public IEnumerator LoadArt(bool light = false)
{
coll.enabled = false;
string loadedArtPath = "";
yield return(dirViewer.StartCoroutine(dirViewer.SearchForFile(CardLoader.GetSavePath(""), result => loadedArtPath = result)));
if (!string.IsNullOrEmpty(loadedArtPath))
{
loadedArtPath = SanitizePath(loadedArtPath);
ArtTab currTab = tabs.ActiveToggles().First().GetComponent <ArtTab>();
if (currTab.artLayer == art)
{
if (light)
{
data.mainArt.lightingDir = loadedArtPath;
}
else
{
data.mainArt.imageDir = loadedArtPath;
}
currTab.artLayer.LoadArt(data.mainArt);
}
else
{
for (int i = 0; i < foregroundLayers.Count; i++)
{
if (currTab.artLayer == foregroundLayers[i])
{
if (light)
{
data.foregroundLayers[i].lightingDir = loadedArtPath;
}
else
{
data.foregroundLayers[i].imageDir = loadedArtPath;
}
currTab.artLayer.LoadArt(data.foregroundLayers[i]);
}
}
for (int i = 0; i < backgroundLayers.Count; i++)
{
if (currTab.artLayer == backgroundLayers[i])
{
if (light)
{
data.backgroundLayers[i].lightingDir = loadedArtPath;
}
else
{
data.backgroundLayers[i].imageDir = loadedArtPath;
}
currTab.artLayer.LoadArt(data.backgroundLayers[i]);
}
}
}
}
coll.enabled = true;
Save();
}
public const int DECKLIMIT = 10; // the size of the deck
// Use this for initialization
void Start()
{
//loaderObject = GameObject.Find ("CardLoader");
CL = GameObject.Find("CardLoarder").GetComponent <CardLoader> ();
// Get the current number of cards each type has
armsLimit = CL.armsCards.Keys.Count;
creatureLimit = CL.creatureCards.Keys.Count;
spellLimit = CL.spellCards.Keys.Count;
// initialize the number of cards to display
armsCount = 0;
creatureCount = 0;
spellCount = 0;
// intialize where to start to display cards
armsStart = new Vector3(-140f, 150f, 0);
creatureStart = new Vector3(-303, 150f, 0);
spellStart = new Vector3(23, 150f, 0);
deckStart = new Vector3(240, 150f, 0);
// Get each set of cards and assign them to a list
deckList = new List <string> ();
armsNames = new List <string>();
foreach (string key in CL.armsCards.Keys)
{
armsNames.Add(key);
}
creatureNames = new List <string> ();
foreach (string key in CL.creatureCards.Keys)
{
creatureNames.Add(key);
}
spellNames = new List <string> ();
foreach (string key in CL.spellCards.Keys)
{
spellNames.Add(key);
}
}
public void LoadArt(CardArt artData)
{
if (string.IsNullOrEmpty(artData.imageDir))
{
print("no dir");
art.color = Color.clear;
}
else if (!File.Exists(Path.Combine(CardLoader.GetSavePath(""), artData.imageDir)))
{
print("dir doesn't exist");
art.color = Color.clear;
}
else
{
LoadArt(CastleTools.LoadImage(Path.Combine(CardLoader.GetSavePath(""), artData.imageDir)));
art.color = Color.white;
}
if (string.IsNullOrEmpty(artData.lightingDir))
{
print("no dir");
lighting.color = Color.clear;
}
else if (!File.Exists(Path.Combine(CardLoader.GetSavePath(""), artData.lightingDir)))
{
print("dir doesn't exist");
lighting.color = Color.clear;
}
else
{
LoadLighting(CastleTools.LoadImage(Path.Combine(CardLoader.GetSavePath(""), artData.lightingDir)));
lighting.color = Color.white;
}
ApplyMask(artData.masked);
}
void Awake()
{
player1HandPosition = GameObject.Find("Canvas/Player1Hand");
CL = GameObject.Find("CardLoader").GetComponent <CardLoader>();
