public DECOMC()
{
#region Initialization Common Blocks
CommonBlock LINAL = new CommonBlock(0, 7, 0, 0);
#endregion
#region Dependencies (Initialization)
DECC decc = new DECC();
DECBC decbc = new DECBC();
DECHC dechc = new DECHC();
#endregion
#region Set Dependencies
this._decc = decc; this._decbc = decbc; this._dechc = dechc;
#endregion
#region Common varaible Initialization
#region Common Block: LINAL Initialization
this._linal = LINAL;
MLE = LINAL.intData[0];
MUE = LINAL.intData[1];
MBJAC = LINAL.intData[2];
MBB = LINAL.intData[3];
MDIAG = LINAL.intData[4];
MDIFF = LINAL.intData[5];
MBDIAG = LINAL.intData[6];
#endregion
#endregion
}
public CALCFC(CommonBlock Default)
{
#region Common varaible Initialization
#region Common Block: Default Initialization
this._default = Default;
NPROB = Default.intData[0];
#endregion
#endregion
}
public CALCFC()
{
#region Initialization Common Blocks
CommonBlock Default = new CommonBlock(0, 1, 0, 0);
#endregion
#region Common varaible Initialization
#region Common Block: Default Initialization
this._default = Default;
NPROB = Default.intData[0];
#endregion
#endregion
}
public COBYLA(CALCFC calcfc)
{
#region Initialization Common Blocks
CommonBlock Default = new CommonBlock(0, 1, 0, 0);
#endregion
#region Dependencies (Initialization)
TRSTLP trstlp = new TRSTLP();
//CALCFC calcfc = new CALCFC(Default);
COBYLB cobylb = new COBYLB(calcfc, trstlp);
#endregion
#region Set Dependencies
this._cobylb = cobylb;
#endregion
}
public CONTR5(CommonBlock CONRA5)
{
#region Common varaible Initialization
#region Common Block: CONRA5 Initialization
this._conra5 = CONRA5;
NN = CONRA5.intData[0];
NN2 = CONRA5.intData[1];
NN3 = CONRA5.intData[2];
NN4 = CONRA5.intData[3];
XSOL = CONRA5.doubleData[0];
HSOL = CONRA5.doubleData[1];
C2M1 = CONRA5.doubleData[2];
C1M1 = CONRA5.doubleData[3];
#endregion
#endregion
}
public DECOMC(DECC decc, DECBC decbc, DECHC dechc, CommonBlock LINAL)
{
#region Set Dependencies
this._decc = decc; this._decbc = decbc; this._dechc = dechc;
#endregion
#region Common varaible Initialization
#region Common Block: LINAL Initialization
this._linal = LINAL;
MLE = LINAL.intData[0];
MUE = LINAL.intData[1];
MBJAC = LINAL.intData[2];
MBB = LINAL.intData[3];
MDIAG = LINAL.intData[4];
MDIFF = LINAL.intData[5];
MBDIAG = LINAL.intData[6];
#endregion
#endregion
}
public LMQNBC(DDOT ddot, DNRM2 dnrm2, STEP1 step1, CRASH crash, SETPAR setpar, CHKUCP chkucp, SETUCR setucr, ZTIME ztime, MONIT monit, MODLNP modlnp
, DCOPY dcopy, STPMAX stpmax, LINDER linder, MODZ modz, CNVTST cnvtst, DXPY dxpy, CommonBlock SUBSCR)
{
#region Set Dependencies
this._ddot = ddot; this._dnrm2 = dnrm2; this._step1 = step1; this._crash = crash; this._setpar = setpar;
this._chkucp = chkucp;this._setucr = setucr; this._ztime = ztime; this._monit = monit; this._modlnp = modlnp;
this._dcopy = dcopy;this._stpmax = stpmax; this._linder = linder; this._modz = modz; this._cnvtst = cnvtst;
this._dxpy = dxpy;
#endregion
#region Common varaible Initialization
#region Common Block: SUBSCR Initialization
this._subscr = SUBSCR;
LGV = SUBSCR.intData[0];
LZ1 = SUBSCR.intData[1];
LZK = SUBSCR.intData[2];
LV = SUBSCR.intData[3];
LSK = SUBSCR.intData[4];
LYK = SUBSCR.intData[5];
LDIAGB = SUBSCR.intData[6];
LSR = SUBSCR.intData[7];
LYR = SUBSCR.intData[8];
LOLDG = SUBSCR.intData[9];
LHG = SUBSCR.intData[10];
LHYK = SUBSCR.intData[11];
LPK = SUBSCR.intData[12];
LEMAT = SUBSCR.intData[13];
LWTEST = SUBSCR.intData[14];
#endregion
#endregion
}
public LMQN(DNRM2 dnrm2, STEP1 step1, DDOT ddot, SETPAR setpar, CHKUCP chkucp, SETUCR setucr, MODLNP modlnp, DCOPY dcopy, LINDER linder, DXPY dxpy
, CommonBlock SUBSCR)
{
#region Set Dependencies
this._dnrm2 = dnrm2; this._step1 = step1; this._ddot = ddot; this._setpar = setpar; this._chkucp = chkucp;
this._setucr = setucr;this._modlnp = modlnp; this._dcopy = dcopy; this._linder = linder; this._dxpy = dxpy;
#endregion
#region Common varaible Initialization
#region Common Block: SUBSCR Initialization
