代码搜索：solves
找到约 1,488 项符合「solves」的源代码
代码结果 1,488
www.eeworm.com/read/247527/12652677
m pfminlcon.m
function [X,FVAL,EXITFLAG,OUTPUT] = pfminlcon(FUN,initialX,Aineq,Bineq,Aeq,Beq,LB,UB,options)
%PFMINLCON Finds a linearly constrained minimum of a function.
% PFMINLCON solves problems of the form
www.eeworm.com/read/392017/8367265
m find_params.m
function out=find_params(TFS,HS)
% function out=find_params(TFS,HS)
%
% This function solves (if possible) the values for symbolic parameters in HS.
% Basicly this function is about solving a syst
www.eeworm.com/read/188512/8532205
cpp gradebook.cpp
// Fig. 4.9: GradeBook.cpp
// Member-function definitions for class GradeBook that solves the
// class average program with counter-controlled repetition.
#include
using std::cout;
us
www.eeworm.com/read/430096/8766952
java finaloverridingillusionex.java
// reusing/FinalOverridingIllusionEx.java
// TIJ4 Chapter Reusing, Exercise 20, page 269
// Show that the @Override annotation solves the problem in ths section
import static net.mindview.util.Prin
www.eeworm.com/read/427233/8959635
m mst_k.m
%MST_k.m
%This program solves the Minimum Spanning Tree problem by using Kruskal Algorithm.')
n=input('Enter the vertices number of the graph:n= ')
W=input('Enter the weight adjacent matrix of the
www.eeworm.com/read/427201/8966333
m rwg3.m
%RWG3-FREQUENCY LOOP
% Calculates the impedance matrix using function IMPMET
% and solves MoM equations.
% Takes into account lumped elements (L, C, R) - antenna load
% Uses the mesh fil
www.eeworm.com/read/184067/9123674
m nlsqold.m
function [x,OPTIONS,CostFunction,JACOB] = nlsqold(FUN,x,OPTIONS,GRADFUN,varargin)
%NLSQ Solves non-linear least squares problems.
% NLSQ is the core code for solving problems of the form:
% min
www.eeworm.com/read/281848/9130207
java finaloverridingillusionex.java
// reusing/FinalOverridingIllusionEx.java
// TIJ4 Chapter Reusing, Exercise 20, page 269
// Show that the @Override annotation solves the problem in ths section
import static net.mindview.util.Prin
www.eeworm.com/read/281807/9132884
m rwg3.m
%RWG3-FREQUENCY LOOP
% Calculates the impedance matrix using function IMPMET
% and solves MoM equations.
% Takes into account lumped elements (L, C, R) - antenna load
% Uses the mesh fil
www.eeworm.com/read/376212/9324998
m fps.m
function u = fps(p, isSlope, dx, dy)
% fps -- Fast Poisson solver with boundary values.
% fps(p) solves laplacian(u) = p for u, assuming the
% boundary values are given along the perimeter of
%