АлгоритмфункцииvoidStartTanks (objectsender, EventArgse) - функциязапускает или останавливает игру гонки (танки).

Начало.

Входные данные:

sender - системный объект типа objectкоторый вызвал событие.

e - объект типа EventArgs - системные аргументы произошедшего события.

Tanks_ - объект класса MainWindowтипа Tanks для запуска игры "гонки (танки)".

thrTime - объект класса MainWindowтипа Threadдля запуска таймера в отдельном потоке.

richTextBox1, richTextBox2 - объекты класса MainWindowтипа RichTextBox содержащие имена игроков.

if (Tanks_ == null) если объект игры "гонки (танки)" не инициализирован то выполняем пункты 3-9 иначе переходим к 10 пункту.

checkBox2. Text = “Stop”; помечаем кнопку запуска теперь как кнопку остановки.

Tanks_ = newTanks (); инициализируем объект Tanks_.

Tanks_. Start (); запускаем игру "гонки (танки)".

richTextBox1. Enabled = false; закрываем доступ для изменения имени игрока 1.

richTextBox2. Enabled = false; закрываем доступ для изменения имени игрока 2.

Tanks_. Tank_1. name = richTextBox2. Text; приваиваемимятанку 2.

Tanks_. Tank_. name = richTextBox1. Text; приваиваемимятанку 1.

checkBox2. Text = “Start”; помечаем кнопку остановки теперь как кнопку запуска.

Tanks_. thr. Abort (); останавливаем поток в котором выполняется игра "гонки (танки)".

Tanks_. ClearTable (); чистим игровую доску.

Tanks_ = null; обнуляем объект игры "гонки (танки)".

thrTime. Abort (); останавливаем поток в котором выполнялся таймер.

label11. Text = “0”; обнуляем таймер

richTextBox1. Enabled = true; открываем доступ для изменения имени игрока 1.

richTextBox2. Enabled = true; открываем доступ для изменения имени игрока 2.

Конец

7. Результат работы программы

В результате данной работы была создана программа, для игры в гонки и стройку на основе игровой системы тетрис. Программа выполненна в современной эргономике и будет интересна разным вовзрастным категориям. Есть возможность на базе этой программы разрабатывать дополнительные игры.

Поддерживаемые операционный системы:

КлассShape - отвечает за падающую фигуру в игре "стройка".

using System;

using System. Collections. Generic;

using System. Linq;

using System. Text;

using System. Threading. Tasks;

using System. Drawing;

using System. Drawing. Drawing2D;

namespace TetrixSystem

{

publicclassShape

{

staticpublicint lastShape = 0;

staticpublicint count = 0;

staticpublicint nextShape = 0;

staticpublicint state = 1;

staticpublicbool d = true;

staticpublicint [,] coord = {

{0,0}, // x,y

{0,0},

{0,0},

{0,0},

};

staticpublicint [,] tcoord = {

{0,0}, // x,y

{0,0},

{0,0},

{0,0},

};

publicvoid left ()

{

if (coord [0, 0] == 0 || coord [1, 0] == 0 || coord [2, 0] == 0 || coord [3, 0] == 0)

return;

int x = 0;

int y = 0;

int x1 = 0;

int y1 = 0;

bool f = false;

for (int i = 0; i < 4; i++)

{

x = coord [i, 0];

y = coord [i, 1];

if (MainWindow. table [x - 1, y] == true)

{

for (int j = 0; j < 4; j++)

{

x1 = coord [j, 0];

y1 = coord [j, 1];

if (x - 1 == x1 && y == y1)

{

f = true;

break;

}

}

if (! f) return;

f = false;

}

}

remove ();

coord [0, 0] - -;

coord [1, 0] - -;

coord [2, 0] - -;

coord [3, 0] - -;

toTable ();

MainWindow. Inv ();

}

publicvoid right ()

{

if (coord [0, 0] == 9 || coord [1, 0] == 9 || coord [2, 0] == 9 || coord [3, 0] == 9)

return;

int x = 0;

int y = 0;

int x1 = 0;

int y1 = 0;

bool f = false;

for (int i = 0; i < 4; i++)

{

x = coord [i, 0];

y = coord [i, 1];

if (MainWindow. table [x + 1, y] == true)

{

for (int j = 0; j < 4; j++)

{

x1 = coord [j, 0];

y1 = coord [j, 1];

if (x + 1 == x1 && y == y1)

{

f = true;

break;

}

}

if (! f) return;

f = false;

}

}

remove ();

coord [0, 0] ++;

coord [1, 0] ++;

coord [2, 0] ++;

coord [3, 0] ++;

toTable ();

MainWindow. Inv ();

}

publicbool down ()

{

if (coord [0, 1] == 18 || coord [1, 1] == 18 || coord [2, 1] == 18 || coord [3, 1] == 18)

returnfalse;

int x = 0;

int y = 0;

int x1 = 0;

int y1 = 0;

bool f = false;

for (int i = 0; i < 4; i++)

{

x = coord [i, 0];

y = coord [i, 1];

if (MainWindow. table [x, y + 1] == true)

{

for (int j = 0; j < 4; j++)

{

x1 = coord [j, 0];

y1 = coord [j, 1];

if (x == x1 && y + 1 == y1)

{

f = true;

break;

}

}

if (! f)

returnfalse;

f = false;

}

}

remove ();

coord [0, 1] ++;

coord [1, 1] ++;

coord [2, 1] ++;

coord [3, 1] ++;

toTable ();

MainWindow. Inv ();

returntrue;

}

staticpublicint x (int index) { return coord [index, 0]; }

staticpublicint y (int index) { return coord [index, 1]; }

staticpublicvoid setX (int index, int x) { coord [index, 0] = x; }

staticpublicvoid setY (int index, int y) { coord [index, 1] = y; }

staticpublicvoid tmoveCoord (int id, string d, int c = 1)

{

for (int i = 0; i < c; i++)

{

switch (d)

{

case"Left":

tcoord [id, 0] = tcoord [id, 0] - 1; break;

case"Right":

tcoord [id, 0] = tcoord [id, 0] + 1; break;

case"Up":

tcoord [id, 1] = tcoord [id, 1] - 1; break;

case"Down":

tcoord [id, 1] = tcoord [id, 1] + 1; break;

}

}

}

staticpublicvoid setCoord (int x1, int y1, int x2, int y2, int x3, int y3, int x4, int y4)

{

coord [0, 0] = x1;

coord [0, 1] = y1;

coord [1, 0] = x2;

coord [1, 1] = y2;

coord [2, 0] = x3;

coord [2, 1] = y3;

coord [3, 0] = x4;

coord [3, 1] = y4;

}

staticpublicvoid copy (int [,] m1, int [,] m2)

{

for (int i = 0; i < 4; i++)

{

for (int j = 0; j < 2; j++)

{

m1 [i, j] = m2 [i, j];

}

}

}

staticpublicbool checkCoord (int [,] m)

{

for (int i = 0; i < 4; i++)

{

if (m [i, 0] < 0 || m [i, 0] > 9)

returnfalse;

if (m [i, 1] < 0 || m [i, 1] > 18)

returnfalse;

if (MainWindow. table [m [i, 0], m [i, 1]] == true)

