//Constructor called when a cell is created in the begining of the program
public ForwardInternals(float x, float z, float v, float dT, float angle, ICellRegulation regulator, int iterations) :
this(v, dT, angle, regulator, iterations)
{
//add the initial values to the arrays
positions[0] = new Vector3Adapter(x, z);
AddState(0);
birthDate = 0;
}
public AbstractInternals(float v, float dT, float angle, ICellRegulation regulator)
{
this.v = v;
this.dT = dT;
this.angle = angle;
model = Model.GetInstance();
this.regulator = regulator;
}
private Cell parentObject; //TODO replce this with something smarter
private ForwardInternals(float v, float dT, float angle, ICellRegulation regulation, int iterations) : base(v, dT, angle, regulation)
{
initalAngel = angle;
this.iterations = iterations;
deathDate = iterations + 1;
lifeRegulator = BacteriaFactory.GetInstance().GetLifeRegulator();
//crete the arrays
positions = new IPointAdapter[iterations + 1];
states = new State[iterations + 1];
cellDeathListeners = new List <ICellDeathListener>();
}
//Constructure that is used when a cell is created as the result of a cell division
public ForwardInternals(IPointAdapter[] locations, State[] states, float v, float dT, float angle, ICellRegulation regulator, int iterations, int iteration) :
this(v, dT, angle, regulator, iterations)
{
//Fix the states so that there are no null pointers this should maybe
for (int i = 0; i <= iteration; i++)
{
positions[i] = locations[i].Copy();
this.states[i] = states[i];
}
this.positions[iteration + 1] = locations[iteration].Copy();
this.states[iteration + 1] = GetInternalState();
currentIteration = iteration;
birthDate = iteration;
}
public Internals(float x, float z, float v, float dT, float angle, ICellRegulation regulator) : base(v, dT, angle, regulator)
{
location = new Vector3Adapter(x, z);
}
