Transformer (Nu)

Transformer Module

Namespace: Nu.Particles
Assembly: Nu.dll

Functions and values

Function or value	Description
`Transformer.accelerate delta bodies` Full Usage: `Transformer.accelerate delta bodies` Parameters: delta : `GameTime` bodies : `Body SArray`	Accelerate bodies both linearly and angularly. delta : `GameTime` bodies : `Body SArray`
`Transformer.constrain delta c bodies` Full Usage: `Transformer.constrain delta c bodies` Parameters: delta : `GameTime` c : `Constraint` bodies : `Body SArray`	Constrain bodies. delta : `GameTime` c : `Constraint` bodies : `Body SArray`
`Transformer.force force delta arg3 c bodies` Full Usage: `Transformer.force force delta arg3 c bodies` Parameters: force : `Force` delta : `GameTime` arg2 : `GameTime` c : `Constraint` bodies : `Body SArray` Returns: `Output`	Make a force transformer. force : `Force` delta : `GameTime` arg2 : `GameTime` c : `Constraint` bodies : `Body SArray` Returns: `Output`
`Transformer.logic logic` Full Usage: `Transformer.logic logic` Parameters: logic : `Logic` Returns: `(Life * bool) Transformer`	Make a logic transformer. logic : `Logic` Returns: `(Life * bool) Transformer`
`Transformer.rangeColor time range` Full Usage: `Transformer.rangeColor time range` Parameters: time : `GameTime` range : `Color Range` Returns: `(Life * Color) Transformer`	Make a Color range transformer. time : `GameTime` range : `Color Range` Returns: `(Life * Color) Transformer`
`Transformer.rangeDouble time range` Full Usage: `Transformer.rangeDouble time range` Parameters: time : `GameTime` range : `double Range` Returns: `(Life * double) Transformer`	Make a double range transformer. time : `GameTime` range : `double Range` Returns: `(Life * double) Transformer`
`Transformer.rangeInt time range` Full Usage: `Transformer.rangeInt time range` Parameters: time : `GameTime` range : `int Range` Returns: `(Life * int) Transformer`	Make an int range transformer. time : `GameTime` range : `int Range` Returns: `(Life * int) Transformer`
`Transformer.rangeInt64 time range` Full Usage: `Transformer.rangeInt64 time range` Parameters: time : `GameTime` range : `int64 Range` Returns: `(Life * int64) Transformer`	Make an int64 range transformer. time : `GameTime` range : `int64 Range` Returns: `(Life * int64) Transformer`
`Transformer.rangeSingle time range` Full Usage: `Transformer.rangeSingle time range` Parameters: time : `GameTime` range : `single Range` Returns: `(Life * single) Transformer`	Make a single range transformer. time : `GameTime` range : `single Range` Returns: `(Life * single) Transformer`
`Transformer.rangeSrtp mul div scale time range` Full Usage: `Transformer.rangeSrtp mul div scale time range` Parameters: mul : `^a * ^a -> ^a` div : `^a * ^a -> ^a` scale : `^a * single -> ^a` time : `GameTime` range : `^a Range` Returns: `(Life * ^a) Transformer` Modifiers: inline Type parameters: ^a	Make a generic range transformer. mul : `^a * ^a -> ^a` div : `^a * ^a -> ^a` scale : `^a * single -> ^a` time : `GameTime` range : `^a Range` Returns: `(Life * ^a) Transformer`
`Transformer.rangeVector2 time range` Full Usage: `Transformer.rangeVector2 time range` Parameters: time : `GameTime` range : `Vector2 Range` Returns: `(Life * Vector2) Transformer`	Make a Vector2 range transformer. time : `GameTime` range : `Vector2 Range` Returns: `(Life * Vector2) Transformer`
`Transformer.rangeVector3 time range` Full Usage: `Transformer.rangeVector3 time range` Parameters: time : `GameTime` range : `Vector3 Range` Returns: `(Life * Vector3) Transformer`	Make a Vector3 range transformer. time : `GameTime` range : `Vector3 Range` Returns: `(Life * Vector3) Transformer`
`Transformer.rangeVector4 time range` Full Usage: `Transformer.rangeVector4 time range` Parameters: time : `GameTime` range : `Vector4 Range` Returns: `(Life * Vector4) Transformer`	Make a Vector4 range transformer. time : `GameTime` range : `Vector4 Range` Returns: `(Life * Vector4) Transformer`