{

bool f = false;

for (int i_ = 0; i_ < 4; i_++)

{

if (m [i, 0] == coord [i_, 0] && m [i, 1] == coord [i_, 1])

f = true;

}

if (! f)

returnfalse;

}

}

returntrue;

}

staticpublicvoid rotate_left ()

{

if (lastShape == 1)

return;

copy (tcoord, coord);

switch (lastShape)

{

case 2: // палка

if (state == 1)

{

tmoveCoord (2, "Down");

tmoveCoord (2, "Left");

tmoveCoord (1, "Down",

2);

tmoveCoord (1, "Right");

tmoveCoord (0, "Down",

3);

tmoveCoord (0, "Right",

2);

if (! checkCoord (tcoord))

return;

remove ();

state = 2;

copy (coord, tcoord);

}

elseif (state == 2)

{

tmoveCoord (2, "Up");

tmoveCoord (2, "Right");

tmoveCoord (1, "Up",

2);

tmoveCoord (1, "Left");

tmoveCoord (0, "Up",

3);

tmoveCoord (0, "Left",

2);

if (! checkCoord (tcoord))

return;

remove ();

state = 1;

copy (coord, tcoord);

}

break;

case 6: // левая

if (state == 1)

{

tmoveCoord (2, "Up");

tmoveCoord (3, "Right",

2);

tmoveCoord (3, "Up");

if (! checkCoord (tcoord))

return;

remove ();

state = 2;

copy (coord, tcoord);

}

elseif (state == 2)

{

tmoveCoord (2, "Down");

tmoveCoord (3, "Left",

2);

tmoveCoord (3, "Down");

if (! checkCoord (tcoord))

return;

remove ();

state = 1;

copy (coord, tcoord);

}

break;

case 7: // правая

if (state == 1)

{

tmoveCoord (0, "Right");

tmoveCoord (3, "Right");

tmoveCoord (3, "Up",

2);

if (! checkCoord (tcoord))

return;

remove ();

state = 2;

copy (coord, tcoord);

}

elseif (state == 2)

{

tmoveCoord (0, "Left");

tmoveCoord (3, "Left");

tmoveCoord (3, "Down",

2);

if (! checkCoord (tcoord))

return;

remove ();

state = 1;

copy (coord, tcoord);

}

break;

case 3: // _|_

if (state == 1)

{

tmoveCoord (1, "Right");

tmoveCoord (1, "Up");

tmoveCoord (2, "Right",

2);

tmoveCoord (2, "Up",

2);

if (! checkCoord (tcoord))

return;

remove ();

state = 2;

copy (coord, tcoord);

}

elseif (state == 2)

{

tmoveCoord (1, "Up");

tmoveCoord (1, "Left");

tmoveCoord (3, "Left",

2);

tmoveCoord (3, "Up",

2);

if (! checkCoord (tcoord))

return;

remove ();

state = 3;

copy (coord, tcoord);

}

elseif (state == 3)

{

tmoveCoord (1, "Left");

tmoveCoord (1, "Down");

tmoveCoord (2, "Down",

2);

tmoveCoord (2, "Left",

2);

if (! checkCoord (tcoord))

return;

remove ();

state = 4;

copy (coord, tcoord);

}

elseif (state == 4)

{

tmoveCoord (1, "Down");

tmoveCoord (1, "Right");

tmoveCoord (3, "Down",

2);

tmoveCoord (3, "Right",

2);

if (! checkCoord (tcoord))

return;

remove ();

state = 1;

copy (coord, tcoord);

}

break;

case 4:

if (state == 1)

{

tmoveCoord (2, "Right");

tmoveCoord (3, "Left");

tmoveCoord (0, "Right",

2);

tmoveCoord (0, "Down");

tmoveCoord (1, "Right",

2);

tmoveCoord (1, "Down");

if (! checkCoord (tcoord))

return;

remove ();

state = 2;

copy (coord, tcoord);

}

elseif (state == 2)

{

tmoveCoord (3, "Up",

2);

tmoveCoord (3, "Right");

tmoveCoord (2, "Up",

2);

tmoveCoord (2, "Right");

if (! checkCoord (tcoord))

return;

remove ();

state = 3;

copy (coord, tcoord);

}

elseif (state == 3)

{

tmoveCoord (0, "Left",

2);

tmoveCoord (0, "Up", 1);

tmoveCoord (1, "Left",

2);

tmoveCoord (1, "Up");

if (! checkCoord (tcoord))

return;

remove ();

state = 4;

copy (coord, tcoord);

}

elseif (state == 4)

{

tmoveCoord (3, "Down",

2);

tmoveCoord (2, "Down",

2);

tmoveCoord (2, "Left",

2);

if (! checkCoord (tcoord))

return;

remove ();

state = 1;

copy (coord, tcoord);

}

break;

case 5:

if (state == 1)

{

tmoveCoord (2, "Left");

tmoveCoord (2, "Up",

2);

tmoveCoord (3, "Left");

tmoveCoord (3, "Up",

2);

if (! checkCoord (tcoord))

return;

remove ();

state = 2;

copy (coord, tcoord);

}

elseif (state == 2)

{

tmoveCoord (0, "Down");

tmoveCoord (0, "Left",

2);

tmoveCoord (1, "Down");

tmoveCoord (1, "Left",

2);

if (! checkCoord (tcoord))

return;

remove ();

state = 3;

copy (coord, tcoord);

}

elseif (state == 3)

{

tmoveCoord (2, "Down",

2);

tmoveCoord (3, "Right",

2);

tmoveCoord (3, "Down",

2);

if (! checkCoord (tcoord))

return;

remove ();

state = 4;

copy (coord, tcoord);

}

elseif (state == 4)

{

tmoveCoord (2, "Right");

tmoveCoord (3, "Left");

tmoveCoord (1, "Up");

tmoveCoord (1, "Right",

2);

tmoveCoord (0, "Up");

tmoveCoord (0, "Right",

2);

if (! checkCoord (tcoord))

return;

remove ();

state = 1;

copy (coord, tcoord);

}

break;

}

toTable ();

MainWindow. Inv ();

}

staticpublicvoid rotate_right ()

{

if (lastShape == 1)

return;

copy (tcoord, coord);

switch (lastShape)

{

case 2:

rotate_left ();

return;

case 6:

rotate_left ();

return;

case 7:

rotate_left ();

return;

case 3: // _|_

if (state == 1)

{

tmoveCoord (1, "Left");

tmoveCoord (1, "Up");

tmoveCoord (3, "Left",

2);

tmoveCoord (3, "Up",

2);

if (! checkCoord (tcoord))

return;

state = 4;

remove ();

copy (coord, tcoord);

}

elseif (state == 4)

{

tmoveCoord (1, "Up");

tmoveCoord (1, "Right");

tmoveCoord (2, "Right",

2);

tmoveCoord (2, "Up",

2);

if (! checkCoord (tcoord))

return;

state = 3;

remove ();

copy (coord, tcoord);

}

elseif (state == 3)

