int main(){
cleanA(); // Start by setting each element in A to NULL.
int z = 0, tries=0;
srand(time(0)); // Resets random.
fileOK=fopen("OK.txt", "a+");
fileEJOK=fopen("notOK.txt", "a+");
int numberOfEnv=5; // Number of matrices to be created
int obstaclesPerCent = 15; // How many percent of the environment should be obstacles?
int multiplier = 5; // Scales the environments. 5 gives 5x5, 10x10, 15x15 and so on.
int startAtLoop = 12; // Counter to keep track of which turn in the loop it is, starts at one since 0x0-maps aren't fun.
int stopAtLoop = 20; // Will create environments ranging in size between "multiplier*startAtLoop" and "multiplier*stopAtLoop".
for(;startAtLoop<=stopAtLoop;startAtLoop++){
height = multiplier*startAtLoop;
width = multiplier*startAtLoop;
obstacles=(height*width*obstaclesPerCent/100);// Set number of obstacles
SIZE = (width*height);
cleanA(); // Make sure A is clean from previous run.
working = 0; // Keep track of number of working environments.
tries = 0;
z = 0;
while(working<numberOfEnv){
create(*A, obstacles);
//tries++; // Keep track of how many attempts it took to create enough working environments.
}
}
fclose(fileOK);
fclose(fileEJOK);
return EXIT_SUCCESS;
}
void TakasuPoppo::cleanBlocks() {
createB = false;
if (toDestroyArray->count() != 0) {
CCObject *object;
CCARRAY_FOREACH(toDestroyArray, object) {
bool hyperA = false;
bool hyperB = false;
TPBlockSet *blockSet = dynamic_cast<TPBlockSet*>(object);
if (blockSet->getType() == "hyperBlockC") {
TakasuPoppo::cleanHyperBlockC(blockSet->getEx1());
} else {
hintCounter = 3;
TakasuPoppo::plusAllComboCounter();
// update current block set
currentBlockSet = blockSet->getBlocksArray();
//===============================
if(blockSet->getEx3() != NULL)
{
score = score + (int)(ComboScoreRequired * increasedScore * SCORE_THREE * doubleScore);
}
if(blockSet->getEx4() != NULL && blockSet->getEx4()->getID() != 7)
{
score = score + (int)(ComboScoreRequired * increasedScore * SCORE_FOUR * doubleScore);
hyperA = true;
}
if(blockSet->getEx5() != NULL)
{
score =score + (int)(ComboScoreRequired * increasedScore * SCORE_FIVE *doubleScore);
hyperA = false;
hyperB = true;
}
if (isValidEx(blockSet->getEx1())){
TakasuPoppo::cleanOneBlock(blockSet->getEx1());
if(hyperA || hyperB)
generationEffect(blockSet->getEx1()->getPosition(), checkSwipe(blockSet)->getPosition());
}
if (isValidEx(blockSet->getEx2())){
if((!hyperA && !hyperB) || checkSwipe(blockSet)->getBlockType() >= MOVED_NORMAL_BLOCK_TYPE)
{
TakasuPoppo::cleanOneBlock(blockSet->getEx2());
if(hyperA || hyperB)
generationEffect(blockSet->getEx2()->getPosition(), checkSwipe(blockSet)->getPosition());
}
}
if (isValidEx(blockSet->getEx3())) {
TakasuPoppo::cleanOneBlock(blockSet->getEx3());
if(hyperA || hyperB)
generationEffect(blockSet->getEx3()->getPosition(), checkSwipe(blockSet)->getPosition());
}
if (isValidEx(blockSet->getEx4())) {
