Another Performance Talk

you  have at there also Sim1000ms and Sim4000ms

im not sure that you should use those commands because when you close menu. it still continue loop

maybe its somesort hidden performance bug. not sure yet why you have them there

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guys i thing you have bug inside custom made timers. they not close self after you not need use them anymore.

even that RenderEveryTick  continue loop when you close that menu.

im debuging atm inside SimpleInfoScreen

Edited October 20, 2021 by gabberworld

omg . guys dont use those custom made timers for menus what you made.

they increase speed when you increase the game speed.

trolllollloll

no wonder we have performance issues.

soo i tested that update inside "SimpleInfoScreen"

this code should be fine,  tho this how it updates atm is totally wrong tho because it updates even when there is no changes at menu

    private float update;

    private void Update()
	{
		this.update += Time.fixedDeltaTime;
		if (this.update > 0.1f)  // updates every 100ms 
		{
			this.update = 0f;
			this.Refresh(false);
		}
	}

Edited October 21, 2021 by gabberworld

whatever that is fix that please .

its freezing my game

like save file not enoh that it freezing all the time

whatever that is. it looks ugly

guys. try avoid using the "foreach" as much as possible, that command does drop little code performance,

example inside "KAnimBatchManager" i changed at "UpdateDirty" command "foreach" to the "for" loop

and after that it increased the code speed

i tested that multi times for make sure that pc not trolling

i guess you busy with other stuff soo i show how to increase performance

current code

	public int UpdateDirty(int frame)
	{
		if (!this.ready)
		{
			return 0;
		}
		this.dirtyBatchLastFrame = 0;
		foreach (BatchSet batchSet in this.activeBatchSets)
		{
			this.dirtyBatchLastFrame += batchSet.UpdateDirty(frame);
		}
		return this.dirtyBatchLastFrame;
	}

 

new code

	public int UpdateDirty(int frame)
	{
		if (!this.ready)
		{
			return 0;
		}
		this.dirtyBatchLastFrame = 0;
		for (int i = 0; i < this.activeBatchSets.Count; i++)
		{
			this.dirtyBatchLastFrame += this.activeBatchSets[i].UpdateDirty(frame);
		}
		return this.dirtyBatchLastFrame;
	}