{

tmoveCoord (1, "Right");

tmoveCoord (1, "Down");

tmoveCoord (3, "Down",

2);

tmoveCoord (3, "Right",

2);

if (! checkCoord (tcoord))

return;

state = 2;

remove ();

copy (coord, tcoord);

}

elseif (state == 2)

{

tmoveCoord (1, "Down");

tmoveCoord (1, "Left");

tmoveCoord (2, "Down",

2);

tmoveCoord (2, "Left",

2);

if (! checkCoord (tcoord))

return;

state = 1;

remove ();

copy (coord, tcoord);

}

break;

case 4:

if (state == 1)

{

tmoveCoord (3, "Up",

2);

tmoveCoord (2, "Right",

2);

tmoveCoord (2, "Up",

2);

if (! checkCoord (tcoord))

return;

state = 4;

remove ();

copy (coord, tcoord);

}

elseif (state == 4)

{

tmoveCoord (0, "Down");

tmoveCoord (1, "Down");

tmoveCoord (0, "Right",

2);

tmoveCoord (1, "Right",

2);

if (! checkCoord (tcoord))

return;

state = 3;

remove ();

copy (coord, tcoord);

}

elseif (state == 3)

{

tmoveCoord (3, "Left");

tmoveCoord (3, "Down",

2);

tmoveCoord (2, "Left");

tmoveCoord (2, "Down",

2);

if (! checkCoord (tcoord))

return;

state = 2;

remove ();

copy (coord, tcoord);

}

elseif (state == 2)

{

tmoveCoord (0, "Up");

tmoveCoord (1, "Up");

tmoveCoord (0, "Left",

2);

tmoveCoord (1, "Left",

2);

tmoveCoord (2, "Left");

tmoveCoord (3, "Right");

if (! checkCoord (tcoord))

return;

state = 1;

remove ();

copy (coord, tcoord);

}

break;

case 5:

if (state == 1)

{

tmoveCoord (2, "Left");

tmoveCoord (3, "Right");

tmoveCoord (1, "Left",

2);

tmoveCoord (1, "Down");

tmoveCoord (0, "Left",

2);

tmoveCoord (0, "Down");

if (! checkCoord (tcoord))

return;

state = 4;

remove ();

copy (coord, tcoord);

}

elseif (state == 4)

{

tmoveCoord (2, "Up",

2);

tmoveCoord (3, "Up",

2);

tmoveCoord (3, "Left",

2);

if (! checkCoord (tcoord))

return;

state = 3;

remove ();

copy (coord, tcoord);

}

elseif (state == 3)

{

tmoveCoord (0, "Right",

2);

tmoveCoord (0, "Up");

tmoveCoord (1, "Right",

2);

tmoveCoord (1, "Up");

if (! checkCoord (tcoord))

return;

state = 2;

remove ();

copy (coord, tcoord);

}

elseif (state == 2)

tmoveCoord (2, "Down",

2);

tmoveCoord (2, "Right");

tmoveCoord (3, "Down",

2);

tmoveCoord (3, "Right");

if (! checkCoord (tcoord))

return;

state = 1;

remove ();

copy (coord, tcoord);

break;

}

toTable ();

MainWindow. Inv ();

}

staticprivatevoid remove ()

{

int x = 0;

int y = 0;

for (int i = 0; i < 4; i++)

{

x = coord [i, 0];

y = coord [i, 1];

MainWindow. table [x, y] = false;

}

}

staticpublicvoid clear ()

{

for (int i = 0; i < 4; i++)

{

coord [i, 0] = coord [i, 1] = 0;

}

lastShape = count = nextShape = 0;

}

staticpublicvoid toTable ()

{

for (int i = 0; i < 4; i++)

MainWindow. table [coord [i, 0], coord [i, 1]] = true;

}

staticpublicint RandomShape ()

{

Random rand = newRandom ();

int type = 0;

do

{

type = rand. Next (1,7);

if (type == lastShape)

{

count++;

if (count < 4)

break;

}

else

break;

} while (true);

return type;

}

staticpublicvoid createShape (int type)

{

switch (type)

{

case 1: // квадрат

setCoord (4, 0, 4, 1, 5, 0, 5, 1); break;

case 2: // палка

setCoord (5, 0, 5, 1, 5, 2, 5,3); break;

case 3: // _|_

setCoord (5, 0, 5, 1, 4, 1, 6, 1); break;

case 4: // |_

setCoord (4, 0, 4, 1, 4, 2, 5,2); break;

case 5: // _|

setCoord (5, 0, 5, 1, 5, 2, 4,2); break;

case 6: // левая

setCoord (5, 0, 5, 1, 4, 1, 4,2); break;

case 7: // правая

setCoord (4, 0, 4, 1, 5, 1, 5,2); break;

}

state = 1;

lastShape = type;

MainWindow. Inv ();

}

}

}

КлассBuild - отвечает за игровой процесс игры "стройка".

using System;

using System. Collections. Generic;

using System. Linq;

using System. Text;

using System. Threading. Tasks;

using System. Windows. Forms;

using System. Threading;

namespace TetrixSystem

{

publicclassBuild

{

publicstaticint Level = 0;

publicstaticint Score = 0;

publicstaticint mode = 1;

publicstaticint Shapes = 0;

publicstaticint LinesRemoved = 0;

publicint speed = 600;

publicstaticbool space = false;

publicstaticbool isPaused = false;

publicThread thr = null;

publicvoid Start (int m)

{

ClearTable ();

Level = 1;

Score = 0;

Shapes = 0;

mode = m;

thr = newThread (newThreadStart (tableProc));

thr. Start ();

}

publicvoid tableProc ()

{

Shape. nextShape = Shape. RandomShape ();

for (;;)

{

Shape. createShape (Shape. nextShape);

Shape. nextShape = Shape. RandomShape ();

MainWindow. MF. nextPaint = true;

Shapes++;

switch (mode)

{

case 1:

if (Shapes % 60 == 0)

{

Level++;

speed - = 50;

MainWindow. MF. setLevel (Level);

}

break;

case 2:

if (Shapes % 30 == 0)

{

Level++;

speed - = 50;

MainWindow. MF. setLevel (Level);

}

break;

case 3:

if (Shapes % 20 == 0)

{

Level++;

speed - = 50;

MainWindow. MF. setLevel (Level);

}

break;

}

do

{

Thread. Sleep (speed);

} while (MainWindow. Shape_. down ());

space = false;

switch (mode)

{

case 1:

Score += 12;

break;

case 2:

Score += 15;

break;

case 3:

Score += 18;

break;

}

MainWindow. MF. setScoreShape (Score, Shapes);

LineRem ();

for (int i = 0; i < 4; i++)

{

if (Shape. y (i) == 0)

{

MainWindow. MF. EndGame ();

return;

}

}

}

}

staticpublicvoid LineRem ()

{

bool f = true;

int y = 0;

for (y = 18; y! = 0; y--)

{

f = true;

for (int x = 0; x < 10; x++)

{

if (MainWindow. table [x, y]! = true)

f = false;

}

if (f == true)

