pygrenade_vx.network
Modules
Classes
Functions
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pygrenade_vx.network.build_network_graph(network: _pygrenade_vx_network.Network, routing_result: _pygrenade_vx_network.RoutingResult) → _pygrenade_vx_network.NetworkGraph Build a hardware network representation for a given network.
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pygrenade_vx.network.extract_cadc_samples(data: _pygrenade_vx_signal_flow.OutputDataSnippet, network_graph: _pygrenade_vx_network.NetworkGraph) → list[tuple[numpy.ndarray[numpy.float32], numpy.ndarray[numpy.int32], numpy.ndarray[numpy.int32], numpy.ndarray[numpy.int32], numpy.ndarray[numpy.int32], numpy.ndarray[numpy.int32]]]
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pygrenade_vx.network.extract_madc_samples(data: _pygrenade_vx_signal_flow.OutputDataSnippet, network_graph: _pygrenade_vx_network.NetworkGraph) → list[tuple[numpy.ndarray[numpy.float32], numpy.ndarray[numpy.int32], numpy.ndarray[numpy.int32], numpy.ndarray[numpy.int32], numpy.ndarray[numpy.int32], numpy.ndarray[numpy.int32]]]
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pygrenade_vx.network.extract_neuron_spikes(data: _pygrenade_vx_signal_flow.OutputDataSnippet, network_graph: _pygrenade_vx_network.NetworkGraph) → list[dict[tuple[int, int, int], numpy.ndarray[numpy.float64]]]
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pygrenade_vx.network.extract_plasticity_rule_recording_data(data: _pygrenade_vx_signal_flow.OutputDataSnippet, network_graph: _pygrenade_vx_network.NetworkGraph, descriptor: _pygrenade_vx_network.PlasticityRuleOnNetwork) → Union[grenade::vx::signal_flow::vertex::PlasticityRule::RawRecordingData, _pygrenade_vx_network.PlasticityRule.TimedRecordingData] Extract to be recorded observable data of a plasticity rule.
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pygrenade_vx.network.extract_statistics(network_graph: grenade::vx::network::NetworkGraph) → grenade::vx::network::NetworkGraphStatistics Extract statistics from network graph.
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pygrenade_vx.network.requires_routing(current: _pygrenade_vx_network.Network, old_graph: _pygrenade_vx_network.NetworkGraph) → bool Get whether the current network requires routing compared to the old network.
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pygrenade_vx.network.run(*args, **kwargs) Overloaded function.
run(connection: pyhxcomm_vx.QuiggeldyConnectionHandle, network_graph: _pygrenade_vx_network.NetworkGraph, config: dict[pygrenade_common.ExecutionInstanceID, dict[_pygrenade_vx_common.ChipOnConnection, pylola_vx_v3.Chip]], input: _pygrenade_vx_signal_flow.InputData, hooks: dict[pygrenade_common.ExecutionInstanceID, _pygrenade_vx_execution.ExecutionInstanceHooks]) -> _pygrenade_vx_signal_flow.OutputData
run(connection: pyhxcomm_vx.QuiggeldyConnectionHandle, network_graphs: list[_pygrenade_vx_network.NetworkGraph], configs: list[dict[pygrenade_common.ExecutionInstanceID, dict[_pygrenade_vx_common.ChipOnConnection, pylola_vx_v3.Chip]]], inputs: _pygrenade_vx_signal_flow.InputData, hooks: dict[pygrenade_common.ExecutionInstanceID, _pygrenade_vx_execution.ExecutionInstanceHooks]) -> _pygrenade_vx_signal_flow.OutputData
