private void DoPestDiseaseDamage(object sender, EventArgs e)
{
OrganBiomassRemovalType consumption = new OrganBiomassRemovalType();
consumption.FractionLiveToRemove = Math.Max(1, ParentStage.TotalPopulation * RateOfOrganConsumptionPerIndividual.Value() * HostOrgan.Live.Wt);
HostPlant.RemoveBiomass(HostOrgan.Name, "Graze", consumption);
}
private void DoPestDiseaseDamage(object sender, EventArgs e)
{
if (HostOrgan.GetType() == typeof(ICanopy))
{
HostPlant.ReduceCanopy(Reduction.Value());
}
else if (HostOrgan.GetType() == typeof(IRoot))
{
HostPlant.ReduceRootLengthDensity(Reduction.Value());
}
else
{
throw new Exception("FunctionalDimensionReduction is only possible for organs implementing ICanopy or IRoot interfaces");
}
}
private void DoPestDiseaseDamage(object sender, EventArgs e)
{
OrganBiomassRemovalType consumption = new OrganBiomassRemovalType();
double organWtConsumed = 0;
if ((ParentPhase.Cohorts != null) && (HostPlant.IsAlive))
{
foreach (Cohort c in ParentPhase.Cohorts)
{
ParentPhase.CurrentCohort = c;
organWtConsumed += c.Population * OrganWtConsumptionPerIndividual.Value();
consumption.FractionLiveToRemove += Math.Max(1, organWtConsumed / HostOrgan.Live.Wt);
}
HostPlant.RemoveBiomass(HostOrgan.Name, "Graze", consumption);
}
}
private void DoPestDiseaseDamage(object sender, EventArgs e)
{
HostPlant.ReduceCanopy(ParentStage.TotalPopulation * RateOfOrganObstructionPerIndividual.Value());
}
