def export_inputs(self, subgraph) -> List[ConnectingOption]:
input_nodes = []
for node in subgraph.nodes:
in_dim = len(list(subgraph.in_edges(node)))
if in_dim == 0:
input_nodes.append(node)
# TODO create the connecting options based on in dim and out dim
if len(input_nodes) == 1:
# This is the normal numbering of the connecting options
return [ConnectingOption(None, ["1"])]
else:
# This is the reverse numbering of the connecting options
return [
ConnectingOption(None, [str(i)]) for i in range(2, len(input_nodes) + 2)
]
def generate_output_connectingoptions(
self, subgraph_view) -> List[ConnectingOption]:
subgraph_outputs = []
for node in list(subgraph_view.nodes):
if len(subgraph_view.out_edges(node)) == 0:
subgraph_outputs.append(
ConnectingOption(self._get_fig_netlist_name(node)))
return subgraph_outputs
def generate_dropx_library() -> MappingLibrary:
library = MappingLibrary("dropx")
# PORT
port_inputs = []
port_inputs.append(ConnectingOption(None, [None]))
port_inputs.append(ConnectingOption(None, [None]))
port_inputs.append(ConnectingOption(None, [None]))
port_inputs.append(ConnectingOption(None, [None]))
port_inputs.append(ConnectingOption(None, [None]))
port_inputs.append(ConnectingOption(None, [None]))
port_inputs.append(ConnectingOption(None, [None]))
port_inputs.append(ConnectingOption(None, [None]))
port_inputs.append(ConnectingOption(None, [None]))
port_inputs.append(ConnectingOption(None, [None]))
port_inputs.append(ConnectingOption(None, [None]))
port_inputs.append(ConnectingOption(None, [None]))
port_inputs.append(ConnectingOption(None, [None]))
port_inputs.append(ConnectingOption(None, [None]))
port_inputs.append(ConnectingOption(None, [None]))
port_inputs.append(ConnectingOption(None, [None]))
port_inputs.append(ConnectingOption(None, [None]))
port_inputs.append(ConnectingOption(None, [None]))
port_inputs.append(ConnectingOption(None, [None]))
port_outputs = []
port_outputs.append(ConnectingOption(None, []))
port_outputs.append(ConnectingOption(None, []))
port_outputs.append(ConnectingOption(None, []))
port_outputs.append(ConnectingOption(None, []))
port_outputs.append(ConnectingOption(None, []))
port_outputs.append(ConnectingOption(None, []))
port_outputs.append(ConnectingOption(None, []))
port_outputs.append(ConnectingOption(None, []))
port_outputs.append(ConnectingOption(None, []))
port_outputs.append(ConnectingOption(None, []))
port_outputs.append(ConnectingOption(None, []))
port_outputs.append(ConnectingOption(None, []))
port_outputs.append(ConnectingOption(None, []))
port_outputs.append(ConnectingOption(None, []))
port_outputs.append(ConnectingOption(None, []))
port_outputs.append(ConnectingOption(None, []))
port_outputs.append(ConnectingOption(None, []))
port_outputs.append(ConnectingOption(None, []))
port_outputs.append(ConnectingOption(None, []))
port = Primitive(
"PORT",
PrimitiveType.COMPONENT,
"IO",
False,
False,
port_inputs,
port_outputs,
None,
None,
None,
)
library.add_io_entry(port)
# PICO INJECTOR
pico_injector_inputs = []
pico_injector_inputs.append(ConnectingOption(None, ["1"]))
pico_injector_inputs.append(ConnectingOption(None, ["2"]))
pico_injector_outputs = []
pico_injector_outputs.append(ConnectingOption(None, ["3"]))
pico_injector_loadings = []
pico_injector_carriers = []
