void TentacleLogicCmp::checkPlayerInRange()
{
int nbr = 0;
TentacleGearCmp* tmp = _start;
PositionComponent* player = _boss->getPlayer()->GET_CMP(PositionComponent);
PositionComponent* me = this->getEntity()->GET_CMP(PositionComponent);
int xP = player->getX();
int yP = player->getY();
int xMe = me->getX();
int yMe = me->getY();
while (tmp != NULL)
{
tmp = tmp->getNext();
nbr++;
}
if (pow((pow((xP - xMe), 2) + pow((yP - yMe), 2)), 0.5) <= 64 * nbr)
setInRange(true);
else
{
_inRange = false;
_hasBeenReset = false;
}
getBoss()->getPlayer();
}
void TentacleLogicCmp::update(float dt_)
{
TentacleGearCmp* tmp;
_stateMachine->update(dt_);
TentacleGearCmp* tmpDest;
tmp = NULL;
//this->
if (_start != NULL)
_start->update(dt_, getBoss()->getPlayer(), _action);//uupdate recursivly the tentacle
checkPlayerInRange();//check if player are in range and se true/false
if (_start != NULL)
if (_start->getLife() <= 0)//check if first tentacle should be dead
{
//std::cout << "starting destruction tentacle" << std::endl;
//if (_start->getNext() == NULL)
// std::cout << "alone" << std::endl;
tmp = _start->getNext();
_start->getEntity()->setIsDead(true);//...
if (tmp != NULL)
{
_start = tmp;
_start->setPrev(NULL);
}
else
_start = NULL;
}
tmp = _start;
while (tmp != NULL && tmp->getNext() != NULL)
{
if (tmp->getNext()->getLife() <= 0)//check for every tentacle if their should be destroy
{
if (tmp->getNext()->getNext() != NULL)
{
tmp->getNext()->getNext()->setPrev(tmp);
tmpDest = tmp->getNext()->getNext();
tmp->getNext()->getEntity()->setIsDead(true);
tmp->setNext(tmpDest);
}
else
{
tmp->getNext()->getEntity()->setIsDead(true);
tmp->setNext(NULL);
}
}
tmp = tmp->getNext();
}
}
void CColossNormal::run()
{
getInput();
scaleButtons();
drawButtons();
if(!getBoss())
{
drawScore();
}
tweenBlock();
// Check for block collision
hasBlockFinished();
glGraphics->Draw(this);
CColoss::run(); // Call to super function
// Boss interface functionality
manageBossInterface();
}
bool CColossNormal::hasBlockStarted(int _layer)
{
bool blocked = false;
float fDistance;
int red;
int green;
int blue;
int alpha;
for(unsigned int i = 0; i < getProjectileVector().size(); i++)
{
switch(_layer)
{
case TOP_COLOSS:
if((m_vLayerCollision[0].Collides(getProjectileVector()[i]->getCollisionObject()) || getProjectileVector()[i]->getCollisionObject()->Collides(&m_vLayerCollision[0])) && !getProjectileVector()[i]->getDead() && !getProjectileVector()[i]->getBounced() && getProjectileVector()[i]->getBlocked() == -1) // Check if small object collides with big one and the other way round
{
// Play sound
if(CLevelData::getCurrentLevelString() == "darkage")
{
glAudio->PlaySound(glDataBox->GetSoundBuffer(data->GetString("layer0")), 0);
}
else
{
glAudio->PlaySound(glDataBox->GetSoundBuffer(data->GetString("layer0_future")), 0);
}
// Calculate animation speed so block will be at correct position
startBlockAnimation(m_vBlockCollision[0].getPosition().x, getProjectileVector()[i]->getPosition().x, getProjectileVector()[i]->GetStartVelocity().x, 0);
m_bTopBlock_active = true;
// Distance to center
fDistance = pwHelper::math::sqrt(pow((getProjectileVector()[i]->getPosition().x - m_vLayerCollision[0].getPosition().x), 2) + pow((getProjectileVector()[i]->getPosition().y - m_vLayerCollision[0].getPosition().y), 2));
// Button color
red = (int)((fDistance/50 * 255) > 255 ? 255 : (fDistance/50 * 255));
green = (int)(200 + (55 - (fDistance/150 * 55)));
blue = 0;
alpha = 200;
m_vButton[0].setColor(sf::Color(red, green, blue, alpha));
m_vButton[0].SetCurrentAnimation(C_ANIM_BUTTON_NORMAL);
m_vButton[0].RestartAnimation();
if(!getBoss())
{
calculateScore(fDistance, 0);
}
else
{
if(m_vLayerCollision[0].getPosition().x > getProjectileVector()[i]->getPosition().x)
{
getProjectileVector()[i]->setBlockDistance(-fDistance);
}
else
{
getProjectileVector()[i]->setBlockDistance(fDistance);
}
}
// Projectile blocked
getProjectileVector()[i]->setBlocked(0);
blocked = true;
if(!getBoss())
{
modBlocked(1);
modSteps(1);
}
}
break;
case MIDDLE_HIGHER_COLOSS:
if((m_vLayerCollision[1].Collides(getProjectileVector()[i]->getCollisionObject()) || getProjectileVector()[i]->getCollisionObject()->Collides(&m_vLayerCollision[1])) && !getProjectileVector()[i]->getDead() && !getProjectileVector()[i]->getBounced() && getProjectileVector()[i]->getBlocked() == -1)
{
if(CLevelData::getCurrentLevelString() == "darkage")
{
glAudio->PlaySound(glDataBox->GetSoundBuffer(data->GetString("layer1")), 1);
}
else
{
glAudio->PlaySound(glDataBox->GetSoundBuffer(data->GetString("layer1_future")), 1);
}
startBlockAnimation(m_vBlockCollision[1].getPosition().x, getProjectileVector()[i]->getPosition().x, getProjectileVector()[i]->GetStartVelocity().x, 1);
m_bMiddleHigherBlock_active = true;
fDistance = pwHelper::math::sqrt(pow((getProjectileVector()[i]->getPosition().x - m_vLayerCollision[1].getPosition().x), 2) + pow((getProjectileVector()[i]->getPosition().y - m_vLayerCollision[1].getPosition().y), 2));
red = (int)((fDistance/50 * 255) > 255 ? 255 : (fDistance/50 * 255));
green = (int)(200 + (55 - (fDistance/150 * 55)));
blue = 0;
alpha = 200;
m_vButton[1].setColor(sf::Color(red, green, blue, alpha));
m_vButton[1].SetCurrentAnimation(C_ANIM_BUTTON_NORMAL);
m_vButton[1].RestartAnimation();
if(!getBoss())
{
calculateScore(fDistance, 1);
}
else
{
if(m_vLayerCollision[1].getPosition().x > getProjectileVector()[i]->getPosition().x)
{
getProjectileVector()[i]->setBlockDistance(-fDistance);
}
else
{
getProjectileVector()[i]->setBlockDistance(fDistance);
}
}
getProjectileVector()[i]->setBlocked(1);
blocked = true;
if(!getBoss())
{
modBlocked(1);
modSteps(1);
}
}
break;
case MIDDLE_LOWER_COLOSS:
if((m_vLayerCollision[2].Collides(getProjectileVector()[i]->getCollisionObject()) || getProjectileVector()[i]->getCollisionObject()->Collides(&m_vLayerCollision[2])) && !getProjectileVector()[i]->getDead() && !getProjectileVector()[i]->getBounced() && getProjectileVector()[i]->getBlocked() == -1)
{
if(CLevelData::getCurrentLevelString() == "darkage")
{
