public void SetScenario(int no)
{
mScenarioNo = no;
if (!NameHolder.HasGalaxyName(mName))
{
return;
}
// Green stars are a little more complicated to determine
// they don't follow the scenario number scheme that regular stars do
int greenStarNum = GetGreenStarNo();
// if there are 3 total green stars, we need to see if we have selected scenarios 1, 2, or 3
// if there are 2 total green stars, we need to see if we have selected scenarios 1 or 2
// if we have, we just load the regular scenario names
// if we have selected a green star, we now have to see what number,
// by subtracting the number of regular stars to get our current green star index
if (no < 4 && greenStarNum == 3 || no < 3 && greenStarNum == 2)
{
mCurScenarioName = NameHolder.GetScenarioName(mName, no);
}
else
{
mCurScenarioName = NameHolder.GetScenarioName("GreenStar", greenStarNum == 2 ? no - 2 : no - 3);
}
}
/*
* SET BEHAVIOR FOR DIAGNOSTIC MODE HERE
*/
public virtual void ToggleDiagnosticMode()
{
//Debug.Log("Diagnostic toggled");
GameObject nameObject = GameObject.Find("Name");
if (nameObject == null)
{
Debug.Log("Could not find name object");
return;
}
NameHolder hold = nameObject.GetComponent <NameHolder>();
if (hold == null)
{
Debug.Log("Name object does not have required script");
}
if (hold.diagnosticMode)
{
hold.SetDiagnosticMode(false);
}
else
{
hold.SetDiagnosticMode(true);
}
Debug.Log("Diagnostic mode set to " + hold.diagnosticMode.ToString());
}
public Galaxy(Game game, string name)
{
mGame = game;
mFilesystem = game.mFilesystem;
mName = name;
mZones = new Dictionary <string, Zone>();
RARCFilesystem scenarioFile = new RARCFilesystem(mFilesystem.OpenFile($"/StageData/{name}/{name}Scenario.arc"));
BCSV scenarioBCSV = new BCSV(scenarioFile.OpenFile("/root/ScenarioData.bcsv"));
mScenarioEntries = scenarioBCSV.mEntries;
scenarioBCSV.Close();
BCSV zonesBCSV = new BCSV(scenarioFile.OpenFile("/root/ZoneList.bcsv"));
foreach (BCSV.Entry e in zonesBCSV.mEntries)
{
string n = e.Get <string>("ZoneName");
mZones.Add(n, new Zone(this, n));
}
zonesBCSV.Close();
scenarioFile.Close();
if (!NameHolder.HasGalaxyName(name))
{
return;
}
mGalaxyName = NameHolder.GetGalaxyName(name);
}
public MainWindow()
{
InitializeComponent();
Program.sTranslator = new Translator("English");
string gamePath = Properties.Settings.Default.GamePath;
if (gamePath == "")
{
MessageBox.Show("Please select a path that contains the dump of your SMG1 / SMG2 copy.");
bool res = SetGamePath();
if (!res)
{
return;
}
}
// is it valid AND does it still exist?
if (gamePath != "" && Directory.Exists(gamePath))
{
Setup();
NameHolder.Initialize();
}
}
public Szerk(MdTermekek termekek)
{
rs = new RktServ();
this.termekek = termekek;
InitializeComponent();
button1.DialogResult = DialogResult.OK;
NameHolder.setText(termekek.getTNev());
PriceHolder.setText(termekek.getTar().ToString());
AmmountHolder.setText(termekek.getTkeszl().ToString());
UnitHolder.setText(termekek.getMert());
CodeHolder.setText(termekek.getTkatkod().ToString());
VonCodeHolder.setText(termekek.getTvonkod().ToString());
dateTimePicker1.Value = termekek.getSzavido();
bool eg = false;
if (termekek.getTegalizalte() == true)
{
eg = true;
checkBox1.CheckState = CheckState.Checked;
}
}
void Start()
{
nh = GameObject.Find("Name").GetComponent <NameHolder>();
resetEveryRound = false;
// Default size of distribution graph
if (graphLength == -1)
{
graphLength = 1000;
}
this.moveFreq = new Dictionary <string, int>()
{
{ "Foward", 0 },
{ "Back", 0 },
{ "Up", 0 },
{ "Down", 0 },
{ "Button1", 0 },
{ "Button2", 0 },
{ "Button3", 0 },
{ "Button4", 0 }
};
this.totalInputs = 0;
}
public virtual void SelectPlayerVersusCpu()
{
Debug.Log("Player vs CPU");
NameHolder temp = GameObject.Find("Name").GetComponent <NameHolder>();
temp.setGameMode("playerVsFuzzy");
UFE.StartPlayerVersusCpu();
}
public virtual void SelectSelfAIvsSelf()
{
Debug.Log("Decision vs Decision");
NameHolder temp = GameObject.Find("Name").GetComponent <NameHolder>();