TakasuPoppo::cleanOneBlock(blockSet->getEx4());
if(hyperA || hyperB)
generationEffect(blockSet->getEx4()->getPosition(), checkSwipe(blockSet)->getPosition());
}
if (isValidEx(blockSet->getEx5())) {
TakasuPoppo::cleanOneBlock(blockSet->getEx5());
if(hyperA || hyperB)
generationEffect(blockSet->getEx5()->getPosition(), checkSwipe(blockSet)->getPosition());
}
if (isValidEx(blockSet->getEx6())) {
TakasuPoppo::cleanOneBlock(blockSet->getEx6());
if(hyperA || hyperB)
generationEffect(blockSet->getEx6()->getPosition(), checkSwipe(blockSet)->getPosition());
}
if (isValidEx(blockSet->getEx7())) {
TakasuPoppo::cleanOneBlock(blockSet->getEx7());
if(hyperA || hyperB)
generationEffect(blockSet->getEx7()->getPosition(), checkSwipe(blockSet)->getPosition());
}
if(checkSwipe(blockSet)->getBlockType() == 13)
{
createSpecialBlock(checkSwipe(blockSet), HBB_BLOCK_TYPE);
currentBlockSet = NULL;
continue;
}
if(checkSwipe(blockSet)->getBlockType() >= 20)
{
if (checkSwipe(blockSet)->getBlockType() == 21) {
cleanA(checkSwipe(blockSet));
}
if (checkSwipe(blockSet)->getBlockType() == 22) {
cleanB(checkSwipe(blockSet));
}
if(checkSwipe(blockSet)->getBlockType() == 26)
isCleanMB1 = true;
if(checkSwipe(blockSet)->getBlockType() == 27)
isCleanMB2 = true;
if(checkSwipe(blockSet)->getBlockType() == 28)
isCleanMB3 = true;
checkSwipe(blockSet)->setBlockType(13);
}
else if (checkSwipe(blockSet)->getBlockType() >= MOVED_NORMAL_BLOCK_TYPE && hyperA)
{
if(checkSwipe(blockSet)->getBlockType() == MOVED_HBA_BLOCK_TYPE)
cleanA(checkSwipe(blockSet));
if(checkSwipe(blockSet)->getBlockType() == MOVED_HBB_BLOCK_TYPE)
cleanB(checkSwipe(blockSet));
if(checkSwipe(blockSet)->getBlockType() == MB1_BLOCK_TYPE + 10)
isCleanMB1 = true;
if(checkSwipe(blockSet)->getBlockType() == MB2_BLOCK_TYPE + 10)
isCleanMB2 = true;
if(checkSwipe(blockSet)->getBlockType() == MB3_BLOCK_TYPE + 10)
isCleanMB3 = true;
createSpecialBlock(checkSwipe(blockSet), HBA_BLOCK_TYPE);
hyperA = false;
hyperB = false;
}
else if(hyperA)
{
createSpecialBlock(blockSet->getEx2(), HBA_BLOCK_TYPE);
hyperA = false;
hyperB = false;
}
else if (checkSwipe(blockSet)->getBlockType() >= MOVED_NORMAL_BLOCK_TYPE && hyperB)
{
if(checkSwipe(blockSet)->getBlockType() == MOVED_HBA_BLOCK_TYPE)
cleanA(checkSwipe(blockSet));
if(checkSwipe(blockSet)->getBlockType() == MOVED_HBB_BLOCK_TYPE)
cleanB(checkSwipe(blockSet));
if(checkSwipe(blockSet)->getBlockType() == MB1_BLOCK_TYPE + 10)
isCleanMB1 = true;
if(checkSwipe(blockSet)->getBlockType() == MB2_BLOCK_TYPE + 10)
isCleanMB2 = true;
if(checkSwipe(blockSet)->getBlockType() == MB3_BLOCK_TYPE + 10)
isCleanMB3 = true;
createSpecialBlock(checkSwipe(blockSet), HBB_BLOCK_TYPE);
hyperA = false;
hyperB = false;
}
else if(hyperB)
{
createSpecialBlock(blockSet->getEx2(), HBB_BLOCK_TYPE);
hyperB = false;
hyperA = false;
}
else {
cleanOneBlock(checkSwipe(blockSet));
}
currentBlockSet = NULL;
}
}