// TODO: DYNAMIC component data adding for all factories
/// <summary>
/// Retrieve the components specified in the data and add them to the projectiles
/// </summary>
/// <param name="entity"></param>
/// <param name="data"></param>
private static void AddExtraComponentData(ref Entity entity, ComponentDataStruct data)
{
switch (data.componentType)
{
case EComponentType.HeadShot:
EntityManager.AddComponentData(entity, (HeadShotMultiplier)data.GetComponentData());
return;
case EComponentType.MultiHit:
EntityManager.AddComponentData(entity, (MultiHit)data.GetComponentData());
return;
case EComponentType.EMP:
Debug.LogWarning("EMP is not yet implemented.");
return;
case EComponentType.SuperCombine:
EntityManager.AddComponentData(entity, (SuperCombine)data.GetComponentData());
return;
case EComponentType.Tracking:
EntityManager.AddComponentData(entity, (TrackPlayer)data.GetComponentData());
return;
case EComponentType.Explosive:
EntityManager.AddComponentData(entity, (Explosive)data.GetComponentData());
return;
case EComponentType.NotImplemented:
Debug.Log("Not yet immplemented.");
return;
}
}
/*/// <summary>
* /// Register presence of slurp
* /// </summary>
* [EventSubscribe("StartSlurp")]
* private void OnStartSlurp(object sender, EventArgs e)
* {
* Slurp newSlurp = sender as Slurp;
*
* int senderIdx = FindComponentIndex(newSlurp.Name);
*
* // If sender is unknown, add it to the list
* if (senderIdx == -1)
* throw new ApsimXException(FullPath, "Cannot find MicroClimate definition for Slurp");
* ComponentData[senderIdx].Name = newSlurp.Name;
* ComponentData[senderIdx].Type = newSlurp.CropType;
* Clear(ComponentData[senderIdx]);
* } */
/// <summary>Clears the specified componentdata</summary>
/// <param name="c">The c.</param>
private void Clear(ComponentDataStruct c)
{
c.CoverGreen = 0;
c.CoverTot = 0;
c.Depth = 0;
c.Frgr = 0;
c.Height = 0;
c.K = 0;
c.Ktot = 0;
c.LAI = 0;
c.LAItot = 0;
Util.ZeroArray(c.layerLAI);
Util.ZeroArray(c.layerLAItot);
Util.ZeroArray(c.Ftot);
Util.ZeroArray(c.Fgreen);
Util.ZeroArray(c.Rs);
Util.ZeroArray(c.Rl);
Util.ZeroArray(c.Rsoil);
Util.ZeroArray(c.Gc);
Util.ZeroArray(c.Ga);
Util.ZeroArray(c.PET);
Util.ZeroArray(c.PETr);
Util.ZeroArray(c.PETa);
Util.ZeroArray(c.Omega);
Util.ZeroArray(c.interception);
}
/// <summary>Calculate light extinction parameters</summary>
/// <exception cref="System.Exception">Unrealistically high cover value in MicroMet i.e. > -.9999</exception>
private void LightExtinction()
{
// Calculate effective K from LAI and cover
// =========================================
for (int j = 0; j <= ComponentData.Count - 1; j++)
{
ComponentDataStruct componentData = ComponentData[j];
if (MathUtilities.FloatsAreEqual(ComponentData[j].CoverGreen, 1.0, 1E-05))
{
throw new Exception("Unrealistically high cover value in MicroMet i.e. > -.9999");
}
componentData.K = MathUtilities.Divide(-Math.Log(1.0 - componentData.CoverGreen), componentData.LAI, 0.0);
componentData.Ktot = MathUtilities.Divide(-Math.Log(1.0 - componentData.CoverTot), componentData.LAItot, 0.0);
}
// Calculate extinction for individual layers
// ============================================
for (int i = 0; i <= numLayers - 1; i++)
{
layerKtot[i] = 0.0;
for (int j = 0; j <= ComponentData.Count - 1; j++)
{
ComponentDataStruct componentData = ComponentData[j];
layerKtot[i] += componentData.Ftot[i] * componentData.Ktot;
}
}
}
/// <summary>Calculate the Penman-Monteith water demand</summary>
