Matrix Elements VB-800 Instrukcja Użytkownika Strona 128

  • Pobierz
  • Dodaj do moich podręczników
  • Drukuj
  • Strona
    / 172
  • Spis treści
  • BOOKMARKI
  • Oceniono. / 5. Na podstawie oceny klientów
Przeglądanie stron 127
120 Appendix A5 OxGauss Function Summary
returns the polynomial coefficients
polymat(x,p);
returns x^1 ~ ... ~ x^p
polymult(c1,c2);
multiplies two polynomials
polyroot(poly);
returns the roots of the polynomial
pqgwin
ignored
prcsn n;
ignored
print [/type] [/onoff] [/rowsep] [/fmt] [expression-list][;];
print
printdos str;
prints a string
printfm(x,mask,fmt);
prints a mixed character/numeric matrix
printfmt(x,mask);
prints a mixed character/numeric matrix
prodc(x);
returns a row vector with the products of the elements in each column
putf(f,str,start,len,mode,append);
unsupported
QProg(start,q,r,a,b,c,d,bnds);
unsupported
{q,r}=qqr(x);
QR decomposition without pivoting
{q,r,p}=qqre(x);
QR decomposition with pivoting, p holds permutation indices
{q,r,p}=qqrep(x,pvt);
as qqre (pvt is ignored)
r=qr(x);
QR decomposition without pivoting
{r,p}=qre(x);
QR decomposition with pivoting, p holds permutation indices
{r,p}=qrep(x,pvt);
as qre (pvt is ignored)
qrsol(b,U);
returns x from Ux=B where U is upper triangular
qrtsol(b,L);
returns x from Lx=B where L is lower triangular
{qty,r}=qtyr(y,x);
QR decomposition without pivoting, returning Q’Y and R
{qty,r,p}=qtyre(y,x);
Przeglądanie stron 127
1 2 ... 123 124 125 126 127 128 129 130 131 132 133 ... 171 172

Komentarze do niniejszej Instrukcji

Brak uwag