{

for (int y_ = y; y_! = 0; y_--)

{

for (int x_ = 0; x_ < 10; x_++)

{

MainWindow. table [x_, y_] = MainWindow. table [x_, (y_ - 1)];

}

}

y++;

LinesRemoved++;

Score += 100;

MainWindow. MF. setRemovLines (LinesRemoved);

MainWindow. MF. setScoreShape (Score, Shapes);

}

}

}

staticpublicvoid ClearTable ()

{

for (int i = 0; i < 10; i++)

for (int j = 0; j < 19; j++)

MainWindow. table [i, j] = false;

MainWindow. Inv ();

}

}

}

КлассShot - отвечает за пулю выпущенную из конкретного танка в игре "гоники (танки)".

using System;

using System. Collections. Generic;

using System. Linq;

using System. Text;

using System. Threading. Tasks;

using System. Windows. Forms;

using System. Threading;

namespace TetrixSystem

{

publicclassShot

{

publicint time;

publicint x = 0,y = 0;

Tank tank;

public Shot (Tank t, int t_ = 250)

{

tank = t;

time = t_;

x = tank. coord [0, 0];

y = tank. coord [0, 1];

}

publicvoid go ()

{

switch (tank. state)

{

case 1: y--; break;

case 2: x--; break;

case 3: y++; break;

case 4: x++; break;

}

if (! checkCoords ())

return;

int temp = tank. state;

while (true)

{

remove ();

switch (temp)

{

case 1:

y--;

if (! checkCoords ())

return;

break;

case 2:

x--;

if (! checkCoords ())

return;

break;

case 3:

y++;

if (! checkCoords ())

return;

break;

case 4:

x++;

break;

}

if (! checkCoords ())

return;

toTable ();

MainWindow. Inv ();

Thread. Sleep (time);

}

}

publicvoid toTable ()

{

MainWindow. table [x, y] = true;

}

publicvoid remove ()

{

MainWindow. table [x, y] = false;

}

publicbool checkCoords ()

{

if (y < 0)

{

y++;

remove ();

MainWindow. Inv ();

returnfalse;

}

elseif (y > 18)

{

y--;

remove ();

MainWindow. Inv ();

returnfalse;

}

elseif (x < 0)

{

x++;

remove ();

MainWindow. Inv ();

returnfalse;

}

elseif (x > 9)

{

x--;

remove ();

MainWindow. Inv ();

returnfalse;

}

if (MainWindow. table [x, y] == true)

{

remove ();

MainWindow. Inv ();

DestroyObj ();

returnfalse;

}

returntrue;

}

publicvoid DestroyObj ()

{

if (MainWindow. Tanks_. Tank_. inMe (x, y))

{

MainWindow. Tanks_. Tank_. wounded ();

return;

}

elseif (MainWindow. Tanks_. Tank_1. inMe (x, y))

{

MainWindow. Tanks_. Tank_1. wounded ();

return;

}

}

}

}

КлассTank - отвечает за танк в игре "гоники (танки)".

using System;

using System. Collections. Generic;

using System. Linq;

using System. Text;

using System. Threading. Tasks;

using System. Windows. Forms;

using System. Threading;

namespace TetrixSystem

{

publicclassTank

{

public Tank (string p = null, bool ToTable = false, string n = "player")

{

if (p! = null)

createTank (p);

if (ToTable)

toTable ();

name = n;

}

publicint health = 3;

publicint score = 0;

publicint cheat = 5;

publicstring name = "";

publicint [,] coord = {

{0,0}, // x,y

{0,0},

{0,0},

{0,0}

};

publicint [,] tcoord = {

{0,0}, // x,y

{0,0},

{0,0},

{0,0}

};

publicint state = 1;

publicint speedShots = 0;

publicvoid setCoord (int x1, int y1, int x2, int y2, int x3, int y3, int x4, int y4)

{

coord [0, 0] = x1;

coord [0, 1] = y1;

coord [1, 0] = x2;

coord [1, 1] = y2;

coord [2, 0] = x3;

coord [2, 1] = y3;

coord [3, 0] = x4;

coord [3, 1] = y4;

}

publicvoid tmoveCoord (int id, string d, int c = 1)

{

for (int i = 0; i < c; i++)

{

switch (d)

{

case"Left":

tcoord [id, 0] = tcoord [id, 0] - 1; break;

case"Right":

tcoord [id, 0] = tcoord [id, 0] + 1; break;

case"Up":

tcoord [id, 1] = tcoord [id, 1] - 1; break;

case"Down":

tcoord [id, 1] = tcoord [id, 1] + 1; break;

}

}

}

publicbool checkCoord (int [,] m)

{

for (int i = 0; i < 4; i++)

{

if (m [i, 0] < 0 || m [i, 0] > 9)

returnfalse;

if (m [i, 1] < 0 || m [i, 1] > 18)

returnfalse;

if (MainWindow. table [m [i, 0], m [i, 1]] == true)

{

bool f = false;

for (int i_ = 0; i_ < 4; i_++)

{

if (m [i, 0] == coord [i_, 0] && m [i, 1] == coord [i_, 1])

f = true;

}

if (! f)

returnfalse;

}

}

returntrue;

}

privatevoid remove ()

{

int x = 0;

int y = 0;

for (int i = 0; i < 4; i++)

{

x = coord [i, 0];

y = coord [i, 1];

MainWindow. table [x, y] = false;

}

}

publicvoid createTank (string pose)

{

switch (pose)

{

case"center":

setCoord (5, 8, 5, 9, 4, 9, 6,9);

break;

case"down":

setCoord (4, 17, 4, 18, 3, 18, 5, 18);

break;

case"up":

setCoord (6, 1, 6, 0, 7, 0, 5, 0);

state = 3;

break;

case"left":

setCoord (1, 7, 0, 7, 0, 6, 0,8);

state = 2;

break;

case"right":

setCoord (8, 9, 9, 9, 9, 10, 9,8);

state = 4;

break;

}

}

publicvoid toTable ()

{

for (int i = 0; i < 4; i++)

MainWindow. table [coord [i, 0], coord [i, 1]] = true;

MainWindow. Inv ();

}

publicvoid copy (int [,] m1, int [,] m2)

{

for (int i = 0; i < 4; i++)

{

for (int j = 0; j < 2; j++)

{

m1 [i, j] = m2 [i, j];

}

}

}

publicvoid left ()

{

if (coord [0, 0] == 0 || coord [1, 0] == 0 || coord [2, 0] == 0 || coord [3, 0] == 0)

return;

int x = 0;

int y = 0;

int x1 = 0;

int y1 = 0;

bool f = false;

for (int i = 0; i < 4; i++)

{

x = coord [i, 0];

y = coord [i, 1];

if (MainWindow. table [x - 1, y] == true)

{

for (int j = 0; j < 4; j++)

{

x1 = coord [j, 0];

y1 = coord [j, 1];

if (x - 1 == x1 && y == y1)

{

f = true;

break;

}

}

if (! f) return;

f = false;

}

}

remove ();

coord [0, 0] - -;

coord [1, 0] - -;

coord [2, 0] - -;

coord [3, 0] - -;

toTable ();

