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On this topic you will see some ComputerCraft codes that i have made...
The HouseBuilder:
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Screenshots:
Code:
Screenshots:
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Code:
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slot = 1
function f()
turtle.forward()
end
function cl()
shell.run("clear")
end
function b()
turtle.place()
end
function bd()
turtle.placeDown()
end
function bu()
turtle.placeUp()
end
function s(place)
turtle.select(place)
slot = slot+1
end
function u()
turtle.up()
end
function d()
turtle.down()
end
function r()
turtle.turnRight()
turtle.forward()
turtle.turnLeft()
end
function l()
turtle.turnLeft()
turtle.forward()
turtle.turnRight()
end
function c()
count = turtle.getItemCount(slot)
if count == 0 then
if slot < 9 then
newslot = slot+1
s(newslot)
end
end
end
function co()
return turtle.getItemCount()
end
function df()
turtle.dig()
end
function dd()
turtle.digDown()
end
cl()
print "House Builder - Made by Vilsol"
print ""
repeat
write "How wide do you want the house? (Max: 14): "
width = tonumber(read())
if width > 14 then
cl()
print "Too wide!"
print ""
end
until width < 15
cl()
repeat
write "How deep you want the house? (Max: 14): "
deep = tonumber(read())
if deep > 14 then
cl()
print "Too deep!"
print ""
end
until deep < 15
cl()
repeat
write "How high you want the house? (Max: 3): "
high = tonumber(read())
if high > 3 then
cl()
print "Too high!"
print ""
end
until high < 4
cl()
repeat
write "Do you want your house above ground? (y/n): "
lev = read()
if lev == "y" then
lev = true
levt = true
elseif lev == "n" then
lev = false
levt = true
else
levt = false
cl()
print "Choose y OR n!"
print ""
end
until levt == true
total = ((width * deep * 2) + (((width-1) * 2 * high) + (deep-1) * 2 * high))
s(1)
s1 = turtle.getItemCount(1)
s2 = turtle.getItemCount(2)
s3 = turtle.getItemCount(3)
s4 = turtle.getItemCount(4)
s5 = turtle.getItemCount(5)
s6 = turtle.getItemCount(6)
s7 = turtle.getItemCount(7)
s8 = turtle.getItemCount(8)
s9 = turtle.getItemCount(9)
totalblocks = s1+s2+s3+s4+s5+s6+s7+s8+s9
print ("Theese settings will use " .. total .. " blocks!")
print ("You have provided " .. totalblocks .. " blocks!")
if totalblocks >= total then
print "That is enough!"
else
repeat
print "That is not enough!"
needed = total - totalblocks
print ("I need " .. needed .. " more blocks!")
print "Write anything to check!"
check = read()
if check then
s(1)
s1 = turtle.getItemCount(1)
s2 = turtle.getItemCount(2)
s3 = turtle.getItemCount(3)
s4 = turtle.getItemCount(4)
s5 = turtle.getItemCount(5)
s6 = turtle.getItemCount(6)
s7 = turtle.getItemCount(7)
s8 = turtle.getItemCount(8)
s9 = turtle.getItemCount(9)
totalblocks = s1+s2+s3+s4+s5+s6+s7+s8+s9
if totalblocks >= total then
print "That is enough!"
ok = true
end
end
until ok == true
end
print "Press any key to start building!"
os.pullEvent("key")
if lev == true then
turtle.turnRight()
u()
turn = "left"
for de = 1,deep do
c()
bd()
for wi = 2,width do
c()
f()
bd()
end
if turn == "left" then
turtle.turnLeft()
f()
turtle.turnLeft()
turn = "right"
else
turtle.turnRight()
f()
turtle.turnRight()
turn = "left"
end
end
else
turtle.turnRight()
turn = "left"
for de = 1,deep do
c()
dd()
bd()
for wi = 2,width do
c()
f()
dd()
bd()
end
if turn == "left" then
turtle.turnLeft()
f()
turtle.turnLeft()
turn = "right"
else
turtle.turnRight()
f()
turtle.turnRight()
turn = "left"
end
end
end
if turn == "left" then
turtle.turnRight()
turn = "right"
else
turtle.turnLeft()
turn = "left"
end
for upe = 1,high+1 do
u()
end
f()
if turn == "left" then
turtle.turnRight()
else
turtle.turnLeft()
end
for de = 1,deep do
c()
bd()
for wi = 2,width do
c()
f()
bd()
end
if turn == "left" then
turtle.turnLeft()
f()
turtle.turnLeft()
turn = "right"
else
turtle.turnRight()
f()
turtle.turnRight()
turn = "left"
end
end
if turn == "left" then
turtle.turnRight()
turn = "right"
else
turtle.turnLeft()
turn = "left"
end
d()
w = "down"
for ww = 1,width do
if w == "down" then
for wh = 1,high do
d()
b()
end
r()
w = "up"
else
for wh = 1,high do
b()
u()
end
r()
w = "down"
end
end
wall = "side"
for walls = 1,3 do
if wall == "side" then
size = deep
wall = "back"
else
size = width
wall = "side"
end
f()
f()
turtle.turnLeft()
for ww = 1,size-1 do
if w == "down" then
for wh = 1,high do
d()
b()
end
r()
w = "up"
else
for wh = 1,high do
b()
u()
end
r()
w = "down"
end
end
end
if math.fmod(width, 2) == 0 then
even = true
else
even = false
end
if even == true then
go = width/2
for fow = 1,go do
f()
end
turtle.turnLeft()
df()
u()
df()
r()
df()
d()
df()
else
go = math.ceil(width/2)
for fow = 1,go do
f()
end
turtle.turnLeft()
df()
u()
df()
end
d()
d()
turtle.turnRight()
f()
turtle.turnRight()
FMS (FileMaganementSystem)
Spoiler
Screenshots:
Code:
Screenshots:
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Code:
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Client:
Server:
Client:
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serverid = 25
shell.run("clear")
print "FMS - Made by Vilsol"
print "Download - 1"
print "Upload - 2"
write "Choose command: "
type = tonumber(read())
if type == 1 then
x = "d"
rednet.send(serverid, x)
sleep(1)
write "Enter file name: "
file = io.read()
rednet.send(serverid, file)
id, text, dist = rednet.receive()
o = fs.open(file, "w")
o.write(text)
o.close()
print "File saved!"
sleep(2)
elseif type == 2 then
x = "g"
rednet.send(serverid, x)
sleep(1)
write "Enter file name: "
file = io.read()
rednet.send(serverid, file)
o = fs.open(file, "r")
f = o.readAll()
rednet.send(serverid, f)
o.close()
print "File sent!"
end
Server:
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startup:
startup:
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d:print "Waiting for command..."
id, type, dist = rednet.receive()
if type == "g" then
print "Receiving file!"
shell.run("g")
elseif type == "d" then
print "Sending file!"
shell.run("d")
end
Spoiler
g:enderId, file, distance = rednet.receive()
sleep(1)
file = fs.open(file, "r")
text = file.readAll()
rednet.send(enderId, text)
file.close()
shell.run("startup")
Spoiler
enderId, proname, distance = rednet.receive()
enderId, text, distance = rednet.receive()
file = fs.open(proname, "w")
file.write(text)
file.close()
log = fs.open("disk/log", "w")
log.writeLine(proname)
log.close()
print ("Saved " .. proname .. " from " .. enderId)
shell.run("startup")
The DoubleQuarry Digger
Spoiler
pastebin get YLPAeL1g doublequarry
pastebin get YLPAeL1g doublequarry
-- Made By Vilsol
-- DoubleQuarry Digger
-- Digs 2 blocks at a time
-- Digs double the depth amount
local args = { ... }
if not args[1] or not args[2] or not args[3] then
print "Command:"
print "doublequarry X Y Depth"
error()
end
if not tonumber(args[1]) then
print "X must be a number!"
else
x = tonumber(args[1])
end
if not tonumber(args[2]) then
print "Y must be a number!"
else
y = tonumber(args[2])
end
if not tonumber(args[3]) then
print "Depth must be a number!"
else
d = tonumber(args[3])
end
if(turtle.getItemCount(13) == 0)then
print "No EnderChest!"
print "Put an EnderChest in the slot 13 and re-run the program!"
error()
end
turn = "right"
totaldig = 0
function reFuel()
fuel = turtle.getFuelLevel()
if fuel < 100 then
turtle.select(16)
turtle.refuel()
turtle.select(1)
end
fuel = turtle.getFuelLevel()
if fuel < 100 then
print "No Fuel!"
print "Put Fuel in slot 16 and re-run the program!"
error()
end
end
function bringHome()
turtle.digUp()
turtle.select(13)
if not turtle.placeUp() then
for attacker = 1,50 do
turtle.attackUp()
end
end
for slots = 1, 12 do
turtle.select(slots)
turtle.dropUp()
end
turtle.select(13)
turtle.digUp()
turtle.select(1)
end
function checkSlot()
fullness = turtle.getItemCount(12)
if fullness > 0 then
bringHome()
end
end
function digQuarry()
reFuel()
bringHome()
turtle.digDown()
turtle.down()
for depth = 1, d do
checkSlot()
for width = 1, y do
checkSlot()
for height = 2, x do
checkSlot()
if turtle.dig() then
totaldig = totaldig+1
end
if turtle.digDown() then
totaldig = totaldig+1
end
if not turtle.forward() then
reFuel()
if not turtle.forward() then
bringHome()
if not turtle.forward() then
if not turtle.attack() then
print "Error"
error()
end
if not turtle.forward() then
for times = 1,50 do
turtle.attack()
end
if not turtle.forward() then
print "Error"
error()
end
end
end
end
end
end
if width < y then
if turn == "left" then
turn = "right"
turtle.turnLeft()
if turtle.dig() then
totaldig = totaldig+1
end
if turtle.digDown() then
totaldig = totaldig+1
end
if not turtle.forward() then
reFuel()
if not turtle.forward() then
bringHome()
if not turtle.forward() then
if not turtle.attack() then
print "Error"
error()
end
if not turtle.forward() then
for times = 1,50 do
turtle.attack()
end
if not turtle.forward() then
print "Error"
error()
end
end
end
end
end
turtle.turnLeft()
else
turn = "left"
turtle.turnRight()
if turtle.dig() then
totaldig = totaldig+1
end
if turtle.digDown() then
totaldig = totaldig+1
end
if not turtle.forward() then
reFuel()
if not turtle.forward() then
bringHome()
if not turtle.forward() then
if not turtle.attack() then
print "Error"
error()
end
if not turtle.forward() then
for times = 1,50 do
turtle.attack()
end
if not turtle.forward() then
print "Error"
error()
end
end
end
end
end
turtle.turnRight()
end
end
end
if depth < d then
if turtle.digDown() then
totaldig = totaldig+1
end
if not turtle.down() then
reFuel()
if not turtle.down() then
bringHome()
if not turtle.down() then
if not turtle.attack() then
print "Error"
error()
end
if not turtle.down() then
for times = 1,50 do
turtle.attack()
end
if not turtle.down() then
print "Error"
error()
end
end
end
end
end
if turtle.digDown() then
totaldig = totaldig+1
end
if not turtle.down() then
reFuel()
if not turtle.down() then
bringHome()
if not turtle.down() then
if not turtle.attack() then
print "Error"
error()
end
if not turtle.down() then
for times = 1,50 do
turtle.attack()
end
if not turtle.down() then
print "Error"
error()
end
end
end
end
end
turtle.turnLeft()
turtle.turnLeft()
else
if turtle.digDown() then
totaldig = totaldig+1
end
for goup = 1, d*2 do
turtle.up()
end
bringHome()
end
end
end
digQuarry()
