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Vector4D :: a -> a -> a -> a -> Vector4D arzk Rzk.TypeCheck No documentation available.
type
VectorConstraint = Vector Double -> Word -> Vector Doublesrtree Algorithm.SRTree.NonlinearOpt A constraint function which returns a vector c(x) given the parameter vector x. The constraint will enforce that c(x) == 0 (equality constraint) or c(x) <= 0 (inequality constraint).
type
VectorConstraintD = Vector Double -> Word -> (Vector Double, Matrix Double)srtree Algorithm.SRTree.NonlinearOpt A constraint function which returns c(x) given the parameter vector x along with the Jacobian (first derivative) matrix of c(x) with respect to x at that point. The constraint will enforce that c(x) == 0 (equality constraint) or c(x) <= 0 (inequality constraint).
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srtree Algorithm.SRTree.NonlinearOpt This specifies the memory size to be used by algorithms like LBFGS which store approximate Hessian or Jacobian matrices.
VectorStorage :: Word -> VectorStoragesrtree Algorithm.SRTree.NonlinearOpt No documentation available.
type
VectorFunction a = Vector Double -> IOVector Double -> Maybe IOVector Double -> a -> IO ()srtree Numeric.Optimization.NLOPT.Bindings This function type corresponds to nlopt_mfunc in C and is used for vector functions of the parameter vector. You may pass data of any type a to the functions in this module that take a VectorFunction as an argument; this data will be supplied to your function when it is called.
type
VectorField = Position -> VecLPFP-core LPFPCore No documentation available.
type
VectorLineIntegral = VectorField -> Curve -> VecLPFP-core LPFPCore No documentation available.
type
VectorSurfaceIntegral = VectorField -> Surface -> VecLPFP-core LPFPCore No documentation available.
type
VectorVolumeIntegral = VectorField -> Volume -> VecLPFP-core LPFPCore No documentation available.