void Rocket::Draw(int terrain)//манипул¤ции над
//ракетой: вычисление и установка местаположени¤
//и т.д.
{
const float rocketSpeed = 1.1;//скрость перемещени¤
//ракеты
const int RockToLive = 3000;
if (alive) { //если ракета активизирована,
//то показываем еЄ и
dbShowObject(num);// производим манипул¤ции над ней
dbMoveObject(num, rocketSpeed);
Xpos = dbObjectPositionX(num);
Ypos = dbObjectPositionY(num);
Zpos = dbObjectPositionZ(num);
float ground = dbGetTerrainGroundHeight(terrain,
Xpos,// переменна¤, хран¤ща¤ высоту
Zpos);// поверхности ландшафта
if (ground >= Ypos) {
// произошло столкновение с поверхностью
Die();
}
dbPositionObject(num, Xpos,// перемещаем ракету
Ypos, Zpos);
if ((GetTickCount() - start_time) > RockToLive)
Die();
} else dbHideObject(num);//иначе скрываем еЄ
}
void Asteroid::driftRight()
{
if(dRight == true && dLeft == false)
{
float x = dbObjectPositionX(obj);
float y = dbObjectPositionY(obj);
float z = dbObjectPositionZ(obj);
dbPositionObject(obj, x + DRIFT_SPEED_R, y, z );
dLeft = false;
}
}
void Asteroid::reset()
{
posX = dbObjectPositionX(obj);
posY = dbObjectPositionY(obj);
posZ = dbObjectPositionZ(obj);
if(posY <= -22 || posX <= -25 || posX >= 25 || posY >= 35)
{
totalSpeed = moveSpeed + GAME_SPEED;
dbPositionObject ( obj, dbRnd(47) -25 , dbRnd(10) +25 , 0);
}
return;
}
void Asteroid::gravity()
{
dbPositionObject ( obj, dbObjectPositionX(obj), dbObjectPositionY(obj)+ totalSpeed, dbObjectPositionZ(obj));
return;
}
bool PlayerShip::update(double timeDelta, double parentTime){
mPrimaryWeaponSupply->update(timeDelta, parentTime);
mSecondaryWeaponSupply->update(timeDelta, parentTime);
if (mSuperWeapon) mSuperWeaponSupply->update(timeDelta, parentTime);
/*mEnergy += mLevelSegment->getTimeDelta()*mPlayerDetails.mEnergyRegen;
if (mEnergy > mPlayerDetails.mEnergy){
mEnergy = mPlayerDetails.mEnergy;
}*/
if (mInvulnerabilityTimer > timeDelta){ //mLevelSegment->getTimeDelta()
mInvulnerabilityTimer -= timeDelta;//mLevelSegment->getTimeDelta();
}else{
mInvulnerabilityTimer = 0;
}
for (int i=0;i<3;i++){
if (mTimeToFire[i] > timeDelta){//mLevelSegment->getTimeDelta()){
mTimeToFire[i]-=timeDelta;//mLevelSegment->getTimeDelta();
}else{
mTimeToFire[i] =0;
}
}
Util::Log("updating PlayerShip...", 6);
mShield += timeDelta*mPlayerDetails.mShieldRegen; //mLevelSegment->getTimeDelta()
if (mShield > mPlayerDetails.mShield){
mShield = mPlayerDetails.mShield;
}
Parent::update(timeDelta, parentTime);
Util::Log("...",6);
//mAnimState[ANGEL_ANIM_LEGSWAVER]->addTime(mLevelSegment->getTimeDelta());
Util::Log("...",6);
/*Util::Log("BEF -----");
Util::Log("Bef : "+toString(getRX())+"\t\t"+toString(getRY())+"\t\t"+toString(getRZ()));
Util::Log("Rail : "+toString(getHook()->getRX())+"\t\t"+toString(getHook()->getRY())+"\t\t"+toString(getHook()->getRZ()));
Util::Log("ObjA : "+
toString(dbObjectAngleX(objNbGet()))+
"\t\t"+toString(dbObjectAngleY(objNbGet()))+
"\t\t"+toString(dbObjectAngleZ(objNbGet())));*/
//Util::Log("Bef : RailY("+toString(getHook()->getRY())+")\tShipY"+toString(getRY()));
//And the final quaternion is obtained by Qx * Qy * Qz.
