Pulga Attractors Force

Functionality

This node creates a force to be applied with the Pulga Physics Solver node.

Mode

Offers three different modes Point, Line and Plane with different Input sets

Point

Points that will Attract/Repel the system particles (vertices)

Point Inputs

• Location: Position of the attractor points.

• Max. Distance: Distance under the force will be applied.

  

• Decay: How the force will decay with distance. 0= no decay, 1= linear, 2= cubic, 4= quadratic…

  

Line

Lines that will Attract/Repel the system particles (vertices)

Line Inputs

• Location: A point on the Line.

• Direction: Direction of the Line.

• Max. Distance: Distance under the force will be applied.

• Decay: How the force will decay with distance. 0= no decay, 1= linear, 2= cubic, 4= quadratic…

  

Plane

Plane that will Attract/Repel the system particles (vertices)

Plane Inputs

• Location: A point on the Line.

• Normal: Normal of the Plane.

• Max. Distance: Distance under the force will be applied.

  

• Decay: How the force will decay with distance. 0= no decay, 1= linear, 2= cubic, 4= quadratic…

  

Examples

Trajectories of vertices repelled by vertice in zero coords:

• Generator-> Plane

• Number-> Number Range

• Vector-> Vector In

• Matrix-> Matrix In

• Viz-> Viewer Draw

• Pulga Physics-> Pulga Physics Solver

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Trajectories of vertices repelled by 5 locations:

• Generator-> Segment

• Generator-> NGon

• Generator-> Circle

• Number-> Number Range

• Viz-> Viewer Draw

• Pulga Physics-> Pulga Physics Solver

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Trajectories of vertices attracted by three locations:

• Generator-> Segment

• Generator-> NGon

• Generator-> Circle

• Number-> Number Range

• Viz-> Viewer Draw

• Pulga Physics-> Pulga Physics Solver