local Cx, Cy = term.getSize()

--Blank Buffer Machine
local buffer = {{Cx, Cy, Cx*Cy},{},{},{}} --Meta Data, Text, Color and Background

for i = 1, buffer[1][3] do
	table.insert(buffer[2], " ") --Default is " "
end

for i = 1, buffer[1][3] do
	table.insert(buffer[3], "0") --Default is "0"
end

for i = 1, buffer[1][3] do
	table.insert(buffer[4], "0") --Default is "0"
end

--Square Maker
local sBuffer = {{10, 10, 10*10},{},{},{}} --Meta Data (SizeXY and Num), Text, Color and Background

table.insert(sBuffer[2], "#")
table.insert(sBuffer[3], "b")
table.insert(sBuffer[4], "b")

for i = 1, sBuffer[1][1] - 2 do
	table.insert(sBuffer[2], "=")
	table.insert(sBuffer[3], "b")
	table.insert(sBuffer[4], "b")
end

table.insert(sBuffer[2], "#")
table.insert(sBuffer[3], "b")
table.insert(sBuffer[4], "b")

for i = 1, sBuffer[1][2] - 2 do
	table.insert(sBuffer[2], "|")
	table.insert(sBuffer[3], "b")
	table.insert(sBuffer[4], "b")

	for i = 1, sBuffer[1][1] - 2 do
		table.insert(sBuffer[2], " ")
		table.insert(sBuffer[3], "3")
		table.insert(sBuffer[4], "3")
	end

	table.insert(sBuffer[2], "|")
	table.insert(sBuffer[3], "b")
	table.insert(sBuffer[4], "b")

end

table.insert(sBuffer[2], "#")
table.insert(sBuffer[3], "b")
table.insert(sBuffer[4], "b")

for i = 1, sBuffer[1][1] - 2 do
	table.insert(sBuffer[2], "=")
	table.insert(sBuffer[3], "b")
	table.insert(sBuffer[4], "b")
end

table.insert(sBuffer[2], "#")
table.insert(sBuffer[3], "b")
table.insert(sBuffer[4], "b")

sPosX = 1
sPosY = 1 - 1
n = (sPosY*Cx) + sPosX
y = 0

for i = 1, sBuffer[1][2] do
	for x = 1, sBuffer[1][1] do
	y = y + 1
	table.insert(buffer[2], n, sBuffer[2][y])
	table.insert(buffer[3], n, sBuffer[3][y])
	table.insert(buffer[4], n, sBuffer[4][y])
	n = n + 1
	end
	n = n - sBuffer[1][1] + Cx
end

--Buffer Printer

term.clear()
term.setCursorPos(1,1) --Clean up

i = 0

for Y = 1, Cy do
	for X = 1, Cx do

		i = i + 1
		term.setCursorPos(X,Y)
		term.blit(buffer[2][i],buffer[3][i],buffer[4][i])

	end
end

sleep(5)