public void PowerDown()
{
State = HoloState.PoweringDown;
}
// Update is called every frame, if the
// MonoBehaviour is enabled.
void Update()
{
float newbrightness = brightness;
switch (State)
{
case HoloState.Off:
return;
case HoloState.On:
break;
case HoloState.PoweringDown:
ProcessingTime += Time.deltaTime;
if (ProcessingTime > 1.0f)
{
State = HoloState.Off;
ProcessingTime = 0.0f;
transform.localScale = OffScale;
}
else
{
float val = TurnOffCurve.Evaluate(ProcessingTime);
TempScale.x = val;
TempScale.z = val;
transform.localScale = TempScale;
newbrightness = val * brightness;
}
break;
case HoloState.PoweringUp:
ProcessingTime += Time.deltaTime;
if (ProcessingTime > 1)
{
State = HoloState.On;
ProcessingTime = 0.0f;
transform.localScale = OnScale;
}
else
{
float val = TurnOnCurve.Evaluate(ProcessingTime);
TempScale.x = val;
TempScale.z = val;
transform.localScale = TempScale;
newbrightness = val * brightness;
}
break;
}
// make hologram flicker
float newclip = (clippower - (ClipVariance / 2)) + (Random.value * ClipVariance);
float rimrandom = Random.value;
float rimchange = rimrandom * RimVariance;
float newrim = rimpower - (RimVariance / 2);
if (newclip < 0)
{
newclip = 0;
}
if (newrim < 0)
{
newrim = 0;
}
foreach (Material HoloMaterial in HoloMaterials)
{
HoloMaterial.SetFloat("_RimPower", newrim);
HoloMaterial.SetFloat("_ClipPower", newclip);
HoloMaterial.SetFloat("_Brightness", newbrightness);
}
// make light flicker
if (FlickerLight != null)
{
if (rimchange < 0)
{
FlickerLight.intensity = intensity - (intensity * lightflicker * rimrandom);
}
else
{
FlickerLight.intensity = intensity + (intensity * lightflicker * rimrandom);
}
}
}
public void PowerUp()
{
State = HoloState.PoweringUp;
}
