startup

-- variables

local dColorB = colors.black
local dColorF = colors.white

local monitor
local modem
local targetMonitor
local transporter
local mode = 0
local x = 0
local y = 0
local z = 0
local bL
local bE
local locked = false
local energizeCountDown = -1

-- setup check

for _, name in ipairs(peripheral.getNames()) do

  if (peripheral.getType(name) == "monitor") then
    monitor = peripheral.wrap(name)
  end

  if (peripheral.getType(name) == "warpdriveTransporterCore") then
    transporter = peripheral.wrap(name)
  end

  if (peripheral.getType(name) == "warpdriveMonitor") then
    targetMonitor = peripheral.wrap(name)
  end

  if (peripheral.getType(name) == "modem") then
    modem = peripheral.wrap(name)
  end

end

assert(not (targetMonitor == nil))
assert(not (monitor == nil))
assert(not (transporter == nil))
assert(not (modem == nil))

monitor.setBackgroundColor(dColorB)
monitor.setTextColor(dColorF)
monitor.setTextScale(1)
monitor.clear()

targetMonitor.videoChannel(66)
modem.open(3)
transporter.beamFrequency(616)
transporter.lock(false)

-- buttons

buttonsCount = 0
buttons = {}

Button =
{
  x = 0,
  y = 0,
  h = 0,
  w = 0,
  text = "",
  colorB = colors.gray,
  colorF = colors.blue,
  onClick
}

function Button:new(o, x, y, h, w, text, colorB, colorF, onClick)

  o = o or {}

  o.x = x
  o.y = y
  o.h = h
  o.w = w
  o.text = text
  o.colorB = colorB
  o.colorF = colorF
  o.onClick = onClick

  buttons[buttonsCount] = o
  buttonsCount = buttonsCount + 1

  Button.draw(o)

  return o
end

function Button.draw(self)
  monitor.setBackgroundColor(self.colorB)

  for i = 0, self.h - 1 do
    monitor.setCursorPos(self.x, self.y +i)
    monitor.write(string.rep(" ", self.w))
  end

  monitor.setTextColor(self.colorF)
  monitor.setCursorPos(self.x + math.floor((self.w - string.len(self.text)) / 2), self.y + math.floor(self.h / 2))
  monitor.write(self.text)

  monitor.setBackgroundColor(dColorB)
  monitor.setTextColor(dColorF)
end

-- drawing

monitor.setCursorPos(1, 1)
monitor.write("Mode:")
monitor.setCursorPos(1, 2)
monitor.write("Target:")

function wipe(x, y, n)
  monitor.setCursorPos(x, y)
  monitor.write(string.rep(" ", n))
  monitor.setCursorPos(x, y)
end

function drawInfo()

  wipe(7, 1, 25)

  if (mode == 0) then
    monitor.setTextColor(colors.green)
    monitor.write("Transportation")
  elseif (mode == 1) then
    monitor.setTextColor(colors.red)
    monitor.write("Combat")
  end

  wipe(9, 2, 25)

  monitor.setTextColor(dColorF)
  monitor.write(x.." "..y.." "..z)

  if (mode == 0) then
    acquisitionEnergy, energizeEnergy = transporter.getEnergyRequired()

    wipe(1, 4, 40)
    monitor.write("Lock Energy: "..acquisitionEnergy.."eu")
    wipe(1, 5, 40)
    monitor.write("Energizing Energy: "..energizeEnergy.."eu")

    strength = math.floor(transporter.getLockStrength() * 100)
    wipe(1, 6, 40)
    monitor.write("Lock strength: ")

    if (strength < 60) then
      monitor.setTextColor(colors.red)
    elseif (strength < 80) then
      monitor.setTextColor(colors.orange)
    else
      monitor.setTextColor(colors.green)
    end

    monitor.write(strength.."%")

    if (locked) then

      if (strength < 60) then
        bE.colorB = colors.orange
      else
        bE.colorB = colors.green
      end

      if (energizeCountDown < 0) then
        bE.text = "ENERGIZE"
      else
        bE.text = math.floor(energizeCountDown)
      end
    else
      bE.text = "ENERGIZE"
      bE.colorB = colors.red
    end

    Button.draw(bE)
  end
end

function touchEvent(colum, row)
  for i = 0, buttonsCount - 1 do
    if (buttons[i].x <= colum and buttons[i].x + buttons[i].w >= colum and buttons[i].y <= row and buttons[i].y + buttons[i].h >= row) then
      buttons[i].onClick(buttons[i], true)
    end
  end
end

for key, _ in pairs(transporter) do
    --print(key)
end

-- callBacks

function callBack()
  drawInfo()

  if (mode == 0) then
    if (energizeCountDown >= 0) then
      energizeCountDown = energizeCountDown - 1

      if (energizeCountDown == 0) then
        transporter.energize(true)
      end
    elseif (redstone.getInput("back")) then
      energizeCountDown = 5
    end
  end

end

function transporterCallback()
  transporter.remoteLocation(x, y, z)
end

function lockButton()
  locked = not locked

  if (locked) then
    bL.colorB = colors.red
    bL.text = "UNLOCK"
  else
    bL.colorB = colors.green
    bL.text = "LOCK"
  end

  transporter.lock(locked)
  Button.draw(bL)
end

function energizeButton()
  if (locked and energizeCountDown < 0) then
    energizeCountDown = 5
  end
end

-- buttons

bL = Button:new(nil, 2, 9, 3, 10, "LOCK", colors.green, colors.white, lockButton)
bE = Button:new(nil, 14, 9, 3, 14, "ENERGIZE", colors.green, colors.white, energizeButton)

-- loop

local loop = true
local interval = 1

local timer = os.startTimer(0)

while loop do
  local event, arg1, arg2, arg3, arg4 = os.pullEvent()

  if (event == "timer") then
    callBack()
    os.startTimer(interval)
  end

  if (event == "key") then
    if (arg1  == keys.space) then
      break
    end
  end

  if (event == "monitor_touch") then
    touchEvent(arg2, arg3)
  end

  if (event == "modem_message") then
    target = textutils.unserialize(arg4)
    x = target.x
    y = target.y
    z = target.z

    transporterCallback()
  end
end