MainWindow. Inv ();

}

publicvoid right ()

{

if (coord [0, 0] == 9 || coord [1, 0] == 9 || coord [2, 0] == 9 || coord [3, 0] == 9)

return;

int x = 0;

int y = 0;

int x1 = 0;

int y1 = 0;

bool f = false;

for (int i = 0; i < 4; i++)

{

x = coord [i, 0];

y = coord [i, 1];

if (MainWindow. table [x + 1, y] == true)

{

for (int j = 0; j < 4; j++)

{

x1 = coord [j, 0];

y1 = coord [j, 1];

if (x + 1 == x1 && y == y1)

{

f = true;

break;

}

}

if (! f) return;

f = false;

}

}

remove ();

coord [0, 0] ++;

coord [1, 0] ++;

coord [2, 0] ++;

coord [3, 0] ++;

toTable ();

MainWindow. Inv ();

}

publicbool down ()

{

if (coord [0, 1] == 18 || coord [1, 1] == 18 || coord [2, 1] == 18 || coord [3, 1] == 18)

returnfalse;

int x = 0;

int y = 0;

int x1 = 0;

int y1 = 0;

bool f = false;

for (int i = 0; i < 4; i++)

{

x = coord [i, 0];

y = coord [i, 1];

if (MainWindow. table [x, y + 1] == true)

{

for (int j = 0; j < 4; j++)

{

x1 = coord [j, 0];

y1 = coord [j, 1];

if (x == x1 && y + 1 == y1)

{

f = true;

break;

}

}

if (! f)

returnfalse;

f = false;

}

}

remove ();

coord [0, 1] ++;

coord [1, 1] ++;

coord [2, 1] ++;

coord [3, 1] ++;

toTable ();

MainWindow. Inv ();

returntrue;

}

publicbool up ()

{

if (coord [0, 1] == 0 || coord [1, 1] == 0 || coord [2, 1] == 0 || coord [3, 1] == 0)

returnfalse;

int x = 0;

int y = 0;

int x1 = 0;

int y1 = 0;

bool f = false;

for (int i = 0; i < 4; i++)

{

x = coord [i, 0];

y = coord [i, 1];

if (MainWindow. table [x, y - 1] == true)

{

for (int j = 0; j < 4; j++)

{

x1 = coord [j, 0];

y1 = coord [j, 1];

if (x == x1 && y - 1 == y1)

{

f = true;

break;

}

}

if (! f)

returnfalse;

f = false;

}

}

remove ();

coord [0, 1] - -;

coord [1, 1] - -;

coord [2, 1] - -;

coord [3, 1] - -;

toTable ();

MainWindow. Inv ();

returntrue;

}

publicbool rightRot (string test = "no test")

{

copy (tcoord, coord);

int stateBackup = state;

if (state == 1)

{

tmoveCoord (1, "Left");

tmoveCoord (1, "Up");

tmoveCoord (3, "Left",

2);

tmoveCoord (3, "Up",

2);

if (! checkCoord (tcoord))

returnfalse;

state = 4;

}

elseif (state == 4)

{

tmoveCoord (1, "Up");

tmoveCoord (1, "Right");

tmoveCoord (2, "Right",

2);

tmoveCoord (2, "Up",

2);

if (! checkCoord (tcoord))

returnfalse;

state = 3;

}

elseif (state == 3)

{

tmoveCoord (1, "Right");

tmoveCoord (1, "Down");

tmoveCoord (3, "Down",

2);

tmoveCoord (3, "Right",

2);

if (! checkCoord (tcoord))

returnfalse;

state = 2;

}

elseif (state == 2)

{

tmoveCoord (1, "Down");

tmoveCoord (1, "Left");

tmoveCoord (2, "Down",

2);

tmoveCoord (2, "Left",

2);

if (! checkCoord (tcoord))

returnfalse;

state = 1;

}

if (test == "no test")

{

remove ();

copy (coord, tcoord);

toTable ();

MainWindow. Inv ();

}

else

state = stateBackup;

returntrue;

}

publicbool leftRot (string test = "no test")

{

copy (tcoord, coord);

int stateBackup = state;

if (state == 1)

{

tmoveCoord (1, "Right");

tmoveCoord (1, "Up");

tmoveCoord (2, "Right",

2);

tmoveCoord (2, "Up",

2);

if (! checkCoord (tcoord))

returnfalse;

state = 2;

}

elseif (state == 2)

{

tmoveCoord (1, "Up");

tmoveCoord (1, "Left");

tmoveCoord (3, "Left",

2);

tmoveCoord (3, "Up",

2);

if (! checkCoord (tcoord))

returnfalse;

state = 3;

}

elseif (state == 3)

{

tmoveCoord (1, "Left");

tmoveCoord (1, "Down");

tmoveCoord (2, "Down",

2);

tmoveCoord (2, "Left",

2);

if (! checkCoord (tcoord))

returnfalse;

state = 4;

}

elseif (state == 4)

{

tmoveCoord (1, "Down");

tmoveCoord (1, "Right");

tmoveCoord (3, "Down",

2);

tmoveCoord (3, "Right",

2);

if (! checkCoord (tcoord))

returnfalse;

state = 1;

}

if (test == "no test")

{

remove ();

copy (coord, tcoord);

toTable ();

MainWindow. Inv ();

}

else

state = stateBackup;

returntrue;

}

publicvoid go ()

{

switch (state)

{

case 1:

up (); break;

case 2:

left (); break;

case 3:

down (); break;

case 4:

right (); break;

}

}

publicvoid goBack ()

{

if (! rightRot ("test"))

if (! leftRot ("test"))

switch (state)

{

case 1: down (); break;

case 2: right (); break;

case 3: up (); break;

case 4: left (); break;

}

}

publicvoid push ()

{

Shot sh = newShot (this);

score - = 40;

Thread thr = newThread (sh. go);

thr. Start ();

}

publicbool inMe (int x, int y, bool fl = false)

{

if (y == 0 && fl)

{

for (int i = 0; i < 4; i++)

{

if (coord [i, 0] == x)

returntrue;

}

}

elseif (x == 0 && fl)

{

for (int i = y + 1; i < 4; i++)

{

if (coord [i, 1] == y)

returntrue;

}

}

for (int i = 0; i < 4; i++)

{

if (coord [i, 0] == x && coord [i, 1] == y)

returntrue;

}

returnfalse;

}

publicvoid destroy ()

{

remove ();

MainWindow. Inv ();

}

publicvoid wounded ()

{

health--;

score - = 50;

toTable ();

if (health == 0)

{

MainWindow. Tanks_. GameOver (name);

}

MainWindow. MF. updateT ();

}

publicvoid cheatUse (string dir)

{

if (cheat == 0)

return;

cheat--;

if (cheat >= 0)

{

if (dir == "l")

{

left ();

}

elseif (dir == "r")

{

right ();

}

}

else

return;

score - = 200;

MainWindow. MF. updateT ();

}

}

}

КлассTanks - отвечает за игровой процесс игры "гоники (танки)".