this._subscr = SUBSCR;
LGV = SUBSCR.intData[0];
LZ1 = SUBSCR.intData[1];
LZK = SUBSCR.intData[2];
LV = SUBSCR.intData[3];
LSK = SUBSCR.intData[4];
LYK = SUBSCR.intData[5];
LDIAGB = SUBSCR.intData[6];
LSR = SUBSCR.intData[7];
LYR = SUBSCR.intData[8];
LOLDG = SUBSCR.intData[9];
LHG = SUBSCR.intData[10];
LHYK = SUBSCR.intData[11];
LPK = SUBSCR.intData[12];
LEMAT = SUBSCR.intData[13];
LWTEST = SUBSCR.intData[14];
#endregion
#endregion
}
public DVSTEP()
{
#region Initialization Common Blocks
CommonBlock DVOD01 = new CommonBlock(48, 33, 0, 0);
CommonBlock DVOD02 = new CommonBlock(1, 8, 0, 0);
#endregion
#region Dependencies (Initialization)
DVNORM dvnorm = new DVNORM();
DAXPY daxpy = new DAXPY();
DSCAL dscal = new DSCAL();
DCOPY dcopy = new DCOPY();
DVSET dvset = new DVSET(DVOD01);
DVJUST dvjust = new DVJUST(daxpy, DVOD01);
#endregion
#region Set Dependencies
this._dvnorm = dvnorm; this._dvjust = dvjust; this._dscal = dscal; this._dvset = dvset; this._daxpy = daxpy;
this._dcopy = dcopy;
#endregion
#region Data Initialization
//KFC/-3
KFC = - 3;
//KFH/-7
KFH = - 7;
//MXNCF/10
MXNCF = 10;
//ADDON/1.0D-6
ADDON = 1.0E-6;
//BIAS1/6.0D0
BIAS1 = 6.0E0;
//BIAS2/6.0D0
BIAS2 = 6.0E0;
//BIAS3/10.0D0
BIAS3 = 10.0E0;
//ETACF/0.25D0
ETACF = 0.25E0;
//ETAMIN/0.1D0
ETAMIN = 0.1E0;
//ETAMXF/0.2D0
ETAMXF = 0.2E0;
//ETAMX1/1.0D4
ETAMX1 = 1.0E4;
//ETAMX2/10.0D0
ETAMX2 = 10.0E0;
//ETAMX3/10.0D0
ETAMX3 = 10.0E0;
//ONEPSM/1.00001D0
ONEPSM = 1.00001E0;
//THRESH/1.5D0
THRESH = 1.5E0;
//ONE/1.0D0
ONE = 1.0E0;
//ZERO/0.0D0
ZERO = 0.0E0;
#endregion
#region Common varaible Initialization
#region Common Block: DVOD01 Initialization
this._dvod01 = DVOD01;
ACNRM = DVOD01.doubleData[0];
CCMXJ = DVOD01.doubleData[1];
CONP = DVOD01.doubleData[2];
CRATE = DVOD01.doubleData[3];
DRC = DVOD01.doubleData[4];
//Start Array: EL StartIndex: 5 LastIndex: 17
EL = DVOD01.doubleData;
o_el = 4; //o_ = StartIndex-1
//End Array: EL
ETA = DVOD01.doubleData[18];
ETAMAX = DVOD01.doubleData[19];
H = DVOD01.doubleData[20];
HMIN = DVOD01.doubleData[21];
HMXI = DVOD01.doubleData[22];
HNEW = DVOD01.doubleData[23];
HSCAL = DVOD01.doubleData[24];
PRL1 = DVOD01.doubleData[25];
RC = DVOD01.doubleData[26];
RL1 = DVOD01.doubleData[27];
//Start Array: TAU StartIndex: 28 LastIndex: 40
TAU = DVOD01.doubleData;
o_tau = 27; //o_ = StartIndex-1
//End Array: TAU
//Start Array: TQ StartIndex: 41 LastIndex: 45
TQ = DVOD01.doubleData;
o_tq = 40; //o_ = StartIndex-1
//End Array: TQ
TN = DVOD01.doubleData[46];
UROUND = DVOD01.doubleData[47];
ICF = DVOD01.intData[0];
INIT = DVOD01.intData[1];
IPUP = DVOD01.intData[2];
JCUR = DVOD01.intData[3];
JSTART = DVOD01.intData[4];
JSV = DVOD01.intData[5];
KFLAG = DVOD01.intData[6];
KUTH = DVOD01.intData[7];
L = DVOD01.intData[8];
LMAX = DVOD01.intData[9];
LYH = DVOD01.intData[10];
LEWT = DVOD01.intData[11];
LACOR = DVOD01.intData[12];
LSAVF = DVOD01.intData[13];
LWM = DVOD01.intData[14];
LIWM = DVOD01.intData[15];
LOCJS = DVOD01.intData[16];
MAXORD = DVOD01.intData[17];
METH = DVOD01.intData[18];
MITER = DVOD01.intData[19];
MSBJ = DVOD01.intData[20];
MXHNIL = DVOD01.intData[21];
MXSTEP = DVOD01.intData[22];
N = DVOD01.intData[23];
NEWH = DVOD01.intData[24];
NEWQ = DVOD01.intData[25];
NHNIL = DVOD01.intData[26];
NQ = DVOD01.intData[27];
NQNYH = DVOD01.intData[28];
NQWAIT = DVOD01.intData[29];
NSLJ = DVOD01.intData[30];
NSLP = DVOD01.intData[31];
NYH = DVOD01.intData[32];
#endregion
#region Common Block: DVOD02 Initialization
this._dvod02 = DVOD02;
HU = DVOD02.doubleData[0];
NCFN = DVOD02.intData[0];
NETF = DVOD02.intData[1];
NFE = DVOD02.intData[2];
NJE = DVOD02.intData[3];
NLU = DVOD02.intData[4];
NNI = DVOD02.intData[5];
NQU = DVOD02.intData[6];
NST = DVOD02.intData[7];
#endregion
#endregion
}
public DVODE()
{
#region Initialization Common Blocks
CommonBlock DVOD01 = new CommonBlock(48, 33, 0, 0);
CommonBlock DVOD02 = new CommonBlock(1, 8, 0, 0);
#endregion
#region Dependencies (Initialization)
DVNORM dvnorm = new DVNORM();
