View difference between Paste ID: LFfjmtYb and qs4SAcmL

--- Laser‑Guided Warp System (“ztc”) with H/I/O prompts and O‑key to run otc
+-- Laser‑Guided Warp System (“ztc”) with H/I prompts on two bottom lines
 
 -- 1) Wrap terminal + any attached monitors
 local screens = {}
 
 -- Terminal wrapper
 table.insert(screens, {
   clear              = function() term.clear(); term.setCursorPos(1,1) end,
   getSize            = function() return term.getSize() end,
   setTextColor       = term.setTextColor,
   setBackgroundColor = term.setBackgroundColor,
   setCursorPos       = term.setCursorPos,
   write              = term.write,
 })
 
 -- Monitor wrappers
 for _, side in ipairs(peripheral.getNames()) do
   if peripheral.getType(side) == "monitor" then
     local m = peripheral.wrap(side)
     table.insert(screens, {
       clear              = function() m.clear(); m.setCursorPos(1,1) end,
       getSize            = function() return m.getSize() end,
       setTextColor       = function(c) m.setTextColor(c) end,
       setBackgroundColor = function(c) m.setBackgroundColor(c) end,
       setCursorPos       = function(x,y) m.setCursorPos(x,y) end,
       write              = function(txt) m.write(txt) end,
       monitor            = m,
     })
   end
 end
 
--- 2) Auto‑scale monitors so at least 7 lines will fit
+-- 2) Auto‑scale monitors so at least 6 lines will fit
 for _, s in ipairs(screens) do
   if s.monitor then
     local best = 0.5
     for _, scale in ipairs({1, 0.5}) do
       s.monitor.setTextScale(scale)
       local w,h = s.getSize()
-      if w >= 40 and h >= 7 then
+      if w >= 40 and h >= 6 then
         best = scale
         break
       end
     end
     s.monitor.setTextScale(best)
   end
 end
 
 -- 3) Helpers
 local function forAll(fn) for _,s in ipairs(screens) do fn(s) end end
 
 -- Clear every screen to lightGray
 local function clearAll()
   forAll(function(s)
     s.setTextColor(colors.black)
     s.setBackgroundColor(colors.lightGray)
     s.clear()
   end)
 end
 
 -- 4) Static texts
 local titleText     = "Laser Guided Warp System"
 local subtitleText  = "Emit Scanning Laser to Warp"
 local offsetText    = "Mining Laser Offset ( I ): "
-local proximityText = "3D Proximity Offset ( O ): "
+
 local promptI       = "Press I to Toggle Laser Miner Offset"
 
-local promptO       = "Press O to Toggle 3D Proximity Offset"
+-- Draw title, subtitle, and offset‑state line
 local function drawStatic()
--- Draw title, subtitle, offset‑state and proximity‑state lines
+
     local w,_ = s.getSize()
     -- Title (line 1): white on black
     local xT = math.floor((w - #titleText)/2) + 1
     s.setTextColor(colors.white)
     s.setBackgroundColor(colors.black)
     s.setCursorPos(xT,1)
     s.write(titleText)
 
     -- Subtitle (line 3): black on lightGray
     local xS = math.floor((w - #subtitleText)/2) + 1
     s.setTextColor(colors.black)
     s.setBackgroundColor(colors.lightGray)
     s.setCursorPos(xS,3)
     s.write(subtitleText)
 
     -- Offset‑state (line 4)
     local fullOffset = offsetText.."OFF"
-    -- Mining Laser Offset (line 4)
+
-    local fullOffset = offsetText.."ON"
+
     s.setBackgroundColor(colors.lightGray)
     s.setCursorPos(1,4)
     s.write(string.rep(" ", w))
     s.setCursorPos(xO,4)
     s.write(offsetText)
     s.setTextColor(colors.white)
     s.setBackgroundColor(colors.red)
     s.write("OFF")
-    s.setBackgroundColor(colors.lime)
+
-    s.write("ON")
+
 
-    -- 3D Proximity Offset (line 5)
+-- Draw prompts on the bottom two rows
-    local fullProx = proximityText.."OFF"
+
-    local xP = math.floor((w - #fullProx)/2) + 1
+
     local w,h = s.getSize()
     -- line h-1: H prompt
     s.setTextColor(colors.white)
     s.setBackgroundColor(colors.blue)
-    s.setCursorPos(xP,5)
+
-    s.write(proximityText)
+
     local xH = math.floor((w - #promptH)/2) + 1
     s.setCursorPos(xH,h-1)
     s.write(promptH)
     -- line h: I prompt
     s.setBackgroundColor(colors.blue)
     s.setCursorPos(1,h)
--- Draw prompts on the bottom three rows
+
     local xI = math.floor((w - #promptI)/2) + 1
     s.setCursorPos(xI,h)
     s.write(promptI)
-    -- line h-2: O prompt
+
 end
 
-    s.setCursorPos(1,h-2)
+
 rednet.open("top")
-    local xO = math.floor((w - #promptO)/2) + 1
+
-    s.setCursorPos(xO,h-2)
+
-    s.write(promptO)
+
     table.remove(cams,i)
   else
     peripheral.wrap(cams[i]).beamFrequency(1420)
   end
 end
 
 -- 6) Initial draw (blank coords)
 clearAll()
 drawStatic()
 drawPrompt()
 
 -- 7) Coords line, accepts nil → blanks before first scan
 local function updateCoords(x,y,z)
   local sx = x and tostring(x) or "    "
   local sy = y and tostring(y) or "    "
   local sz = z and tostring(z) or "    "
   local coordLine = string.format("Target: X:%s   Y:%s   Z:%s", sx, sy, sz)
   forAll(function(s)
     local w,_ = s.getSize()
     s.setTextColor(colors.black)
     s.setBackgroundColor(colors.lightGray)
     s.setCursorPos(1,5)
     s.write(string.rep(" ", w))
     local cx = math.floor((w - #coordLine)/2) + 1
     s.setCursorPos(cx,5)
     s.write(coordLine)
   end)
 end
 
 -- draw initial blanks
 updateCoords(nil,nil,nil)
 
 -- 8) Main loop: scan + key handling
 while true do
   local ev,a,b,c,d = os.pullEventRaw()
   if ev == "laserScanning" then
     local tx = tonumber(b)
     local ty = tonumber(c)
     local tz = tonumber(d)
     updateCoords(tx,ty,tz)
 	local data = { x = tx, y = ty, z = tz }
     rednet.broadcast(data, "HorizontalJumpBroadcast")
 
   elseif ev == "key" then
-    s.setCursorPos(1,6)
+    if a == keys.h then
       os.reboot()
     elseif a == keys.i then
-    s.setCursorPos(cx,6)
+      shell.run("ztc")
       -- after running ztc, re‑draw UI
       clearAll()
       drawStatic()
       updateCoords(tx,ty,tz)
--- draw initial blanks (on line 6)
+      drawPrompt()
     end
   end
 end