HAS-Motion Software Documentation

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| compute a root mean squared value of a signal as a metric. given data xi for i=1,2....n mean squared error= mse = sum(xi^2)/n root mean squared error= rms= sqrt(mse) ; \\ for example, compute the root mean squared value of the knee joint power from **start** to **end** metricrootmeansquared.png |**metric_root_mean_squared** | | |**/signal_types=** |link_model_based | |**/signal_names=** |right ankle power | |**/signal_folder** |original | |**/signal_components=** |x | |**/[[visual3d:documentation:c3d_signal_types:event_label_data_type#event_sequence|event_sequence]]=** |start+end | |**/[[visual3d:documentation:c3d_signal_types:event_label_data_type#exclude_events|exclude_events]]=** | | |**/[[visual3d:documentation:pipeline:metric_commands:sequence_percent_start|sequence_percent_start]]=**|within the event sequence specify the beginning of the range as a percent| |**/[[visual3d:documentation:pipeline:metric_commands:sequence_percent_start|sequence_percent_end]]=** |within the event sequence specify the end of the range as a percent | |**/metric_name=** |right angle power rms | |**/apply_as_suffix_to_signal_name=** |false | |**/generate_mean_and_stddev=** |false | |**/append_to_existing_values=** |false | |**/append_to_existing_values=** |false | |**;** | |