private void LateUpdate()
{
AmbientLightSettings volume = AmbientLightSettings.FindVolume(((Component)this).get_transform().get_position());
if (Object.op_Inequality((Object)volume, (Object)this.mNextAmbientVolume) && Object.op_Inequality((Object)volume, (Object)this.mCurrentAmbientVolume))
{
this.mNextAmbientVolume = volume;
this.mAmbientStateStart = this.mCurrentAmbientState;
this.mAmbientStateEnd = (AmbientLightSettings.State) this.mNextAmbientVolume;
this.mAmbientStateTransition = 0.0f;
}
if (!Object.op_Inequality((Object)this.mCurrentAmbientVolume, (Object)this.mNextAmbientVolume))
{
return;
}
this.mAmbientStateTransition = Mathf.Clamp01(this.mAmbientStateTransition + Time.get_deltaTime());
this.mCurrentAmbientState = AmbientLightSettings.State.Lerp(this.mAmbientStateStart, this.mAmbientStateEnd, this.mAmbientStateTransition);
if ((double)this.mAmbientStateTransition < 1.0)
{
return;
}
this.mCurrentAmbientVolume = this.mNextAmbientVolume;
this.mNextAmbientVolume = (AmbientLightSettings)null;
}
public void Bake()
{
Light[] objectsOfType = (Light[])Object.FindObjectsOfType <Light>();
Light[] all1 = Array.FindAll <Light>(objectsOfType, (Predicate <Light>)(lit => lit.get_type() == 1));
Light[] all2 = Array.FindAll <Light>(objectsOfType, (Predicate <Light>)(lit => lit.get_type() == 2));
Color color1 = Color.get_black();
foreach (Light light in all1)
{
color1 = Color.op_Addition(color1, Color.op_Multiply(light.get_color(), light.get_intensity()));
}
Color color2 = Color.op_Multiply(color1, this.DirectLightingScale);
color2.a = (__Null)1.0;
using (List <ColorBlendVolume> .Enumerator enumerator = ColorBlendVolume.Volumes.GetEnumerator())
{
while (enumerator.MoveNext())
{
enumerator.Current.UpdateBounds();
}
}
for (int x = 0; x < this.XSize; ++x)
{
for (int y = 0; y < this.YSize; ++y)
{
for (int z = 0; z < this.ZSize; ++z)
{
Vector3 vector3_1 = this.CalcCenter(x, y, z);
Color color3;
// ISSUE: explicit reference operation
((Color)@color3).\u002Ector(0.0f, 0.0f, 0.0f);
Color color4;
// ISSUE: explicit reference operation
((Color)@color4).\u002Ector(0.0f, 0.0f, 0.0f);
int index1 = x + y * this.XSize + z * this.XSize * this.YSize;
AmbientLightSettings volume1 = AmbientLightSettings.FindVolume(vector3_1);
color3 = Color.op_Addition(color2, Color.op_Multiply(volume1.AmbientLightColor, this.AmbientLitToDirectLit));
for (int index2 = 0; index2 < all2.Length; ++index2)
{
Vector3 vector3_2 = Vector3.op_Subtraction(vector3_1, ((Component)all2[index2]).get_transform().get_position());
// ISSUE: explicit reference operation
float num = Mathf.Clamp01((float)(1.0 - (double)((Vector3)@vector3_2).get_magnitude() / (double)all2[index2].get_range())) * all2[index2].get_intensity();
// ISSUE: explicit reference operation
// ISSUE: variable of a reference type
Color& local1 = @color3;
// ISSUE: explicit reference operation
// ISSUE: explicit reference operation
(^ local1).r = (__Null)((^ local1).r + all2[index2].get_color().r *(double)num * (double)this.PointLitToDirectLit);
// ISSUE: explicit reference operation
// ISSUE: variable of a reference type
Color& local2 = @color3;
// ISSUE: explicit reference operation
// ISSUE: explicit reference operation
(^ local2).g = (__Null)((^ local2).g + all2[index2].get_color().g *(double)num * (double)this.PointLitToDirectLit);
// ISSUE: explicit reference operation
// ISSUE: variable of a reference type
Color& local3 = @color3;
// ISSUE: explicit reference operation
// ISSUE: explicit reference operation
(^ local3).b = (__Null)((^ local3).b + all2[index2].get_color().b *(double)num * (double)this.PointLitToDirectLit);
// ISSUE: explicit reference operation
// ISSUE: variable of a reference type
Color& local4 = @color4;
// ISSUE: explicit reference operation
// ISSUE: explicit reference operation
(^ local4).r = (__Null)((^ local4).r + all2[index2].get_color().r *(double)num * (double)this.PointLitToIndirectLit);
// ISSUE: explicit reference operation
// ISSUE: variable of a reference type
Color& local5 = @color4;
// ISSUE: explicit reference operation
// ISSUE: explicit reference operation
(^ local5).g = (__Null)((^ local5).g + all2[index2].get_color().g *(double)num * (double)this.PointLitToIndirectLit);
// ISSUE: explicit reference operation
// ISSUE: variable of a reference type
Color& local6 = @color4;
// ISSUE: explicit reference operation
// ISSUE: explicit reference operation
(^ local6).b = (__Null)((^ local6).b + all2[index2].get_color().b *(double)num * (double)this.PointLitToIndirectLit);
}
color4 = Color.op_Multiply(color4, this.IndirectLightingScale);
color4 = Color.op_Addition(color4, Color.op_Multiply(volume1.AmbientLightColor, this.AmbientLitToIndirectLit));
ColorBlendVolume volume2 = ColorBlendVolume.FindVolume(vector3_1);
if (Object.op_Inequality((Object)volume2, (Object)null))
{
color3 = Color.op_Multiply(color3, Color32.op_Implicit(volume2.Color));
color4 = Color.op_Multiply(color4, Color32.op_Implicit(volume2.Color));
}
color3.a = (__Null)1.0;
color4.a = (__Null)1.0;
this.mVoxel[index1].DirectLightColor = Color32.op_Implicit(color3);
this.mVoxel[index1].IndirectLightColor = Color32.op_Implicit(color4);
}
}
}
}
