View difference between Paste ID: zPRnPfHu and U4M8byhZ

 function DROP(dropslot, top_bottom)
-    turtle.select(dropslot)
+  turtle.select(dropslot)
   if top_bottom == 1 then
-        turtle.dropUp(1)
+    turtle.dropUp(1)
   else
-        turtle.dropDown(1)
+    turtle.dropDown(1)
   end
 end
 function SUCK(top_bottom)
-    for slot=1,4 do
+  for slot=1,4 do
-        turtle.select(slot)
+    turtle.select(slot)
-        if top_bottom == 1 then
+
-            turtle.suckUp()
+      turtle.suckUp()
-        else
+
-            turtle.suckDown()
+      turtle.suckDown()
-        end
+
   end
 end
 function GET_RID_OF()
-    turtle.select(4)
+  turtle.select(4)
-    turtle.drop()
+  turtle.drop()
 end
 function GET_NEW()
-    turtle.select(4)
+  turtle.select(4)
-    turtle.suck(6)
+  turtle.suck(6)
 end
 function INSERT(top_bottom)
-    for line=1,2 do
+  for line=1,2 do
-        for pattern=1,3 do
+    for pattern=1,3 do
-            for slot=1,3 do
+      for slot=1,3 do
-                DROP(slot, top_bottom)
+        DROP(slot, top_bottom)
-            end
+      end
-        end
+
-        for pattern=1,3 do
+    for pattern=1,3 do
-            DROP(2, top_bottom)
+      DROP(2, top_bottom)
-            DROP(4, top_bottom)
+      DROP(4, top_bottom)
-            DROP(2, top_bottom)
+      DROP(2, top_bottom)
-        end
+
-        for pattern=1,3 do
+    for pattern=1,3 do
-            for slot=1,3 do
+      for slot=1,3 do
-                DROP(4-slot, top_bottom)
+        DROP(4-slot, top_bottom)
-            end
+      end
-        end
+
   end
 end
 function GET_TO(reactornum)
   turtle.up()
   local temp = math.ceil(reactornum/6)-1
   if temp ~= 0 then
     for i=0,temp do
-    if ( reactornum == 1 ) or ( reactornum == 4 ) then
+      for j=1,5 do
-        turtle.turnRight()
+
-        for xtoreac=1,4 do
+      end
-            turtle.forward()
+
-        end
+  end
-        turtle.turnLeft()
+  for i=1,3 do
     turtle.forward()
-        if ( reactornum == 3 ) or ( reactornum == 6 ) then
+  end
-            turtle.turnLeft()
+  if ( reactornum%6 == 1 ) or ( reactornum%6 == 4 ) then
-            for xtoreactor=1,4 do
+    turtle.turnRight()
-                turtle.forward()
+    for xtoreac=1,4 do
-            end
+      turtle.forward()
-            turtle.turnRight()
+
-        end
+
   else
     if ( reactornum%6 == 3 ) or ( reactornum%6 == 0 ) then
       turtle.turnLeft()
-    if reactornum <= 3 then
+      for xtoreactor=1,4 do
         turtle.forward()
-        SUCK(0)
+      end
       turtle.turnRight()
     end
   end
-        SUCK(1)
+
 function GET_REACTOR(reactornum)
   if ( reactornum%6 <= 3 ) and ( reactornum%6 ~= 0 ) then
     turtle.down()
     SUCK(0)
-    if reactornum <=3 then
+
   else
-        INSERT(0)
+
     SUCK(1)
     turtle.down()
   end
-        INSERT(1)
+
 function PUT_REACTOR(reactornum)
   if ( reactornum%6 <= 3 ) and ( reactornum%6 ~= 0 ) then
     turtle.down()
     INSERT(0)
-    if ( reactornum == 1 ) or ( reactornum == 4 ) then
+
-        turtle.turnLeft()
+  else
-        for i=1,4 do
+
-            turtle.forward()
+    INSERT(1)
-        end
+
-        turtle.turnLeft()
+  end
 end
-        if ( reactornum == 3 ) or ( reactornum == 6 ) then
