/// <summary>Initial constructor</summary>
/// <param name="universe">The universe of this LeafLayer.</param>
/// <param name="i">The index of this leaf Layer (0 based index, starts from the bottom of the plant).</param>
public LeafLayer(Universe universe, int i, double cumulTTShoot, int roundedFinalNumber, double finalLeafNumber, double phyllochron, double deltaTTShoot, double deltaTTPhenoMaize, double cumulTTPhenoMaizeAtEmergence)
: base(universe, i, cumulTTShoot)
{
LayerPhyllochron = phyllochron;
IsSmallPhytomer = isSmallPhytomer(finalLeafNumber, roundedFinalNumber);
if (!IsSmallPhytomer)
{
TTmat = PlagLL * LayerPhyllochron;
TTsen = PsenLL * LayerPhyllochron;
}
else
{
TTmat = PlagSL * LayerPhyllochron;
TTsen = PsenSL * LayerPhyllochron;
}
DeltaAI = 0;
DeltaDM = 0;
IsPrematurelyDying = false;
MaxAI = 0;
State = LeafState.Growing;
exposedSheath = new ExposedSheath(universe);
leafLamina = new LeafLaminae(universe);
interNode = new InterNode(universe, roundedFinalNumber, IsSmallPhytomer, Index, PhytoNum);
if (SwitchMaize)
{
maizeLeaf = new MaizeLeaf(universe, i, cumulTTPhenoMaizeAtEmergence, finalLeafNumber, deltaTTPhenoMaize);
}
}
public override void Dispose()
{
base.Dispose();
if (interNode != null)
{
interNode.Dispose();
interNode = null;
}
if (leafLamina != null)
{
leafLamina.Dispose();
leafLamina = null;
}
if (exposedSheath != null)
{
exposedSheath.Dispose();
exposedSheath = null;
}
}
///<summary>Copy constructor</summary>
///<param name="universe">The universe of this leaf Layer.</param>
///<param name="toCopy">The leaf Layer to copy</param>
public LeafLayer(Universe universe, LeafLayer toCopy)
: base(universe, toCopy)
{
LayerPhyllochron = toCopy.LayerPhyllochron;
TTmat = toCopy.TTmat;
TTsen = toCopy.TTsen;
DeltaAI = toCopy.DeltaAI;
IsPrematurelyDying = toCopy.IsPrematurelyDying;
MaxAI = toCopy.MaxAI;
State = toCopy.State;
IsSmallPhytomer = toCopy.IsSmallPhytomer;
exposedSheath = (toCopy.exposedSheath != null) ? new ExposedSheath(universe, toCopy.exposedSheath) : null;
leafLamina = (toCopy.leafLamina != null) ? new LeafLaminae(universe, toCopy.leafLamina) : null;
interNode = (toCopy.interNode != null) ? new InterNode(universe, toCopy.interNode) : null;
if (SwitchMaize)
{
maizeLeaf = (toCopy.maizeLeaf != null) ? new MaizeLeaf(universe, toCopy.maizeLeaf) : null;
}
}
///<summary>Copy constructor</summary>
///<param name="universe">The universe of this ear peduncle.</param>
///<param name="toCopy">The ear peduncle to copy.</param>
public EarPeduncle(Universe universe, EarPeduncle toCopy)
: base(universe, toCopy)
{
InterNode_ = new InterNode(universe, toCopy.InterNode_);
}
///<summary>Initial constructor</summary>
///<param name="universe">The universe of this ear peduncle.</param>
///<param name="i">The index of this phytomer (= FinalLeafNumber + 1).</param>
public EarPeduncle(Universe universe, int i, double cumulTTShoot, int roundedFinalNumber, double finalLeafNumber)
: base(universe, i, cumulTTShoot)
{
InterNode_ = new InterNode(universe, roundedFinalNumber, isSmallPhytomer(finalLeafNumber, roundedFinalNumber), Index, PhytoNum);
}
///<summary>Copy constructor</summary>
///<param name="phytomer">The phytomer of this internode.</param>
///<param name="toCopy">The internode to copy</param>
public InterNode(Universe universe, InterNode toCopy) : base(universe)
{
IsEarInterNode = toCopy.IsEarInterNode;
Length = toCopy.Length;
LengthPot = toCopy.LengthPot;
}
