screenbuttontest5

peripheral.find("modem",rednet.open)
local monitor = peripheral.find("monitor")
peripheral.wrap("monitor")
monitor.setTextScale(1)
monitor.clear()

local defaultBackgroundColor = colors.black
local defaultTextColor = colors.white

local backgroundColorNormal = colors.blue
local backgroundColorPressed = colors.red

local textColorNormal = colors.white
local textColorPressed = colors.yellow

local width = 3
local height = 1.75
local startColumn = {2,6,9}
local startRow = {3,5,7, 3,5,7}
local row = 2
local column = 2

local tlabel = {"1","2","3","4","5","6"}
local label = "1"
local label0 = "0"

local x, y, z = gps.locate(5)
local turtleID = 23

function resetScreen()
    monitor.setBackgroundColor(defaultBackgroundColor)
    monitor.setTextColor(defaultTextColor)
end

--init
function init()
    resetScreen()
    monitor.setTextScale(1.5)
    monitor.clear()
end

--button background
function displayButtonBackground()
    monitor.setBackgroundColor(backgroundColorNormal)
    for roww = row, row + height - 1 do
        monitor.setCursorPos(column, row)
        monitor.write(string.rep(" ", width))
    end
end

--display label
function displayLabel()
    monitor.setTextColor(textColorNormal)
    displayButtonBackground()
    monitor.setCursorPos(column + math.floor((width - #label)/2), row + math.floor(height/2))
    monitor.write(label)
end

function displayLabel0()
    monitor.setTextColor(textColorNormal)
    monitor.setCursorPos(6, 1)
    monitor.setBackgroundColor(backgroundColorNormal)
    monitor.write(string.rep(" ", width))
    monitor.setCursorPos(6 + math.floor((width - #label0)/2), 1 + math.floor(height/2))
    monitor.write(label0)
end

init()
for i = 1, 3, 1 do
    column = startColumn[1]
    row = startRow[i]
    label = tlabel[i]
    displayLabel()
end
for i = 4, 6, 1 do
    column = startColumn[3]
    row = startRow[i]
    label = tlabel[i]
    displayLabel()
end
displayLabel0()

while (1) do
    local event, button, cx, cy = os.pullEvent("monitor_touch")
        if event == "monitor_touch" then

            --Etage 1
            if cx >= startColumn[1] and cx < (startColumn[1] + width) and cy >= startRow[1] and cy < (startRow[1] + 1) then
                rednet.send(turtleID, "button1")
            end

            --Etage 2
            if cx >= startColumn[1] and cx < (startColumn[1] + width) and cy >= startRow[2] and cy < (startRow[2] + 1) then
                rednet.send(turtleID, "button2")
            end

            --Etage 3
            if cx >= startColumn[1] and cx < (startColumn[1] + width) and cy >= startRow[3] and cy < (startRow[3] + 1) then
                rednet.send(turtleID, "button3")
            end

            --Etage 4
            if cx >= startColumn[3] and cx < (startColumn[3] + width) and cy >= startRow[1] and cy < (startRow[1] + 1) then
                rednet.send(turtleID, "button4")
            end

            --Etage 5
            if cx >= startColumn[3] and cx < (startColumn[3] + width) and cy >= startRow[2] and cy < (startRow[2] + 1) then
                rednet.send(turtleID, "button5")
            end

            --Etage 6
            if cx >= startColumn[3] and cx < (startColumn[3] + width) and cy >= startRow[3] and cy < (startRow[3] + 1) then
                rednet.send(turtleID, "button6")
            end

            --Etage 0
            if y < 72 and cx >= startColumn[2] and cx < (startColumn[2] + width) and cy >= 1 and cy < (2) then
                if y == 62 then
                    rednet.send(turtleID, "button062")
                elseif y == 52 then
                    rednet.send(turtleID, "button052")
                end
            end
        end
end