代码搜索：fprintf
找到约 10,000 项符合「fprintf」的源代码
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www.eeworm.com/read/140697/13066820
m alg035.m
% CLAMPED CUBIC SPLINE ALGORITHM 3.5
%
% To construct the cubic spline interpolant S for the function f,
% defined at the numbers x(0) < x(1) < ... < x(n), satisfying
% S'(x(0)) = f'(x(0)) an
www.eeworm.com/read/140697/13066829
m alg103.m
% STEEPEST DESCENT ALGORITHM 10.3
%
% To approximate a solution P to the minimization problem
% G(P) = MIN( G(X) : X in R(n) )
% given an initial approximation X:
%
% INPUT: Num
www.eeworm.com/read/140697/13066833
m alg122.m
% HEAT EQUATION BACKWARD-DIFFERENCE ALGORITHM 12.2
%
% To approximate the solution to the parabolic partial-differential
% equation subject to the boundary conditions
% u(0,t) = u(l
www.eeworm.com/read/140697/13066840
m alg061.m
% GAUSSIAN ELIMINATION WITH BACKWARD SUBSTITUTION ALGOTITHM 6.1
%
% To solve the n by n linear system
%
% E1: A(1,1) X(1) + A(1,2) X(2) +...+ A(1,n) X(n) = A(1,n+1)
% E2: A(2,1) X(1) + A(2,2) X
www.eeworm.com/read/140697/13066844
m alg065.m
% LDL^t ALGORITHM 6.5
%
% To factor the positive definite n by n matrix A into LDL**T,
% where L is a lower triangular matrix with ones along the diagonal
% and D is a diagonal matrix with positiv
www.eeworm.com/read/140697/13066850
m alg081.m
% PADE RATIONAL APPROXIMATION ALGORITHM 8.1
%
% To obtain the rational approximation
%
% r(x) = p(x) / q(x)
% = (p0 + p1*x + ... + Pn*x^n) / (q0 + q1*x + ... + qm*x^m)
%
% for a gi
www.eeworm.com/read/140697/13066852
m alg045.m
% GAUSSIAN DOUBLE INTEGRAL ALGORITHM 4.5
%
% To approximate I = double integral (( f(x, y) dy dx )) with limits
% of integration from a to b for x and from c(x) to d(x) for y:
%
% INPUT:
www.eeworm.com/read/140697/13066857
m alg071.m
% JACOBI ITERATIVE ALGORITHM 7.1
%
% To solve Ax = b given an initial approximation x(0).
%
% INPUT: the number of equations and unknowns n; the entries
% A(I,J), 1
www.eeworm.com/read/140697/13066860
m alg033.m
% HERMITE INTERPOLATION ALGORITHM 3.3
%
% TO OBTAIN THE COEFFICIENTS OF THE HERMITE INTERPOLATING
% POLYNOMIAL H ON THE (N+1) DISTINCT NUMBERS X(0), ..., X(N)
% FOR THE FUNCTION F:
%
% IN
www.eeworm.com/read/140697/13066862
m alg074.m
% ITERATIVE REFINEMENT ALGORITHM 7.4
%
% To approximate the solution to the linear system Ax=b when A is
% suspected to be ill-conditioned:
%
% INPUT: The number of equations and unknowns n; the