using (XmlReader reader = XmlReader.Create(new StreamReader(Application.persistentDataPath + "/Decks/DeckList.xml"))) {
XmlWriterSettings ws = new XmlWriterSettings();
ws.Indent = true;
while (reader.Read())
{
switch (reader.NodeType)
{
case XmlNodeType.Element:
switch (reader.Name)
{
case "Deck":
deckName = reader.GetAttribute("Name");
//Debug.Log (deckName);
break;
}
break;
case XmlNodeType.Text:
//Debug.Log (reader.Value);
line = reader.Value;
break;
}
}
}
player1Deck = line.Split(',').ToList <string> ();
player1Deck.RemoveAt(player1Deck.Count - 1); // Remove the blank string at the end of the list of cards
RandomizeDeck(player1Deck);
DrawStartingHands(player1Deck);
//Debug.Log (player1Deck.Count);
DisplayHand(player1HandPosition, player1Hand);
}
public static void LoadCards()
{
CardLoader.LoadCards();
whiteDeck = new Deck(CardType.White);
blackDeck = new Deck(CardType.Black);
}
// 从XML中载入卡牌模板信息
public void LoadCardFromXML()
{
Card InitCard = new Card();
InitCard.SetMainGameController(MainGameController);
CardLoader NewCardLoader = new CardLoader();
string filePath = Application.dataPath + "/Resources/Card.xml";
if (File.Exists(filePath))
{
XmlDocument xmlDoc = new XmlDocument();
xmlDoc.Load(filePath);
XmlNodeList node = xmlDoc.SelectSingleNode("Card").ChildNodes;
foreach (XmlElement CardInfo in node)
{
Card NewCard = null;
foreach (XmlElement CardInfoItem in CardInfo.ChildNodes)
{
if (CardInfoItem.Name == "CardType")
{
NewCard = NewCardLoader.GetNewCardByType(CardInfoItem.InnerText);
}
else if (CardInfoItem.Name == "CardSubInfo")
{
NewCard.LoadInfoFromXML(CardInfoItem);
}
}
AddCard(NewCard);
}
}
}
void Awake(){
player1HandPosition = GameObject.Find ("Canvas/Player1Hand");
CL = GameObject.Find ("CardLoader").GetComponent<CardLoader>();
using (XmlReader reader = XmlReader.Create (new StreamReader (Application.persistentDataPath + "/Decks/DeckList.xml"))) {
XmlWriterSettings ws = new XmlWriterSettings ();
ws.Indent = true;
while (reader.Read ()) {
switch (reader.NodeType) {
case XmlNodeType.Element:
switch (reader.Name) {
case "Deck":
deckName = reader.GetAttribute ("Name");
//Debug.Log (deckName);
break;
}
break;
case XmlNodeType.Text:
//Debug.Log (reader.Value);
line = reader.Value;
break;
}
}
}
player1Deck = line.Split (',').ToList<string> ();
player1Deck.RemoveAt (player1Deck.Count - 1); // Remove the blank string at the end of the list of cards
RandomizeDeck(player1Deck);
DrawStartingHands (player1Deck);
//Debug.Log (player1Deck.Count);
DisplayHand(player1HandPosition, player1Hand);
}
private BoardState LoadUpdatedBoardState()
{
CardLoader.ResetIds();
var chips = ChipLoader.LoadChips(Rarity.None);
var spaces = SpaceLoader.LoadSpaces();
var trainers = TrainerLoader.LoadTrainers();
var items = CardLoader.LoadItems();
var events = CardLoader.LoadEvents();
var elites = EliteLoader.LoadElites();
var boardStateData = LoadBoardState();
var catchSpaceData = LoadCatchSpaces();
var chipData = LoadChips();
var playerData = LoadPlayers();
var spaceData = LoadSpaces();
var trainerData = LoadTrainers();
UpdateTrainers(trainers, trainerData);
UpdateChips(chips, chipData);
UpdateSpaces(spaces, spaceData, catchSpaceData, chips);
var players = CreatePlayers(playerData, trainers, chips, items, spaces.Item1);
