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 M4::positionWeapon()
{ //positions the m4 at a fps point of view
if(noClip == false)
{
dbPositionObject(obj,dbCameraPositionX(), dbCameraPositionY()-10,dbCameraPositionZ());
dbRotateObject(obj,-dbCameraAngleX(), dbCameraAngleY()-180,dbCameraAngleZ());
dbMoveObject(obj, -18);
dbMoveObjectRight(obj, -7);
}
}
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;
}
//TINY_ROID
Tiny_Roid::Tiny_Roid()
{
obj = findFreeObject(100);
dbCloneObject(obj, TINY_OBJ);
moveSpeed = TINY_STROID_SPEED;
totalSpeed = moveSpeed + GAME_SPEED;
maxMoveSpeed = TINY_STROID_MAX_SPEED;
size = 1;
health = 5;
dmg = .5;
SC_SetupObject(obj, 1, 2);
//dbSetObjectAmbient ( ASTERIOD5, 0 );
SC_UpdateObject(obj); //updates the map's collision box
dbRotateObject (obj, dbRnd(360) - 360, dbRnd(360) - 360, dbRnd(360) - 360 );
dbPositionObject(obj, -30, 4,0);
dbSetObjectCollisionToPolygons(obj );
}
//MEDIUM_ROID
Medium_Roid::Medium_Roid()
{
obj = findFreeObject(100);
dbCloneObject(obj, MEDIUM_OBJ);
moveSpeed = MEDIUM_STROID_SPEED;
totalSpeed = moveSpeed + GAME_SPEED;
maxMoveSpeed = MEDIUM_STROID_MAX_SPEED;
size = 3;
health = 10;
dmg = 1.0;
SC_SetupObject(obj, 1, 2);
//dbSetObjectAmbient ( ASTERIOD3, 0 );
SC_UpdateObject(obj); //updates the map's collision box
dbRotateObject (obj, dbRnd(360) - 360, dbRnd(360) - 360, dbRnd(360) - 360 );
dbPositionObject(obj, -30, 4,0);
dbSetObjectCollisionToPolygons(obj );
}
//LARGE_ROID
Large_Roid::Large_Roid()
{
obj = findFreeObject(100);
dbCloneObject(obj, LARGE_OBJ);
moveSpeed = LARGE_STROID_SPEED;
totalSpeed = moveSpeed + GAME_SPEED;
maxMoveSpeed = LARGE_STROID_MAX_SPEED;
size = 5;
health = 20;
dmg = 2.0;
SC_SetupObject(obj, 1, 2);
//dbSetObjectAmbient ( ASTERIOD1, 0 );
SC_UpdateObject(obj); //updates the map's collision box
dbRotateObject (obj, dbRnd(360) - 360, dbRnd(360) - 360, dbRnd(360) - 360 );
dbPositionObject(obj, 0, -30,0);
dbSetObjectCollisionToPolygons(obj );
}
void Rocket::Pos(float x, float y, float z,
float deg)//фунци¤ позиционировани¤ объекта-ракеты
{
Xpos = x;
Ypos = y;
Zpos = z;
Ydeg = deg;
dbPositionObject(num, Xpos, Ypos, Zpos);
//позиционирование в мировых координатах
dbMoveObject(num, 2);//относительное смещение -
dbMoveObjectRight(num, 2);//позиционирование
dbMoveObjectUp(num, 2.5);//в локальных координатах
dbYRotateObject(num, Ydeg);
}
Rocket::Rocket(int i, char *filename)
{
num = i;
alive = false;//ракета деактивирована
burn = false;
Xpos = 0;
Ypos = 0;
Zpos = 0;
Ydeg = 0;
start_time = GetTickCount();
if (num == myrocket)//перва¤ ракета
{
dbLoadObject(filename,num);//загружаем еЄ из файла,
}
else //так как все ракеты одинаковы, то...
