C/C++ declaration

long __stdcall OptimizeInputsEx(long Handle, long *Number, double *Input, long *InputBool, double *OutputTarget);

Pascal declaration

function OptimizeInputsEx(Handle: LongInt; var Number: LongInt; Input: PDouble; InputBool: PLongInt; OutputTarget: PDouble): LongInt; stdcall;

Reverse model computation

IN                → Handle :        Model handle.

IN                → Mode        Reverse computation mode

IN/OUT        → Number        Number of requested cycles. Return the actual number of cycles.

IN/OUT        → Input                Double table holding the input values (initial values / returnes values)..

IN                → InputBool        Long integer table holding the boolean variability of inputs.        

IN                → OutputTarget        Double table holding the target outputs.

Return        → 0 if OK, error code otherwise.

The model handle used here is a standard handle. Thisn is not the case for the handle used in OptimizeInputs.

The training algorithm can be fixed by calling SetIValue with the style "ipTrainingAlgorithm".

The computation mode can be fixed bt calling SetIValue with the style "ipReverseMode".

Primitives

OptimizeInputs