Range
Vec2 = [0, 1] x is the result at r = 0 and y the result at r = 1. The two ends need not be in order.
VfxSquareRootRangedRandomDriver
Inheritance 2 ancestors · 24 siblings
- IVfxBaseDriver
- IVfxFloatDriver
- IVfxRandomDriver
- VfxAbsFloatDriver
- VfxAddFloatDriver
- VfxClampFloatDriver
- VfxConditionFloatDriver
- VfxDivideByFactorFloatDriver
- VfxFloatAnimatedWithRandomByFactorDriver
- VfxFloatAnimatedWithRandomDriver
- VfxFloatConstantDriver
- VfxFloatEasingDriver
- VfxFloatFromVector2Driver
- VfxFloatFromVector3Driver
- VfxFloatFromVector4Driver
- VfxFloatLerpDriver
- VfxFloatLogicDriver
- VfxFloatSineDriver
- VfxFloatTimeDriver
- VfxLengthVector2Driver
- VfxLengthVector3Driver
- VfxMaxFloatDriver
- VfxMinFloatDriver
- VfxMultiplyFloatDriver
- VfxPropertyFloatDriver
- VfxSquareRootRangedRandomDrivercurrent
- VfxUniformRangedRandomDriver
- IVfxFloatDriver
Class Documentation
Edit documentationA float driver that returns a random value over Range
weighted toward Range.y: Range.x + (Range.y - Range.x) * sqrt(r), where r is the
driver's random number between 0 and 1. When r is drawn and whether it is shared
between particles is described under Random values on IVfxBaseDriver.
The probability density grows linearly from Range.x to Range.y. With Range.x at 0
and the result used as the radius of a disc, the points are spread evenly over the disc's
area.