DCOPY dcopy = new DCOPY();
DSCAL dscal = new DSCAL();
IDAMAX idamax = new IDAMAX();
DAXPY daxpy = new DAXPY();
DDOT ddot = new DDOT();
DUMSUM dumsum = new DUMSUM();
DEWSET dewset = new DEWSET();
IUMACH iumach = new IUMACH();
DVSET dvset = new DVSET(DVOD01);
DGEFA dgefa = new DGEFA(idamax, dscal, daxpy);
DACOPY dacopy = new DACOPY(dcopy);
DGBFA dgbfa = new DGBFA(idamax, dscal, daxpy);
DVJAC dvjac = new DVJAC(dvnorm, dcopy, dscal, dgefa, dacopy, dgbfa, DVOD01, DVOD02);
DGESL dgesl = new DGESL(ddot, daxpy);
DGBSL dgbsl = new DGBSL(ddot, daxpy);
DVSOL dvsol = new DVSOL(dgesl, dgbsl, DVOD01);
DVNLSD dvnlsd = new DVNLSD(dvnorm, dcopy, dvjac, dvsol, dscal, daxpy, DVOD01, DVOD02);
DUMACH dumach = new DUMACH(dumsum);
DVHIN dvhin = new DVHIN(dvnorm);
IXSAV ixsav = new IXSAV(iumach);
XERRWD xerrwd = new XERRWD(ixsav);
DVINDY dvindy = new DVINDY(dscal, xerrwd, DVOD01, DVOD02);
DVJUST dvjust = new DVJUST(daxpy, DVOD01);
DVSTEP dvstep = new DVSTEP(dvnorm, dvjust, dscal, dvset, daxpy, dcopy, DVOD01, DVOD02);
#endregion
#region Set Dependencies
this._dvnlsd = dvnlsd; this._dumach = dumach; this._dvnorm = dvnorm; this._dcopy = dcopy; this._dewset = dewset;
this._dvhin = dvhin;this._dscal = dscal; this._dvindy = dvindy; this._xerrwd = xerrwd; this._dvstep = dvstep;
#endregion
#region Data Initialization
//MORD(1)/12
MORD[1 + o_mord] = 12;
//MORD(2)/5
MORD[2 + o_mord] = 5;
//MXSTP0/500
MXSTP0 = 500;
//MXHNL0/10
MXHNL0 = 10;
//ZERO/0.0D0
ZERO = 0.0E0;
//ONE/1.0D0
ONE = 1.0E0;
//TWO/2.0D0
TWO = 2.0E0;
//FOUR/4.0D0
FOUR = 4.0E0;
//PT2/0.2D0
PT2 = 0.2E0;
//HUN/100.0D0
HUN = 100.0E0;
#endregion
#region Common varaible Initialization
#region Common Block: DVOD01 Initialization
this._dvod01 = DVOD01;
ACNRM = DVOD01.doubleData[0];
CCMXJ = DVOD01.doubleData[1];
CONP = DVOD01.doubleData[2];
CRATE = DVOD01.doubleData[3];
DRC = DVOD01.doubleData[4];
//Start Array: EL StartIndex: 5 LastIndex: 17
EL = DVOD01.doubleData;
o_el = 4; //o_ = StartIndex-1
//End Array: EL
ETA = DVOD01.doubleData[18];
ETAMAX = DVOD01.doubleData[19];
H = DVOD01.doubleData[20];
HMIN = DVOD01.doubleData[21];
HMXI = DVOD01.doubleData[22];
HNEW = DVOD01.doubleData[23];
HSCAL = DVOD01.doubleData[24];
PRL1 = DVOD01.doubleData[25];
RC = DVOD01.doubleData[26];
RL1 = DVOD01.doubleData[27];
//Start Array: TAU StartIndex: 28 LastIndex: 40
TAU = DVOD01.doubleData;
o_tau = 27; //o_ = StartIndex-1
//End Array: TAU
//Start Array: TQ StartIndex: 41 LastIndex: 45
TQ = DVOD01.doubleData;
o_tq = 40; //o_ = StartIndex-1
//End Array: TQ
TN = DVOD01.doubleData[46];
UROUND = DVOD01.doubleData[47];
ICF = DVOD01.intData[0];
INIT = DVOD01.intData[1];
IPUP = DVOD01.intData[2];
JCUR = DVOD01.intData[3];
JSTART = DVOD01.intData[4];
JSV = DVOD01.intData[5];
KFLAG = DVOD01.intData[6];
KUTH = DVOD01.intData[7];
L = DVOD01.intData[8];
LMAX = DVOD01.intData[9];
LYH = DVOD01.intData[10];
LEWT = DVOD01.intData[11];
LACOR = DVOD01.intData[12];
LSAVF = DVOD01.intData[13];
LWM = DVOD01.intData[14];
LIWM = DVOD01.intData[15];
LOCJS = DVOD01.intData[16];
MAXORD = DVOD01.intData[17];
METH = DVOD01.intData[18];
MITER = DVOD01.intData[19];
MSBJ = DVOD01.intData[20];
MXHNIL = DVOD01.intData[21];
MXSTEP = DVOD01.intData[22];
N = DVOD01.intData[23];
NEWH = DVOD01.intData[24];
NEWQ = DVOD01.intData[25];
NHNIL = DVOD01.intData[26];
NQ = DVOD01.intData[27];
NQNYH = DVOD01.intData[28];
NQWAIT = DVOD01.intData[29];
NSLJ = DVOD01.intData[30];
NSLP = DVOD01.intData[31];
NYH = DVOD01.intData[32];
#endregion
#region Common Block: DVOD02 Initialization
this._dvod02 = DVOD02;
HU = DVOD02.doubleData[0];
NCFN = DVOD02.intData[0];
NETF = DVOD02.intData[1];
NFE = DVOD02.intData[2];
NJE = DVOD02.intData[3];
NLU = DVOD02.intData[4];
NNI = DVOD02.intData[5];
NQU = DVOD02.intData[6];
NST = DVOD02.intData[7];
#endregion
#endregion
}
public COBYLATEST(COBYLA cobyla, CommonBlock Default)
{
#region Set Dependencies
this._cobyla = cobyla;
#endregion
#region Common varaible Initialization
#region Common Block: Default Initialization
