bool EliteEnemyShip::update(XMFLOAT3 pos, ID3D11Device* device)
{
bool ret = false;
advance();
if (damageFrames > 0)
damageFrames--;
for (unsigned int i = 0; i < bullets.size(); i++)
{
Bullet* b = bullets.at(i);
b->advance();
if (b->getFrames() == 0)
{
bullets.erase(remove(bullets.begin(), bullets.end(), b), bullets.end());
delete b;
}
}
XMFLOAT3 bpos = body->getPos();
if ((bpos.x-pos.x)*(bpos.x-pos.x) + (bpos.y-pos.y)*(bpos.y-pos.y) + (bpos.z-pos.z)*(bpos.z-pos.z) < 2500)
{
if (shootingFrames == 0)
{
fireLaser(pos, device);
shootingFrames = 75;
ret = true;
}
else
shootingFrames--;
}
return ret;
}
void WeaponRack::internalOnEvent(EventIdT action,
Property::Value payload,
GameHandle module,
GameHandle sender)
{
switch(action)
{
case ID::GOE_FIRE_ROCKET:
fireRocket();
break;
case ID::GOE_FIRE_LASER:
fireLaser();
break;
case ID::GOE_SET_WEAPON_TARGET:
mTarget = payload;
infolog << "WeaponRack_New Target: " << mTarget;
break;
case ID::GOE_REINITIALIZE:
mRocketAmmo = ROCKET_AMMO_START_AMOUNT_FOR_TESTING;
updateGuiAmmo();
break;
default:
throw std::logic_error("un nu?");
}
}
void Player::update()
{
fireLaser();
handleInput();
m_velocity = handleMovement();
m_position += m_velocity;
handleCollisions();
//std::cout << "Enemy Size: " << EnemyManager::instance()->getEnemies().size() << "\n";
//std::cout << "Asteroid Size: " << AsteroidManagement::instance()->getAsteroids().size() << "\n";
//std::cout << "PLayer Laser Size: " << LaserHandler::instance()->getPlayerLasers().size() << "\n";
//std::cout << "Enemy Laser Size: " << LaserHandler::instance()->getEnemyLasers().size() << "\n\n\n";
}
// performs move on this state, assumes move is valid
// any move it makes is valid, of course
// because gen() performs validation of moves
// before adding to the vector of moves
void KhetState::imake(KhetMove mv) {
//move piece
KhetPiece targetPiece = board[mv.toFile][mv.toRank];
if (targetPiece.type != EMPTY &&
mv.fromRot == mv.toRot) {//if its rotation target wont be empty
assert(mv.piece.type == SCARAB);
assert(targetPiece.type == ANUBIS || targetPiece.type == PYRAMID);
//scarab swap
board[mv.fromFile][mv.fromRank] = targetPiece;
board[mv.toFile][mv.toRank] = mv.piece;
} else {
board[mv.fromFile][mv.fromRank].type = EMPTY;
board[mv.toFile][mv.toRank] = mv.piece;
board[mv.toFile][mv.toRank].rot = (Rotation)mv.toRot;//mv.piece is original piece
}
key = hashBoard();
//shoot laser
KhetPiece sph;
int tFile;
int tRank;
//set inital laser location
if(ctm == SILVER) {
sph = board[9][0];
tFile = 9;
tRank = 0;
} else {
sph = board[0][7];
tFile = 0;
tRank = 7;
}
assert(board[tFile][tRank].type == SPHINX && board[tFile][tRank].color == ctm);
Rotation laserDir = sph.rot;
LaserHitInfo laserHitInfo = fireLaser(board, tFile, tRank, laserDir, 0, 0);
//piece is to be removed from board
//handle it approrpiately
targetPiece = laserHitInfo.hitPiece;
tFile = laserHitInfo.hitFile;
tRank = laserHitInfo.hitRank;
switch(targetPiece.type) {
case ANUBIS:
//anubis can take hit on front
if(!isOppositeDirections(laserHitInfo.laserDir, targetPiece.rot)) {
board[tFile][tRank].type = EMPTY;
}
break;
case PHAROAH:
board[tFile][tRank].type = EMPTY;
gameOver = true;
winner = (targetPiece.color == RED) ? SILVER : RED;
break;
case PYRAMID:
board[tFile][tRank].type = EMPTY;
break;
case SCARAB:
cout << "ERROR: scarab being removed" << endl;
break;
case SPHINX://sphinx cant be affected
break;
case EMPTY:
break;
default:
cout << "Unknown laser target " << targetPiece.type << endl;
}
//change player
ctm = (ctm == RED) ? SILVER : RED;
}
