private void WriteConfig(int run, int trial, SoaConfig config)
{
int numTrialDigits = numTrialsPerRun.ToString().Length;
string trialNumberFormat = "D" + numTrialDigits.ToString();
Directory.CreateDirectory(soaConfigOutputPath);
string runFolder = Path.Combine(soaConfigOutputPath, "Run_" + run.ToString(trialNumberFormat));
Directory.CreateDirectory(runFolder);
string trialFolder = Path.Combine(runFolder, experiment.GetTrialName());
Directory.CreateDirectory(trialFolder);
string configName = Path.Combine(trialFolder, "SoaSimConfig.xml");
Log.debug("Generating File: " + configName);
Log.debug("***");
Log.debug(generatorRandomSeed.ToString());
Log.debug("***");
SoaConfigXMLWriter.Write(config, configName);
}
public void SetSiteLocations(SoaConfig soaConfig)
{
// Blue Base
blueBases = new List <SiteConfig>();
blueBases.Add(new BlueBaseConfig(-3.02830208f, -9.7492255f, "Blue Base", new Optional <float>(soaConfig.defaultCommsRanges["BlueBase"])));
// Red Base
redBases = new List <SiteConfig>();
redBases.Add(new RedBaseConfig(-17.7515077f, 13.7463599f, "Red Base 0"));
redBases.Add(new RedBaseConfig(-0.439941213f, 12.7518844f, "Red Base 1"));
redBases.Add(new RedBaseConfig(22.0787984f, 10.7493104f, "Red Base 2"));
// NGO Site
ngoSites = new List <SiteConfig>();
ngoSites.Add(new NGOSiteConfig(-21.2181483f, -1.25010618f, "NGO Site 0"));
ngoSites.Add(new NGOSiteConfig(-4.76803318f, -5.74888572f, "NGO Site 1"));
ngoSites.Add(new NGOSiteConfig(11.6916982f, 4.76402643f, "NGO Site 2"));
ngoSites.Add(new NGOSiteConfig(24.6807822f, -6.75057337f, "NGO Site 3"));
// Village
villages = new List <SiteConfig>();
villages.Add(new VillageConfig(-16.0197901f, 5.74808437f, "Village 0"));
villages.Add(new VillageConfig(-14.296086f, -3.22944096f, "Village 1"));
villages.Add(new VillageConfig(-5.63349131f, 4.74559538f, "Village 2"));
villages.Add(new VillageConfig(7.34998325f, -0.743652906f, "Village 3"));
villages.Add(new VillageConfig(-13.4306279f, -11.7638197f, "Village 4"));
// Add all to soaConfig
soaConfig.sites.AddRange(blueBases);
soaConfig.sites.AddRange(redBases);
soaConfig.sites.AddRange(ngoSites);
soaConfig.sites.AddRange(villages);
}
private static void PopulateRemote(XmlDocument xmlDoc, XmlNode configNode, SoaConfig soaConfig)
{
// Create "Remote" node and append to configNode
XmlNode node = xmlDoc.CreateElement("Remote");
configNode.AppendChild(node);
// Go through each remote platform and add children to "Remote" node
foreach (PlatformConfig p in soaConfig.remotePlatforms)
{
switch (p.GetConfigType())
{
case PlatformConfig.ConfigType.HEAVY_UAV:
PopulateHeavyUAV(xmlDoc, node, (HeavyUAVConfig)p);
break;
case PlatformConfig.ConfigType.SMALL_UAV:
PopulateSmallUAV(xmlDoc, node, (SmallUAVConfig)p);
break;
case PlatformConfig.ConfigType.BLUE_BALLOON:
PopulateBlueBalloon(xmlDoc, node, (BlueBalloonConfig)p);
break;
default:
Log.error("SoaConfigXMLWriter::PopulateRemote(): Unrecognized config type " + p.GetConfigType() + " in soaConfig.remotePlatforms");
break;
}
}
}
public void SetSiteLocations(SoaConfig soaConfig)
{
// Add all to soaConfig
soaConfig.sites.AddRange(blueBases);
soaConfig.sites.AddRange(redBases);
soaConfig.sites.AddRange(ngoSites);
soaConfig.sites.AddRange(villages);
}
public void SetCommsDefaults(SoaConfig soaConfig)
{
soaConfig.defaultCommsRanges["BlueBase"] = 10.0f;
soaConfig.defaultCommsRanges["RedDismount"] = 5.0f;
soaConfig.defaultCommsRanges["RedTruck"] = 5.0f;
soaConfig.defaultCommsRanges["BluePolice"] = 10.0f;
soaConfig.defaultCommsRanges["HeavyUAV"] = 10.0f;
soaConfig.defaultCommsRanges["SmallUAV"] = 10.0f;
}
private void SetClassifierDefaults(SoaConfig soaConfig)
{
// Pointer
List <PerceptionModality> modes;
// Red Dismount
modes = new List <PerceptionModality>();
modes.Add(new PerceptionModality("BluePolice", 5.0f, 5.0f));
modes.Add(new PerceptionModality("HeavyUAV", 5.0f, 5.0f));
modes.Add(new PerceptionModality("SmallUAV", 4.5f, 4.5f));
soaConfig.defaultClassifierModalities.Add("RedDismount", modes);
// Red Truck
modes = new List <PerceptionModality>();
modes.Add(new PerceptionModality("BluePolice", 5.0f, 5.0f));
modes.Add(new PerceptionModality("HeavyUAV", 5.0f, 5.0f));
modes.Add(new PerceptionModality("SmallUAV", 4.5f, 4.5f));
soaConfig.defaultClassifierModalities.Add("RedTruck", modes);
// Neutral Dismount
modes = new List <PerceptionModality>();