+
-            turtle.turnRight()
+  if ( reactornum%6 == 1 ) or ( reactornum%6 == 4 ) then
-            for i=1,4 do
+
-                turtle.forward()
+    for i=1,4 do
-            end
+      turtle.forward()
-            turtle.turnRight()
+
-        else
+
-            turtle.turnLeft()
+  else
-            turtle.turnLeft()
+    if ( reactornum%6 == 3 ) or ( reactornum%6 == 0 ) then
-        end
+      turtle.turnRight()
       for i=1,4 do
         turtle.forward()
       end
       turtle.turnRight()
     else
       turtle.turnLeft()
       turtle.turnLeft()
     end
   end
-    local Fuel = true
+  for i=1,3 do
-    GET_TO(reactornum)
+
-    GET_REACTOR(reactornum)
+  end
-    GET_BACK(reactornum)
+  local temp = math.ceil(reactornum/6)-1
   if temp ~= 0 then
-    GET_RID_OF()
+    for i=0,temp do
       for j=1,5 do
-    GET_NEW()
+
       end
-    while Fuel do
+
-        if turtle.getFuelLevel() < 1000 then
+  end
-            turtle.select(16)
+  turtle.down()
-            turtle.suck(1)
+  turtle.turnLeft()
-            turtle.drop()
+  turtle.turnLeft()
-        else
+
-            Fuel = false
+
-        end
+  local ReacFuel=0
   local Fuel = true
   GET_TO(reactornum)
-    GET_TO(reactornum)
+  GET_REACTOR(reactornum)
-    PUT_REACTOR(reactornum)
+  GET_BACK(reactornum)
-    GET_BACK(reactornum)
+  turtle.turnLeft()
-end
+  GET_RID_OF()
-REACTOR_RENEW(2)
+  turtle.turnLeft()
   GET_NEW()
   if turtle.getItemDetail(4).name == "ic2:quad_mox_fuel_rod" then
     ReacFuel=1
   else
     if turtle.getItemDetail(4).name == "ic2:quad_uranium_fuel_rod" then
       ReacFuel=2
     end
   end
   turtle.turnLeft()
   while Fuel do
     if turtle.getFuelLevel() < 1000 then
       turtle.select(16)
       turtle.suck(1)
       turtle.drop()
     else
       Fuel = false
     end
   end
   turtle.turnLeft()
   GET_TO(reactornum)
   PUT_REACTOR(reactornum)
   GET_BACK(reactornum)
   return ReacFuel
 end
 while true do
   local ReacFuel=0
   local Table = {0}
   print(Table[1])
   if fs.exists("disk/turt_ask") then
     TurtAsk = fs.open("disk/turt_ask", "r")
     Table[1] = tonumber(TurtAsk.readLine())
     TurtAsk.close()
     if Table[1] ~= 0 then
       TurtAsk = fs.open("disk/turt_ask", "r")
       Table[1] = tonumber(TurtAsk.readLine())
       for i=1,Table[1] do
         table.insert(Table, tonumber(TurtAsk.readLine()))
       end
       TurtAsk.close()
       TurtState = fs.open("disk/turt_state", "w")
       TurtState.writeLine(1)
       TurtState.close()
     end
   else
     sleep(10)
   end
   if Table[1] ~= 0 then
     for i=1,Table[1] do
       reactor=i+1
       ReacFuel=REACTOR_RENEW(Table[reactor])
     end
   else
     sleep(10)
   end
   TurtAns = fs.open("disk/turt_answer", "w")
   TurtAns.writeLine(Table[1])
   if Table[1] ~= 0 then
     for i=1,Table[1] do
       reactor=i+1
       TurtAns.writeLine(Table[reactor])
       TurtAns.writeLine(0)
       TurtAns.writeLine(ReacFuel)
     end
   end
   TurtAns.close()
   if Table[1] ~= 0 then
     sleep(11)
     TurtAsk = fs.open("disk/turt_ask", "w")
     TurtAsk.writeLine(0)
     TurtAsk.close()
     TurtState = fs.open("disk/turt_state", "w")
     TurtState.writeLine(0)
     TurtState.close()
   end
 end