public void Restore_Light()
{
local_Light_Status = Light_Status.FULLY_BRIGHT;
light_Amount = 12.5f;
target_Light_Intensity = Max_Light_Intensity;
target_Vignette_Intensity = Max_Vignette_Intensity;
target_Fog_End_Distance = Max_Fog_End_Distance;
target_Fire_Particle_Emission = Max_Fire_Particle_Emission;
}
IEnumerator Lower_Light_Value()
{
while (true)
{
if (light_Amount >= 10f)
{
local_Light_Status = Light_Status.FULLY_BRIGHT;
damp_Smoothing_Time = .04f;
}
else if (light_Amount >= 7.5f)
{
local_Light_Status = Light_Status.BRIGHT;
damp_Smoothing_Time = 3f;
}
else if (light_Amount >= 5f)
{
local_Light_Status = Light_Status.DIMMED;
damp_Smoothing_Time = 3f;
}
else if (light_Amount >= 2.5f)
{
local_Light_Status = Light_Status.LOW;
damp_Smoothing_Time = 3f;
}
else
{
local_Light_Status = Light_Status.MINIMUM;
damp_Smoothing_Time = 3f;
}
switch (local_Light_Status)
{
case Light_Status.FULLY_BRIGHT:
target_Light_Intensity = Max_Light_Intensity;
target_Fog_End_Distance = Max_Fog_End_Distance;
target_Vignette_Intensity = Max_Vignette_Intensity;
target_Fire_Particle_Emission = Max_Fire_Particle_Emission;
break;
case Light_Status.BRIGHT:
target_Light_Intensity = Max_Light_Intensity - light_Intensity_Reduction_Rate;
target_Fog_End_Distance = Max_Fog_End_Distance - Fog_Increase_Rate;
target_Vignette_Intensity = Max_Vignette_Intensity + Vignette_Increase_Rate;
target_Fire_Particle_Emission = Max_Fire_Particle_Emission - Fire_Particle_Decrease_Rate;
break;
case Light_Status.DIMMED:
target_Light_Intensity = Max_Light_Intensity - (light_Intensity_Reduction_Rate * 2);
target_Fog_End_Distance = Max_Fog_End_Distance - (Fog_Increase_Rate * 2);
target_Vignette_Intensity = Max_Vignette_Intensity + (Vignette_Increase_Rate * 2);
target_Fire_Particle_Emission = Max_Fire_Particle_Emission - (Fire_Particle_Decrease_Rate * 2);
break;
case Light_Status.LOW:
target_Light_Intensity = Max_Light_Intensity - (light_Intensity_Reduction_Rate * 3);
target_Fog_End_Distance = Max_Fog_End_Distance - (Fog_Increase_Rate * 3);
target_Vignette_Intensity = Max_Vignette_Intensity + (Vignette_Increase_Rate * 3);
target_Fire_Particle_Emission = Max_Fire_Particle_Emission - (Fire_Particle_Decrease_Rate * 3);
break;
case Light_Status.MINIMUM:
target_Light_Intensity = Max_Light_Intensity - (light_Intensity_Reduction_Rate * 4);
target_Fog_End_Distance = Max_Fog_End_Distance - (Fog_Increase_Rate * 4);
target_Vignette_Intensity = Max_Vignette_Intensity + (Vignette_Increase_Rate * 4);
target_Fire_Particle_Emission = Max_Fire_Particle_Emission - (Fire_Particle_Decrease_Rate * 4);
break;
}
//here lerp the light intensity, fog, and vignette(maybe) towards their new values
RenderSettings.fogEndDistance = Mathf.SmoothDamp(RenderSettings.fogEndDistance, target_Fog_End_Distance, ref smooth_Ref_Fog, damp_Smoothing_Time);
player_Light.intensity = Mathf.SmoothDamp(player_Light.intensity, target_Light_Intensity, ref smooth_Ref_Light, damp_Smoothing_Time);
local_PostProcessingProfile.vignette.Set_Intensity(Mathf.SmoothDamp(local_PostProcessingProfile.vignette.settings.intensity, target_Vignette_Intensity, ref smooth_Ref_Vignette, damp_Smoothing_Time));
var em = local_Fire_Particles.emission;
var emission_Rate_Temp = em.rateOverTime;
emission_Rate_Temp.constant = Mathf.SmoothDamp(local_Fire_Particles.emission.rateOverTime.constant, target_Fire_Particle_Emission, ref smooth_Ref_Fire_Particles, damp_Smoothing_Time);
em.rateOverTime = emission_Rate_Temp;
light_Amount -= light_Reduction_Per_Tick;
if (light_Amount < 0)
{
light_Amount = 0;
}
yield return(new WaitForSeconds(light_Decay_Smoothing));
}
}
