代码搜索：problems
找到约 3,996 项符合「problems」的源代码
代码结果 3,996
www.eeworm.com/read/141937/12976664
pas curr64.pas
unit Curr64;
interface
// Delphi's Currency type is dependent on the floating point process,
// which can lead to problems if the FPU precision changes. This unit
// implements Currency-like beh
www.eeworm.com/read/321971/13391672
m f6_spiral_dyn.m
% f6_spiral_dyn.m
% Schaffer's F6 function
% commonly used to test optimization/global minimization problems
%
% This version moves the minimum about a Fermat Spiral
% according to the equation:
www.eeworm.com/read/318008/13490616
m set_my_path.m
%%%%%%%%%%%%%%% set_my_path.m %%%%%%%%%%%%%%%%%%%
% Discrete-Time Control Problems using %
% MATLAB and the Control System Toolbox %
% by J.H. Chow, D.K. Frederick, & N.W. Chbat
www.eeworm.com/read/318008/13490618
m xy2p.m
function [mag,theta] = xy2p(pp)
%
%%%%%%%%%%%%%%%%%%%% xy2p.m %%%%%%%%%%%%%%%%%%%%%
% Discrete-Time Control Problems using %
% MATLAB and the Control System Toolbox %
% by J.H. Ch
www.eeworm.com/read/316143/13529586
m f6_spiral_dyn.m
% f6_spiral_dyn.m
% Schaffer's F6 function
% commonly used to test optimization/global minimization problems
%
% This version moves the minimum about a Fermat Spiral
% according to the equation:
www.eeworm.com/read/311695/13627010
m f6_spiral_dyn.m
% f6_spiral_dyn.m
% Schaffer's F6 function
% commonly used to test optimization/global minimization problems
%
% This version moves the minimum about a Fermat Spiral
% according to the equation:
www.eeworm.com/read/308997/13684342
m f6_spiral_dyn.m
% f6_spiral_dyn.m
% Schaffer's F6 function
% commonly used to test optimization/global minimization problems
%
% This version moves the minimum about a Fermat Spiral
% according to the equation:
www.eeworm.com/read/238536/13877407
pas curr64.pas
unit Curr64;
interface
// Delphi's Currency type is dependent on the floating point process,
// which can lead to problems if the FPU precision changes. This unit
// implements Currency-like beh
www.eeworm.com/read/147529/5728650
m sqpmin.m
function[x,val,output,ex,lambda]=sqpmin(c,H,xstart,A,b,lb,ub,verb,options,computeLambda)
%SQPMIN Solve quadratic problems with box constraints or linear equalities
%
% Locate local soln to
%
%
www.eeworm.com/read/147529/5728860
m sqpmin.m
function[x,val,output,ex,lambda]=sqpmin(c,H,xstart,A,b,lb,ub,verb,options,computeLambda)
%SQPMIN Solve quadratic problems with box constraints or linear equalities
%
% Locate local soln to
%
%