public DLAED8()
{
#region Dependencies (Initialization)
IDAMAX idamax = new IDAMAX();
LSAME lsame = new LSAME();
DLAMC3 dlamc3 = new DLAMC3();
DLAPY2 dlapy2 = new DLAPY2();
DCOPY dcopy = new DCOPY();
DLAMRG dlamrg = new DLAMRG();
DROT drot = new DROT();
DSCAL dscal = new DSCAL();
XERBLA xerbla = new XERBLA();
DLAMC1 dlamc1 = new DLAMC1(dlamc3);
DLAMC4 dlamc4 = new DLAMC4(dlamc3);
DLAMC5 dlamc5 = new DLAMC5(dlamc3);
DLAMC2 dlamc2 = new DLAMC2(dlamc3, dlamc1, dlamc4, dlamc5);
DLAMCH dlamch = new DLAMCH(lsame, dlamc2);
DLACPY dlacpy = new DLACPY(lsame);
#endregion
#region Set Dependencies
this._idamax = idamax; this._dlamch = dlamch; this._dlapy2 = dlapy2; this._dcopy = dcopy; this._dlacpy = dlacpy;
this._dlamrg = dlamrg;this._drot = drot; this._dscal = dscal; this._xerbla = xerbla;
#endregion
}
public DTRTRI()
{
#region Dependencies (Initialization)
LSAME lsame = new LSAME();
IEEECK ieeeck = new IEEECK();
IPARMQ iparmq = new IPARMQ();
XERBLA xerbla = new XERBLA();
DSCAL dscal = new DSCAL();
ILAENV ilaenv = new ILAENV(ieeeck, iparmq);
DTRMM dtrmm = new DTRMM(lsame, xerbla);
DTRSM dtrsm = new DTRSM(lsame, xerbla);
DTRMV dtrmv = new DTRMV(lsame, xerbla);
DTRTI2 dtrti2 = new DTRTI2(lsame, dscal, dtrmv, xerbla);
#endregion
#region Set Dependencies
this._lsame = lsame; this._ilaenv = ilaenv; this._dtrmm = dtrmm; this._dtrsm = dtrsm; this._dtrti2 = dtrti2;
this._xerbla = xerbla;
#endregion
}
public DLABRD()
{
#region Dependencies (Initialization)
LSAME lsame = new LSAME();
XERBLA xerbla = new XERBLA();
DLAMC3 dlamc3 = new DLAMC3();
DLAPY2 dlapy2 = new DLAPY2();
DNRM2 dnrm2 = new DNRM2();
DSCAL dscal = new DSCAL();
DGEMV dgemv = new DGEMV(lsame, xerbla);
DLAMC1 dlamc1 = new DLAMC1(dlamc3);
DLAMC4 dlamc4 = new DLAMC4(dlamc3);
DLAMC5 dlamc5 = new DLAMC5(dlamc3);
DLAMC2 dlamc2 = new DLAMC2(dlamc3, dlamc1, dlamc4, dlamc5);
DLAMCH dlamch = new DLAMCH(lsame, dlamc2);
DLARFG dlarfg = new DLARFG(dlamch, dlapy2, dnrm2, dscal);
#endregion
#region Set Dependencies
this._dgemv = dgemv; this._dlarfg = dlarfg; this._dscal = dscal;
#endregion
}
public DLAQR5()
{
#region Dependencies (Initialization)
LSAME lsame = new LSAME();
DLAMC3 dlamc3 = new DLAMC3();
XERBLA xerbla = new XERBLA();
DLABAD dlabad = new DLABAD();
DLAQR1 dlaqr1 = new DLAQR1();
DLAPY2 dlapy2 = new DLAPY2();
DNRM2 dnrm2 = new DNRM2();
DSCAL dscal = new DSCAL();
DLAMC1 dlamc1 = new DLAMC1(dlamc3);
DLAMC4 dlamc4 = new DLAMC4(dlamc3);
DLAMC5 dlamc5 = new DLAMC5(dlamc3);
DLAMC2 dlamc2 = new DLAMC2(dlamc3, dlamc1, dlamc4, dlamc5);
DLAMCH dlamch = new DLAMCH(lsame, dlamc2);
DGEMM dgemm = new DGEMM(lsame, xerbla);
DLACPY dlacpy = new DLACPY(lsame);
DLARFG dlarfg = new DLARFG(dlamch, dlapy2, dnrm2, dscal);
DLASET dlaset = new DLASET(lsame);
DTRMM dtrmm = new DTRMM(lsame, xerbla);
#endregion
#region Set Dependencies
this._dlamch = dlamch; this._dgemm = dgemm; this._dlabad = dlabad; this._dlacpy = dlacpy; this._dlaqr1 = dlaqr1;
this._dlarfg = dlarfg;this._dlaset = dlaset; this._dtrmm = dtrmm;
#endregion
}
public DGBTRF()
{
#region Dependencies (Initialization)
IDAMAX idamax = new IDAMAX();
IEEECK ieeeck = new IEEECK();
IPARMQ iparmq = new IPARMQ();
DCOPY dcopy = new DCOPY();
XERBLA xerbla = new XERBLA();
DSCAL dscal = new DSCAL();
DSWAP dswap = new DSWAP();
LSAME lsame = new LSAME();
DLASWP dlaswp = new DLASWP();
ILAENV ilaenv = new ILAENV(ieeeck, iparmq);
DGER dger = new DGER(xerbla);
DGBTF2 dgbtf2 = new DGBTF2(idamax, dger, dscal, dswap, xerbla);
DGEMM dgemm = new DGEMM(lsame, xerbla);
DTRSM dtrsm = new DTRSM(lsame, xerbla);
#endregion
#region Set Dependencies
this._idamax = idamax; this._ilaenv = ilaenv; this._dcopy = dcopy; this._dgbtf2 = dgbtf2; this._dgemm = dgemm;
this._dger = dger; this._dlaswp = dlaswp; this._dscal = dscal; this._dswap = dswap; this._dtrsm = dtrsm;
this._xerbla = xerbla;
#endregion
}
public DGBSV()
{
#region Dependencies (Initialization)
IDAMAX idamax = new IDAMAX();
IEEECK ieeeck = new IEEECK();
IPARMQ iparmq = new IPARMQ();
DCOPY dcopy = new DCOPY();
XERBLA xerbla = new XERBLA();
DSCAL dscal = new DSCAL();
DSWAP dswap = new DSWAP();
LSAME lsame = new LSAME();
DLASWP dlaswp = new DLASWP();
ILAENV ilaenv = new ILAENV(ieeeck, iparmq);
DGER dger = new DGER(xerbla);
DGBTF2 dgbtf2 = new DGBTF2(idamax, dger, dscal, dswap, xerbla);
DGEMM dgemm = new DGEMM(lsame, xerbla);
DTRSM dtrsm = new DTRSM(lsame, xerbla);
DGBTRF dgbtrf = new DGBTRF(idamax, ilaenv, dcopy, dgbtf2, dgemm, dger, dlaswp, dscal, dswap, dtrsm
, xerbla);
DGEMV dgemv = new DGEMV(lsame, xerbla);
DTBSV dtbsv = new DTBSV(lsame, xerbla);
DGBTRS dgbtrs = new DGBTRS(lsame, dgemv, dger, dswap, dtbsv, xerbla);
#endregion
#region Set Dependencies
this._dgbtrf = dgbtrf; this._dgbtrs = dgbtrs; this._xerbla = xerbla;
#endregion
}
public DGBTRF()
{
#region Dependencies (Initialization)
IDAMAX idamax = new IDAMAX();
IEEECK ieeeck = new IEEECK();
IPARMQ iparmq = new IPARMQ();
DCOPY dcopy = new DCOPY();
XERBLA xerbla = new XERBLA();
DSCAL dscal = new DSCAL();
DSWAP dswap = new DSWAP();
LSAME lsame = new LSAME();
DLASWP dlaswp = new DLASWP();
ILAENV ilaenv = new ILAENV(ieeeck, iparmq);
DGER dger = new DGER(xerbla);
DGBTF2 dgbtf2 = new DGBTF2(idamax, dger, dscal, dswap, xerbla);
DGEMM dgemm = new DGEMM(lsame, xerbla);
DTRSM dtrsm = new DTRSM(lsame, xerbla);
#endregion
#region Set Dependencies
