warnexus

Suppose you had to write a class that holds a health system and item system for a game. What would you call the class? I am writing the code in Java. I came up with a name called TopGUI because the GUI is going to be placed on top of the game that holds these two systems. But I figure the name is going to raise a lot of red flags for any people looking at my own code in the future. I need suggestions.   

I have a ghost that moves in big increments of 2 pixels

Example:

If ghost moves in position x: You see the x coordinates of ghost like this: 18, 20, 22

Ghost causes no slowdown when drawing it.

However I have an alien that moves smaller increments of .05 pixels - .15 pixels

Example:

If alien moves in position x: You see the x coordinates of alien like this: around 30 drawings in 13.34 which is 30 drawings in the same spot of the screen. Then increment the position by .15 pixels and redraw the alien in that same spot.

The idea was to make the alien moves so slow with the alien theme music to add character to the alien. This was done by moving the alien in smaller increments. 

While this redrawing technique work for the alien, my suspicion it is this technique that is causing redrawing slowdown to all other projectiles and loot drops from my ghost monsters.

Is my suspicion correct? I am really sure if drawing in small increments of pixel for an object really have a slowdown effect on another object that also needs to be redrawn. Let me know.

 
 
private static final double zeroPositionLimit = 15;
 
private static final double firstPositionLimit = 16;
 
private static final double secondPositionLimit = 18;
 
private static final double thirdPositionLimit = 20;
 
private static final double fourthPositionLimit = 21;
 

public void draw(Graphics g) {
// Draw the monster image at our position
 
if(position.getX() < zeroPositionLimit)
{
g.drawImage(alienMovementAnimation.get(0), (int)position.getX(), (int)position.getY(), null);
}
else if(position.getX() < firstPositionLimit )
{
g.drawImage(alienMovementAnimation.get(1), (int)position.getX(), (int)position.getY(), null);
} 
else if(position.getX() < secondPositionLimit)
{
g.drawImage(alienMovementAnimation.get(2), (int)position.getX(), (int)position.getY(), null);
 
}
else if(position.getX() < thirdPositionLimit)
{
g.drawImage(alienMovementAnimation.get(3), (int)position.getX(), (int)position.getY(), null);
 
}
 
else if(position.getX() < fourthPositionLimit)
{
g.drawImage(alienMovementAnimation.get(4), (int)position.getX(), (int)position.getY(), null);
}
else
{
 
Game.setGameWon(true);
}
 
 
}
 
@Override
public void update(long milliseconds) {
// Handle all of the alien logic
 
// Update player position base on velocity
 
long time = System.currentTimeMillis();
 
float deltaTime = (time - startTime)/1000.f;
 
startTime = time;
 
position = position.add(velocity.multiply((deltaTime)));
 
 
// object state logic
if(position.getX() < fourthPositionLimit)
{
 
direction = "right";
 
}
 
int speed = 1;
 
if(direction.equals("right"))
{
 
position.setX(position.getX() + speed * deltaTime);
}
 
 
 
}