void Explode(reactionInfo ri)
{
//exp
GameObject.Find("tubeBreakAHA").GetComponent <UCE.TubeExplode>().Explode();
GameObject exp = Instantiate((GameObject)Resources.Load("Explode"), gameObject.transform.position, gameObject.transform.rotation);
exp.GetComponent <AudioSource>().Play();
//react all
float minAmount = 100;
foreach (substanceInfoOfReaction sir in ri.reactants)
{
minAmount = Mathf.Min(minAmount, substance[sir.name].amount[(int)sir.type] / (float)sir.rate);
}
foreach (substanceInfoOfReaction sir in ri.reactants)
{
substance[sir.name].amount[(int)sir.type] -= minAmount * sir.rate;
}
foreach (substanceInfoOfReaction sir in ri.products)
{
substance[sir.name].amount[(int)sir.type] += minAmount * sir.rate;
}
ri.phenomenon = null;
Destroy(this);
return;
}
void CalculateReactionRate(reactionInfo rct, Dictionary <string, float> reactionAmounts)
{
float speed = rct.speedConstant * rct.tempConstant * Mathf.Exp(-1.0f / (environmentTemperature - rct.startTemperature));
if (rct.pressureConstant < 0)
{
speed *= ((float)environmentPressure / 101);
}
else if (rct.pressureConstant > 0)
{
speed /= ((float)environmentPressure / 101);
}
//Debug.Log(rct.pressureConstant + " " + speed);
//Debug.Log(speed);
foreach (substanceInfoOfReaction sir in rct.reactants)
{
//Debug.Log(sir.name);
if (sir.name.Equals("H2O"))
{
continue;
}
else if (sir.type == substanceType.Gas && openAir)
{
continue;
}
else if (sir.name.Equals("HCl"))
{
continue;
}
speed *= Mathf.Pow(substance[sir.name].amount[(int)sir.type], sir.rate);
}
foreach (substanceInfoOfReaction sir in rct.reactants)
{
reactionAmounts[sir.name] = -speed * 0.02f * sir.rate;
}
foreach (substanceInfoOfReaction sir in rct.products)
{
reactionAmounts[sir.name] = speed * 0.02f * sir.rate;
}
}
// Update is called once per frame
void FixedUpdate()
{
//Debug.Log(-1);
GetSubstance();
GetReaction();
//Debug.Log(0);
//return;
if (!isReacting && Mathf.Abs(gameObject.GetComponent <UCE.UCE_Heatable>().temperature - environmentTemperature) < Mathf.Epsilon)
{
return;
}
isReacting = false;
environmentTemperature = this.gameObject.GetComponent <UCE.UCE_Heatable>().temperature;
//ArrayList endReaction = new ArrayList();
//Debug.Log(1);
foreach (string rTag in reactions.Keys)
{
reactionInfo rctInfo = reactions[rTag];
//Debug.Log(rTag + "1");
if (environmentTemperature < rctInfo.startTemperature)
{
break;
}
//Debug.Log(rTag + "2");
//deterine if a single reaction can still react
bool isSingleReactionReacting = true;
Dictionary <string, float> reactionAmounts = new Dictionary <string, float>();
CalculateReactionRate(rctInfo, reactionAmounts);
// Debug.Log(2);
foreach (substanceInfoOfReaction sir in rctInfo.reactants)
{
//Debug.Log(sir.name + " " + substance[sir.name].amount[(int)sir.type] + " " + reactionAmounts[sir.name]);
if (substance[sir.name].amount[(int)sir.type] + reactionAmounts[sir.name] <= 0 ||
(rctInfo.stopConcentration > 0 && substance[sir.name].concentration < rctInfo.stopConcentration) && sir.name.Equals(rctInfo.stopByReactant))
{
//the reaction is not deleted after the reactant deplete due to the reversible reaction
//endReaction.Add(rTag);
isSingleReactionReacting = false;
break;
}
}
//Debug.Log(3);
if (!isSingleReactionReacting)
{
continue;
}
//Debug.Log(3.5);
//react
string reactInfo = rTag + " : ";
foreach (substanceInfoOfReaction sir in rctInfo.reactants)
{
float reactionAmount = reactionAmounts[sir.name];
if (openAir && sir.name.Equals("O2"))
{
continue;
}
