Enclosures¶

In [1]:

import kfactory as kf


class LayerInfos(kf.LayerInfos):
    WG: kf.kdb.LayerInfo = kf.kdb.LayerInfo(1, 0)
    SLAB: kf.kdb.LayerInfo = kf.kdb.LayerInfo(2, 0)
    NPP: kf.kdb.LayerInfo = kf.kdb.LayerInfo(3, 0)

LAYER = LayerInfos()
kf.kcl.infos = LAYER

import kfactory as kf class LayerInfos(kf.LayerInfos): WG: kf.kdb.LayerInfo = kf.kdb.LayerInfo(1, 0) SLAB: kf.kdb.LayerInfo = kf.kdb.LayerInfo(2, 0) NPP: kf.kdb.LayerInfo = kf.kdb.LayerInfo(3, 0) LAYER = LayerInfos() kf.kcl.infos = LAYER

In [2]:

enc = kf.enclosure.LayerEnclosure(
    [
        (LAYER.SLAB, 2000),
    ],
    name="WGSLAB",
    main_layer=LAYER.WG,
)
c = kf.cells.euler.bend_euler(radius=5, width=1, layer=LAYER.WG, enclosure=enc)
c.show()
c.plot()

enc = kf.enclosure.LayerEnclosure( [ (LAYER.SLAB, 2000), ], name="WGSLAB", main_layer=LAYER.WG, ) c = kf.cells.euler.bend_euler(radius=5, width=1, layer=LAYER.WG, enclosure=enc) c.show() c.plot()

In [3]:

enc = kf.enclosure.LayerEnclosure(
    [
        (LAYER.SLAB, 2000),
        (LAYER.NPP, 1000, 2000),
    ],
    name="SLAB_DOPED",
    main_layer=LAYER.WG,
)
c = kf.cells.euler.bend_euler(radius=5, width=1, layer=LAYER.WG, enclosure=enc)
c.show()
c.plot()

enc = kf.enclosure.LayerEnclosure( [ (LAYER.SLAB, 2000), (LAYER.NPP, 1000, 2000), ], name="SLAB_DOPED", main_layer=LAYER.WG, ) c = kf.cells.euler.bend_euler(radius=5, width=1, layer=LAYER.WG, enclosure=enc) c.show() c.plot()

In [4]:

kcell_enc = kf.KCellEnclosure([enc])

@kf.cell
def two_bends(
    radius: float,
    width: float,
    layer: kf.kdb.LayerInfo,
    enclosure: kf.KCellEnclosure | None = None,
) -> kf.KCell:
    c = kf.KCell()
    b1 = c << kf.cells.euler.bend_euler(radius=radius, width=width, layer=layer)
    b2 = c << kf.cells.euler.bend_euler(radius=radius, width=width, layer=layer)
    b2.drotate(90)
    b2.dmovey(-11)
    b2.dmovex(b2.dxmin, 0)

    c.add_ports(b1.ports)
    c.add_ports(b2.ports)
    c.auto_rename_ports()

    if enclosure:
        enclosure.apply_minkowski_tiled(c)
    return c


c = two_bends(radius=5, width=1, layer=LAYER.WG, enclosure=kcell_enc)
c.show()
c.plot()

kcell_enc = kf.KCellEnclosure([enc]) @kf.cell def two_bends( radius: float, width: float, layer: kf.kdb.LayerInfo, enclosure: kf.KCellEnclosure | None = None, ) -> kf.KCell: c = kf.KCell() b1 = c << kf.cells.euler.bend_euler(radius=radius, width=width, layer=layer) b2 = c << kf.cells.euler.bend_euler(radius=radius, width=width, layer=layer) b2.drotate(90) b2.dmovey(-11) b2.dmovex(b2.dxmin, 0) c.add_ports(b1.ports) c.add_ports(b2.ports) c.auto_rename_ports() if enclosure: enclosure.apply_minkowski_tiled(c) return c c = two_bends(radius=5, width=1, layer=LAYER.WG, enclosure=kcell_enc) c.show() c.plot()

In [ ]: