public static double TemperatureStressFactor(TreeModel treeModel)
{
EnvironmentParams envirParams = treeModel.EnvironmentParams;
return(TemperatureStressFactor(FunctionSim.GrowthPeriodJudgment(treeModel),
envirParams.DailyMaxTemperature, envirParams.DailyMinTemperature));
}
public static double WaterStressFactor(TreeModel treeModel)
{
EnvironmentParams envirParams = treeModel.EnvironmentParams;
return(WaterStressFactor(envirParams.DailyMaxTemperature, envirParams.DailyMinTemperature,
envirParams.DailyMaxRelativeHumidity, envirParams.DailyMinRelativeHumidity,
envirParams.WindSpeed, SolarSim.DailyDirectIrradiance(DateTime.Now, 119, 26),
treeModel.ComputeGrowthCycle(), FunctionSim.GrowthPeriodJudgment(treeModel),
envirParams.WaterContent));
}
public void MorphologicalSim(List <BranchIndex> branchIndexes, List <OrganIndex> organIndexes)
{
GrowthPeriod period = FunctionSim.GrowthPeriodJudgment(branchIndexes, organIndexes); //判断生长时期
if (period <= GrowthPeriod.TASSELING_STAGE)
{
MorphologicalSim(FemaleType.Hair);
}
else
{
MorphologicalSim(FemaleType.Corn);
}
}
public void MorphologicalSim(double biomass, bool isClear = true, bool isSameGC = false)
{
DataCheck(); //数据检查
/*
* 包含枝干和器官的索引
* 其每一个索引包含了后续生成GameObject所需的形态信息（旋转角度）以及
* 生成形态信息所需的数据（生物量、年龄）
*/
List <OrganIndex> indexes = GetIndexes(isClear, isSameGC);
/*
* 分配生物量给各个器官
* 累积的生物量为后续形态模拟提供参考依据
*/
FunctionSim.PhotosynthateAllocation(this, biomass, FunctionSim.GrowthPeriodJudgment(BranchIndexes, OrganIndexes));
/*
* 遍历每个Index
* 计算形态数据
* 根据形态数据绘制GameObject
*/
int curLevel = 0;
Vector3 curPosition = Vector3.zero;
Stack <Vector3> positionStack = new Stack <Vector3>();
foreach (OrganIndex index in indexes)
{
switch (index.Type)
{
case OrganType.Branch:
BranchIndex branchIndex = index as BranchIndex;
if (branchIndex.Level > curLevel)
{
positionStack.Push(curPosition);
}
else if (branchIndex.Level < curLevel)
{
curPosition = positionStack.Pop();
}
curLevel = branchIndex.Level;
curPosition = RecordBranchModel(branchIndex, curPosition);
break;
case OrganType.Leaf:
LeafIndex leafIndex = index as LeafIndex;
CreateLeafModel(leafIndex, curPosition);
break;
case OrganType.Flower:
MaleIndex maleIndex = index as MaleIndex;
CreateFlowerModel(maleIndex, curPosition);
break;
case OrganType.Fruit:
FemaleIndex femaleIndex = index as FemaleIndex;
CreateFruitModel(femaleIndex, curPosition);
break;
}
}
CreateBranchModel();
/*
* 病虫害模拟
* 测试
*/
InsectSimulation();
PostProcessing();
}
