private IEnumerator BurnEthanolCoroutine()
{
m_fireRenderer.gameObject.SetActive(true);
m_burning = true;
float timeToBurn = m_compound.ElementQuantity(Compound.Elements.Ethanol) / m_fullVolume * 10;
float currentTime = 0;
AudioClip baseClip = m_audioSource.clip;
m_audioSource.clip = SimulationData.fireLoop;
m_audioSource.pitch = 1;
m_audioSource.volume /= 2;
while (currentTime < timeToBurn)
{
m_fireRenderer.material.SetFloat(m_hashFluwidHeight, m_renderer.material.GetFloat(m_hashFluwidHeight));
m_compound -= new Compound(Compound.Elements.Ethanol, m_compound.ElementQuantity(Compound.Elements.Ethanol) / timeToBurn * Time.deltaTime);
yield return(new WaitForEndOfFrame());
currentTime += Time.deltaTime;
}
m_compound -= new Compound(Compound.Elements.Ethanol, m_compound.ElementQuantity(Compound.Elements.Ethanol));
m_fireRenderer.gameObject.SetActive(false);
m_audioSource.volume *= 2;
m_audioSource.clip = baseClip;
m_burning = false;
}
private bool CheckFluwidsQuantities(out FailCondition failCondition)
{
failCondition = new FailCondition(FailCondition.FailType.NoMoreReagents);
if (m_mercuryThiocyanateStack.stackSize > 0.1f)
{
return(false);
}
float reagentsQuantity = 0;
float hydrogenNitrate = 0;
float mercury = 0;
float mercuryNitrate = 0;
float potassium = 0;
foreach (SmartFluwid fluwidManager in m_allFluwidManagers)
{
if (fluwidManager.stackSize > 0.1f)
{
return(false);
}
Compound compound = fluwidManager.compound;
hydrogenNitrate += compound.ElementQuantity(Compound.Elements.HydrogenNitrate);
mercury += compound.ElementQuantity(Compound.Elements.ElementalMercury) * 50;
mercuryNitrate += compound.ElementQuantity(Compound.Elements.MercuryNitrate);
potassium += compound.ElementQuantity(Compound.Elements.PotassiumThiocyanate);
reagentsQuantity += compound.ElementQuantity(Compound.Elements.MercuryThiocyanate);
}
float mercuryNitrateDoable = Mathf.Min(hydrogenNitrate, mercury);
float mercuryThiocyanateDoable = Mathf.Min(mercuryNitrate + mercuryNitrateDoable, potassium);
reagentsQuantity += mercuryThiocyanateDoable;
failCondition.failed = reagentsQuantity <= 0;
return(failCondition.failed);
}
private void UpdateCompoundElements()
{
float mercuryThiocyanateQuantityBefore = m_compound.ElementQuantity(Compound.Elements.MercuryThiocyanate);
if (m_heatManager)
{
m_heat = m_heatManager.temperature;
m_agitation = m_heatManager.agitation;
m_compound.UpdateCompound(m_heat, m_agitation, Time.deltaTime);
}
else
{
m_compound.UpdateCompound(0, 0, Time.deltaTime);
}
if (m_stack)
{
float mercuryThiocyanateQuantityAfter = m_compound.ElementQuantity(Compound.Elements.MercuryThiocyanate);
UpdateMercuryThiocyanateStack(mercuryThiocyanateQuantityAfter - mercuryThiocyanateQuantityBefore);
}
}
private bool ContainsEnoughEthanolToReactToFire()
{
if (m_fluwidManager.currentVolume == 0)
{
return(false);
}
Compound compound = m_fluwidManager.compound;
float explosiveElementQuantity = 0;
explosiveElementQuantity += compound.ElementQuantity(Compound.Elements.Ethanol);
return((explosiveElementQuantity / m_fluwidManager.currentVolume) > 0.5f);
}