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| 1 | rednet.open("top")
| |
| 2 | - | turtleID = 111 |
| 2 | + | turtleID = 235 |
| 3 | up = " " | |
| 4 | front = " " | |
| 5 | down = " " | |
| 6 | actions = {}
| |
| 7 | start = 1 | |
| 8 | while true do | |
| 9 | term.clear() | |
| 10 | for i = 1, #actions do | |
| 11 | print(actions[i]) | |
| 12 | end | |
| 13 | term.setCursorPos(1,1) | |
| 14 | term.clearLine() | |
| 15 | print("Turtle mission control")
| |
| 16 | term.setCursorPos(1,2) | |
| 17 | term.clearLine() | |
| 18 | print(" ")
| |
| 19 | term.setCursorPos(1,3) | |
| 20 | term.clearLine() | |
| 21 | print(up) | |
| 22 | term.setCursorPos(1,4) | |
| 23 | term.clearLine() | |
| 24 | print(front) | |
| 25 | term.setCursorPos(1,5) | |
| 26 | term.clearLine() | |
| 27 | print(down) | |
| 28 | term.setCursorPos(1,6) | |
| 29 | term.clearLine() | |
| 30 | print(" ")
| |
| 31 | ||
| 32 | while true do | |
| 33 | event, key = os.pullEvent("key")
| |
| 34 | if key == keys.w then | |
| 35 | action = "forward" | |
| 36 | - | redent.send(turtleID, "r = turtle.forward()") |
| 36 | + | rednet.send(turtleID, "ret = turtle.forward()") |
| 37 | break | |
| 38 | elseif key == keys.a then | |
| 39 | action = "left" | |
| 40 | - | redent.send(turtleID, "r = turtle.turnLeft()") |
| 40 | + | rednet.send(turtleID, "ret = turtle.turnLeft()") |
| 41 | break | |
| 42 | elseif key == keys.s then | |
| 43 | action = "back" | |
| 44 | - | redent.send(turtleID, "r = turtle.back()") |
| 44 | + | rednet.send(turtleID, "ret = turtle.back()") |
| 45 | break | |
| 46 | elseif key == keys.d then | |
| 47 | action = "right" | |
| 48 | - | redent.send(turtleID, "r = turtle.turnRight()") |
| 48 | + | rednet.send(turtleID, "ret = turtle.turnRight()") |
| 49 | break | |
| 50 | elseif key == 42 then | |
| 51 | action = "down" | |
| 52 | - | redent.send(turtleID, "r = turtle.down()") |
| 52 | + | rednet.send(turtleID, "ret = turtle.down()") |
| 53 | break | |
| 54 | elseif key == 57 then | |
| 55 | action = "up" | |
| 56 | - | redent.send(turtleID, "r = turtle.up()") |
| 56 | + | rednet.send(turtleID, "ret = turtle.up()") |
| 57 | break | |
| 58 | elseif key == 28 then | |
| 59 | action = "dig" | |
| 60 | - | redent.send(turtleID, "r = turtle.dig()") |
| 60 | + | rednet.send(turtleID, "ret = turtle.dig()") |
| 61 | break | |
| 62 | elseif key == keys.up then | |
| 63 | action = "dig up" | |
| 64 | rednet.send(turtleID, "ret = turtle.digUp()") | |
| 65 | break | |
| 66 | - | while os.clock - startClock < 3 do |
| 66 | + | elseif key == keys.down then |
| 67 | action = "dig down" | |
| 68 | rednet.send(turtleID, "ret = turtle.digDown()") | |
| 69 | break | |
| 70 | end | |
| 71 | end | |
| 72 | startClock = os.clock() | |
| 73 | success = false | |
| 74 | - | r, front, up, down = textutils.unserialize(msg) |
| 74 | + | while os.clock() - startClock < 3 do |
| 75 | id, msg = rednet.receive(1) | |
| 76 | - | table.insert(actions, acac) |
| 76 | + | |
| 77 | success = true | |
| 78 | break | |
| 79 | end | |
| 80 | end | |
| 81 | if not success then error("Connection lost!") end
| |
| 82 | receiving = textutils.unserialize(msg) | |
| 83 | r = receiving[1] | |
| 84 | front = receiving[2] | |
| 85 | up = receiving[3] | |
| 86 | down = receiving[4] | |
| 87 | if r then | |
| 88 | table.insert(actions, action) | |
| 89 | end | |
| 90 | end |
