public static VeggieObject growPlant(VeggieObject thisVeggie)
{
if (thisVeggie != null)
{
float lightAff = CommonGameObjects.veggieProperties [thisVeggie.plantID, 6];
float waterAff = CommonGameObjects.veggieProperties [thisVeggie.plantID, 4];
//float soilAff = CommonGameObjects.veggieProperties [thisVeggie.plantID, 5];
float affFactor = Mathf.Min(thisVeggie.lightEnergy / lightAff, thisVeggie.waterEnergy / waterAff);
//float affFactor = Mathf.Min(thisVeggie.lightEnergy/lightAff,thisVeggie.waterEnergy/waterAff, thisVeggie.soilEnergy/soilAff);
float totalEnergy = affFactor * lightAff + affFactor * waterAff;
//float totalEnergy = affFactor*lightAff + affFactor*waterAff+ affFactor*soilAff;
thisVeggie.bioMass += totalEnergy;
float usingEnegry = thisVeggie.bioMass * CommonGameObjects.veggieProperties [thisVeggie.plantID, 12];
thisVeggie.bioMass = Mathf.Clamp(thisVeggie.bioMass - usingEnegry, 0, 500);
thisVeggie.lightEnergy = 0;
thisVeggie.waterEnergy = 0;
//thisVeggie.soilEnergy = 0;
if (thisVeggie.bioMass < bioMassMinimum)
{
thisVeggie = null;
}
}
return(thisVeggie);
}
public static VeggieObject assignVeggieProps(int idNum, int zone, Vector3 pos)
{
int theIDNum = idNum + zone * 5;
float isPlaced = (float)rand.NextDouble();
if (isPlaced < veggieProperties[theIDNum, 11])
{
VeggieObject thisVeggie = new VeggieObject();
thisVeggie.plantID = theIDNum;
int yRot = rand.Next(0, 360);
thisVeggie.rot = Quaternion.Euler(new Vector3(0, yRot, 0));
thisVeggie.zoneNum = zone;
thisVeggie.bioMass = 1f;
thisVeggie.pos = pos;
return(thisVeggie);
}
else
{
return(null);
}
}
public static IEnumerator createVeggieMap2()
{
Debug.Log("Creating Veggiemap!");
yield return(new WaitForSeconds(0.01f));
bool fin = true;
float sT = Time.realtimeSinceStartup;
VeggieObject[][] vm1;
int[][] zm;
float[][] wm;//, soilMap;
List <VeggieObject>[][] aboveGroundComp;
List <VeggieObject>[][] belowGroundComp;
lock (GameManager.tSets)
{
vm1 = (VeggieObject[][])GameManager.tSets.globalVeggieMap.Clone();
zm = (int[][])GameManager.tSets.globalZoneMap.Clone();
wm = (float[][])GameManager.tSets.globalWaterMap.Clone();
}
VeggieObject[][] seedMap = new VeggieObject[vm1.Length][];
//soilMap = new float[vm1.Length][];
for (int i = 0; i < vm1.Length; i++)
{
seedMap [i] = new VeggieObject[vm1 [i].Length];
//soilMap [i] = new float[vm1 [i].Length];
}
aboveGroundComp = new List <VeggieObject> [vm1.Length][];
belowGroundComp = new List <VeggieObject> [vm1.Length][];
for (int i = 0; i < vm1.Length; i++)
{
aboveGroundComp [i] = new List <VeggieObject> [vm1[i].Length];
for (int j = 0; j < aboveGroundComp [i].Length; j++)
{
aboveGroundComp [i] [j] = new List <VeggieObject> ();
}
belowGroundComp [i] = new List <VeggieObject> [vm1[i].Length];
for (int j = 0; j < belowGroundComp [i].Length; j++)
{
belowGroundComp [i] [j] = new List <VeggieObject> ();
}
}
lock (GameManager.lSets)
{
GameManager.lSets.totalToFill += vm1.Length * vm1.Length * (ageOfWorld * 3 + 1);
}
yield return(new WaitForSeconds(1f));
CustomThreadPool.Instance.QueueUserTask(() =>
{
System.Random rand = new System.Random();
Debug.Log("Veggiemap " + vm1.Length + "x" + vm1.Length + " started");
for (int x = 0; x < vm1.Length; x++)
{
for (int z = 0; z < vm1[x].Length; z++)
{
Vector3 zoneIndex = GameManager.gamemapToGamemap(new Vector3(x, 0, z), 6, 2);
int zoneNum = zm[(int)zoneIndex.x][(int)zoneIndex.z];
seedMap[x][z] = CommonGameObjects.assignVeggieProps(rand.Next(0, 5), zoneNum, GameManager.gamemapToWorld(new Vector3(x, 0, z), 6));
//soilMap[x][z] = (float)rand.NextDouble();
}
lock (GameManager.lSets)
{
GameManager.lSets.totalFilled += vm1.Length;
}
Thread.Sleep(0);
}
for (int a = 0; a < ageOfWorld; a++)
{
for (int x = 0; x < vm1.Length; x++)
{
for (int z = 0; z < vm1[x].Length; z++)
{
VeggieObject currentV = seedMap[x][z];
if (currentV != null)
{
