C/C++ declaration

long __stdcall FunctionCompute3D(long Handle, double* VEntreeOrigine, int RangEntreeX, int RangEntreeY, int RangOutput, int RangEntreeDerive, int Diviseur, int DimX, int DimY, double* EntreesX, double* EntreesY, double* TargetZ, double* TargetDerivative, double* TargetZLever, int* Code);

Pascal declaration

function FunctionCompute3D(Handle: LongInt; VEntreeOrigine: Pointer; RangEntree: Integer2; RangOutput, RangEntreeDerive, Diviseur, DimX, DimY: Integer; EntreesX, EntreesY, TargetZ, TargetDerivative, TargetZLever: Pointer; var Code: Integer): Integer; stdcall;

Multiple computation in a model in order to draw a 3D curve.

Handle : Model handle.

VEntreeOrigine          Initial input vector (NInput)

RangEntree              Variable input index

RangOutput              Output index

RangEntreeDerive        Derivative variable input index.

Diviseur                Over sampling (dynamic)

DimX                      X Function points number

DimY                      Y Function points number

EntreesX                X successive Inputs (Dim)

EntreesY                Y successive Inputs (Dim)

TargetY                  Computed output targets (Dim)

TargetDerivative        Computed derivative targets (Dim)

TargetYConf              Confidence interval targets (Dim)

LeverageThreshold        Confidence interval threshold for hiding computed values

HideOverThreshold        Boolean -> Values with a too high confidence interval are zeroed

                                       Zero value is hold by TargetY[0]

Code              Return code.