int main()
{
char GameBoard[GameHeigth][GameWidth] = {" "}; //Skapar plan-arrayen
int NumberOfTurns = 0,Starter; //Antal rundor, vem som startar
int MaxRounds = GameHeigth*GameWidth; //Antal maxrundor=bredd*höjd
unsigned seed;
seed = (unsigned)time(NULL); //Seed för random
srand(seed);
Starter = 1+(rand()%2);
if(Starter==1) //Om spelaren ska börja
{
printf("You start!\n");
for(; ; ) //Manuellt exitad loop
{
PrintBoard(GameBoard); //Skriv ut planen
PlayerMove(GameBoard); //Be spelaren lägga ut en markör
CheckWin(GameBoard); //Kolla om någon vunnit
NumberOfTurns++;
if(NumberOfTurns == MaxRounds) //Om antalet rundor = maxrundor avsluta spelet
{
printf("Draw!");
break;
}
ComputerMove(GameBoard); //Slumpa en position åt datorn
CheckWin(GameBoard); //Kolla om någon vunnit
NumberOfTurns++;
}
}
else if(Starter==2) //Om datorn ska börja
{
printf("Ai starts!\n");
for(; ; )
{
ComputerMove(GameBoard);
CheckWin(GameBoard);
NumberOfTurns++;
if(NumberOfTurns == MaxRounds)
{
printf("Draw");
break;
}
PrintBoard(GameBoard);
PlayerMove(GameBoard);
CheckWin(GameBoard);
NumberOfTurns++;
}
}
return 0;
}
int Connect4Player::Chance(int player)
{
system("cls");
ShowBoard();
int row=PlayerMove(Turn(),player);
while(!(row>=0))
{
system("cls");
cout<<" Wrong move try again\n ";
system("Pause");
system("cls");
ShowBoard();
row=PlayerMove(Turn(),player);
}
return row;
}
//-----------------------------------------------------------------------------
// Purpose: Overridden to allow players to run faster than the maxspeed
//-----------------------------------------------------------------------------
void CTFGameMovement::ProcessMovement( CBasePlayer *pBasePlayer, CMoveData *pMove )
{
// Verify data.
Assert( pBasePlayer );
Assert( pMove );
if ( !pBasePlayer || !pMove )
return;
// Reset point contents for water check.
ResetGetPointContentsCache();
// Cropping movement speed scales mv->m_fForwardSpeed etc. globally
// Once we crop, we don't want to recursively crop again, so we set the crop
// flag globally here once per usercmd cycle.
m_iSpeedCropped = SPEED_CROPPED_RESET;
// Get the current TF player.
m_pTFPlayer = ToTFPlayer( pBasePlayer );
player = m_pTFPlayer;
mv = pMove;
// The max speed is currently set to the scout - if this changes we need to change this!
mv->m_flMaxSpeed = TF_MAX_SPEED; /*tf_maxspeed.GetFloat();*/
// Run the command.
PlayerMove();
FinishMove();
}
void KalahContainers::KeepMoving()
{
while (true) {
int Num;
int RetVal;
do {
Output();
INPUT:
cout << "Determine the house number(1 ~ 6): ";
string StrNum;
cin >> StrNum;
try {
Num = std::stoi(StrNum);
} catch (const exception &e) {
cout << "Non-numeric characters detected!\n";
goto INPUT;
}
RetVal = PlayerMove(Num);
if (RetVal == INVALID_INPUT)
cout << "Invalid number detected! Do it again!\n"<<endl;
else{
cout << "The player has chosen the " << Num << "th house" <<endl;
Output();
}
if (RetVal == GOOD_LUCK){
cout << "Good Job, You have an extra move!\n"<<endl;
}
} while (RetVal == GOOD_LUCK || RetVal == INVALID_INPUT);
if (IsOver(PlayerHouses))
return;
do {
cout << "############################################" << endl<<endl;
cout << "Computer is thinking ......."<<endl<<endl;
cout << "############################################" << endl<<endl;
// Num = ComputerThinking();
Num = ComputerStrategy() + 1;
cout << "Computer takes the " <<Length - Num + 1 << "th house!\n"<<endl;
RetVal = ComputerMove(Num);
if (RetVal == GOOD_LUCK){
Output();
cout << "Computer have an extra move!\n"<<endl;
}
} while (RetVal == GOOD_LUCK || RetVal == INVALID_INPUT);
if (IsOver(ComputerHouses))
return;
}
}
// constructs a snake of size 8 moving upwards to start
Snake::Snake() {
size = 8;
head = new SnakeBody(sf::Vector2f(20 * pixelSizeX, 12 * pixelSizeY), playerMove.getDirection());
tail = head;
for (unsigned i = 1; i < size; i++) {
Vector2f nextPos = head->shape.getPosition();
nextPos.y -= pixelSizeY;
SnakeBody* nextBody = new SnakeBody(nextPos, playerMove.getDirection());
head->prev = nextBody;
nextBody->next = head;
head = nextBody;
}
headShape.setRadius((pixelSizeX / 2) - 10);
headShape.setFillColor(sf::Color::Black);
headShape.setPosition(head->shape.getPosition());
playerMove = PlayerMove();
}
int main() {
int x, y; //플레이어의 실시간좌표
setcursortype(NOCURSOR);
LoadingStage();
Round = 0;
while (1) {
memcpy(stage, StageData[Round], sizeof(stage));
clrscr();
for (y = 0; y < 18; y++) {
for (x = 0; x < 20; x++) {
if (stage[y][x] == '@') {
Rx = x; //플레이어 좌표지정
Ry = y; //플레이어 좌표지정
stage[y][x] = ' '; //공백으로 지우기
}
}
}
while (1) {
DrawStage();
PlayerMove();
}
}
getchar();
return 0;
}
//-----------------------------------------------------------------------------
// Purpose:
// Input : *pMove -
//-----------------------------------------------------------------------------
void CPortalGameMovement::ProcessMovement( CBasePlayer *pPlayer, CMoveData *pMove )
{
Assert( pMove && pPlayer );
float flStoreFrametime = gpGlobals->frametime;
//!!HACK HACK: Adrian - slow down all player movement by this factor.
//!!Blame Yahn for this one.
gpGlobals->frametime *= pPlayer->GetLaggedMovementValue();
// ResetGetPointContentsCache();
// Cropping movement speed scales mv->m_fForwardSpeed etc. globally
// Once we crop, we don't want to recursively crop again, so we set the crop
// flag globally here once per usercmd cycle.
m_bSpeedCropped = false;
player = pPlayer;
mv = pMove;
mv->m_flMaxSpeed = sv_maxspeed.GetFloat();
m_bInPortalEnv = (((CPortal_Player *)pPlayer)->m_hPortalEnvironment != NULL);
g_bAllowForcePortalTrace = m_bInPortalEnv;
g_bForcePortalTrace = m_bInPortalEnv;
// Run the command.
PlayerMove();
FinishMove();
g_bAllowForcePortalTrace = false;
g_bForcePortalTrace = false;
#ifndef CLIENT_DLL
pPlayer->UnforceButtons( IN_DUCK );
pPlayer->UnforceButtons( IN_JUMP );
#endif
//This is probably not needed, but just in case.
gpGlobals->frametime = flStoreFrametime;
}
/*
==============
CL_PredictUsercmd
==============
*/
void
CL_PredictUsercmd(player_state_t *from, player_state_t *to, usercmd_t *u,
qboolean spectator)
{
// split up very long moves
if (u->msec > 50) {
player_state_t temp;
usercmd_t split;
split = *u;
split.msec /= 2;
CL_PredictUsercmd(from, &temp, &split, spectator);
CL_PredictUsercmd(&temp, to, &split, spectator);
return;
}
VectorCopy(from->origin, pmove.origin);
// VectorCopy (from->viewangles, pmove.angles);
VectorCopy(u->angles, pmove.angles);
VectorCopy(from->velocity, pmove.velocity);
pmove.oldbuttons = from->oldbuttons;
pmove.waterjumptime = from->waterjumptime;
pmove.dead = cl.stats[STAT_HEALTH] <= 0;
pmove.spectator = spectator;
pmove.cmd = *u;
PlayerMove();
//for (i=0 ; i<3 ; i++)
//pmove.origin[i] = ((int)(pmove.origin[i]*8))*0.125;
to->waterjumptime = pmove.waterjumptime;
to->oldbuttons = pmove.cmd.buttons;
VectorCopy(pmove.origin, to->origin);
VectorCopy(pmove.angles, to->viewangles);
VectorCopy(pmove.velocity, to->velocity);
to->onground = onground;
to->weaponframe = from->weaponframe;
}
char PlayerMove(char GameBoard[GameHeigth][GameWidth]) //Funktion för att placera ut användarens val
{
int x, y;
printf("\nEnter X,Y coordinates for your move(EX: 1 1): ");
fflush(stdin);
scanf("%d", &x); //Scannar in x + y koordinater
scanf("%d", &y);
x-- ,y--; //Tar bort 1 från båda talen så de kommer in på rätt plats i arrayen
if(GameBoard[x][y]=='X'||GameBoard[x][y]=='O') //Om positionen spelaren angett är upptagen
{
printf("Invalid move, try again.\n");
PlayerMove(GameBoard);
}
else //Om positionen inte är upptagen placera ut spelarens markör
GameBoard[x][y] = 'X';
return GameBoard;
}
int turn( char board[ROWS][COLS], char mark, int cumulative_tries )
{
int row;
int col;
int status;
// Display current board
// Query message before entering rows and cols
clear_screen();
printf("%c's turn! Go go go, %c!\n\n", mark, mark);
DisplayBoard(board);
printf("\n");
row = enter_row();
col = enter_col();
printf("\n");
status = 0;
status = PlayerMove(row, col, board, mark);
printf("\n");
if ( status == 0 ) {
if ( cumulative_tries == 3 ) {
// Print something about not having forfeited turn
return 1;
}
clear_screen();
return turn( board, mark, cumulative_tries + 1 );
}
// Push back if invalid position was entered
// display the board
clear_screen();
DisplayBoard(board);
// display victory message
return DisplayVictoryMessage( VictoryCheck(CONSECUTIVE_MARKS_REQUIRED, board) );
}
int main()
{
// declare variables
char board[ROWS][COLS];
// initialize board
InitializeBoard(board);
// populate the board with moves
PlayerMove( 1, 1, board, MARKONE );
PlayerMove( 1, 2, board, MARKONE );
PlayerMove( 4, 3, board, MARKONE );
PlayerMove( 1, 1, board, MARKTWO );
PlayerMove( 6, 2, board, MARKTWO );
PlayerMove( 4, 12, board, MARKTWO );
// display the board
DisplayBoard(board);
// exit program
return 0;
}
/*******************************************************************************************************
* GANE ENGINE - handles the looping of the game
*******************************************************************************************************/
void GameEngine()
{
// user input variables
const int userInputLimit = 11;
char userInput[userInputLimit] = {};
bool humanFinished = false;
bool moveHuman = false;
StringOO humanMove = "move south";
int loopCount = 0;
// location variables
const int locationNum = 11;
Location *Locations[locationNum] = {};
int prevLocation = 0;
int newLocation = 0;
int finishLocation = locationNum - 1;
// human player variables
int humanLoc = 0;
StringOO name = "Bruce";
int strength = 10;
int health = 100;
int luck = 10;
int intellegence = 10;
// enemy variables
const int enemyNum = 5;
Enemy * Enemies[enemyNum] = {};
// challenges variables
const int challengeNum = 16;
Challenge *Challenges[challengeNum] = {};
// initialise Locations
InitLocations(Locations);
// initialise human
Human Human(humanLoc, name, strength, health, luck, intellegence);
// initialise Enemies
InitEnemies(Enemies, enemyNum);
// initialise Challenges
InitChallenges(Challenges);
//AllocateChallenges(Locations, locationNum);
AllocateChallengesManually(Locations, locationNum);
AddEnemyToChallenge(Challenges, enemyNum, challengeNum);
// initial splash screen
SetConsole();
StartText(Human);
// Game loop
while (!humanFinished)
{
// print out details of room
std::cout << Locations[Human.GetLocation()]->GetDescription() << std::endl;
while (!moveHuman)
{
// get user to enter move
std::cout << "+ ";
std::cin.getline(userInput, userInputLimit);
std::cout << std::endl;
humanMove = userInput;
if (loopCount == 5)
{
std::cout << "\n ENOUGH ALREADY...YOUR MOVING SOUTH!! \n\n";
//bored of guesses
humanMove = "move south";
loopCount = 0;
}
// determine the new location
newLocation = PlayerMove(Human, humanMove, Locations[Human.GetLocation()]->GetAjacentLoc());
// validate users move and if validate change their location
if (ValidateMove(newLocation, prevLocation))
{
// set challenge user has to perform before progrogressing to the next room
Human.SetChallenge(Locations[Human.GetLocation()]->GetPathChallenge(Human.GetHeading()));
// challenge User
Challenge *ChallengePtr = Challenges[Human.GetChallenge()];
ApplyChallenge(ChallengePtr, Human, Enemies);
// move user to new location
prevLocation = Human.GetLocation();
Human.SetPrevHeading(Human.GetHeading());
Human.SetLocation(newLocation);
moveHuman = true;
loopCount = 0;
std::cout << "\n***----------------------------* pop! *-------------------------------------**\n\n";
}
else
{
// invalid move try again
moveHuman = false;
loopCount++;
}
}
// reset move
moveHuman = false;
//check if user is in the finish location
if (Human.GetLocation() == finishLocation)
{
humanFinished = true;
std::cout << Locations[Human.GetLocation()]->GetDescription() << std::endl;
FinishText(Human);
}
}
//DestroyEnemies(Enemies, enemyNum);
for (int i = 0; i < enemyNum; i++)
{
delete Enemies[i];
}
//DestroyChallenges(Challenges, challengeNum);
for (int i = 0; i < challengeNum; i++)
{
delete Challenges[i];
}
//DestroyLocations(Locations, locationNum);
for (int i = 0; i < locationNum; i++)
{
delete Locations[i];
}
}
/*
===========
SV_RunCmd
===========
*/
static void SV_RunCmd (usercmd_t *ucmd)
{
edict_t *ent;
int i, n;
int oldmsec;
cmd = *ucmd;
// chop up very long commands
if (cmd.msec > 50)
{
oldmsec = ucmd->msec;
cmd.msec = oldmsec/2;
SV_RunCmd (&cmd);
cmd.msec = oldmsec/2;
cmd.impulse = 0;
SV_RunCmd (&cmd);
return;
}
if (!sv_player->v.fixangle)
VectorCopy (ucmd->angles, sv_player->v.v_angle);
sv_player->v.button0 = ucmd->buttons & 1;
sv_player->v.button2 = (ucmd->buttons & 2)>>1;
if (ucmd->buttons & 4 || sv_player->v.playerclass == CLASS_DWARF) // crouched?
sv_player->v.flags2 = ((int)sv_player->v.flags2) | FL2_CROUCHED;
else
sv_player->v.flags2 = ((int)sv_player->v.flags2) & (~FL2_CROUCHED);
if (ucmd->impulse)
sv_player->v.impulse = ucmd->impulse;
//
// angles
// show 1/3 the pitch angle and all the roll angle
if (sv_player->v.health > 0)
{
if (!sv_player->v.fixangle)
{
sv_player->v.angles[PITCH] = -sv_player->v.v_angle[PITCH]/3;
sv_player->v.angles[YAW] = sv_player->v.v_angle[YAW];
}
sv_player->v.angles[ROLL] =
V_CalcRoll (sv_player->v.angles, sv_player->v.velocity)*4;
}
host_frametime = ucmd->msec * 0.001;
if (host_frametime > HX_FRAME_TIME)
host_frametime = HX_FRAME_TIME;
if (!host_client->spectator)
{
pr_global_struct->frametime = host_frametime;
pr_global_struct->time = sv.time;
pr_global_struct->self = EDICT_TO_PROG(sv_player);
PR_ExecuteProgram (pr_global_struct->PlayerPreThink);
SV_RunThink (sv_player);
}
for (i = 0; i < 3; i++)
pmove.origin[i] = sv_player->v.origin[i] + (sv_player->v.mins[i] - player_mins[i]);
VectorCopy (sv_player->v.velocity, pmove.velocity);
VectorCopy (sv_player->v.v_angle, pmove.angles);
pmove.spectator = host_client->spectator;
// pmove.waterjumptime = sv_player->v.teleport_time;
pmove.numphysent = 1;
pmove.physents[0].model = sv.worldmodel;
pmove.cmd = *ucmd;
pmove.dead = sv_player->v.health <= 0;
pmove.oldbuttons = host_client->oldbuttons;
pmove.hasted = sv_player->v.hasted;
pmove.movetype = sv_player->v.movetype;
pmove.crouched = (sv_player->v.hull == HULL_CROUCH);
pmove.teleport_time = realtime + (sv_player->v.teleport_time - sv.time);
// movevars.entgravity = host_client->entgravity;
movevars.entgravity = sv_player->v.gravity;
movevars.maxspeed = host_client->maxspeed;
for (i = 0; i < 3; i++)
{
pmove_mins[i] = pmove.origin[i] - 256;
pmove_maxs[i] = pmove.origin[i] + 256;
}
#if 1
AddLinksToPmove ( sv_areanodes );
#else
AddAllEntsToPmove ();
#endif
#if 0
{
int before, after;
before = PM_TestPlayerPosition (pmove.origin);
PlayerMove ();
after = PM_TestPlayerPosition (pmove.origin);
if (sv_player->v.health > 0 && before && !after )
Con_Printf ("player %s got stuck in playermove!!!!\n", host_client->name);
}
#else
PlayerMove ();
#endif
host_client->oldbuttons = pmove.oldbuttons;
// sv_player->v.teleport_time = pmove.waterjumptime;
sv_player->v.waterlevel = waterlevel;
sv_player->v.watertype = watertype;
if (onground != -1)
{
sv_player->v.flags = (int)sv_player->v.flags | FL_ONGROUND;
sv_player->v.groundentity = EDICT_TO_PROG(EDICT_NUM(pmove.physents[onground].info));
}
else
sv_player->v.flags = (int)sv_player->v.flags & ~FL_ONGROUND;
for (i = 0; i < 3; i++)
sv_player->v.origin[i] = pmove.origin[i] - (sv_player->v.mins[i] - player_mins[i]);
#if 0
// truncate velocity the same way the net protocol will
for (i = 0; i < 3; i++)
sv_player->v.velocity[i] = (int)pmove.velocity[i];
#else
VectorCopy (pmove.velocity, sv_player->v.velocity);
#endif
VectorCopy (pmove.angles, sv_player->v.v_angle);
if (!host_client->spectator)
{
// link into place and touch triggers
SV_LinkEdict (sv_player, true);
// touch other objects
for (i = 0; i < pmove.numtouch; i++)
{
n = pmove.physents[pmove.touchindex[i]].info;
ent = EDICT_NUM(n);
// Why not just do an SV_Impact here?
// SV_Impact(sv_player,ent);
if (sv_player->v.touch)
{
pr_global_struct->self = EDICT_TO_PROG(sv_player);
pr_global_struct->other = EDICT_TO_PROG(ent);
PR_ExecuteProgram (sv_player->v.touch);
}
if (!ent->v.touch || (playertouch[n/8]&(1<<(n%8))))
continue;
pr_global_struct->self = EDICT_TO_PROG(ent);
pr_global_struct->other = EDICT_TO_PROG(sv_player);
PR_ExecuteProgram (ent->v.touch);
playertouch[n/8] |= 1 << (n%8);
}
}
}
void Update()
{
clock_t CurTime = clock(); // 현재 시각
PlayerMove(CurTime);
}
int main()
{
// declare variables
char board[ROWS][COLS];
// Produce a NoWin condition
// initialize board
InitializeBoard(board);
// populate board
PlayerMove(1, 1, board, MARKONE);
PlayerMove(1, 2, board, MARKONE);
// display the board
DisplayBoard(board);
// display victory message
DisplayVictoryMessage( VictoryCheck(CONSECUTIVE_MARKS_REQUIRED, board) );
// Produce a horizontal victory
// initialize board
InitializeBoard(board);
// populate board
PlayerMove(1, 1, board, MARKONE);
PlayerMove(1, 2, board, MARKONE);
PlayerMove(1, 3, board, MARKONE);
// display the board
DisplayBoard(board);
// display victory message
DisplayVictoryMessage( VictoryCheck(CONSECUTIVE_MARKS_REQUIRED, board) );
// Produce a vertical victory
// initialize board
InitializeBoard(board);
// populate board
PlayerMove(1, 1, board, MARKTWO);
PlayerMove(2, 1, board, MARKTWO);
PlayerMove(3, 1, board, MARKTWO);
// display the board
DisplayBoard(board);
// display victory message
DisplayVictoryMessage( VictoryCheck(CONSECUTIVE_MARKS_REQUIRED, board) );
// Produce a diagonal-down victory
// initialize board
InitializeBoard(board);
// populate board
PlayerMove(1, 1, board, MARKONE);
PlayerMove(2, 2, board, MARKONE);
PlayerMove(3, 3, board, MARKONE);
// display the board
DisplayBoard(board);
// display victory message
DisplayVictoryMessage( VictoryCheck(CONSECUTIVE_MARKS_REQUIRED, board) );
// Produce a diagonal-up victory
// initialize board
InitializeBoard(board);
// populate board
PlayerMove(3, 1, board, MARKTWO);
PlayerMove(2, 2, board, MARKTWO);
PlayerMove(1, 3, board, MARKTWO);
// display the board
DisplayBoard(board);
// display victory message
DisplayVictoryMessage( VictoryCheck(CONSECUTIVE_MARKS_REQUIRED, board) );
// Produce a multiple player victory
// initialize board
InitializeBoard(board);
// populate board
PlayerMove(4, 1, board, MARKONE);
PlayerMove(4, 2, board, MARKONE);
PlayerMove(4, 3, board, MARKONE);
PlayerMove(3, 1, board, MARKTWO);
PlayerMove(2, 2, board, MARKTWO);
PlayerMove(1, 3, board, MARKTWO);
// display the board
DisplayBoard(board);
// display victory message
DisplayVictoryMessage( VictoryCheck(CONSECUTIVE_MARKS_REQUIRED, board) );
// Produce a tie
// initialize board
// InitializeBoard(board);
// populate board
// for (int k = 0; k < COLS; ) {
/* code */
// k % 2 == 0 ? k+=1 : k += 3;
// }
// display the board
// DisplayBoard(board);
// display victory message
// DisplayVictoryMessage( VictoryCheck(CONSECUTIVE_MARKS_REQUIRED, board) );
// exit program
return 0;
}
void tictactoe::on_btnBR_clicked()
{
PlayerMove(BR);
}
void tictactoe::on_btnBC_clicked()
{
PlayerMove(BC);
}
void CBPGameMovement::ProcessMovement( CBasePlayer *pPlayer, CMoveData *pMove )
{
Assert( pMove && pPlayer );
float flStoreFrametime = gpGlobals->frametime;
//!!HACK HACK: Adrian - slow down all player movement by this factor.
//!!Blame Yahn for this one.
gpGlobals->frametime *= pPlayer->GetLaggedMovementValue();
ResetGetPointContentsCache();
Assert( player == pPlayer );
player = pPlayer;
mv = pMove;
bpmv = (CBPMoveData*) pMove ;
mv->m_flMaxSpeed = pPlayer->GetPlayerMaxSpeed();
// Add trigger to history for interp stuff
m_flInterpLTrigger.AddToTail( float_time( bpmv->m_flLTrigger, gpGlobals->curtime ) );
m_flInterpRTrigger.AddToTail( float_time( bpmv->m_flRTrigger, gpGlobals->curtime ) );
m_flLTriggerAvg = 0;
for ( int i = 0; i < m_flInterpLTrigger.Count(); i++ )
m_flLTriggerAvg += m_flInterpLTrigger[i].m_flValue;
m_flLTriggerAvg /= m_flInterpLTrigger.Count();
m_flLTriggerDiff = bpmv->m_flLTrigger - m_flLTriggerAvg;
//DevMsg("Diff = %.2f - %.2f = %.2f\n",bpmv->m_flLTrigger,lDiff, m_flLTriggerDiff,m_flLTriggerDiff);
m_flRTriggerAvg = 0;
for ( int i = 0; i < m_flInterpRTrigger.Count(); i++ )
m_flRTriggerAvg += m_flInterpRTrigger[i].m_flValue;
m_flRTriggerAvg /= m_flInterpRTrigger.Count();
m_flRTriggerDiff = bpmv->m_flRTrigger - m_flRTriggerAvg;
int iCount = m_flInterpLTrigger.Count();
for ( int i = iCount-1; i >= 0; i-- )
{
if ( m_flInterpLTrigger[i].m_flTime < gpGlobals->curtime-0.15 )
m_flInterpLTrigger.Remove(i);
}
iCount = m_flInterpRTrigger.Count();
for ( int i = iCount-1; i >= 0; i-- )
{
if ( m_flInterpRTrigger[i].m_flTime < gpGlobals->curtime-0.15 )
m_flInterpRTrigger.Remove(i);
}
DiffPrint( "start %f %f %f", mv->GetAbsOrigin().x, mv->GetAbsOrigin().y, mv->GetAbsOrigin().z );
// Run the command.
PlayerMove();
FinishMove();
DiffPrint( "end %f %f %f", mv->GetAbsOrigin().x, mv->GetAbsOrigin().y, mv->GetAbsOrigin().z );
//This is probably not needed, but just in case.
gpGlobals->frametime = flStoreFrametime;
}
void tictactoe::on_btnMR_clicked()
{
PlayerMove(MR);
}
void tictactoe::on_btnMC_clicked()
{
PlayerMove(MC);
}
void tictactoe::on_btnML_clicked()
{
PlayerMove(ML);
}
void tictactoe::on_btnTR_clicked()
{
PlayerMove(TR);
}
void ProcessGame(void)
{
COORD movement;
int monster, monstersAlive;
movement.X = 0, movement.Y = 0;
/* 移动玩家 */
switch(iLastAction)
{
case 's':
case 'S':
Save();
break;
case VK_UP:
movement.Y = -1;
break;
case VK_DOWN:
movement.Y = 1;
break;
case VK_RIGHT:
movement.X = 1;
break;
case VK_LEFT:
movement.X = -1;
break;
case VK_HOME:
movement.X = -1;
movement.Y = -1;
break;
case VK_PRIOR:
movement.X = 1;
movement.Y = -1;
break;
case VK_END:
movement.X = -1;
movement.Y = 1;
break;
case VK_NEXT:
movement.Y = 1;
movement.Y = 1;
break;
case VK_INSERT:
if(PlayerGetLeaps() > 0)
{
PlayerRandomLeap(cdArena);
PlayerSetLeaps(PlayerGetLeaps() - 1);
}
break;
case VK_ESCAPE:
EndGame();
iGameStatus = GameMainMenu;
break;
default:
break;
}/* switch */
/* 移动 */
if(movement.X != 0 || movement.Y != 0)
{
COORD playerPosition;
PlayerGetPosition(&playerPosition);
/* 如果在范围内，就相应的移动娃娃你家 */
if(movement.X + playerPosition.X > 0
&& movement.Y + playerPosition.Y > 0
&& movement.X + playerPosition.X < cdArena.X
&& movement.Y + playerPosition.Y < cdArena.Y)
{
PlayerMove(movement);
}
/* 编写怪物人工智能，检测是否会发生碰撞 */
MoveMonsters();
CheckCollisions();
/* 检测是否还有怪物活着 */
monstersAlive = 0;
for(monster = 0; monster < iMonstersNumber; monster++)
{
/* 检验怪物是否死了 */
if(cdpMonsters[monster].X == 0)
continue;
monstersAlive = 1;
break;
}/* end for */
if(monstersAlive == 0)
{
iGameStatus = GameWon;
}
}/* 移动 if */
}
void tictactoe::on_btnTL_clicked()
{
PlayerMove(TL);
}
void tictactoe::on_btnBL_clicked()
{
PlayerMove(BL);
}
void tictactoe::on_btnTC_clicked()
{
PlayerMove(TC);
}
int main()
{
sf::RenderWindow App(sf::VideoMode(800, 600, 32), "MyDemo");
App.PreserveOpenGLStates(true);
sf::Clock Clock;
sf::Vector3f CamPos;
// ======= Create some players =======
Player p1;
p1.SetRace('b');
p1.SetID((int) Players.size());
p1.SetCellPosition(0, 10);
Players.push_back(p1);
Player p2;
p2.SetRace('a');
p2.SetID((int) Players.size());
p2.SetCellPosition(10, 10);
Players.push_back(p2);
// ======== Calculate 1/2 of map size ==========
HalfMapSpaceSize = (int) Players.size() * CellsPerPlayer * (CellWidth / 2);
HalfMapCellSize = (int) Players.size() * (CellsPerPlayer / 2);
PreapareGrid();
// ======== Place players in random corners of the map ========
for (unsigned int i = 0; i < Players.size(); i++)
{
int a = i % 3, b = i / 3;
Players[i].SetCellPosition(((HalfMapCellSize * 2) - 1) * ((a > 1) ? 1 : a), ((HalfMapCellSize * 2) - 1) * ((b > 1) ? 1 : b));
}
// ======= OpenGL settings =======
glEnable(GL_DEPTH_TEST);
glDepthMask(GL_TRUE);
glClearDepth(1.f);
glMatrixMode(GL_PROJECTION);
glLoadIdentity();
gluPerspective(90.f, 1.f, 1.f, 500.f);
glClearColor(0.0f, 0.5f, 1.0f, 0.5f);
// ======= Set camera position =======
CamPos = sf::Vector3f(0, 100, 75);
App.ShowMouseCursor(false);
while (App.IsOpened())
{
sf::Event Event;
while (App.GetEvent(Event))
{
if (Event.Type == sf::Event::Resized)
glViewport(0, 0, Event.Size.Width, Event.Size.Height);
if (Event.Type == sf::Event::Closed || App.GetInput().IsKeyDown(sf::Key::Escape))
App.Close();
if (App.GetInput().IsKeyDown(sf::Key::W))
CamPos.z -= 3;
if (App.GetInput().IsKeyDown(sf::Key::S))
CamPos.z += 3;
if (App.GetInput().IsKeyDown(sf::Key::A))
CamPos.x -= 3;
if (App.GetInput().IsKeyDown(sf::Key::D))
CamPos.x += 3;
if (Event.Type == sf::Event::MouseButtonReleased)
{
if (Event.MouseButton.Button == sf::Mouse::Left)
{
sf::Vector3f v = ScreenToSpace(App.GetInput().GetMouseX(), App.GetInput().GetMouseY());
int x1, z1; // cell indexes
float x2, z2; // cell normal basis
SpaceToCell(v.x, v.z, x1, z1, x2, z2);
PlayerMove(x1, z1, Players[0]);
}
}
}
// ======= Clear OpenGL state =======
glClear(GL_COLOR_BUFFER_BIT | GL_DEPTH_BUFFER_BIT);
glMatrixMode(GL_MODELVIEW);
glLoadIdentity();
if (true)
{
// ======= Update camera view =======
/*gluLookAt(Players[0].Model.GetPosition().GetX(), Players[0].Model.GetPosition().GetY() + 100, Players[0].Model.GetPosition().GetZ() + 75,
Players[0].Model.GetPosition().GetX(), Players[0].Model.GetPosition().GetY(), Players[0].Model.GetPosition().GetZ(),
0, 1, 0);*/
gluLookAt(CamPos.x, CamPos.y, CamPos.z,
CamPos.x, CamPos.y - 100, CamPos.z - 75,
0, 1, 0);
DrawGrid();
// ======= Pick terrain point at mouse cursor position =======
{
sf::Vector3f v = ScreenToSpace(App.GetInput().GetMouseX(), App.GetInput().GetMouseY());
int x1, z1; // cell indexes
float x2, z2; // cell normal basis
SpaceToCell(v.x, v.z, x1, z1);
CellToSpace(x1, z1, x2, z2);
// ======= Draw normal =======
glBegin(GL_LINES);
glVertex3f(x2, 0, z2);
glVertex3f(x2, 150, z2);
glEnd();
}
// ======= Render models =======
for (unsigned int i = 0; i < Players.size(); i++)
{
float x1, x2;
float time = Clock.GetElapsedTime();
CellToSpace(Players[i].GetXCell(), Players[i].GetYCell(), x1, x2);
Players[i].SetSpacePosition(x1,
(float) (Players[i].GetModel().GetSize().GetY() / 4.f) + 6.5f,
x2);
HighlightSquare(Players[i].GetXCell(), Players[i].GetYCell(), Players[i].GetWRadius(), sf::Color(1, 1, 0), 1);
HighlightSquare(Players[i].GetXCell(), Players[i].GetYCell(), Players[i].GetARadius(), sf::Color(1, 0, 0), 2);
Players[i].Draw(time);
}
}
App.Display();
}
return EXIT_SUCCESS;
}