this._idamax = idamax; this._ilaenv = ilaenv; this._dcopy = dcopy; this._dgbtf2 = dgbtf2; this._dgemm = dgemm;
this._dger = dger;this._dlaswp = dlaswp; this._dscal = dscal; this._dswap = dswap; this._dtrsm = dtrsm;
this._xerbla = xerbla;
#endregion
}
public DGBSV()
{
#region Dependencies (Initialization)
IDAMAX idamax = new IDAMAX();
IEEECK ieeeck = new IEEECK();
IPARMQ iparmq = new IPARMQ();
DCOPY dcopy = new DCOPY();
XERBLA xerbla = new XERBLA();
DSCAL dscal = new DSCAL();
DSWAP dswap = new DSWAP();
LSAME lsame = new LSAME();
DLASWP dlaswp = new DLASWP();
ILAENV ilaenv = new ILAENV(ieeeck, iparmq);
DGER dger = new DGER(xerbla);
DGBTF2 dgbtf2 = new DGBTF2(idamax, dger, dscal, dswap, xerbla);
DGEMM dgemm = new DGEMM(lsame, xerbla);
DTRSM dtrsm = new DTRSM(lsame, xerbla);
DGBTRF dgbtrf = new DGBTRF(idamax, ilaenv, dcopy, dgbtf2, dgemm, dger, dlaswp, dscal, dswap, dtrsm
, xerbla);
DGEMV dgemv = new DGEMV(lsame, xerbla);
DTBSV dtbsv = new DTBSV(lsame, xerbla);
DGBTRS dgbtrs = new DGBTRS(lsame, dgemv, dger, dswap, dtbsv, xerbla);
#endregion
#region Set Dependencies
this._dgbtrf = dgbtrf; this._dgbtrs = dgbtrs; this._xerbla = xerbla;
#endregion
}
public DLAED2()
{
#region Dependencies (Initialization)
IDAMAX idamax = new IDAMAX();
LSAME lsame = new LSAME();
DLAMC3 dlamc3 = new DLAMC3();
DLAPY2 dlapy2 = new DLAPY2();
DCOPY dcopy = new DCOPY();
DLAMRG dlamrg = new DLAMRG();
DROT drot = new DROT();
DSCAL dscal = new DSCAL();
XERBLA xerbla = new XERBLA();
DLAMC1 dlamc1 = new DLAMC1(dlamc3);
DLAMC4 dlamc4 = new DLAMC4(dlamc3);
DLAMC5 dlamc5 = new DLAMC5(dlamc3);
DLAMC2 dlamc2 = new DLAMC2(dlamc3, dlamc1, dlamc4, dlamc5);
DLAMCH dlamch = new DLAMCH(lsame, dlamc2);
DLACPY dlacpy = new DLACPY(lsame);
#endregion
#region Set Dependencies
this._idamax = idamax; this._dlamch = dlamch; this._dlapy2 = dlapy2; this._dcopy = dcopy; this._dlacpy = dlacpy;
this._dlamrg = dlamrg; this._drot = drot; this._dscal = dscal; this._xerbla = xerbla;
#endregion
}
public DLATRZ()
{
#region Dependencies (Initialization)
LSAME lsame = new LSAME();
DLAMC3 dlamc3 = new DLAMC3();
DLAPY2 dlapy2 = new DLAPY2();
DNRM2 dnrm2 = new DNRM2();
DSCAL dscal = new DSCAL();
DAXPY daxpy = new DAXPY();
DCOPY dcopy = new DCOPY();
XERBLA xerbla = new XERBLA();
DLAMC1 dlamc1 = new DLAMC1(dlamc3);
DLAMC4 dlamc4 = new DLAMC4(dlamc3);
DLAMC5 dlamc5 = new DLAMC5(dlamc3);
DLAMC2 dlamc2 = new DLAMC2(dlamc3, dlamc1, dlamc4, dlamc5);
DLAMCH dlamch = new DLAMCH(lsame, dlamc2);
DLARFG dlarfg = new DLARFG(dlamch, dlapy2, dnrm2, dscal);
DGEMV dgemv = new DGEMV(lsame, xerbla);
DGER dger = new DGER(xerbla);
DLARZ dlarz = new DLARZ(daxpy, dcopy, dgemv, dger, lsame);
#endregion
#region Set Dependencies
this._dlarfg = dlarfg; this._dlarz = dlarz;
#endregion
}
public DGETRI()
{
#region Dependencies (Initialization)
IEEECK ieeeck = new IEEECK();
IPARMQ iparmq = new IPARMQ();
LSAME lsame = new LSAME();
XERBLA xerbla = new XERBLA();
DSWAP dswap = new DSWAP();
DSCAL dscal = new DSCAL();
ILAENV ilaenv = new ILAENV(ieeeck, iparmq);
DGEMM dgemm = new DGEMM(lsame, xerbla);
DGEMV dgemv = new DGEMV(lsame, xerbla);
DTRSM dtrsm = new DTRSM(lsame, xerbla);
DTRMM dtrmm = new DTRMM(lsame, xerbla);
DTRMV dtrmv = new DTRMV(lsame, xerbla);
DTRTI2 dtrti2 = new DTRTI2(lsame, dscal, dtrmv, xerbla);
DTRTRI dtrtri = new DTRTRI(lsame, ilaenv, dtrmm, dtrsm, dtrti2, xerbla);
#endregion
#region Set Dependencies
this._ilaenv = ilaenv; this._dgemm = dgemm; this._dgemv = dgemv; this._dswap = dswap; this._dtrsm = dtrsm;
this._dtrtri = dtrtri;this._xerbla = xerbla;
#endregion
}
public DLATRD()
{
#region Dependencies (Initialization)
DAXPY daxpy = new DAXPY();
LSAME lsame = new LSAME();
XERBLA xerbla = new XERBLA();
DLAMC3 dlamc3 = new DLAMC3();
DLAPY2 dlapy2 = new DLAPY2();
DNRM2 dnrm2 = new DNRM2();
DSCAL dscal = new DSCAL();
DDOT ddot = new DDOT();
DGEMV dgemv = new DGEMV(lsame, xerbla);
DLAMC1 dlamc1 = new DLAMC1(dlamc3);
DLAMC4 dlamc4 = new DLAMC4(dlamc3);
DLAMC5 dlamc5 = new DLAMC5(dlamc3);
DLAMC2 dlamc2 = new DLAMC2(dlamc3, dlamc1, dlamc4, dlamc5);
DLAMCH dlamch = new DLAMCH(lsame, dlamc2);
DLARFG dlarfg = new DLARFG(dlamch, dlapy2, dnrm2, dscal);
DSYMV dsymv = new DSYMV(lsame, xerbla);
#endregion
#region Set Dependencies
this._daxpy = daxpy; this._dgemv = dgemv; this._dlarfg = dlarfg; this._dscal = dscal; this._dsymv = dsymv;
this._lsame = lsame;this._ddot = ddot;
#endregion
}
public DLALS0()
{
#region Dependencies (Initialization)
DCOPY dcopy = new DCOPY();
LSAME lsame = new LSAME();
XERBLA xerbla = new XERBLA();
DLAMC3 dlamc3 = new DLAMC3();
DROT drot = new DROT();
DSCAL dscal = new DSCAL();
DNRM2 dnrm2 = new DNRM2();
DGEMV dgemv = new DGEMV(lsame, xerbla);
DLACPY dlacpy = new DLACPY(lsame);
DLAMC1 dlamc1 = new DLAMC1(dlamc3);
DLAMC4 dlamc4 = new DLAMC4(dlamc3);
DLAMC5 dlamc5 = new DLAMC5(dlamc3);
DLAMC2 dlamc2 = new DLAMC2(dlamc3, dlamc1, dlamc4, dlamc5);
DLAMCH dlamch = new DLAMCH(lsame, dlamc2);
DLASCL dlascl = new DLASCL(lsame, dlamch, xerbla);
#endregion
#region Set Dependencies
this._dcopy = dcopy; this._dgemv = dgemv; this._dlacpy = dlacpy; this._dlascl = dlascl; this._drot = drot;
this._dscal = dscal; this._xerbla = xerbla; this._dlamc3 = dlamc3; this._dnrm2 = dnrm2;
#endregion
}
public DLALSA()
{
#region Dependencies (Initialization)
DCOPY dcopy = new DCOPY();
LSAME lsame = new LSAME();