this._default = Default;
NPROB = Default.intData[0];
#endregion
#endregion
}
public SETPAR()
{
#region Initialization Common Blocks
CommonBlock SUBSCR = new CommonBlock(0, 15, 0, 0);
#endregion
#region Common varaible Initialization
#region Common Block: SUBSCR Initialization
this._subscr = SUBSCR;
//Start Array: LSUB StartIndex: 0 LastIndex: 13
LSUB = SUBSCR.intData;
o_lsub = -1; //o_ = StartIndex-1
//End Array: LSUB
LWTEST = SUBSCR.intData[14];
#endregion
#endregion
}
public MSOLVE(MSLV mslv, CommonBlock SUBSCR)
{
#region Set Dependencies
this._mslv = mslv;
#endregion
#region Common varaible Initialization
#region Common Block: SUBSCR Initialization
this._subscr = SUBSCR;
LGV = SUBSCR.intData[0];
LZ1 = SUBSCR.intData[1];
LZK = SUBSCR.intData[2];
LV = SUBSCR.intData[3];
LSK = SUBSCR.intData[4];
LYK = SUBSCR.intData[5];
LDIAGB = SUBSCR.intData[6];
LSR = SUBSCR.intData[7];
LYR = SUBSCR.intData[8];
LHYR = SUBSCR.intData[9];
LHG = SUBSCR.intData[10];
LHYK = SUBSCR.intData[11];
LPK = SUBSCR.intData[12];
LEMAT = SUBSCR.intData[13];
LWTEST = SUBSCR.intData[14];
#endregion
#endregion
}
public DECOMR()
{
#region Initialization Common Blocks
CommonBlock LINAL = new CommonBlock(0, 7, 0, 0);
#endregion
#region Dependencies (Initialization)
DEC dec = new DEC();
DECB decb = new DECB();
ELMHES elmhes = new ELMHES();
DECH dech = new DECH();
#endregion
#region Set Dependencies
this._dec = dec; this._decb = decb; this._elmhes = elmhes; this._dech = dech;
#endregion
#region Common varaible Initialization
#region Common Block: LINAL Initialization
this._linal = LINAL;
MLE = LINAL.intData[0];
MUE = LINAL.intData[1];
MBJAC = LINAL.intData[2];
MBB = LINAL.intData[3];
MDIAG = LINAL.intData[4];
MDIFF = LINAL.intData[5];
MBDIAG = LINAL.intData[6];
#endregion
#endregion
}
public DECOMR(DEC dec, DECB decb, ELMHES elmhes, DECH dech, CommonBlock LINAL)
{
#region Set Dependencies
this._dec = dec; this._decb = decb; this._elmhes = elmhes; this._dech = dech;
#endregion
#region Common varaible Initialization
#region Common Block: LINAL Initialization
this._linal = LINAL;
MLE = LINAL.intData[0];
MUE = LINAL.intData[1];
MBJAC = LINAL.intData[2];
MBB = LINAL.intData[3];
MDIAG = LINAL.intData[4];
MDIFF = LINAL.intData[5];
MBDIAG = LINAL.intData[6];
#endregion
#endregion
}
public SLVRAI()
{
#region Initialization Common Blocks
CommonBlock LINAL = new CommonBlock(0, 7, 0, 0);
#endregion
#region Dependencies (Initialization)
SOLC solc = new SOLC();
SOLBC solbc = new SOLBC();
SOLHC solhc = new SOLHC();
#endregion
#region Set Dependencies
this._solc = solc; this._solbc = solbc; this._solhc = solhc;
#endregion
#region Common varaible Initialization
#region Common Block: LINAL Initialization
this._linal = LINAL;
MLE = LINAL.intData[0];
MUE = LINAL.intData[1];
MBJAC = LINAL.intData[2];
MBB = LINAL.intData[3];
MDIAG = LINAL.intData[4];
MDIFF = LINAL.intData[5];
MBDIAG = LINAL.intData[6];
#endregion
#endregion
}
public SLVRAI(SOLC solc, SOLBC solbc, SOLHC solhc, CommonBlock LINAL)
{
#region Set Dependencies
this._solc = solc; this._solbc = solbc; this._solhc = solhc;
#endregion
#region Common varaible Initialization
#region Common Block: LINAL Initialization
this._linal = LINAL;
MLE = LINAL.intData[0];
MUE = LINAL.intData[1];
MBJAC = LINAL.intData[2];
MBB = LINAL.intData[3];
MDIAG = LINAL.intData[4];
MDIFF = LINAL.intData[5];
MBDIAG = LINAL.intData[6];
#endregion
#endregion
}
public DVSOL()
{
#region Initialization Common Blocks
CommonBlock DVOD01 = new CommonBlock(48, 33, 0, 0);
#endregion
#region Dependencies (Initialization)
DDOT ddot = new DDOT();
DAXPY daxpy = new DAXPY();
DGESL dgesl = new DGESL(ddot, daxpy);
DGBSL dgbsl = new DGBSL(ddot, daxpy);
#endregion
#region Set Dependencies
this._dgesl = dgesl; this._dgbsl = dgbsl;
#endregion
#region Data Initialization
//ONE/1.0D0
ONE = 1.0E0;
//ZERO/0.0D0
ZERO = 0.0E0;
#endregion
#region Common varaible Initialization
#region Common Block: DVOD01 Initialization
this._dvod01 = DVOD01;
ACNRM = DVOD01.doubleData[0];
