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| 1 | q = 1 | |
| 2 | function line(dlina) | |
| 3 | - | if turtle.getItemCount = 0 do |
| 3 | + | turtle.select(q) |
| 4 | - | turtle.select(2) |
| 4 | + | |
| 5 | if turtle.getItemCount() == 0 then | |
| 6 | q = q + 1 | |
| 7 | end | |
| 8 | turtle.turnRight() | |
| 9 | turtle.placeDown() | |
| 10 | turtle.turnLeft() | |
| 11 | turtle.forward() | |
| 12 | end | |
| 13 | end | |
| 14 | function square(dlina) | |
| 15 | for b = 1, 4 do | |
| 16 | line(dlina) | |
| 17 | turtle.turnRight() | |
| 18 | end | |
| 19 | end | |
| 20 | - | |
| 20 | + | |
| 21 | for s = 1 , height do | |
| 22 | square(length) | |
| 23 | - | cube(7,3) |
| 23 | + | |
| 24 | end | |
| 25 | end | |
| 26 | ||
| 27 | function pyramid(size) | |
| 28 | squareSize = size | |
| 29 | squareNum = math.ceil( size / 2 ) | |
| 30 | for y = 1, squareNum do | |
| 31 | square(squareSize) | |
| 32 | turtle.forward() | |
| 33 | turtle.turnRight() | |
| 34 | turtle.up() | |
| 35 | turtle.forward() | |
| 36 | turtle.turnLeft() | |
| 37 | squareSize = squareSize - 2 | |
| 38 | end | |
| 39 | end | |
| 40 | function roof(size) | |
| 41 | turtle.select(5) | |
| 42 | pyramid(size) | |
| 43 | half = math.ceil( size / 2 ) | |
| 44 | for x = 1, half do | |
| 45 | turtle.back() | |
| 46 | end | |
| 47 | turtle.turnLeft() | |
| 48 | for x = 1, half do | |
| 49 | turtle.forward() | |
| 50 | end | |
| 51 | turtle.turnRight() | |
| 52 | for x = 1, half - 1 do | |
| 53 | turtle.down() | |
| 54 | end | |
| 55 | turtle.select(6) | |
| 56 | pyramid(size) | |
| 57 | end | |
| 58 | length = math.random(3, 7) | |
| 59 | roof(length) | |
| 60 | function house() | |
| 61 | cube() | |
| 62 | pyramid(size) | |
| 63 | roof(size) | |
| 64 | end | |
| 65 |
