int main()
{
int i, j, k, p;
for(i=0;i<10;i++)
{
ini[i] = 2*i;
fim[i] = 2*i+1;
}
while(scanf("%d", &N) && N)
{
V = 2*N;
for(i=0;i<N;i++)
{
for(j=0;j<N;j++) M[i][j] = 0;
scanf("%d", &k);
for(j=0;j<k;j++) scanf("%d", &p), M[i][p-1] = 1;
}
if(teste(N)) printf("nenhum mentiroso\n");
else for(i=0;i<N;i++)
{
if(teste(i))
{
printf("%d\n", i+1);
break;
}
}
}
return 0;
}
int main(int argc, char **argv)
{
// inicia o allegro
gdp_init();
// inicia os eventos
gdp_initevents();
// inicia o timer
gdp_timer();
// exibe splash
//gdp_splash();
// se fechou a tela não faz nada
if(nclose_game==0){
// exibe o menu
//gdp_menu();
opmenu = 1;
// opção 1 inicia o jogo
if(opmenu==1){
//tela de loaging
//gdp_intro();
if(nclose_game==0){
gdp_loaging();
teste();
}
//gdp_game();
}
}
gdp_close();
return EXIT_SUCCESS;
}
int main(){
teste();
/*LinkedList *list = list_new();
int i;
for (i = 0; i < TAM; i++)
list_insert(list, i+1);
//demora aprox 5 segundos a pesquisar todos os elementos da lista
for (i = 0; i < TAM; i++)
list_nth(list, i);
list_destroy(list);*/
//list_print(list);
return 0;
}
int main ()
{
FILE *arq;
char *nome_arq="bancodequestoes.db";
struct db *questoes = (struct db *) malloc (MAXP*sizeof(struct db));
int N_perguntas;
int N_acertos=0;
int N_porcentagem=0;
time_t inicio;
time_t fim;
arq = fopen (nome_arq, "r");
if (arq == NULL)
printf("Erro na abertura do banco de questoes. Digite Ctrl + C para sair\n");
inicio = time(NULL);
N_perguntas= inicializa_db(questoes, arq);
teste(questoes, N_perguntas);
fim = time(NULL);
system("CLS");
N_acertos= confere_respostas(questoes, N_perguntas);
N_porcentagem= calcula_porcentagem(N_acertos);
printf("Total de acertos: %d\n", N_acertos );
if (N_porcentagem >= 70)
{
printf("Porcentagem de acertos: %d", N_porcentagem);
printf("%\nResultado final: APROVADO\n");
}
else
{
printf("Porcentagem de acertos: %d", N_porcentagem);
printf("%\nResultado final: REPROVADO\n");
}
printf("Tempo total: %.f minuto(s)\n", difftime(fim, inicio)/60.0);
printf("\n\n\t######################################################\n");
printf("\t# Habilita (C) 2008 by vs06 #\n");
printf("\t# Creative Commons 2.5 #\n");
printf("\t# http://www.inf.ufpr.br/vs06 #\n");
printf("\t######################################################\n");
system("PAUSE");
return EXIT_SUCCESS;
}
void ordenaVooEmpresa(char *dado){
VooEmpresa *p,*i;
VooEmpresa *old=NULL;
int t=1;
//se a lista estiver vazia
if(lastQtdeVoo==NULL){
i->next=NULL;
i->prior=NULL;
printf("Lista vazia\n");
return;
}
for(p=startQtdeVoo;p!=NULL;p=p->next){
for(i=lastQtdeVoo;(i!=p && i!=NULL &&i!=p->prior);i=i->prior){
if(teste(dado,p,i)/*p->vooTime<i->vooTime*/){
//printf("ok\n");
if(i->prior!=p)p->next->prior = i;
if(p->next!=i)i->prior->next = p;
if(p->prior)p->prior->next = i; //não faz no inicio
else {startQtdeVoo=i;}
if(i->next)i->next->prior = p; //não faz no fim
else {lastQtdeVoo=p;}
old = i->next;
if(p->next==i)i->next=p;
else i->next = p->next;
p->next = old;
old = p->prior;
if(i->prior==p)p->prior=i;
else p->prior = i->prior;
i->prior = old;
old=i;
