b = peripheral.wrap("right")
m = peripheral.wrap("top")
w, h = m.getSize()
m.clear()
m.setTextScale(1)
m.setTextColor(colors.white)
count = 0

function getSpeed(speed)
  if speed >= 1.7 then return "Fastest"
  elseif speed >= 1.4 then return "Faster"
  elseif speed >= 1.2 then return "Fast"
  elseif speed >= 1.0 then return "Normal"
  elseif speed >= 0.8 then return "Slow"
  elseif speed >= 0.6 then return "Slower"
  else return "Slowest" end
end

function getLifespan(lifespan)
  if lifespan >= 70 then return "Longest"
  elseif lifespan >= 60 then return "Longer"
  elseif lifespan >= 50 then return "Long"
  elseif lifespan >= 45 then return "Elongated"
  elseif lifespan >= 40 then return "Normal"
  elseif lifespan >= 35 then return "Shortened"
  elseif lifespan >= 30 then return "Short"
  elseif lifespan >= 20 then return "Shorter"
  else return "Shortest" end
end


while true do
    t = b.analyze()
    m.setCursorPos((w-string.len("Current Bee:"))/2+2, 1)
    m.write("Current Bee:")
    if t ~= nil then
        sleep(1)
        m.clear()

        count = count + 1

        m.setCursorPos((w-string.len("Current Bee:"))/2+2, 1)
        m.write("Current Bee:")


        types = "Type: "..t["type"]
        --species = "Species: "..t["speciesPrimary"].." - "..t["speciesSecondary"]
        speed = "Speed: "..getSpeed(t["speed"])
        lifespan = "Lifespan: "..getLifespan(t["lifespan"])
        temp = "Temperature: "..t["temperature"].." (tolerance: "..t["toleranceTemperature"]..")"
        hum = "Humidity: "..t["humidity"].." (tolerance: "..t["toleranceHumidity"]..")"
        flowers = "Flowers: "..t["flower"]
        effect = "Effect: "..t["effect"]
        terr = "Territory: "..t["territory"][1].."x"..t["territory"][2].."x"..t["territory"][3]
        fert = "Fertility: "..t["fertility"]
        if t["nocturnal"] then noc = "Nocturnal"
        else noc = "Not nocturnal" end
        if t["tolerantFlyer"] then fly = "Flyer"
        else fly = "Non-flyer" end
        if t["caveDwelling"] then cave = "Cave dwelling"
        else cave = "Not cave dwelling" end


        print(types)
        print(species)


        m.setTextColor(colors.lime)
        m.setCursorPos((w-string.len(types))/2+1, 4)
        m.write(types)
        --m.setCursorPos((w-string.len(species))/2+1, 4)
        --m.write(species)
        m.setCursorPos((w-string.len(speed))/2+1, 5)
        m.write(speed)


        m.setTextColor(colors.red)
        m.setCursorPos((w-string.len(lifespan))/2+1, 7)
        m.write(lifespan)
        m.setCursorPos((w-string.len(temp))/2+1, 8)
        m.write(temp)
        m.setCursorPos((w-string.len(hum))/2+1, 9)
        m.write(hum)
        m.setCursorPos((w-string.len(flowers))/2+1, 10)
        m.write(flowers)


        m.setTextColor(colors.cyan)
        m.setCursorPos((w-string.len(effect))/2+1, 12)
        m.write(effect)
        m.setCursorPos((w-string.len(terr))/2+1, 13)
        m.write(terr)
        m.setCursorPos((w-string.len(fert))/2+1, 14)
        m.write(fert)


        m.setCursorPos((w-string.len(noc))/2+1, 16)
        m.write(noc)
        m.setCursorPos((w-string.len(fly))/2+1, 17)
        m.write(fly)
        m.setCursorPos((w-string.len(cave))/2+1, 18)
        m.write(cave)

        m.setTextColor(colors.purple)
        m.setCursorPos((w-string.len("count: "..count))/2+1, 20)
        m.write("count: "..count)
        m.setTextColor(colors.white)
        rs.setOutput("back", true)
        sleep(0.25)
        rs.setOutput("back", false)
    end
    sleep(0.3)
end