def test_add_piece():
group1 = Group()
group2 = Group()
piece = Piece(White, Vector(0, 0, 0), Identity(), Brick1X1, group=group1)
assert piece in group1.pieces
assert piece not in group2.pieces
group2.add_piece(piece)
assert piece in group2.pieces
assert piece not in group1.pieces
This program is distributed in the hope that it will be useful,
but WITHOUT ANY WARRANTY; without even the implied warranty of
MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
GNU General Public License for more details.
You should have received a copy of the GNU General Public License
along with this program. If not, see <http://www.gnu.org/licenses/>.
"""
import random
from ldraw.colours import *
from ldraw.figure import *
from ldraw.pieces import Group, Piece
group = Group(Vector(0, 0, 0), Identity())
figure = Person(group=group)
print figure.head(Yellow)
print figure.hat(Green, "4485") # Cap
print figure.torso(Red, "973") # Torso
print figure.left_arm(Red)
print figure.left_hand(Yellow)
print figure.right_arm(Red, -60)
print figure.right_hand(Yellow, -10)
print figure.right_hand_item(Black, Vector(0, -1, -10), 0,
"30132") # Gun Revolver
print figure.hips(Blue)
print figure.left_leg(Blue)
print figure.right_leg(Blue, -30)
from ldraw.library.colours import * from ldraw.figure import * from ldraw.library.parts.minifig.accessories import HelmetClassicWithThickChinGuardAndVisorDimples as HelmetClassic, Torch, MetalDetector from ldraw.library.parts.minifig.torsos import TorsoWithClassicSpacePattern # from ldraw.library.parts.others import Baseplate16X16, Rock1X1Crystal5Point from ldraw.pieces import Piece, Group rover = Group(Vector(0, 0, 0), Identity()) r = Piece(White, Vector(0, 0, 0), Identity(), "44728", rover) print(r)
pixels = [pixels[i * width:(i + 1) * width] for i in xrange(height)]
rgbPixels = im.load()
if width >= 256 or height >= 256:
print(
"Opps that files is big - your file needs to be less than 256 pixels in width and height"
)
print("Script will now exit")
print
sys.exit(0)
#print pixels #Used for checking
print("Creating Lego...")
print "Width...", width, " Height...", height
onexonexone = Group(Vector(0, 0, 0), Identity())
#Set up the LDraw file
mosaicFilename = fileName[:-4] + "_mosiac.ldr"
LDrawFile = open(mosaicFilename, 'w')
LDrawFile.write('0 // Mosaic Maker Colour - Neil Marsden' + '\n')
#Set Up the Lego Colour Dictionary
#rgb_code_dictionary = {(27,42,53):26, (242,243,243):1, (163,162,165):194}
#(255, 217, 168):RED,(196, 0, 255):FLESH,(30, 0, 255):PURPLE
#rgb_code_dictionary = {(0,0,0):0, (87,87,87):8, (110,110,110):7, (190,190,190):503, (255,255,255):15} #GreyScaleOnly - Black,DarkGrey,Grey,LightGrey,White
rgb_code_dictionary = {
(252, 252, 252): 15,
(199, 200, 223): 20,
(84, 163, 173): 11,
(248, 227, 148): 18,
figure = Person(Vector(0, 0, -10))
print(figure.head(Yellow, 30))
print(figure.hat(White, HelmetClassic))
print(figure.torso(White, TorsoWithClassicSpacePattern))
print(figure.backpack(White, Vector(0, -2, 0)))
print(figure.hips(White))
print(figure.left_leg(White, 0))
print(figure.right_leg(White, 0))
print(figure.left_arm(White, -45))
print(figure.left_hand(White, 0))
print(figure.left_hand_item(Light_Grey, Vector(0, -11, -12), 0,
Torch)) # Torch
print(figure.right_arm(White, 0))
print(figure.right_hand(White, 0))
print('')
rover = Group(Vector(80, 48, 20), Identity())
print(
Piece(Light_Grey, Vector(0, 0, 0), Identity(),
Plate2X2WithRedWheels_Complete_, rover))
print(
Piece(Black, Vector(30, 6, 0),
Identity().rotate(90, YAxis), Tyre6_50X8OffsetTread, rover))
print(
Piece(Black, Vector(-30, 6, 0),
Identity().rotate(90, YAxis), Tyre6_50X8OffsetTread, rover))
print(
Piece(Light_Grey, Vector(0, 0, -80), Identity(),
Plate2X2WithRedWheels_Complete_, rover))
print(
Piece(Black, Vector(30, 6, -80),
# figure = Person(Vector(0, 0, -10))
# print(figure.head(Yellow, 30))
# print(figure.hat(White, "193B"))
# print(figure.torso(White, "973P90"))
# print(figure.backpack(White, Vector(0, -2, 0)))
# print(figure.hips(White))
# print(figure.left_leg(White, 0))
# print(figure.right_leg(White, 0))
# print(figure.left_arm(White, -45))
# print(figure.left_hand(White, 0))
# print(figure.left_hand_item(Grey, Vector(0, -11, -12), 0, "3959") # Torch)
# print(figure.right_arm(White, 0))
# print(figure.right_hand(White, 0))
# print()
rover = Group(Vector(0, 48, 60), Identity().rotate(-15, YAxis))
print(
Piece(Light_Grey, Vector(0, 0, 0), Identity(),
Plate2X2WithRedWheels_Complete_, rover))
print(
Piece(Rubber_Black, Vector(30, 6, 0),
Identity().rotate(90, YAxis), Tyre6_50X8OffsetTread, rover))
print(
Piece(Rubber_Black, Vector(-30, 6, 0),
Identity().rotate(90, YAxis), Tyre6_50X8OffsetTread, rover))
print(
Piece(Light_Grey, Vector(0, 0, -80), Identity(),
Plate2X2WithRedWheels_Complete_, rover))
print(
Piece(Rubber_Black, Vector(30, 6, -80),
Identity().rotate(90, YAxis), Tyre6_50X8OffsetTread, rover))
import sys
from ldraw.colours import *
from ldraw.figure import *
from ldraw.geometry import Identity, XAxis
from ldraw.parts import Parts
from ldraw.pieces import Group, Piece
if len(sys.argv) != 2:
sys.stderr.write("Usage: %s <parts file>\n" % sys.argv[0])
sys.exit(1)
parts = Parts(sys.argv[1])
group = Group(Vector(0, 0, -40), Identity())
figure = Person(group = group)
figure.head(Yellow, part = parts.Heads["Head with Monocle, Scar, and Moustache Pattern"])
figure.hat(Black, parts.Hats["Top Hat"])
figure.torso(Black, parts.Torsos["Torso with Black Suit, Red Shirt, Gold Clasps Pattern"])
figure.left_arm(Black, 70)
figure.left_hand(White, 0)
figure.right_arm(Black, -30)
figure.right_hand(White, 0)
figure.right_hand_item(ChromeSilver, Vector(0, -58, -20), 0, parts.parts["Minifig Tool Magnifying Glass"])
figure.hips(Black)
figure.left_leg(Black, 50)
figure.right_leg(Black, -40)
group.position = Vector(-100, 40, -120)