Inherited by opentl::models::LinearARModels.
Public Types | |
Public Member Functions | |
virtual MotionType | getMotionType () |
get motion type (see above) | |
virtual math::SquareMatrix & | getNoiseCovariance ()=0 |
Get process noise covariance matrix. | |
virtual int | getNoiseDim ()=0 |
Returns dimension of process noise square matrix. | |
virtual void | getUniformPrior (opentl::core::State &srcDstState)=0 |
Function to get the first state prior for the tracking. The filter calls this function at initialization. Requires to call setNoiseCovariance() first to get range values for uniform distribution. | |
Motion (MotionType motionType) | |
virtual void | predictMotion (opentl::core::State &srcDstState, bool addNoise=false, math::SquareMatrix **noiseCovMat=NULL, math::SquareMatrix **jacStateTrans=NULL, math::Vector *inputU=NULL)=0 |
Predicts state(k+1) based on specific motion model. | |
virtual void | setAveragePose (const math::Vector &averagePose)=0 |
Set average pose value (used by some models with additive update). | |
virtual void | setFixedDeltaT (double fixedDeltaT=0.0f)=0 |
Sets a fixed delta t. | |
virtual void | setNoiseCovariance (const math::SquareMatrix &noiseCovMat)=0 |
Set process noise covariance, and update matrices accordingly. | |
virtual void | setUniformNoiseRange (const math::Vector &uniformNoiseRange)=0 |
Set uniform noise range (for the initial prior). | |
virtual | ~Motion () |
opentl::models::Motion::Motion | ( | MotionType | motionType | ) |
virtual opentl::models::Motion::~Motion | ( | ) | [virtual] |
virtual MotionType opentl::models::Motion::getMotionType | ( | ) | [inline, virtual] |
get motion type (see above)
virtual math::SquareMatrix& opentl::models::Motion::getNoiseCovariance | ( | ) | [pure virtual] |
virtual int opentl::models::Motion::getNoiseDim | ( | ) | [pure virtual] |
Returns dimension of process noise square matrix.
Implemented in opentl::models::LinearARModels.
virtual void opentl::models::Motion::getUniformPrior | ( | opentl::core::State & | srcDstState | ) | [pure virtual] |
Function to get the first state prior for the tracking. The filter calls this function at initialization. Requires to call setNoiseCovariance() first to get range values for uniform distribution.
srcDstState | State used as basis for initialization of motion |
Implemented in opentl::models::LinearARModels.
virtual void opentl::models::Motion::predictMotion | ( | opentl::core::State & | srcDstState, | |
bool | addNoise = false , |
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math::SquareMatrix ** | noiseCovMat = NULL , |
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math::SquareMatrix ** | jacStateTrans = NULL , |
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math::Vector * | inputU = NULL | |||
) | [pure virtual] |
Predicts state(k+1) based on specific motion model.
srcDstState | Variable holding input and output state | |
addNoise | Optional: (default = false) if true, process noise will be added to state(k+1) | |
noiseCovMat | Gives access to (dynamic) process noise covariance matrix | |
jacStateTrans | Optional: returns Jacobian of state transition matrix (must be square) | |
inputU | Optional: input control vector (u) |
Implemented in opentl::models::LinearARModels.
virtual void opentl::models::Motion::setAveragePose | ( | const math::Vector & | averagePose | ) | [pure virtual] |
Set average pose value (used by some models with additive update).
averagePose | Input average pose vector |
Implemented in opentl::models::LinearARModels.
virtual void opentl::models::Motion::setFixedDeltaT | ( | double | fixedDeltaT = 0.0f |
) | [pure virtual] |
Sets a fixed delta t.
fixedDeltaT | value of delta t, if set to 0.0 then delta t is computed dynamically |
Implemented in opentl::models::LinearARModels.
virtual void opentl::models::Motion::setNoiseCovariance | ( | const math::SquareMatrix & | noiseCovMat | ) | [pure virtual] |
Set process noise covariance, and update matrices accordingly.
Implemented in opentl::models::LinearARModels.
virtual void opentl::models::Motion::setUniformNoiseRange | ( | const math::Vector & | uniformNoiseRange | ) | [pure virtual] |
Set uniform noise range (for the initial prior).
uniformNoiseRange | Input minimum and maximum values for the absolute pose parameters |
Implemented in opentl::models::LinearARModels.