pico_injector = Primitive(
"PICOINJECTOR",
PrimitiveType.COMPONENT,
"MIX",
False,
False,
pico_injector_inputs,
pico_injector_outputs,
pico_injector_loadings,
pico_injector_carriers,
None,
)
library.add_operator_entry(pico_injector, InteractionType.MIX)
# DROPLET ELECTROPHORESIS MERGER
electrophoresis_merger_inputs = []
electrophoresis_merger_inputs.append(ConnectingOption(None, ["1"]))
electrophoresis_merger_inputs.append(ConnectingOption(None, ["2"]))
electrophoresis_merger_outputs = []
electrophoresis_merger_outputs.append(ConnectingOption(None, ["3"]))
electrophoresis_merger_loadings = []
electrophoresis_merger_carriers = []
# TODO - Modify this later on
electrophoresis_merger = Primitive(
"DROPLET MERGER",
PrimitiveType.COMPONENT,
"MIX",
False,
False,
electrophoresis_merger_inputs,
electrophoresis_merger_outputs,
electrophoresis_merger_loadings,
electrophoresis_merger_carriers,
None,
)
library.add_operator_entry(electrophoresis_merger, InteractionType.MIX)
# DROPLET SORTER
droplet_sorter_inputs = []
droplet_sorter_inputs.append(ConnectingOption(None, ["1"]))
droplet_sorter_outputs = []
droplet_sorter_outputs.append(ConnectingOption(None, ["2"]))
droplet_sorter_outputs.append(ConnectingOption(None, ["3"]))
droplet_sorter_loadings = []
droplet_sorter_carriers = []
# TODO - Modify this later on
droplet_sorter = Primitive(
"DROPLET SORTER",
PrimitiveType.COMPONENT,
"SIEVE",
False,
False,
droplet_sorter_inputs,
droplet_sorter_outputs,
droplet_sorter_loadings,
droplet_sorter_carriers,
None,
)
library.add_operator_entry(droplet_sorter, InteractionType.SIEVE)
# DROPLET GENERATOR
droplet_generator_inputs = []
droplet_generator_inputs.append(
ConnectingOption("default_component", ["1"]))
droplet_generator_outputs = []
droplet_generator_outputs.append(
ConnectingOption("default_component", ["3"]))
droplet_generator_loadings = []
droplet_generator_carriers = []
droplet_generator = Primitive(
"NOZZLE DROPLET GENERATOR",
PrimitiveType.NETLIST,
"METER",
False,
False,
droplet_generator_inputs,
droplet_generator_outputs,
droplet_generator_loadings,
droplet_generator_carriers,
"default-netlists/dropletgenerator.mint",
["droplet_size", "generation_rate"],
[
"orifice_size",
"aspect_ratio",
"capillary_number",
"expansion_ratio",
"flow_rate_ratio",
"normalized_oil_inlet",
"normalized_orifice_length",
"normalized_water_inlet",
],
)
library.add_operator_entry(droplet_generator, InteractionType.METER)
droplet_merger_junction_inputs = []
droplet_merger_junction_inputs.append(ConnectingOption(None, ["1"]))
droplet_merger_junction_inputs.append(ConnectingOption(None, ["2"]))
droplet_merger_junction_outputs = []
droplet_merger_junction_outputs.append(ConnectingOption(None, ["3"]))
droplet_merger_junction_loadings = []
droplet_merger_junction_carriers = []
droplet_merger_junction = Primitive(
"DROPLET MERGER JUNCTION",
PrimitiveType.COMPONENT,
"MIX",
False,
False,
droplet_merger_junction_inputs,
droplet_merger_junction_outputs,
droplet_merger_junction_loadings,
droplet_merger_junction_carriers,
None,
)
library.add_operator_entry(droplet_merger_junction, InteractionType.MIX)
# DROPLET MERGER CHANNEL
droplet_merger_channel_inputs = []
droplet_merger_channel_inputs.append(ConnectingOption(None, ["1"]))
droplet_merger_channel_outputs = []