XERBLA xerbla = new XERBLA();
DLAMC3 dlamc3 = new DLAMC3();
DROT drot = new DROT();
DSCAL dscal = new DSCAL();
DNRM2 dnrm2 = new DNRM2();
DLASDT dlasdt = new DLASDT();
DGEMM dgemm = new DGEMM(lsame, xerbla);
DGEMV dgemv = new DGEMV(lsame, xerbla);
DLACPY dlacpy = new DLACPY(lsame);
DLAMC1 dlamc1 = new DLAMC1(dlamc3);
DLAMC4 dlamc4 = new DLAMC4(dlamc3);
DLAMC5 dlamc5 = new DLAMC5(dlamc3);
DLAMC2 dlamc2 = new DLAMC2(dlamc3, dlamc1, dlamc4, dlamc5);
DLAMCH dlamch = new DLAMCH(lsame, dlamc2);
DLASCL dlascl = new DLASCL(lsame, dlamch, xerbla);
DLALS0 dlals0 = new DLALS0(dcopy, dgemv, dlacpy, dlascl, drot, dscal, xerbla, dlamc3, dnrm2);
#endregion
#region Set Dependencies
this._dcopy = dcopy; this._dgemm = dgemm; this._dlals0 = dlals0; this._dlasdt = dlasdt; this._xerbla = xerbla;
#endregion
}
public DGEBRD()
{
#region Dependencies (Initialization)
LSAME lsame = new LSAME();
XERBLA xerbla = new XERBLA();
DLAMC3 dlamc3 = new DLAMC3();
DLAPY2 dlapy2 = new DLAPY2();
DNRM2 dnrm2 = new DNRM2();
DSCAL dscal = new DSCAL();
IEEECK ieeeck = new IEEECK();
IPARMQ iparmq = new IPARMQ();
DGEMV dgemv = new DGEMV(lsame, xerbla);
DGER dger = new DGER(xerbla);
DLARF dlarf = new DLARF(dgemv, dger, lsame);
DLAMC1 dlamc1 = new DLAMC1(dlamc3);
DLAMC4 dlamc4 = new DLAMC4(dlamc3);
DLAMC5 dlamc5 = new DLAMC5(dlamc3);
DLAMC2 dlamc2 = new DLAMC2(dlamc3, dlamc1, dlamc4, dlamc5);
DLAMCH dlamch = new DLAMCH(lsame, dlamc2);
DLARFG dlarfg = new DLARFG(dlamch, dlapy2, dnrm2, dscal);
DGEBD2 dgebd2 = new DGEBD2(dlarf, dlarfg, xerbla);
DGEMM dgemm = new DGEMM(lsame, xerbla);
DLABRD dlabrd = new DLABRD(dgemv, dlarfg, dscal);
ILAENV ilaenv = new ILAENV(ieeeck, iparmq);
#endregion
#region Set Dependencies
this._dgebd2 = dgebd2; this._dgemm = dgemm; this._dlabrd = dlabrd; this._xerbla = xerbla; this._ilaenv = ilaenv;
#endregion
}
public DGETRI()
{
#region Dependencies (Initialization)
IEEECK ieeeck = new IEEECK();
IPARMQ iparmq = new IPARMQ();
LSAME lsame = new LSAME();
XERBLA xerbla = new XERBLA();
DSWAP dswap = new DSWAP();
DSCAL dscal = new DSCAL();
ILAENV ilaenv = new ILAENV(ieeeck, iparmq);
DGEMM dgemm = new DGEMM(lsame, xerbla);
DGEMV dgemv = new DGEMV(lsame, xerbla);
DTRSM dtrsm = new DTRSM(lsame, xerbla);
DTRMM dtrmm = new DTRMM(lsame, xerbla);
DTRMV dtrmv = new DTRMV(lsame, xerbla);
DTRTI2 dtrti2 = new DTRTI2(lsame, dscal, dtrmv, xerbla);
DTRTRI dtrtri = new DTRTRI(lsame, ilaenv, dtrmm, dtrsm, dtrti2, xerbla);
#endregion
#region Set Dependencies
this._ilaenv = ilaenv; this._dgemm = dgemm; this._dgemv = dgemv; this._dswap = dswap; this._dtrsm = dtrsm;
this._dtrtri = dtrtri; this._xerbla = xerbla;
#endregion
}
public DLAPLL()
{
#region Dependencies (Initialization)
DDOT ddot = new DDOT();
DAXPY daxpy = new DAXPY();
LSAME lsame = new LSAME();
DLAMC3 dlamc3 = new DLAMC3();
DLAPY2 dlapy2 = new DLAPY2();
DNRM2 dnrm2 = new DNRM2();
DSCAL dscal = new DSCAL();
DLAS2 dlas2 = new DLAS2();
DLAMC1 dlamc1 = new DLAMC1(dlamc3);
DLAMC4 dlamc4 = new DLAMC4(dlamc3);
DLAMC5 dlamc5 = new DLAMC5(dlamc3);
DLAMC2 dlamc2 = new DLAMC2(dlamc3, dlamc1, dlamc4, dlamc5);
DLAMCH dlamch = new DLAMCH(lsame, dlamc2);
DLARFG dlarfg = new DLARFG(dlamch, dlapy2, dnrm2, dscal);
#endregion
#region Set Dependencies
this._ddot = ddot; this._daxpy = daxpy; this._dlarfg = dlarfg; this._dlas2 = dlas2;
#endregion
}
public DLAHQR()
{
#region Dependencies (Initialization)
LSAME lsame = new LSAME();
DLAMC3 dlamc3 = new DLAMC3();
DCOPY dcopy = new DCOPY();
DLABAD dlabad = new DLABAD();
DLAPY2 dlapy2 = new DLAPY2();
DNRM2 dnrm2 = new DNRM2();
DSCAL dscal = new DSCAL();
DROT drot = new DROT();
DLAMC1 dlamc1 = new DLAMC1(dlamc3);
DLAMC4 dlamc4 = new DLAMC4(dlamc3);
DLAMC5 dlamc5 = new DLAMC5(dlamc3);
DLAMC2 dlamc2 = new DLAMC2(dlamc3, dlamc1, dlamc4, dlamc5);
DLAMCH dlamch = new DLAMCH(lsame, dlamc2);
DLANV2 dlanv2 = new DLANV2(dlamch, dlapy2);
DLARFG dlarfg = new DLARFG(dlamch, dlapy2, dnrm2, dscal);
#endregion
#region Set Dependencies
this._dlamch = dlamch; this._dcopy = dcopy; this._dlabad = dlabad; this._dlanv2 = dlanv2; this._dlarfg = dlarfg;
this._drot = drot;
#endregion
}
public DLAHR2()
{
#region Dependencies (Initialization)
DAXPY daxpy = new DAXPY();
DCOPY dcopy = new DCOPY();
LSAME lsame = new LSAME();
XERBLA xerbla = new XERBLA();
DLAMC3 dlamc3 = new DLAMC3();
DLAPY2 dlapy2 = new DLAPY2();
DNRM2 dnrm2 = new DNRM2();
DSCAL dscal = new DSCAL();
DGEMM dgemm = new DGEMM(lsame, xerbla);
DGEMV dgemv = new DGEMV(lsame, xerbla);
DLACPY dlacpy = new DLACPY(lsame);
DLAMC1 dlamc1 = new DLAMC1(dlamc3);
DLAMC4 dlamc4 = new DLAMC4(dlamc3);
DLAMC5 dlamc5 = new DLAMC5(dlamc3);
DLAMC2 dlamc2 = new DLAMC2(dlamc3, dlamc1, dlamc4, dlamc5);
DLAMCH dlamch = new DLAMCH(lsame, dlamc2);
DLARFG dlarfg = new DLARFG(dlamch, dlapy2, dnrm2, dscal);
DTRMM dtrmm = new DTRMM(lsame, xerbla);
DTRMV dtrmv = new DTRMV(lsame, xerbla);
#endregion
#region Set Dependencies
this._daxpy = daxpy; this._dcopy = dcopy; this._dgemm = dgemm; this._dgemv = dgemv; this._dlacpy = dlacpy;
this._dlarfg = dlarfg;this._dscal = dscal; this._dtrmm = dtrmm; this._dtrmv = dtrmv;
#endregion
}
public DLALSA()
{
#region Dependencies (Initialization)
DCOPY dcopy = new DCOPY();
LSAME lsame = new LSAME();
XERBLA xerbla = new XERBLA();
DLAMC3 dlamc3 = new DLAMC3();
DROT drot = new DROT();
DSCAL dscal = new DSCAL();
DNRM2 dnrm2 = new DNRM2();