temp.setGameMode("decisionVsDecision");
UFE.StartCpuVersusCpu();
}
public static IServiceCollection AddNameHolder(this IServiceCollection services, IConfiguration configuration)
{
var nameHolderConfiguration = new NameHolderConfiguration();
configuration.Bind("NameHolder", nameHolderConfiguration);
var nameHolder = new NameHolder(nameHolderConfiguration.DefaultName);
return(services.AddSingleton(nameHolder));
}
public void Start()
{
if (GameObject.FindGameObjectWithTag("Placeholder"))
{
NameHolder nameHolder = GameObject.FindGameObjectWithTag("Placeholder").GetComponent <NameHolder>();
playerName = nameHolder.getName();
}
else
{
playerName = "Chosen One";
}
}
private void SaveName()
{
GameObject obj = new GameObject("NameHolder");
DontDestroyOnLoad(obj);
NameHolder name = obj.AddComponent <NameHolder>();
name.name = nameText.text;
if (name.name == "")
{
name.name = "Blank Being";
}
}
/* Utilities
*/
// At the end of each round
void OnRoundEnds(CharacterInfo winner, CharacterInfo loser)
{
// Save the winner
//Debug.Log(Constants.WhichPlayer(winner, p1) + " wins");
bb.UpdateProperty(Constants.WhichPlayer(winner, p1), Constants.winner, "true");
// Diagnostic reset
GameObject nameObj = GameObject.Find("Name");
if (nameObj != null)
{
NameHolder name = nameObj.GetComponent <NameHolder>();
if (name != null)
{
name.setRoundStarted(false);
}
}
}
static void Main(string[] args)
{
//string MyName = "Hello";
NameHolder MyName = new NameHolder();
MyName.Name = "hello";
Console.WriteLine($"Main thinks Main's name is: {MyName.Name}");
Console.WriteLine($"");
Console.WriteLine($"Creating ClassA");
ClassA classA = new ClassA(MyName);
Console.WriteLine($"Main thinks Main's name is: {MyName.Name}");
classA.WriteOutMainName();
MyName.Name = "GoodBye";
Console.WriteLine($"");
Console.WriteLine($"Main changed it's name to: {MyName.Name}");
Console.WriteLine($"");
Console.WriteLine($"Main thinks Main's name is: {MyName.Name}");
classA.WriteOutMainName();
}
public override void Initialize(IEnumerable <InputReferences> inputs, int bufferSize)
{
this.timeLastDecision = float.NegativeInfinity;
base.Initialize(inputs, bufferSize);
//bb = GameObject.FindObjectOfType<BlackBoard>();
bb = GameObject.Find("BlackBoard").GetComponent <BlackBoard>();
//dta = GameObject.FindObjectOfType<DecisionTreeAI>();
dta = GameObject.Find("BlackBoard").GetComponent <DecisionTreeAI>();
//dta.LoadJSON("./C45algorithm-master/KOSH.json");
dta.LoadJSON("./C45algorithm-master/shahan.json");
c = GameObject.FindObjectOfType <Canvas>();
nameObj = GameObject.Find("Name");
if (nameObj != null)
{
nameScript = nameObj.GetComponent <NameHolder>();
}
waiting = false;
waitingMove = "";
}
public override void OnShow()
{
base.OnShow();
this.visible = true;
if (this.music != null)
{
UFE.DelayLocalAction(delegate(){ UFE.PlayMusic(this.music); }, this.delayBeforePlayingMusic);
}
if (this.stopPreviousSoundEffectsOnLoad)
{
UFE.StopSounds();
}
if (this.onLoadSound != null)
{
UFE.DelayLocalAction(delegate(){ UFE.PlaySound(this.onLoadSound); }, this.delayBeforePlayingMusic);
}
if (this.musicToggle != null)
{
this.musicToggle.isOn = UFE.config.music;
}
if (this.musicSlider != null)
{
this.musicSlider.value = UFE.config.musicVolume;
}
if (this.soundToggle != null)
{
this.soundToggle.isOn = UFE.config.soundfx;
}
if (this.soundSlider != null)
{
this.soundSlider.value = UFE.config.soundfxVolume;
}
int difficultySettingsLength = UFE.config.aiOptions.difficultySettings.Length;
AIDifficultySettings difficulty = UFE.GetAIDifficulty();
if (this.difficultySlider != null)
{
this.difficultySlider.minValue = 0;
this.difficultySlider.maxValue = difficultySettingsLength - 1;
this.difficultySlider.wholeNumbers = true;
this.difficultySlider.value = this.GetDifficultyIndex(difficulty);
}
if (this.difficultyName != null)
{
this.difficultyName.text = difficulty.difficultyLevel.ToString();
}
if (this.aiEngineName != null)
{
AIEngine aiEngine = UFE.GetAIEngine();
if (aiEngine == AIEngine.RandomAI)
{
this.aiEngineName.text = "Random";
}
else
{
this.aiEngineName.text = "Fuzzy";
}
}
if (this.debugModeToggle != null)
{
this.debugModeToggle.isOn = UFE.config.debugOptions.debugMode;
}
if (this.diagnosticModeToggle != null)
{
GameObject nameObj = GameObject.Find("Name");
if (nameObj != null)
{
NameHolder name = nameObj.GetComponent <NameHolder>();
if (name != null)
{
this.diagnosticModeToggle.isOn = name.diagnosticMode;
}
else
{
Debug.Log("Could not find nameholder script");
}
}
else
{
Debug.Log("Could not find name object");
}
}
if (this.changeControlsButton != null)
{
this.changeControlsButton.gameObject.SetActive(
UFE.isCInputInstalled && UFE.config.inputOptions.inputManagerType == InputManagerType.cInput
);
}
this.HighlightOption(this.FindFirstSelectable());
}
public HelloController(NameHolder nameHolder, IActionContextAccessor accessor)
{
_nameHolder = nameHolder;
_accessor = accessor;
}
public ClassA(NameHolder mainName)
{
MainName = mainName;
}
public virtual void SaveSkillTree()
{
//Debug.Log("Attempting to save");
GameObject[] temp = GameObject.FindGameObjectsWithTag("Node");
NodeControl reference = null;
if (temp == null)
{
Debug.Log("Could not find nodes");
return;
}
else
{
foreach (GameObject node in temp)
{
NodeControl tempNC = node.GetComponent <NodeControl>();
//Debug.Log("Ability Name: " + tempNC.abilityName);
//Debug.Log("Parent: " + tempNC.parent);
if (tempNC.parent > -1 && tempNC.connections[tempNC.parent].abilityName == "Root")
{
reference = tempNC;
break;
}
}
}
if (reference == null)
{
Debug.Log("Could not get NodeControl");
}
if (reference == null)
{
Debug.Log("Could not output");
return;
}
//else Debug.Log("Found Node");
BlackBoardController bbc = GameObject.Find("Skills").GetComponent <BlackBoardController>();
if (!bbc.SaveSkills())
{
Debug.Log("Could not save skills");
}
else
{
//Debug.Log("Save success");
}
Debug.Log(bbc.savedSkillList.Count + " Skill(s) Saved");
string output = "";
int i = 0;
foreach (string s in bbc.savedSkillList)
{
if (bbc.savedSkillList.Count < (i + 1))
{
output += (s + " ");
}
else
{
output += (s + ", ");
}
}
//Debug.Log(output);
//Debug.Log(reference.ToString());
bbc.DisplaySavedSkills(output);
NameHolder store = GameObject.Find("Name").GetComponent <NameHolder>();
Debug.Log(store.username + " has a skilltree = " + reference.ToString());
StartCoroutine(PostDataToServer.PostSkillTree(store.username, reference.ToString()));
//SkillTreeStructure newTree = new SkillTreeStructure().FromJSON("{\"name\" : \"Aggression\",\"left\" : {\"name\" : \"Power\",\"left\" : \"\",\"right\" : \"\",\"down\" : {\"name\" : \"Safety\",\"left\" : \"\",\"right\" : \"\",\"down\" : \"\"}},\"right\" : \"\",\"down\" : \"\"}");
store.skillTree = new SkillTreeStructure().FromJSON(reference.ToString());
}
/* Constructing a skill tree
*/
// Rebuild a skill tree given the file that it's stored in
public void GetTree(CharacterInfo playerInfo, bool isP1)
{
if (isP1)
{
p1 = playerInfo;
players[0] = p1;
playerObjects[0] = GameObject.Find(Constants.p1Key);
/*
* // Grab raw text
* string path = Constants.SKILL_TREE_DIR + p1Filename.Replace(".json", "");
* string content = Resources.Load<TextAsset>(path).text;
*
* // Parse as JSON
* var skillTree = JSON.Parse(content);
*/
// Build the tree by converting the JSON to the summary struct
// Default tree for demonstration purposes only
//p1Root = new SkillTreeStructure("Ghost", RootSkill(), new SkillTreeStructure(), new SkillTreeStructure(), new SkillTreeStructure());
//p1Root.Attach(new SkillTreeStructure("Surprise"), (int)Constants.Branch.DOWN);
//p1Root.connections[(int)Constants.Branch.DOWN].Attach(new SkillTreeStructure("Applause"), (int)Constants.Branch.LEFT);
NameHolder store = GameObject.Find("Name").GetComponent <NameHolder>();
if (store.ExistsTree())
{
p1Root = store.skillTree;
}
else
{
p1Root = Constants.BuildDefaultTree();
}
}
else
{
p2 = playerInfo;
players[1] = p2;
playerObjects[1] = GameObject.Find(Constants.p2Key);
/*
* // Grab raw text
* string path = Constants.SKILL_TREE_DIR + p2Filename.Replace(".json", "");
* string content = Resources.Load<TextAsset>(path).text;
*
* // Parse as JSON
* var skillTree = JSON.Parse(content);
*/
// Build the tree by converting the JSON to the summary struct
// Default tree for demonstration purposes only
//p2Root = new SkillTreeStructure("Ghost", RootSkill(), new SkillTreeStructure(), new SkillTreeStructure(), new SkillTreeStructure());
//p2Root.Attach(new SkillTreeStructure("Surprise"), (int)Constants.Branch.DOWN);
//p2Root.connections[(int)Constants.Branch.DOWN].Attach(new SkillTreeStructure("Applause"), (int)Constants.Branch.LEFT);
NameHolder store = GameObject.Find("Name").GetComponent <NameHolder>();
if (store.ExistsTree())
{
p2Root = store.skillTree;
}
else
{
p2Root = Constants.BuildDefaultTree();
}
}
}
// Happens every round
public void OnRoundBegins(int roundNumber)
{
// Reset the BlackBoard to clear out information from the previous round
bb.ClearBlackBoard();
// Reset Distribution if enabled
distr.ResetCount();
// Set diagnostics on battle screen
GameObject nameObj = GameObject.Find("Name");
if (nameObj != null)
{
NameHolder name = nameObj.GetComponent <NameHolder>();
if (name != null)
{
name.setRoundStarted(true);
}
}
// Add information about each player to Blackboard
bb.Register(Constants.p1Key, new Dictionary <string, string>()
{
// Who am I?
{ Constants.playerName, "" },
// Passives
{ Constants.indexLifePoints, p1.currentLifePoints.ToString() },
{ Constants.indexFavor, Constants.MIN_FAVOR.ToString() },
{ Constants.indexRally, Constants.MIN_RALLY.ToString() },
{ Constants.indexBalance, Constants.STARTING_BALANCE.ToString() },
// Extra data for conditioning on moves
{ Constants.lastHitDamage, "0" },
{ Constants.lastAttackByPlayer, "" },
{ Constants.landedLastAttack, "" },
{ Constants.lastEvade, "" },
{ Constants.lastEvadeSuccessful, "" },
{ Constants.lastAttackByOpponent, "" },
{ Constants.opponentLandedLastAttack, "" },
// Extra data for skill tree nodes
// Surprise
{ Surprise.attackCount, "0" },
{ Surprise.evadeCount, "0" },
// Distance to opponent
{ Constants.distToOpponent, Vector3.Distance(UFE.GetPlayer1Controller().transform.position, UFE.GetPlayer2Controller().transform.position).ToString() },
// Match results
{ Constants.winner, "false" }
});
bb.Register(Constants.p2Key, new Dictionary <string, string>()
{
// Who am I?
{ Constants.playerName, "" },
// Passives
{ Constants.indexLifePoints, p2.currentLifePoints.ToString() },
{ Constants.indexFavor, Constants.MIN_FAVOR.ToString() },
{ Constants.indexRally, Constants.MIN_RALLY.ToString() },
{ Constants.indexBalance, Constants.STARTING_BALANCE.ToString() },
// Extra data for conditioning on moves
{ Constants.lastHitDamage, "0" },
{ Constants.lastAttackByPlayer, "" },
{ Constants.landedLastAttack, "" },
{ Constants.lastEvade, "" },
{ Constants.lastEvadeSuccessful, "" },
{ Constants.lastAttackByOpponent, "" },
{ Constants.opponentLandedLastAttack, "" },
// Extra data for skill tree nodes
// Surprise
{ Surprise.attackCount, "0" },
{ Surprise.evadeCount, "0" },
// Distance to opponent
{ Constants.distToOpponent, Vector3.Distance(UFE.GetPlayer1Controller().transform.position, UFE.GetPlayer2Controller().transform.position).ToString() },
// Match results
{ Constants.winner, "false" }
});
// Save BlackBoard state
if (Network.peerType == NetworkPeerType.Disconnected)
{
bb.UpdateProperty(Constants.p1Key, Constants.playerName, GameObject.Find("Name").GetComponent <NameHolder>().username);
bb.DumpBlackBoard(Constants.p2Key);
}
else
{
if (UFE.GetLocalPlayer() == 1)
{
bb.UpdateProperty(Constants.p1Key, Constants.playerName, GameObject.Find("Name").GetComponent <NameHolder>().username);
}
else
{
bb.UpdateProperty(Constants.p2Key, Constants.playerName, GameObject.Find("Name").GetComponent <NameHolder>().username);
}
}
}