CCMXJ = DVOD01.doubleData[1];
CONP = DVOD01.doubleData[2];
CRATE = DVOD01.doubleData[3];
DRC = DVOD01.doubleData[4];
//Start Array: EL StartIndex: 5 LastIndex: 17
EL = DVOD01.doubleData;
o_el = 4; //o_ = StartIndex-1
//End Array: EL
ETA = DVOD01.doubleData[18];
ETAMAX = DVOD01.doubleData[19];
H = DVOD01.doubleData[20];
HMIN = DVOD01.doubleData[21];
HMXI = DVOD01.doubleData[22];
HNEW = DVOD01.doubleData[23];
HSCAL = DVOD01.doubleData[24];
PRL1 = DVOD01.doubleData[25];
RC = DVOD01.doubleData[26];
RL1 = DVOD01.doubleData[27];
//Start Array: TAU StartIndex: 28 LastIndex: 40
TAU = DVOD01.doubleData;
o_tau = 27; //o_ = StartIndex-1
//End Array: TAU
//Start Array: TQ StartIndex: 41 LastIndex: 45
TQ = DVOD01.doubleData;
o_tq = 40; //o_ = StartIndex-1
//End Array: TQ
TN = DVOD01.doubleData[46];
UROUND = DVOD01.doubleData[47];
ICF = DVOD01.intData[0];
INIT = DVOD01.intData[1];
IPUP = DVOD01.intData[2];
JCUR = DVOD01.intData[3];
JSTART = DVOD01.intData[4];
JSV = DVOD01.intData[5];
KFLAG = DVOD01.intData[6];
KUTH = DVOD01.intData[7];
L = DVOD01.intData[8];
LMAX = DVOD01.intData[9];
LYH = DVOD01.intData[10];
LEWT = DVOD01.intData[11];
LACOR = DVOD01.intData[12];
LSAVF = DVOD01.intData[13];
LWM = DVOD01.intData[14];
LIWM = DVOD01.intData[15];
LOCJS = DVOD01.intData[16];
MAXORD = DVOD01.intData[17];
METH = DVOD01.intData[18];
MITER = DVOD01.intData[19];
MSBJ = DVOD01.intData[20];
MXHNIL = DVOD01.intData[21];
MXSTEP = DVOD01.intData[22];
N = DVOD01.intData[23];
NEWH = DVOD01.intData[24];
NEWQ = DVOD01.intData[25];
NHNIL = DVOD01.intData[26];
NQ = DVOD01.intData[27];
NQNYH = DVOD01.intData[28];
NQWAIT = DVOD01.intData[29];
NSLJ = DVOD01.intData[30];
NSLP = DVOD01.intData[31];
NYH = DVOD01.intData[32];
#endregion
#endregion
}
public LMQNBC()
{
#region Initialization Common Blocks
CommonBlock SUBSCR = new CommonBlock(0, 15, 0, 0);
#endregion
#region Dependencies (Initialization)
DDOT ddot = new DDOT();
DNRM2 dnrm2 = new DNRM2();
MCHPR1 mchpr1 = new MCHPR1();
CRASH crash = new CRASH();
ZTIME ztime = new ZTIME();
MONIT monit = new MONIT();
DCOPY dcopy = new DCOPY();
SSBFGS ssbfgs = new SSBFGS();
DAXPY daxpy = new DAXPY();
NEGVEC negvec = new NEGVEC();
STPMAX stpmax = new STPMAX();
GETPTC getptc = new GETPTC();
LSOUT lsout = new LSOUT();
MODZ modz = new MODZ();
CNVTST cnvtst = new CNVTST();
DXPY dxpy = new DXPY();
SETPAR setpar = new SETPAR(SUBSCR);
GTIMS gtims = new GTIMS(SUBSCR);
STEP1 step1 = new STEP1(mchpr1);
CHKUCP chkucp = new CHKUCP(mchpr1, dnrm2);
SETUCR setucr = new SETUCR(ddot);
INITP3 initp3 = new INITP3(ddot, dcopy);
INITPC initpc = new INITPC(initp3, SUBSCR);
MSLV mslv = new MSLV(ddot, ssbfgs);
MSOLVE msolve = new MSOLVE(mslv, SUBSCR);
NDIA3 ndia3 = new NDIA3(ddot);
MODLNP modlnp = new MODLNP(ddot, initpc, ztime, msolve, gtims, ndia3, daxpy, negvec, dcopy);
LINDER linder = new LINDER(ddot, getptc, lsout, dcopy);
#endregion
#region Set Dependencies
this._ddot = ddot; this._dnrm2 = dnrm2; this._step1 = step1; this._crash = crash; this._setpar = setpar;
this._chkucp = chkucp;this._setucr = setucr; this._ztime = ztime; this._monit = monit; this._modlnp = modlnp;
this._dcopy = dcopy;this._stpmax = stpmax; this._linder = linder; this._modz = modz; this._cnvtst = cnvtst;
this._dxpy = dxpy;
#endregion
#region Common varaible Initialization
#region Common Block: SUBSCR Initialization
this._subscr = SUBSCR;
LGV = SUBSCR.intData[0];
LZ1 = SUBSCR.intData[1];
LZK = SUBSCR.intData[2];
LV = SUBSCR.intData[3];
LSK = SUBSCR.intData[4];
LYK = SUBSCR.intData[5];
LDIAGB = SUBSCR.intData[6];
LSR = SUBSCR.intData[7];
LYR = SUBSCR.intData[8];
LOLDG = SUBSCR.intData[9];
LHG = SUBSCR.intData[10];
LHYK = SUBSCR.intData[11];
LPK = SUBSCR.intData[12];
LEMAT = SUBSCR.intData[13];
LWTEST = SUBSCR.intData[14];
#endregion
#endregion
}
public DVSET(CommonBlock DVOD01)
{
#region Data Initialization
//CORTES/0.1D0
CORTES = 0.1E0;
//ONE/1.0D0
ONE = 1.0E0;
//SIX/6.0D0
SIX = 6.0E0;
//TWO/2.0D0
TWO = 2.0E0;
//ZERO/0.0D0
ZERO = 0.0E0;
#endregion
