int Demo3Main::InitialiseObjects()
{
// Record the fact that we are about to change the array - so it doesn't get used elsewhere without reloading it
DrawableObjectsChanged();
// Destroy any existing objects
DestroyOldObjects();
// Creates an array one element larger than the number of objects that you want.
CreateObjectArray(5);
// You MUST set the array entry after the last one that you create to NULL, so that the system knows when to stop.
StoreObjectInArray(0, new Demo3ObjectFinished(this, 1, 1));
StoreObjectInArray(1, new Demo3Object(this, 9, 9));
StoreObjectInArray(2, new Demo3Object(this, 13, 9));
StoreObjectInArray(3, new Demo3Object(this, 9, 5));
StoreObjectInArray(4, new Demo3Object(this, 13, 5));
// i.e. The LAST entry has to be NULL. The fact that it is NULL is used in order to work out where the end of the array is.
StoreObjectInArray(5, NULL);
// NOTE: We also need to destroy the objects, but the method at the
// top of this function will destroy all objects pointed at by the
// array elements so we can ignore that here.
return 0;
}
/*
In here you need to create any movable objects that you wish to use.
Sub-classes need to implement this function.
*/
int SimpleDemo::InitialiseObjects()
{
// Record the fact that we are about to change the array - so it doesn't get used elsewhere without reloading it
DrawableObjectsChanged();
// Destroy any existing objects
DestroyOldObjects();
CreateObjectArray(5);
StoreObjectInArray(0, new SimpleShape(this) );
#if 0
// Create an array one element larger than the number of objects that you want.
m_ppDisplayableObjects = new DisplayableObject*[2];
// You MUST set the array entry after the last one that you create to NULL, so that the system knows when to stop.
// i.e. The LAST entry has to be NULL. The fact that it is NULL is used in order to work out where the end of the array is.
m_ppDisplayableObjects[0] = new SimpleShape(this);
m_ppDisplayableObjects[1] = NULL;
#endif
return 0;
}
/*
In here you need to create any movable objects that you wish to use.
Sub-classes need to implement this function.
*/
int BouncingBallMain::InitialiseObjects()
{
// Record the fact that we are about to change the array - so it doesn't get used elsewhere without reloading it
DrawableObjectsChanged();
// Destroy any existing objects
DestroyOldObjects();
// Create a new object of type BouncingBall1
m_pBall1 = new BouncingBall1( this,
0/*Id*/, 1/*Type*/,
100/*Size*/,
1/*Colour*/,
"A"/*Label*/,
-10/*XLabelOffset*/,
-15/*YLabelOffset*/,
&obTileManager );
// Bouncing ball 1 has a movement object, tells it to move from
// position a to position b, over a specific period of time.
// The update for the ball will reverse the move at the end of this time
m_pBall1->SetMovement( GetTime(), GetTime()+1000, GetTime(), 100, 100, 700, 500 );
// Create another, different, type of ball
m_pBall2 = new BouncingBall2( this,
0/*Id*/, 1/*Type*/,
100/*Size*/,
2/*Colour*/,
"B"/*Label*/,
-10/*XLabelOffset*/,
-15/*YLabelOffset*/ );
m_pBall2->SetPosition( 100,100 );
m_pBall2->SetSpeed( 1.1,1.0 );
// And a third ball
m_pBall3 = new BouncingBall2( this,
0/*Id*/, 1/*Type*/,
100/*Size*/,
3/*Colour*/,
"C"/*Label*/,
-10/*XLabelOffset*/,
-15/*YLabelOffset*/ );
m_pBall3->SetPosition( 300,250 );
m_pBall3->SetSpeed( 0.8,1.2 );
// Creates an array one element larger than the number of objects that you want.
CreateObjectArray(3);
// You MUST set the array entry after the last one that you create to NULL, so that the system knows when to stop.
StoreObjectInArray(0, m_pBall1 );
StoreObjectInArray(1, m_pBall2 );
StoreObjectInArray(2, m_pBall3 );
// i.e. The LAST entry has to be NULL. The fact that it is NULL is used in order to work out where the end of the array is.
StoreObjectInArray(3, NULL);
// NOTE: We also need to destroy the objects, but the method at the
// top of this function will destroy all objects pointed at by the
// array elements so we can ignore that here.
return 0;
}
