public static Simulation Load(string fileName)
{
Simulation simulation = null;
if (Path.GetExtension(fileName) == ".evo")
{
fileName = Path.GetFileNameWithoutExtension(fileName);
}
using (FileStream fs = new FileStream(fileName + ".evo.str", FileMode.Open))
{
BinaryReader r = new BinaryReader(fs);
BinarySerializable.LoadIntoBuffer(r);
}
using (FileStream fs = new FileStream(fileName + ".evo", FileMode.Open))
{
BinaryReader r = new BinaryReader(fs);
simulation = BinarySerializable.GetObject <Simulation>(r);
}
BinarySerializable.ClearLoadBuffer();
simulation.World.ReloadRegions();
return(simulation);
}
public override void Load(System.IO.BinaryReader r, uint id)
{
base.Load(r, id);
TemplateName = r.ReadString();
ANN = BinarySerializable.GetObject <INeuralNetChromosome>(r);
}
public override void Load(System.IO.BinaryReader r, uint id)
{
base.Load(r, id);
TemplateName = r.ReadString();
Genome = BinarySerializable.GetObject <Genome>(r);
}
public override void Load(BinaryReader r, uint id)
{
base.Load(r, id);
InhibitoryConnectionChance = r.ReadDouble();
ConnectionChance = r.ReadDouble();
NewConnectionsCanForm = r.ReadBoolean();
ConnectionsCanDie = r.ReadBoolean();
NewNeuronsCanForm = r.ReadBoolean();
NeuronsCanDie = r.ReadBoolean();
LoadListInfo(EyeRNeuronGenes, r);
LoadListInfo(EyeGNeuronGenes, r);
LoadListInfo(EyeBNeuronGenes, r);
LoadListInfo(DistanceNeuronGenes, r);
LoadListInfo(HiddenNeuronGenes, r);
LoadListInfo(InputNeuronGenes, r);
LoadListInfo(OutputNeuronGenes, r);
LoadListInfo(MutationGenes, r);
GlobalSigmoidFunction = BinarySerializable.GetObject <SigmoidFunction>(r);
GlobalOutputSigmoidFunction = BinarySerializable.GetObject <SigmoidFunction>(r);
}
public override void Load(BinaryReader r, uint id)
{
base.Load(r, id);
Source = BinarySerializable.GetObject <RMP_Neuron>(r);
Target = BinarySerializable.GetObject <RMP_Neuron>(r);
Weight = r.ReadDouble();
}
public override void Load(BinaryReader r, uint id)
{
base.Load(r, id);
Bias = DoubleMinMax.Read(r);
LoadListInfo(Connections, r);
SigmoidFunction = BinarySerializable.GetObject <SigmoidFunction>(r);
}
public override void Load(BinaryReader r, uint id)
{
base.Load(r, id);
FileName = r.ReadString();
World = BinarySerializable.GetObject <IWorld>(r);
LoadListInfo(EntityPainters, r);
foreach (var p in EntityPainters)
{
p.Initialize(DrawBox.DefaultSkinFile);
}
}
public override void Load(BinaryReader r, uint id)
{
base.Load(r, id);
Net = BinarySerializable.GetObject <RMP_Net>(r);
GeneID = r.ReadUInt32();
Bias = r.ReadDouble();
SigmoidFunction = BinarySerializable.GetObject <SigmoidFunction>(r);
Activation = r.ReadDouble();
Output = r.ReadDouble();
LoadListInfo(Connections, r);
}
public override void Load(BinaryReader r, uint id)
{
base.Load(r, id);
Min = r.ReadInt32();
Max = r.ReadInt32();
StandardDeviation = r.ReadDouble();
Mean = r.ReadDouble();
_maxToGenerateForProbability = r.ReadDouble();
