public void Recover()
{
if (M_state != Node_State.removed)
{
if (M_state == Node_State.infected)
{
graph.m_infectedNodes.Remove(this);
}
foreach (Node neightbour in m_neighbours)
{
if (XORSusAndInf(this, neightbour))
{
graph.susToInfect--;
}
}
foreach (Node neightbour in m_cliqueNeighbours)
{
if (XORSusAndInf(this, neightbour))
{
graph.susToInfect--;
}
}
nodestate = Node_State.removed;
graph.m_recoveredNodes.Add(this);
graph.m_cliques[Clique_Index].NodeIsRecovered();
}
}
public TRNode(TMPoint p, TRNode u, TRNode l, TRRange r)
{
this.lower = l;
this.upper = u;
this.point = p;
this.state = Node_State.Free;
this.rango = r;
}
public TRNode(TMPoint p, TRNode u, TRNode l, TRRange r)
{
this.Lower = l;
this.Upper = u;
this.Point = p;
this.state = Node_State.Free;
this.Y_Range = r;
this.IsObjetive = false;
}
public void ResetMarcs()
{
this.state = Node_State.Free;
if (this.lower != null)
{
this.lower.ResetMarcs();
}
if (this.upper != null)
{
this.upper.ResetMarcs();
}
}
public void Infect()
{
if (M_state != Node_State.infected)
{
nodestate = Node_State.infected;
graph.m_infectedNodes.Add(this);
foreach (Node neightbour in m_neighbours)
{
switch (neightbour.M_state)
{
case Node_State.susceptible:
graph.susToInfect++;
break;
case Node_State.infected:
graph.susToInfect--;
break;
}
}
if (Get_IsNeighbourWith(this))
{
graph.susToInfect++;
}
foreach (Node neightbour in m_cliqueNeighbours)
{
switch (neightbour.M_state)
{
case Node_State.susceptible:
graph.susToInfect += Get_CliqueWeight(neightbour);
break;
case Node_State.infected:
graph.susToInfect -= neightbour.Get_CliqueWeight(this);
break;
}
}
}
graph.m_cliques[Clique_Index].NodeIsInfected();
}
public void GetIn()
{
this.state = Node_State.In;
}
public void Free()
{
this.state = Node_State.Free;
}
public void Pop()
{
this.state = Node_State.JustPop;
}
