//shows the strength of a tower
int TowerRules::GetStrength(Ref & t)
{
Tower * to = (Tower*) &t;
int a;
// 1 second / inbetweenAttacksPeriod
if(to->GetElement() == ElementalAffinity::Fire)
{
//return ((to->attackPoints + this->addFireDamage) * (1/to->inbetweenAttacksPeriod)) / 50;
a = ((this->elementsAmplifier * to->attackPoints) + this->addFireDamage) + (1/to->inbetweenAttacksPeriod) / 1000;
//std::cout << "\n\n test strength test: " << a << "\n\n";
return a;
}
else if(to->GetElement() == ElementalAffinity::Earth)
{
a = ((this->elementsAmplifier * to->attackPoints) + this->addEarthDamage) + (1/to->inbetweenAttacksPeriod) / 1000;
//std::cout << "\n\n test strength test: " << a << "\n\n";
return a;
}
else if(to->GetElement() == ElementalAffinity::Water)
{
a = ((this->elementsAmplifier * to->attackPoints) + this->addWaterDamage) + (1/to->inbetweenAttacksPeriod) / 1000;
//std::cout << "\n\n test strength test: " << a << "\n\n";
return a;
}
else if(to->GetElement() == ElementalAffinity::Shock)
{
a = ((this->elementsAmplifier * to->attackPoints) + this->addShockDamage) + (1/to->inbetweenAttacksPeriod) / 1000;
//std::cout << "\n\n test strength test: " << a << "\n\n";
return a;
}
else // element == none
{
//return ((to->attackPoints) * (1/to->inbetweenAttacksPeriod)) /50 ;
a = ((this->elementsAmplifier * to->attackPoints) ) + (1/to->inbetweenAttacksPeriod) / 1000;
//std::cout << "\n\n test strength test: " << a << "\n\n";
return a;
}
}
bool TowerRules::UpgradeToEarth(Ref* p, Ref & u)
{
Tower *t = (Tower*)&u;
if( t->GetElement() == ElementalAffinity::None && ((Player*)p)->GetCurrency() >= this->earthUpgradeCost )
{
t->SetElement(ElementalAffinity::Earth);
((Player*)p)->RemoveCoins(this->earthUpgradeCost);
return true;
}
else
{
return false;
}
}
void GeneticAlgorithmProfile1::SimulationForward(ThreadData* td, AdditionalTowers& at)
{
GameScene* gs = ((GameScene*)td->_sc);
std::cout << "\n@@@@@@@@@@@@@@@@@@@@@@@";
std::cout << "\nADDITIONAL TOWERS DBG";
td->bkCurrency = gs->playerHandler->GetCurrency();
std::cout << "\nplayerMoney : " << gs->playerHandler->GetCurrency();
//AI -> forward
for ( int i = 0; i < 20; i++ )
{
//FIRST CASE : enough money for placing tower and upgrading it to an element
if(gs->playerHandler->GetCurrency() >= (50 + 500))
{
Tower* n1 = new Tower(*gs, Settings::towerTexture, ((GameScene*)td->_sc)->playerHandler->tw);
n1->setPosition(gs->getMapInfo()->GetRandomPointMidByType(MapInfoType::SimTowerPlace));
n1->SetHitPositions(gs->getMapInfo());
n1->SetStartingStats(Settings::towerAttackRange, Settings::towerAttackPoints, Settings::towerInbetweenAttacksPeriod, Settings::towerCost);
at.additionalTowers.push_back(n1);
gs->playerHandler->RemoveCoins(Settings::towerCost);
if(gs->playerHandler->GetCurrency() >= 500) //element can be upgraded
{
int numOfFire, numOfWater, numOfEarth, numOfShock = 0;
for(int a = 0; a < at.additionalTowers.size(); a++ )
{
if(at.additionalTowers[a]->GetElement() == ElementalAffinity::Fire)
{
numOfFire++;
}
else if(at.additionalTowers[a]->GetElement() == ElementalAffinity::Water)
{
numOfWater++;
}
else if(at.additionalTowers[a]->GetElement() == ElementalAffinity::Earth)
{
numOfEarth++;
}
else if(at.additionalTowers[a]->GetElement() == ElementalAffinity::Shock)
{
numOfShock++;
}
}
for ( std::list<Tower*>::iterator tower = gs->towerslist.begin(); tower != gs->towerslist.end(); ++tower )
{
Tower* t = *tower;
if(t->GetElement() == ElementalAffinity::Fire)
{
numOfFire++;
}
else if(t->GetElement() == ElementalAffinity::Water)
{
numOfWater++;
}
else if(t->GetElement() == ElementalAffinity::Earth)