droplet_merger_channel_outputs.append(ConnectingOption(None, ["2"]))
droplet_merger_channel_loadings = []
droplet_merger_channel_carriers = []
droplet_merger_channel = Primitive(
"DROPLET MERGER CHANNEL",
PrimitiveType.COMPONENT,
"MIX",
False,
False,
droplet_merger_channel_inputs,
droplet_merger_channel_outputs,
droplet_merger_channel_loadings,
droplet_merger_channel_carriers,
None,
)
library.add_operator_entry(droplet_merger_channel, InteractionType.MIX)
# MIXER - CONTINOUS FLOW ONE
cf_mixer_inputs = []
cf_mixer_inputs.append(ConnectingOption(None, ["1"]))
cf_mixer_inputs.append(ConnectingOption(None, ["1"]))
cf_mixer_inputs.append(ConnectingOption(None, ["1"]))
cf_mixer_inputs.append(ConnectingOption(None, ["1"]))
cf_mixer_inputs.append(ConnectingOption(None, ["1"]))
cf_mixer_inputs.append(ConnectingOption(None, ["1"]))
cf_mixer_inputs.append(ConnectingOption(None, ["1"]))
cf_mixer_inputs.append(ConnectingOption(None, ["1"]))
cf_mixer_inputs.append(ConnectingOption(None, ["1"]))
cf_mixer_inputs.append(ConnectingOption(None, ["1"]))
cf_mixer_outputs = []
cf_mixer_outputs.append(ConnectingOption(None, ["2"]))
cf_mixer_loadings = []
cf_mixer_carriers = []
cf_mixer = Primitive(
"MIXER",
PrimitiveType.COMPONENT,
"MIX",
False,
False,
cf_mixer_inputs,
cf_mixer_outputs,
cf_mixer_loadings,
cf_mixer_carriers,
None,
)
library.add_operator_entry(cf_mixer, InteractionType.MIX)
# DROPLET SPLITTER
droplet_splitter_inputs = []
droplet_splitter_inputs.append(ConnectingOption(None, ["1"]))
droplet_splitter_outputs = []
droplet_splitter_outputs.append(ConnectingOption(None, ["2"]))
droplet_splitter_outputs.append(ConnectingOption(None, ["3"]))
droplet_splitter_loadings = []
droplet_splitter_carriers = []
droplet_splitter = Primitive(
"DROPLET SPLITTER",
PrimitiveType.COMPONENT,
"DIVIDE",
False,
False,
droplet_splitter_inputs,
droplet_splitter_outputs,
droplet_splitter_loadings,
droplet_splitter_carriers,
None,
)
library.add_operator_entry(droplet_splitter, InteractionType.DIVIDE)
# NORMAL MIXER
mixer_inputs = []
mixer_inputs.append(ConnectingOption(None, ["1"]))
mixer_inputs.append(ConnectingOption(None, ["1"]))
mixer_inputs.append(ConnectingOption(None, ["1"]))
mixer_inputs.append(ConnectingOption(None, ["1"]))
mixer_inputs.append(ConnectingOption(None, ["1"]))
mixer_inputs.append(ConnectingOption(None, ["1"]))
mixer_inputs.append(ConnectingOption(None, ["1"]))
mixer_inputs.append(ConnectingOption(None, ["1"]))
mixer_inputs.append(ConnectingOption(None, ["1"]))
mixer_inputs.append(ConnectingOption(None, ["1"]))
mixer_outputs = []
mixer_outputs.append(ConnectingOption(None, ["2"]))
mixer_outputs.append(ConnectingOption(None, ["2"]))
mixer_outputs.append(ConnectingOption(None, ["2"]))
mixer_outputs.append(ConnectingOption(None, ["2"]))
mixer_outputs.append(ConnectingOption(None, ["2"]))
mixer_outputs.append(ConnectingOption(None, ["2"]))
mixer_outputs.append(ConnectingOption(None, ["2"]))
mixer_outputs.append(ConnectingOption(None, ["2"]))
mixer_outputs.append(ConnectingOption(None, ["2"]))
mixer_outputs.append(ConnectingOption(None, ["2"]))
mixer_loadings = []
mixer_carriers = []
mixer = Primitive(
"MIXER",
PrimitiveType.COMPONENT,
"MIX",
False,
False,
mixer_inputs,
mixer_outputs,
mixer_loadings,
mixer_carriers,
None,
)
