Kils-dev

program new;
{$DEFINE SRL_USE_REMOTEINPUT}
{$I SRL/osr.simba}

(*
  This solution assumes that you have an anchor that is either perpendicular or parallel to the door
  (it's either in the angle of facing the closed door, or it's facing the open door)
  
     //
    //|

Kils-dev

{$I SRL-T/osr.simba}
{$I WaspLib/osr.simba}
procedure quickprayerselector;
var
  OldSelected: array of ERSPrayer;
  DesiredPrayer: ERSPrayer;
  i: Integer;
  Match: Boolean;
begin
  QuickPrayer.Open;

Kils-dev

program new;
{$DEFINE SRL_USE_REMOTEINPUT}
{$I SRL/osr.simba}

(*
  This solution assumes that you have an anchor that is either perpendicular or parallel to the door
  So it's either in the angle of facing the closed door, or it's facing the open door.

  Concept:
    Find the door, and find an object which we call anchor, in this case it's a black ledger

Kils-dev

{$I SRL-T/osr.simba}
{$I WaspLib/osr.simba}

const
  HeadName = 'Ensouled bloodveld head';

function EnsouledHeadHandler: ERSSpell;
begin
  case HeadName of
    'Ensouled goblin head', 'Ensouled monkey head', 'Ensouled imp head ',

Kils-dev

{$I SRL-T/osr.simba}
{$I WaspLib/osr.simba}

var
  RSW: TRSWalker;
  StartTile: TPoint;
  X: Int32;
  MyPos := RSW.GetMyPos;

const

Kils-dev

{$I SRL-T/osr.simba}
{$I WaspLib/osr.simba}

function RandomizePath(const Path: TPointArray; Range: Integer): TPointArray;
var
  i: Integer;
  randomValue: Integer;
begin
  // Initialize the result with the same length as the input path
  SetLength(Result, Length(Path));