private void OnIncorpFOMPool(FOMPoolType inFOMPoolData)
{
// Note: In this event each of the three pools is given
foreach (soilCNPatch aPatch in Patch)
{
aPatch.OnIncorpFOMPool(inFOMPoolData);
}
}
private void OnIncorpFOMPool(FOMPoolType inFOMPoolData)
{
// Note: In this event each of the three pools is given
foreach (soilCNPatch aPatch in Patch)
aPatch.OnIncorpFOMPool(inFOMPoolData);
}
public void OnIncorpFOMPool(FOMPoolType FOMPoolData)
{
// + Purpose:
// Partition the given FOM C and N into fractions in each layer.
for (int layer = 0; layer < FOMPoolData.Layer.Length; layer++)
{
if (layer < g.dlayer.Length)
{
fom_c_pool1[layer] += FOMPoolData.Layer[layer].Pool[0].C;
fom_c_pool2[layer] += FOMPoolData.Layer[layer].Pool[1].C;
fom_c_pool3[layer] += FOMPoolData.Layer[layer].Pool[2].C;
fom_n_pool1[layer] += FOMPoolData.Layer[layer].Pool[0].N;
fom_n_pool2[layer] += FOMPoolData.Layer[layer].Pool[1].N;
fom_n_pool3[layer] += FOMPoolData.Layer[layer].Pool[2].N;
_no3[layer] += FOMPoolData.Layer[layer].no3;
_nh4[layer] += FOMPoolData.Layer[layer].nh4;
}
else
g.Summary.WriteMessage(g, " Number of FOM values given is larger than the number of layers, extra values will be ignored");
}
}