_rGen = BinarySerializable.GetObject <UniformRandomGenerator>(r);
int length = r.ReadInt32();
for (int i = 0; i < length; i++)
{
int key = r.ReadInt32();
double value = r.ReadDouble();
probabilities.Add(key, value);
}
}
public override void Load(BinaryReader r, uint id)
{
base.Load(r, id);
Random = BinarySerializable.GetObject <UniformRandomGenerator>(r);
GaussianRandom = BinarySerializable.GetObject <NormalRandomGenerator>(r);
Width = r.ReadInt32();
Height = r.ReadInt32();
WorldHasEdges = r.ReadBoolean();
RegionSize = r.ReadInt32();
LoadListInfo(entityList, r);
foreach (var entity in entityList)
{
if (entity.GetType().IsSubclassOf(typeof(ICreature)) || entity.GetType().IsEquivalentTo(typeof(ICreature)))
{
creatureList.Add((ICreature)entity);
}
}
Initialize(RegionSize, Random, GaussianRandom, true);
}
public override void Load(BinaryReader r, uint id)
{
base.Load(r, id);
Brain = ReadNullableObject <INeuralNet>(r);
CreatureGenome = ReadNullableObject <Genome>(r);
EyeNeuronsAmount = r.ReadInt32();
EyeSpan = r.ReadDouble();
ViewDistance = r.ReadInt32();
Speed = r.ReadDouble();
RotationSpeed = r.ReadDouble();
Energy = DoubleMinMax.Read(r);
CanSeeCreatures = r.ReadBoolean();
EnergyLossByTick = r.ReadDouble();
EnergyLossByRotation = r.ReadDouble();
EnergyLossByMove = r.ReadDouble();
EnergyLossByEating = r.ReadDouble();
EnergyLossByMating = r.ReadDouble();
EatingBiteSize = r.ReadDouble();
MatingCandidate = BinarySerializable.GetObject <Creature>(r);
CyclesInMating = r.ReadInt32();
CyclesNeededForMating = r.ReadInt32();
MatingCooldownCyclesLeft = r.ReadInt32();
MatingCooldown = r.ReadInt32();
AttackingCooldownCyclesLeft = r.ReadInt32();
AttackingCooldown = r.ReadInt32();
AttackMultiplier = r.ReadDouble();
MaxAge = r.ReadInt32();
PixelsRotatedLeft = r.ReadDouble();
PixelsRotatedRight = r.ReadDouble();
PixelsMovedForwards = r.ReadDouble();
PixelsMovedBackwards = r.ReadDouble();
TimesHaveEaten = r.ReadInt32();
TimesMated = r.ReadInt32();
LoseEnergy = r.ReadBoolean();
IsThinking = r.ReadBoolean();
DisableMating = r.ReadBoolean();
DisableAttacking = r.ReadBoolean();
AlwaysMate = r.ReadBoolean();
AlwaysEat = r.ReadBoolean();
if (Brain != null)
{
EyeR_I = LoadArrayInfo <IInputNeuron>(r);
EyeG_I = LoadArrayInfo <IInputNeuron>(r);
EyeB_I = LoadArrayInfo <IInputNeuron>(r);
EyeDistance_I = LoadArrayInfo <IInputNeuron>(r);
random_I = BinarySerializable.GetObject <IInputNeuron>(r);
clock_I = BinarySerializable.GetObject <IInputNeuron>(r);
energy_I = BinarySerializable.GetObject <IInputNeuron>(r);
rotate_O = BinarySerializable.GetObject <IOutputNeuron>(r);
move_O = BinarySerializable.GetObject <IOutputNeuron>(r);
eat_O = BinarySerializable.GetObject <IOutputNeuron>(r);
mate_O = BinarySerializable.GetObject <IOutputNeuron>(r);
attack_O = BinarySerializable.GetObject <IOutputNeuron>(r);
}
}
public override void Load(BinaryReader r, uint id)
{
base.Load(r, id);
_rGen = BinarySerializable.GetObject <MersenneTwister>(r);
}