//setRot(0,0,0);
if (mHealth > 0){
if (mLockLevel == 0){
if (mLevelSegment->getCurrentHook() == NULL)
throw("Ship active with no active rail/hook.");
float mx = mDeltaMovement.x;//0-Core::getSingleton()->getMouse()->getDX()*500;
float my = mDeltaMovement.y;//Core::getSingleton()->getMouse()->getDY()*500;
//Util::Log("Mouse : "+ts(mx)+","+ts(my),0);
switch (mLevelSegment->getRailType()){
case RAIL_VERTICAL:
mWanted.x += (float)mx;
mWanted.z -= (float)my;
mWanted.y = 0;
//mTargetSceneNode->setVisible(false);
break;
case RAIL_DEPTH:
mWanted.x += (float)mx;
mWanted.z = 0;
mWanted.y -= (float)my;
// mTargetSceneNode->setVisible(true);
break;
case RAIL_HORIZONTAL:
mWanted.x = 0;
mWanted.z -= (float)mx;
mWanted.y -= (float)my;
// mTargetSceneNode->setVisible(false);
break;
default:
throw("Playship active with no plane type defined");
break;
}
}else{
switch (mLevelSegment->getRailType()){
case RAIL_VERTICAL:
mWanted.x = 0;
mWanted.y = 0;
mWanted.z = 0;//-mLevelSegment->getZoneSize().z/2; WTF?
break;
case RAIL_HORIZONTAL:
mWanted.x = 0;
mWanted.y = 0;
mWanted.z = 0;
break;
case RAIL_DEPTH:
mWanted.x = 0;
mWanted.y = 0;
mWanted.z = 0;
break;
default:
mWanted.x = 0;
mWanted.y = 0;
mWanted.z = 0;
break;
}
// mTargetSceneNode->setVisible(false);
}
}else{
mTimeToReset -= timeDelta;//mLevelSegment->getTimeDelta();
if (mTimeToReset < 0){
Level::getSingleton()->reset();
}
}
switch (mLevelSegment->getRailType()){
case RAIL_DEPTH:
if (mWanted.x < -mLevelSegment->getZoneSize().x) mWanted.x = -mLevelSegment->getZoneSize().x;
if (mWanted.x > mLevelSegment->getZoneSize().x) mWanted.x = mLevelSegment->getZoneSize().x;
if (mWanted.y < -mLevelSegment->getZoneSize().y) mWanted.y = -mLevelSegment->getZoneSize().y;
if (mWanted.y > mLevelSegment->getZoneSize().y) mWanted.y = mLevelSegment->getZoneSize().y;
if (mWanted.z < -mLevelSegment->getZoneSize().y) mWanted.z = -mLevelSegment->getZoneSize().y;
if (mWanted.z > mLevelSegment->getZoneSize().y) mWanted.z = mLevelSegment->getZoneSize().y;
break;
default:
if (mWanted.x < -mLevelSegment->getZoneSize().x) mWanted.x = -mLevelSegment->getZoneSize().x;
if (mWanted.x > mLevelSegment->getZoneSize().x) mWanted.x = mLevelSegment->getZoneSize().x;
if (mWanted.y < -mLevelSegment->getZoneSize().y) mWanted.y = -mLevelSegment->getZoneSize().y;
if (mWanted.y > mLevelSegment->getZoneSize().y) mWanted.y = mLevelSegment->getZoneSize().y;
if (mWanted.z < -mLevelSegment->getZoneSize().z) mWanted.z = -mLevelSegment->getZoneSize().z;
if (mWanted.z > mLevelSegment->getZoneSize().z) mWanted.z = mLevelSegment->getZoneSize().z;
break;
}
switch (mLevelSegment->getRailType()){
case RAIL_DEPTH:
// mTargetSceneNode->setPosition(mWanted.x, mWanted.y, 0-(mWanted.z*2));
break;
default:
break;
}
//move(mWanted.z, false);
//move(mRailPos.x, false);
Vector3 mPos;
mPos = mSceneNode->getPosition();
mSpeed.x = axisBehave(mWanted.x, mPos.x, mSpeed.x);
mSpeed.y = axisBehave(mWanted.y, mPos.y, mSpeed.y);
