PlantScript.GrowthStage GetSeedGerminationResults(PlantScript.PlantData plant)
{
if (plant.age > seedGerminationRequirement.timeMaximum)
{
return(PlantScript.GrowthStage.Dead);
}
if (plant.age > seedGerminationRequirement.timeRequirement && earthState.humidity > seedGerminationRequirement.humidityRequirement && earthState.temperature > seedGerminationRequirement.tempetureRequirement)
{
return(PlantScript.GrowthStage.Germinating);
}
return(PlantScript.GrowthStage.Seed);
}
float GetWaterGain(PlantScript.PlantData plant)
{
float rootArea = (math.PI * plant.rootGrowth.x * plant.rootGrowth.y) + (math.pow(plant.rootGrowth.x / 2, 2) * 2);
float overLapingRootArea = 0f;
if (plantsInZones.TryGetFirstValue(plant.zone, out int targetPlant, out var iterator))
{
do
{
float distance = GetDistanceToPlant(plant, allPlants[targetPlant]);
float rootDistance = GetRootSize(plant) + GetRootSize(allPlants[targetPlant]);
if (distance < rootDistance)
{
float reletiveDepth = (plant.rootGrowth.y - allPlants[targetPlant].rootGrowth.y) / plant.rootGrowth.y;
float reletiveDistance = rootDistance - distance;
overLapingRootArea += (reletiveDistance / 2) / (1 + reletiveDepth);
}
} while (plantsInZones.TryGetNextValue(out targetPlant, ref iterator));
}
int zoneNumber;
if (neiboringZones.TryGetFirstValue(plant.zone, out zoneNumber, out var iterator2))
{
do
{
if (plantsInZones.TryGetFirstValue(zoneNumber, out targetPlant, out var iterator3))
{
do
{
float distance = GetDistanceToPlant(plant, allPlants[targetPlant]);
float rootDistance = GetRootSize(plant) + GetRootSize(allPlants[targetPlant]);
if (distance < rootDistance)
{
float reletiveDepth = (plant.rootGrowth.y - allPlants[targetPlant].rootGrowth.y) / plant.rootGrowth.y;
float reletiveDistance = rootDistance - distance;
overLapingRootArea += (reletiveDistance / 2) / (1 + reletiveDepth);
}
} while (plantsInZones.TryGetNextValue(out targetPlant, ref iterator3));
}
} while (neiboringZones.TryGetNextValue(out zoneNumber, ref iterator2));
}
rootArea = rootArea - overLapingRootArea;
float rootUnderWaterPercent = 1 - (zones[plant.zone].waterDepth / plant.rootGrowth.y);
if (rootUnderWaterPercent < 0)
{
return(0);
}
return(rootUnderWaterPercent * rootArea * plant.rootDensity * .01f);
}
PlantScript.GrowthStage GetGrowthStage(PlantScript.PlantData plant)
{
int stageIndex = (int)plant.stage;
if (stageIndex == growthStages.Length - 1)
{
return(plant.stage);
}
if (plant.bladeArea >= growthStages[stageIndex].bladeArea && plant.stemHeight >= growthStages[stageIndex].stemHeight && plant.rootGrowth.y >= growthStages[stageIndex].rootDepth)
{
return(growthStages[stageIndex + 1].stage);
}
return(plant.stage);
}
public void Execute(int plantIndex)
{
PlantScript.PlantData plant = allPlants[updatePlants[plantIndex]];
if (plant.stage == PlantScript.GrowthStage.Dead)
{
return;
}
if (plant.zone == -1)
{
Debug.LogError("The zone of this plant should not be " + plant.zone + ". Curent growth stage is " + plant.stage);
return;
}
if (plant.stage == PlantScript.GrowthStage.Seed)
{
plantGrowthStage[plantIndex] = GetSeedGerminationResults(plant);
return;
}
plantReasourceGain[plantIndex] = new float2(GetSunGain(plant), GetWaterGain(plant));
plantGrowthStage[plantIndex] = GetGrowthStage(plant);
}
float GetSunGain(PlantScript.PlantData plant)
{
return(plant.bladeArea * GetSunValue(plant.position) / 2);
}
float GetRootSize(PlantScript.PlantData plant)
{
return(plant.rootGrowth.x);
}
float GetDistanceToPlant(PlantScript.PlantData from, PlantScript.PlantData to)
{
return(math.distance(from.position, to.position));
}