using System;

using System. Collections. Generic;

using System. Linq;

using System. Text;

using System. Threading. Tasks;

using System. Windows. Forms;

using System. Threading;

namespace TetrixSystem

{

publicclassTanks

{

publicThread thr;

publicTank Tank_;

publicTank Tank_1;

publicbool gOver = false;

publicvoid Start ()

{

ClearTable ();

thr = newThread (newThreadStart (tableProc));

thr. Start ();

}

publicvoid tableProc ()

{

Tank_ = newTank ("down", true);

Tank_1 = newTank ("up", true);

MainWindow. Inv ();

}

publicbool isTable (Tank t)

{

for (int i = 0; i < 4; i++)

{

if (MainWindow. table [t. coord [i, 0], t. coord [i, 1]] == true)

returntrue;

}

returnfalse;

}

publicvoid ClearTable ()

{

for (int i = 0; i < 10; i++)

for (int j = 0; j < 19; j++)

MainWindow. table [i, j] = false;

MainWindow. Inv ();

}

publicvoid GameOver (string name)

{

gOver = true;

MainWindow. MF.gover (name);

}

}

}

КлассMainWindow - отвечает за обработку всех событий устройств ввода, а так же отображения информации на экран пользователю текущей информации.

using System;

using System. Collections. Generic;

using System.componentModel;

using System. Data;

using System. Drawing;

using System. Drawing. Drawing2D;

using System. Linq;

using System. Text;

using System. Threading. Tasks;

using System. Collections;

using System. Windows. Forms;

using System. IO;

using System. Threading;

namespace TetrixSystem

{

publicpartialclassMainWindow: Form

{

staticpublicstring game = "";

publicbool fullPaint = true;

publicbool nextPaint = false;

staticpublicMainWindow MF;

publicThread thrTime;

staticpublicBuild Build_ = newBuild ();

staticpublicShape Shape_ = newShape ();

staticpublicTanks Tanks_ = null;

staticpublicbool [,] table = newbool [10, 19];

publicstaticvoid Inv ()

{

MF. PanelPad. Invalidate ();

}

publicvoid EndGame ()

{

End_build End = newEnd_build ();

End. ShowDialog ();

}

publicvoid toRecords (string name)

{

listView1. Items. Add (name);

listView1. Items [listView1. Items. Count - 1]. SubItems. Add (Build. Score. ToString ());

listView1. Items [listView1. Items. Count - 1]. SubItems. Add (Build. Level. ToString ());

listView1. Items [listView1. Items. Count - 1]. SubItems. Add (Build. LinesRemoved. ToString ());

listView1. Items [listView1. Items. Count - 1]. SubItems. Add (Build. mode. ToString ());

Sort ();

saveRecords ();

}

publicvoid saveRecords ()

{

TextWriter tw = newStreamWriter ("records. dat", false);

foreach (ListViewItem item inthis. listView1. Items)

{

foreach (ListViewItem. ListViewSubItem subItem in item. SubItems)

{

tw. WriteLine (subItem. Text);

}

}

tw. Close ();

}

publicvoid Sort (int e = 2)

{

// Create an instance of the ColHeader class.

ColHeader clickedCol = (ColHeader) this. listView1. Columns [e];

// Set the ascending property to sort in the opposite order.

clickedCol. ascending =! clickedCol. ascending;

// Get the number of items in the list.

int numItems = this. listView1. Items. Count;

// Turn off display while data is repoplulated.

this. listView1. BeginUpdate ();

// Populate an ArrayList with a SortWrapper of each list item.

ArrayList SortArray = newArrayList ();

for (int i = 0; i < numItems; i++)

{

SortArray. Add (newSortWrapper (this. listView1. Items [i], e));

}

// Sort the elements in the ArrayList using a new instance of the SortComparer

// class. The parameters are the starting index, the length of the range to sort,

// and the IComparer implementation to use for comparing elements. Note that

// the IComparer implementation (SortComparer) requires the sort

// direction for its constructor; true if ascending, othwise false.

SortArray. Sort (0, SortArray. Count, newSortWrapper. SortComparer (clickedCol. ascending));

// Clear the list, and repopulate with the sorted items.

this. listView1. Items. Clear ();

for (int i = 0; i < numItems; i++)

this. listView1. Items. Add ( ( (SortWrapper) SortArray [i]). sortItem);

// Turn display back on.

this. listView1. EndUpdate ();

}

publicvoid setScoreShape (int s, int s_)

{

label1. Text = s. ToString ();

label4. Text = s_. ToString ();

}

publicvoid setRemovLines (int l)

{

label2. Text = l. ToString ();

}

publicvoid setLevel (int l)

{

label3. Text = l. ToString ();

}

public MainWindow ()

{

InitializeComponent ();

this. listView1. Columns. Add (newColHeader ("Name", 50, HorizontalAlignment. Left, true));

this. listView1. Columns. Add (newColHeader ("Score", 46, HorizontalAlignment. Left, true));

this. listView1. Columns. Add (newColHeader ("Level", 38, HorizontalAlignment. Left, true));

this. listView1. Columns. Add (newColHeader ("Lines", 49, HorizontalAlignment. Left, true));

this. listView1. Columns. Add (newColHeader ("Diff", 40, HorizontalAlignment. Left, true));

int i = 0;

TextReader tr = newStreamReader ("records. dat");

while (tr. Peek ()! = - 1)

{

listView1. Items. Add (tr. ReadLine ());

listView1. Items [i]. SubItems. Add (tr. ReadLine ());

listView1. Items [i]. SubItems. Add (tr. ReadLine ());

listView1. Items [i]. SubItems. Add (tr. ReadLine ());

listView1. Items [i]. SubItems. Add (tr. ReadLine ());

i++;

}

tr. Close ();

}

protectedoverridevoid OnPaint (PaintEventArgs e)

{

fullPaint = true;

Graphics gObj = Graphics. FromImage (PanelPad. Image);

gObj. SmoothingMode = SmoothingMode. HighSpeed;

if (debug. Enabled)

{

debug. Text = "";

for (int x = 0; x < 19; x++)

{

for (int y = 0; y < 10; y++)

{

if (table [y, x] == true)

debug. Text += "1 ";

else

debug. Text += "0 ";

}

debug. Text += "\n";

}

}

if (nextPaint)

{

nextPaint = false;

int x1 = 0;

int x2 = 0;

int x3 = 0;

int x4 = 0;

int y1 = 0;

int y2 = 0;

int y3 = 0;

int y4 = 0;

Graphics gObj_ = panelNextShape. CreateGraphics ();

gObj_. Clear (SystemColors. Control);

switch (Shape. nextShape)

{

case 1:

x1 = 3;

y1 = 1; //.

x2 = 4;

y2 = 1;

x3 = 3;

y3 = 2;

x4 = 4;

y4 = 2;

break;

case 2:

x1 = 2;

y1 = 1; //.

x2 = 3;

y2 = 1;

x3 = 4;

y3 = 1;

x4 = 5;

y4 = 1;

break;

case 3:

x1 = 3;

y1 = 1; //.