float bioM = currentV.bioMass;
float convConst = (1 / CommonGameObjects.veggieProperties [currentV.plantID, 0]) / (1 / CommonGameObjects.veggieProperties [currentV.plantID, 2]);
float roi = Mathf.Pow(6 * bioM / Mathf.PI / convConst, 1f / 3f) / 2;
float aboveRoI = CommonGameObjects.veggieProperties [currentV.plantID, 13] * roi;
float belowRoI = CommonGameObjects.veggieProperties [currentV.plantID, 14] * roi;
currentV.width = roi * 2;
float thisHeight = Mathf.Pow(6 * currentV.bioMass / Mathf.PI / Mathf.Pow(1 / convConst, 2), 1f / 3f);
currentV.height = thisHeight;
int smallerAI = (int)Mathf.Min(x, Mathf.Ceil(aboveRoI));
int smallerAJ = (int)Mathf.Min(z, Mathf.Ceil(aboveRoI));
int largerAI = (int)Mathf.Min(vm1.Length - x - 1, Mathf.Ceil(aboveRoI));
int largerAJ = (int)Mathf.Min(vm1.Length - z - 1, Mathf.Ceil(aboveRoI));
int smallerBI = (int)Mathf.Min(x, Mathf.Ceil(belowRoI));
int smallerBJ = (int)Mathf.Min(z, Mathf.Ceil(belowRoI));
int largerBI = (int)Mathf.Min(vm1.Length - x - 1, Mathf.Ceil(belowRoI));
int largerBJ = (int)Mathf.Min(vm1.Length - z - 1, Mathf.Ceil(belowRoI));
for (int i = -smallerAI; i <= largerAI; i++)
{
for (int j = -smallerAJ; j <= largerAJ; j++)
{
float dist = calcPlantDistance(x, z, x + i, z + j);
if (dist <= aboveRoI)
{
aboveGroundComp[x + i][z + j].Add(currentV);
}
}
}
for (int i = -smallerBI; i <= largerBI; i++)
{
for (int j = -smallerBJ; j <= largerBJ; j++)
{
float dist = calcPlantDistance(x, z, x + i, z + j);
if (dist <= belowRoI)
{
belowGroundComp[x + i][z + j].Add(currentV);
}
}
}
}
}
lock (GameManager.lSets)
{
GameManager.lSets.totalFilled += vm1.Length;
}
Thread.Sleep(0);
}
for (int x = 0; x < vm1.Length; x++)
{
for (int z = 0; z < vm1[x].Length; z++)
{
float totalSoilComp = 0;
float totalWaterComp = 0;
float totalLightComp = 0;
foreach (VeggieObject vO in aboveGroundComp[x][z])
{
totalLightComp += Mathf.Pow(vO.height + 1, 6);
}
foreach (VeggieObject vO in belowGroundComp[x][z])
{
totalWaterComp += CommonGameObjects.veggieProperties[vO.plantID, 4];
totalSoilComp += CommonGameObjects.veggieProperties[vO.plantID, 5];
}
foreach (VeggieObject vO in aboveGroundComp[x][z])
{
float thisLightComp = Mathf.Pow(vO.height + 1, 6);
float lightForGrowth = thisLightComp / totalLightComp;
Vector3 compIndex = GameManager.worldToGamemap(vO.pos, 6);
float distance = calcPlantDistance(x, z, (int)compIndex.x, (int)compIndex.z);
vO.lightEnergy += lightForGrowth * resourceEfficiencyFromDistance(distance, vO.plantID, true);
}
foreach (VeggieObject vO in belowGroundComp[x][z])
{
float thisWaterComp = CommonGameObjects.veggieProperties[vO.plantID, 4];
float waterForGrowth = thisWaterComp / totalWaterComp * wm[x][z];
//float thisSoilComp = CommonGameObjects.veggieProperties[vO.plantID,5];
//float soilForGrowth = thisSoilComp/totalSoilComp*soilMap[x][z];
Vector3 compIndex = GameManager.worldToGamemap(vO.pos, 6);
float distance = calcPlantDistance(x, z, (int)compIndex.x, (int)compIndex.z);
//vO.bioMass += (waterForGrowth+soilForGrowth)*resourceEfficiencyFromDistance(distance,vO.plantID,false);
vO.waterEnergy += (waterForGrowth) * resourceEfficiencyFromDistance(distance, vO.plantID, false);
}
}
lock (GameManager.lSets)
{
GameManager.lSets.totalFilled += vm1.Length;
}
Thread.Sleep(0);
}
for (int x = 0; x < vm1.Length; x++)
{
for (int z = 0; z < vm1[x].Length; z++)
{
seedMap[x][z] = growPlant(seedMap[x][z]);
}
lock (GameManager.lSets)
{
GameManager.lSets.totalFilled += vm1.Length;
}
Thread.Sleep(0);
}
}
},
(ts) =>
{
fin = false;
});
while (fin)
{
yield return(new WaitForSeconds(0.5f));
}
lock (GameManager.tSets)
{
GameManager.tSets.globalVeggieMap = (VeggieObject[][])seedMap.Clone();
GameManager.tSets.isVeggieSet = true;
float eT = Mathf.Round(100f * (Time.realtimeSinceStartup - sT)) / 100f;
Debug.Log("Veggiemap finished after " + eT + " seconds");
}
}
