Bindings.LevMar

Contents

• Maximum sizes of arrays.
• Errors.
• Default values for minimization options.
• Handy type synonyms
• Model & Jacobian.
• Types of the Levenberg-Marquardt algorithms.
• Levenberg-Marquardt algorithms.
• Jacobian verification
• Utils

Description

Synopsis

• c'LM_VERSION :: String
• c'LM_OPTS_SZ :: Num a => a
• c'LM_INFO_SZ :: Num a => a
• c'LM_ERROR :: Num a => a
• c'LM_ERROR_LAPACK_ERROR :: Num a => a
• c'LM_ERROR_NO_JACOBIAN :: Num a => a
• c'LM_ERROR_NO_BOX_CONSTRAINTS :: Num a => a
• c'LM_ERROR_FAILED_BOX_CHECK :: Num a => a
• c'LM_ERROR_MEMORY_ALLOCATION_FAILURE :: Num a => a
• c'LM_ERROR_CONSTRAINT_MATRIX_ROWS_GT_COLS :: Num a => a
• c'LM_ERROR_CONSTRAINT_MATRIX_NOT_FULL_ROW_RANK :: Num a => a
• c'LM_ERROR_TOO_FEW_MEASUREMENTS :: Num a => a
• c'LM_ERROR_SINGULAR_MATRIX :: Num a => a
• c'LM_ERROR_SUM_OF_SQUARES_NOT_FINITE :: Num a => a
• c'LM_INIT_MU :: Fractional a => a
• c'LM_STOP_THRESH :: Fractional a => a
• c'LM_DIFF_DELTA :: Fractional a => a
• type Parameters = Ptr
• type Measurements = Ptr
• type Options = Ptr
• type LowerBounds = Ptr
• type UpperBounds = Ptr
• type ConstraintsMatrix = Ptr
• type ConstraintsVector = Ptr
• type Weights = Ptr
• type Info = Ptr
• type Work = Ptr
• type Covar = Ptr
• type AData = Ptr ()
• type NrOfParameters = CInt
• type NrOfMeasurements = CInt
• type NrOfConstraints = CInt
• type MaxIterations = CInt
• type Model r = Parameters r -> Measurements r -> NrOfParameters -> NrOfMeasurements -> AData -> IO ()
• type Jacobian a = Model a
• withModel :: Model a -> (FunPtr (Model a) -> IO b) -> IO b
• withJacobian :: Jacobian a -> (FunPtr (Jacobian a) -> IO b) -> IO b
• type LevMarDer r = FunPtr (Model r) -> FunPtr (Jacobian r) -> Parameters r -> Measurements r -> NrOfParameters -> NrOfMeasurements -> MaxIterations -> Options r -> Info r -> Work r -> Covar r -> AData -> IO CInt
• type LevMarDif r = FunPtr (Model r) -> Parameters r -> Measurements r -> NrOfParameters -> NrOfMeasurements -> MaxIterations -> Options r -> Info r -> Work r -> Covar r -> AData -> IO CInt
• type LevMarBCDer r = FunPtr (Model r) -> FunPtr (Jacobian r) -> Parameters r -> Measurements r -> NrOfParameters -> NrOfMeasurements -> LowerBounds r -> UpperBounds r -> MaxIterations -> Options r -> Info r -> Work r -> Covar r -> AData -> IO CInt
• type LevMarBCDif r = FunPtr (Model r) -> Parameters r -> Measurements r -> NrOfParameters -> NrOfMeasurements -> LowerBounds r -> UpperBounds r -> MaxIterations -> Options r -> Info r -> Work r -> Covar r -> AData -> IO CInt
• type LevMarLecDer r = FunPtr (Model r) -> FunPtr (Jacobian r) -> Parameters r -> Measurements r -> NrOfParameters -> NrOfMeasurements -> ConstraintsMatrix r -> ConstraintsVector r -> NrOfConstraints -> MaxIterations -> Options r -> Info r -> Work r -> Covar r -> AData -> IO CInt
• type LevMarLecDif r = FunPtr (Model r) -> Parameters r -> Measurements r -> NrOfParameters -> NrOfMeasurements -> ConstraintsMatrix r -> ConstraintsVector r -> NrOfConstraints -> MaxIterations -> Options r -> Info r -> Work r -> Covar r -> AData -> IO CInt
• type LevMarBLecDer r = FunPtr (Model r) -> FunPtr (Jacobian r) -> Parameters r -> Measurements r -> NrOfParameters -> NrOfMeasurements -> LowerBounds r -> UpperBounds r -> ConstraintsMatrix r -> ConstraintsVector r -> NrOfConstraints -> Weights r -> MaxIterations -> Options r -> Info r -> Work r -> Covar r -> AData -> IO CInt
• type LevMarBLecDif r = FunPtr (Model r) -> Parameters r -> Measurements r -> NrOfParameters -> NrOfMeasurements -> LowerBounds r -> UpperBounds r -> ConstraintsMatrix r -> ConstraintsVector r -> NrOfConstraints -> Weights r -> MaxIterations -> Options r -> Info r -> Work r -> Covar r -> AData -> IO CInt
• c'dlevmar_der :: LevMarDer Double
• c'slevmar_der :: LevMarDer Float
• c'dlevmar_dif :: LevMarDif Double
• c'slevmar_dif :: LevMarDif Float
• c'dlevmar_bc_der :: LevMarBCDer Double
• c'slevmar_bc_der :: LevMarBCDer Float
• c'dlevmar_bc_dif :: LevMarBCDif Double
• c'slevmar_bc_dif :: LevMarBCDif Float
• c'dlevmar_lec_der :: LevMarLecDer Double
• c'slevmar_lec_der :: LevMarLecDer Float
• c'dlevmar_lec_dif :: LevMarLecDif Double
• c'slevmar_lec_dif :: LevMarLecDif Float
• c'dlevmar_blec_der :: LevMarBLecDer Double
• c'slevmar_blec_der :: LevMarBLecDer Float
• c'dlevmar_blec_dif :: LevMarBLecDif Double
• c'slevmar_blec_dif :: LevMarBLecDif Float
• type Errors = Ptr
• type LevMarChkJac r = FunPtr (Model r) -> FunPtr (Jacobian r) -> Parameters r -> NrOfParameters -> NrOfMeasurements -> AData -> Errors r -> IO ()
• c'dlevmar_chkjac :: LevMarChkJac Double
• c'slevmar_chkjac :: LevMarChkJac Float
• type BestFitParameterIx = CInt
• type LevMarStddev r = Covar r -> NrOfParameters -> BestFitParameterIx -> IO r
• type LevMarCorCoef r = Covar r -> NrOfParameters -> BestFitParameterIx -> BestFitParameterIx -> IO r
• type LevMarR2 r = FunPtr (Model r) -> Parameters r -> Measurements r -> NrOfParameters -> NrOfMeasurements -> AData -> Result r -> IO CInt
• type Result = Ptr
• c'dlevmar_stddev :: LevMarStddev Double
• c'slevmar_stddev :: LevMarStddev Float
• c'dlevmar_corcoef :: LevMarCorCoef Double
• c'slevmar_corcoef :: LevMarCorCoef Float
• c'dlevmar_R2 :: LevMarR2 Double
• c'slevmar_R2 :: LevMarR2 Float

Documentation

Maximum sizes of arrays.

Errors.

Default values for minimization options.

Handy type synonyms

Model & Jacobian.

Types of the Levenberg-Marquardt algorithms.

Levenberg-Marquardt algorithms.

Jacobian verification

Utils