void FlareHandling_LowerAndRougher()
{
// for LowerAndRougher, event beginnings and proceedings are all handled by a GrownAndFade in this method
// ( event beginnings are not determined by geyser collisions )
// growAndFade values are for ampLocal; scale light intensity from that - whereas above its the opposite
// growAndFade must run constantly
aud_ampLocal = lowerAndRougher_growAndFade.ReturnCurrentValue(flare_lowerAndRougher_growAndFade_initStayPut, false, mx_flare_lowerAndRougher_growAndFade_targetGrowRange, mx_flare_lowerAndRougher_growAndFade_targetFadeRange, mx_flare_lowerAndRougher_growAndFade_durToGrowRange, mx_flare_lowerAndRougher_growAndFade_durToFadeRange, mx_flare_lowerAndRougher_growAndFade_durToStayGrownRange, mx_flare_lowerAndRougher_growAndFade_durToStayFadedRange);
// DESIGN prevent CPU overload...
// only start flare if numBusyFlares is below the max num allowed
if (lowerAndRougher_growAndFade._fadedAndStayingPutClick == true)
{
if (lightDiscs_numBusyFlare_script.lightDiscs_numBusyFlare < mx_flare_lowerAndRougher_maxNumFlares)
{
StartLightFlareSwell_LowerAndRougher();
busyFlare = true;
}
else
{
// mute poly
aud_lightFlareEvent_end = true;
busyFlare = false;
}
}
if (busyFlare == true)
{
lightComponent.intensity = Scale(aud_ampLocal, 0f, 1f, lightFlareEvent_intensityRange_lowerAndRougher[0], lightFlareEvent_intensityRange_lowerAndRougher[1]);
}
}
//***********************
void Void_UpsideDownReveal_OnOff()
{
// here's a nice coordination between OnOffTrackerWeighted and GrowAndFade
// we get the onDur and divide it into the proportions we want for grow, stay, and fade
void_upsideDownReveal_onOffCn = void_upsideDownReveal_onOffTracker.Return_OnOff_Cn(void_upsideDownReveal_initOn, mx_void_upsideDownReveal_on_shorter_durRange, mx_void_upsideDownReveal_on_longer_durRange, mx_void_upsideDownReveal_prob_onLonger, mx_void_upsideDownReveal_off_shorter_durRange, mx_void_upsideDownReveal_off_longer_durRange, mx_void_upsideDownReveal_prob_offLonger, 1f);
void_upsideDownReveal_on = void_upsideDownReveal_onOffCn.on;
if (void_upsideDownReveal_on == true)
{
if (void_upsideDownReveal_onOffCn.onClick == true)
{
void_upsideDownReveal_eventOnDur = void_upsideDownReveal_onOffCn.onDur;
void_upsideDownReveal_growAndFade = new GrowAndFade();
// just make sure all adds to 1.
void_upsideDownReveal_growDur = void_upsideDownReveal_eventOnDur * .35f;
void_upsideDownReveal_stayDur = void_upsideDownReveal_eventOnDur * .15f;
void_upsideDownReveal_fadeDur = void_upsideDownReveal_eventOnDur * .5f;
void_upsideDownReveal_prerecorded_playPos = Random.Range(0, void_upsideDownReveal_prerecorded_brownianBufferDur);
void_upsideDownReveal_transp = Random.Range(mx_void_upsideDownReveal_transpRange[0], mx_void_upsideDownReveal_transpRange[1]);
}
void_upsideDownReveal_ampLocal = void_upsideDownReveal_growAndFade.ReturnCurrentValue(false, false, new Vector2(.7f, 1f), Vector2.one * 0, Vector2.one * void_upsideDownReveal_growDur, Vector2.one * void_upsideDownReveal_fadeDur, Vector2.one * void_upsideDownReveal_stayDur, Vector2.one * 0f);
}
}
void Update()
{
// init: grow, don't stay put
currentValue = growAndFade.ReturnCurrentValue(false, false, targetGrowRange, targetFadeRange, durToGrowRange, durToFadeRange, durToStayGrownRange, durToStayFadedRange);
Debug.Log(currentValue);
}
// run once per frame
void Update()
{
tentacle_height = growAndFade.ReturnCurrentValue(start_hold, start_grow, targetGrow, durToGrow,
targetFade, durToFade, durToHoldGrown, durToHoldFaded);
}