代码搜索:three-dimensional

找到约 186 项符合「three-dimensional」的源代码

代码结果 186
www.eeworm.com/read/326313/13148622

m round.m

function P = round(P) % ROUND -- built-in ROUND, extended to matrix polynomials % % P = round(P) % % Round entries in P.coef to the nearest integer. % Copyright (c) 2004 by Fritz Kein
www.eeworm.com/read/326313/13148650

m ceil.m

function P = ceil(P) % CEIP -- built-in CEIL, extended to matrix polynomials % % P = ceil(P) % % Round P.coef towards +infinity. % Copyright (c) 2004 by Fritz Keinert (keinert@iastate
www.eeworm.com/read/326313/13148666

m floor.m

function P = floor(P) % FLOOR -- built-in FLOOR, extended to matrix polynomials % % P = floor(P) % % Round P.coef towards -infinity. % Copyright (c) 2004 by Fritz Keinert (keinert@ias
www.eeworm.com/read/326313/13148677

m fix.m

function P = fix(P) % FIX -- built-in FIX, extended to matrix polynomials % % P = fix(P) % % Round P.coef towards 0. % Copyright (c) 2004 by Fritz Keinert (keinert@iastate.edu), % De
www.eeworm.com/read/341010/12114139

html appendixg.html

www.eeworm.com/read/228652/14371570

m round.m

function P = round(P) % ROUND -- built-in ROUND, extended to matrix polynomials % % P = round(P) % % Round entries in P.coef to the nearest integer. % Copyright (c) 2004 by Fritz Kein
www.eeworm.com/read/228652/14371602

m ceil.m

function P = ceil(P) % CEIP -- built-in CEIL, extended to matrix polynomials % % P = ceil(P) % % Round P.coef towards +infinity. % Copyright (c) 2004 by Fritz Keinert (keinert@iastate
www.eeworm.com/read/228652/14371640

m floor.m

function P = floor(P) % FLOOR -- built-in FLOOR, extended to matrix polynomials % % P = floor(P) % % Round P.coef towards -infinity. % Copyright (c) 2004 by Fritz Keinert (keinert@ias
www.eeworm.com/read/228652/14371671

m fix.m

function P = fix(P) % FIX -- built-in FIX, extended to matrix polynomials % % P = fix(P) % % Round P.coef towards 0. % Copyright (c) 2004 by Fritz Keinert (keinert@iastate.edu), % De
www.eeworm.com/read/450271/7486493

h n2d.h

//a class for changing NFA to DFA #include #include using namespace std; class N2D { int m; int value1[2],value2[2],value3[2],value4[2],value5[2],value6[2]; public: vector