mSpeed.z = axisBehave(mWanted.z, mPos.z, mSpeed.z);
mPos.x += (mSpeed.x*timeDelta);
mPos.y += (mSpeed.y*timeDelta);
mPos.z += (mSpeed.z*timeDelta);
if (mPos.x < -mLevelSegment->getZoneSize().x){
mPos.x = -mLevelSegment->getZoneSize().x;
mWanted.x = mPos.x;
mSpeed.x = 0;
}
if (mPos.x > mLevelSegment->getZoneSize().x){
mPos.x = mLevelSegment->getZoneSize().x;
mWanted.x = mPos.x;
mSpeed.x = 0;
}
if (mPos.y < -mLevelSegment->getZoneSize().y){
mPos.y = -mLevelSegment->getZoneSize().y;
mWanted.y = mPos.y;
mSpeed.y = 0;
}
if (mPos.y > mLevelSegment->getZoneSize().y){
mPos.y = mLevelSegment->getZoneSize().y;
mWanted.y = mPos.y;
mSpeed.y = 0;
}
if (mPos.z < -mLevelSegment->getZoneSize().z){
mPos.z = -mLevelSegment->getZoneSize().z;
mWanted.z = mPos.z;
mSpeed.z = 0;
}
if (mPos.z > mLevelSegment->getZoneSize().z){
mPos.z = mLevelSegment->getZoneSize().z;
mWanted.z = mPos.z;
mSpeed.z = 0;
}
Util::Log("PlayerShip Pos : "+ts(mPos)+"("+ts(mLevelSegment->getRailType())+")",5);
setPos(mPos.x, mPos.y, mPos.z);
mSceneNode->setOrientation(Ogre::Quaternion::IDENTITY);
//();
ZoneInfo* zoneInfo = mLevelSegment->getZoneInfo();
Ogre::Vector3 zoneSize = mLevelSegment->getZoneSize();
switch (mLevelSegment->getRailType()){
case RAIL_HORIZONTAL:{
float xPercent = mPos.z / zoneInfo->mSize.current.z;
float yPercent = mPos.y / zoneInfo->mSize.current.y;
mLevelSegment->getActiveCamera()->setHardPitch(
(yPercent*zoneInfo->mCamTilt.current.y)*(Math::PI/180.0f)
);
mLevelSegment->getActiveCamera()->setHardYaw(
0-(xPercent*zoneInfo->mCamTilt.current.x)*(Math::PI/180.0f)
);
/*mLevelSegment->getActiveCamera()->setHardPitch(
((mPos.y/mLevelSegment->getZoneSize().y)/
(Math::PI*3))//4
);
mLevelSegment->getActiveCamera()->setHardYaw(
0-((mPos.z/mLevelSegment->getZoneSize().z)/
(Math::PI*2))//3
);*/
mLevelSegment->getActiveCamera()->setHardPos(
xPercent*zoneInfo->mCamRange.current.x,
yPercent*zoneInfo->mCamRange.current.y);
mSceneNode->pitch((Radian)(((mPos.y-mWanted.y)/(mLevelSegment->getZoneSize().y*4))));//(mWanted.x-mRailPos.x)*5);
{
Vector3 absPos = mSceneNode->_getDerivedPosition();
Real h = mLevelSegment->getWorld()->getHeightAt(absPos.x, absPos.z);
if (absPos.y < (h+10)){
mSceneNode->translate(Vector3(0,((h+10)-absPos.y),0), Ogre::Node::TS_WORLD);
}
}
}break;
case RAIL_VERTICAL:{
float xPercent = mPos.x / zoneInfo->mSize.current.x;
float zPercent = mPos.z / zoneInfo->mSize.current.z;
mLevelSegment->getActiveCamera()->setHardPitch(
(zPercent*zoneInfo->mCamTilt.current.y)*(Math::PI/180.0f)
);
mLevelSegment->getActiveCamera()->setHardYaw(
(xPercent*zoneInfo->mCamTilt.current.x)*(Math::PI/180.0f)
);
mLevelSegment->getActiveCamera()->setHardPos(
0-xPercent*zoneInfo->mCamRange.current.x,
zPercent*zoneInfo->mCamRange.current.y);
/*mLevelSegment->getActiveCamera()->setHardPitch(
0-(
(mPos.z/mLevelSegment->getZoneSize().z)/
(Math::PI*20)
)
);*/
//mLevelSegment->getActiveCamera()->setHardPos(0, 30-(mPos.z/20));
