gdsfactory.routing.add_fiber_array.add_fiber_array

gdsfactory.routing.add_fiber_array.add_fiber_array(component: ComponentSpec = <function straight>, grating_coupler: ComponentSpecOrList = functools.partial(<function grating_coupler_elliptical_trenches>, polarization='te', taper_angle=35), gc_port_name: str = 'o1', gc_port_name_fiber: str = 'o2', gc_port_labels: tuple[str, ...] | None = None, io_rotation: int | None = None, component_name: str | None = None, select_ports: Callable = functools.partial(<function select_ports>, port_type='optical'), cross_section: CrossSectionSpec = 'xs_sc', get_input_labels_function: Callable | None = functools.partial(<function get_input_labels>, get_input_label_text_function=<function get_input_label_text_dash>), layer_label: LayerSpec | None = None, dev_id: str | None = None, text: ComponentSpec | None = None, id_placement: Literal[AnchorSubset] = 'center', id_placement_offset: Floats = (0, 0), **kwargs) → Component

Returns component with south routes and grating_couplers.

You can also use pads or other terminations instead of grating couplers.

Parameters:

• component – component spec to connect to grating couplers.

• grating_coupler – spec for route terminations.

• gc_port_name – grating coupler input port name.

• gc_port_name_fiber – grating coupler output port name.

• gc_port_labels – grating coupler list of labels.

• io_rotation – fiber coupler rotation in degrees. Defaults to None.

• component_name – optional for the label.

• select_ports – function to select ports.

• cross_section – cross_section function.

• get_input_labels_function – function to get input labels. None skips labels.

• layer_label – optional layer for grating coupler label.

• dev_id – device if if we want to add a visible label for the device.

• text – optional componentSpec to generate the text for the dev_id

• id_placement – placement of the id. “c” = center (in between the center grating couplers) “r” = right of the right-most gc “l” = left of the left-most gc “s” = center and below the gc in y

• id_placement_offset – offset for the id placement.

Keyword Arguments:

• bend – bend spec.

• straight – straight spec.

• taper – taper spec.

• get_input_label_text_loopback_function – function to get input label test.

• get_input_label_text_function – for labels.

• fanout_length – if None, automatic calculation of fanout length.

• max_y0_optical – in um.

• with_loopback – True, adds loopback structures.

• straight_separation – from edge to edge.

• list_port_labels – None, adds TM labels to port indices in this list.

• connected_port_list_ids – names of ports only for type 0 optical routing.

• nb_optical_ports_lines – number of grating coupler lines.

• force_manhattan – False

• excluded_ports – list of port names to exclude when adding gratings.

• grating_indices – list of grating coupler indices.

• routing_straight – function to route.

• routing_method – get_route.

• optical_routing_type – None: auto, 0: no extension, 1: standard, 2: check.

• input_port_indexes – to connect.

• fiber_spacing – in um.

• gc_rotation – fiber coupler rotation in degrees. Defaults to -90 for south IO.

import gdsfactory as gf

c = gf.components.crossing()
cc = gf.routing.add_fiber_array(
    component=c,
    optical_routing_type=2,
    grating_coupler=gf.components.grating_coupler_elliptical_te,
    with_loopback=False
)
cc.plot()

(Source code, png, hires.png, pdf)