substance[sir.name].amount[(int)sir.type] += reactionAmount;
reactInfo += sir.rate + sir.name + "(" + substance[sir.name].amount[(int)sir.type] + " mol";
if (sir.type == substanceType.Liquid)
{
substance[sir.name].concentration += reactionAmount / volumn;
reactInfo += ", " + substance[sir.name].concentration + " mol/L";
}
reactInfo += ") + ";
}
//Debug.Log(4);
reactInfo = reactInfo.Substring(0, reactInfo.Length - 2);
reactInfo += "=== ";
foreach (substanceInfoOfReaction sir in rctInfo.products)
{
float reactionAmount = reactionAmounts[sir.name];
if (openAir && sir.name.Equals("O2"))
{
continue;
}
substance[sir.name].amount[(int)sir.type] += reactionAmount;
reactInfo += sir.rate + sir.name;
if (!sir.name.Equals("H2O"))
{
reactInfo += "(" + substance[sir.name].amount[(int)sir.type] + " mol";
if (sir.type == substanceType.Liquid)
{
substance[sir.name].concentration += reactionAmount / volumn;
reactInfo += ", " + substance[sir.name].concentration + " mol/L";
}
reactInfo += ") + ";
}
else
{
reactInfo += " + ";
}
}
//Debug.Log(5);
if (rctInfo.phenomenon != null && rctInfo.phenomenon.Equals("Explode"))
{
Explode(rctInfo);
}
reactInfo = reactInfo.Substring(0, reactInfo.Length - 2);
//if there are still reacting, set true
isReacting = true;
Debug.Log(reactInfo);
//DrawSystem.GetComponent<ReactionPhenomena>().DrawPhenomena(substance, rctInfo, reactionAmounts);
}
//foreach (string tmpR in endReaction)
// reactionsNames.Remove(tmpR);
}
public void DrawPhenomena(Dictionary <string, substanceInfo> substances, reactionInfo rctInfo, Dictionary <string, float> reactionAmounts)
{
ArrayList liquids = new ArrayList();
foreach (substanceInfoOfReaction sir in rctInfo.reactants)
{
if (sir.type == substanceType.Liquid)
{
liquids.Add(sir);
}
else
{
DrawSubstance(substances[sir.name], reactionAmounts[sir.name], sir.type);
}
}
foreach (substanceInfoOfReaction sir in rctInfo.products)
{
if (sir.type == substanceType.Liquid)
{
liquids.Add(sir);
}
else
{
DrawSubstance(substances[sir.name], reactionAmounts[sir.name], sir.type);
}
}
//DrawLiquids
ArrayList fluids = new ArrayList();
ArrayList colors = new ArrayList();
ArrayList amounts = new ArrayList();
foreach (substanceInfoOfReaction sir in liquids)
{
substanceInfo substance = substances[sir.name];
ArrayList liqs = substance.objects[(int)substanceType.Liquid];
foreach (GameObject liquid in liqs)
{
if (liquid.GetComponent <LiquidSimulator>().fluid == null)
{
;
}
if (!fluids.Contains(liquid.GetComponent <LiquidSimulator>().fluid))
{
Debug.Log(sir.name + " " + fluids.Count);
fluids.Add(liquid.GetComponent <LiquidSimulator>().fluid);
amounts.Add((float)0);
colors.Add(Color.white);
}
int i = fluids.IndexOf(liquid.GetComponent <LiquidSimulator>().fluid);
float a = (float)amounts[i];
float sa = (float)substance.amount[(int)substanceType.Liquid];
Color c = (Color)colors[i];
Debug.Log(" a" + a + " " + c.r + " " + c.g + " " + c.b + " ");
Debug.Log(" sa" + sa + " " + (float)substance.color[0] + " " + substance.color[1] + " " + substance.color[2] + " ");
amounts[i] = a + sa;
colors[i] = new Color((float)(a * c.r + sa * substance.color[0]) / (a + sa), (float)(a * c.g + sa * substance.color[1]) / (a + sa), (float)(a * c.b + sa * substance.color[2]) / (a + sa), 1.0f);
}
}
foreach (GameObject fluid in fluids)
{
Color c = (Color)colors[fluids.IndexOf(fluid)];
Debug.Log(c.r + " " + c.g + " " + c.b + " ");
fluid.GetComponent <Obi.ObiParticleRenderer>().particleColor = (Color)colors[fluids.IndexOf(fluid)];
}
}