{
numOfEarth++;
}
else if(t->GetElement() == ElementalAffinity::Shock)
{
numOfShock++;
}
}
if(numOfEarth < numOfFire && numOfEarth < numOfWater && numOfEarth < numOfShock)
{
if(n1->UpgradeToEarth(gs->playerHandler))
{
gs->playerHandler->RemoveCoins(n1->toweRules->GetEarthUpgradeCost());
//now upgrade atk spd
while ( gs->playerHandler->GetCurrency() >= n1->toweRules->GetAttackUpgradeCost(*n1) ||
gs->playerHandler->GetCurrency() >= n1->toweRules->GetSpeedUpgradeCost(*n1) )
{
if(n1->UpgradeAttackPower(gs->playerHandler))
{
gs->playerHandler->RemoveCoins(n1->toweRules->GetAttackUpgradeCost(*n1));
}
if(n1->UpgradeAttackSpeed(gs->playerHandler))
{
gs->playerHandler->RemoveCoins(n1->toweRules->GetSpeedUpgradeCost(*n1));
}
}
}
}
else if(numOfFire < numOfEarth && numOfFire < numOfWater && numOfFire < numOfShock)
{
if(n1->UpgradeToFire(gs->playerHandler))
{
gs->playerHandler->RemoveCoins(n1->toweRules->GetEarthUpgradeCost());
//now upgrade atk spd
while ( gs->playerHandler->GetCurrency() >= n1->toweRules->GetAttackUpgradeCost(*n1) ||
gs->playerHandler->GetCurrency() >= n1->toweRules->GetSpeedUpgradeCost(*n1) )
{
if(n1->UpgradeAttackPower(gs->playerHandler))
{
gs->playerHandler->RemoveCoins(n1->toweRules->GetAttackUpgradeCost(*n1));
}
if(n1->UpgradeAttackSpeed(gs->playerHandler))
{
gs->playerHandler->RemoveCoins(n1->toweRules->GetSpeedUpgradeCost(*n1));
}
}
}
}
else if(numOfWater < numOfFire && numOfWater < numOfEarth && numOfWater < numOfShock)
{
if(n1->UpgradeToWater(gs->playerHandler))
{
gs->playerHandler->RemoveCoins(n1->toweRules->GetEarthUpgradeCost());
//now upgrade atk spd
while ( gs->playerHandler->GetCurrency() >= n1->toweRules->GetAttackUpgradeCost(*n1) ||
gs->playerHandler->GetCurrency() >= n1->toweRules->GetSpeedUpgradeCost(*n1) )
{
if(n1->UpgradeAttackPower(gs->playerHandler))
{
gs->playerHandler->RemoveCoins(n1->toweRules->GetAttackUpgradeCost(*n1));
}
if(n1->UpgradeAttackSpeed(gs->playerHandler))
{
gs->playerHandler->RemoveCoins(n1->toweRules->GetSpeedUpgradeCost(*n1));
}
}
}
}
else if(numOfShock < numOfFire && numOfShock < numOfWater && numOfShock < numOfEarth)
{
if(n1->UpgradeToShock(gs->playerHandler))
{
gs->playerHandler->RemoveCoins(n1->toweRules->GetEarthUpgradeCost());
//now upgrade atk spd
while ( gs->playerHandler->GetCurrency() >= n1->toweRules->GetAttackUpgradeCost(*n1) ||
gs->playerHandler->GetCurrency() >= n1->toweRules->GetSpeedUpgradeCost(*n1) )
{
if(n1->UpgradeAttackPower(gs->playerHandler))
{
gs->playerHandler->RemoveCoins(n1->toweRules->GetAttackUpgradeCost(*n1));
}
if(n1->UpgradeAttackSpeed(gs->playerHandler))
{
gs->playerHandler->RemoveCoins(n1->toweRules->GetSpeedUpgradeCost(*n1));
}
}
}
}
}
}
/////////////////////////////////////////
//SECOND CASE : upgrade an existing tower, priortize element upgrades
if(gs->playerHandler->GetCurrency() >= 500)
{
int numOfFire, numOfWater, numOfEarth, numOfShock = 0;
for(int a = 0; a < at.additionalTowers.size(); a++ )
{
if(at.additionalTowers[a]->GetElement() == ElementalAffinity::Fire)
{
numOfFire++;
}
else if(at.additionalTowers[a]->GetElement() == ElementalAffinity::Water)
{
numOfWater++;
}
else if(at.additionalTowers[a]->GetElement() == ElementalAffinity::Earth)
{
numOfEarth++;
}
else if(at.additionalTowers[a]->GetElement() == ElementalAffinity::Shock)
{
numOfShock++;
}
}
for ( std::list<Tower*>::iterator tower = gs->towerslist.begin(); tower != gs->towerslist.end(); ++tower )
{
Tower* t = *tower;
if(t->GetElement() == ElementalAffinity::Fire)
{
numOfFire++;
}
else if(t->GetElement() == ElementalAffinity::Water)
{
numOfWater++;
}
