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API > API/Plugins > API/Plugins/RigLogicLib > API/Plugins/RigLogicLib/dna > API/Plugins/RigLogicLib/dna/layers > API/Plugins/RigLogicLib/dna/layers/RBFBehaviorWriter
References
| Module | RigLogicLib |
| Header | /Engine/Plugins/Animation/RigLogic/Source/RigLogicLib/Public/dna/layers/RBFBehaviorWriter.h |
| Include | #include "dna/layers/RBFBehaviorWriter.h" |
void setRBFSolverRawControlIndices
(
std::uint16_t solverIndex,
const std::uint16_t * rawControlIndices,
std::uint16_t count
)
Remarks
The solver storage will be implicitly resized (if needed) to provide storage for the number of solvers that is inferred from the specified index.
Parameters
| Name | Description |
|---|---|
| solverIndex | A position in a zero-indexed array where solvers are stored. |
| rawControlIndices | The source address from which the raw control indices are to be copied. |
| count | The number of raw control indices to copy. |
See Also
setRBFSolverDistanceMethod different number of inputs are expected. Quaternion
SwingAngle and TwistAngle: Inputs treated as quaternion
4 raw controls per input. Onefor each attribute of quaternion (x
y
z
w) e.g. two driving joints will require 8 raw controls. Raw control indices: 11
12
13
14
18
19
20
21 Corresponds to: 0x
0y
0z
0w
1x
1y
1z
1w Euclidean: Inputs treated as scalar. 1 raw control per input. Since inputs do not represent joints
they are just treated as arbitrary scalar values. Raw control indices: 33
34
41
42
56 Corresponds to: i0
i1
i2
i3
i4