private void CalculatePM()
{
// zero a few things, and sum a few others
double sumRl = 0.0;
double sumRsoil = 0.0;
double sumInterception = 0.0;
double freeEvapGa = 0.0;
for (int i = 0; i <= numLayers - 1; i++)
{
for (int j = 0; j <= ComponentData.Count - 1; j++)
{
ComponentDataStruct componentData = ComponentData[j];
componentData.PET[i] = 0.0;
componentData.PETr[i] = 0.0;
componentData.PETa[i] = 0.0;
sumRl += componentData.Rl[i];
sumRsoil += componentData.Rsoil[i];
sumInterception += componentData.interception[i];
freeEvapGa += componentData.Ga[i];
}
}
double netRadiation = ((1.0 - _albedo) * sumRs + sumRl + sumRsoil) * 1000000.0;
// MJ/J
netRadiation = Math.Max(0.0, netRadiation);
double freeEvapGc = freeEvapGa * 1000000.0;
// =infinite surface conductance
double freeEvap = CalcPenmanMonteith(netRadiation, mint, maxt, vp, air_pressure, dayLength, freeEvapGa, freeEvapGc);
dryleaffraction = 1.0 - MathUtilities.Divide(sumInterception * (1.0 - night_interception_fraction), freeEvap, 0.0);
dryleaffraction = Math.Max(0.0, dryleaffraction);
for (int i = 0; i <= numLayers - 1; i++)
{
for (int j = 0; j <= ComponentData.Count - 1; j++)
{
ComponentDataStruct componentData = ComponentData[j];
netRadiation = 1000000.0 * ((1.0 - _albedo) * componentData.Rs[i] + componentData.Rl[i] + componentData.Rsoil[i]);
// MJ/J
netRadiation = Math.Max(0.0, netRadiation);
if (j == 39)
{
netRadiation += 0.0;
}
componentData.PETr[i] = CalcPETr(netRadiation * dryleaffraction, mint, maxt, air_pressure, componentData.Ga[i], componentData.Gc[i]);
componentData.PETa[i] = CalcPETa(mint, maxt, vp, air_pressure, dayLength * dryleaffraction, componentData.Ga[i], componentData.Gc[i]);
componentData.PET[i] = componentData.PETr[i] + componentData.PETa[i];
}
}
}
/// <summary>Calculate the aerodynamic decoupling for system compartments</summary>
private void CalculateOmega()
{
for (int i = 0; i <= numLayers - 1; i++)
{
for (int j = 0; j <= ComponentData.Count - 1; j++)
{
ComponentDataStruct componentData = ComponentData[j];
componentData.Omega[i] = CalcOmega(mint, maxt, air_pressure, componentData.Ga[i], componentData.Gc[i]);
}
}
}
/// <summary>Setups the crop types.</summary>
/// <param name="Name">The name.</param>
/// <param name="Type">The type.</param>
private void SetupCropTypes(string Name, string Type)
{
ComponentDataStruct CropType = new ComponentDataStruct();
CropType.Name = Name;
//Set defalst
CropType.Albedo = 0.15;
CropType.Gsmax = 0.01;
CropType.Emissivity = 0.96;
CropType.R50 = 200;
//Override type specific values
if (Type.Equals("Crop"))
{
CropType.Albedo = 0.26;
CropType.Gsmax = 0.011;
}
if (Type.Equals("Potato"))
{
CropType.Albedo = 0.26;
CropType.Gsmax = 0.03;
}
else if (Type.Equals("Grass"))
{
CropType.Albedo = 0.23;
}
else if (Type.Equals("C4grass"))
{
CropType.Albedo = 0.23;
CropType.Gsmax = 0.015;
CropType.R50 = 150;
}
else if (Type.Equals("Tree"))
{
CropType.Albedo = 0.15;
CropType.Gsmax = 0.005;
}
else if (Type.Equals("Tree2"))
{
CropType.Albedo = 0.15;
CropType.R50 = 100;
}
else if (Type.Equals("Pasture") || Type.Equals("Legume") || Type.Equals("Forage"))
{ // added by rcichota when spliting species in agpasture, still setting all parameters the same, will change in the future
CropType.Albedo = 0.26;
CropType.Gsmax = 0.011;
}
ComponentDataDefinitions.Add(CropType);
}
/// <summary>Break the components into layers</summary>
private void DivideComponents()
{
double[] Ld = new double[ComponentData.Count];
for (int j = 0; j <= ComponentData.Count - 1; j++)
{
ComponentDataStruct componentData = ComponentData[j];
componentData.layerLAI = new double[numLayers];
componentData.layerLAItot = new double[numLayers];
Ld[j] = MathUtilities.Divide(componentData.LAItot, componentData.Depth, 0.0);
}
double top = 0.0;
double bottom = 0.0;
for (int i = 0; i <= numLayers - 1; i++)
{
bottom = top;
top = top + DeltaZ[i];
layerLAIsum[i] = 0.0;
// Calculate LAI for layer i and component j
// ===========================================
for (int j = 0; j <= ComponentData.Count - 1; j++)
{
ComponentDataStruct componentData = ComponentData[j];
if ((componentData.Height > bottom) && (componentData.Height - componentData.Depth < top))
{
componentData.layerLAItot[i] = Ld[j] * DeltaZ[i];
componentData.layerLAI[i] = componentData.layerLAItot[i] * MathUtilities.Divide(componentData.LAI, componentData.LAItot, 0.0);
layerLAIsum[i] += componentData.layerLAItot[i];
}
}
// Calculate fractional contribution for layer i and component j
// ====================================================================
for (int j = 0; j <= ComponentData.Count - 1; j++)
{
ComponentDataStruct componentData = ComponentData[j];
componentData.Ftot[i] = MathUtilities.Divide(componentData.layerLAItot[i], layerLAIsum[i], 0.0);
// Note: Sum of Fgreen will be < 1 as it is green over total
componentData.Fgreen[i] = MathUtilities.Divide(componentData.layerLAI[i], layerLAIsum[i], 0.0);
}
}
}
/// <summary>Send an energy balance event</summary>
private void SendEnergyBalanceEvent()
{
for (int j = 0; j <= ComponentData.Count - 1; j++)
{
ComponentDataStruct componentData = ComponentData[j];
if (componentData.Canopy != null)
{
CanopyEnergyBalanceInterceptionlayerType[] lightProfile = new CanopyEnergyBalanceInterceptionlayerType[numLayers];
double totalPotentialEp = 0;
double totalInterception = 0.0;
for (int i = 0; i <= numLayers - 1; i++)
{
lightProfile[i] = new CanopyEnergyBalanceInterceptionlayerType();
lightProfile[i].thickness = Convert.ToSingle(DeltaZ[i]);
lightProfile[i].amount = Convert.ToSingle(componentData.Rs[i] * RadnGreenFraction(j));
totalPotentialEp += componentData.PET[i];
totalInterception += componentData.interception[i];
}
componentData.Canopy.PotentialEP = totalPotentialEp;
componentData.Canopy.LightProfile = lightProfile;
}
else if (componentData.Crop2 != null)
{
CanopyEnergyBalanceInterceptionlayerType[] lightProfile = new CanopyEnergyBalanceInterceptionlayerType[numLayers];
double totalPotentialEp = 0;
double totalInterception = 0.0;
for (int i = 0; i <= numLayers - 1; i++)
{
lightProfile[i] = new CanopyEnergyBalanceInterceptionlayerType();
lightProfile[i].thickness = Convert.ToSingle(DeltaZ[i]);
lightProfile[i].amount = Convert.ToSingle(componentData.Rs[i] * RadnGreenFraction(j));
totalPotentialEp += componentData.PET[i];
totalInterception += componentData.interception[i];
}
componentData.Crop2.demandWater = totalPotentialEp;
componentData.Crop2.LightProfile = lightProfile;
}
}
}
/// <summary>Calculate the canopy conductance for system compartments</summary>
private void CalculateGc()
{
double Rin = radn;
for (int i = numLayers - 1; i >= 0; i += -1)
{
double Rflux = Rin * 1000000.0 / (dayLength * hr2s) * (1.0 - _albedo);
double Rint = 0.0;
for (int j = 0; j <= ComponentData.Count - 1; j++)
{
ComponentDataStruct componentData = ComponentData[j];
componentData.Gc[i] = CanopyConductance(componentData.Gsmax, componentData.R50, componentData.Frgr, componentData.Fgreen[i], layerKtot[i], layerLAIsum[i], Rflux);
Rint += componentData.Rs[i];
}
// Calculate Rin for the next layer down
Rin -= Rint;
}
}
/// <summary>Gets all canopies in simulation</summary>
private void GetAllCanopies()
{
foreach (ICanopy canopy in Apsim.FindAll(this.Parent, typeof(ICanopy)))
{
ComponentDataStruct componentData = ComponentData.Find(c => c.Name == canopy.CanopyType);
if (componentData == null)
{
componentData = CreateNewComonentData(canopy.CanopyType);
Clear(componentData);
}
componentData.Name = canopy.CanopyType;
componentData.Type = canopy.CanopyType;
componentData.Canopy = canopy;
componentData.LAI = canopy.LAI;
componentData.LAItot = canopy.LAITotal;
componentData.CoverGreen = canopy.CoverGreen;
componentData.CoverTot = canopy.CoverTotal;
componentData.Height = Math.Round(canopy.Height, 5) / 1000.0; // Round off a bit and convert mm to m
componentData.Depth = Math.Round(canopy.Depth, 5) / 1000.0; // Round off a bit and convert mm to m
componentData.Canopy = canopy;
}
}
/*/// <summary>
/// Register presence of slurp
/// </summary>
[EventSubscribe("StartSlurp")]
private void OnStartSlurp(object sender, EventArgs e)
{
Slurp newSlurp = sender as Slurp;
int senderIdx = FindComponentIndex(newSlurp.Name);
// If sender is unknown, add it to the list
if (senderIdx == -1)
throw new ApsimXException(FullPath, "Cannot find MicroClimate definition for Slurp");
ComponentData[senderIdx].Name = newSlurp.Name;
ComponentData[senderIdx].Type = newSlurp.CropType;
Clear(ComponentData[senderIdx]);
} */
/// <summary>Clears the specified componentdata</summary>
/// <param name="c">The c.</param>
private void Clear(ComponentDataStruct c)
{
c.CoverGreen = 0;
c.CoverTot = 0;
c.Depth = 0;
c.Frgr = 0;
c.Height = 0;
c.K = 0;
c.Ktot = 0;
c.LAI = 0;
c.LAItot = 0;
Util.ZeroArray(c.layerLAI);
Util.ZeroArray(c.layerLAItot);
Util.ZeroArray(c.Ftot);
Util.ZeroArray(c.Fgreen);
Util.ZeroArray(c.Rs);
Util.ZeroArray(c.Rl);
Util.ZeroArray(c.Rsoil);
Util.ZeroArray(c.Gc);
Util.ZeroArray(c.Ga);
Util.ZeroArray(c.PET);
Util.ZeroArray(c.PETr);
Util.ZeroArray(c.PETa);
Util.ZeroArray(c.Omega);
Util.ZeroArray(c.interception);
}
/// <summary>Setups the crop types.</summary>
/// <param name="Name">The name.</param>
/// <param name="Type">The type.</param>
private void SetupCropTypes(string Name, string Type)
{
ComponentDataStruct CropType = new ComponentDataStruct();
CropType.Name = Name;
//Set defalst
CropType.Albedo = 0.15;
CropType.Gsmax = 0.01;
CropType.Emissivity = 0.96;
CropType.R50 = 200;
//Override type specific values
if (Type.Equals("Crop"))
{
CropType.Albedo = 0.26;
CropType.Gsmax=0.011;
}
if (Type.Equals("Potato"))
{
CropType.Albedo = 0.26;
CropType.Gsmax = 0.03;
}
else if (Type.Equals("Grass"))
{
CropType.Albedo = 0.23;
}
else if (Type.Equals("C4grass"))
{
CropType.Albedo = 0.23;
CropType.Gsmax = 0.015;
CropType.R50 = 150;
}
else if (Type.Equals("Tree"))
{
CropType.Albedo = 0.15;
CropType.Gsmax = 0.005;
}
else if (Type.Equals("Tree2"))
{
CropType.Albedo = 0.15;
CropType.R50 = 100;
}
else if (Type.Equals("Pasture") || Type.Equals("Legume") || Type.Equals("Forage"))
{ // added by rcichota when spliting species in agpasture, still setting all parameters the same, will change in the future
CropType.Albedo = 0.26;
CropType.Gsmax = 0.011;
}
ComponentDataDefinitions.Add(CropType);
}
