C++关于信息学竞赛 二维数组23个源文件试题 供初学者练习
#include
using namespace std;
main()
{
int a[6][6],max,max_y,min,min_x;
for(int i=1;i<6;i++)
for(int j=1;j<6;j++)
cin>>a[i][j];
for(int i=1;i<6;i++)
{
max=a[i][1];max_y=1;
for(int j=2;j<6;j++)
if(a[i][j]>max) {max=a[i][j];max_y=j; } //本行最大值存入max 本行中最大值所在的列下标 存入max_y
min=a[1][max_y];min_x=1;
for(int j=2;j<6;j++)
if(a[j][max_y]
2024-05-17 15:16:16
10KB
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以天鹰优化算法（Aquila Optimizer, AO）为例，测试函数为23个经典单目标测试函数，能直接运行，可二次开发。资源包括：23个经典单目标测试函数+AO算法+AO原始paper。
2024-04-25 10:39:42
4.85MB
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世界顶级23类超强密码破解工具_多机版[2012-1-1].zip；[本站资源全部免费]；2012年最新整理；2012最新...
2024-04-17 19:47:39
4.39MB
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目 录
0 引言..............................................................................................................................................2
0.1 设计模式解析（总序）.....................................................................................................2
0.2 设计模式解析后记.............................................................................................................2
0.3 与作者联系........................................................................................................................5
1 创建型模式...................................................................................................................................5
1.1 Factory模式 ........................................................................................................................5
1.2 AbstactFactory模式 .......................................................................................................... 11
1.3 Singleton模式...................................................................................................................16
1.4 Builder模式.......................................................................................................................18
1.5 Prototype模式...................................................................................................................23
2 结构型模式.................................................................................................................................26
2.1 Bridge模式........................................................................................................................26
2.2 Adapter模式......................................................................................................................31
2.3 Decorator模式...................................................................................................................35
2.4 Composite模式.................................................................................................................40
2.5 Flyweight模式 ..................................................................................................................44
2.6 Facade模式.......................................................................................................................49
2.7 Proxy模式.........................................................................................................................52
3 行为模式.....................................................................................................................................55
3.1 Template模式....................................................................................................................55
3.2 Strategy模式 .....................................................................................................................59
3.3 State模式...........................................................................................................................63
3.4 Observer模式....................................................................................................................68
3.5 Memento模式...................................................................................................................73
3.6 Mediator模式....................................................................................................................76
3.7 Command模式..................................................................................................................81
3.8 Visitor模式........................................................................................................................87
3.9 Chain of Responsibility模式.............................................................................................92
3.10 Iterator模式.....................................................................................................................96
3.11 Interpreter模式..............................................................................................................100
4 说明 .........................................................................................
2024-03-23 09:41:45
1.64MB
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