def get_shapely_object(self):
if not self._in_wgs or not self._out_wgs:
self._calculate(do_in_wgs=True, do_out_wgs=True)
markers = [DLWMarker(pos) for pos in self.marker_positions]
return geometric_union(self._out_wgs + self._in_wgs + markers)
def add_dlw_marker(self, label, layer, origin):
"""
Adds a marker for 3D-hybrid integration
:param label: Name of the marker, needs to be unique within the device
:param layer: Layer at which the marker and markers should be written
:param origin: Position of the marker
"""
self.add_to_layer(layer, DLWMarker(origin))
self.add_to_layer(std_layers.parnamelayer1, Text(origin, 2, label, alignment='center-center'))
self.add_dlw_data('marker', label, {'origin': origin.tolist()})
def add_dlw_marker(self, label: str, layer: int, origin, box_size=2.5):
"""
Adds a marker for 3D-hybrid integration
:param label: Name of the marker, needs to be unique within the device
:param layer: Layer at which the marker and markers should be written
:param origin: Position of the marker
:param box_size: Size of the box of the marker
"""
from gdshelpers.parts.marker import DLWMarker
from gdshelpers.parts.text import Text
self.add_to_layer(layer, DLWMarker(origin, box_size=box_size))
self.add_to_layer(std_layers.parnamelayer1,
Text(origin, 2, label, alignment='center-center'))
self.add_dlw_data('marker', label, {
'origin': list(origin),
'angle': 0
})