ReproductionDemand::ReproductionDemand(UniSim::Identifier name, QObject *parent)
: Model(name, parent)
{
setRecursionPolicy(Update,ChildrenNot);
new Parameter<double>("sexRatio", &sexRatio, 0.5, this, "Fixed sex ratio");
new Parameter<double>("eggWeight", &eggWeight, 0.01, this, "Weight of one egg");
new Variable<double>("value", &value, this, "Demand for reproduction during this time step (g)");
}
Phenology::Phenology(UniSim::Identifier name, QObject *parent)
: Model(name, parent)
{
setRecursionPolicy(Component::Update, Component::ChildrenNot);
new PullVariable<double>("alive", &alive, this,
"Proportion of plant population still alive [0;1], "
"i.e. the proportion that has not yet developed past the last stage "
"defined as child of @F {Phenology}.");
}
PlantGrowthStage::PlantGrowthStage(UniSim::Identifier name, QObject *parent)
: Model(name, parent)
{
setRecursionPolicy(Component::Reset, Component::ChildrenLast);
setRecursionPolicy(Component::Update, Component::ChildrenNot);
new Parameter<double>("inflowAsDensity", &inflowAsDensity, 0., this,
"Number of plants to enter this growth stage in the next update "
"(i.e. time step) (plants per m @Sup 2 per day)");
new Parameter<double>("inflowAsDensityEqs", &inflowAsDensityEqs, 0., this,
"Number of density equivalents to enter this growth stage in the next update "
"(i.e. time step) (density equivalents per m @Sup 2 per day)");
new Parameter<double>("instantMortality", &instantMortality, 0., this,
"Instant mortality (0-100%) to apply to this growth stage in the next update ");
new Variable<double>("outflowAsDensity", &outflowAsDensity, this,
"Number of plants that emerged from this growth stage during the last update "
"(i.e. time step) (plants per m @Sup 2 per day)");
new Variable<double>("outflowAsDensityEqs", &outflowAsDensityEqs, this,
"Number of density equivalents that emerged from this growth stage during the last update "
"(i.e. time step) (density equivalents per m @Sup 2 per day)");
}
LifeCycle::LifeCycle(UniSim::Identifier name, QObject *parent)
: Model(name,parent)
{
setRecursionPolicy(Component::Update, Component::ChildrenNot);
new Variable<double>("contents", &sum, this, "description");
}
Insect2::Insect2(UniSim::Identifier name, QObject *parent)
: Model(name, parent)
{
setRecursionPolicy(Component::Update, Component::ChildrenNot);
}
TrickleSequence::TrickleSequence(QString name, QObject *parent)
: Model(name,parent)
{
setRecursionPolicy(Update, ChildrenNot);
}
Insect8::Insect8(UniSim::Identifier name, QObject *parent)
: Model(name, parent)
{
new Parameter<double>("initEggs", &initEggs, 30., this, "Initial number of insect eggs");
setRecursionPolicy(Component::Update, Component::ChildrenNot);
}
