void main()
{
int i, test = 0;
// set from global variable
int generation = m;
Individual best;
randomize();
worldInit();
populationInit(1); // 100% of population
fitness(); // explicit, not in populationInit()
best = getBestIndividual();
for(i = 0; i < maxGenerations; i++){
if(test){
printf("#generation: %4d, fitness: %4d\n", i, best.fitness);
}else{
printf("#generation: %4d, fitness: %4d\n", i, best.fitness);
printAxisOfBest(best);
}
if(generation == 0){
// a)
(K == xAxis) ? K = 1 : K++;
// b)
//K = random(xAxis);
// c)
//if(K == 10) K = 25; else K = 10;
worldInit();
populationInit(3); // reinicialize 30% of population
fitness();
generation = m;
}else{
generation--;
}
selection();
crossover();
mutation();
fitness();
best = getBestIndividual();
}
printf("#generation: %4d, fitness: %4d\n", i, best.fitness);
if(!test)
printAxisOfBest(best);
}
int main(int argc, char* argv[])
{
glutInit(&argc, argv);
glutInitDisplayMode(GLUT_DOUBLE | GLUT_RGB | GLUT_DEPTH);
glutInitWindowPosition(0, 0);
glutInitWindowSize(800, 800);
glutCreateWindow("OutingWithLove");
worldInit();
glutReshapeFunc(myReshape);
glutDisplayFunc(&display);
glutMainLoop();
return 0;
}
int main(int argc, char *argv[]) {
printf("MMB version %s, \"%s\"\n\n", VERSION, CODENAME);
render = renderInit(argc, argv);
camera = &(render->camera);
generatorInit();
world = worldInit(generatorGetBlock);
worldrenderInit(world, camera);
ray = worldrenderGetRay(world, camera);
glutDisplayFunc(&onDisplay);
glutReshapeFunc(&onReshape);
renderHookMouse(&onMouse, NULL);
renderRun();
return EXIT_SUCCESS;
}
void main()
{
int i;
int isUnique;
Individual best;
randomize();
worldInit();
// max 4 unique individuals, 5 and more last long to find
while(uniques < 4){
populationInit();
fitness();
for(i = 0; i < maxGenerations; i++){
selection();
crossover();
mutation();
fitness();
best = getBestIndividual();
if(best.fitness == maxFitness){
isUnique = unique(best);
if(isUnique){
theBestOf[uniques] = best;
uniques++;
}
break;
}
}
}
printAxisOfBest();
}
int main(){
int quit=0;
world_t * clarkson;
room_t * prev = NULL;
char cmd[MAX_CMD_ARGS][BUF_LEN];
char inp[BUF_LEN];
inp[BUF_LEN-1] = 0;
srand(time(NULL));
clarkson = malloc(sizeof(world_t));
worldInit(clarkson);
/* Load data, create world */
init(clarkson);
/* This loop takes commands until one works */
while(!quit) {
/* Show room updates */
if (prev != clarkson->room) {
watsup(clarkson->room);
prev = clarkson->room;
}
printf("What do? ");
fgets(inp, BUF_LEN-1, stdin); /* Get commands */
parse(inp, cmd);
if (striEqu(cmd[0],"quit")) quit=1;
else if (striEqu(cmd[0],"north")) go(NORTH, &clarkson->room);
else if (striEqu(cmd[0],"south")) go(SOUTH, &clarkson->room);
else if (striEqu(cmd[0],"east")) go(EAST, &clarkson->room);
else if (striEqu(cmd[0],"west")) go(WEST, &clarkson->room);
else if (striEqu(cmd[0],"up")) go(UP, &clarkson->room);
else if (striEqu(cmd[0],"down")) go(DOWN, &clarkson->room);
else if (striEqu(cmd[0],"go")) go(direction(cmd[1]), &clarkson->room);
else if (striEqu(cmd[0],"take")) take(clarkson->room->items, clarkson->inventory, cmd[1]);
else if (striEqu(cmd[0],"drop")) drop(clarkson->room->items, clarkson->inventory, cmd[1]);
else if (striEqu(cmd[0],"look")) watsup(clarkson->room);
else if (striEqu(cmd[0],"inv")) showinv(clarkson->inventory);
else if (striEqu(cmd[0],"examine")) examine(clarkson->inventory, clarkson->room->items, cmd[1]);
else idontunderstand(cmd[0]);
trigVerify(clarkson);
}
/* free() everything */
for (quit = 0; quit < clarkson->allItems->capacity; quit++) {
free(clarkson->allItems->itemArray[quit]->name);
free(clarkson->allItems->itemArray[quit]->description);
free(clarkson->allItems->itemArray[quit]->examine);
free(clarkson->allItems->itemArray[quit]);
}
free(clarkson->allItems->itemArray);
free(clarkson->allItems);
/* TODO Fix freeing of triggers. */
/* This kludgery reduces it to 81 bytes per run */
free(clarkson->allTrigs[0].res->param[0].s);
free(clarkson->allTrigs);
for (quit = 0; quit < clarkson->numRooms; quit++) {
free(clarkson->allRooms[quit].items->itemArray);
free(clarkson->allRooms[quit].items);
free(clarkson->allRooms[quit].description);
}
free(clarkson->allRooms);
free(clarkson->inventory->itemArray);
free(clarkson->inventory);
free(clarkson);
return 0;
}