from collections.abc import Sequence
from functools import partial
from kfactory.routing.aa.optical import OpticalAllAngleRoute, route_bundle
import gdsfactory as gf
from gdsfactory.components.bends import bend_euler_all_angle
from gdsfactory.components.waveguides import straight_all_angle
from gdsfactory.typings import (
ComponentAllAngleFactory,
ComponentSpec,
Coordinates,
CrossSectionSpec,
Ports,
)
from gdsfactory.utils import to_kdb_dpoints
[docs]
def route_bundle_all_angle(
component: ComponentSpec,
ports1: Ports,
ports2: Ports,
backbone: Coordinates | None = None,
separation: Sequence[float] | float = 3.0,
straight: ComponentAllAngleFactory = straight_all_angle,
bend: ComponentAllAngleFactory = partial(bend_euler_all_angle, radius=5),
bend_ports: tuple[str, str] = ("o1", "o2"),
straight_ports: tuple[str, str] = ("o1", "o2"),
cross_section: CrossSectionSpec | None = None,
) -> list[OpticalAllAngleRoute]:
"""Route a bundle of ports to another bundle of ports with all angles.
Args:
component: to add the routing.
ports1: list of start ports to connect.
ports2: list of end ports to connect.
backbone: list of points to connect the ports.
separation: list of spacings.
straight: function to create straights.
bend: function to create bends.
bend_ports: tuple of ports to connect the bends.
straight_ports: tuple of ports to connect the straights.
cross_section: cross_section to use. Overrides the cross_section.
"""
if cross_section:
straight = partial(straight, cross_section=cross_section)
bend = partial(bend, cross_section=cross_section)
backbone = backbone or []
c = gf.get_component(component)
return route_bundle(
c=c,
start_ports=ports1,
end_ports=ports2,
backbone=to_kdb_dpoints(backbone),
separation=separation,
straight_factory=straight,
bend_factory=bend,
bend_ports=bend_ports,
straight_ports=straight_ports,
)
if __name__ == "__main__":
import gdsfactory as gf
# c = gf.Component()
# rows = 3
# w1 = c << gf.c.array("straight", spacing=(0, 10), rows=rows, columns=1)
# w2 = c << gf.c.array("straight", spacing=(0, 10), rows=rows, columns=1)
# w2.drotate(-30)
# w2.dmovex(140)
# p1 = list(w1.ports.filter(orientation=0))
# p2 = list(w2.ports.filter(orientation=150))
# p1.reverse()
# p2.reverse()
# c1 = np.array(p2[0].dcenter)
# c2 = np.array(p1[0].dcenter)
# d = (np.array(p2[0].dcenter) + np.array(p1[0].dcenter)) / 2
# backbone = [
# d - (10.0, 0),
# d + (10.0, 0),
# ]
# route_bundle_all_angle(
# c,
# p1,
# p2,
# backbone=backbone,
# separation=3,
# )
c = gf.Component()
mmi = gf.components.mmi2x2(width_mmi=10, gap_mmi=3)
mmi1 = c.create_vinst(mmi) # create a virtual instance
mmi2 = c.create_vinst(mmi) # create a virtual instance
mmi2.dmove((100, 10))
mmi2.drotate(30)
routes = gf.routing.route_bundle_all_angle(
c,
mmi1.ports.filter(orientation=0),
[mmi2.ports["o2"], mmi2.ports["o1"]],
)
c.show()