return(CreateBoardState(boardStateData, chips, items, events, players, spaces, elites));
}
void Awake()
{
if (instance == null)
{
instance = this;
}
else
{
Destroy(gameObject);
}
List <Card> toInstantiate = Shuffle(CardLoader.LoadCards(path, GameConfig.deckNum));
cards = new List <CardDisplay>();
cardsToUse = new List <CardDisplay>();
foreach (Card card in toInstantiate)
{
CardDisplay c = Instantiate(cardPrefab).GetComponent <CardDisplay>();
c.LoadCard(card);
c.ColliderActive(false);
cards.Add(c);
}
PosisionateCards();
}
public const int DECKLIMIT = 10; // the size of the deck
// Use this for initialization
void Start () {
//loaderObject = GameObject.Find ("CardLoader");
CL = GameObject.Find("CardLoarder").GetComponent<CardLoader> ();
// Get the current number of cards each type has
armsLimit = CL.armsCards.Keys.Count;
creatureLimit = CL.creatureCards.Keys.Count;
spellLimit = CL.spellCards.Keys.Count;
// initialize the number of cards to display
armsCount = 0;
creatureCount = 0;
spellCount = 0;
// intialize where to start to display cards
armsStart = new Vector3 (-140f, 150f, 0);
creatureStart = new Vector3 (-303, 150f, 0);
spellStart = new Vector3 (23, 150f, 0);
deckStart = new Vector3 (240, 150f, 0);
// Get each set of cards and assign them to a list
deckList = new List<string> ();
armsNames = new List<string>() ;
foreach (string key in CL.armsCards.Keys)
armsNames.Add (key);
creatureNames = new List<string> ();
foreach (string key in CL.creatureCards.Keys)
creatureNames.Add (key);
spellNames = new List<string> ();
foreach (string key in CL.spellCards.Keys)
spellNames.Add (key);
}
static Cards()
{
// Fetch all cards.
var cardLoader = new CardLoader();
Card[] cards = cardLoader.Load();
//string json = File.ReadAllText(CardLoader.Path + @"SabberStone\HSProtoSim\Loader\Data\cardData.json");
//string json = File.ReadAllText(Environment.CurrentDirectory + @"\cardData.json");
//var cards = JsonConvert.DeserializeObject<IEnumerable<Card>>(Resources.cardDataJson);
//File.WriteAllText(CardLoader.Path + @"SabberStone\HSProtoSim\Loader\Data\cardDataJson.txt", JsonConvert.SerializeObject(cards, Formatting.Indented));
// Set as card definitions
Data = new CardContainer();
Data.Load(cards);
//Log.Debug("Standard:");
//Enum.GetValues(typeof(CardClass)).Cast<CardClass>().ToList().ForEach(heroClass =>
for (int i = 0; i < HeroClasses.Length; i++)
{
CardClass heroClass = HeroClasses[i];
Standard.Add(heroClass, All.Where(c =>
c.Collectible &&
(c.Class == heroClass ||
c.Class == CardClass.NEUTRAL && c.MultiClassGroup == 0 ||
c.MultiClassGroup == 1 && (c.Class == CardClass.NEUTRAL || c.Class == CardClass.HUNTER ||
c.Class == CardClass.PALADIN || c.Class == CardClass.WARRIOR) ||
c.MultiClassGroup == 2 && (c.Class == CardClass.NEUTRAL || c.Class == CardClass.DRUID ||
c.Class == CardClass.ROGUE || c.Class == CardClass.SHAMAN) ||
c.MultiClassGroup == 3 && (c.Class == CardClass.NEUTRAL || c.Class == CardClass.MAGE ||
c.Class == CardClass.PRIEST || c.Class == CardClass.WARLOCK)) &&
c.Type != CardType.HERO && StandardSets.Contains(c.Set)).ToList().AsReadOnly());
//Log.Debug($"-> [{heroClass}] - {Standard[heroClass].Count} cards.");
//});
}
//Log.Debug("AllStandard:");