/*mLevelSegment->getActiveCamera()->setHardPitch(
0-((
(mPos.z-(0-mLevelSegment->getZoneSize().z))/mLevelSegment->getZoneSize().z)/
(Math::PI*8)
)
);*/
//roll((mWanted.x-mPos.x)*2, false);//(mWanted.x-mRailPos.x)*5);
}break;
case RAIL_DEPTH:
#ifdef DGSDK
dbPointObject( objNb, dbObjectPositionX(cursor), dbObjectPositionY(cursor), dbObjectPositionZ(cursor) );
#endif
//dbRotateLimb(objNb, mLeftLegLimb, 0, 0, 45);
//dbRotateLimb(objNb, mRightLegLimb, 0, 0, 45);
//dbSetObjectToObjectOrientation(objNb, mHook->objNbGet());
mSceneNode->resetOrientation();
if (mLockLevel == 0){
Ogre::Vector3 tgt = mWanted;
tgt.z = mLevelSegment->getZoneSize().z;
mSceneNode->lookAt(tgt, Ogre::Node::TS_PARENT, Vector3::UNIT_Z);
roll(0-((mWanted.x-mPos.x)/2));
}
mLevelSegment->getActiveCamera()->setHardPitch(
((mPos.y/mLevelSegment->getZoneSize().y)/
(Math::PI*4))//4
);
mLevelSegment->getActiveCamera()->setHardYaw(
((mPos.x/mLevelSegment->getZoneSize().x)/
(Math::PI*3))//3
);
mLevelSegment->getActiveCamera()->setHardPos(0-mPos.x/2.5, mPos.y/2.5);
{
Vector3 absPos = mSceneNode->_getDerivedPosition();
Real h = mLevelSegment->getWorld()->getHeightAt(absPos.x, absPos.z);
if (absPos.y < (h+10)){
mSceneNode->translate(Vector3(0,((h+10)-absPos.y),0), Ogre::Node::TS_WORLD);
}
}
//roll(1, false);
break;
}
list<Weapon*>::iterator it;
for (it = mPrimaryWeapon.begin();it != mPrimaryWeapon.end();it++){
(*it)->ceaseFire();
}
for (it = mSecondaryWeapon.begin();it != mSecondaryWeapon.end();it++){
(*it)->ceaseFire();
}
if (mLockLevel == 0 && mHealth > 0){
if (mPrimaryActivated){
//if (Core::getSingleton()->getMouse()->isButtonDown(0)){
fire(0);
}
//if (Core::getSingleton()->getMouse()->isButtonDown(1)){
if (mSecondaryActivated){
fire(1);
}
if (mSuperActivated){
if (mSuperWeapon){
if (mSuperWeapon->isReady()){
mSuperWeapon->fire();
}
}
}
}
for (it = mPrimaryWeapon.begin();it!=mPrimaryWeapon.end();it++){
(*it)->update(timeDelta, parentTime+timeAlive());
}
for (it = mSecondaryWeapon.begin();it!=mSecondaryWeapon.end();it++){
(*it)->update(timeDelta, parentTime+timeAlive());
}
if (mSuperWeapon) mSuperWeapon->update(timeDelta, parentTime+timeAlive());
//mEntity->getSkeleton()->getRootBone()->get
//mSceneNode->needUpdate();
//skeletonRoot->SetBoundingBox (node->getBoundingBox());
//mSceneNode->showBoundingBox(true);
//mEntity->getBoundingBox().set
//node->GetBoundingBox().SetNull();
/*Ogre::Bone* bone;
bone = mEntity->getSkeleton()->getBone("root");
Ogre::AxisAlignedBox ab = mEntity->getBoundingBox();
mEntity->getBoundingBox()->setMaximum(0,0,0);
Ogre::Vector3 bbMin = mBBMin+bone->_getDerivedPosition();
Ogre::Vector3 bbMax = mBBMax+bone->_getDerivedPosition();
bbMin.x = 0;
bbMin.y = 0;
bbMin.z = 0;
ab.setMinimum(bbMin);
ab.setMaximum(bbMax);*/
/*Ogre::Bone* bone;
bone = mEntity->getSkeleton()->getBone("root");
mEntity->getMesh()->_setBounds(
Ogre::AxisAlignedBox(
mBBMin+bone->_getDerivedPosition(),
mBBMax+bone->_getDerivedPosition()
));;*/
return false;
};
