// Update is called once per frame
void Update()
{
mainEmo.startSize = (nanoKontrol2.Slider4 * 0.005f) + startsize;
if (timer > beat)
{
mainEmo.simulationSpeed = Random.Range(1f, (nanoKontrol2.Slider5 * .5f) + simulatespeed);
//mainEmo.startSize = startsize;
timer -= beat;
}
timer += Time.deltaTime;
Count += Time.deltaTime;
colorr.mode = ParticleSystemGradientMode.TwoColors;
colorr.colorMin = ColorHSV.FromHsv(color_one, 255, 255);
colorr.colorMax = ColorHSV.FromHsv(color_two, 255, 255);
mainEmo.startColor = colorr;
//Debug.Log(Count);
if (Rgbswich == true)
{
//color_one = (byte)(color_one + (Count*.1));
//color_two = (byte)(color_one + (Count*100));
colorr.colorMin = ColorHSV.FromHsv(Random.Range(0, 360), 255, 255);
colorr.colorMax = ColorHSV.FromHsv(Random.Range(0, 360), 255, 255);
mainEmo.startColor = colorr;
}
}
// Update is called once per frame
void Update()
{
///
///Nano Controal
///
//startSize_max = (nanoKontrol2.Slider6 * 7) + startSize_max;
//startSize_min = (nanoKontrol2.Slider7 * 7) + startSize_min;
if (timer > beat)
{
//mainEmo.startSize = startSize_max;
mainEmo.startSize = (nanoKontrol2.Slider6 * .002f) + startSize_max;
//mainEmo.simulationSpeed = simulationSpeed;
mainEmo.simulationSpeed = (nanoKontrol2.Slider8 * .015f) + simulationSpeed;
timer -= beat;
}
else
{
//mainEmo.startSize = startSize_min;
mainEmo.startSize = (nanoKontrol2.Slider7 * .0015f) + startSize_min;
}
timer += Time.deltaTime;
colorr.mode = ParticleSystemGradientMode.TwoColors;
colorr.colorMin = ColorHSV.FromHsv(color_one, 255, 255);
colorr.colorMax = ColorHSV.FromHsv(color_two, 255, 255);
mainEmo.startColor = colorr;
if (stopMove == true)
{
simulationSpeed = 0f;
}
if (RandomColor == true)
{
colorr.colorMin = ColorHSV.FromHsv(Random.Range(0, 360), 255, 255);
colorr.colorMax = ColorHSV.FromHsv(Random.Range(0, 360), 255, 255);
mainEmo.startColor = colorr;
}
}
// Update is called once per frame
void Update()
{
if (timer > beat)
{
voltm.orbitalZ = orbitalZ;
voltm.orbitalX = orbitalX;
voltm.orbitalOffsetZ = offsetZ;
timer -= beat;
}
else
{
voltm.orbitalZ = 2;
voltm.orbitalX = orbitalX;
voltm.orbitalOffsetZ = offsetZ;
}
timer += Time.deltaTime;
colorr.mode = ParticleSystemGradientMode.TwoColors;
colorr.colorMin = ColorHSV.FromHsv(color_one, 100, 255);
colorr.colorMax = ColorHSV.FromHsv(color_two, 100, 255);
mainEmo.startColor = colorr;
if (RandomColor == true)
{
colorr.colorMin = ColorHSV.FromHsv(Random.Range(0, 360), 200, 255);
colorr.colorMax = ColorHSV.FromHsv(Random.Range(0, 360), 200, 255);
mainEmo.startColor = colorr;
}
if (AutoSwitch == true)
{
AutoChenge();
}
}
// Update is called once per frame
void Update()
{
mainEmo1.startSize = (input * 3) + Emo1_Start_Size;
mainEmo2.startSize = (input * 3) + Emo1_Start_Size;
mainEmo3.startSize = (input * 4) + Emo2_Start_Size;
mainEmo4.startSize = (input * 4) + Emo2_Start_Size;
mainEmo1.startColor = ColorHSV.FromHsv(color_one, 200, 255);
mainEmo2.startColor = ColorHSV.FromHsv(color_one, 200, 255);
mainEmo3.startColor = ColorHSV.FromHsv(color_two, 200, 255);
mainEmo4.startColor = ColorHSV.FromHsv(color_two, 200, 255);
mainEmo5.startColor = ColorHSV.FromHsv(color_three, 200, 255);
if (RandomColor == true)
{
mainEmo1.startColor = ColorHSV.FromHsv(Random.Range(0, 360), 200, 255);
mainEmo2.startColor = ColorHSV.FromHsv(Random.Range(0, 360), 200, 255);
mainEmo3.startColor = ColorHSV.FromHsv(Random.Range(0, 360), 200, 255);
mainEmo4.startColor = ColorHSV.FromHsv(Random.Range(0, 360), 200, 255);
mainEmo5.startColor = ColorHSV.FromHsv(Random.Range(0, 360), 200, 255);
}
}