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This parameter describes the distance between the particles and an object's surface in metres. Good values are around 1% of the object’s largest “Scale” value found under Node Params > Node.
DY Interact distance
With 0.2, for example, particles within a distance 0.2 metres from the object's surface are affected by parameters like "DY Friction", "DY Bounce", etc.
DY Friction
A value of 0.0 creates absolutely no friction and a perfectly even surface. Higher values can even stop particles from moving. This parameter accepts all positive values including 0between 0.0 and 1.0. “DY Friction” supports → parameter maps.
DY Bounce
A value of 0.0 creates perfect elasticity; higher settings make the particles lose appropriate amounts of their energy; the maximum value is 1.0. “DY Bounce” supports → parameter maps.
DY Sticky
It can be seen as a “glue factor” to make particles stick on the object’s surface. There . “DY Sticky” supports → parameter maps. There are few things you should know:
- You can use positive (attraction) and negative (repulsion) settings.
- Use a value similar to gravity as a reference and then adjust it further.This parameter only works with static objects.
DY Roughness
This value ranges between 0.0 and 1.0 and adds randomness to the object’s polygon normals to produce a slightly different collision direction. “DY Roughness” supports → parameter maps.
DY Interaction Factor
With this parameter it is possible to amplify the object's influence on the Dyverso fluid and create more turbulence. “Interaction . “DY Interaction Factor” supports → parameter maps. “Interaction factor”
- accepts any positive value including 0
- is a very sensitive parameter and should be altered carefully.