Normal Map Layer

Field - Field based on a Normal Map

A layer based field that uses a normal map to decide in which direction it should move particles.
It uses a normal map as input. The main purpose of this modifier though is to be used in combination with Optical Flow Use image feedback to convert movement to rgb colors Read More .
Here is a little tutorial to help you use it :
Watch directly on youtube

Parameters

Parameters common to all Layer Based Fields

  • Map (2D Generator) : Select the 2D Generator The part of a 2D layer that generates the image Read More
  • Placement (3D Placement) : Placement of the layer projection in space
  • Mapping (3D Mapping) : Type of mapping (projection) of the layer in space

    Parameters common to all Elements

    • Loading (Activation State) : The loading status of the 3d mapping. It can be loaded , enabled by not loaded or unloaded
    • Activation (Activation State) : The activation status of the 3d mapping. It can be active , enabled by not active or inactive
    • Color Label (sRGB Color) : Associate a color label to your 3d mapping to make it easily locatable
    • Solo (On/off option) : Activate this to keep only this 3d mapping active and hide all other 3d mappings in same location
    • Editable (Activation State) : The editabiliy status of the 3d mapping. It can be locked directly , locked indirectly or editable
    • Preset (Element Preset Selector) : Select a preset to apply on the 3d mapping
    • Status (Object's errors and warnings) : Warnings and errors associated to this 3d mapping
  • Directional Influence (Unbounded Percentage) : Directional influence on particles (how much they go toward the direction given by the field). How the particles will move in direction parallels to the projected layer.
  • Orthogonal Influence (Unbounded Percentage) : Orthogonal influence on particles (how much they go around the direction given by the field). How the particles will move in direction perpendicular (normal) to the projected layer
  • Force Strength (Positive floating point number) : Influence the particles forces (change their velocity and direction). Modify the force of particle = acceleration (f = m * a Newton second law)
  • Velocity Strength (Positive floating point number) : Influence the particles velocity only (accelerate or slow them down without changing their direction). Modify the velocity of the particle, physically the only thing that can modify the velocity of an object is the sum of the forces that's why this parameter should not be used to have physically correct movements
  • Position Strength (Positive floating point number) : Influence the particles position directly, without changing its forces. Modify the position of the particle, same remarks for than the velocityStrength
    Warning, influencing directly the position can make the particles go through surfaces without colliding with them!

See Also: