void DoEngineDataTest()
{
srand(random());
EngineData data;
ifstream in("../../data/engine.dat");
data.Load(in);
RandomLayoutsGenerator generator;
generator.Reset();
generator.SetPlayerCards( AddCardToSet( EmptyCardsSet, CreateCard(SuitHearts, 4) ), 2 );
vector<Layout> result = generator.GenerateLayouts(10000);
generator.Reset();
generator.SetWidowCards( AddCardToSet( AddCardToSet( EmptyCardsSet,
CreateCard(SuitDiamonds, 3) ), CreateCard(SuitHearts, 4) ) );
result = generator.GenerateLayouts(10000);
printLayouts(result);
}
static void printLayouts(const vector<Layout>& layouts)
{
multi_array<int, 2> totalCounts(boost::extents[NumOfPlayers][32]);
for( int i = 0; i < layouts.size(); i++ ) {
GetLog() << layouts[i].Cards[0].Value << " " << layouts[i].Cards[1].Value << " " << layouts[i].Cards[2].Value << endl;
PrefAssert( CardsSetsIntersection( layouts[i].Cards[0], layouts[i].Cards[1] ) == EmptyCardsSet );
PrefAssert( CardsSetsIntersection( layouts[i].Cards[0], layouts[i].Cards[2] ) == EmptyCardsSet );
PrefAssert( CardsSetsIntersection( layouts[i].Cards[2], layouts[i].Cards[1] ) == EmptyCardsSet );
PrefAssert( CardsSetSize(layouts[i].Cards[0]) == 10
&& CardsSetSize(layouts[i].Cards[1]) == 10
&& CardsSetSize(layouts[i].Cards[2]) == 10 );
int count = 0;
for( SuitForwardIterator itSuit; itSuit.HasNext(); itSuit.Next() ) {
for( RankForwardIterator itRank; itRank.HasNext(); itRank.Next() ) {
Card card = CreateCard(itSuit.GetObject(), itRank.GetObject());
for( int player = 0; player < NumOfPlayers; player++ ) {
if( IsSetContainsCard(layouts[i].Cards[player], card ) ) {
totalCounts[player][count]++;
}
}
count++;
}
}
}
GetLog() << "Cards distribution: " << endl;
for( int i = 0; i < NumOfPlayers; i++ ) {
GetLog() << "Player " << i << endl;
for( int j = 0; j < 32; j++ ) {
GetLog() << totalCounts[i][j] << " ";
}
GetLog() << endl;
}
}
int AddStandardCards(CardLib api, int nJokers)
{
DEBUG_FUNC_NAME;
int nSuit;
int nValue;
for(nSuit=SUIT_START; nSuit<=SUIT_END; nSuit++) {
for(nValue = VALUE_START; nValue<=VALUE_END; nValue++) {
Card c;
CreateCard(&c, nSuit, nValue);
AddCard(api, c);
}
}
int n;
for(n=0; n<nJokers; n++) {
Card c;
CreateCard(&c, JOKER, -1);
AddCard(api, c);
}
return CARDLIB_OK;
}
void StatusPrint()
{
clock_t CurTime = clock();
switch (GameStatus)
{
case START:
sprintf(StatString, "\t\t\t [같은 카드 맞추기] \n\n"
"\t\t===================================\n\n"
"\t\t같은 카드를 맞추는 게임입니다.\n"
"\t\t스테이지 당 뒤집기 제한이 있습니다.\n"
"\t\t카드를 전부 맞추면 미션 성공입니다.\n"
"\t\t뒤집기 기회가 0이 되면 미션 실패입니다.\n"
"\t\t스테이지는 총 3레벨로 구성되어있습니다.\n\n"
"\t\t===================================\n\n"
"\t\t\t - 조 작 법 -\n\n"
"\t\t이동 : 방향키 | 카드 선택 : SPACE BAR\n"
"\t\t-----------------------------------\n"
"\t\t게임 시작 : SPACE BAR | 게임 종료 : q\n\n\n\n");
ScreenPrint(0, 3, StatString);
break;
case INIT:
// 초기화
// Card 초기화
Stage.CardCount = CardCountArray[Stage.Level]; // Stage Card 수
Stage.TypeCount = TypeCountArray[Stage.Level]; // Stage CardType 수
CreateCard(); // 카드 생성 함수
matchCardCount = 0; // 맞춘 Card 수
for (int i = 0; i < MaxCardCount; i++)
{
IsMatchCard[i] = false; // 이미 맞춘 Card 배열
}
// Chocie 초기화
Choice.select = 9;
// Board 초기화
Board.leftX = 15;
Board.rightX = BOARD_WIDTH - 15;
Board.topY = 4;
Board.bottomY = BOARD_HEIGH - 4;
// Game 상태 초기화
selectChance = ChanceArray[Stage.Level];
// 화면출력
if (CurTime - Stat_OldTime < PrintTime)
{
sprintf(StatString, "[INIT 화면]");
ScreenPrint(30, 10, StatString);
}
else
{
GameStatus = READY;
Stat_OldTime = CurTime;
}
break;
case READY:
if (CurTime - Stat_OldTime < PrintTime)
{
sprintf(StatString, "[READY] %d 스테이지", Stage.Level + 1);
ScreenPrint(25, 10, StatString);
}
else
{
GameStatus = RUNNING;
Stat_OldTime = CurTime;
}
break;
case RUNNING:
if (matchCardCount == (Stage.CardCount / 2))
{
GameStatus = SUCCESS;
}
else if (selectChance == 0)
{
GameStatus = FAILED;
}
break;
case STOP:
sprintf(StatString, "[STOP 화면]");
ScreenPrint(30, 10, StatString);
break;
case SUCCESS:
if (Stage.Level < 2)
{
sprintf(StatString, "%d 스테이지 CLEAR \n\n"
"\t\t\t다음 스테이지? [Y/N]", Stage.Level + 1);
}
else
{
sprintf(StatString, "모든 스테이지 CLEAR \n\n"
"\t\t\t게임 결과창 [Y]");
}
ScreenPrint(25, 10, StatString);
break;
case FAILED:
sprintf(StatString, " %d 스테이지 GAME OVER\n\n"
"\t\t\t 재도전? [Y/N]", Stage.Level + 1);
ScreenPrint(25, 10, StatString);
break;
case RESULT:
sprintf(StatString, "게임 종료. 수고하셨습니다. \n"
"\t\t\t %d 스테이지까지 플레이하셨습니다. \n"
"\t\t\t 나가려면 Q를 누르세요.", Stage.Level + 1);
ScreenPrint(30, 10, StatString);
break;
default:
break;
}
}
