Public Types
typedef std::vector < MatrixOperationInit >	OpVector

Public Member Functions
	MatrixOpArray (int expected_num_ops=kDefaultExpectedNumOps)

void	Clear (int expected_num_ops=kDefaultExpectedNumOps)
	Remove all matrix operations from the sequence.

void	AddOp (MatrixOpId id, MatrixOperationType type, float const_value)

void	AddOp (MatrixOpId id, MatrixOperationType type, const MotivatorInit &init)

void	AddOp (MatrixOpId id, MatrixOperationType type, const MotivatorInit &init, float initial_value)

void	AddOp (MatrixOpId id, MatrixOperationType type, const MotivatorInit &init, const MotiveTarget1f &target)

void	AddOp (MatrixOpId id, MatrixOperationType type, const MotivatorInit &init, const CompactSpline &spline)

MotiveTime	EndTime () const

const OpVector &	ops () const

Static Public Attributes
static const int	kDefaultExpectedNumOps = 8

Constructor & Destructor Documentation

motive::MatrixOpArray::MatrixOpArray ( int expected_num_ops = kDefaultExpectedNumOps )

inlineexplicit

By default expect a relatively high number of ops. Cost for allocating a bit too much temporary memory is small compared to cost of reallocating that memory.

Member Function Documentation

void motive::MatrixOpArray::AddOp	(	MatrixOpId	id,
		MatrixOperationType	type,
		float	const_value
	)

inline

Operation is constant. For example, use to put something flat on the ground, with 'type' = kRotateAboutX and 'const_value' = pi/2.

void motive::MatrixOpArray::AddOp	(	MatrixOpId	id,
		MatrixOperationType	type,
		const MotivatorInit &	init
	)

inline

Operation is driven by a one dimensional motivator. For example, you can control the face angle of a standing object with 'type' = kRotateAboutY and 'init' a curve specified by SplineInit.

void motive::MatrixOpArray::AddOp	(	MatrixOpId	id,
		MatrixOperationType	type,
		const MotivatorInit &	init,
		float	initial_value
	)

inline

Operation is driven by a one dimensional motivator, and initial value is specified.

void motive::MatrixOpArray::AddOp	(	MatrixOpId	id,
		MatrixOperationType	type,
		const MotivatorInit &	init,
		const MotiveTarget1f &	target
	)

inline

Operation is driven by a one dimensional motivator, which is initialized to traverse the key points specified in target.

void motive::MatrixOpArray::AddOp	(	MatrixOpId	id,
		MatrixOperationType	type,
		const MotivatorInit &	init,
		const CompactSpline &	spline
	)

inline

Operation is driven by a one dimensional motivator, which is initialized to follow the predefined curve specified in spline.

The documentation for this class was generated from the following file:

init.h

Public Types

Public Member Functions

Static Public Attributes

Constructor & Destructor Documentation

Member Function Documentation