public Inventory(User owner)
{
//Tools.Print("{0}'s Inventory was constructed\n", owner);
//store the owner of the instance
this.owner = owner;
//list of all the things in the users inventory
this.items = new Dictionary<char, Item>();
}
public Pet(User newMaster, string newName, char newGender = 'm')
{
this.master = newMaster;
this.name = newName;
this.gender = newGender;
//assign components
this.mood = new PetMoodComponent(this);
this.food = new PetFoodComponent(this);
this.battle = new PetBattleComponent(this);
//Tools.Print("A new {1} lion was created, named {0}, belonging to {2}\n",
// this.name, this.getGender(), this.master.name);
//constructor method
}
public FeedAction(User master)
: base(master)
{
//nothing happens
}
public BattleAction(User master)
: base(master)
{
}
public Action(User master)
{
this.master = master;
}
public StatAction(User master)
: base(master)
{
this.master = master;
}
static void Main(string[] args)
{
//debugging stuff
////checking how c# passes vars
//int orig = 100;
//int first = orig;
//orig++;
//Tools.Print("Orig {0} and first {1}\n", new object[]{orig, first});
//seeing if you can convert chars to ints and back
//char val = 'A'; // c=99 so a=97? B=66 so A=65?
//val++;
//int newVal = (int)val;
//char newest = (char)newVal;
//Tools.Print(newVal.ToString()) ;
//testing if `c` and `C` are the same, they aren't
//string val;
//if ('c' == 'c') {val = "t"; }
//else { val = "f"; }
//Tools.Print(val);
/*char qwe = 'a';
qwe++;
Console.WriteLine(qwe);*/
//end debugging
//Intro to the app
Console.Title = Meta.name_ver;
Console.BackgroundColor = defaultBG;
Console.ForegroundColor = defaultFG;
//Print intro line
string welcomeString = "Welcome to the PET GAME version: {0}\n\n";
string welcomeArg = Meta.ver;
Tools.Print(ConsoleColor.Black, ConsoleColor.White, welcomeString, welcomeArg);
//Creates User with a default name
User user = new User();
user.inventory.AddItem(new FoodFruit());
user.inventory.AddItem(new FoodApple());
//user.inventory.AddItem(new FoodApple());
//user.inventory.AddItem(new FoodMeat());
//Gets the name of the pet.
//string name = Tools.Prompt("What is the name of your new male Pet?");
string name = "YourFirstPet";
Pet yourPet = new Pet(user, name);
//Intro message
Tools.Print(newFG: ConsoleColor.DarkBlue,
newBG: ConsoleColor.Cyan,
text: "\nThis is the main loop for the game. \n" +
"It is here that you'll feed or fight your" +
"\npet in order to train the shit out of it" +
"\n\n\n\t\tBEGIN!\n");
//main loop
while (true)
{
//give the user a choice of actions.
string choices = "\t[f]eed, [b]attle, [t]hrow, [s]tats or [q]uit.";
KeyValuePair<string, string> action = getUserAction(choices);
//feed the pet
if (action.Value == "feed")
{
//this is a real shitty way of doing this. There
// shouldn't be a class all on its own... :(
FeedAction feeding = new FeedAction(user);
user.inventory.ShowInventory();
string choice = Tools.Prompt("Choose a key from your items to feed");
char charChoice = (char)choice[0];
feeding.FeedPet(yourPet, user.inventory.items[charChoice] as FoodType);
//feeding.FeedPet(yourPet, new FoodMeat());
}
//check stats of the current pet
else if (action.Value == "stats")
{
StatAction stats = new StatAction(user);
stats.CheckPetStats(yourPet);
}
else if (action.Value == "throw")
{
Tools.Print(newBG:ConsoleColor.DarkRed, text:"You throw your pet against the wall\n");
yourPet.battle.TakeDamage(10);
}
else if (action.Value == "battle")
{
Creature enemy = new Creature();
BattleAction battle = new BattleAction(user);
battle.BattlePet(yourPet, enemy);
}
//quit the main loop
else if (action.Value == "quit")
{
break;
}
//Tools.Print(newFG: ConsoleColor.Yellow, text:"This was the action chosen: {0}\n", vals:action);
}
//Wait for Key on exit
Tools.Print(ConsoleColor.DarkRed,
ConsoleColor.DarkYellow,
"Press any key to exit {0}",
Meta.name_ver);
Console.ReadKey();
}
/// <summary>
/// Constructor, assigns a User to owner
/// </summary>
/// <param name="owner">the user who owns this pet</param>
public PetStatusComponent(User owner)
{
this.owner = owner;
}
