Here is a list of all documented class members with links to the class documentation for each member:

- c -

• CalculateContext() : motive::QuadraticSpring
• CalculatedSlowly() : motive::CompactSpline
• ChildMotivator1f() : motive::MatrixMotivator4fTemplate< VectorConverter > , motive::MatrixProcessor4f
• ChildValue1f() : motive::MatrixMotivator4fTemplate< VectorConverter >
• ChildValue3f() : motive::MatrixMotivator4fTemplate< VectorConverter >
• ChildValues() : motive::MatrixProcessor4f
• Clamp() : motive::Angle , motive::RangeT< T >
• ClampAfterStart() : motive::RangeT< T >
• ClampBeforeEnd() : motive::RangeT< T >
• ClampDelta() : motive::OvershootInit
• ClampIndex() : motive::CompactSpline
• ClampToClosest() : motive::RangeT< T >
• ClampVelocity() : motive::OvershootInit
• Clear() : motive::CompactSpline , motive::MatrixOpArray
• ClearSplines() : motive::BulkSplineEvaluator
• Coeff() : motive::CubicCurve , motive::QuadraticCurve
• Construct() : motive::MatrixAnim
• Contains() : motive::RangeT< T >
• ContainsExcludingEnd() : motive::RangeT< T >
• ContainsExcludingStart() : motive::RangeT< T >
• ContainsWithTolerance() : motive::RangeT< T >
• Covers() : motive::RangeT< T >
• CoversLambda() : motive::RangeT< T >
• Create() : motive::CompactSpline
• CreateArray() : motive::CompactSpline
• CreateArrayInPlace() : motive::CompactSpline
• CreateCubicInit() : motive::CompactSpline
• CreateFromNodes() : motive::CompactSpline
• CreateFromNodesInPlace() : motive::CompactSpline
• CreateFromSpline() : motive::CompactSpline
• CreateFromSplineInPlace() : motive::CompactSpline
• CreateInPlace() : motive::CompactSpline
• CriticalPoint() : motive::QuadraticCurve
• CsvHeaderForDebugging() : motive::RigAnim
• Cubic() : motive::BulkSplineEvaluator
• CubicX() : motive::BulkSplineEvaluator
• Current() : motive::MotiveTargetBuilderTemplate< VectorConverter, kDimensionsT >
• CurrentToTarget() : motive::MotiveTargetBuilderTemplate< VectorConverter, kDimensionsT >
• CurrentToTargetConstVelocity() : motive::MotiveTargetBuilderTemplate< VectorConverter, kDimensionsT >
• Curve() : motive::QuadraticEaseInEaseOut