts.
• Physical Color Simulators - Calculates how colors interact and mix in a physical space to produce realistic and saturated gradients.
• Color Blending - Mixes colors using linear interpolation within a learned latent representation to produce realistic pigment outcomes.
• Pigment Mixing Simulators - Blends RGB colors using Kubelka-Munk theory to create natural hue shifts and saturated gradients.
• Latent Color Blenders - Transforms colors into latent representations to perform precise linear interpolation and multi-color mixing.
• Latent Aggregators - Combines multiple color inputs by averaging their latent representations based on specific volume or intensity ratios.
• Vorticity Calculators - Calculates rotational velocity across a coordinate map to create organic, swirling color distributions.

Star history