i=p;
p=old;
}
}
}
}
int teste (int total, int distancia, int hectometro, int maximo, int deposito) { /* Função recursiva caso seja necessário calcular mais
de uma vez a distância */
if (hectometro >= total)
return 0;
distancia = calculoDistancia(total,maximo);
while (total > 0) {
deposito = deposito + calculoDeposito(distancia,maximo,total);
if (total > maximo)
total = total - maximo;
else
total = 0;
}
if (deposito <= maximo && hectometro - distancia < deposito)
return entrega(deposito,hectometro - distancia);
else
return teste(deposito,distancia,hectometro-distancia,maximo,0);
}
int main(int argv)
{
Ecore_Evas *ee;
Evas *canvas;
Evas_Object *edje;
ecore_evas_init();
edje_init();
ee = ecore_evas_new(NULL, 0, 0, WIDTH, HEIGHT, NULL);
canvas = ecore_evas_get(ee);
edje = teste(canvas);
if (!edje)
return -2;
ecore_evas_show(ee);
ecore_main_loop_begin();
evas_object_del(edje);
ecore_evas_free(ee);
edje_shutdown();
ecore_evas_shutdown();
return 0;
}
virtual void execute( int bits )
{ teste(bits,0.65,3515,0.35,4832) ; }
virtual void execute( int bits ) { teste(bits,0.35) ; }
main()
{
teste();
}
void calculate() {
int pitchAux = pitch;
int rollAux = roll;
int yawControl = yaw;
inputControl1 = filter(inputControl1); /* Yaw */
inputControl2 = filter(inputControl2); /* Pitch */
inputControl3 = filter(inputControl3); /* Throttle */
inputControl4 = filter(inputControl4); /* Roll */
motor1 = motor2 = motor3 = motor4 = inputControl3;
pitchAux += ((inputControl2 - MIDDLE_CHANNEL2) / 2);
rollAux += ((inputControl4 - MIDDLE_CHANNEL4) / 2);
yawControl += ((inputControl1 - MIDDLE_CHANNEL1) / 2);
/*if (!((pitchAux > zeroGyroPitch - RANGE_GYRO_STILL) && (pitchAux < zeroGyroPitch + RANGE_GYRO_STILL)))
{
//if (pitch > zeroGyroPitch)
motor1 += ((pitchAux - zeroGyroPitch)/8);
motor2 += ((pitchAux - zeroGyroPitch)/8);
motor3 -= ((pitchAux - zeroGyroPitch)/8);
motor4 -= ((pitchAux - zeroGyroPitch)/8);
}
if (!((rollAux > zeroGyroRoll - RANGE_GYRO_STILL) && (rollAux < zeroGyroRoll + RANGE_GYRO_STILL)))
{
motor1 -= ((rollAux - zeroGyroRoll)/8);
motor4 -= ((rollAux - zeroGyroRoll)/8);
motor2 += ((rollAux - zeroGyroRoll)/8);
motor3 += ((rollAux - zeroGyroRoll)/8);
}
if (!((yawAux > zeroGyroYaw - RANGE_GYRO_STILL) && (yawAux < zeroGyroYaw + RANGE_GYRO_STILL)))
{
motor1 += ((yawAux - zeroGyroYaw)/8);
motor3 += ((yawAux - zeroGyroYaw)/8);
motor2 -= ((yawAux - zeroGyroYaw)/8);
motor4 -= ((yawAux - zeroGyroYaw)/8);
}*/
if (abs(yaw - zeroGyroYaw) > RANGE_GYRO_STILL) {
if (yaw > zeroGyroYaw) {
/* Está girando no sentido horário(?) */
yawAcc += 1;
} else {
/* Está girando no sentido anti-horário(?) */
yawAcc -= 1;
}
}
printf("%d\n\r", yaw);
motor1 += yawAcc;
motor3 += yawAcc;
motor2 -= yawAcc;
motor4 -= yawAcc;
if ((inputControl3 > 5) && (inputControl3 < 15)) {
calibrateGyros();
}
if (inputControl3 < 5) {
motor1 = motor2 = motor3 = motor4 = 0;
yawAcc = 0;
yawAccTeste = 0;
count = 0;
}
teste();
/*if (!((yawControl > zeroGyroYaw - RANGE_GYRO_STILL) && (yawControl < zeroGyroYaw + RANGE_GYRO_STILL)))
{
motor1 += ((yawAux - zeroGyroYaw)/8);
motor3 += ((yawAux - zeroGyroYaw)/8);
motor2 -= ((yawAux - zeroGyroYaw)/8);
motor4 -= ((yawAux - zeroGyroYaw)/8);
}*/
motor1 = filter(motor1);
motor2 = filter(motor2);
motor3 = filter(motor3);
motor4 = filter(motor4);
// motor1 = motor2 = motor3 = motor4 = 0;
}
virtual void operator()( int bits )
{ teste(bits,0.65,3515,0.35,4832) ; }
main()
{
//original();
teste();
}
void execute( int bits )
{ c_.init(bits) ; teste(0.35) ; }
virtual void operator()( int bits ) { teste(bits,0.35) ; }
void execute( int bits )
{
c1_.init(bits) ;
c2_.init(bits) ;
teste(0.65,3515,0.35,4832) ;
}
StageState::StageState() : tileSet(152,76), tileMap("map/tileMap.txt", &tileSet),
moneyText("font/enhanced_dot_digital-7.ttf", 40, Text::TEXT_BLENDED, "-", WHITE, 100), occupancyMap(tileMap.GetWidth(), tileMap.GetWidth()), sheet(PERMONKEY), subGuiEdit("img/icons/door.png", "img/icons/wall.jpg"),
okTile("img/tileset/tile_grama_1.png"), noTile("img/tileset/tile_grama_2.png"),
music("music/can_o do vinho.ogg"), costText("font/Deltoid-sans.ttf", 35, Text::TEXT_BLENDED, "-", RED),
click("music/click_interface.wav"){
cMusic = 0;
music.Play(1);
cout << music.isOverInd << endl;
instance = this;
string file, file2, tile, line, endLine("\n"), initFile("img/tileset/");
FILE *tileFile, *objectFile;
Point roomBegin, roomEnd;
ifstream objFile, roomFile;
char c;
vector<string> objectList, roomList;
obstacleMap = occupancyMap.Update(&tileMap, &objectArray);
creationTimer.Restart();
rType = CORRIDOR;
roomBegin.SetPoint(0, 0);
roomEnd.SetPoint(25, 25);
action = NONE;
bg.Open("img/fundo_espaco.png");
//Room *newRoom = new Room(roomBegin, roomEnd, &tileMap, &objectArray, roomArray.size(), rType);
//roomArray.emplace_back(newRoom);
file = "img/tileset/tilelist.txt";
tileFile = fopen(file.c_str(), "r");
if(tileFile == NULL)
exit(EXIT_FAILURE);
while (!feof(tileFile)) {
fscanf(tileFile, "%c", &c);
line = c;
while(line.find(endLine)== string::npos){
fscanf(tileFile, "%c", &c);
line = line + c;
}
line.pop_back();
tile = initFile+line;
if(tile.compare(initFile)!= 0)
tileSet.Open(tile);
}
fclose(tileFile);
cout << "Aqui inicio" << endl;
switch (StateData::langInd){
case 0:
objFile.open("obj/pt-br-objects.txt");
break;
case 1:
objFile.open("obj/en-objects.txt");
break;
}
cout << "Aqui inicio" << endl;
while (!objFile.eof()){
getline(objFile, file);
objectList.emplace_back(file);
}
for (int i = 0; i < objectList.size(); i++){
cout << objectList[i] << endl;
}
cout << "Ended" << endl;
ParseObject(objectList);
roomFile.open("room/rooms.txt");
while (!roomFile.eof()){
getline(roomFile, file);
roomList.emplace_back(file);
}
for (int i = 0; i < roomList.size(); i++){
cout << roomList[i] << endl;
}
ParseRoom(roomList);
Point monkeyTile(4, 4);
Point teste(4, 4);
monkeyTile = tileMap.GetTileCenter(monkeyTile);
Permonkey* pM = new Permonkey(monkeyTile.x, monkeyTile.y, teste, tileMap, objList);
objectArray.emplace_back(pM);
data = new StateData();
data->money = 5000;
data->fame = 128;
moneyText.SetText(to_string(data->money));
moneyText.SetPos(20, 20, false, false);
}