else if(t->GetElement() == ElementalAffinity::Earth)
{
numOfEarth++;
}
else if(t->GetElement() == ElementalAffinity::Shock)
{
numOfShock++;
}
}
for ( std::list<Tower*>::iterator tower = gs->towerslist.begin(); tower != gs->towerslist.end(); ++tower )
{
Tower* n1 = *tower;
if(numOfEarth < numOfFire && numOfEarth < numOfWater && numOfEarth < numOfShock)
{
if(n1->UpgradeToEarth(gs->playerHandler))
{
gs->playerHandler->RemoveCoins(n1->toweRules->GetEarthUpgradeCost());
//now upgrade atk spd
while ( gs->playerHandler->GetCurrency() >= n1->toweRules->GetAttackUpgradeCost(*n1) ||
gs->playerHandler->GetCurrency() >= n1->toweRules->GetSpeedUpgradeCost(*n1) )
{
if(n1->UpgradeAttackPower(gs->playerHandler))
{
gs->playerHandler->RemoveCoins(n1->toweRules->GetAttackUpgradeCost(*n1));
}
if(n1->UpgradeAttackSpeed(gs->playerHandler))
{
gs->playerHandler->RemoveCoins(n1->toweRules->GetSpeedUpgradeCost(*n1));
}
}
}
}
else if(numOfFire < numOfEarth && numOfFire < numOfWater && numOfFire < numOfShock)
{
if(n1->UpgradeToFire(gs->playerHandler))
{
gs->playerHandler->RemoveCoins(n1->toweRules->GetEarthUpgradeCost());
//now upgrade atk spd
while ( gs->playerHandler->GetCurrency() >= n1->toweRules->GetAttackUpgradeCost(*n1) ||
gs->playerHandler->GetCurrency() >= n1->toweRules->GetSpeedUpgradeCost(*n1) )
{
if(n1->UpgradeAttackPower(gs->playerHandler))
{
gs->playerHandler->RemoveCoins(n1->toweRules->GetAttackUpgradeCost(*n1));
}
if(n1->UpgradeAttackSpeed(gs->playerHandler))
{
gs->playerHandler->RemoveCoins(n1->toweRules->GetSpeedUpgradeCost(*n1));
}
}
}
}
else if(numOfWater < numOfFire && numOfWater < numOfEarth && numOfWater < numOfShock)
{
if(n1->UpgradeToWater(gs->playerHandler))
{
gs->playerHandler->RemoveCoins(n1->toweRules->GetEarthUpgradeCost());
//now upgrade atk spd
while ( gs->playerHandler->GetCurrency() >= n1->toweRules->GetAttackUpgradeCost(*n1) ||
gs->playerHandler->GetCurrency() >= n1->toweRules->GetSpeedUpgradeCost(*n1) )
{
if(n1->UpgradeAttackPower(gs->playerHandler))
{
gs->playerHandler->RemoveCoins(n1->toweRules->GetAttackUpgradeCost(*n1));
}
if(n1->UpgradeAttackSpeed(gs->playerHandler))
{
gs->playerHandler->RemoveCoins(n1->toweRules->GetSpeedUpgradeCost(*n1));
}
}
}
}
else if(numOfShock < numOfFire && numOfShock < numOfWater && numOfShock < numOfEarth)
{
if(n1->UpgradeToShock(gs->playerHandler))
{
gs->playerHandler->RemoveCoins(n1->toweRules->GetEarthUpgradeCost());
//now upgrade atk spd
while ( gs->playerHandler->GetCurrency() >= n1->toweRules->GetAttackUpgradeCost(*n1) ||
gs->playerHandler->GetCurrency() >= n1->toweRules->GetSpeedUpgradeCost(*n1) )
{
if(n1->UpgradeAttackPower(gs->playerHandler))
{
gs->playerHandler->RemoveCoins(n1->toweRules->GetAttackUpgradeCost(*n1));
}
if(n1->UpgradeAttackSpeed(gs->playerHandler))
{
gs->playerHandler->RemoveCoins(n1->toweRules->GetSpeedUpgradeCost(*n1));
}
}
}
}
}
}
// THIRD CASE : additional upgrades , attack power and speed
for ( std::list<Tower*>::iterator tower = gs->towerslist.begin(); tower != gs->towerslist.end(); ++tower )
{
Tower* n1 = *tower;
if(n1->GetElement() > 0) //not worth it with out element
{
while ( gs->playerHandler->GetCurrency() >= n1->toweRules->GetAttackUpgradeCost(*n1) ||
gs->playerHandler->GetCurrency() >= n1->toweRules->GetSpeedUpgradeCost(*n1) )
{
if(n1->UpgradeAttackPower(gs->playerHandler))
{
gs->playerHandler->RemoveCoins(n1->toweRules->GetAttackUpgradeCost(*n1));
}
if(n1->UpgradeAttackSpeed(gs->playerHandler))
{
gs->playerHandler->RemoveCoins(n1->toweRules->GetSpeedUpgradeCost(*n1));
}
}
}
}
}
gs->playerHandler->SetCurrency(td->bkCurrency);
std::cout << "\n@@@@@@@@@@@@@@@@@@@@@@@";
}