nrOfRecs                        //int, number of upper MAGNITUDE constraint sections
MagConstraintsDataBaseRecord    //Record consists of 5 floating values, only the first two values, Ohmega and Magnitude, 
                                //are used in each record. There will be nrOfRecs of these records.
nrOfRecs                        //int, number of lower MAGNITUDE constraint sections
MagConstraintsDataBaseRecord    //Record consists of 5 floating values, only the first two values, Ohmega and Magnitude,
                                //are used in each record. There will be nrOfRecs of these records.
nrOfRecs                        //int, number of upper GROUP DELAY constraint sections
GdConstraintsDataBaseRecord     //Record consists of 5 floating values, only the first two values, Ohmega and Magnitude,
                                //are used in each record. There will be nrOfRecs of these records.
nrOfRecs                        //int, number of lower GROUP DELAY constraint sections
GdConstraintsDataBaseRecord     //Record consists of 5 floating values, only the first two values, Ohmega and Magnitude,
                                //are used in each record. There will be nrOfRecs of these records.
NumDeg                          //int, numerator degree
DenomDeg                        //int, denominator degree
NZLinPair                       //int, number of linear zero pairs (mirror zeros, i.e. a value of 1 will yield a 
                                //pair of zeros which have mirror symmetry with respect to the unit circle)
NP                              //int, number of population members for DE optimization. 30 is a good value to start with.
SamplingGranularity             //string, sampling granularity of constraint sections (coarse, medium, fine)
WordLength                      //int, coefficient word length {0, 1, 2, ..., 32}, 0 = maximum floating point precision
NP2                             //int, number of population members for DE optimization, refinement phase
NZPAllpPair                     //int, number of allpass pole/zero pairs (i.e. a value of 1 will yield a
                                //pole zero pair with mirror symmetry with respect to the unit circle)
PoleRadiusRestr                 //float, upper bound of pole radius restriction <= 1.0
ZeroRadiusRestrictionLow        //float, lower bound of zero radius restriction >= 0.0
ZeroRadiusRestrictionHigh       //float, upper bound of zero radius restriction >= ZeroRadiusRestrictionLow
nrOfRecs                        //int, number of FIXED FILTER NUMERATOR coefficients
FixedFilterDataBaseRecord       //Record consists of 5 floating values, only the first value is used in each record.
                                //There will be nrOfRecs of these records
nrOfRecs                        //int, number of FIXED FILTER DENOMINATOR coefficients
FixedFilterDataBaseRecord       //Record consists of 5 floating values, only the first value is used in each record.
                                //There will be nrOfRecs of these records
struct_idx                      //int, index for filter structure, 0: direct form, 1: biquads
FreezingStateOfGdConstraints    //boolean, freezing state of group delay constraints. true: constraints are frozen
                                //along the delay axis, false: group delay constraints may float along the delay axis
DesignIdentifierIdx             //int, index for filter design method
                                //0:     "Z-plane design             "
	                        //1:     "Butterworth         (IIR)  "
	                        //2:     "Chebychev-Type1     (IIR)  "
	                        //3:     "Chebychev-Type2     (IIR)  "
	                        //4:     "Elliptic            (IIR)  "
	                        //5:     "Equiripple-linphase (FIR)  " 
	                        //6:     "MaxFlat-linphase    (FIR)  "