AllStandard = All.Where(c => c.Collectible && c.Type != CardType.HERO && StandardSets.Contains(c.Set)).ToList().AsReadOnly();
//Log.Debug("Wild:");
Enum.GetValues(typeof(CardClass)).Cast <CardClass>().ToList().ForEach(heroClass =>
{
Wild.Add(heroClass, All.Where(c =>
c.Collectible &&
(c.Class == heroClass ||
c.Class == CardClass.NEUTRAL && c.MultiClassGroup == 0 ||
c.MultiClassGroup == 1 && (c.Class == CardClass.NEUTRAL || c.Class == CardClass.HUNTER || c.Class == CardClass.PALADIN || c.Class == CardClass.WARRIOR) ||
c.MultiClassGroup == 2 && (c.Class == CardClass.NEUTRAL || c.Class == CardClass.DRUID || c.Class == CardClass.ROGUE || c.Class == CardClass.SHAMAN) ||
c.MultiClassGroup == 3 && (c.Class == CardClass.NEUTRAL || c.Class == CardClass.MAGE || c.Class == CardClass.PRIEST || c.Class == CardClass.WARLOCK)) &&
c.Type != CardType.HERO).ToList().AsReadOnly());
//Log.Debug($"-> [{heroClass}] - {Wild[heroClass].Count} cards.");
});
//Log.Debug("AllWild:");
AllWild = All.Where(c => c.Collectible && c.Type != CardType.HERO).ToList().AsReadOnly();
StandardCostMinionCards = AllStandard.Where(c => c.Type == CardType.MINION).GroupBy(c => c.Cost).ToDictionary(g => g.Key, g => g.ToList());
WildCostMinionCards = AllWild.Where(c => c.Type == CardType.MINION).GroupBy(c => c.Cost).ToDictionary(g => g.Key, g => g.ToList());
}
public HomeController(ILogger <HomeController> logger)
{
_logger = logger;
CardLoader cardLoader = new CardLoader();
_cardData = cardLoader.LoadCards();
}
/// <summary>
/// Sets singleton instance.
/// </summary>
/// <exception cref="Exception">Throws exception if there are more than one CardLoader</exception>
private void Awake()
{
if (instance != null)
{
throw new Exception("Multiple CardLoaders exist!");
}
instance = this;
}
private void Filter()
{
lbCards.Items.Clear();
foreach (CardItem item in CardLoader.GetFilteredCards(tbSearch.Text, cbDescription.IsChecked, cbbRole.SelectedIndex, Convert.ToInt16(slCost.Value)).OrderBy(x => x.CardData.Name))
{
lbCards.Items.Add(item);
}
}
public TurnPhase(XmlElement from, CardLoader loader)
{
Name = from.GetAttribute("name");
Deltas = from
.GetElementsByTagName("delta")
.OfType <XmlElement>()
.Select(element => Delta.FromXml(element, loader))
.ToList();
}
// Use this for initialization
void Start()
{
instance = this;
Screen.SetResolution(720, 720, false);
Load();
cardLoaders = new List <CardLoad>();
CreateCardLoaders();
card.Load(loadedData.data[loadedCard]);
}
void Start()
{
CardLoader.loadCards();
shuffledCards = new List <Card>(CardLoader.deckBang);
Shuffle(shuffledCards);
sprite = gameObject.GetComponent <CardSprite>();
}
// Use this for initialization
void Start()
{
DeckEditorButtons = new List <GameObject>();
cardLoader = GetComponent <CardLoader>();
deckLoader = GetComponent <DeckLoader>();
deckBuilder = GetComponent <DeckBuilder>();
CurrentDeckToEdit = null;
CurrentDeckToPlay = null;
}
private void button2_Click(object sender, RoutedEventArgs e)
{
var loader = new CardLoader();
fullCardView.FrontSide = new CardView()
{
Card = loader.LoadFromFile("card.card")
};
}
public SwapPositionDelta(XmlElement from, CardLoader loader)
: base(from, loader)
{
SendableLane1 = new SendableTarget <Lane>("lane1", from, Lane.IdIssuer);
this.SideIndex1 = Int32.Parse(from.Attributes["sideIndex1"].Value);
this.Position1 = Int32.Parse(from.Attributes["position1"].Value);
SendableLane2 = new SendableTarget <Lane>("lane2", from, Lane.IdIssuer);
this.SideIndex2 = Int32.Parse(from.Attributes["sideIndex2"].Value);
this.Position2 = Int32.Parse(from.Attributes["position2"].Value);
}
private void FillCards(string[] Sources)
{
#if WINDOWS && EDITOR
CardLoader.FillCardsFromLoader();
#endif
#if !WINDOWS || !EDITOR
CardLoader.FillCards(Sources);
#endif
PickRandom(CardLoader.SortedCardLists);
}
public AddToLaneDelta(XmlElement from, CardLoader loader)
: base(from, Lane.IdIssuer, loader)
{
this.SendableCard = new SendableTarget <Card>("card", from, loader);
this.SideIndex = Int32.Parse(from.Attributes["sideIndex"].Value);
this.Position = Int32.Parse(from.Attributes["position"].Value);
#if (UNITY_EDITOR || UNITY_STANDALONE)
this.Unit = new Unit(SendableCard.Target as UnitCard, Int32.Parse(from.Attributes["unitId"].Value), Driver.instance.gameManager);
#endif
}
public MainMenu()
{
Program.HandleNetworking = true;
CardLoader.Reset();
ClearColor = Color.White;
persistentDisplayName = "";
personValue = slogans[new Random().Next(slogans.Count)];
}
private void Close(object sender, CancelEventArgs e)
{
var loader = new CardLoader();
var bitmap = MakeThumbnail(cardView.Image);
using (var thumb = new MemoryStream())
{
bitmap.Save(thumb, System.Drawing.Imaging.ImageFormat.Png);
loader.SaveToFile("last.card", Card, thumb);
}
}
private static void ProcessDeltas(XmlDocument doc, CardLoader cl, bool verbose = false)
{
foreach (XmlElement e in doc.GetElementsByTagName("delta"))
{
Delta d = Delta.FromXml(e, cl);
if (verbose)
{
Console.WriteLine("Processing delta: '{0}'", e.OuterXml);
}
d.Apply();
}
}
void Start()
{
_abandon = transform.Find("Abandon").gameObject;
_buy = transform.Find("Buy").gameObject;
_cards = transform.Find("Cards").gameObject;
_cardsList = new List <GameObject>();
_cardLoader = CardLoader.GetComponent <CardLoader>();
foreach (Transform child in _cards.transform)
{
_cardsList.Add(child.gameObject);
}
}
static Cards()
{
var cardLoader = new CardLoader();
var cards = cardLoader.Load();
//string json = File.ReadAllText(CardLoader.Path + @"SabberStone\HSProtoSim\Loader\Data\cardData.json");
//string json = File.ReadAllText(Environment.CurrentDirectory + @"\cardData.json");
//var cards = JsonConvert.DeserializeObject<IEnumerable<Card>>(Resources.cardDataJson);
//File.WriteAllText(CardLoader.Path + @"SabberStone\HSProtoSim\Loader\Data\cardDataJson.txt", JsonConvert.SerializeObject(cards, Formatting.Indented));
// Set as card definitions
Data = new CardDefinitions();
Data.Load(cards);
//Log.Info($"Loaded {All.Count()} cards.");
// Wild
//Log.Debug("Wild:");
foreach (var heroClass in Enum.GetValues(typeof(CardClass)).Cast <CardClass>())
{
Wild.Add(heroClass, All.Where(c =>
c.Collectible &&
(c.Class == heroClass ||
c.Class == CardClass.NEUTRAL && c.MultiClassGroup == 0 ||
c.MultiClassGroup == 1 && (c.Class == CardClass.NEUTRAL || c.Class == CardClass.HUNTER || c.Class == CardClass.PALADIN || c.Class == CardClass.WARRIOR) ||
c.MultiClassGroup == 2 && (c.Class == CardClass.NEUTRAL || c.Class == CardClass.DRUID || c.Class == CardClass.ROGUE || c.Class == CardClass.SHAMAN) ||
c.MultiClassGroup == 3 && (c.Class == CardClass.NEUTRAL || c.Class == CardClass.MAGE || c.Class == CardClass.PRIEST || c.Class == CardClass.WARLOCK)) &&
c.Type != CardType.HERO).ToList());
//Log.Debug($"-> [{heroClass}] - {Wild[heroClass].Count} cards.");
}
//Log.Debug("Standard:");
foreach (var heroClass in Enum.GetValues(typeof(CardClass)).Cast <CardClass>())
{
Standard.Add(heroClass, All.Where(c =>
c.Collectible &&
(c.Class == heroClass ||
c.Class == CardClass.NEUTRAL && c.MultiClassGroup == 0 ||
c.MultiClassGroup == 1 && (c.Class == CardClass.NEUTRAL || c.Class == CardClass.HUNTER || c.Class == CardClass.PALADIN || c.Class == CardClass.WARRIOR) ||
c.MultiClassGroup == 2 && (c.Class == CardClass.NEUTRAL || c.Class == CardClass.DRUID || c.Class == CardClass.ROGUE || c.Class == CardClass.SHAMAN) ||
c.MultiClassGroup == 3 && (c.Class == CardClass.NEUTRAL || c.Class == CardClass.MAGE || c.Class == CardClass.PRIEST || c.Class == CardClass.WARLOCK)) &&
c.Type != CardType.HERO && StandardSets.Contains(c.Set)
).ToList());
//Log.Debug($"-> [{heroClass}] - {Standard[heroClass].Count} cards.");
}
//Log.Debug("AllStandard:");
AllStandard = All.Where(c => c.Collectible && c.Type != CardType.HERO && StandardSets.Contains(c.Set)).ToList();
//Log.Debug("AllWild:");
AllWild = All.Where(c => c.Collectible && c.Type != CardType.HERO).ToList();
}
// Use this for initialization
void Start () {
CL = GameObject.Find ("CardLoader").GetComponent<CardLoader> ();
player1HandStart = Player1HandObject.transform.position;
/*
foreach (string s in Deck)
Debug.Log (s);*/
RandomizeDeck (Deck);
/*
Debug.Log ("After Random");
foreach (string s in Deck)
Debug.Log (s);*/
DrawStartingHand ();
DisplayHand (player1Hand, player1HandStart);
}
private IEnumerator DEBUG_AnimateChooseCard()
{
CardLoader cardLoader = Driver.instance.cardLoader;
StringBuilder output = new StringBuilder();
yield return(ChooseCard(new[] {
cardLoader.GetByID("Commercial Coms Relay"),
cardLoader.GetByID("Ancillary Medical Officer"),
cardLoader.GetByID("Cannoneer Drone"),
cardLoader.GetByID("Paladin-Class XS Marines")
}, output));
Debug.Log(output.ToString());
}
private void Window_Loaded(object sender, RoutedEventArgs e)
{
Closing += Close;
if (File.Exists("last.card"))
{
var loader = new CardLoader();
Card = loader.LoadFromFile("last.card");
}
else
{
Card = new Card();
}
}
// this will return a new instance of the Delta type specified in the XML
// and return it
// DO THIS INSTEAD OF CALLING ANY SUBCLASSES XML CONSTRUCTOR
public static Delta FromXml(XmlElement from, CardLoader cl)
{
string t = from.Attributes["type"].Value;
Type type = Type.GetType(t);
if (type.IsSubclassOf(typeof(Delta))) //refuse to construct types that aren't Deltas; do this for safety
{
ConstructorInfo con = type.GetConstructor(new Type[] { typeof(XmlElement), typeof(CardLoader) });
return(con?.Invoke(new object[] { from, cl }) as Delta);
}
else
{
return(null);
}
}
public void Object_Manager_Test_Load_Card_A_GUI()
{
// Use the Assert class to test conditions
int cardID = 1;
manager = freshManager;
CardLoader loader = new GameObject().AddComponent <CardLoader>();
CardLoader.SetInstance(loader);
loader.loadCards();
manager.LoadCardAGUI(cardID);
Assert.AreEqual(true, manager.PlayerACardGui.enabled);
}
void Start()
{
// Get the component scripts
CL = GameObject.Find("CardLoader").GetComponent <CardLoader> ();
GL = GameObject.Find("GamePlay").GetComponent <GameLoop> ();
//These are the objects which each card will be displayed in
Player1Hand = GameObject.Find("Player1Hand"); // this is the players hand, cards when drawn will be displayed here
Player1Tactics = GameObject.Find("Player1Tactics"); // this is the player's tactics zone, when a spell/arms card is played it goes here
Player1Creatures = GameObject.Find("Player1Creatures"); // this is the player's creatures zone, when a creature is played it goes here
Player1Stack = GameObject.Find("Player1Stack"); // this is player1's view of the stack
// this is the player2's view of the cards player1 has
Player2ViewTactics = GameObject.Find("Player2ViewTactics"); // player2's view of player1's tactics zone
Player2ViewCreatures = GameObject.Find("Player2ViewCreatures"); // player2's view of player1's creature zone
Player2ViewHand = GameObject.Find("Player2ViewHand"); // player2's view of player1's hand
Player2Stack = GameObject.Find("Player2Stack"); // player2's view of the stack
// The positions to display the cards at
Player1HandPos = Player1Hand.transform.position; // the hand position
Player1HandPos.z -= 1f; // move the position to be just infront of the gameobject
Player1TacticsPos = Player1Tactics.transform.position;
// position the card in the correct place in relation to the gameobject
Player1TacticsPos.z -= 1f;
Player1TacticsPos.y += 3f;
Player1CreaturesPos = Player1Creatures.transform.position;
// position the card in the correct place in relation to the game object
Player1CreaturesPos.z -= 1f;
Player1CreaturesPos.y += 3f;
Player1StackPos.z = -1f;
// the positions to display the cards player 2 can see
Player2HandViewPos = Player2ViewHand.transform.position;
Player2HandViewPos.z -= 1f; // move the position to be just in front of the game object
Player2TacticsViewPos = Player2ViewTactics.transform.position;
// position the card in the correct place in relation to the game object
Player2TacticsViewPos.z -= 1f;
Player2TacticsViewPos.y += 3f;
Player2CreatureViewPos = Player2ViewCreatures.transform.position;
// position the card in the correct place in relation to the game object
Player2CreatureViewPos.z -= 1f;
Player2CreatureViewPos.y += 3f;
Player2StackPos = Player2Stack.transform.position;
// position the card in the correct place in relation to the game object
Player2StackPos.z -= 1f;
Player2StackPos.x -= 21f;
Player2StackPos.y += 9f;
}
void Start () {
// Get the component scripts
CL = GameObject.Find ("CardLoader").GetComponent<CardLoader> ();
GL = GameObject.Find ("GamePlay").GetComponent<GameLoop> ();
//These are the objects which each card will be displayed in
Player1Hand = GameObject.Find("Player1Hand"); // this is the players hand, cards when drawn will be displayed here
Player1Tactics = GameObject.Find("Player1Tactics"); // this is the player's tactics zone, when a spell/arms card is played it goes here
Player1Creatures = GameObject.Find("Player1Creatures"); // this is the player's creatures zone, when a creature is played it goes here
Player1Stack = GameObject.Find("Player1Stack"); // this is player1's view of the stack
// this is the player2's view of the cards player1 has
Player2ViewTactics = GameObject.Find ("Player2ViewTactics"); // player2's view of player1's tactics zone
Player2ViewCreatures = GameObject.Find ("Player2ViewCreatures"); // player2's view of player1's creature zone
Player2ViewHand = GameObject.Find ("Player2ViewHand"); // player2's view of player1's hand
Player2Stack = GameObject.Find ("Player2Stack"); // player2's view of the stack
// The positions to display the cards at
Player1HandPos = Player1Hand.transform.position; // the hand position
Player1HandPos.z -= 1f; // move the position to be just infront of the gameobject
Player1TacticsPos = Player1Tactics.transform.position;
// position the card in the correct place in relation to the gameobject
Player1TacticsPos.z -= 1f;
Player1TacticsPos.y += 3f;
Player1CreaturesPos = Player1Creatures.transform.position;
// position the card in the correct place in relation to the game object
Player1CreaturesPos.z -= 1f;
Player1CreaturesPos.y += 3f;
Player1StackPos.z = -1f;
// the positions to display the cards player 2 can see
Player2HandViewPos = Player2ViewHand.transform.position;
Player2HandViewPos.z -= 1f; // move the position to be just in front of the game object
Player2TacticsViewPos = Player2ViewTactics.transform.position;
// position the card in the correct place in relation to the game object
Player2TacticsViewPos.z -= 1f;
Player2TacticsViewPos.y += 3f;
Player2CreatureViewPos = Player2ViewCreatures.transform.position;
// position the card in the correct place in relation to the game object
Player2CreatureViewPos.z -= 1f;
Player2CreatureViewPos.y += 3f;
Player2StackPos = Player2Stack.transform.position;
// position the card in the correct place in relation to the game object
Player2StackPos.z -= 1f;
Player2StackPos.x -= 21f;
Player2StackPos.y += 9f;
}
// Use this for initialization
void Start () {
// both players start with no creatures on the stack
numPlayer1Creatures = 0;
numPlayer2Creatures = 0;
HP = transform.GetComponent<Health> (); // get the component to track player's health
player1.enabled = true; // view player 1's board
player2.enabled = false;
CL = GameObject.Find ("CardLoader").GetComponent<CardLoader> (); // get the script to view hand card info
player1HandObject = GameObject.Find ("Player1Hand"); // get Player1's hand object to display cards on
player1ViewHand = GameObject.Find ("Player1ViewHand"); // get the view player1 has of player2's hand
player2HandObject = GameObject.Find ("Player2Hand"); // get player2's hand object to view hand card info
player2ViewHand = GameObject.Find ("Player2ViewHand"); // get the view player2 has of player 1's hand
DisplayHand (player1HandObject, player2ViewHand, player1Hand); // display palyer 1's hand/;
isPlayer1 = false; // player1's field has been filled, switch to player2
isPlayer2 = true;
DisplayHand (player2HandObject, player1ViewHand, player2Hand); // display player2's board
turnCount = 0;
}
void Start () {
CL = GameObject.Find ("CardLoader").GetComponent<CardLoader> ();
GP = GameObject.Find ("GamePlayHandler").GetComponent<GamePlay1> ();
}
// Use this for initialization
void Start () {
CL = GameObject.Find ("CardLoader").GetComponent<CardLoader> ();
}