#region Common varaible Initialization
#region Common Block: DVOD01 Initialization
this._dvod01 = DVOD01;
ACNRM = DVOD01.doubleData[0];
CCMXJ = DVOD01.doubleData[1];
CONP = DVOD01.doubleData[2];
CRATE = DVOD01.doubleData[3];
DRC = DVOD01.doubleData[4];
//Start Array: EL StartIndex: 5 LastIndex: 17
EL = DVOD01.doubleData;
o_el = 4; //o_ = StartIndex-1
//End Array: EL
ETA = DVOD01.doubleData[18];
ETAMAX = DVOD01.doubleData[19];
H = DVOD01.doubleData[20];
HMIN = DVOD01.doubleData[21];
HMXI = DVOD01.doubleData[22];
HNEW = DVOD01.doubleData[23];
HSCAL = DVOD01.doubleData[24];
PRL1 = DVOD01.doubleData[25];
RC = DVOD01.doubleData[26];
RL1 = DVOD01.doubleData[27];
//Start Array: TAU StartIndex: 28 LastIndex: 40
TAU = DVOD01.doubleData;
o_tau = 27; //o_ = StartIndex-1
//End Array: TAU
//Start Array: TQ StartIndex: 41 LastIndex: 45
TQ = DVOD01.doubleData;
o_tq = 40; //o_ = StartIndex-1
//End Array: TQ
TN = DVOD01.doubleData[46];
UROUND = DVOD01.doubleData[47];
ICF = DVOD01.intData[0];
INIT = DVOD01.intData[1];
IPUP = DVOD01.intData[2];
JCUR = DVOD01.intData[3];
JSTART = DVOD01.intData[4];
JSV = DVOD01.intData[5];
KFLAG = DVOD01.intData[6];
KUTH = DVOD01.intData[7];
L = DVOD01.intData[8];
LMAX = DVOD01.intData[9];
LYH = DVOD01.intData[10];
LEWT = DVOD01.intData[11];
LACOR = DVOD01.intData[12];
LSAVF = DVOD01.intData[13];
LWM = DVOD01.intData[14];
LIWM = DVOD01.intData[15];
LOCJS = DVOD01.intData[16];
MAXORD = DVOD01.intData[17];
METH = DVOD01.intData[18];
MITER = DVOD01.intData[19];
MSBJ = DVOD01.intData[20];
MXHNIL = DVOD01.intData[21];
MXSTEP = DVOD01.intData[22];
N = DVOD01.intData[23];
NEWH = DVOD01.intData[24];
NEWQ = DVOD01.intData[25];
NHNIL = DVOD01.intData[26];
NQ = DVOD01.intData[27];
NQNYH = DVOD01.intData[28];
NQWAIT = DVOD01.intData[29];
NSLJ = DVOD01.intData[30];
NSLP = DVOD01.intData[31];
NYH = DVOD01.intData[32];
#endregion
#endregion
}
public MODLNP()
{
#region Initialization Common Blocks
CommonBlock SUBSCR = new CommonBlock(0, 15, 0, 0);
#endregion
#region Dependencies (Initialization)
DDOT ddot = new DDOT();
DCOPY dcopy = new DCOPY();
ZTIME ztime = new ZTIME();
SSBFGS ssbfgs = new SSBFGS();
DAXPY daxpy = new DAXPY();
NEGVEC negvec = new NEGVEC();
GTIMS gtims = new GTIMS(SUBSCR);
INITP3 initp3 = new INITP3(ddot, dcopy);
INITPC initpc = new INITPC(initp3, SUBSCR);
MSLV mslv = new MSLV(ddot, ssbfgs);
MSOLVE msolve = new MSOLVE(mslv, SUBSCR);
NDIA3 ndia3 = new NDIA3(ddot);
#endregion
#region Set Dependencies
this._ddot = ddot; this._initpc = initpc; this._ztime = ztime; this._msolve = msolve; this._gtims = gtims;
this._ndia3 = ndia3;this._daxpy = daxpy; this._negvec = negvec; this._dcopy = dcopy;
#endregion
}
public ESTRAD(SOL sol, SOLB solb, SOLH solh, CommonBlock LINAL)
{
#region Set Dependencies
this._sol = sol; this._solb = solb; this._solh = solh;
#endregion
#region Common varaible Initialization
#region Common Block: LINAL Initialization
this._linal = LINAL;
MLE = LINAL.intData[0];
MUE = LINAL.intData[1];
MBJAC = LINAL.intData[2];
MBB = LINAL.intData[3];
MDIAG = LINAL.intData[4];
MDIFF = LINAL.intData[5];
MBDIAG = LINAL.intData[6];
#endregion
#endregion
}
public MSOLVE()
{
#region Initialization Common Blocks
CommonBlock SUBSCR = new CommonBlock(0, 15, 0, 0);
#endregion
#region Dependencies (Initialization)
DDOT ddot = new DDOT();
SSBFGS ssbfgs = new SSBFGS();
MSLV mslv = new MSLV(ddot, ssbfgs);
#endregion
#region Set Dependencies
this._mslv = mslv;
#endregion
#region Common varaible Initialization
#region Common Block: SUBSCR Initialization
this._subscr = SUBSCR;
LGV = SUBSCR.intData[0];
LZ1 = SUBSCR.intData[1];
LZK = SUBSCR.intData[2];
LV = SUBSCR.intData[3];
LSK = SUBSCR.intData[4];
LYK = SUBSCR.intData[5];
LDIAGB = SUBSCR.intData[6];
LSR = SUBSCR.intData[7];
LYR = SUBSCR.intData[8];
LHYR = SUBSCR.intData[9];
LHG = SUBSCR.intData[10];
LHYK = SUBSCR.intData[11];
LPK = SUBSCR.intData[12];
LEMAT = SUBSCR.intData[13];
LWTEST = SUBSCR.intData[14];
#endregion
#endregion
}