run(connection: pyhxcomm_vx.QuiggeldyConnectionHandle, network_graph: _pygrenade_vx_network.NetworkGraph, config: dict[pygrenade_common.ExecutionInstanceID, dict[_pygrenade_vx_common.ChipOnConnection, pylola_vx_v3.Chip]], input: _pygrenade_vx_signal_flow.InputData) -> _pygrenade_vx_signal_flow.OutputData
run(connection: pyhxcomm_vx.QuiggeldyConnectionHandle, network_graphs: list[_pygrenade_vx_network.NetworkGraph], configs: list[dict[pygrenade_common.ExecutionInstanceID, dict[_pygrenade_vx_common.ChipOnConnection, pylola_vx_v3.Chip]]], inputs: _pygrenade_vx_signal_flow.InputData) -> _pygrenade_vx_signal_flow.OutputData
run(connection: pyhxcomm_vx.MultiZeroMockConnectionHandle, network_graph: _pygrenade_vx_network.NetworkGraph, config: dict[pygrenade_common.ExecutionInstanceID, dict[_pygrenade_vx_common.ChipOnConnection, pylola_vx_v3.Chip]], input: _pygrenade_vx_signal_flow.InputData, hooks: dict[pygrenade_common.ExecutionInstanceID, _pygrenade_vx_execution.ExecutionInstanceHooks]) -> _pygrenade_vx_signal_flow.OutputData
run(connection: pyhxcomm_vx.MultiZeroMockConnectionHandle, network_graphs: list[_pygrenade_vx_network.NetworkGraph], configs: list[dict[pygrenade_common.ExecutionInstanceID, dict[_pygrenade_vx_common.ChipOnConnection, pylola_vx_v3.Chip]]], inputs: _pygrenade_vx_signal_flow.InputData, hooks: dict[pygrenade_common.ExecutionInstanceID, _pygrenade_vx_execution.ExecutionInstanceHooks]) -> _pygrenade_vx_signal_flow.OutputData
run(connection: pyhxcomm_vx.MultiZeroMockConnectionHandle, network_graph: _pygrenade_vx_network.NetworkGraph, config: dict[pygrenade_common.ExecutionInstanceID, dict[_pygrenade_vx_common.ChipOnConnection, pylola_vx_v3.Chip]], input: _pygrenade_vx_signal_flow.InputData) -> _pygrenade_vx_signal_flow.OutputData
run(connection: pyhxcomm_vx.MultiZeroMockConnectionHandle, network_graphs: list[_pygrenade_vx_network.NetworkGraph], configs: list[dict[pygrenade_common.ExecutionInstanceID, dict[_pygrenade_vx_common.ChipOnConnection, pylola_vx_v3.Chip]]], inputs: _pygrenade_vx_signal_flow.InputData) -> _pygrenade_vx_signal_flow.OutputData
run(connection: pyhxcomm_vx.MultiSimConnectionHandle, network_graph: _pygrenade_vx_network.NetworkGraph, config: dict[pygrenade_common.ExecutionInstanceID, dict[_pygrenade_vx_common.ChipOnConnection, pylola_vx_v3.Chip]], input: _pygrenade_vx_signal_flow.InputData, hooks: dict[pygrenade_common.ExecutionInstanceID, _pygrenade_vx_execution.ExecutionInstanceHooks]) -> _pygrenade_vx_signal_flow.OutputData
run(connection: pyhxcomm_vx.MultiSimConnectionHandle, network_graphs: list[_pygrenade_vx_network.NetworkGraph], configs: list[dict[pygrenade_common.ExecutionInstanceID, dict[_pygrenade_vx_common.ChipOnConnection, pylola_vx_v3.Chip]]], inputs: _pygrenade_vx_signal_flow.InputData, hooks: dict[pygrenade_common.ExecutionInstanceID, _pygrenade_vx_execution.ExecutionInstanceHooks]) -> _pygrenade_vx_signal_flow.OutputData
run(connection: pyhxcomm_vx.MultiSimConnectionHandle, network_graph: _pygrenade_vx_network.NetworkGraph, config: dict[pygrenade_common.ExecutionInstanceID, dict[_pygrenade_vx_common.ChipOnConnection, pylola_vx_v3.Chip]], input: _pygrenade_vx_signal_flow.InputData) -> _pygrenade_vx_signal_flow.OutputData
run(connection: pyhxcomm_vx.MultiSimConnectionHandle, network_graphs: list[_pygrenade_vx_network.NetworkGraph], configs: list[dict[pygrenade_common.ExecutionInstanceID, dict[_pygrenade_vx_common.ChipOnConnection, pylola_vx_v3.Chip]]], inputs: _pygrenade_vx_signal_flow.InputData) -> _pygrenade_vx_signal_flow.OutputData
