public override Mixture ToMixture()
{
Mixture mixture = CreateInstance <Mixture>();
mixture.components.Add(this, 1);
mixture.name = name;
return(mixture);
}
private void Awake()
{
// Set up mesh for this object
gameObject.AddComponent <MeshFilter>();
gameObject.AddComponent <MeshRenderer>().material = material;
gameObject.AddComponent <MeshCollider>().convex = true;
GetComponent <MeshCollider>().isTrigger = true;
// Set initial volume according to fullnesss
liquid = Mixture.DefaultMixture();
volume = maxVolume * fullness;
updateVolumeMesh();
}
public static Mixture Mix(Mixture a, float amountA, Mixture b, float amountB)
{
// Get total amount between a and b
float totalAmount = amountA + amountB;
float totalPartsA = 0, totalPartsB = 0;
foreach (float o in a.components.Values)
{
totalPartsA += o;
}
foreach (float o in b.components.Values)
{
totalPartsB += o;
}
// Get all bases
Base[] bases = (
from x in a.components.Keys.Union(b.components.Keys)
select x
).Distinct().ToArray();
// Mix
Mixture mixture = CreateInstance <Mixture>();
mixture.name = "custom";
string debugMessage = "Mixing:";
foreach (Base o in bases)
{
float percentOfA = a.components.ContainsKey(o) ? a.components[o] / totalPartsA : 0;
float percentOfB = b.components.ContainsKey(o) ? b.components[o] / totalPartsB : 0;
float absoluteA = percentOfA * amountA;
float absoluteB = percentOfB * amountB;
float absoluteTotal = (absoluteA + absoluteB) / totalAmount;
mixture.components.Add(o, absoluteTotal);
// Friendly debug message
debugMessage += string.Format(
"\n{0}: {1:0.0}%",
o.name,
absoluteTotal * 100
);
}
//Debug.Log(debugMessage);
// Update color
mixture.updateColor();
// Return the new mixture
return(mixture);
}
public void addLiquid(Liquid l, float amount)
{
// Update volume and fullness
volume = Mathf.Max(Mathf.Min(volume + amount, maxVolume), 0);
fullness = volume / maxVolume;
// Mix liquids
if (l != null)
{
liquid = Mixture.Mix(liquid.ToMixture(), volume, l.ToMixture(), amount);
}
// Update mesh and color
updateVolumeMesh();
GetComponent <MeshRenderer>().material.color = liquid.color;
}
private IEnumerator changeOrder()
{
// Set order to a random mixture
order = Manager.Mixtures[Random.Range(0, Manager.Mixtures.Count)];
// Check repeatedly until impatient
patience += maxPatience;
while (patience > 0)
{
updateDisplay();
yield return(new WaitForSeconds(refreshInterval));
patience -= refreshInterval;
}
// Change the order
StartCoroutine(changeOrder());
}
// Return a float representing how similar two liquids are
public static float Compare(Mixture a, Mixture b)
{
// Get all bases
Base[] bases = (
from x in a.components.Keys.Union(b.components.Keys)
select x
).Distinct().ToArray();
// Get total parts in a and b
float totalPartsA = 0, totalPartsB = 0;
foreach (float o in a.components.Values)
{
totalPartsA += o;
}
foreach (float o in b.components.Values)
{
totalPartsB += o;
}
// Calculate score
/*
* string debugString = "";
*/
float score = 1;
foreach (Base o in bases)
{
float percentOfA = a.components.ContainsKey(o) ? a.components[o] / totalPartsA : 0;
float percentOfB = b.components.ContainsKey(o) ? b.components[o] / totalPartsB : 0;
score -= Mathf.Abs(percentOfA - percentOfB) / 2;
/*
* debugString += string.Format(
* "\n{0}: {1:0.}% - {2:0.}% ---> -{3:0.}",
* o.name,
* percentOfA * 100,
* percentOfB * 100,
* Mathf.Abs(percentOfA - percentOfB) / 2
* );
*/
}
// Friendly debug message
/*
* if(score > -100.0f) {
* Debug.Log(string.Format(
* "{0:0.}%\t'{1}' compared to '{2}'\n{3}\n\n\n\n\n\n",
* score * 100,
* a.name,
* b.name,
* debugString
* ));
* }
*/
// Return score
return(score);
}