// current room loader
// Yet more
static int[] loadRoom(int x, int y, int z)
{
debugCheck(x, y, z); // debugs room
cavern current = new cavern(); // default config
if (Map1[x, y, z] != null) // is it null?
current = Map1[x, y, z]; // no then...
Console.Clear(); // clears console
Text.Art(current.pic, Console.WindowWidth); // draw pic
Console.SetCursorPosition(0, Console.CursorTop + 1);
// Console.SetCursorPosition(0, 10); // sets cursor position
Text.WordWrap(current.discribe); // writes discription
Text.WordWrap(" "); // blank line
for(byte i = 0; i < current.exits.Length; i++) // i = 0 to 5
Text.WordWrap(current.exits[i]); // writes exits
input: // label for input statement
Text.WordWrap(@"What direction do You go (N,S,E,W,U,D), or do you want to check your inventory and the cave's inventory (I)?");
string choice = string.Format(Console.ReadLine()).ToUpper(); // to upper case
try // find and return next room
{
int c = "NSEWUDI".IndexOf(choice[0]);
if (c != 6)
{
int[] @return = new int[3] { current.paths[c, 0], current.paths[c, 1], current.paths[c, 2] };
Text.Log("Room Index", "Going to: ",Debug);
for (int i = 0; i < @return.Length; i++)
Text.Log("Room []", @return[i].ToString(), Debug);
return @return; // returns next room
}
else // inventory
{
Text.WordWrap("");
Text.WordWrap("Items found in the cavern.");
ShowInventory(current.inventory); // the cavern's inventory
Text.WordWrap("");
Text.WordWrap("Items found in your inventory.");
ShowInventory(Player.inventory); // your inventory
Text.WordWrap("");
Text.WordWrap("From your inventory...");
SelectItem(Player, Map1[x,y,z], current); // items from you to the cave
Text.WordWrap("");
Text.WordWrap("From the cave...");
SelectItem(Map1[x, y, z], Player, current); // items from cave to you
goto input; // back to room select
}
}
catch // errror catch
{
Text.WordWrap("Error Input, please only use North, South, East, West, Up, and Down as directions or use Inventory. ");
Text.Log("Input", "Error Invalid: " + choice,Debug);
goto input;
}
}
static void SelectItem(cavern @in, cavern @out, cavern current)
{
InputSI: // first input retry
Text.WordWrap("Do you wish to select an item (Y/N)?");
try
{
string Input = Console.ReadLine().ToUpper(); //line to caps
if (Input[0] == 'Y') // yes
{
InputSIT: // second retry input
int a = -1; // variable for invintory entry
Text.WordWrap("Item name?");
string InputT = Console.ReadLine().ToUpper(); // name querry; case sensitive
try
{
for(var i = 0; i <= @in.inventory.Length; i++) // go through the inventory
{
item A = @in.inventory[i]; // item to A for easy refference
if (A != null) // isn null?
if (A.name.ToUpper() == InputT)
{
a = i; // record index
break;
}
}
if ([email protected][a].movable) // movable?
Text.WordWrap("This item cannot be moved.");
else
{
InputSETT: // third input retry
Text.WordWrap("Transfer item (Y/N)?");
string input = Console.ReadLine().ToUpper(); // transfer from @in to @out
try
{
if (input[0] == 'Y') // yes...
{
for (int i = 0; i < @out.inventory.Length; i++) //find first null entry in inventory
if (@out.inventory[i] == null)
{
@out.inventory[i] = @in.inventory[a]; // copy item
@in.inventory[a] = null; // delete previous item
Text.Log("Item","Moved "[email protected][i].name,Debug); // log moved item
break;
}
goto InputSI;
}
else if (input[0] == 'N') // no...
{
Text.WordWrap(""); // blank line?
}
}
catch
{
Text.WordWrap("Invalid input."); // third retry goto...
goto InputSETT;
}
}
}
catch
{
Text.WordWrap("Invalid input."); // second retry goto...
goto InputSIT;
}
}
else if (Input[0] == 'N')
{
Text.WordWrap("Closing this inventory"); // exit...
}
else
{
Text.WordWrap("Invalid input."); // first retry goto if random reply
goto InputSI;
}
}
catch
{
Text.WordWrap("Invalid input."); // first retry goto if breaks
goto InputSI;
}
}
// loads map from file
// Initalization of functions
static void Load()
{
Text.Log("Path",@"\Save_template.txt",Debug); // print path
foreach (string line in File.ReadLines(@"Save_template.txt")) // reads file at path
{
Text.Log("Line",line,Debug);
if (line.Contains("//")) // finds comments and reads them in debug
{
// Debug.WriteLine(DateTime.Now + " | Comment | " + line); // debug comment reader
}
else if (line.Contains("Cavern:")) // finds all cavern defs from file
{
int pos = 0; // Pointers
int exits = 0; //
int route = 0; //
int[] Pos = new int[3]; // Arrays
string[] Exits = new string[6]; //
int[,] Route = new int[6, 3]; // ...
string Dis = ""; // String
string @Pic = "404.txt";
string T = line.Substring(8); // looses the "Cavern:" part of the string
int i = 0;
for (int I = 1; I < T.Length; I++) // iterates through the line
{
if (T[I] == '<') // finds pos values apended with a <
{
string test = (T.Substring(i, (I - i)));
Text.Log("Pos", test, Debug);//Debug
Text.Log("Pointer", I + "," + i, Debug); //Debug
Pos[pos] = int.Parse(test); // pulls numerical value followed by a <
i = I + 1; //Advances start pointer
pos++;
}
else if (T[I] == ';') // finds Room discription values apended with a ;
{
string test = (T.Substring(i, (I - i)));
if (test[0] == ' ')
{
test = test.Substring(1, test.Length - 1);
}
Text.Log("Discription", test, Debug);//Debug
Text.Log("Pointer", I + "," + i, Debug); //Debug
Dis = test; // pulls string value followed by a ;
i = I + 1; //Advances start pointer
}
else if (T[I] == ':') // finds Exit discription values apended with a :
{
string test = (T.Substring(i, (I - i)));
if (test[0] == ' ')
{
test = test.Substring(1, test.Length - 1);
}
Text.Log("Exit", test, Debug);//Debug
Text.Log("Pointer", I + "," + i, Debug); //Debug
Exits[exits] = test; // pulls string value followed by a :
i = I + 1; //Advances start pointer
exits++;
}
else if (T[I] == '>') // finds route sets apended with a >
{
int Start = 0;
int pointer = 0;
int[] Delta = new int[2];
string test = (T.Substring(i, (I - i)));
Text.Log("Route", test, Debug);//Debug
Text.Log("Pointer", I + "," + i, Debug); //Debug
for (int End = 0; End < test.Length; End++)
{
if (test[End] == '|') // finds route values apended with a |
{
string testSub = (test.Substring(Start, ((End) - Start)));
Text.Log("Route[]", testSub, Debug);//Debug
Text.Log("Pointer", End + "," + Start, Debug); //Debug //Debug
Route[route, pointer] = int.Parse(testSub); // pulls string value followed by a |
Start = End + 1; //Advances start pointer
pointer++;
}
}
i = I + 1; //Advances start pointer
route++;
}
else if (T[I] == '^')
{
string test = (T.Substring(i, (I - i)));
if (test[0] == ' ')
{
test = test.Substring(1, test.Length - 1);
}
Text.Log("Exit", test, Debug);//Debug
Text.Log("Pointer", I + "," + i, Debug); //Debug
@Pic = test; // pulls string value followed by a :
i = I + 1; //Advances start pointer
}
}
Map1[Pos[0], Pos[1], Pos[2]] = new cavern(Pos, Dis, Exits, Route, @Pic); //make new room and store into an array
}
else if (line.Contains("Item:"))
{
int pos = 0; // pointer
int[] Pos = new int[3];
string Dis = ""; // string
string Name = ""; //
int Amount = 1; // int
bool Move = false;
string T = line.Substring(5); // looses the "Item:" part of the string
int i = 0; // start pointer
for (int I = 1; I < T.Length; I++) // iterates through the line
{
if (T[I] == '<') // finds pos values apended with a <
{
string test = (T.Substring(i, (I - i)));
Text.Log("Pos", test, Debug);//Debug
Text.Log("Pointer", I + "," + i, Debug); //Debug
Pos[pos] = int.Parse(test); // pulls numerical value followed by a <
i = I + 1; //Advances start pointer
pos++;
}
else if (T[I] == ';') // finds Item name values apended with a ;
{
string test = (T.Substring(i, (I - i)));
if (test[0] == ' ')
{
test = test.Substring(1, test.Length - 1);
}
Text.Log("Name", test, Debug);//Debug
Text.Log("Pointer", I + "," + i, Debug); //Debug
Name = test; // pulls string value followed by a ;
i = I + 1; //Advances start pointer
}
else if (T[I] == ':') // finds Item discription values apended with a :
{
string test = (T.Substring(i, (I - i)));
if (test[0] == ' ')
{
test = test.Substring(1, test.Length - 1);
}
Text.Log("Discription", test, Debug);//Debug
Text.Log("Pointer", I + "," + i, Debug); //Debug
Dis = test; // pulls string value followed by a :
i = I + 1; //Advances start pointer
}
else if (T[I] == '~') // finds Item amount values apended with a ~
{
string test = (T.Substring(i, (I - i)));
Text.Log("Amount", test, Debug);//Debug
Text.Log("Pointer", I + "," + i, Debug); //Debug
Amount = int.Parse(test); // pulls string value followed by a ~
i = I + 1; //Advances start pointer
}
if (T[I] == '|') // finds Movable values apended with a |
{
string test = (T.Substring(i, (I - i)));
Text.Log("Movable",test,Debug); //Debug
Text.Log("Pointer", I + "," + i, Debug); //Debug
Move = bool.Parse(test); // pulls string value followed by a |
i = I + 1; //Advances start pointer
}
}
int max = Map1[Pos[0], Pos[1], Pos[2]].inventory.GetLength(0); // finds the max inventory size
item[] inventory = Map1[Pos[0], Pos[1], Pos[2]].inventory; // sets inventory as a local variable for simplicity
for (var I = 0; I < Amount; I++) // adds one itm to the frst null entry in the inventory
{
for (int index = 0; index < max; index++) // finds first null entry
{
if (inventory[index] == null) // null entry
{
inventory[index] = new item(Name, Dis, Move);
break;
}
else if (inventory[index].equals()) // empty entry
{
inventory[index] = new item(Name, Dis, Move);
break;
}
}
}
Map1[Pos[0], Pos[1], Pos[2]].inventory = inventory; // dump the resulting local inventory into the cavern inventory
}
// outside if-else for file read
}
}