public Evaluator3(WorldAccessor worldAccessor, TrainingRoom room, BotTrackingStorage log, ExperimentInitArgs_Activation activation, HyperNEAT_Args hyperneatArgs = null, double maxEvalTime = 15, double?initialRandomVelocity = null)
{
_worldAccessor = worldAccessor;
_room = room;
_log = log;
_activation = activation;
_hyperneatArgs = hyperneatArgs;
_maxEvalTime = maxEvalTime;
_initialRandomVelocity = initialRandomVelocity;
// Set distances based on room size (or take as params?, or just a percent param?)
double roomWidth = Math1D.Min
(
room.AABB.Item2.X - room.AABB.Item1.X,
room.AABB.Item2.Y - room.AABB.Item1.Y,
room.AABB.Item2.Z - room.AABB.Item1.Z
);
// Want radius, not diameter
_roomRadius = roomWidth / 2;
_maxDistance2 = _roomRadius * MULT_MAXDIST2;
_maxDistance = _roomRadius * MULT_MAXDIST;
_minDistance = _roomRadius * MULT_MINDIST;
}
public Evaluator_WeaponSpin(WorldAccessor worldAccessor, TrainingRoom room, BotTrackingStorage log, ExperimentInitArgs_Activation activation, double weaponSpeed_Min, double weaponSpeed_Max, HyperNEAT_Args hyperneatArgs = null, double maxEvalTime = 15)
{
_worldAccessor = worldAccessor;
_room = room;
_log = log;
_activation = activation;
_hyperneatArgs = hyperneatArgs;
_maxEvalTime = maxEvalTime;
// Set distances based on room size (or take as params?, or just a percent param?)
double roomWidth = Math1D.Min
(
room.AABB.Item2.X - room.AABB.Item1.X,
room.AABB.Item2.Y - room.AABB.Item1.Y,
room.AABB.Item2.Z - room.AABB.Item1.Z
);
// Want radius, not diameter
_roomRadius = roomWidth / 2;
_maxDistance2 = _roomRadius * MULT_MAXDIST2;
_maxDistance = _roomRadius * MULT_MAXDIST;
// Weapon Speed
_weaponSpeed_Min = weaponSpeed_Min;
_weaponSpeed_Max = weaponSpeed_Max;
_weaponSpeed_Max2 = _weaponSpeed_Max + ((_weaponSpeed_Max - _weaponSpeed_Min) / 2);
}
private void RemoveExistingExperiment()
{
if (_ea != null)
{
//_ea.Stop();
_ea.Dispose();
}
if (_experiment != null)
{
//_experiment.
}
_experiment = null;
_ea = null;
_experimentArgs = null;
_hyperneatArgs = null;
_harness = null;
_harnessArgs = null;
_evalArgs = null;
_winningBrain = null;
}
//TODO: In more complete evaluators, take in an arena manager that lets you check out a room. That will return the bot/brain that was
//created for that room (request a room each time StartNewEvaluation is called, or if no rooms available at that moment, each tick until
//a room is free - then start evaluating from that moment)
public Evaluator1_FAIL(Bot bot, BrainNEAT brainPart, SensorHoming[] homingParts, Point3D homePoint, ExperimentInitArgs_Activation activation, HyperNEAT_Args hyperneatArgs = null)
{
_bot = bot;
_brainPart = brainPart;
_homingParts = homingParts;
_homePoint = homePoint;
_activation = activation;
_hyperneatArgs = hyperneatArgs;
foreach (SensorHoming homingPart in homingParts)
{
homingPart.HomePoint = homePoint;
homingPart.HomeRadius = _maxDistance * 1.25;
}
}
/// <summary>
/// This replaces the internal neural net with a new one. If the part is created with dna that has an internal NN, then there is
/// no need to call this method
/// </summary>
/// <remarks>
/// TODO: For hyperneat, see if genome is CPPN (it should be). Then is activation cppn or final?