{
dbCloneObject(num, myrocket);
//...остальные копируем с первой
}
dbHideObject(num);//скрываем
dbPositionObject(num, Xpos, Ypos, Zpos);
dbYRotateObject(num, Ydeg);
}
void Asteroid::gravity()
{
dbPositionObject ( obj, dbObjectPositionX(obj), dbObjectPositionY(obj)+ totalSpeed, dbObjectPositionZ(obj));
return;
}
void DarkSDK ( void )
{
// entry point for the application
//dbSetDir ( "media\\" );
// initial application set up
dbSyncOn ( ); // turn sync on
dbSyncRate ( 0 ); // set sync rate to 60
dbBackdropOn ( ); // switch backdrop off - no need to clear screen
dbSetCameraRange ( 0.5f, 30000 ); // set the camera range
PhysStart ( );
// floor
dbMakeObjectBox ( 1, 100, 1, 100 );
dbPositionObject ( 1, 0, 0, 0 );
dbColorObject ( 1, dbRgb ( 100, 0, 0 ) );
PhysCreateStaticRigidBodyMesh ( 1 );
/*
dbLoadObject ( "bin1.x", 2 );
//dbPositionObject ( 2, 0, 1 + dbObjectCollisionCenterY ( 2 ), 0 );
dbPositionObject ( 2, 0, 0, 0 );
//dbOffsetLimb ( 2, 0, dbObjectCollisionCenterX ( 2 ) * -1, dbObjectCollisionCenterY ( 2 ) * -1, dbObjectCollisionCenterZ ( 2 ) * -1 );
PhysCreateRigidBodyBox ( 2 );
dbMakeObjectCube ( 3, 5 );
dbPositionObject ( 3, 20, 10, 0 );
PhysCreateRigidBodyBox ( 3 );
*/
const NxReal height = 0.3;
const NxReal width = 2;
const NxReal length = 4;
//dbMakeObjectBox ( 5, length*0.65, height*0.85, width*0.65 );
dbMakeObjectBox ( 5, 3.5,3,4);
dbPositionObject ( 5, 3.5,4,0 );
dbMakeObjectSphere ( 10, 0.8 );
dbMakeObjectSphere ( 11, 0.8 );
dbMakeObjectSphere ( 12, 0.8 );
dbMakeObjectSphere ( 13, 0.8 );
CreateTruck ( );
//dbLoadObject ( "corsa.x", 5 );
//dbPositionObject ( 5, 0, 1, 0 );
/*
InitCar ( );
car = CreateCar(NxVec3(0,5,0));
*/
dbPositionCamera ( 0, 20, -30 );
// PhysCreateRigidBodyBox ( 10 );
// loop round until escape key is pressed
while ( LoopSDK ( ) )
{
if ( dbEscapeKey ( ) )
return;
if ( dbSpaceKey ( ) )
PhysSetVelocity ( 10, 0, 20, 0 );
UpdateTruck ( );
//if ( dbSpaceKey ( ) )
// PhysSetVelocity ( 3, -20, 0, 0 );
/*
{
bool bKey = false;
if ( dbKeyState ( 17 ) == 1 )
{
gMotorForce = gMaxMotorPower;
bKey = true;
}
if ( dbKeyState ( 31 ) == 1 )
{
gMotorForce = -gMaxMotorPower;
bKey = true;
}
if ( dbKeyState ( 32 ) )
{
if (gSteeringValue > (-1.0f + gSteeringDelta))
gSteeringValue -= gSteeringDelta;
bKey = true;
}
if ( dbKeyState ( 30 ) )
{
if (gSteeringValue < (1.0f - gSteeringDelta))
gSteeringValue += gSteeringDelta;
bKey = true;
}
if ( !bKey )
{
gMotorForce = 0.0f;
gSteeringValue = 0.0f;
}
}
TickCar ( );
*/
// show the frame rate and handle user input
showFPS ( );
userInput ( );
PhysRun ( );
PhysUpdate ( );
// render everything
dbSync ( );
}
}
