public static void Configure(ShardID addr, BaseDB.ConfigContainer config, bool forceAllLinksPassive)
{
CSLogicProvider.AsyncFactory = DB.GetLogicProviderAsync;
ID = addr;
gridExt = config.extent;
Ranges = ToRanges(config);
MySpace = SDToBox(addr.XYZ, config.extent);
InconsistencyCoverage.CommonResolution = (int)Math.Ceiling(1f / Ranges.R);
if (Extent.ReplicaLevel > 1)
{
siblings = Neighborhood.NewSiblingList(addr, Extent.ReplicaLevel, forceAllLinksPassive);
}
neighbors = Neighborhood.NewNeighborList(addr, Extent.XYZ, forceAllLinksPassive);
}
private static void RunStupidModel()
{
int gridRes = 100; //2d resolution
//each grid cell can 'see' +- 4 cells in all direction. All 'motion' is done via communication
//hence R = 4 / gridRes
float r = 4.5f / gridRes;
BaseDB.ConfigContainer config = new BaseDB.ConfigContainer()
{
extent = Int3.One, r = r, m = r * 0.5f
};
Simulation.Configure(new ShardID(Int3.Zero, 0), config, true);
Vec3 outlierCoords = Simulation.MySpace.Min;
var ctx = new SimulationContext(true);
var intermediate0 = new IntermediateSDS();
intermediate0.entities = new EntityPool(MakeGrid2D(gridRes), ctx);
//EntityTest.RandomDefaultPool(100);
intermediate0.ic = InconsistencyCoverage.NewCommon();
intermediate0.inputConsistent = true;
intermediate0.localChangeSet = new EntityChangeSet();
SDSStack.Entry root = new SDSStack.Entry(
new SDS(0, intermediate0.entities.ToArray(), intermediate0.ic),
intermediate0);
//Assert.IsTrue(root.IsFullyConsistent);
SDSStack stack = Simulation.Stack;
stack.ResetToRoot(root);
for (int i = 0; i < 13; i++)
{
//Assert.IsNotNull(stack.NewestSDS.FinalEntities, i.ToString());
var temp = stack.AllocateGeneration(i + 1);
ctx.SetGeneration(i + 1);
var comp = new SDSComputation(new DateTime(), ExtMessagePack.CompleteBlank, TimeSpan.FromMilliseconds(10), ctx);
//ComputationTests.AssertNoErrors(comp, "comp");
//Assert.IsTrue(comp.Intermediate.inputConsistent);
var sds = comp.Complete();
stack.Insert(sds);
//Assert.IsTrue(sds.IsFullyConsistent);
//Assert.AreEqual(sds.FinalEntities.Length, gridRes * gridRes);
int numBugs = 0;
int numPredators = 0;
int numConflicts = 0;
float totalFood = 0;
foreach (var e in sds.Item1.FinalEntities)
{
Habitat h = (Habitat)Helper.Deserialize(e.SerialLogicState);
if (h.bug.HasAnimal)
{
numBugs++;
}
if (h.predator.HasAnimal)
{
numPredators++;
if (h.bug.HasAnimal)
{
numConflicts++;
}
}
totalFood += h.food;
}
Console.WriteLine("Population: b=" + numBugs + ", p=" + numPredators + ", c=" + numConflicts + "; Food=" + totalFood);
}
}
public SimulationContext(BaseDB.ConfigContainer cfg, Box mySpace, bool allowMotionToUnresponsiveNeighbor) : base(Simulation.ToRanges(cfg), mySpace)
{
AllowMotionToUnresponsiveNeighbor = allowMotionToUnresponsiveNeighbor;
}
public static EntityRanges ToRanges(BaseDB.ConfigContainer config)
{
return(new EntityRanges(config.r, config.m, ExtToWorld(config.extent)));
}