A 'Cycles' variable is added++ everytime "mainProcessHandler();" is called & the initial "Cycle" is completed:
So a cycle in this would be the "mainProcessHandler()" method.
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| private void mainProcessHandler() {
try {
Player.process();
WalkingCheck.process();
WalkingHandler.process();
repaint();
updateFps();
} catch (Exception e1) {
System.err.println("A Fatal Exception has occured while processing the mainHandler!");
e1.printStackTrace(System.err);
System.exit(0);
return;
}
} |
The Cycles variable i don't care about (I added that just for looks after all else failed to return accurate results).
I'd just like some fancy debugging/engine offload variables that when printed out give me accurate results of usage out of 100(percent). <(keyboard failure).
(The average time between debugs i've already handled via a SimpleTimer class).
This is what I was using before, and since
I can't comprehend on how to change those variables to
adjust to a much smaller sleepTime (3 to six) ms. I bring my question here asking for help D=
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|
try {
if (sleepTime > 0)
Thread.sleep(sleepTime);
engineTimer.reset();
if(cycleTime < 575)
sleepTime = cycleRate - cycleTime;
else
sleepTime = 0;
cycleTime = engineTimer.elapsed();
sleepTime = cycleRate - cycleTime;
totalCycleTime += cycleTime;
cycles++;
debug();
} catch (Exception ex) {
ex.printStackTrace();
System.out.println("A fatal exception has been thrown!");
System.exit(0);
} |
Everytime that got printed out it would just say usage is = 0.0, simply because the hop between sleepTime was to great for anything to even build up/redraw intime for a smaller cycle (Sprite based game).
Here is that fancy methods debug() (math/results portion)
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| private static void debug() {
if (debugTimer.elapsed() > 360 * 1000) {
long averageCycleTime = totalCycleTime / cycles;
System.out.println("Average Cycle Time: " + averageCycleTime + "ms");
double engineLoad = ((double) averageCycleTime / (double) cycleRate);
System.out.println("Engine load: "+ debugPercentFormat.format(engineLoad));
totalCycleTime = 0;
cycles = 0;
debugTimer.reset();
}
} |
