代码搜索结果

y=1; x=2; disp("start") if (x>1) y=7+x; endif disp("end")

y=1; x=2; disp("start") if(4

y=1; x=2; disp("start") if (x>1) y=7+x; endif disp("end")

y=1; x=2; disp("start") if(4

/********************************************************************** * y = mextriang(U,b,options) * Given nxn upper-triangular matrix U, * options = 1 (default), solves U *y = b, *

/* y = fwblkslv(L,b, [y]) Given block sparse Cholesky structure L, as generated by SPARCHOL, this solves the equation "L.L * y = b(L.perm,:)", i.e. y = L.L\b(L.perm,:). The diagonal of

/* y = bwblkslv(L,b, [y]) Given block sparse Cholesky structure L, as generated by SPARCHOL, this solves the equation "L.L' * y(L.perm) = b", i.e. y(L.perm) = L.L'\b. The diagonal of L

;# Library file y.s has linkonce entries for fn and fn2. Note ;# that this version of fn has different code, as if compiled ;# with different optimization flags than the one in x.s (not ;# important

y: move.d expfn:GOTOFF,$r10 move.d expobj:GOTOFF,$r11

;# Library file y.s has linkonce entries for fn and fn2. Note ;# that this version of fn has different code, as if compiled ;# with different optimization flags than the one in x.s (not ;# important