library.add_operator_entry(mixer, InteractionType.MIX)
# DROPLET CAPACITANCE SENSOR
droplet_capacitance_sensor_inputs = []
droplet_capacitance_sensor_inputs.append(ConnectingOption(None, ["1"]))
droplet_capacitance_sensor_outputs = []
droplet_capacitance_sensor_outputs.append(ConnectingOption(None, ["2"]))
droplet_capacitance_sensor_loadings = []
droplet_capacitance_sensor_carriers = []
droplet_capacitance_sensor = Primitive(
"DROPLET CAPACITANCE SENSOR",
PrimitiveType.COMPONENT,
"PROCESS",
False,
False,
droplet_capacitance_sensor_inputs,
droplet_capacitance_sensor_outputs,
droplet_capacitance_sensor_loadings,
droplet_capacitance_sensor_carriers,
None,
)
library.add_operator_entry(droplet_capacitance_sensor,
InteractionType.TECHNOLOGY_PROCESS)
# FILTER
filter_inputs = []
filter_inputs.append(ConnectingOption(None, ["1"]))
filter_outputs = []
filter_outputs.append(ConnectingOption(None, ["2"]))
filter_loadings = []
filter_carriers = []
filter = Primitive(
"FILTER",
PrimitiveType.COMPONENT,
"PROCESS",
False,
False,
filter_inputs,
filter_outputs,
filter_loadings,
filter_carriers,
None,
)
library.add_operator_entry(filter, InteractionType.TECHNOLOGY_PROCESS)
# DROPLET FLUORESCENCE SENSOR
droplet_fluorescence_sensor_inputs = []
droplet_fluorescence_sensor_inputs.append(ConnectingOption(None, ["1"]))
droplet_fluorescence_sensor_outputs = []
droplet_fluorescence_sensor_outputs.append(ConnectingOption(None, ["2"]))
droplet_fluorescence_sensor_loadings = []
droplet_fluorescence_sensor_carriers = []
droplet_fluorescence_sensor = Primitive(
"DROPLET FLUORESCENCE SENSOR",
PrimitiveType.COMPONENT,
"PROCESS",
False,
False,
droplet_fluorescence_sensor_inputs,
droplet_fluorescence_sensor_outputs,
droplet_fluorescence_sensor_loadings,
droplet_fluorescence_sensor_carriers,
None,
)
library.add_operator_entry(droplet_fluorescence_sensor,
InteractionType.TECHNOLOGY_PROCESS)
# DROPLET LUMINESCENCE SENSOR
droplet_luminescence_sensor_inputs = []
droplet_luminescence_sensor_inputs.append(ConnectingOption(None, ["1"]))
droplet_luminescence_sensor_outputs = []
droplet_luminescence_sensor_outputs.append(ConnectingOption(None, ["2"]))
droplet_luminescence_sensor_loadings = []
droplet_luminescence_sensor_carriers = []
droplet_luminescence_sensor = Primitive(
"DROPLET CAPACITANCE SENSOR",
PrimitiveType.COMPONENT,
"PROCESS",
False,
False,
droplet_luminescence_sensor_inputs,
droplet_luminescence_sensor_outputs,
droplet_luminescence_sensor_loadings,
droplet_luminescence_sensor_carriers,
None,
)
library.add_operator_entry(droplet_luminescence_sensor,
InteractionType.TECHNOLOGY_PROCESS)
# DROPLET SPACER
droplet_spacer_inputs = []
droplet_spacer_inputs.append(ConnectingOption("default_component", ["1"]))
droplet_spacer_outputs = []
droplet_spacer_outputs.append(ConnectingOption("default_component", ["2"]))
droplet_spacer_loadings = []
droplet_spacer_carriers = []
droplet_spacer = Primitive(
"DROPLET SPACER",
PrimitiveType.NETLIST,
"PROCESS",
False,
False,
droplet_spacer_inputs,
droplet_spacer_outputs,
droplet_spacer_loadings,
droplet_spacer_carriers,
"default-netlists/dropletspacer.mint",
)
library.add_operator_entry(droplet_spacer,
InteractionType.TECHNOLOGY_PROCESS)
# YTREE - This is a procedural primitives
ytree = YTREE()
library.add_procedural_entry(ytree)
return library