def __init__(self, **kwargs):
if 'length' in kwargs:
self.length = kwargs['length']
Ellipse.__init__(self, **kwargs)
# composite shape, create child shapes
self.apex = Anchor(
addTo=self,
translate={'z': self.length},
)
# vectors used for calculation
self.renderApex = Vector()
self.tangentA = Vector()
self.tangentB = Vector()
self.surfacePathCommands = [
# points set in renderConeSurface
PathCommand('move', [{}], None),
PathCommand('line', [{}], None),
PathCommand('line', [{}], None),
]
from zDogPy.illustration import Illustration
from zDogPy.anchor import Anchor
from zDogPy.ellipse import Ellipse
from zDogPy.shape import Shape
I = Illustration()
I.setSize(200, 200)
orange = '#E62'
eggplant = '#636'
# read transform from attribute and set anchor
anchorOptions = { 'addTo': I }
anchor = Anchor(**anchorOptions)
# circle
Ellipse(
addTo=anchor,
diameter=80,
translate={ 'z' : -40 },
stroke=20,
color=eggplant,
)
# triangle
Shape(
addTo=anchor,
path=[
{ 'x' : 0, 'y' : -32 },
{ 'x' : 32, 'y' : 32 },
from zDogPy.shape import Shape
from zDogPy.illustration import Illustration
from zDogPy.box import Box
# colors
yellow = '#ED0'
gold = '#EA0'
orange = '#E62'
garnet = '#C25'
eggplant = '#636'
I = Illustration()
I.color = '#FDB'
I.setSize(120, 120)
model = Anchor(addTo=I, rotate=TAU / 8)
D = 20
boxOptions = {
'addTo': model,
'stroke': 1,
'fill': True,
'color': (1, 0, 0, 0.5),
'width': D,
'height': D,
'depth': D,
'topFace': yellow,
'rearFace': gold,
'leftFace': orange,
'rightFace': orange,
# import zDogPy.shape
# reload(zDogPy.shape)
from zDogPy.boilerplate import TAU
from zDogPy.anchor import Anchor
from zDogPy.vector import Vector
from zDogPy.shape import Shape
from zDogPy.illustration import Illustration
I = Illustration()
I.setSize(24, 24)
D = 5
S = 3
origin = Anchor(addTo=I, scale=3)
dotOptions = dict(addTo=origin, stroke=S, color=(1, 0, 0, 0.5))
# Shape(translate={ 'x': 0, 'y' : 0, 'z': 0 }, **dotOptions)
Shape(translate={ 'x': D, 'y' : D, 'z': D }, **dotOptions)
Shape(translate={ 'x': -D, 'y' : D, 'z': D }, **dotOptions)
Shape(translate={ 'x': D, 'y' : -D, 'z': D }, **dotOptions)
Shape(translate={ 'x': -D, 'y' : -D, 'z': D }, **dotOptions)
Shape(translate={ 'x': 0, 'y' : D, 'z': D }, **dotOptions)
Shape(translate={ 'x': 0, 'y' : -D, 'z': D }, **dotOptions)
Shape(translate={ 'x': 0, 'y' : D, 'z': -D }, **dotOptions)
Shape(translate={ 'x': 0, 'y' : -D, 'z': -D }, **dotOptions)
Shape(translate={ 'x': D, 'y' : D, 'z': -D }, **dotOptions)
from zDogPy.boilerplate import TAU
from zDogPy.illustration import Illustration
from zDogPy.anchor import Anchor
from zDogPy.hemisphere import Hemisphere
yellow = '#ED0'
gold = '#EA0'
orange = '#E62'
garnet = '#C25'
I = Illustration()
I.setSize(400, 400)
burger = Anchor(
addTo=I,
translate={'y': 0},
)
hemisphere = Hemisphere(
addTo=burger,
diameter=100,
translate={
'x': 70,
'y': 10,
'z': 24
},
stroke=5,
fill=False,
color=orange,
)
eggplant = '#636'
garnet = '#C25'
orange = '#E62'
gold = '#EA0'
yellow = '#ED0'
I = Illustration()
I.setSize(sceneSize, sceneSize)
solids = []
hourglass = Anchor(
addTo=I,
translate={
'x': 0,
'y': -4
},
)
solids.append(hourglass)
hemi = Hemisphere(
addTo=hourglass,
diameter=2,
translate={'z': -1},
color=garnet,
backface=orange,
stroke=True,
)
# # hemi.copy(
# # translate={ 'z': 1 },
from zDogPy.illustration import Illustration
from zDogPy.anchor import Anchor
from zDogPy.rect import Rect
from zDogPy.ellipse import Ellipse
from zDogPy.hemisphere import Hemisphere
from zDogPy.cylinder import Cylinder
yellow = '#ED0'
gold = '#EA0'
orange = '#E62'
garnet = '#C25'
I = Illustration()
I.setSize(400, 400)
burger = Anchor(addTo=I, translate={'y': 0}, rotate={'x': TAU / 4})
topBun = Hemisphere(addTo=burger,
diameter=96,
translate={'z': 0},
stroke=14,
fill=True,
color=orange)
cheese = Rect(addTo=burger,
width=92,
height=92,
translate={'z': 25},
stroke=16,
color=yellow,
fill=True)