DLASDT dlasdt = new DLASDT();
DGEMM dgemm = new DGEMM(lsame, xerbla);
DGEMV dgemv = new DGEMV(lsame, xerbla);
DLACPY dlacpy = new DLACPY(lsame);
DLAMC1 dlamc1 = new DLAMC1(dlamc3);
DLAMC4 dlamc4 = new DLAMC4(dlamc3);
DLAMC5 dlamc5 = new DLAMC5(dlamc3);
DLAMC2 dlamc2 = new DLAMC2(dlamc3, dlamc1, dlamc4, dlamc5);
DLAMCH dlamch = new DLAMCH(lsame, dlamc2);
DLASCL dlascl = new DLASCL(lsame, dlamch, xerbla);
DLALS0 dlals0 = new DLALS0(dcopy, dgemv, dlacpy, dlascl, drot, dscal, xerbla, dlamc3, dnrm2);
#endregion
#region Set Dependencies
this._dcopy = dcopy; this._dgemm = dgemm; this._dlals0 = dlals0; this._dlasdt = dlasdt; this._xerbla = xerbla;
#endregion
}
public DLAPLL()
{
#region Dependencies (Initialization)
DDOT ddot = new DDOT();
DAXPY daxpy = new DAXPY();
LSAME lsame = new LSAME();
DLAMC3 dlamc3 = new DLAMC3();
DLAPY2 dlapy2 = new DLAPY2();
DNRM2 dnrm2 = new DNRM2();
DSCAL dscal = new DSCAL();
DLAS2 dlas2 = new DLAS2();
DLAMC1 dlamc1 = new DLAMC1(dlamc3);
DLAMC4 dlamc4 = new DLAMC4(dlamc3);
DLAMC5 dlamc5 = new DLAMC5(dlamc3);
DLAMC2 dlamc2 = new DLAMC2(dlamc3, dlamc1, dlamc4, dlamc5);
DLAMCH dlamch = new DLAMCH(lsame, dlamc2);
DLARFG dlarfg = new DLARFG(dlamch, dlapy2, dnrm2, dscal);
#endregion
#region Set Dependencies
this._ddot = ddot; this._daxpy = daxpy; this._dlarfg = dlarfg; this._dlas2 = dlas2;
#endregion
}
public DORGHR()
{
#region Dependencies (Initialization)
LSAME lsame = new LSAME();
DCOPY dcopy = new DCOPY();
XERBLA xerbla = new XERBLA();
DSCAL dscal = new DSCAL();
IEEECK ieeeck = new IEEECK();
IPARMQ iparmq = new IPARMQ();
DGEMM dgemm = new DGEMM(lsame, xerbla);
DTRMM dtrmm = new DTRMM(lsame, xerbla);
DLARFB dlarfb = new DLARFB(lsame, dcopy, dgemm, dtrmm);
DGEMV dgemv = new DGEMV(lsame, xerbla);
DTRMV dtrmv = new DTRMV(lsame, xerbla);
DLARFT dlarft = new DLARFT(dgemv, dtrmv, lsame);
DGER dger = new DGER(xerbla);
DLARF dlarf = new DLARF(dgemv, dger, lsame);
DORG2R dorg2r = new DORG2R(dlarf, dscal, xerbla);
ILAENV ilaenv = new ILAENV(ieeeck, iparmq);
DORGQR dorgqr = new DORGQR(dlarfb, dlarft, dorg2r, xerbla, ilaenv);
#endregion
#region Set Dependencies
this._dorgqr = dorgqr; this._xerbla = xerbla; this._ilaenv = ilaenv;
#endregion
}
public DLAHR2()
{
#region Dependencies (Initialization)
DAXPY daxpy = new DAXPY();
DCOPY dcopy = new DCOPY();
LSAME lsame = new LSAME();
XERBLA xerbla = new XERBLA();
DLAMC3 dlamc3 = new DLAMC3();
DLAPY2 dlapy2 = new DLAPY2();
DNRM2 dnrm2 = new DNRM2();
DSCAL dscal = new DSCAL();
DGEMM dgemm = new DGEMM(lsame, xerbla);
DGEMV dgemv = new DGEMV(lsame, xerbla);
DLACPY dlacpy = new DLACPY(lsame);
DLAMC1 dlamc1 = new DLAMC1(dlamc3);
DLAMC4 dlamc4 = new DLAMC4(dlamc3);
DLAMC5 dlamc5 = new DLAMC5(dlamc3);
DLAMC2 dlamc2 = new DLAMC2(dlamc3, dlamc1, dlamc4, dlamc5);
DLAMCH dlamch = new DLAMCH(lsame, dlamc2);
DLARFG dlarfg = new DLARFG(dlamch, dlapy2, dnrm2, dscal);
DTRMM dtrmm = new DTRMM(lsame, xerbla);
DTRMV dtrmv = new DTRMV(lsame, xerbla);
#endregion
#region Set Dependencies
this._daxpy = daxpy; this._dcopy = dcopy; this._dgemm = dgemm; this._dgemv = dgemv; this._dlacpy = dlacpy;
this._dlarfg = dlarfg; this._dscal = dscal; this._dtrmm = dtrmm; this._dtrmv = dtrmv;
#endregion
}
public DGETRF()
{
#region Dependencies (Initialization)
LSAME lsame = new LSAME();
XERBLA xerbla = new XERBLA();
DLAMC3 dlamc3 = new DLAMC3();
IDAMAX idamax = new IDAMAX();
DSCAL dscal = new DSCAL();
DSWAP dswap = new DSWAP();
DLASWP dlaswp = new DLASWP();
IEEECK ieeeck = new IEEECK();
IPARMQ iparmq = new IPARMQ();
DGEMM dgemm = new DGEMM(lsame, xerbla);
DLAMC1 dlamc1 = new DLAMC1(dlamc3);
DLAMC4 dlamc4 = new DLAMC4(dlamc3);
DLAMC5 dlamc5 = new DLAMC5(dlamc3);
DLAMC2 dlamc2 = new DLAMC2(dlamc3, dlamc1, dlamc4, dlamc5);
DLAMCH dlamch = new DLAMCH(lsame, dlamc2);
DGER dger = new DGER(xerbla);
DGETF2 dgetf2 = new DGETF2(dlamch, idamax, dger, dscal, dswap, xerbla);
DTRSM dtrsm = new DTRSM(lsame, xerbla);
ILAENV ilaenv = new ILAENV(ieeeck, iparmq);
#endregion
#region Set Dependencies
this._dgemm = dgemm; this._dgetf2 = dgetf2; this._dlaswp = dlaswp; this._dtrsm = dtrsm; this._xerbla = xerbla;
this._ilaenv = ilaenv;
#endregion
}
public DGESV()
{
#region Dependencies (Initialization)
LSAME lsame = new LSAME();
XERBLA xerbla = new XERBLA();
DLAMC3 dlamc3 = new DLAMC3();
IDAMAX idamax = new IDAMAX();
DSCAL dscal = new DSCAL();
DSWAP dswap = new DSWAP();
DLASWP dlaswp = new DLASWP();
IEEECK ieeeck = new IEEECK();
IPARMQ iparmq = new IPARMQ();
DGEMM dgemm = new DGEMM(lsame, xerbla);
DLAMC1 dlamc1 = new DLAMC1(dlamc3);
DLAMC4 dlamc4 = new DLAMC4(dlamc3);
DLAMC5 dlamc5 = new DLAMC5(dlamc3);
DLAMC2 dlamc2 = new DLAMC2(dlamc3, dlamc1, dlamc4, dlamc5);
DLAMCH dlamch = new DLAMCH(lsame, dlamc2);
DGER dger = new DGER(xerbla);
DGETF2 dgetf2 = new DGETF2(dlamch, idamax, dger, dscal, dswap, xerbla);
DTRSM dtrsm = new DTRSM(lsame, xerbla);
ILAENV ilaenv = new ILAENV(ieeeck, iparmq);
DGETRF dgetrf = new DGETRF(dgemm, dgetf2, dlaswp, dtrsm, xerbla, ilaenv);
DGETRS dgetrs = new DGETRS(lsame, dlaswp, dtrsm, xerbla);
#endregion
#region Set Dependencies
this._dgetrf = dgetrf; this._dgetrs = dgetrs; this._xerbla = xerbla;
#endregion
}
public DLAQPS()
{
#region Dependencies (Initialization)
LSAME lsame = new LSAME();
XERBLA xerbla = new XERBLA();
DLAMC3 dlamc3 = new DLAMC3();
DLAPY2 dlapy2 = new DLAPY2();
DNRM2 dnrm2 = new DNRM2();