run(connection: pyhxcomm_vx.MultiARQConnectionHandle, network_graph: _pygrenade_vx_network.NetworkGraph, config: dict[pygrenade_common.ExecutionInstanceID, dict[_pygrenade_vx_common.ChipOnConnection, pylola_vx_v3.Chip]], input: _pygrenade_vx_signal_flow.InputData, hooks: dict[pygrenade_common.ExecutionInstanceID, _pygrenade_vx_execution.ExecutionInstanceHooks]) -> _pygrenade_vx_signal_flow.OutputData
run(connection: pyhxcomm_vx.MultiARQConnectionHandle, network_graphs: list[_pygrenade_vx_network.NetworkGraph], configs: list[dict[pygrenade_common.ExecutionInstanceID, dict[_pygrenade_vx_common.ChipOnConnection, pylola_vx_v3.Chip]]], inputs: _pygrenade_vx_signal_flow.InputData, hooks: dict[pygrenade_common.ExecutionInstanceID, _pygrenade_vx_execution.ExecutionInstanceHooks]) -> _pygrenade_vx_signal_flow.OutputData
run(connection: pyhxcomm_vx.MultiARQConnectionHandle, network_graph: _pygrenade_vx_network.NetworkGraph, config: dict[pygrenade_common.ExecutionInstanceID, dict[_pygrenade_vx_common.ChipOnConnection, pylola_vx_v3.Chip]], input: _pygrenade_vx_signal_flow.InputData) -> _pygrenade_vx_signal_flow.OutputData
run(connection: pyhxcomm_vx.MultiARQConnectionHandle, network_graphs: list[_pygrenade_vx_network.NetworkGraph], configs: list[dict[pygrenade_common.ExecutionInstanceID, dict[_pygrenade_vx_common.ChipOnConnection, pylola_vx_v3.Chip]]], inputs: _pygrenade_vx_signal_flow.InputData) -> _pygrenade_vx_signal_flow.OutputData
run(connection: _pygrenade_vx_execution.JITGraphExecutorHandle, network_graph: _pygrenade_vx_network.NetworkGraph, config: dict[pygrenade_common.ExecutionInstanceID, dict[_pygrenade_vx_common.ChipOnConnection, pylola_vx_v3.Chip]], input: _pygrenade_vx_signal_flow.InputData, hooks: dict[pygrenade_common.ExecutionInstanceID, _pygrenade_vx_execution.ExecutionInstanceHooks]) -> _pygrenade_vx_signal_flow.OutputData
run(connection: _pygrenade_vx_execution.JITGraphExecutorHandle, network_graphs: list[_pygrenade_vx_network.NetworkGraph], configs: list[dict[pygrenade_common.ExecutionInstanceID, dict[_pygrenade_vx_common.ChipOnConnection, pylola_vx_v3.Chip]]], inputs: _pygrenade_vx_signal_flow.InputData, hooks: dict[pygrenade_common.ExecutionInstanceID, _pygrenade_vx_execution.ExecutionInstanceHooks]) -> _pygrenade_vx_signal_flow.OutputData
run(connection: _pygrenade_vx_execution.JITGraphExecutorHandle, network_graph: _pygrenade_vx_network.NetworkGraph, config: dict[pygrenade_common.ExecutionInstanceID, dict[_pygrenade_vx_common.ChipOnConnection, pylola_vx_v3.Chip]], input: _pygrenade_vx_signal_flow.InputData) -> _pygrenade_vx_signal_flow.OutputData
run(connection: _pygrenade_vx_execution.JITGraphExecutorHandle, network_graphs: list[_pygrenade_vx_network.NetworkGraph], configs: list[dict[pygrenade_common.ExecutionInstanceID, dict[_pygrenade_vx_common.ChipOnConnection, pylola_vx_v3.Chip]]], inputs: _pygrenade_vx_signal_flow.InputData) -> _pygrenade_vx_signal_flow.OutputData
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pygrenade_vx.network.update_network_graph(network_graph: _pygrenade_vx_network.NetworkGraph, network: _pygrenade_vx_network.Network) → None Update an existing hardware graph representation. For this to work, no new routing has to have been required.