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--- visual3d:documentation:emg:processing:normalize_emg_signal_to_maximum_within_gait_cycle [2024/06/19 12:47] – sgranger
+++ visual3d:documentation:emg:processing:normalize_emg_signal_to_maximum_within_gait_cycle [2024/07/17 15:45] (current) – created sgranger
@@ Line 1: / Line 1: @@
-====== integrate emg ======
+====== Normalize EMG Signal to Maximum Within Gait Cycle ======
-==== integrating an emg envelope between events ====
+===== Integrate EMG =====
-the result of integrating a signal is a single metric value per event range. for example, the commands below will integrate an emg signal between events from **start** to **end**
+=== Integrating an EMG envelope between events ===
+The result of integrating a signal is a single metric value per event range. For example, the commands below will integrate an EMG signal between events from **Start** to **End**
 <code>
-! apply high pass filter with 50 hz cutoff
+! Apply high pass filter with 50 hz cutoff
-highpass_filter
+Highpass_Filter
-/signal_types=analog
+/Signal_Types=ANALOG
-/signal_names=emg1+emg2+emg3
+/SIgnal_Names=EMG1+EMG2+EMG3
-/signal_folder=original
+/Signal_Folder=ORIGINAL
-! /result_suffix=
+! /Result_Suffix=
-! /result_folder=processed
+! /Result_Folder=PROCESSED
-! /filter_class=butterworth
+! /Filter_Class=BUTTERWORTH
-/frequency_cutoff=50
+/Frequency_Cutoff=50
-/num_reflected= 0
+/Num_Reflected= 0
-/total_buffer_size=100
+/Total_Buffer_Size=100
-/num_bidirectional_passes=1
+/Num_Bidirectional_Passes=1
 ;
-! apply low pass filter with 500 hz cutoff
+! Apply low pass filter with 500 hz cutoff
-lowpass_filter
+Lowpass_Filter
-/signal_types=analog
+/Signal_Types=ANALOG
-/signal_names=emg1+emg2+emg3
+/SIgnal_Names=EMG1+EMG2+EMG3
-/signal_folder=processed
+/Signal_Folder=PROCESSED
-! /result_suffix=
+! /Result_Suffix=
-! /result_folder=processed
+! /Result_Folder=PROCESSED
-! /filter_class=butterworth
+! /Filter_Class=BUTTERWORTH
-/frequency_cutoff=500
+/Frequency_Cutoff=500
-/num_reflected= 0
+/Num_Reflected= 0
-/total_buffer_size=100
+/Total_Buffer_Size=100
-/num_bidirectional_passes=1
+/Num_Bidirectional_Passes=1
 ;
-! rms moving average with a 100ms window
+! RMS moving average with a 100ms window
-moving_rms
+Moving_RMS
-/signal_types=analog
+/SIGNAL_TYPES=ANALOG
-/signal_names=emg1+emg2+emg3
+/SIGNAL_NAMES=EMG1+EMG2+EMG3
-/signal_folder=processed
+/SIGNAL_FOLDER=PROCESSED
-! /result_suffix=
+! /RESULT_SUFFIX=
-/result_folder=rms
+/RESULT_FOLDER=RMS
-/num_window_frames=1+0.1*parameter::analog::rate
+/NUM_WINDOW_FRAMES=1+0.1*PARAMETER::ANALOG::RATE
 ;
-! integrates an emg signal between events from start to end
+! Integrates an EMG signal between events from Start to End
-metric_integrate
+Metric_Integrate
-/result_metric_name=_int
+/RESULT_METRIC_NAME=_INT
-/apply_as_suffix_to_signal_name=true
+/APPLY_AS_SUFFIX_TO_SIGNAL_NAME=TRUE
-! /result_metric_folder=processed
+! /RESULT_METRIC_FOLDER=PROCESSED
-/signal_types=analog
+/SIGNAL_TYPES=ANALOG
-/signal_names=emg1+emg2+emg3
+/SIGNAL_NAMES=EMG1+EMG2+EMG3
-/signal_folder=rms
+/SIGNAL_FOLDER=RMS
-! /signal_components=all_components
+! /SIGNAL_COMPONENTS=ALL_COMPONENTS
-/event_sequence=start+end
+/EVENT_SEQUENCE=START+END
-/exclude_events=
+/EXCLUDE_EVENTS=
-/generate_mean_and_stddev=false
+/GENERATE_MEAN_AND_STDDEV=FALSE
-/append_to_existing_values=false
+/APPEND_TO_EXISTING_VALUES=FALSE
 ;
 </code>