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Open a git bash in the desired project folder.\n2. Use the following syntax to add the submodule as a package folder:  \n```(git)\ngit submodule add git@github.com:Neuro-Mechatronics-Interfaces/MATLAB_Data_Plots.git +plot\n```\n\n## Contents ##\n### Labeling Utilities ###\n + [add_multi_ylabel](add_multi_ylabel.m) - Adds multiple y-axis labels to an axis with customized alignment, color, spacing, and font options.\n + [add_scale_bar](add_scale_bar.m) - Adds a scale bar to an existing axis, with customizable units, color, and position.\n + [add_titles](add_titles.m) - Adds a title and subtitle to an axis with customizable font and color options.\n\n### General Plotting Utilities ###  \n + [correlation](correlation.m) - Plot correlation (optionally specifying an axes handle).  \n + [get_parent_figure](get_parent_figure.m) - Returns the parent figure even if it's not directly 'Parent' in the tree of the provided graphics object.\n + [parameters](parameters.m) - Return parameters struct, which sets default values for things like epoch durations etc.  \n + [raincloud](raincloud.m) - Plots a combination of half-violin, boxplot, and raw.  \n + [raster](raster.m) - Plot raster pulse trains from cell array of sample times.  \n + [time_amp_axes](time_amp_axes.m) - Return figure and axes handle for time-vs-amplitude axes.  \n + [time_trial_axes](time_trial_axes.m) - Return figure and axes handle for time-vs-trials axes.  \n + [tt_spline](tt_spline.m) - Plot smoothing spline fitted model from time table.  \n\n### EMG-Specific Plots ###  \n + [emg_array](emg_array.m) - Plot emg array given samples as they come from TMSi SDK.  \n + [emg_averages](emg_averages.m) - Handle plotting gridded averages (TMSi/HD-EMG array).  \n + [emg_averages__bipolar](emg_averages__bipolar.m) - EMG processing for bipolar TMSi channels.  \n + [emg_averages__imu](emg_averages__imu.m) - EMG processing for TMSi IMU channels.  \n + [emg_averages__unipolar_array](emg_averages__unipolar_array.m) - EMG processing for HD-EMG TMSi Array.  \n + [emg_rms](emg_rms.m) - Plot RMS heatmap with filled contour lines.  \n + [emg_stack](emg_stack.m) - Create stack of EMG individual trial traces.  \n + [emg_waterfall](emg_waterfall.m) - Create waterfall plots to show individual stimulus trial responses.  \n + [impedances_hdemg](impedances_hdemg.m) - Generate impedance plot in grid orientation for HD-EMG.  \n + [raw_tmsi_channel](raw_tmsi_channel.m) - Handle plotting single-channel raw TMSi data.  \n + [synergy](synergy.m) - Plot muscle synergies from nnmf results.  \n\n### Abstract-Concept Plots ###  \n + [direct_form_I](direct_form_I.m) - Plot Direct Form-I implementation block diagram and pole/zero plot. \n + [direct_form_II](direct_form_II.m) - Plot Direct Form-II implementation block diagram and pole/zero plot.  \n\n### Experiment-Specific Plots ###  \n + [diff_simulated_fields](diff_simulated_fields.m) - Plots difference between simulated fields from Block_A and Block_B.  \n + [pattern_summary](pattern_summary.m) - Plot summary of a given set of patterns, superimposed on approximation of sulcus.  \n + [potentiometer_event_alignments](potentiometer_event_alignments.m) - Handle plotting potentiometers from wrist task against parsed events for a given exported alignment.  \n + [response_curves](response_curves.m) - Creates set of response curves for parsed \"response\" metric data.  \n + [sba](sba.m) - Plot Scalable Brain Atlas for macaque.  \n + [target_classification_tracking](target_classification_tracking.m) - Plot tracking through time for F1-score.  \n + [trial_durations](trial_durations.m) - Plot bar graphs showing distribution of trial durations.  \n + [trigger_deltas](trigger_deltas.m) - Handle plotting stem display of times between each \"trigger\" (sync) sample.  \n","project_url":"https://awesome.ecosyste.ms/api/v1/projects/github.com%2Fneuro-mechatronics-interfaces%2Fmatlab_data_plots","html_url":"https://awesome.ecosyste.ms/projects/github.com%2Fneuro-mechatronics-interfaces%2Fmatlab_data_plots","lists_url":"https://awesome.ecosyste.ms/api/v1/projects/github.com%2Fneuro-mechatronics-interfaces%2Fmatlab_data_plots/lists"}