Geometry typesΒΆ

[1]:

from pythreejs import *
from IPython.display import display
from math import pi

[2]:

# Reduce repo churn for examples with embedded state:
from pythreejs._example_helper import use_example_model_ids
use_example_model_ids()

[3]:

BoxGeometry(
    width=5,
    height=10,
    depth=15,
    widthSegments=5,
    heightSegments=10,
    depthSegments=15)

[3]:

[4]:

BoxBufferGeometry(
    width=5,
    height=10,
    depth=15,
    widthSegments=5,
    heightSegments=10,
    depthSegments=15)

[4]:

[5]:

CircleGeometry(
    radius=10,
    segments=10,
    thetaStart=0.25,
    thetaLength=5.0)

[5]:

[6]:

CircleBufferGeometry(
    radius=10,
    segments=10,
    thetaStart=0.25,
    thetaLength=5.0)

[6]:

[7]:

CylinderGeometry(
    radiusTop=5,
    radiusBottom=10,
    height=15,
    radialSegments=6,
    heightSegments=10,
    openEnded=False,
    thetaStart=0,
    thetaLength=2.0*pi)

[7]:

[8]:

CylinderBufferGeometry(
    radiusTop=5,
    radiusBottom=10,
    height=15,
    radialSegments=6,
    heightSegments=10,
    openEnded=False,
    thetaStart=0,
    thetaLength=2.0*pi)

[8]:

[9]:

dodeca_geometry = DodecahedronGeometry(radius=10, detail=0, _flat=True)
dodeca_geometry

[9]:

[10]:

LineSegments(
    EdgesGeometry(dodeca_geometry),
    LineBasicMaterial(parameters=dict(color='ffffff'))
)

[10]:

[ ]:

# TODO:
# ExtrudeGeometry(...)

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IcosahedronGeometry(radius=10, _flat=True)

[11]:

[12]:

LatheBufferGeometry(
    points=[
        [ 0, -10, 0 ],
        [ 10, -5, 0 ],
        [ 5, 5, 0 ],
        [ 0, 10, 0 ]
    ],
    segments=16,
    phiStart=0.0,
    phiLength=2.0*pi, _flat=True)

[12]:

[13]:

OctahedronGeometry(radius=10, detail=0, _flat=True)

[13]:

[14]:

ParametricGeometry(
    func="""function(u,v,out) {
        var x = 5 * (0.5 - u);
        var y = 5 * (0.5 - v);
        out.set(10 * x, 10 * y, x*x - y*y);
    }""",
    slices=5,
    stacks=10, _flat=True)

[14]:

[15]:

PlaneGeometry(
    width=10,
    height=15,
    widthSegments=5,
    heightSegments=10)

[15]:

[16]:

PlaneBufferGeometry(
    width=10,
    height=15,
    widthSegments=5,
    heightSegments=10)

[16]:

[ ]:

# TODO
# PolyhedronGeometry(...)

[17]:

# TODO: issues when radius is 0...
RingGeometry(
    innerRadius=10,
    outerRadius=25,
    thetaSegments=8,
    phiSegments=12,
    thetaStart=0,
    thetaLength=6.283185307179586)

[17]:

[18]:

# TODO: issues when radius is 0...
RingBufferGeometry(
    innerRadius=10,
    outerRadius=25,
    thetaSegments=8,
    phiSegments=12,
    thetaStart=0,
    thetaLength=6.283185307179586)

[18]:

[ ]:

# TODO
# ShapeGeometry(...)

[19]:

SphereGeometry(
    radius=20,
    widthSegments=8,
    heightSegments=6,
    phiStart=0,
    phiLength=1.5*pi,
    thetaStart=0,
    thetaLength=2.0*pi/3.0)

[19]:

[20]:

SphereBufferGeometry(
    radius=20,
    widthSegments=8,
    heightSegments=6,
    phiStart=0,
    phiLength=1.5*pi,
    thetaStart=0,
    thetaLength=2.0*pi/3.0)

[20]:

[21]:

TetrahedronGeometry(radius=10, detail=1, _flat=True)

[21]:

[ ]:

# TODO: font loading
# TextGeometry(...)

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TorusGeometry(
    radius=20,
    tube=5,
    radialSegments=20,
    tubularSegments=6,
    arc=1.5*pi)

[22]:

[23]:

TorusBufferGeometry(radius=100)

[23]:

[24]:

TorusKnotGeometry(
    radius=20,
    tube=5,
    tubularSegments=64,
    radialSegments=8,
    p=2,
    q=3)

[24]:

[25]:

TorusKnotBufferGeometry(
    radius=20,
    tube=5,
    tubularSegments=64,
    radialSegments=8,
    p=2,
    q=3)

[25]:

[ ]:

# TODO: handling THREE.Curve
TubeGeometry(
    path=None,
    segments=64,
    radius=1,
    radialSegments=8,
    close=False)

[26]:

WireframeGeometry(geometry=TorusBufferGeometry(
    radius=20,
    tube=5,
    radialSegments=6,
    tubularSegments=20,
    arc=2.0*pi
))

[26]:

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