void HandleOxygenLevels()
{
// regenerate oxygen
var shouldRegen =
holes.Count <= 0 &&
!this.isOnFire;
if (shouldRegen)
{
if (!this.wasThiefed)
{
oxygen = Mathf.Clamp(oxygen + oxygenRegen, 0, maxOxygen);
m_Shader.Air(1f - (oxygen / 100f));
return;
}
else
{
this.wasThiefed = false;
}
}
// steal from nearby rooms
var nearbyOpenRooms = this.halfAirlocks.Where(ha => ha.isOpen && ha.pairedAirlock.isOpen);
var nearbyRoomsWithAir = nearbyOpenRooms.Select(ha => ha.pairedAirlock.room).Where(r => r.oxygen > 0);
var nearbyRoomsWithMoreAir = nearbyRoomsWithAir.Where(r => r.oxygen > this.oxygen).OrderByDescending(r => r.oxygen);
foreach (var otherRoom in nearbyRoomsWithMoreAir)
{
var oxygenDifference = otherRoom.oxygen - this.oxygen;
var oxygenEqualizationDifference = oxygenDifference / 2;
var targetThiefRate = Mathf.Clamp(maxOxygenThiefRate, 0, oxygenEqualizationDifference);
if (targetThiefRate > 0)
{
oxygen = Mathf.Clamp(oxygen + targetThiefRate, 0, maxOxygen);
otherRoom.oxygen = Mathf.Clamp(otherRoom.oxygen - targetThiefRate, 0, otherRoom.maxOxygen);
otherRoom.wasThiefed = true;
}
else
{
break;
}
}
// lose oxygen
var oxygenLossDueToHoles = oxygenLossPerHole * holes.Count;
var oxygenLossDueToFire = this.isOnFire ? oxygenLossForFire : 0;
var oxygenLoss = oxygenLossDueToHoles + oxygenLossDueToFire;
oxygen = Mathf.Clamp(oxygen - oxygenLoss, 0, maxOxygen);
m_Shader.Air(1f - (oxygen / 100f));
}
// Start is called before the first frame update
void Start()
{
m_ShaderManip = GetComponent <ShaderManip>();
m_ShaderManip.Fire(.5f);
m_ShaderManip.Air(.5f);
//m_Material = GetComponent<Renderer>().material;
// Debug.Log(m_Material);
// Debug.Log(m_Material.GetFloat("OneForFire"));
// m_Material.SetFloat("OneForFire", 1.0f);
// Debug.Log(m_Material.GetFloat("OneForFire"));
}