REM SmallBASIC
REM Small RL game forked of my Robotfindskitten game
REM BY ASCIIBENEFACTOR
rem unfinished ! 


REM GET DICT FILE WITH ITEM NAMES 

' x:28,y14
linenb=10
colnb=18
statln=linenb+3
win=false
score=0
pl={hp:30,hpx:30,name:"testacles",
dmg:3,nextinv:1}
mob={}
robx=fix(rnd*colnb)
roby=fix(rnd*linenb)
' amount mob
amob = 2
' amount thrash (items)
amount = 5
endgame=false
thrash = array("{0:{}}")
map={}

rem prg start
label start
dbinit()
genThrash(amount)

' mob = genmob(1)
rem grafx loop waiting for win

borderscr()
repeat
  ' if dead
  if pl.hp =< 0 then
     win=false
     endgame=true
     locate linenb,1
     print " You died"
  fi
  
   itemcolscan()
  kbctrl()
  printobj()
  ' printmob()
  printui()

until endgame


REM ======FUNCTION SPACE =========-


' scan if your on the same tile as item
sub itemcolscan()
  for iscan = 0 to amount
  if robx=thrash[iscan].x and roby=thrash[iscan].y then
   ' if @ is on item note item num 
  locate linenb+3,2
  print thrash[iscan].name
  onitem=iscan
    fi
next   

end

sub takeitem()
   locate statln,1
   print "you take "
   thrash[onitem].onscreen=false
   inv[pl.nextinv] =thrash[onitem].obj
   pl.nextinv = pl.nextinv + 1
end

' KEYBOARD CMD and scr bounds scan
sub kbctrl()
  kb = inkey
  ' delete old rob
  locate roby,robx
  ? " "
  select case kb
    case "h"
      if robx > 0 then
      robx = robx-1
      fi
 
'     if monstscan(dirP
    case "j"
      if roby < linenb then
      roby = roby+1
      fi
    case "k"
      if roby > 0 then
      roby = roby-1 
      dir="y-"
      fi
    case "l"
      if robx < colnb then
      robx = robx+1
      dir="y+"
      fi
    case "q"
   
      cls
      locate 3,3
      print "buyyyyyye"
      stop
    case "p"
      printinfo()
    case "t"
      takeitem()
   end select
end

sub printui()
  locate linenb+2,1
  print "HP: "+pl.hp
  locate linenb+2,8
  ? "dmg"+pl.dmg
  ' status bar 1
  locate linenb+3,1
  print "~~~~~~~~~~~~~~~~~~"
  ' status bar 2 is inside the bottom wall... so linenb+1
  
end

sub printmob()
  for i=1 to amob
    my = mob[i].y
    mx = mob[i].x
    locate my,mx
    print mob[i].ch
   next
end

sub printobj()
  rem print thrash
  for it=1 to amount
    if thrash[it].onscreen then
    local objx = thrash[it].x
    local objy = thrash[it].y
     locate objy,objx
     print thrash[it].ch
    else
      ' put the item in the unaccesible region of screen
       thrash[it].x = 0
      thrash[it].y = 0
      fi
   next
  locate roby,robx
  print  "@"
end

func charget()
 select case fix(rnd*6)
   case 1
   return "&"
   case 2
   return "%"
   case 3 
   return "#"
   case 4
   return "?"
   case 5
   return "+"
   case 6
   return "$"
 end select
end

rem Items are represented by thrash so this func also gens items stats
' assisigning it to the thrash[x].obj object. which will then go as such in the pl inv
sub genthrash(amount)
  for index = 1 to amount
    local tx = fix(rnd*colnb)
    local ty = fix(rnd*linenb)
    thrash[index].name = "def"
    thrash[index].obj = weap.knife
    thrash[index].x = tx
    thrash[index].y = ty
    thrash[index].ch = charget
    thrash[index].text = "testtext"
    thrash[index].onscreen = true 
    thrash[index].take = false
  next
' proto represents the base item 
' before stat mod from algory
  func genitem()
     proto={}
    proto = weap.knife
    return proto
  end
end

func dbinit()
 ' tload weapdb.dat, byref weap
  weap={}
  weap.knife = {name:knife,dmg:3}
  inv={}
end

sub borderscr()
cls
for i = 0 to linenb+1
  locate i+1,colnb+1
  ? "#"
  for i2 = 0 to colnb+1
  locate linenb+1,i2
  print "X"
  next
next 
end

func genmob(lvl)
  for i = 1 to amob 
   pmob={}
   pmob[i] = {dmg:2,hpx:30}
   pmob[i] = {hp:
   30,name:jello}
   pmob[i].x = fix(rnd*colnb)
   pmob[i].y =fix(rnd*linenb)
   pmob[i].alive = true
   pmob[i].onscreen = true
   pmob[i].ch="!"
    next
  return pmob
end

sub printinfo()
  cls
  repeat
   locate 3,3
   print inv
  until inkey == "v" 
  stop
end