x2 = 3;

y2 = 2;

x3 = 2;

y3 = 2;

x4 = 4;

y4 = 2;

break;

case 4:

x1 = 3;

y1 = 0; //.

x2 = 3;

y2 = 1;

x3 = 3;

y3 = 2;

x4 = 4;

y4 = 2;

break;

case 5:

x1 = 3;

y1 = 0; //.

x2 = 3;

y2 = 1;

x3 = 3;

y3 = 2;

x4 = 2;

y4 = 2;

break;

case 6:

x1 = 4;

y1 = 0; //.

x2 = 4;

y2 = 1;

x3 = 3;

y3 = 1;

x4 = 3;

y4 = 2;

break;

case 7:

x1 = 2;

y1 = 0; //.

x2 = 2;

y2 = 1;

x3 = 3;

y3 = 1;

x4 = 3;

y4 = 2;

break;

}

if (Shape. nextShape! = 0)

{

gObj_. FillRectangle (newLinearGradientBrush (newRectangle (x1 * 30, y1 * 30, 30, 30), Color. DarkRed, SystemColors. Control, LinearGradientMode. BackwardDiagonal), x1 * 30, y1 * 30, 30, 30);

gObj_. FillRectangle (newLinearGradientBrush (newRectangle (x2 * 30, y2 * 30, 30, 30), Color. DarkRed, SystemColors. Control, LinearGradientMode. BackwardDiagonal), x2 * 30, y2 * 30, 30, 30);

gObj_. FillRectangle (newLinearGradientBrush (newRectangle (x3 * 30, y3 * 30, 30, 30), Color. DarkRed, SystemColors. Control, LinearGradientMode. BackwardDiagonal), x3 * 30, y3 * 30, 30, 30);

gObj_. FillRectangle (newLinearGradientBrush (newRectangle (x4 * 30, y4 * 30, 30, 30), Color. DarkRed, SystemColors. Control, LinearGradientMode. BackwardDiagonal), x4 * 30, y4 * 30, 30, 30);

}

}

if (fullPaint)

{

gObj. Clear (Color. LightGray);

for (int x = 0; x < 10; x++)

{

for (int y = 0; y < 19; y++)

{

if (table [x, y] == true)

{

int px1 = x * 30;

int px2 = y * 30;

gObj. FillRectangle (newLinearGradientBrush (newRectangle (px1, px2, 30, 30), Color. DarkRed, Color. Gainsboro, LinearGradientMode. BackwardDiagonal), px1, px2, 30, 30);

}

}

}

// fullPaint = false;

}

else

{

int x = 0;

int y = 0;

for (int i = 0; i < 4; i++)

{

x = Shape. coord [i, 0];

y = Shape. coord [i, 1];

if (x == 0 && y == 0)

continue;

gObj. FillRectangle (newLinearGradientBrush (newRectangle (x * 30, y * 30, 30, 30), Color. DarkRed, Color. Gainsboro, LinearGradientMode. BackwardDiagonal), x * 30, y * 30, 30, 30);

}

}

}

privatevoid button1_Click (object sender, EventArgs e)

{

}

privatevoid Form1_KeyDown (object sender, KeyEventArgs e)

{

if (e. KeyCode == Keys. Left)

{

if (game == "Build")

Shape_. left ();

else

Tanks_. Tank_. leftRot ();

e. SuppressKeyPress = true;

}

if (e. KeyCode == Keys. Right)

{

if (game == "Build")

Shape_. right ();

else

Tanks_. Tank_. rightRot ();

e. SuppressKeyPress = true;

}

if (e. KeyCode == Keys. Space)

{

if (game == "Build")

{

Build. space = true;

Shape_. down ();

}

else

{

Tanks_. Tank_. push ();

}

e. SuppressKeyPress = true;

}

if (e. KeyCode == Keys. Down)

{

if (game == "Build")

Shape. rotate_left ();

else

Tanks_. Tank_. goBack ();

e. SuppressKeyPress = true;

}

if (e. KeyCode == Keys. Up)

{

if (game == "Build")

Shape. rotate_right ();

else

Tanks_. Tank_. go ();

e. SuppressKeyPress = true;

}

if (e. KeyCode == Keys. W)

{

Tanks_. Tank_1. go ();

e. SuppressKeyPress = true;

}

elseif (e. KeyCode == Keys. A)

{

Tanks_. Tank_1. leftRot ();

e. SuppressKeyPress = true;

}

elseif (e. KeyCode == Keys. D)

{

Tanks_. Tank_1. rightRot ();

e. SuppressKeyPress = true;

}

elseif (e. KeyCode == Keys. S)

{

Tanks_. Tank_1. goBack ();

e. SuppressKeyPress = true;

}

elseif (e. KeyCode == Keys. ControlKey)

{

Tanks_. Tank_1. push ();

e. SuppressKeyPress = true;

}

if (e. KeyCode == Keys. Q)

{

Tanks_. Tank_1. cheatUse ("l");

e. SuppressKeyPress = true;

}

elseif (e. KeyCode == Keys. E)

{

Tanks_. Tank_1. cheatUse ("r");

e. SuppressKeyPress = true;

}

if (e. KeyCode == Keys. End)

{

Tanks_. Tank_. cheatUse ("r");

e. SuppressKeyPress = true;

}

elseif (e. KeyCode == Keys. ShiftKey)

{

Tanks_. Tank_. cheatUse ("l");

e. SuppressKeyPress = true;

}

}

privatevoid Form1_KeyPress (object sender, KeyPressEventArgs e)

{

}

privatevoid Form1_PreviewKeyDown (object sender, PreviewKeyDownEventArgs e)

{

switch (e. KeyCode)

{

caseKeys. Left:

caseKeys. Right:

caseKeys. Down:

caseKeys. Space:

caseKeys. Up:

caseKeys. LShiftKey:

caseKeys. Shift:

caseKeys. ShiftKey:

caseKeys. RShiftKey:

caseKeys. Alt:

caseKeys. ControlKey:

e. IsInputKey = true;

break;

}

}

privatevoid checkBox1_PreviewKeyDown (object sender, PreviewKeyDownEventArgs e)

{

switch (e. KeyCode)

{

caseKeys. Left:

caseKeys. Right:

caseKeys. Down:

caseKeys. Space:

caseKeys. Up:

caseKeys. LShiftKey:

caseKeys. Shift:

caseKeys. ShiftKey:

caseKeys. RShiftKey:

caseKeys. Alt:

caseKeys. ControlKey:

e. IsInputKey = true;

break;

}

}

privatevoid checkBox1_CheckedChanged (object sender, EventArgs e)

{

if (Pause. Checked)

{

Build_. thr. Suspend ();

Build. isPaused = true;

label5. Visible = true;

PanelPad. Visible = false;

checkBox1. Enabled = false;

}

else

{

Build_. thr. Resume ();

fullPaint = true;

Build. isPaused = false;

PanelPad. Visible = true;

label5. Visible = false;

checkBox1. Enabled = true;

}

}

privatevoid radioButton2_CheckedChanged (object sender, EventArgs e)

{

}

privatevoid checkBox1_CheckedChanged_1 (object sender, EventArgs e)

{

startButton ();

