View difference between Paste ID: 10SzZJm8 and mHvH7T96

     rednet.open("right")
 
     function Puntaje()
         beeTable["Industrious"] = 31
         beeTable["Imperial"] = 30
         beeTable["Unweary"] = 21
         beeTable["Majestic"] = 20
         beeTable["Diligent"] = 11
         beeTable["Noble"] = 10
         beeTable["Cultivated"] = 6
         beeTable["Common"] = 5
         beeTable["Forest"] = 1
         beeTable["Meadows"] = 1
     end
 
     function agarroBee(pos)
       turtle.up()
       turtle.forward()
       turtle.forward()
       turtle.turnRight()
       for i = 1,pos do
         turtle.forward()
       end
       turtle.turnLeft()
 
       for i = 1,6 do
         if turtle.suck() then
           contarBees = contarBees + 1
         end
       end
     end
 
     function buscoCombs(pos)
       checkCombs = 0
       for i = 1,6 do
         turtle.select(i)
         for j = 16, 16 do
           if turtle.compareTo(j) then
             rednet.send(45, "Encontre Combs!\n")
             print("Encontre Combs!")
             if checkCombs == 0 then
               turtle.turnRight()
               turtle.down()
               temp = 8 - pos
               for h = 1,temp do
                 turtle.forward()
               end
               turtle.turnLeft()
               turtle.forward()
               turtle.forward()
               checkCombs = 1
             end
             turtle.drop()
             turtle.select(contarBees)
             turtle.transferTo(i, 1)
             contarBees = contarBees - 1
           end
         end
       end
     end
 
     function scanBees(pos)
       if checkCombs == 1 then
         turtle.turnLeft()
         turtle.turnLeft()
         turtle.up()
         turtle.forward()
       else
         turtle.turnRight()
         temp = 7 - pos
         for i = 1,temp do
           turtle.forward()
         end
         turtle.turnLeft()
         turtle.forward()
         turtle.turnRight()
         turtle.forward()
         turtle.turnRight()
       end
 
 
       for i = 1, contarBees do
         turtle.select(i)
         turtle.drop()
       end
       turtle.down()
       turtle.forward()
-      rednet.send(45, "Esperando 30 segundos mientras escane la primera abeja...\n")
+      rednet.send(45, "\nEsperando 30 segundos mientras escane la primera abeja...\n")
-      print("Esperando 30 segundos mientras escanea Bees")
+
     end
 
 
     function determineBest(slot)
       score = beeTable[data["speciesPrimary"]] + beeTable[data["speciesSecondary"]]
       rednet.send(45, "Actual: "..currScore)
-      rednet.send(45, "-------------------------")
+
       print("Actual: "..currScore)
       print("Nuevo Puntaje: "..score)
       if(bestDrone == 0) then
         bestDrone = slot
         currScore = score
       else
         if (score > currScore) then
           bestDrone = slot
           currScore = score
         end
       end
     end
 
 
     function analyzeBees()
       for i = 1, contarBees do
         turtle.select(i)
         turtle.suckUp()
         turtle.drop()
         m = peripheral.wrap("front")
         data = m.analyze()
         rednet.send(45, "\n-------------------------")
         if (data["type"] == "princess") then
           princess = i
           rednet.send(45, "Princesa = "..i)
           print("Princesa = "..i)
         else
           determineBest(i)
         end
         rednet.send(45, data["speciesPrimary"]..":"..data["speciesSecondary"])
         rednet.send(45, "Mejor Drone = "..bestDrone)
         print(data["speciesPrimary"]..":"..data["speciesSecondary"])
-        rednet.send(46, data["speciesPrimary"]..":"..data["speciesSecondary"])
+
-        rednet.send(46, "Mejor Drone = "..bestDrone)
+
         rednet.send(45, "-------------------------\n")
         if i ~= contarBees then sleep(26) end
       end
     end
 
 
     function returnBees(pos)
       turtle.turnRight()
       temp = 8 - pos
       for i = 1,temp do
         turtle.forward()
       end
 
       turtle.turnRight()
       turtle.forward()
 
       turtle.select(bestDrone)
       turtle.dropUp()
 
       turtle.turnLeft()
       turtle.turnLeft()
       turtle.forward()
       turtle.up()
       turtle.up()
       turtle.turnLeft()
       turtle.turnLeft()
       turtle.forward()
       turtle.select(princess)
       turtle.dropDown()
       turtle.back()
       turtle.down()
     end
 
     function Home(pos)
       turtle.turnLeft()
       for i = 1,pos do
         turtle.forward()
       end
       turtle.turnLeft()
       turtle.forward()
       turtle.forward()
       turtle.down()
       turtle.turnLeft()
       turtle.turnLeft()
     end
 
 
     function dropExcess()
       for i = 1, 6 do
         turtle.select(i)
         turtle.drop()
       end
     end
 
 
     while true do
       for nextpos=1,5 do
         rednet.send(45, "\n\n-------------------------")
         rednet.send(45, "\nApiary Nro. "..nextpos)
         rednet.send(45, "-------------------------")
-        rednet.send(45, "------------------------")
+
         currslot = 1
         princess = 0
         bestDrone = 0
         data=""
         contarBees = 0
         beeTable = {}
         currScore = 0
 
         haybreak = 0
         turtle.select(1)
         Puntaje()
         agarroBee(nextpos)
 
         if (turtle.getItemCount(1) == 0) then
           Home(nextpos)
           print("No hay abejas para retirar")
           rednet.send(45, "No hay abejas para retirar")
           haybreak = 1
-          rednet.send(46, "No hay abejas para retirar")
+
         if haybreak == 0 then
           buscoCombs(nextpos, countBees)
-          rednet.send(45, "Abejas: "..contarBees)
+
-          rednet.send(45, "---------------------")
+
           returnBees(nextpos)
           Home(nextpos)
           dropExcess()
-          rednet.send(45, "Abejas: "..contarBees)
+
-          rednet.send(45, "---------------------")
+
       rednet.send(45, "\n\nEsperando 5 Minutos...\n")
       print("Esperando 5 Minutos")
       sleep(300)
     end