DSCAL dscal = new DSCAL();
DSWAP dswap = new DSWAP();
IDAMAX idamax = new IDAMAX();
DGEMM dgemm = new DGEMM(lsame, xerbla);
DGEMV dgemv = new DGEMV(lsame, xerbla);
DLAMC1 dlamc1 = new DLAMC1(dlamc3);
DLAMC4 dlamc4 = new DLAMC4(dlamc3);
DLAMC5 dlamc5 = new DLAMC5(dlamc3);
DLAMC2 dlamc2 = new DLAMC2(dlamc3, dlamc1, dlamc4, dlamc5);
DLAMCH dlamch = new DLAMCH(lsame, dlamc2);
DLARFG dlarfg = new DLARFG(dlamch, dlapy2, dnrm2, dscal);
#endregion
#region Set Dependencies
this._dgemm = dgemm; this._dgemv = dgemv; this._dlarfg = dlarfg; this._dswap = dswap; this._idamax = idamax;
this._dlamch = dlamch;this._dnrm2 = dnrm2;
#endregion
}
public DORGHR()
{
#region Dependencies (Initialization)
LSAME lsame = new LSAME();
DCOPY dcopy = new DCOPY();
XERBLA xerbla = new XERBLA();
DSCAL dscal = new DSCAL();
IEEECK ieeeck = new IEEECK();
IPARMQ iparmq = new IPARMQ();
DGEMM dgemm = new DGEMM(lsame, xerbla);
DTRMM dtrmm = new DTRMM(lsame, xerbla);
DLARFB dlarfb = new DLARFB(lsame, dcopy, dgemm, dtrmm);
DGEMV dgemv = new DGEMV(lsame, xerbla);
DTRMV dtrmv = new DTRMV(lsame, xerbla);
DLARFT dlarft = new DLARFT(dgemv, dtrmv, lsame);
DGER dger = new DGER(xerbla);
DLARF dlarf = new DLARF(dgemv, dger, lsame);
DORG2R dorg2r = new DORG2R(dlarf, dscal, xerbla);
ILAENV ilaenv = new ILAENV(ieeeck, iparmq);
DORGQR dorgqr = new DORGQR(dlarfb, dlarft, dorg2r, xerbla, ilaenv);
#endregion
#region Set Dependencies
this._dorgqr = dorgqr; this._xerbla = xerbla; this._ilaenv = ilaenv;
#endregion
}
public DLATRS()
{
#region Dependencies (Initialization)
LSAME lsame = new LSAME();
IDAMAX idamax = new IDAMAX();
DASUM dasum = new DASUM();
DDOT ddot = new DDOT();
DLAMC3 dlamc3 = new DLAMC3();
DAXPY daxpy = new DAXPY();
DSCAL dscal = new DSCAL();
XERBLA xerbla = new XERBLA();
DLAMC1 dlamc1 = new DLAMC1(dlamc3);
DLAMC4 dlamc4 = new DLAMC4(dlamc3);
DLAMC5 dlamc5 = new DLAMC5(dlamc3);
DLAMC2 dlamc2 = new DLAMC2(dlamc3, dlamc1, dlamc4, dlamc5);
DLAMCH dlamch = new DLAMCH(lsame, dlamc2);
DTRSV dtrsv = new DTRSV(lsame, xerbla);
#endregion
#region Set Dependencies
this._lsame = lsame; this._idamax = idamax; this._dasum = dasum; this._ddot = ddot; this._dlamch = dlamch;
this._daxpy = daxpy;this._dscal = dscal; this._dtrsv = dtrsv; this._xerbla = xerbla;
#endregion
}
public DSYTD2()
{
#region Dependencies (Initialization)
DAXPY daxpy = new DAXPY();
LSAME lsame = new LSAME();
DLAMC3 dlamc3 = new DLAMC3();
DLAPY2 dlapy2 = new DLAPY2();
DNRM2 dnrm2 = new DNRM2();
DSCAL dscal = new DSCAL();
XERBLA xerbla = new XERBLA();
DDOT ddot = new DDOT();
DLAMC1 dlamc1 = new DLAMC1(dlamc3);
DLAMC4 dlamc4 = new DLAMC4(dlamc3);
DLAMC5 dlamc5 = new DLAMC5(dlamc3);
DLAMC2 dlamc2 = new DLAMC2(dlamc3, dlamc1, dlamc4, dlamc5);
DLAMCH dlamch = new DLAMCH(lsame, dlamc2);
DLARFG dlarfg = new DLARFG(dlamch, dlapy2, dnrm2, dscal);
DSYMV dsymv = new DSYMV(lsame, xerbla);
DSYR2 dsyr2 = new DSYR2(lsame, xerbla);
#endregion
#region Set Dependencies
this._daxpy = daxpy; this._dlarfg = dlarfg; this._dsymv = dsymv; this._dsyr2 = dsyr2; this._xerbla = xerbla;
this._lsame = lsame; this._ddot = ddot;
#endregion
}
public DLAHQR()
{
#region Dependencies (Initialization)
LSAME lsame = new LSAME();
DLAMC3 dlamc3 = new DLAMC3();
DCOPY dcopy = new DCOPY();
DLABAD dlabad = new DLABAD();
DLAPY2 dlapy2 = new DLAPY2();
DNRM2 dnrm2 = new DNRM2();
DSCAL dscal = new DSCAL();
DROT drot = new DROT();
DLAMC1 dlamc1 = new DLAMC1(dlamc3);
DLAMC4 dlamc4 = new DLAMC4(dlamc3);
DLAMC5 dlamc5 = new DLAMC5(dlamc3);
DLAMC2 dlamc2 = new DLAMC2(dlamc3, dlamc1, dlamc4, dlamc5);
DLAMCH dlamch = new DLAMCH(lsame, dlamc2);
DLANV2 dlanv2 = new DLANV2(dlamch, dlapy2);
DLARFG dlarfg = new DLARFG(dlamch, dlapy2, dnrm2, dscal);
#endregion
#region Set Dependencies
this._dlamch = dlamch; this._dcopy = dcopy; this._dlabad = dlabad; this._dlanv2 = dlanv2; this._dlarfg = dlarfg;
this._drot = drot;
#endregion
}
public DGEBRD()
{
#region Dependencies (Initialization)
LSAME lsame = new LSAME();
XERBLA xerbla = new XERBLA();
DLAMC3 dlamc3 = new DLAMC3();
DLAPY2 dlapy2 = new DLAPY2();
DNRM2 dnrm2 = new DNRM2();
DSCAL dscal = new DSCAL();
IEEECK ieeeck = new IEEECK();
IPARMQ iparmq = new IPARMQ();
DGEMV dgemv = new DGEMV(lsame, xerbla);
DGER dger = new DGER(xerbla);
DLARF dlarf = new DLARF(dgemv, dger, lsame);
DLAMC1 dlamc1 = new DLAMC1(dlamc3);
DLAMC4 dlamc4 = new DLAMC4(dlamc3);
DLAMC5 dlamc5 = new DLAMC5(dlamc3);
DLAMC2 dlamc2 = new DLAMC2(dlamc3, dlamc1, dlamc4, dlamc5);
DLAMCH dlamch = new DLAMCH(lsame, dlamc2);
DLARFG dlarfg = new DLARFG(dlamch, dlapy2, dnrm2, dscal);
DGEBD2 dgebd2 = new DGEBD2(dlarf, dlarfg, xerbla);
DGEMM dgemm = new DGEMM(lsame, xerbla);
DLABRD dlabrd = new DLABRD(dgemv, dlarfg, dscal);
ILAENV ilaenv = new ILAENV(ieeeck, iparmq);
#endregion
#region Set Dependencies
this._dgebd2 = dgebd2; this._dgemm = dgemm; this._dlabrd = dlabrd; this._xerbla = xerbla; this._ilaenv = ilaenv;
#endregion
}
public DLAQP2()
{
#region Dependencies (Initialization)
LSAME lsame = new LSAME();
XERBLA xerbla = new XERBLA();
DLAMC3 dlamc3 = new DLAMC3();
DLAPY2 dlapy2 = new DLAPY2();
DNRM2 dnrm2 = new DNRM2();
DSCAL dscal = new DSCAL();
DSWAP dswap = new DSWAP();
IDAMAX idamax = new IDAMAX();
DGEMV dgemv = new DGEMV(lsame, xerbla);
DGER dger = new DGER(xerbla);
DLARF dlarf = new DLARF(dgemv, dger, lsame);
DLAMC1 dlamc1 = new DLAMC1(dlamc3);