glAudio->PlaySound(glDataBox->GetSoundBuffer(data->GetString("layer2")), 2);
}
else
{
glAudio->PlaySound(glDataBox->GetSoundBuffer(data->GetString("layer2_future")), 2);
}
startBlockAnimation(m_vBlockCollision[2].getPosition().x, getProjectileVector()[i]->getPosition().x, getProjectileVector()[i]->GetStartVelocity().x, 2);
m_bMiddleLowerBlock_active = true;
fDistance = pwHelper::math::sqrt(pow((getProjectileVector()[i]->getPosition().x - m_vLayerCollision[2].getPosition().x), 2) + pow((getProjectileVector()[i]->getPosition().y - m_vLayerCollision[2].getPosition().y), 2));
red = (int)((fDistance/50 * 255) > 255 ? 255 : (fDistance/50 * 255));
green = (int)(200 + (55 - (fDistance/150 * 55)));
blue = 0;
alpha = 200;
m_vButton[2].setColor(sf::Color(red, green, blue, alpha));
m_vButton[2].SetCurrentAnimation(C_ANIM_BUTTON_NORMAL);
m_vButton[2].RestartAnimation();
if(!getBoss())
{
calculateScore(fDistance, 2);
}
else
{
if(m_vLayerCollision[2].getPosition().x > getProjectileVector()[i]->getPosition().x)
{
getProjectileVector()[i]->setBlockDistance(-fDistance);
}
else
{
getProjectileVector()[i]->setBlockDistance(fDistance);
}
}
getProjectileVector()[i]->setBlocked(2);
blocked = true;
if(!getBoss())
{
modBlocked(1);
modSteps(1);
}
}
break;
case BOTTOM_COLOSS:
if((m_vLayerCollision[3].Collides(getProjectileVector()[i]->getCollisionObject()) || getProjectileVector()[i]->getCollisionObject()->Collides(&m_vLayerCollision[3])) && !getProjectileVector()[i]->getDead() && !getProjectileVector()[i]->getBounced() && getProjectileVector()[i]->getBlocked() == -1)
{
if(CLevelData::getCurrentLevelString() == "darkage")
{
glAudio->PlaySound(glDataBox->GetSoundBuffer(data->GetString("layer3")), 3);
}
else
{
glAudio->PlaySound(glDataBox->GetSoundBuffer(data->GetString("layer3_future")), 3);
}
startBlockAnimation(m_vBlockCollision[3].getPosition().x, getProjectileVector()[i]->getPosition().x, getProjectileVector()[i]->GetStartVelocity().x, 3);
m_bBottomBlock_active = true;
fDistance = pwHelper::math::sqrt(pow((getProjectileVector()[i]->getPosition().x - m_vLayerCollision[3].getPosition().x), 2) + pow((getProjectileVector()[i]->getPosition().y - m_vLayerCollision[3].getPosition().y), 2));
red = (int)((fDistance/50 * 255) > 255 ? 255 : (fDistance/50 * 255));
green = (int)(200 + (55 - (fDistance/150 * 55)));
blue = 0;
alpha = 200;
m_vButton[3].setColor(sf::Color(red, green, blue, alpha));
m_vButton[3].SetCurrentAnimation(C_ANIM_BUTTON_NORMAL);
m_vButton[3].RestartAnimation();
if(!getBoss())
{
calculateScore(fDistance, 3);
}
else
{
if(m_vLayerCollision[3].getPosition().x > getProjectileVector()[i]->getPosition().x)
{
getProjectileVector()[i]->setBlockDistance(-fDistance);
}
else
{
getProjectileVector()[i]->setBlockDistance(fDistance);
}
}
getProjectileVector()[i]->setBlocked(3);
blocked = true;
if(!getBoss())
{
modBlocked(1);
modSteps(1);
}
}
break;
}
// Blocked 15 projectiles in a row? Earn a modifier!
if(getBlocked() >= m_iMultiplierDuration)
{
modModifier(1);
setBlocked(0);
}
}
return blocked;
}