public DVODE(DVNLSD dvnlsd, DUMACH dumach, DVNORM dvnorm, DCOPY dcopy, DEWSET dewset, DVHIN dvhin, DSCAL dscal, DVINDY dvindy, XERRWD xerrwd, DVSTEP dvstep
, CommonBlock DVOD01, CommonBlock DVOD02)
{
#region Set Dependencies
this._dvnlsd = dvnlsd; this._dumach = dumach; this._dvnorm = dvnorm; this._dcopy = dcopy; this._dewset = dewset;
this._dvhin = dvhin;this._dscal = dscal; this._dvindy = dvindy; this._xerrwd = xerrwd; this._dvstep = dvstep;
#endregion
#region Data Initialization
//MORD(1)/12
MORD[1 + o_mord] = 12;
//MORD(2)/5
MORD[2 + o_mord] = 5;
//MXSTP0/500
MXSTP0 = 500;
//MXHNL0/10
MXHNL0 = 10;
//ZERO/0.0D0
ZERO = 0.0E0;
//ONE/1.0D0
ONE = 1.0E0;
//TWO/2.0D0
TWO = 2.0E0;
//FOUR/4.0D0
FOUR = 4.0E0;
//PT2/0.2D0
PT2 = 0.2E0;
//HUN/100.0D0
HUN = 100.0E0;
#endregion
#region Common varaible Initialization
#region Common Block: DVOD01 Initialization
this._dvod01 = DVOD01;
ACNRM = DVOD01.doubleData[0];
CCMXJ = DVOD01.doubleData[1];
CONP = DVOD01.doubleData[2];
CRATE = DVOD01.doubleData[3];
DRC = DVOD01.doubleData[4];
//Start Array: EL StartIndex: 5 LastIndex: 17
EL = DVOD01.doubleData;
o_el = 4; //o_ = StartIndex-1
//End Array: EL
ETA = DVOD01.doubleData[18];
ETAMAX = DVOD01.doubleData[19];
H = DVOD01.doubleData[20];
HMIN = DVOD01.doubleData[21];
HMXI = DVOD01.doubleData[22];
HNEW = DVOD01.doubleData[23];
HSCAL = DVOD01.doubleData[24];
PRL1 = DVOD01.doubleData[25];
RC = DVOD01.doubleData[26];
RL1 = DVOD01.doubleData[27];
//Start Array: TAU StartIndex: 28 LastIndex: 40
TAU = DVOD01.doubleData;
o_tau = 27; //o_ = StartIndex-1
//End Array: TAU
//Start Array: TQ StartIndex: 41 LastIndex: 45
TQ = DVOD01.doubleData;
o_tq = 40; //o_ = StartIndex-1
//End Array: TQ
TN = DVOD01.doubleData[46];
UROUND = DVOD01.doubleData[47];
ICF = DVOD01.intData[0];
INIT = DVOD01.intData[1];
IPUP = DVOD01.intData[2];
JCUR = DVOD01.intData[3];
JSTART = DVOD01.intData[4];
JSV = DVOD01.intData[5];
KFLAG = DVOD01.intData[6];
KUTH = DVOD01.intData[7];
L = DVOD01.intData[8];
LMAX = DVOD01.intData[9];
LYH = DVOD01.intData[10];
LEWT = DVOD01.intData[11];
LACOR = DVOD01.intData[12];
LSAVF = DVOD01.intData[13];
LWM = DVOD01.intData[14];
LIWM = DVOD01.intData[15];
LOCJS = DVOD01.intData[16];
MAXORD = DVOD01.intData[17];
METH = DVOD01.intData[18];
MITER = DVOD01.intData[19];
MSBJ = DVOD01.intData[20];
MXHNIL = DVOD01.intData[21];
MXSTEP = DVOD01.intData[22];
N = DVOD01.intData[23];
NEWH = DVOD01.intData[24];
NEWQ = DVOD01.intData[25];
NHNIL = DVOD01.intData[26];
NQ = DVOD01.intData[27];
NQNYH = DVOD01.intData[28];
NQWAIT = DVOD01.intData[29];
NSLJ = DVOD01.intData[30];
NSLP = DVOD01.intData[31];
NYH = DVOD01.intData[32];
#endregion
#region Common Block: DVOD02 Initialization
this._dvod02 = DVOD02;
HU = DVOD02.doubleData[0];
NCFN = DVOD02.intData[0];
NETF = DVOD02.intData[1];
NFE = DVOD02.intData[2];
NJE = DVOD02.intData[3];
NLU = DVOD02.intData[4];
NNI = DVOD02.intData[5];
NQU = DVOD02.intData[6];
NST = DVOD02.intData[7];
#endregion
#endregion
}
public TNBC()
{
#region Initialization Common Blocks
CommonBlock SUBSCR = new CommonBlock(0, 15, 0, 0);
#endregion
#region Dependencies (Initialization)
MCHPR1 mchpr1 = new MCHPR1();
DDOT ddot = new DDOT();
DNRM2 dnrm2 = new DNRM2();
CRASH crash = new CRASH();
ZTIME ztime = new ZTIME();
MONIT monit = new MONIT();
DCOPY dcopy = new DCOPY();
SSBFGS ssbfgs = new SSBFGS();
DAXPY daxpy = new DAXPY();
NEGVEC negvec = new NEGVEC();
STPMAX stpmax = new STPMAX();
GETPTC getptc = new GETPTC();
LSOUT lsout = new LSOUT();
MODZ modz = new MODZ();
CNVTST cnvtst = new CNVTST();
DXPY dxpy = new DXPY();
SETPAR setpar = new SETPAR(SUBSCR);
GTIMS gtims = new GTIMS(SUBSCR);
STEP1 step1 = new STEP1(mchpr1);
CHKUCP chkucp = new CHKUCP(mchpr1, dnrm2);
SETUCR setucr = new SETUCR(ddot);
INITP3 initp3 = new INITP3(ddot, dcopy);
INITPC initpc = new INITPC(initp3, SUBSCR);
MSLV mslv = new MSLV(ddot, ssbfgs);
MSOLVE msolve = new MSOLVE(mslv, SUBSCR);
NDIA3 ndia3 = new NDIA3(ddot);
MODLNP modlnp = new MODLNP(ddot, initpc, ztime, msolve, gtims, ndia3, daxpy, negvec, dcopy);