DLAMC4 dlamc4 = new DLAMC4(dlamc3);
DLAMC5 dlamc5 = new DLAMC5(dlamc3);
DLAMC2 dlamc2 = new DLAMC2(dlamc3, dlamc1, dlamc4, dlamc5);
DLAMCH dlamch = new DLAMCH(lsame, dlamc2);
DLARFG dlarfg = new DLARFG(dlamch, dlapy2, dnrm2, dscal);
#endregion
#region Set Dependencies
this._dlarf = dlarf; this._dlarfg = dlarfg; this._dswap = dswap; this._idamax = idamax; this._dlamch = dlamch;
this._dnrm2 = dnrm2;
#endregion
}
public DLATRS()
{
#region Dependencies (Initialization)
LSAME lsame = new LSAME();
IDAMAX idamax = new IDAMAX();
DASUM dasum = new DASUM();
DDOT ddot = new DDOT();
DLAMC3 dlamc3 = new DLAMC3();
DAXPY daxpy = new DAXPY();
DSCAL dscal = new DSCAL();
XERBLA xerbla = new XERBLA();
DLAMC1 dlamc1 = new DLAMC1(dlamc3);
DLAMC4 dlamc4 = new DLAMC4(dlamc3);
DLAMC5 dlamc5 = new DLAMC5(dlamc3);
DLAMC2 dlamc2 = new DLAMC2(dlamc3, dlamc1, dlamc4, dlamc5);
DLAMCH dlamch = new DLAMCH(lsame, dlamc2);
DTRSV dtrsv = new DTRSV(lsame, xerbla);
#endregion
#region Set Dependencies
this._lsame = lsame; this._idamax = idamax; this._dasum = dasum; this._ddot = ddot; this._dlamch = dlamch;
this._daxpy = daxpy; this._dscal = dscal; this._dtrsv = dtrsv; this._xerbla = xerbla;
#endregion
}
public DLATRZ()
{
#region Dependencies (Initialization)
LSAME lsame = new LSAME();
DLAMC3 dlamc3 = new DLAMC3();
DLAPY2 dlapy2 = new DLAPY2();
DNRM2 dnrm2 = new DNRM2();
DSCAL dscal = new DSCAL();
DAXPY daxpy = new DAXPY();
DCOPY dcopy = new DCOPY();
XERBLA xerbla = new XERBLA();
DLAMC1 dlamc1 = new DLAMC1(dlamc3);
DLAMC4 dlamc4 = new DLAMC4(dlamc3);
DLAMC5 dlamc5 = new DLAMC5(dlamc3);
DLAMC2 dlamc2 = new DLAMC2(dlamc3, dlamc1, dlamc4, dlamc5);
DLAMCH dlamch = new DLAMCH(lsame, dlamc2);
DLARFG dlarfg = new DLARFG(dlamch, dlapy2, dnrm2, dscal);
DGEMV dgemv = new DGEMV(lsame, xerbla);
DGER dger = new DGER(xerbla);
DLARZ dlarz = new DLARZ(daxpy, dcopy, dgemv, dger, lsame);
#endregion
#region Set Dependencies
this._dlarfg = dlarfg; this._dlarz = dlarz;
#endregion
}
public DGEBAL()
{
#region Dependencies (Initialization)
LSAME lsame = new LSAME();
IDAMAX idamax = new IDAMAX();
DLAMC3 dlamc3 = new DLAMC3();
DSCAL dscal = new DSCAL();
DSWAP dswap = new DSWAP();
XERBLA xerbla = new XERBLA();
DLAMC1 dlamc1 = new DLAMC1(dlamc3);
DLAMC4 dlamc4 = new DLAMC4(dlamc3);
DLAMC5 dlamc5 = new DLAMC5(dlamc3);
DLAMC2 dlamc2 = new DLAMC2(dlamc3, dlamc1, dlamc4, dlamc5);
DLAMCH dlamch = new DLAMCH(lsame, dlamc2);
#endregion
#region Set Dependencies
this._lsame = lsame; this._idamax = idamax; this._dlamch = dlamch; this._dscal = dscal; this._dswap = dswap;
this._xerbla = xerbla;
#endregion
}
public DTRCON()
{
#region Dependencies (Initialization)
LSAME lsame = new LSAME();
IDAMAX idamax = new IDAMAX();
DLAMC3 dlamc3 = new DLAMC3();
DLASSQ dlassq = new DLASSQ();
DASUM dasum = new DASUM();
DCOPY dcopy = new DCOPY();
DDOT ddot = new DDOT();
DAXPY daxpy = new DAXPY();
DSCAL dscal = new DSCAL();
XERBLA xerbla = new XERBLA();
DLABAD dlabad = new DLABAD();
DLAMC1 dlamc1 = new DLAMC1(dlamc3);
DLAMC4 dlamc4 = new DLAMC4(dlamc3);
DLAMC5 dlamc5 = new DLAMC5(dlamc3);
DLAMC2 dlamc2 = new DLAMC2(dlamc3, dlamc1, dlamc4, dlamc5);
DLAMCH dlamch = new DLAMCH(lsame, dlamc2);
DLANTR dlantr = new DLANTR(dlassq, lsame);
DLACON dlacon = new DLACON(idamax, dasum, dcopy);
DTRSV dtrsv = new DTRSV(lsame, xerbla);
DLATRS dlatrs = new DLATRS(lsame, idamax, dasum, ddot, dlamch, daxpy, dscal, dtrsv, xerbla);
DRSCL drscl = new DRSCL(dlamch, dscal, dlabad);
#endregion
#region Set Dependencies
this._lsame = lsame; this._idamax = idamax; this._dlamch = dlamch; this._dlantr = dlantr; this._dlacon = dlacon;
this._dlatrs = dlatrs;this._drscl = drscl; this._xerbla = xerbla;
#endregion
}
public DGEQPF()
{
#region Dependencies (Initialization)
LSAME lsame = new LSAME();
XERBLA xerbla = new XERBLA();
DLAMC3 dlamc3 = new DLAMC3();
DLAPY2 dlapy2 = new DLAPY2();
DNRM2 dnrm2 = new DNRM2();
DSCAL dscal = new DSCAL();
DSWAP dswap = new DSWAP();
IDAMAX idamax = new IDAMAX();
DGEMV dgemv = new DGEMV(lsame, xerbla);
DGER dger = new DGER(xerbla);
DLARF dlarf = new DLARF(dgemv, dger, lsame);
DLAMC1 dlamc1 = new DLAMC1(dlamc3);
DLAMC4 dlamc4 = new DLAMC4(dlamc3);
DLAMC5 dlamc5 = new DLAMC5(dlamc3);
DLAMC2 dlamc2 = new DLAMC2(dlamc3, dlamc1, dlamc4, dlamc5);
DLAMCH dlamch = new DLAMCH(lsame, dlamc2);
DLARFG dlarfg = new DLARFG(dlamch, dlapy2, dnrm2, dscal);
DGEQR2 dgeqr2 = new DGEQR2(dlarf, dlarfg, xerbla);
DORM2R dorm2r = new DORM2R(lsame, dlarf, xerbla);
#endregion
#region Set Dependencies
this._dgeqr2 = dgeqr2; this._dlarf = dlarf; this._dlarfg = dlarfg; this._dorm2r = dorm2r; this._dswap = dswap;
this._xerbla = xerbla;this._idamax = idamax; this._dlamch = dlamch; this._dnrm2 = dnrm2;
#endregion
}
public DGEBAL()
{
#region Dependencies (Initialization)
LSAME lsame = new LSAME();
IDAMAX idamax = new IDAMAX();
DLAMC3 dlamc3 = new DLAMC3();
DSCAL dscal = new DSCAL();
DSWAP dswap = new DSWAP();
XERBLA xerbla = new XERBLA();
DLAMC1 dlamc1 = new DLAMC1(dlamc3);
DLAMC4 dlamc4 = new DLAMC4(dlamc3);
DLAMC5 dlamc5 = new DLAMC5(dlamc3);
DLAMC2 dlamc2 = new DLAMC2(dlamc3, dlamc1, dlamc4, dlamc5);
DLAMCH dlamch = new DLAMCH(lsame, dlamc2);
#endregion
#region Set Dependencies
this._lsame = lsame; this._idamax = idamax; this._dlamch = dlamch; this._dscal = dscal; this._dswap = dswap;
this._xerbla = xerbla;
#endregion
}
public DGEBAK(LSAME lsame, DSCAL dscal, DSWAP dswap, XERBLA xerbla)
{
#region Set Dependencies
this._lsame = lsame; this._dscal = dscal; this._dswap = dswap; this._xerbla = xerbla;
#endregion
}
public DLABRD(DGEMV dgemv, DLARFG dlarfg, DSCAL dscal)
{
#region Set Dependencies
this._dgemv = dgemv; this._dlarfg = dlarfg; this._dscal = dscal;
#endregion
}
public DLARFG(DLAMCH dlamch, DLAPY2 dlapy2, DNRM2 dnrm2, DSCAL dscal)
{
#region Set Dependencies
this._dlamch = dlamch; this._dlapy2 = dlapy2; this._dnrm2 = dnrm2; this._dscal = dscal;
#endregion
}
public DGEBAK(LSAME lsame, DSCAL dscal, DSWAP dswap, XERBLA xerbla)
{
#region Set Dependencies
this._lsame = lsame; this._dscal = dscal; this._dswap = dswap; this._xerbla = xerbla;
#endregion
}
public DRSCL(DLAMCH dlamch, DSCAL dscal, DLABAD dlabad)
{
#region Set Dependencies
this._dlamch = dlamch; this._dscal = dscal; this._dlabad = dlabad;
#endregion
}
public DORGL2(DLARF dlarf, DSCAL dscal, XERBLA xerbla)
{
#region Set Dependencies
this._dlarf = dlarf; this._dscal = dscal; this._xerbla = xerbla;
#endregion
}
public DTRTI2(LSAME lsame, DSCAL dscal, DTRMV dtrmv, XERBLA xerbla)
{
#region Set Dependencies
this._lsame = lsame; this._dscal = dscal; this._dtrmv = dtrmv; this._xerbla = xerbla;
#endregion
}
public DGBTF2(IDAMAX idamax, DGER dger, DSCAL dscal, DSWAP dswap, XERBLA xerbla)
{
#region Set Dependencies
this._idamax = idamax; this._dger = dger; this._dscal = dscal; this._dswap = dswap; this._xerbla = xerbla;
#endregion
}
public DRSCL(DLAMCH dlamch, DSCAL dscal, DLABAD dlabad)
{
#region Set Dependencies
this._dlamch = dlamch; this._dscal = dscal; this._dlabad = dlabad;
#endregion
}
public DTRTI2(LSAME lsame, DSCAL dscal, DTRMV dtrmv, XERBLA xerbla)
{
#region Set Dependencies
this._lsame = lsame; this._dscal = dscal; this._dtrmv = dtrmv; this._xerbla = xerbla;
#endregion
}
public DLARFG(DLAMCH dlamch, DLAPY2 dlapy2, DNRM2 dnrm2, DSCAL dscal)
{
#region Set Dependencies
this._dlamch = dlamch; this._dlapy2 = dlapy2; this._dnrm2 = dnrm2; this._dscal = dscal;
#endregion
}
public DLABRD(DGEMV dgemv, DLARFG dlarfg, DSCAL dscal)
{
#region Set Dependencies
this._dgemv = dgemv; this._dlarfg = dlarfg; this._dscal = dscal;
#endregion
}
public DORGL2(DLARF dlarf, DSCAL dscal, XERBLA xerbla)
{
#region Set Dependencies
this._dlarf = dlarf; this._dscal = dscal; this._xerbla = xerbla;
#endregion
}
public DGBTF2(IDAMAX idamax, DGER dger, DSCAL dscal, DSWAP dswap, XERBLA xerbla)
{
#region Set Dependencies
this._idamax = idamax; this._dger = dger; this._dscal = dscal; this._dswap = dswap; this._xerbla = xerbla;
#endregion
}
public DLAED0()
{
#region Dependencies (Initialization)
DCOPY dcopy = new DCOPY();
LSAME lsame = new LSAME();
XERBLA xerbla = new XERBLA();
IDAMAX idamax = new IDAMAX();
DLAMC3 dlamc3 = new DLAMC3();
DLAPY2 dlapy2 = new DLAPY2();
DLAMRG dlamrg = new DLAMRG();
DROT drot = new DROT();
DSCAL dscal = new DSCAL();
DNRM2 dnrm2 = new DNRM2();
DLAED5 dlaed5 = new DLAED5();
DLASSQ dlassq = new DLASSQ();
DLAE2 dlae2 = new DLAE2();
DLAEV2 dlaev2 = new DLAEV2();
DSWAP dswap = new DSWAP();
IEEECK ieeeck = new IEEECK();
IPARMQ iparmq = new IPARMQ();
DGEMM dgemm = new DGEMM(lsame, xerbla);
DLACPY dlacpy = new DLACPY(lsame);
DLAMC1 dlamc1 = new DLAMC1(dlamc3);
DLAMC4 dlamc4 = new DLAMC4(dlamc3);
DLAMC5 dlamc5 = new DLAMC5(dlamc3);
DLAMC2 dlamc2 = new DLAMC2(dlamc3, dlamc1, dlamc4, dlamc5);
DLAMCH dlamch = new DLAMCH(lsame, dlamc2);
DLAED2 dlaed2 = new DLAED2(idamax, dlamch, dlapy2, dcopy, dlacpy, dlamrg, drot, dscal, xerbla);
DLAED6 dlaed6 = new DLAED6(dlamch);
DLAED4 dlaed4 = new DLAED4(dlamch, dlaed5, dlaed6);
DLASET dlaset = new DLASET(lsame);
DLAED3 dlaed3 = new DLAED3(dlamc3, dnrm2, dcopy, dgemm, dlacpy, dlaed4, dlaset, xerbla);
DLAED1 dlaed1 = new DLAED1(dcopy, dlaed2, dlaed3, dlamrg, xerbla);
DLAED8 dlaed8 = new DLAED8(idamax, dlamch, dlapy2, dcopy, dlacpy, dlamrg, drot, dscal, xerbla);
DLAED9 dlaed9 = new DLAED9(dlamc3, dnrm2, dcopy, dlaed4, xerbla);
DGEMV dgemv = new DGEMV(lsame, xerbla);
DLAEDA dlaeda = new DLAEDA(dcopy, dgemv, drot, xerbla);
DLAED7 dlaed7 = new DLAED7(dgemm, dlaed8, dlaed9, dlaeda, dlamrg, xerbla);
DLANST dlanst = new DLANST(lsame, dlassq);
DLARTG dlartg = new DLARTG(dlamch);
DLASCL dlascl = new DLASCL(lsame, dlamch, xerbla);
DLASR dlasr = new DLASR(lsame, xerbla);
DLASRT dlasrt = new DLASRT(lsame, xerbla);
DSTEQR dsteqr = new DSTEQR(lsame, dlamch, dlanst, dlapy2, dlae2, dlaev2, dlartg, dlascl, dlaset, dlasr
, dlasrt, dswap, xerbla);
ILAENV ilaenv = new ILAENV(ieeeck, iparmq);
#endregion
#region Set Dependencies
this._dcopy = dcopy; this._dgemm = dgemm; this._dlacpy = dlacpy; this._dlaed1 = dlaed1; this._dlaed7 = dlaed7;
this._dsteqr = dsteqr; this._xerbla = xerbla; this._ilaenv = ilaenv;
#endregion
}
public DLASD0()
{
#region Dependencies (Initialization)
DLAMRG dlamrg = new DLAMRG();
LSAME lsame = new LSAME();
DLAMC3 dlamc3 = new DLAMC3();
XERBLA xerbla = new XERBLA();
DLAPY2 dlapy2 = new DLAPY2();
DCOPY dcopy = new DCOPY();
DROT drot = new DROT();
DNRM2 dnrm2 = new DNRM2();
DLASD5 dlasd5 = new DLASD5();
DLAS2 dlas2 = new DLAS2();
DLASQ5 dlasq5 = new DLASQ5();
DLAZQ4 dlazq4 = new DLAZQ4();
IEEECK ieeeck = new IEEECK();
IPARMQ iparmq = new IPARMQ();
DSCAL dscal = new DSCAL();
DSWAP dswap = new DSWAP();
DLASDT dlasdt = new DLASDT();
