Particle Systems, Optical Flow, Temporal Masks

RyanOnTheInside node pack introduces the following (so far):

• Particle Systems

• Optical Flow

• Temporal Masks

Create dynamic, fluid-like effects through particle simulation:

• Supports N particle emitters, each with independent settings including movement, particle (spread, speed, size, COLOR, etc)

• Supports N force fields (Gravity Well (repel and attract), and Vortex), each with independent settings

• Each simulation space has basic gravity and wind settings

• Boundary-respecting particle behavior, where the particles try to respect the boundary of a mask

• Static bodies for particle interactions

• Spring joint settings for more complex particle behaviors

Create masks based on movement in a video with various motion-based effects:

• Multiple optical flow algorithms (Farneback, Lucas-Kanade, Pyramidal Lucas-Kanade)

• Particle simulations reactive to optical flow - work in progress

• Directional flow isolation and emphasis - in progress

• Advanced blending and modulation options

Implement time-based transformations and animations:

• Morphing and transformation effects (erosion, dilation, translation, rotation, scaling)

• Various mask combination methods

• Radial and pulsating effects

• Warp effects using Perlin noise, radial distortion, and swirling patterns

• Customizable easing functions and palindrome support