LINDER linder = new LINDER(ddot, getptc, lsout, dcopy);
LMQNBC lmqnbc = new LMQNBC(ddot, dnrm2, step1, crash, setpar, chkucp, setucr, ztime, monit, modlnp
, dcopy, stpmax, linder, modz, cnvtst, dxpy, SUBSCR);
#endregion
#region Set Dependencies
this._mchpr1 = mchpr1; this._lmqnbc = lmqnbc;
#endregion
}
public GTIMS()
{
#region Initialization Common Blocks
CommonBlock SUBSCR = new CommonBlock(0, 15, 0, 0);
#endregion
#region Common varaible Initialization
#region Common Block: SUBSCR Initialization
this._subscr = SUBSCR;
LGV = SUBSCR.intData[0];
LZ1 = SUBSCR.intData[1];
LZK = SUBSCR.intData[2];
LV = SUBSCR.intData[3];
LSK = SUBSCR.intData[4];
LYK = SUBSCR.intData[5];
LDIAGB = SUBSCR.intData[6];
LSR = SUBSCR.intData[7];
LYR = SUBSCR.intData[8];
LHYR = SUBSCR.intData[9];
LHG = SUBSCR.intData[10];
LHYK = SUBSCR.intData[11];
LPK = SUBSCR.intData[12];
LEMAT = SUBSCR.intData[13];
LWTEST = SUBSCR.intData[14];
#endregion
#endregion
}
public COBYLATEST()
{
#region Initialization Common Blocks
CommonBlock Default = new CommonBlock(0, 1, 0, 0);
#endregion
#region Dependencies (Initialization)
TRSTLP trstlp = new TRSTLP();
CALCFC calcfc = new CALCFC(Default);
COBYLB cobylb = new COBYLB(calcfc, trstlp);
COBYLA cobyla = new COBYLA(cobylb);
#endregion
#region Set Dependencies
this._cobyla = cobyla;
#endregion
#region Common varaible Initialization
#region Common Block: Default Initialization
this._default = Default;
NPROB = Default.intData[0];
#endregion
#endregion
}
public INITPC()
{
#region Initialization Common Blocks
CommonBlock SUBSCR = new CommonBlock(0, 15, 0, 0);
#endregion
#region Dependencies (Initialization)
DDOT ddot = new DDOT();
DCOPY dcopy = new DCOPY();
INITP3 initp3 = new INITP3(ddot, dcopy);
#endregion
#region Set Dependencies
this._initp3 = initp3;
#endregion
#region Common varaible Initialization
#region Common Block: SUBSCR Initialization
this._subscr = SUBSCR;
LGV = SUBSCR.intData[0];
LZ1 = SUBSCR.intData[1];
LZK = SUBSCR.intData[2];
LV = SUBSCR.intData[3];
LSK = SUBSCR.intData[4];
LYK = SUBSCR.intData[5];
LDIAGB = SUBSCR.intData[6];
LSR = SUBSCR.intData[7];
LYR = SUBSCR.intData[8];
LHYR = SUBSCR.intData[9];
LHG = SUBSCR.intData[10];
LHYK = SUBSCR.intData[11];
LPK = SUBSCR.intData[12];
LEMAT = SUBSCR.intData[13];
LWTEST = SUBSCR.intData[14];
#endregion
#endregion
}
public ESTRAD()
{
#region Initialization Common Blocks
CommonBlock LINAL = new CommonBlock(0, 7, 0, 0);
#endregion
#region Dependencies (Initialization)
SOL sol = new SOL();
SOLB solb = new SOLB();
SOLH solh = new SOLH();
#endregion
#region Set Dependencies
this._sol = sol; this._solb = solb; this._solh = solh;
#endregion
#region Common varaible Initialization
#region Common Block: LINAL Initialization
this._linal = LINAL;
MLE = LINAL.intData[0];
MUE = LINAL.intData[1];
MBJAC = LINAL.intData[2];
MBB = LINAL.intData[3];
MDIAG = LINAL.intData[4];
MDIFF = LINAL.intData[5];
MBDIAG = LINAL.intData[6];
#endregion
#endregion
}
public DVSRCO()
{
#region Initialization Common Blocks
CommonBlock DVOD01 = new CommonBlock(48, 33, 0, 0);
CommonBlock DVOD02 = new CommonBlock(1, 8, 0, 0);
#endregion
#region Data Initialization
//LENRV1/48
LENRV1 = 48;
//LENIV1/33
LENIV1 = 33;
//LENRV2/1
LENRV2 = 1;
//LENIV2/8
LENIV2 = 8;
#endregion
#region Common varaible Initialization
#region Common Block: DVOD01 Initialization
this._dvod01 = DVOD01;
//Start Array: RVOD1 StartIndex: 0 LastIndex: 47
RVOD1 = DVOD01.doubleData;
o_rvod1 = -1; //o_ = StartIndex-1
//End Array: RVOD1
//Start Array: IVOD1 StartIndex: 0 LastIndex: 32
IVOD1 = DVOD01.intData;
o_ivod1 = -1; //o_ = StartIndex-1
//End Array: IVOD1
#endregion
#region Common Block: DVOD02 Initialization
this._dvod02 = DVOD02;
//Start Array: RVOD2 StartIndex: 0 LastIndex: 0
RVOD2 = DVOD02.doubleData;
o_rvod2 = -1; //o_ = StartIndex-1
//End Array: RVOD2
//Start Array: IVOD2 StartIndex: 0 LastIndex: 7
IVOD2 = DVOD02.intData;
o_ivod2 = -1; //o_ = StartIndex-1
//End Array: IVOD2
#endregion
#endregion
}