DLAMC1 dlamc1 = new DLAMC1(dlamc3);
DLAMC4 dlamc4 = new DLAMC4(dlamc3);
DLAMC5 dlamc5 = new DLAMC5(dlamc3);
DLAMC2 dlamc2 = new DLAMC2(dlamc3, dlamc1, dlamc4, dlamc5);
DLAMCH dlamch = new DLAMCH(lsame, dlamc2);
DLASCL dlascl = new DLASCL(lsame, dlamch, xerbla);
DLACPY dlacpy = new DLACPY(lsame);
DLASET dlaset = new DLASET(lsame);
DLASD2 dlasd2 = new DLASD2(dlamch, dlapy2, dcopy, dlacpy, dlamrg, dlaset, drot, xerbla);
DGEMM dgemm = new DGEMM(lsame, xerbla);
DLAED6 dlaed6 = new DLAED6(dlamch);
DLASD4 dlasd4 = new DLASD4(dlaed6, dlasd5, dlamch);
DLASD3 dlasd3 = new DLASD3(dlamc3, dnrm2, dcopy, dgemm, dlacpy, dlascl, dlasd4, xerbla);
DLASD1 dlasd1 = new DLASD1(dlamrg, dlascl, dlasd2, dlasd3, xerbla);
DLARTG dlartg = new DLARTG(dlamch);
DLASQ6 dlasq6 = new DLASQ6(dlamch);
DLAZQ3 dlazq3 = new DLAZQ3(dlasq5, dlasq6, dlazq4, dlamch);
DLASRT dlasrt = new DLASRT(lsame, xerbla);
ILAENV ilaenv = new ILAENV(ieeeck, iparmq);
DLASQ2 dlasq2 = new DLASQ2(dlazq3, dlasrt, xerbla, dlamch, ilaenv);
DLASQ1 dlasq1 = new DLASQ1(dcopy, dlas2, dlascl, dlasq2, dlasrt, xerbla, dlamch);
DLASR dlasr = new DLASR(lsame, xerbla);
DLASV2 dlasv2 = new DLASV2(dlamch);
DBDSQR dbdsqr = new DBDSQR(lsame, dlamch, dlartg, dlas2, dlasq1, dlasr, dlasv2, drot, dscal, dswap
, xerbla);
DLASDQ dlasdq = new DLASDQ(dbdsqr, dlartg, dlasr, dswap, xerbla, lsame);
#endregion
#region Set Dependencies
this._dlasd1 = dlasd1; this._dlasdq = dlasdq; this._dlasdt = dlasdt; this._xerbla = xerbla;
#endregion
}
public DLAED8(IDAMAX idamax, DLAMCH dlamch, DLAPY2 dlapy2, DCOPY dcopy, DLACPY dlacpy, DLAMRG dlamrg, DROT drot, DSCAL dscal, XERBLA xerbla)
{
#region Set Dependencies
this._idamax = idamax; this._dlamch = dlamch; this._dlapy2 = dlapy2; this._dcopy = dcopy; this._dlacpy = dlacpy;
this._dlamrg = dlamrg;this._drot = drot; this._dscal = dscal; this._xerbla = xerbla;
#endregion
}
public DGEBAL(LSAME lsame, IDAMAX idamax, DLAMCH dlamch, DSCAL dscal, DSWAP dswap, XERBLA xerbla)
{
#region Set Dependencies
this._lsame = lsame; this._idamax = idamax; this._dlamch = dlamch; this._dscal = dscal; this._dswap = dswap;
this._xerbla = xerbla;
#endregion
}
public DLATRS(LSAME lsame, IDAMAX idamax, DASUM dasum, DDOT ddot, DLAMCH dlamch, DAXPY daxpy, DSCAL dscal, DTRSV dtrsv, XERBLA xerbla)
{
#region Set Dependencies
this._lsame = lsame; this._idamax = idamax; this._dasum = dasum; this._ddot = ddot; this._dlamch = dlamch;
this._daxpy = daxpy;this._dscal = dscal; this._dtrsv = dtrsv; this._xerbla = xerbla;
#endregion
}
public DLAHR2(DAXPY daxpy, DCOPY dcopy, DGEMM dgemm, DGEMV dgemv, DLACPY dlacpy, DLARFG dlarfg, DSCAL dscal, DTRMM dtrmm, DTRMV dtrmv)
{
#region Set Dependencies
this._daxpy = daxpy; this._dcopy = dcopy; this._dgemm = dgemm; this._dgemv = dgemv; this._dlacpy = dlacpy;
this._dlarfg = dlarfg; this._dscal = dscal; this._dtrmm = dtrmm; this._dtrmv = dtrmv;
#endregion
}
public DLATRD(DAXPY daxpy, DGEMV dgemv, DLARFG dlarfg, DSCAL dscal, DSYMV dsymv, LSAME lsame, DDOT ddot)
{
#region Set Dependencies
this._daxpy = daxpy; this._dgemv = dgemv; this._dlarfg = dlarfg; this._dscal = dscal; this._dsymv = dsymv;
this._lsame = lsame;this._ddot = ddot;
#endregion
}
public DLAED0()
{
#region Dependencies (Initialization)
DCOPY dcopy = new DCOPY();
LSAME lsame = new LSAME();
XERBLA xerbla = new XERBLA();
IDAMAX idamax = new IDAMAX();
DLAMC3 dlamc3 = new DLAMC3();
DLAPY2 dlapy2 = new DLAPY2();
DLAMRG dlamrg = new DLAMRG();
DROT drot = new DROT();
DSCAL dscal = new DSCAL();
DNRM2 dnrm2 = new DNRM2();
DLAED5 dlaed5 = new DLAED5();
DLASSQ dlassq = new DLASSQ();
DLAE2 dlae2 = new DLAE2();
DLAEV2 dlaev2 = new DLAEV2();
DSWAP dswap = new DSWAP();
IEEECK ieeeck = new IEEECK();
IPARMQ iparmq = new IPARMQ();
DGEMM dgemm = new DGEMM(lsame, xerbla);
DLACPY dlacpy = new DLACPY(lsame);
DLAMC1 dlamc1 = new DLAMC1(dlamc3);
DLAMC4 dlamc4 = new DLAMC4(dlamc3);
DLAMC5 dlamc5 = new DLAMC5(dlamc3);
DLAMC2 dlamc2 = new DLAMC2(dlamc3, dlamc1, dlamc4, dlamc5);
DLAMCH dlamch = new DLAMCH(lsame, dlamc2);
DLAED2 dlaed2 = new DLAED2(idamax, dlamch, dlapy2, dcopy, dlacpy, dlamrg, drot, dscal, xerbla);
DLAED6 dlaed6 = new DLAED6(dlamch);
DLAED4 dlaed4 = new DLAED4(dlamch, dlaed5, dlaed6);
DLASET dlaset = new DLASET(lsame);
DLAED3 dlaed3 = new DLAED3(dlamc3, dnrm2, dcopy, dgemm, dlacpy, dlaed4, dlaset, xerbla);
DLAED1 dlaed1 = new DLAED1(dcopy, dlaed2, dlaed3, dlamrg, xerbla);
DLAED8 dlaed8 = new DLAED8(idamax, dlamch, dlapy2, dcopy, dlacpy, dlamrg, drot, dscal, xerbla);
DLAED9 dlaed9 = new DLAED9(dlamc3, dnrm2, dcopy, dlaed4, xerbla);
DGEMV dgemv = new DGEMV(lsame, xerbla);
DLAEDA dlaeda = new DLAEDA(dcopy, dgemv, drot, xerbla);
DLAED7 dlaed7 = new DLAED7(dgemm, dlaed8, dlaed9, dlaeda, dlamrg, xerbla);
DLANST dlanst = new DLANST(lsame, dlassq);
DLARTG dlartg = new DLARTG(dlamch);
DLASCL dlascl = new DLASCL(lsame, dlamch, xerbla);
DLASR dlasr = new DLASR(lsame, xerbla);
DLASRT dlasrt = new DLASRT(lsame, xerbla);
DSTEQR dsteqr = new DSTEQR(lsame, dlamch, dlanst, dlapy2, dlae2, dlaev2, dlartg, dlascl, dlaset, dlasr
, dlasrt, dswap, xerbla);
ILAENV ilaenv = new ILAENV(ieeeck, iparmq);
#endregion
#region Set Dependencies
this._dcopy = dcopy; this._dgemm = dgemm; this._dlacpy = dlacpy; this._dlaed1 = dlaed1; this._dlaed7 = dlaed7;
this._dsteqr = dsteqr;this._xerbla = xerbla; this._ilaenv = ilaenv;
#endregion
}