soaConfig.defaultClassifierModalities.Add("NeutralDismount", modes);
// Neutral Truck
modes = new List <PerceptionModality>();
soaConfig.defaultClassifierModalities.Add("NeutralTruck", modes);
// Blue Police
modes = new List <PerceptionModality>();
modes.Add(new PerceptionModality("RedDismount", 0.5f, 0.5f));
modes.Add(new PerceptionModality("RedTruck", 0.5f, 0.5f));
modes.Add(new PerceptionModality("NeutralDismount", 0.5f, 0.5f));
modes.Add(new PerceptionModality("NeutralTruck", 0.5f, 0.5f));
soaConfig.defaultClassifierModalities.Add("BluePolice", modes);
// Heavy UAV
modes = new List <PerceptionModality>();
modes.Add(new PerceptionModality("RedDismount", 0.5f, 0.5f));
modes.Add(new PerceptionModality("RedTruck", 0.5f, 0.5f));
modes.Add(new PerceptionModality("NeutralDismount", 0.5f, 0.5f));
modes.Add(new PerceptionModality("NeutralTruck", 0.5f, 0.5f));
soaConfig.defaultClassifierModalities.Add("HeavyUAV", modes);
// Small UAV
modes = new List <PerceptionModality>();
modes.Add(new PerceptionModality("RedDismount", 0.5f, 5.0f));
modes.Add(new PerceptionModality("RedTruck", 0.5f, 7.0f));
modes.Add(new PerceptionModality("NeutralDismount", 0.5f, 5.0f));
modes.Add(new PerceptionModality("NeutralTruck", 0.5f, 7.0f));
soaConfig.defaultClassifierModalities.Add("SmallUAV", modes);
// Blue Balloon
modes = new List <PerceptionModality>();
soaConfig.defaultClassifierModalities.Add("BlueBalloon", modes);
}
//public void SetCommsDefaults(SoaConfig soaConfig, float min, float max, int trial)
public void SetCommsDefaults(SoaConfig soaConfig)
{
float randDist = experiment.GetCommsRange();
soaConfig.defaultCommsRanges["BlueBase"] = randDist;
soaConfig.defaultCommsRanges["RedDismount"] = 5.0f;
soaConfig.defaultCommsRanges["RedTruck"] = 5.0f;
soaConfig.defaultCommsRanges["BluePolice"] = randDist;
soaConfig.defaultCommsRanges["HeavyUAV"] = randDist;
soaConfig.defaultCommsRanges["SmallUAV"] = randDist;
}
private static void PopulateNetwork(XmlDocument xmlDoc, XmlNode configNode, SoaConfig soaConfig)
{
// Create "Network" node and append to configNode
XmlNode node = xmlDoc.CreateElement("Network");
configNode.AppendChild(node);
// Add attributes
AddAttribute(xmlDoc, node, "redRoom", soaConfig.networkRedRoom);
AddAttribute(xmlDoc, node, "blueRoom", soaConfig.networkBlueRoom);
}
private static void PopulateSites(XmlDocument xmlDoc, XmlNode configNode, SoaConfig soaConfig)
{
// Create "Sites" node and append to configNode
XmlNode sitesNode = xmlDoc.CreateElement("Sites");
configNode.AppendChild(sitesNode);
// Make a node for each site
XmlNode node;
foreach (SiteConfig siteConfig in soaConfig.sites)
{
switch (siteConfig.GetConfigType())
{
case SiteConfig.ConfigType.BLUE_BASE:
node = xmlDoc.CreateElement("BlueBase");
sitesNode.AppendChild(node);
AddAttribute(xmlDoc, node, "name", siteConfig.name);
AddAttribute(xmlDoc, node, "x_km", siteConfig.x_km.ToString());
AddAttribute(xmlDoc, node, "z_km", siteConfig.z_km.ToString());
AddOptionalAttribute(xmlDoc, node, "commsRange_km", ((BlueBaseConfig)siteConfig).commsRange_km);
break;
case SiteConfig.ConfigType.RED_BASE:
node = xmlDoc.CreateElement("RedBase");
sitesNode.AppendChild(node);
AddAttribute(xmlDoc, node, "name", siteConfig.name);
AddAttribute(xmlDoc, node, "x_km", siteConfig.x_km.ToString());
AddAttribute(xmlDoc, node, "z_km", siteConfig.z_km.ToString());
break;
case SiteConfig.ConfigType.NGO_SITE:
node = xmlDoc.CreateElement("NGOSite");
sitesNode.AppendChild(node);
AddAttribute(xmlDoc, node, "name", siteConfig.name);
AddAttribute(xmlDoc, node, "x_km", siteConfig.x_km.ToString());
AddAttribute(xmlDoc, node, "z_km", siteConfig.z_km.ToString());
break;
case SiteConfig.ConfigType.VILLAGE:
node = xmlDoc.CreateElement("Village");
sitesNode.AppendChild(node);
AddAttribute(xmlDoc, node, "name", siteConfig.name);
AddAttribute(xmlDoc, node, "x_km", siteConfig.x_km.ToString());
AddAttribute(xmlDoc, node, "z_km", siteConfig.z_km.ToString());
break;
default:
Log.error("SoaConfigXMLWriter::PopulateSites(): Unrecognized config type " + siteConfig.GetConfigType() + " in soaConfig.sites");
break;
}
}
}
private static void PopulateLogger(XmlDocument xmlDoc, XmlNode configNode, SoaConfig soaConfig)
{
// Create "Logger" node and append to configNode
XmlNode node = xmlDoc.CreateElement("Logger");
configNode.AppendChild(node);
// Add attributes
AddAttribute(xmlDoc, node, "outputFile", soaConfig.loggerOutputFile);
AddAttribute(xmlDoc, node, "enableLogToFile", soaConfig.enableLogToFile.ToString());
AddAttribute(xmlDoc, node, "enableLogEventsToFile", soaConfig.enableLogEventsToFile.ToString());
AddAttribute(xmlDoc, node, "enableLogToUnityConsole", soaConfig.enableLogToUnityConsole.ToString());
}
// Fuel default configuration category parsing
private static void ParseFuelDefaults(XmlNode node, SoaConfig soaConfig)
{
// Pull attributes directly from the node
try
{
soaConfig.defaultHeavyUAVFuelTankSize_s = GetFloatAttribute(node, "heavyUAVFuelTankSize_s", 10000);
soaConfig.defaultSmallUAVFuelTankSize_s = GetFloatAttribute(node, "smallUAVFuelTankSize_s", 40000);
}
catch (Exception)
{
Debug.LogError("SoaConfigXMLReader::ParseFuelDefaults(): Error parsing " + node.Name);
}
}
/********************************************************************************************
* CATEGORY PARSING FUNCTIONS *
********************************************************************************************/
// Network configuration category parsing
private static void ParseNetwork(XmlNode node, SoaConfig soaConfig)
{
// Pull attributes directly from the node
try
{
soaConfig.networkRedRoom = GetStringAttribute(node, "redRoom", "soa-default-red");
soaConfig.networkBlueRoom = GetStringAttribute(node, "blueRoom", "soa-default-blue");
}
catch (Exception)
{
Debug.LogError("SoaConfigXMLReader::ParseNetwork(): Error parsing " + node.Name);
}
}
// Storage default configuration category parsing
private static void ParseStorageDefaults(XmlNode node, SoaConfig soaConfig)
{
// Pull attributes directly from the node
try
{
soaConfig.defaultHeavyUAVNumStorageSlots = GetIntAttribute(node, "heavyUAVNumStorageSlots", 1);
soaConfig.defaultRedDismountNumStorageSlots = GetIntAttribute(node, "redDismountNumStorageSlots", 1);
soaConfig.defaultRedTruckNumStorageSlots = GetIntAttribute(node, "redTruckNumStorageSlots", 1);
}
catch (Exception)
{
Debug.LogError("SoaConfigXMLReader::ParseStorageDefaults(): Error parsing " + node.Name);
}
}
public static void Write(SoaConfig soaConfig, string xmlFilename)
{
// Create new XML document
XmlDocument xmlDoc = new XmlDocument();
// Create "SoaConfig" node
XmlNode configNode = xmlDoc.CreateElement("SoaConfig");
xmlDoc.AppendChild(configNode);
// Populate "Network" node
PopulateNetwork(xmlDoc, configNode, soaConfig);
// Populate "Logger" node
PopulateLogger(xmlDoc, configNode, soaConfig);
// Populate "Simulation" node
PopulateSimulation(xmlDoc, configNode, soaConfig);
// Populate "FuelDefaults" node
PopulateFuelDefaults(xmlDoc, configNode, soaConfig);
// Populate "StorageDefaults" node
PopulateStorageDefaults(xmlDoc, configNode, soaConfig);
// Populate "SensorDefaults" node
PopulateSensorDefaults(xmlDoc, configNode, soaConfig);
// Populate "ClassifierDefaults" node
PopulateClassifierDefaults(xmlDoc, configNode, soaConfig);
// Populate "CommsDefaults" node
PopulateCommsDefaults(xmlDoc, configNode, soaConfig);
// Populate "JammerDefaults" node
PopulateJammerDefaults(xmlDoc, configNode, soaConfig);
// Populate "Sites" node
PopulateSites(xmlDoc, configNode, soaConfig);
// Populate "Local" node
PopulateLocal(xmlDoc, configNode, soaConfig);
// Populate "Remote" node
PopulateRemote(xmlDoc, configNode, soaConfig);
// Write to file
xmlDoc.Save(xmlFilename);
}
// Logger configuration category parsing
private static void ParseLogger(XmlNode node, SoaConfig soaConfig)
{
// Pull attributes directly from the node
try
{
soaConfig.loggerOutputFile = GetStringAttribute(node, "outputFile", "SoaSimOutput.xml");
soaConfig.enableLogToFile = GetBooleanAttribute(node, "enableLogToFile", true);
soaConfig.enableLogEventsToFile = GetBooleanAttribute(node, "enableLogEventsToFile", true);
soaConfig.enableLogToUnityConsole = GetBooleanAttribute(node, "enableLogToUnityConsole", true);
}
catch (Exception)
{
Debug.LogError("SoaConfigXMLReader::ParseLogger(): Error parsing " + node.Name);
}
}
// Simulation configuration category parsing
private static void ParseSimulation(XmlNode node, SoaConfig soaConfig)
{
// Pull attributes directly from the node
try
{
soaConfig.simulationRandomSeed = GetIntAttribute(node, "simulationRandomSeed", 0);
soaConfig.gameDurationHr = GetFloatAttribute(node, "gameDurationHr", 15.0f);
soaConfig.probRedDismountHasWeapon = GetFloatAttribute(node, "probRedDismountHasWeapon", 0.5f);
soaConfig.probRedTruckHasWeapon = GetFloatAttribute(node, "probRedTruckHasWeapon", 0.5f);
soaConfig.probRedTruckHasJammer = GetFloatAttribute(node, "probRedTruckHasJammer", 0.5f);
}
catch (Exception)
{
Debug.LogError("SoaConfigXMLReader::ParseSimulation(): Error parsing " + node.Name);
}
}
public void GenerateConfigFiles()
{
for (int run = 1; run <= numMCRuns; run++)
{
experiment.StartNewRun();
simulationRandomSeed = rand.Next(); //trials should share the random seed
for (int trial = 1; trial <= numTrialsPerRun; trial++)
{
experiment.StartNewTrial();
SoaConfig config = CreateTrial(trial);
WriteConfig(run, trial, config);
}
}
}
private static void PopulateLocal(XmlDocument xmlDoc, XmlNode configNode, SoaConfig soaConfig)
{
// Create "Local" node and append to configNode
XmlNode node = xmlDoc.CreateElement("Local");
configNode.AppendChild(node);
// Go through each local platform and add children to "Local" node
foreach (PlatformConfig p in soaConfig.localPlatforms)
{
switch (p.GetConfigType())
{
case PlatformConfig.ConfigType.RED_DISMOUNT:
PopulateRedDismount(xmlDoc, node, (RedDismountConfig)p);
break;
case PlatformConfig.ConfigType.RED_TRUCK:
PopulateRedTruck(xmlDoc, node, (RedTruckConfig)p);
break;
case PlatformConfig.ConfigType.NEUTRAL_DISMOUNT:
PopulateNeutralDismount(xmlDoc, node, (NeutralDismountConfig)p);
break;
case PlatformConfig.ConfigType.NEUTRAL_TRUCK:
PopulateNeutralTruck(xmlDoc, node, (NeutralTruckConfig)p);
break;
case PlatformConfig.ConfigType.BLUE_POLICE:
PopulateBluePolice(xmlDoc, node, (BluePoliceConfig)p);
break;
default:
Log.error("SoaConfigXMLWriter::PopulateLocal(): Unrecognized config type " + p.GetConfigType() + " in soaConfig.localPlatforms");
break;
}
}
}
public void SetJammerDefaults(SoaConfig soaConfig)
{
soaConfig.defaultJammerRanges["RedTruck"] = 2.0f;
}
private static void PopulateJammerDefaults(XmlDocument xmlDoc, XmlNode configNode, SoaConfig soaConfig)
{
// Create JammerDefaults node
XmlNode jammerDefaultsNode = xmlDoc.CreateElement("JammerDefaults");
configNode.AppendChild(jammerDefaultsNode);
// Make an entry for each key
XmlNode platformNode;
foreach (string platformName in soaConfig.defaultJammerRanges.Keys)
{
// Create and attach node
platformNode = xmlDoc.CreateElement("Node");
jammerDefaultsNode.AppendChild(platformNode);
// Add attributes
AddAttribute(xmlDoc, platformNode, "tag", platformName);
AddAttribute(xmlDoc, platformNode, "jammerRange_km", soaConfig.defaultJammerRanges[platformName].ToString());
}
}
public static SoaConfig Parse(string xmlFilename)
{
// Initialize SoaConfig object to hold results
SoaConfig soaConfig = new SoaConfig();
// Read in the XML document
XmlDocument xmlDoc = new XmlDocument();
try
{
xmlDoc.Load(xmlFilename);
}
catch (Exception e)
{
// Handle error if not found
Debug.LogError("SoaConfigXMLReader::Parse(): Could not load " + xmlFilename + " because " + e.Message);
return(null);
}
// Find the "SoaConfig" category
XmlNode configNode = null;
foreach (XmlNode c in xmlDoc.ChildNodes)
{
if (c.Name == "SoaConfig")
{
configNode = c;
break;
}
}
// Check if we actually found it
if (configNode == null)
{
// Handle error if not found
Debug.LogError("SoaConfigXMLReader::Parse(): Could not find \"SoaConfig\" node");
return(null);
}
// Parse network and simulation setup first
foreach (XmlNode c in configNode.ChildNodes)
{
// Parse differently depending on which category we are in
switch (c.Name)
{
case "Network":
// Network configuration
ParseNetwork(c, soaConfig);
break;
case "Logger":
// Logger configuration
ParseLogger(c, soaConfig);
break;
case "Simulation":
// Simulation configuration
ParseSimulation(c, soaConfig);
break;
case "FuelDefaults":
// Fuel default configuration
ParseFuelDefaults(c, soaConfig);
break;
case "StorageDefaults":
// Storage default configuration
ParseStorageDefaults(c, soaConfig);
break;
case "SensorDefaults":
// Sensor default configuration
ParseBeamwidthDefaults(c, soaConfig.defaultSensorBeamwidths);
ParsePerceptionDefaults(c, soaConfig.defaultSensorModalities);
break;
case "ClassifierDefaults":
// Classifier default configuration
ParsePerceptionDefaults(c, soaConfig.defaultClassifierModalities);
break;
case "CommsDefaults":
// Comms default configuration
ParseCommsDefaults(c, soaConfig.defaultCommsRanges);
break;
case "JammerDefaults":
// Jammer default configuration
ParseJammerDefaults(c, soaConfig.defaultJammerRanges);
break;
}
}
// Then look at sites, local, and remote platforms whose defaults may
// use information from previously parsed categories
// (Note: This step should be done last)
foreach (XmlNode c in configNode.ChildNodes)
{
// Parse differently depending on which category we are in
switch (c.Name)
{
case "Sites":
// Sites configuration
ParseSites(c, soaConfig);
break;
case "Local":
// Local platforms
ParseLocal(c, soaConfig);
break;
case "Remote":
// Remote platforms
ParseRemote(c, soaConfig);
break;
}
}
// Return result
return(soaConfig);
}
private static void PopulateSensorDefaults(XmlDocument xmlDoc, XmlNode configNode, SoaConfig soaConfig)
{
// Create SensorDefaults node
XmlNode sensorDefaultsNode = xmlDoc.CreateElement("SensorDefaults");
configNode.AppendChild(sensorDefaultsNode);
// Make an entry for each key
XmlNode platformNode;
foreach (string platformName in soaConfig.defaultSensorModalities.Keys)
{
// Create node and add to perception group
platformNode = xmlDoc.CreateElement(platformName);
sensorDefaultsNode.AppendChild(platformNode);
// Add beamwidth_deg attribute only for UAVs and Balloons and for sensor only
switch (platformName)
{
case "HeavyUAV":
case "SmallUAV":
case "BlueBalloon":
if (soaConfig.defaultSensorBeamwidths.ContainsKey(platformName))
{
AddAttribute(xmlDoc, platformNode, "beamwidth_deg", soaConfig.defaultSensorBeamwidths[platformName].ToString());
}
break;
}
// Add modes
PopulatePerceptionModes(xmlDoc, platformNode, soaConfig.defaultSensorModalities[platformName]);
}
}
private static void PopulateClassifierDefaults(XmlDocument xmlDoc, XmlNode configNode, SoaConfig soaConfig)
{
// Create ClassifierDefaults node
XmlNode classifierDefaultsNode = xmlDoc.CreateElement("ClassifierDefaults");
configNode.AppendChild(classifierDefaultsNode);
// Make an entry for each key
XmlNode platformNode;
foreach (string platformName in soaConfig.defaultClassifierModalities.Keys)
{
// Create node and add to perception group
platformNode = xmlDoc.CreateElement(platformName);
classifierDefaultsNode.AppendChild(platformNode);
// Add modes
PopulatePerceptionModes(xmlDoc, platformNode, soaConfig.defaultClassifierModalities[platformName]);
}
}
private static void PopulateFuelDefaults(XmlDocument xmlDoc, XmlNode configNode, SoaConfig soaConfig)
{
// Create "FuelDefaults" node and append to configNode
XmlNode node = xmlDoc.CreateElement("FuelDefaults");
configNode.AppendChild(node);
// Add attributes
AddAttribute(xmlDoc, node, "heavyUAVFuelTankSize_s", soaConfig.defaultHeavyUAVFuelTankSize_s.ToString());
AddAttribute(xmlDoc, node, "smallUAVFuelTankSize_s", soaConfig.defaultSmallUAVFuelTankSize_s.ToString());
}
private static void PopulateStorageDefaults(XmlDocument xmlDoc, XmlNode configNode, SoaConfig soaConfig)
{
// Create "StorageDefaults" node and append to configNode
XmlNode node = xmlDoc.CreateElement("StorageDefaults");
configNode.AppendChild(node);
// Add attributes
AddAttribute(xmlDoc, node, "heavyUAVNumStorageSlots", soaConfig.defaultHeavyUAVNumStorageSlots.ToString());
AddAttribute(xmlDoc, node, "redDismountNumStorageSlots", soaConfig.defaultRedDismountNumStorageSlots.ToString());
AddAttribute(xmlDoc, node, "redTruckNumStorageSlots", soaConfig.defaultRedTruckNumStorageSlots.ToString());
}
private static void PopulateSimulation(XmlDocument xmlDoc, XmlNode configNode, SoaConfig soaConfig)
{
// Create "Simulation" node and append to configNode
XmlNode node = xmlDoc.CreateElement("Simulation");
configNode.AppendChild(node);
// Add attributes
AddAttribute(xmlDoc, node, "simulationRandomSeed", soaConfig.simulationRandomSeed.ToString());
AddAttribute(xmlDoc, node, "gameDurationHr", soaConfig.gameDurationHr.ToString());
AddAttribute(xmlDoc, node, "probRedDismountHasWeapon", soaConfig.probRedDismountHasWeapon.ToString());
AddAttribute(xmlDoc, node, "probRedTruckHasWeapon", soaConfig.probRedTruckHasWeapon.ToString());
AddAttribute(xmlDoc, node, "probRedTruckHasJammer", soaConfig.probRedTruckHasJammer.ToString());
AddAttribute(xmlDoc, node, "controlUpdateRate_s", soaConfig.controlUpdateRate_s.ToString());
AddAttribute(xmlDoc, node, "predRedMovement", soaConfig.predRedMovement.ToString());
}
// Site configuration category parsing
private static void ParseSites(XmlNode node, SoaConfig soaConfig)
{
SiteConfig newConfig = null; // Dummy value
// Go through each child node
bool newConfigValid;
foreach (XmlNode c in node.ChildNodes)
{
newConfigValid = true;
try
{
switch (c.Name)
{
case "BlueBase":
{
newConfig = new BlueBaseConfig(
GetFloatAttribute(c, "x_km", 0),
GetFloatAttribute(c, "z_km", 0),
GetStringAttribute(c, "name", null),
GetOptionalFloatAttribute(c, "commsRange_km")
);
}
break;
case "RedBase":
{
newConfig = new RedBaseConfig(
GetFloatAttribute(c, "x_km", 0),
GetFloatAttribute(c, "z_km", 0),
GetStringAttribute(c, "name", null)
);
}
break;
case "NGOSite":
{
newConfig = new NGOSiteConfig(
GetFloatAttribute(c, "x_km", 0),
GetFloatAttribute(c, "z_km", 0),
GetStringAttribute(c, "name", null)
);
}
break;
case "Village":
{
newConfig = new VillageConfig(
GetFloatAttribute(c, "x_km", 0),
GetFloatAttribute(c, "z_km", 0),
GetStringAttribute(c, "name", null)
);
}
break;
default:
newConfigValid = false;
if (c.Name != "#comment")
{
Debug.LogWarning("SoaConfigXMLReader::ParseSites(): Unrecognized node " + c.Name);
}
break;
}
}
catch (Exception)
{
Debug.LogError("SoaConfigXMLReader::ParseSites(): Error parsing " + c.Name);
} // End try-catch
// Add to list of sites if valid
if (newConfigValid)
{
soaConfig.sites.Add(newConfig);
}
} // End foreach
}
// Local platform category parsing
private static void ParseLocal(XmlNode node, SoaConfig soaConfig)
{
// Go through each child node
PlatformConfig newConfig = new BluePoliceConfig(0.0f, 0.0f, 0.0f, new Optional <int>(), new Optional <float>(), new Optional <float>()); // Dummy value
bool newConfigValid;
foreach (XmlNode c in node.ChildNodes)
{
newConfigValid = true;
try
{
switch (c.Name)
{
case "RedDismount":
{
newConfig = new RedDismountConfig(
GetFloatAttribute(c, "x_km", 0),
0, // No y_km field for land unit
GetFloatAttribute(c, "z_km", 0),
GetOptionalIntAttribute(c, "id"),
GetOptionalFloatAttribute(c, "sensorBeamwidth_deg"),
GetOptionalStringAttribute(c, "initialWaypoint"),
GetOptionalBooleanAttribute(c, "hasWeapon"),
GetOptionalFloatAttribute(c, "commsRange_km"),
GetOptionalIntAttribute(c, "numStorageSlots")
);
}
break;
case "RedTruck":
{
newConfig = new RedTruckConfig(
GetFloatAttribute(c, "x_km", 0),
0, // No y_km field for land unit
GetFloatAttribute(c, "z_km", 0),
GetOptionalIntAttribute(c, "id"),
GetOptionalFloatAttribute(c, "sensorBeamwidth_deg"),
GetOptionalStringAttribute(c, "initialWaypoint"),
GetOptionalBooleanAttribute(c, "hasWeapon"),
GetOptionalBooleanAttribute(c, "hasJammer"),
GetOptionalFloatAttribute(c, "commsRange_km"),
GetOptionalFloatAttribute(c, "jammerRange_km"),
GetOptionalIntAttribute(c, "numStorageSlots")
);
}
break;
case "NeutralDismount":
{
newConfig = new NeutralDismountConfig(
GetFloatAttribute(c, "x_km", 0),
0, // No y_km field for land unit
GetFloatAttribute(c, "z_km", 0),
GetOptionalIntAttribute(c, "id"),
GetOptionalFloatAttribute(c, "sensorBeamwidth_deg")
);
}
break;
case "NeutralTruck":
{
newConfig = new NeutralTruckConfig(
GetFloatAttribute(c, "x_km", 0),
0, // No y_km field for land unit
GetFloatAttribute(c, "z_km", 0),
GetOptionalIntAttribute(c, "id"),
GetOptionalFloatAttribute(c, "sensorBeamwidth_deg")
);
}
break;
case "BluePolice":
{
newConfig = new BluePoliceConfig(
GetFloatAttribute(c, "x_km", 0),
0, // No y_km field for land unit
GetFloatAttribute(c, "z_km", 0),
GetOptionalIntAttribute(c, "id"),
GetOptionalFloatAttribute(c, "sensorBeamwidth_deg"),
GetOptionalFloatAttribute(c, "commsRange_km")
);
}
break;
default:
newConfigValid = false;
if (c.Name != "#comment")
{
Debug.LogWarning("SoaConfigXMLReader::ParseLocal(): Unrecognized node " + c.Name);
}
break;
}
}
catch (Exception)
{
Debug.LogError("SoaConfigXMLReader::ParseLocal(): Error parsing " + c.Name);
} // End try-catch
// Handle and add the new config if it is valid
if (newConfigValid)
{
// Parse any sensor/classifier override modalities specified
foreach (XmlNode g in c.ChildNodes)
{
switch (g.Name)
{
case "Sensor":
newConfig.SetSensorModalities(ParseModalities(g));
break;
case "Classifier":
newConfig.SetClassifierModalities(ParseModalities(g));
break;
}
}
// Add to list of local platforms
soaConfig.localPlatforms.Add(newConfig);
} // End if new config valid
} // End foreach
}
// Remote platform category parsing
private static void ParseRemote(XmlNode node, SoaConfig soaConfig)
{
PlatformConfig newConfig = null; // Dummy value
bool newConfigValid;
// Go through each child node
foreach (XmlNode c in node.ChildNodes)
{
newConfigValid = true;
try
{
switch (c.Name)
{
case "HeavyUAV":
{
newConfig = new HeavyUAVConfig(
GetFloatAttribute(c, "x_km", 0),
GetFloatAttribute(c, "y_km", 0),
GetFloatAttribute(c, "z_km", 0),
GetIntAttribute(c, "id", -1), // Default -1 means runtime determined id field
GetOptionalFloatAttribute(c, "sensorBeamwidth_deg"),
GetOptionalFloatAttribute(c, "commsRange_km"),
GetOptionalFloatAttribute(c, "fuelTankSize_s"),
GetOptionalIntAttribute(c, "numStorageSlots")
);
}
break;
case "SmallUAV":
{
newConfig = new SmallUAVConfig(
GetFloatAttribute(c, "x_km", 0),
GetFloatAttribute(c, "y_km", 0),
GetFloatAttribute(c, "z_km", 0),
GetIntAttribute(c, "id", -1), // Default -1 means runtime determined id field
GetOptionalFloatAttribute(c, "sensorBeamwidth_deg"),
GetOptionalFloatAttribute(c, "commsRange_km"),
GetOptionalFloatAttribute(c, "fuelTankSize_s")
);
}
break;
case "BlueBalloon":
{
// Get list of waypoints
List <PrimitivePair <float, float> > waypoints_km = new List <PrimitivePair <float, float> >();
foreach (XmlNode g in c.ChildNodes)
{
switch (g.Name)
{
case "Waypoint":
waypoints_km.Add(new PrimitivePair <float, float>(GetFloatAttribute(g, "x_km", 0), GetFloatAttribute(g, "z_km", 0)));
break;
}
}
// Create a Blue Balloon config
newConfig = new BlueBalloonConfig(
GetIntAttribute(c, "id", -1), // Default -1 means runtime determined id field
GetOptionalFloatAttribute(c, "sensorBeamwidth_deg"),
waypoints_km,
GetBooleanAttribute(c, "teleportLoop", true)
);
}
break;
default:
newConfigValid = false;
if (c.Name != "#comment")
{
Debug.LogWarning("SoaConfigXMLReader::ParseRemote(): Unrecognized node " + c.Name);
}
break;
}
}
catch (Exception)
{
Debug.LogError("SoaConfigXMLReader::ParseRemote(): Error parsing " + c.Name);
} // End try-catch
// Handle and add the new config if it is valid
if (newConfigValid)
{
// Parse any sensor/classifier override modalities specified
foreach (XmlNode g in c.ChildNodes)
{
switch (g.Name)
{
case "Sensor":
newConfig.SetSensorModalities(ParseModalities(g));
break;
case "Classifier":
newConfig.SetClassifierModalities(ParseModalities(g));
break;
}
}
// Add to list of remote platforms
soaConfig.remotePlatforms.Add(newConfig);
} // End if new config valid
} // End foreach
}
public void GenerateConfigFiles()
{
// Find out trial number formatting
int numTrialDigits = numMCTrials.ToString().Length;
string toStringFormat = "D" + numTrialDigits.ToString();
// Generate each trial
SoaConfig soaConfig;
List <PrimitiveTriple <float, float, float> > randomizedPositions;
for (int trial = 1; trial <= numMCTrials; trial++)
{
// Status message
Log.debug("Generating config file " + soaConfigFileHeader + trial.ToString(toStringFormat) + ".xml");
// Initialize remote platform ID assignment
availableRemoteID = remoteStartID;
// Create a new SoaConfig object
soaConfig = new SoaConfig();
// Populate network
soaConfig.networkRedRoom = networkRedRoomHeader + trial.ToString(toStringFormat);
soaConfig.networkBlueRoom = networkBlueRoomHeader + trial.ToString(toStringFormat);
// Logger configuration
soaConfig.loggerOutputFile = soaLoggerFileHeader + trial.ToString(toStringFormat) + ".xml";
soaConfig.enableLogToFile = true;
soaConfig.enableLogEventsToFile = logEvents;
soaConfig.enableLogToUnityConsole = logToUnityConsole;
// Simulation configuration
soaConfig.simulationRandomSeed = simulationRandomSeed;
soaConfig.gameDurationHr = gameDurationHr;
soaConfig.probRedDismountHasWeapon = probRedDismountHasWeapon;
soaConfig.probRedTruckHasWeapon = probRedTruckHasWeapon;
soaConfig.probRedTruckHasJammer = probRedTruckHasJammer;
// Populate fuel defaults
soaConfig.defaultSmallUAVFuelTankSize_s = defaultSmallUAVFuelTankSize_s;
soaConfig.defaultHeavyUAVFuelTankSize_s = defaultHeavyUAVFuelTankSize_s;
// Populate storage defaults
soaConfig.defaultHeavyUAVNumStorageSlots = defaultHeavyUAVStorageSlots;
soaConfig.defaultRedDismountNumStorageSlots = defaultRedDismountStorageSlots;
soaConfig.defaultRedTruckNumStorageSlots = defaultRedTruckStorageSlots;
// Set sensor and classifier defaults
SetSensorDefaults(soaConfig);
SetClassifierDefaults(soaConfig);
// Set comms and jammer defaults
SetCommsDefaults(soaConfig);
SetJammerDefaults(soaConfig);
// Initialize and set site locations
SetSiteLocations(soaConfig);
// Initialize platform laydown
InitializeLocalLaydown();
InitializeRemoteLaydown();
// Local units: Red Dismount
randomizedPositions = redDismountLaydown.Generate(gridMath, rand);
for (int i = 0; i < randomizedPositions.Count; i++)
{
soaConfig.localPlatforms.Add(new RedDismountConfig(
randomizedPositions[i].first, // x
randomizedPositions[i].second, // y
randomizedPositions[i].third, // z
new Optional <int>(), // id
new Optional <float>(), // sensorBeamwidth_deg
new Optional <string>(), // initialWaypoint
new Optional <bool>(), // hasWeapon
new Optional <float>(), // commsRange_km
new Optional <int>() // numStorageSlots
));
}
// Local units: Red Truck
randomizedPositions = redTruckLaydown.Generate(gridMath, rand);
for (int i = 0; i < randomizedPositions.Count; i++)
{
soaConfig.localPlatforms.Add(new RedTruckConfig(
randomizedPositions[i].first, // x
randomizedPositions[i].second, // y
randomizedPositions[i].third, // z
new Optional <int>(), // id
new Optional <float>(), // sensorBeamwidth_deg
new Optional <string>(), // initialWaypoint
new Optional <bool>(), // hasWeapon
new Optional <bool>(), // hasJammer
new Optional <float>(), // commsRange_km
new Optional <float>(), // jammerRange_km
new Optional <int>() // numStorageSlots
));
}
// Local units: Neutral Dismount
randomizedPositions = neutralDismountLaydown.Generate(gridMath, rand);
for (int i = 0; i < randomizedPositions.Count; i++)
{
soaConfig.localPlatforms.Add(new NeutralDismountConfig(
randomizedPositions[i].first, // x
randomizedPositions[i].second, // y
randomizedPositions[i].third, // z
new Optional <int>(), // id
new Optional <float>() // sensorBeamwidth_deg
));
}
// Local units: Neutral Truck
randomizedPositions = neutralTruckLaydown.Generate(gridMath, rand);
for (int i = 0; i < randomizedPositions.Count; i++)
{
soaConfig.localPlatforms.Add(new NeutralTruckConfig(
randomizedPositions[i].first, // x
randomizedPositions[i].second, // y
randomizedPositions[i].third, // z
new Optional <int>(), // id
new Optional <float>() // sensorBeamwidth_deg
));
}
// Local units: Blue Police
randomizedPositions = bluePoliceLaydown.Generate(gridMath, rand);
for (int i = 0; i < randomizedPositions.Count; i++)
{
soaConfig.localPlatforms.Add(new BluePoliceConfig(
randomizedPositions[i].first, // x
randomizedPositions[i].second, // y
randomizedPositions[i].third, // z
new Optional <int>(), // id
new Optional <float>(), // sensorBeamwidth_deg
new Optional <float>() // commsRange_km
));
}
// Remote units: Heavy UAV
randomizedPositions = heavyUAVLaydown.Generate(gridMath, rand);
for (int i = 0; i < randomizedPositions.Count; i++)
{
soaConfig.remotePlatforms.Add(new HeavyUAVConfig(
randomizedPositions[i].first, // x
randomizedPositions[i].second, // y
randomizedPositions[i].third, // z
availableRemoteID++, // id
new Optional <float>(), // sensorBeamwidth_deg
new Optional <float>(), // commsRange_km
new Optional <float>(), // fuelTankSize_s
new Optional <int>() // numStorageSlots
));
}
// Remote units: Small UAV
randomizedPositions = smallUAVLaydown.Generate(gridMath, rand);
for (int i = 0; i < randomizedPositions.Count; i++)
{
soaConfig.remotePlatforms.Add(new SmallUAVConfig(
randomizedPositions[i].first, // x
randomizedPositions[i].second, // y
randomizedPositions[i].third, // z
availableRemoteID++, // id
new Optional <float>(), // sensorBeamwidth_deg
new Optional <float>(), // commsRange_km
new Optional <float>() // fuelTankSize_s
));
}
// Remote units: Blue Balloon
List <PrimitivePair <float, float> > balloonWaypoints = new List <PrimitivePair <float, float> >();
balloonWaypoints.Add(new PrimitivePair <float, float>(-28, 0));
balloonWaypoints.Add(new PrimitivePair <float, float>(29, 0));
soaConfig.remotePlatforms.Add(new BlueBalloonConfig(
availableRemoteID++, // id
new Optional <float>(), // sensorBeamwidth_deg
balloonWaypoints,
true
));
// Create output directory if it does not already exist and Write SoaConfig contents to a config file
Directory.CreateDirectory(soaConfigOutputPath);
SoaConfigXMLWriter.Write(soaConfig, Path.Combine(soaConfigOutputPath, soaConfigFileHeader + trial.ToString(toStringFormat) + ".xml"));
} // End current trial
}
