sinabs.backend.dynapcnn

• chip_factory
  • ChipFactory
    • ChipFactory.device_id
    • ChipFactory.device_name
    • ChipFactory.events_to_raster()
    • ChipFactory.get_config_builder()
    • ChipFactory.raster_to_events()
    • ChipFactory.supported_devices
    • ChipFactory.xytp_to_events()
• config_builder
  • ConfigBuilder
    • ConfigBuilder.build_config()
    • ConfigBuilder.get_constraints()
    • ConfigBuilder.get_default_config()
    • ConfigBuilder.get_input_buffer()
    • ConfigBuilder.get_output_buffer()
    • ConfigBuilder.get_samna_module()
    • ConfigBuilder.get_valid_mapping()
    • ConfigBuilder.monitor_layers()
    • ConfigBuilder.reset_states()
    • ConfigBuilder.set_all_v_mem_to_zeros()
    • ConfigBuilder.validate_configuration()
• crop2d
  • Crop2d
    • Crop2d.forward()
    • Crop2d.get_output_shape()
• discretize
  • determine_discretization_scale()
  • discretize_conv()
  • discretize_conv_()
  • discretize_conv_spike()
  • discretize_conv_spike_()
  • discretize_scalar()
  • discretize_spk()
  • discretize_spk_()
  • discretize_tensor()
• dvs_layer
  • DVSLayer
    • DVSLayer.forward()
    • DVSLayer.from_layers()
    • DVSLayer.get_config_dict()
    • DVSLayer.get_flip_dict()
    • DVSLayer.get_output_shape()
    • DVSLayer.get_output_shape_after_pooling()
    • DVSLayer.get_output_shape_dict()
    • DVSLayer.get_pooling()
    • DVSLayer.get_roi()
    • DVSLayer.get_swap_xy()
    • DVSLayer.input_shape_dict
• dynapcnn_network
  • DynapcnnCompatibleNetwork
  • DynapcnnNetwork
    • DynapcnnNetwork.find_chip_layer()
    • DynapcnnNetwork.forward()
    • DynapcnnNetwork.is_compatible_with()
    • DynapcnnNetwork.make_config()
    • DynapcnnNetwork.memory_summary()
    • DynapcnnNetwork.reset_states()
    • DynapcnnNetwork.to()
    • DynapcnnNetwork.zero_grad()
• dynapcnn_layer
  • DynapcnnLayer
    • DynapcnnLayer.forward()
    • DynapcnnLayer.get_neuron_shape()
    • DynapcnnLayer.memory_summary()
    • DynapcnnLayer.zero_grad()
• exceptions
  • MissingLayer
    • MissingLayer.index
  • UnexpectedLayer
    • UnexpectedLayer.layer_type_expected
    • UnexpectedLayer.layer_type_found
• flipdims
  • FlipDims
    • FlipDims.forward()
    • FlipDims.get_output_shape()
• io
  • calculate_neuron_address()
  • close_device()
  • disable_timestamps()
  • discover_device()
  • enable_timestamps()
  • events_to_raster()
  • events_to_xytp()
  • get_device_map()
  • is_device_type()
  • launch_visualizer()
  • neuron_address_to_cxy()
  • open_device()
  • reset_timestamps()
• mapping
  • Edge
  • LayerConstraints
  • find_chip_layers()
  • get_valid_mapping()
  • make_flow_graph()
• utils
  • build_from_list()
  • construct_dvs_layer()
  • construct_next_dynapcnn_layer()
  • construct_next_pooling_layer()
  • convert_cropping2dlayer_to_crop2d()
  • convert_model_to_layer_list()
  • extend_readout_layer()
  • get_device_id()
  • infer_input_shape()
  • merge_conv_bn()
  • parse_device_id()
  • standardize_device_id()
• dynapcnn_visualizer
  • DynapcnnVisualizer
    • DynapcnnVisualizer.DEFAULT_LAYOUT_DS
    • DynapcnnVisualizer.DEFAULT_LAYOUT_DSP
    • DynapcnnVisualizer.DEFAULT_LAYOUT_DSR
    • DynapcnnVisualizer.DEFAULT_LAYOUT_DSRP
    • DynapcnnVisualizer.LAYOUTS_DICT
    • DynapcnnVisualizer.add_dvs_plot()
    • DynapcnnVisualizer.add_output_prediction_layer_plot()
    • DynapcnnVisualizer.add_power_monitor_plot()
    • DynapcnnVisualizer.add_readout_plot()
    • DynapcnnVisualizer.add_spike_count_plot()
    • DynapcnnVisualizer.connect()
    • DynapcnnVisualizer.create_plots()
    • DynapcnnVisualizer.create_visualizer_process()
    • DynapcnnVisualizer.parse_feature_names_from_image_names()
    • DynapcnnVisualizer.start()
    • DynapcnnVisualizer.stop()
    • DynapcnnVisualizer.update_default_readout_return_value()
    • DynapcnnVisualizer.update_feature_count()
    • DynapcnnVisualizer.update_feature_names()
  • get_free_tcp_port()
• specksim
  • SpecksimNetwork
    • SpecksimNetwork.add_monitor()
    • SpecksimNetwork.add_monitors()
    • SpecksimNetwork.clear_monitors()
    • SpecksimNetwork.forward()
    • SpecksimNetwork.get_nth_spiking_layer()
    • SpecksimNetwork.output_dtype
    • SpecksimNetwork.read_all_monitors()
    • SpecksimNetwork.read_monitor()
    • SpecksimNetwork.read_monitors()
    • SpecksimNetwork.read_spiking_layer_states()
    • SpecksimNetwork.reset_states()
    • SpecksimNetwork.specksim_spikes_to_xytp()
    • SpecksimNetwork.xytp_to_specksim_spikes()
  • calculate_weight_scale()
  • convert_convolutional_layer()
  • convert_iaf_layer()
  • convert_linear_to_convolutional()
  • convert_pooling_layer()
  • from_sequential()
  • to_tuple()