}

privatevoid startButton ()

{

Graphics gObj = PanelPad. CreateGraphics ();

if (checkBox1. Checked)

{

MF = (MainWindow) Form. ActiveForm;

int mode = 0;

if (radioButton1. Checked)

mode = 1;

if (radioButton2. Checked)

mode = 2;

if (radioButton3. Checked)

mode = 3;

Build_. Start (mode);

checkBox1. Text = "Stop";

groupBox7. Enabled = false;

label1. Text = Build. Score. ToString ();

label2. Text = Build. LinesRemoved. ToString ();

label3. Text = Build. Level. ToString ();

label4. Text = Build. Shapes. ToString ();

}

else

{

Build_. thr. Abort ();

gObj. Clear (Color. LightGray);

checkBox1. Text = "Start";

groupBox7. Enabled = true;

}

}

privatevoid MainWindow_FormClosing (object sender, FormClosingEventArgs e)

{

if (game == "Build")

if (Build_. thr! = null)

if (Build_. thr. ThreadState == System. Threading. ThreadState. Suspended)

{

Build_. thr. Resume ();

Build_. thr. Abort ();

}

else

Build_. thr. Abort ();

if (game == "Tanks"&& Tanks_! = null)

if (Tanks_. thr! = null)

if (Tanks_. thr. ThreadState == System. Threading. ThreadState. Suspended)

{

Tanks_. thr. Resume ();

Tanks_. thr. Abort ();

thrTime. Resume ();

thrTime. Abort ();

label11. Text = "0";

}

else

{

Tanks_. thr. Abort ();

thrTime. Abort ();

label11. Text = "0";

}

}

privatevoid button1_Click_1 (object sender, EventArgs e)

{

if (Build_. thr! = null)

if (Build_. thr. ThreadState == System. Threading. ThreadState. Suspended)

{

Build_. thr. Resume ();

Build_. thr. Abort ();

}

else

Build_. thr. Abort ();

game = "Build";

checkBox1. Enabled = true;

checkBox1. Checked = false;

Pause. Checked = false;

LeftPanel. Visible = false;

RightPanel. Visible = false;

PanelPad. Visible = false;

PanelMenu. Visible = true;

}

privatevoid button2_Click (object sender, EventArgs e)

{

game = "Build";

PanelMenu. Visible = false;

PanelPad. Visible = true;

LeftPanel. Visible = true;

LeftPanel. Enabled = true;

RightPanel. Visible = true;

RightPanel. Enabled = true;

label1. Text = "0";

label2. Text = "0";

label3. Text = "0";

label4. Text = "0";

}

privatevoid button4_Click (object sender, EventArgs e)

{

if (debug. Enabled)

debug. Enabled = false;

else

debug. Enabled = true;

}

privatevoid listView1_ColumnClick (object sender, ColumnClickEventArgs e)

{

// Create an instance of the ColHeader class.

ColHeader clickedCol = (ColHeader) this. listView1. Columns [e. Column];

// Set the ascending property to sort in the opposite order.

clickedCol. ascending =! clickedCol. ascending;

// Get the number of items in the list.

int numItems = this. listView1. Items. Count;

// Turn off display while data is repoplulated.

this. listView1. BeginUpdate ();

// Populate an ArrayList with a SortWrapper of each list item.

ArrayList SortArray = newArrayList ();

for (int i = 0; i < numItems; i++)

{

SortArray. Add (newSortWrapper (this. listView1. Items [i], e. Column));

}

// Sort the elements in the ArrayList using a new instance of the SortComparer

// class. The parameters are the starting index, the length of the range to sort,

// and the IComparer implementation to use for comparing elements. Note that

// the IComparer implementation (SortComparer) requires the sort

// direction for its constructor; true if ascending, othwise false.

SortArray. Sort (0, SortArray. Count, newSortWrapper. SortComparer (clickedCol. ascending));

// Clear the list, and repopulate with the sorted items.

this. listView1. Items. Clear ();

for (int i = 0; i < numItems; i++)

this. listView1. Items. Add ( ( (SortWrapper) SortArray [i]). sortItem);

// Turn display back on.

this. listView1. EndUpdate ();

}

privatevoid MainWindow_Load (object sender, EventArgs e)

{

}

privatevoid MainWindow_Load_1 (object sender, EventArgs e)

{

}

privatevoid RightPanel_Paint (object sender, PaintEventArgs e)

{

}

privatevoid button3_Click (object sender, EventArgs e)

{

MF = (MainWindow) Form. ActiveForm;

PanelPad. Visible = true;

PanelMenu. Visible = false;

panel2. Enabled = true;

panel2. Visible = true;

panel3. Visible = true;

panel3. Enabled = true;

game = "Tanks";

}

privatevoid checkBox3_CheckedChanged (object sender, EventArgs e)

{

if (checkBox1. Checked)

{

Tanks_. thr. Resume ();

thrTime. Resume ();

label5. Visible = false;

checkBox2. Enabled = true;

}

else

{

Tanks_. thr. Suspend ();

thrTime. Suspend ();

label5. Visible = true;

checkBox2. Enabled = false;

}

}

privatevoid groupBox1_Enter (object sender, EventArgs e)

{

}

privatevoid richTextBox1_TextChanged (object sender, EventArgs e)

{

}

privatevoid time ()

{

int time = 0;

while (true)

{

updateT ();

Thread. Sleep (1000);

time++;

Tanks_. Tank_. score += 40;

Tanks_. Tank_1. score += 40;

if (time % 60 == 0)

{

label11. Text = (time / 60). ToString () + ": " + "0";

}

else

{

label11. Text = (time / 60). ToString () + ": " + (time % 60). ToString ();

}

}

}

publicvoid gOver (string name)

{

Tanks_. ClearTable ();

checkBox2. Checked = false;

MessageBox. Show ("Танк " + name + " был убит!", "GameOver", MessageBoxButtons. OK, MessageBoxIcon. Information);

}

publicvoid updateT ()

{

if (Tanks_ == null)

return;

label6. Text = Tanks_. Tank_. health. ToString ();

label12. Text = Tanks_. Tank_1. health. ToString ();

label7. Text = Tanks_. Tank_. cheat. ToString ();

label8. Text = Tanks_. Tank_1. cheat. ToString ();

label9. Text = Tanks_. Tank_. score. ToString ();

label10. Text = Tanks_. Tank_1. score. ToString ();

Inv ();

}

privatevoid button5_Click (object sender, EventArgs e)

{

if (Tanks_. thr! = null)

if (Tanks_. thr. ThreadState == System. Threading. ThreadState. Suspended)

{

Tanks_. thr. Resume ();

Tanks_. thr. Abort ();

thrTime. Resume ();

thrTime. Abort ();

}

else

{

Tanks_. thr. Abort ();

thrTime. Abort ();

}

game = "Tanks";

checkBox2. Enabled = true;

checkBox2. Checked = false;

checkBox3. Checked = false;

panel2. Visible = false;

panel2. Enabled = false;

panel3. Visible = false;

panel3. Enabled = false;

PanelPad. Visible = false;

PanelMenu. Visible = true;