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Configuration ------------- .. csv-table:: :header: "Variable", "Default", "Tunable", "Description" :align: left :widths: auto "file_name", "(no default value)", "NO", "Name of the detection set file to write." "writer", "(no default value)", "NO", "Block name for algorithm parameters. e.g. writer:type would be used to specify |br|\ the algorithm type." Input Ports ----------- .. csv-table:: :header: "Port name", "Data Type", "Flags", "Description" :align: left :widths: auto "detected_object_set", "kwiver:detected_object_set", "_required", "Set of detected objects." "image_file_name", "kwiver:image_file_name", "(none)", "Name of an image file. The file name may contain leading path components." Output Ports ------------ .. csv-table:: :header: "Port name", "Data Type", "Flags", "Description" :align: left :widths: auto Pipefile Usage -------------- The following sections describe the blocks needed to use this process in a pipe file. Pipefile block -------------- .. code:: # ================================================================ process :: detected_object_output # Name of the detection set file to write. file_name = # Block name for algorithm parameters. e.g. writer:type would be used to # specify the algorithm type. writer = # ================================================================ Process connections ~~~~~~~~~~~~~~~~~~~ The following Input ports will need to be set ^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^ .. code:: # This process will consume the following input ports connect from .detected_object_set to .detected_object_set connect from .image_file_name to .image_file_name The following Output ports will need to be set ^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^ .. code:: # This process will produce the following output ports Class Description ----------------- .. doxygenclass:: kwiver::detected_object_output_process :project: kwiver :members: