SpySkillObj - commented and whitespaced

I whitespaced it and commented it if some people want to learn
(atleast r0b0t requested).

So, what it does -

SCAR Code:

Function SpySkillObj(Var Ox, Oy: Integer; ObjColors: TIntegerArray; Width,
 Height, E: Integer): Boolean;

Ox and Oy are the coordinates the object coordinates return to.

Objcolors, here fill couple colors or one of the obj.

Width and Height of the obj.

E - this is how many percent atleast you want the color cover the object.

This one also doesnt require uptext, no worries, the percent thing covers it up pretty well.

Why this is called SpySkillObj, because usually objects used in different skills are "same color", they may even be fully covered with "the same color", but different lightness/ darkness, for example old rocks, trees, when you make a fire with tinderbox and logs the flame is also pretty much orange/yellow with a lil adjustment.

So, for example, if you are finding a tree, you are supposed to enter a light, dark color or light, little darker, middle dark, dark.

The function takes the colors' "together middle", so dont worry about it yourself ;)

Feel free to ask anything about it...

Sorry people who dont want to see a thing about my object finding, but this is totally different than the ones I posted before...

SCAR Code:

//*------------------------------------------*\\
//*-------- Bwuahahahaa, ITS ALIVE! ---------*\\
//*------------------------------------------*\\
Function SpySkillObj(Var Ox, Oy: Integer; ObjColors: TIntegerArray; Width,
 Height, E: Integer): Boolean;

Var
  HSL: Array of Array of Extended;
  C, Le, I, Color, X: Integer;
  TPA, TPA2: TPointArray;
  Time, CTS: Integer;
  Semi: Extended;
  PerC: Integer;
  TB: TBox;
  TP: TPoint;
  H, S, L: Extended;
  Colors: TIntegerArray;

Begin

  If Not LoggedIn Then Exit;
  
  Time := GetSystemTime;  // Saves current time in ms to Time
  
  CTS := GetColorToleranceSpeed; // Saves current CTS to CTS
  
  If Not GetArrayLength(ObjColors) = 0 Then
  Begin
    If GetArrayLength(ObjColors) Mod 2 = 0 Then
    // ^^ If hard to explain, try the mod a lil so you know, like 8 mod 2 etc..
    Begin
      Le := GetArrayLength(ObjColors) - 1;
      Writeln('Color array length was even...');
    End Else
    Begin
      Le := GetArrayLength(ObjColors) - 2;
      Writeln('Color array length was odd...');
    End;

    Color := ObjColors[0]; // for "default"

    Try
      // below calculates the middle of two colors.
      For I := 0 To Le Do
      Begin

        Colors := [Color, ObjColors[i + 1]];

        SetArrayLength(HSL, 2);
        SetArrayLength(HSL[0], 3);
        SetArrayLength(HSL[1], 3);

        For C := 0 To 1 Do
        Begin
          ColorToHSL(Colors[c], HSL[c][0], HSL[c][1], HSL[c][2]);
        End;

        H := HSL[1][0] - ((HSL[1][0] - HSL[0][0])/4);
        S := HSL[1][1] - ((HSL[1][1] - HSL[0][1])/4);
        L := HSL[1][2] - ((HSL[1][2] - HSL[0][2])/2);

        Color := HSLToColor(H, S, L);
      End;
    Except
      Writeln('Could not use crazy professor formula');
    End;
  End Else
  Begin
    Color := ObjColors[0];
  End;

  ColorToleranceSpeed(1); // Uses RGB for color comparison

  FindColorsSpiralTolerance(MSCX, MSCY, TPA, Color, 20, 20, MSX2 - 20, MSY2 - 20, 5);

  TPA := ReArrangeAndShortenArrayEx(TPA, Width, Height);
  // Rearranges and shortens TPA so that there is only one point per "square"
  // - the Round(wi....)
  
  Le := GetArrayLength(TPA) - 1;

  For X := 0 To Le Do
  Begin
    TP := TPA[x];

    TB.x1 := TP.x - Round(Width / 2);
    TB.y1 := TP.y - Round(Height / 2);
    TB.x2 := TP.x + Round(Width / 2);
    TB.y2 := TP.y + Round(Height / 2);

    FindColorsSpiralTolerance(TP.x, TP.x, TPA2, Color, TB.x1, TB.y1, TB.x2, TB.y2, 10);

    // Now we calculate percent of the color in the box
    Semi := GetArrayLength(TPA2) / (Width * Height);
    PerC := Round(Semi * 100);
    If PerC > E  Then
    // ^^ Checks if the colors percent in box is greater than E
    Begin
      // Then we take middle of the TPA2 and save it to Ox and Oy, result true.
      If MiddleTPAEx(TPA2, Ox, Oy) Then
      Begin
        Result := True;
        Break;
      End;
    End;
  End;
  ColorToleranceSpeed(CTS); // Sets color comparison back to original
  Writeln('Finding took: '+IntToStr(GetSystemTime - Time));
End;

I realized that why should anyone want to find multiple objs, for normal use because anyways when you move to one the others positions change :)

~n3ss3s

P.S: If you are finding old rocks, remember that there is couple real smaller "rocks" in one rock, and between them is ground, so fill the widths and heights considering things like these.

E: 0 posts, 12 views?! Darn leechers! :p