public override void SetupSimulation()
{
logFrequency = 1;
nbCellTypes = 3;
nbOfSimulationSteps = 10;
//*
popSize = 148;
popMaxSize = 343;
Tissue t1 = new Tissue(25, 125, new Cylinder34(new Vector(.5f, .5f, .5f)));
Tissue t2 = new Tissue(98, popMaxSize, new Cylinder34(new Vector(.5f, 1f, .5f)));
Tissue t3 = new Tissue(25, 125, new Cylinder34(new Vector(.5f, .5f, .5f)));
List <Tissue> tissueList = new List <Tissue>()
{
t1, t2, t3
};
cellPopulation = new CellPopulation(popSize, popMaxSize, tissueList, true);
//Helper.SetNCubedInN(125);
//t1.PositionCells(false);
//Helper.SetNCubedInN(popMaxSize);
//t2.PositionCells(false, new Vector(0, t1.reference.y + t1.mesh.innerRadius.y + t2.mesh.innerRadius.y, 0));
Helper.SetNCubedInN(popMaxSize);
t2.PositionCells(false);
Helper.SetNCubedInN(125);
t1.PositionCells(false, new Vector(0, t2.reference.y - 4 * t2.mesh.innerRadius.y - t1.mesh.innerRadius.y, 0));
Helper.SetNCubedInN(125);
t3.PositionCells(false, new Vector(0, t2.reference.y + t3.mesh.innerRadius.y, 0));
//*/
nbCellTypes = tissueList.Count;
}
public void Urbanize()
{
UrbanLevel++;
if (CellPopulation.dFactor(1) > 0.5 && !Walled)
{
Walled = true;
}
if (plantLevel == 0)
{
farmLevel--;
}
else
{
plantLevel--;
}
}
public override void SetupSimulation()
{
logFrequency = 1;
logVTK = true;
nbOfSimulationSteps = 1000;
popSize = 1;
popMaxSize = 128;
Tissue t1 = new Tissue(1, popMaxSize);
List <Tissue> tissueList = new List <Tissue>()
{
t1
};
nbCellTypes = tissueList.Count;
cellPopulation = new CellPopulation(popSize, popMaxSize, tissueList);
Helper.SetNCubedInN(popMaxSize);
cellPopulation.PositionCells(false);
}
public override void SetupSimulation()
{
nbOfSimulationSteps = 2000;
logFrequency = 10;
//logVTK = true;
popSize = 8;
popMaxSize = 64;
Cylinder34 mesh = new Cylinder34(new Vector(.5f, 1f, .5f), false);
Tissue t1 = new Tissue(8, popMaxSize, mesh);
List <Tissue> tissueList = new List <Tissue>()
{
t1
};
nbCellTypes = tissueList.Count;
cellPopulation = new CellPopulation(popSize, popMaxSize, tissueList, 2);
Helper.SetNCubedInN(popMaxSize);
cellPopulation.PositionCells(false);
}
public override void SetupSimulation()
{
nbOfSimulationSteps = 1000;
logFrequency = 1;
logVTK = false;
popSize = 4;
popMaxSize = 8;
Icosahedron42 mesh = new Icosahedron42();
Tissue t1 = new Tissue(4, popMaxSize, mesh);
List <Tissue> tissueList = new List <Tissue>()
{
t1
};
nbCellTypes = tissueList.Count;
cellPopulation = new CellPopulation(popSize, popMaxSize, tissueList, 1);
Helper.SetNCubedInN(popMaxSize);
cellPopulation.PositionCells(false);
}
public override void SetupSimulation()
{
nbCellTypes = 1;
nbOfSimulationSteps = 1000;
popSize = 25;
popMaxSize = 125;
//Cylinder34 mesh = new Cylinder34();
//HexagonalCylinder42 mesh = new HexagonalCylinder42(1f);
//Console.WriteLine(mesh.innerRadius);
Tissue t1 = new Tissue(25, popMaxSize, new Cylinder34(new Vector(.5f, .5f, .5f)));
List <Tissue> tissueList = new List <Tissue>()
{
t1
};
nbCellTypes = tissueList.Count;
cellPopulation = new CellPopulation(popSize, popMaxSize, tissueList);
Helper.SetNCubedInN(popMaxSize);
cellPopulation.PositionCells(false);
}
public void Tick()
{
//If populated...
if (CellPopulation.Count > 0)
{
CellPopulation.Tick();
if (CellPopulation.Count < Sustainability * WorldMetrics.popRuralMultiplier)
{
settlingRural++;
if (settlingRural >= WorldMetrics.popStepsRequired)
{
if (PlantLevel > 0)
{
BuildFarms();
}
settlingRural = 0;
}
}
if (CellPopulation.Count < (Sustainability) * WorldMetrics.popUrbanMultiplier)
{
settlingUrban++;
if (settlingUrban >= WorldMetrics.popStepsRequired)
{
if (PlantLevel > 0 || FarmLevel > 0)
{
Urbanize();
}
settlingUrban = 0;
}
}
}
if (CellPopulation.Count > (Sustainability) * (WorldMetrics.popUrbanMultiplier + WorldMetrics.popRuralMultiplier))
{
//Do stuff?
}
}
