Creating Basic Geometries

%matplotlib inline
%config InlineBackend.figure_format='retina'

# use '%matplotlib widget' for interactive plot

import sys
import numpy as np
import matplotlib.pyplot as plt


from zeroheliumkit import Anchor, Structure, MicroChannels, Taper, SpiralInductor, IDC, Fillet, Layer
from zeroheliumkit import Square, Rectangle, Circle, RegularPolygon
from zeroheliumkit.src.settings import *

plot_cfg = {"layer1": BLUE, "layer2": YELLOW2, "anchors": RED, "skeletone":CYAN}

### Simple geometries

s = Structure()
s.add(Layer("layer1", Square(5, direction=37)))

a = Structure()
a.add(Layer("layer2", Rectangle(5, 2)))
a.rotate(57).move(10,0)

b = Structure()
b.add(Layer("layer1", Circle(2)))
b.move(10,10).mirror("y", keep_original=True)

c = Structure()
c.add(Layer("layer2", RegularPolygon(radius=3, num_edges=7, location=(0, 10))))

s.append(a).append(b).append(c)
s.quickplot(color_config=plot_cfg, size="medium")

<Axes: >

### Lego-style assembling

a1 = Anchor((5,3), 0, "a1")
a2 = Anchor((40, 20), 60, "a2")
layer_info = {"layer1": 3,
              "layer2": 1}
s1 = Fillet(anchor=(a1, a2), radius=15, layers=layer_info)

b1 = Anchor((5,15), 80, "b1")
b2 = Anchor((40, 30), 0, "b2")
s2 = Fillet(anchor=(b1, b2), radius=15, layers=layer_info)

assembled = Structure()
assembled.append(s1).move(-20, -30).append(s2, anchoring=("a2", "b1"), direction_snap=True)

fig = plt.figure(figsize=SIZE)
ax = fig.add_subplot(111)
s1.quickplot(color_config=plot_cfg, ax=ax)
s2.quickplot(color_config=plot_cfg, ax=ax)
assembled.quickplot(color_config=plot_cfg, ax=ax)

<Axes: >

### RES uChannels

layer_info = {"layer1": 12,
              "layer2": 8}
reservior = MicroChannels(length=80,
                          spacing=20,
                          num=9,
                          angle=0,
                          layers=layer_info,
                          alabel=("p1", "p2"))

reservior.quickplot(color_config=plot_cfg, size="medium")

<Axes: >

### Taper

layer_info = {"layer2": (2, 0.5),
              "layer1": (3, 5)}
tp = Taper(length=2,
           layers=layer_info,
           alabel=("a1","a2"),
           extension_sizes=(5,2))

tp.quickplot(color_config=plot_cfg, size="medium")

<Axes: >

### Spiral Inductor

layer_info = {"layer2": 4,
              "layer1": 10}
spi = SpiralInductor(size = 200,
                    width = 4,
                    gap = 3,
                    num_turns = 6,
                    smallest_section_length = 0.5,
                    layers = layer_info,
                    alabel=("a1", "a2"))

spi.quickplot(color_config=plot_cfg, size="medium")

<Axes: >

### IDC

layer_info = {"layer2": 2,
              "layer1": 5}
idc = IDC(length=20,
          spacing=15,
          num=15,
          layers=layer_info,
          alabel=("c1", "c2"))

idc.quickplot(color_config=plot_cfg)

<Axes: >

### CPW Launcher

cpwlauncher = Taper(length = 200,
                    layers = {"layer2": (150, 8),
                              "layer1": (300, 16)},
                    alabel=("a1","a2"),
                    extension_sizes=(300, 10))
cpwlauncher.layer2.cut(Rectangle(150, 200, (-325,0)))
cpwlauncher.layer1.cut(Rectangle(75, 400, (-325-75/2,0)))
cpwlauncher.anchors["a1"].move(225)
cpwlauncher.skeletone.remove()
cpwlauncher.quickplot(color_config=plot_cfg, size="small")

<Axes: >