public override void update(GameTime time)
{
AnimatedArrowSprite.update(time);
totalTimer += time.ElapsedGameTime.Milliseconds;
float yPos = AnimatedArrowSprite.initialPosition.Y + AnimatedArrowSprite.yPeriodicRange * (float)Math.Sin(2.0 * Math.PI / (double)AnimatedArrowSprite.yPeriodicLoopTime * (double)(totalTimer + AnimatedArrowSprite.yPeriodicLoopTime / 2f));
ModEntry.ModMonitor.Log($"Y pos: {yPos}");
}
public override void draw(SpriteBatch b)
{
AnimatedArrowSprite.draw(b);
if (AnimateWave)
{
AnimatedWaveSprite.draw(b);
}
}
public override void update(GameTime time)
{
AnimatedArrowSprite.update(time);
double sinValue = Math.Sin(2.0 * Math.PI / AnimatedArrowSprite.yPeriodicLoopTime * (totalTimerField.GetValue() + AnimatedArrowSprite.yPeriodicLoopTime / 2f));
double sVal = Math.Sin(AnimatedArrowSprite.yPeriodicLoopTime / 2f);
float yPos = AnimatedArrowSprite.initialPosition.Y + AnimatedArrowSprite.yPeriodicRange * (float)Math.Sin(2.0 * Math.PI / AnimatedArrowSprite.yPeriodicLoopTime * (totalTimerField.GetValue() + AnimatedArrowSprite.yPeriodicLoopTime / 2f));
// TODO: When sin is in quadrant 3 play once wave animation. Note: Check in wich quadrand is.
if (sinValue > -1 && yPos > lastYPos)
{
//ModEntry.ModMonitor.Log($"Y pos: {yPos}");
ModEntry.ModMonitor.Log($"Sin: {sinValue}");
}
else if (sinValue < 1)
{
lastYPos = yPos;
}
}