/// </remarks>
/// <param name="phenome">
/// This is the actual neural net
/// NOTE: If this is hyperneat, the phenome is still the final neural net, not the cppn
/// </param>
public void SetPhenome(IBlackBox phenome, NeatGenome genome, ExperimentInitArgs_Activation activation, HyperNEAT_Args hyperneatArgs = null)
{
if (phenome.InputCount != _neuronsInput.Length || phenome.OutputCount != _neuronsOutput.Length)
{
// Without this constraint, it would be difficult to map between external and phenome, because it can't be known
// what the phenome's intended neuron positions would be. It's expected that during training, a candidate phenome
// will be placed into a BrainNEAT, then the bot will be tested and scored. So that during training there is always a
// 1:1 between external and phenome. It's only future generations that mutate where a fuzzy mapping needs to be
// done
throw new ArgumentException(string.Format("The phenome passed in must have the same number of inputs and outputs as this wrapper brain's external inputs and outputs. Phenome ({0}, {1}), External ({2}, {3})", phenome.InputCount, phenome.OutputCount, _neuronsInput.Length, _neuronsOutput.Length));
}
_brain = phenome;
_genome = genome;
_activation = activation;
_hyperneatArgs = hyperneatArgs;
_neatPositions_Input = _neuronsInput.
Select(o => o.Position).
ToArray();
_neatPositions_Output = _neuronsOutput.
Select(o => o.Position).
ToArray();
// It's a 1:1 mapping between external and internal
_inputsMap = Enumerable.Range(0, _neuronsInput.Length).
Select(o => new NeuronMapping()
{
Index_External = o,
Index_NEAT = o,
Weight = 1d,
}).
ToArray();
_outputsMap = Enumerable.Range(0, _neuronsOutput.Length).
Select(o => new NeuronMapping()
{
Index_External = o,
Index_NEAT = o,
Weight = 1d,
}).
ToArray();
}
private void BuildNEATBrain(BrainNEATDNA dna)
{
var nn = DeserializeBrain(dna);
if (nn == null)
{
return;
}
_inputsMap = MapNeurons(_neuronsInput.Select(o => o.Position).ToArray(), dna.NEATPositions_Input);
_outputsMap = MapNeurons(_neuronsOutput.Select(o => o.Position).ToArray(), dna.NEATPositions_Output);
_neatPositions_Input = dna.NEATPositions_Input;
_neatPositions_Output = dna.NEATPositions_Output;
_activation = dna.Activation;
_hyperneatArgs = dna.Hyper;
_genome = nn.Value.genome;
_brain = nn.Value.phenome;
}
private void Reset2_Click(object sender, RoutedEventArgs e)
{
try
{
// If not hyperneat, just replace with a new net
// If hyperneat, compare other args and retain genomes if the only change is input/output resolution
string prevGenomeXML = null;
if (chkHyperNEAT.IsChecked.Value && _experiment != null && _ea != null)
{
//_ea.Stop(); // currently, Stop just calls RequestPause, so don't use it. There needs to be a dispose that removes the underlying thread
_ea.RequestPauseAndWait();
prevGenomeXML = ExperimentNEATBase.SavePopulation(_ea.GenomeList);
}
RemoveExistingExperiment();
// My stuff
#region harness args
_harnessArgs = new HarnessArgs(
trkMapSize.Value,
trkVisionSize.Value,
trkOutputSize.Value,
trkInputPixels.Value.ToInt_Round(),
trkOutputPixels.Value.ToInt_Round(),
trkDelayBetweenInstances.Value);
#endregion
#region eval args
if (chkRandomStartingConditions.IsChecked.Value)
{
_evalArgs = new EvaluatorArgs(
trkEvalIterations.Value.ToInt_Round(),
trkDelay.Value,
trkEvalElapsedTime.Value,
trkMaxSpeed.Value,
chkBounceOffWalls.IsChecked.Value,
new[] { (TrackedItemType)cboTrackedItemType.SelectedValue },
trkNewItemDuration.Value,
trkNewItemErrorMultiplier.Value,
(ScoreLeftRightBias)cboErrorBias.SelectedValue);
}
else
{
Point position = Math3D.GetRandomVector(_harnessArgs.MapSize / 2).ToPoint2D();
Vector velocity = Math3D.GetRandomVector_Circular(trkMaxSpeed.Value).ToVector2D();
// Don't let the velocity be in the same quadrant as the position (otherwise, you could have something spawn next to a wall, heading
// toward the wall). These if statements force it to cross the x,y axiis
if (Math.Sign(position.X) == Math.Sign(velocity.X))
{
velocity = new Vector(-velocity.X, velocity.Y);
}
if (Math.Sign(position.Y) == Math.Sign(velocity.Y))
{
velocity = new Vector(velocity.X, -velocity.Y);
}
_evalArgs = new EvaluatorArgs(
trkEvalIterations.Value.ToInt_Round(),
trkDelay.Value,
trkEvalElapsedTime.Value,
new[] { Tuple.Create((TrackedItemType)cboTrackedItemType.SelectedValue, position, velocity, chkBounceOffWalls.IsChecked.Value) },
trkNewItemDuration.Value,
trkNewItemErrorMultiplier.Value,
(ScoreLeftRightBias)cboErrorBias.SelectedValue);
}
#endregion
// SharpNEAT
#region experiment args
_experimentArgs = new ExperimentInitArgs()
{
Description = "Input is a pixel array. Output is a pixel array. The NN needs to watch the object and anticipate where it will be at some fixed time in the future",
InputCount = _harnessArgs.InputSizeXY * _harnessArgs.InputSizeXY,
OutputCount = _harnessArgs.OutputSizeXY * _harnessArgs.OutputSizeXY,
IsHyperNEAT = chkHyperNEAT.IsChecked.Value,
PopulationSize = trkPopulationSize.Value.ToInt_Round(),
SpeciesCount = trkSpeciesCount.Value.ToInt_Round(),
Activation = new ExperimentInitArgs_Activation_CyclicFixedTimesteps()
{
TimestepsPerActivation = trkTimestepsPerActivation.Value.ToInt_Round(),
FastFlag = true
},
Complexity_RegulationStrategy = ComplexityCeilingType.Absolute,
Complexity_Threshold = trkComplexityThreshold.Value.ToInt_Round(),
};
#endregion
#region hyperneat args
_hyperneatArgs = null;
if (chkHyperNEAT.IsChecked.Value)
{
// Use two square sheets
var hyperPoints = HyperNEAT_Args.GetSquareSheets(trkVisionSize.Value, trkOutputSize.Value, _harnessArgs.InputSizeXY, _harnessArgs.OutputSizeXY);
_hyperneatArgs = new HyperNEAT_Args()
{
InputPositions = hyperPoints.inputs,
OutputPositions = hyperPoints.outputs,
};
}
#endregion
#region create harness
_harness = new TrackedItemHarness(_harnessArgs);
_harness.ItemRemoved += (s1, e1) =>
{
_harness.SetItem(AntPos_Evaluator.GetNewItem(_harness, _evalArgs));
};
_harness.SetItem(AntPos_Evaluator.GetNewItem(_harness, _evalArgs));
#endregion
#region create evaluator
AntPos_Evaluator evaluator = new AntPos_Evaluator(_harnessArgs, _evalArgs);
//FitnessInfo score = evaluator.Evaluate(new RandomBlackBoxNetwork(_harness.InputSizeXY * _harness.InputSizeXY, _harness.OutputSizeXY * _harness.OutputSizeXY, true)); // this is a good place to unit test the evaluator
#endregion
#region create experiment
_experiment = new ExperimentNEATBase();
_experiment.Initialize("anticipate position", _experimentArgs, evaluator);
#endregion
#region create evolution algorithm
if (prevGenomeXML == null)
{
if (chkHyperNEAT.IsChecked.Value)
{
_ea = _experiment.CreateEvolutionAlgorithm(_hyperneatArgs);
}
else
{
_ea = _experiment.CreateEvolutionAlgorithm();
}
}
else
{
List <NeatGenome> genomeList;
if (_hyperneatArgs == null)
{
genomeList = ExperimentNEATBase.LoadPopulation(prevGenomeXML, _experimentArgs.Activation, _experimentArgs.InputCount, _experimentArgs.OutputCount);
}
else
{
genomeList = ExperimentNEATBase.LoadPopulation(prevGenomeXML, _experimentArgs.Activation, _hyperneatArgs);
}
// The factory is the same for all items, so just grab the first one
NeatGenomeFactory genomeFactory = genomeList[0].GenomeFactory;
_ea = _experiment.CreateEvolutionAlgorithm(genomeFactory, genomeList, _hyperneatArgs);
}
_ea.UpdateEvent += EA_UpdateEvent;
_ea.PausedEvent += EA_PausedEvent;
#endregion
ShowBestGenome(); // this ensures the neural viewer is created
_winningBrainTime = DateTime.UtcNow - TimeSpan.FromDays(1); // put it way in the past so the first tick will request a new winner
_winningBrain = null;
//_winningBrain = new RandomBlackBoxNetwork(_harness.InputSizeXY * _harness.InputSizeXY, _harness.OutputSizeXY * _harness.OutputSizeXY, true);
_tickCounter = _evalArgs.TotalNumberEvaluations * 2; // force the timer to get the winning NN right away (otherwise it will do a round before refreshing)
_ea.StartContinue(); // this needs to be done last
}
catch (Exception ex)
{
MessageBox.Show(ex.ToString(), this.Title, MessageBoxButton.OK, MessageBoxImage.Error);
}
}