 bmech_bodyCOM | bmech_bodyCOM computes the overall body center of mass based on weightings of individual |
| bmech_ctransform | BMECH_CTRANSFORM(fld,ch,c1,c2) batch process coordinate transformation |
| bmech_deriv | BMECH_DERIV(fld,ch,f) batch process differentiation of given channel(s) with filter options |
| bmech_filter | BMECH_FILTER(fld,ch,filt) batch process filtering of given channel(s) with multiple options |
| bmech_massnormalize | BMECH_MASSNORMALIZE (fld,ch,type) mass normalizes the amplitude of force, moment, or |
| bmech_normalize | BMECH_NORMALIZE(fld,ch,datalength,method) batch process time normalization |
| bmech_resample | BMECH_RESAMPLE(fld,ch,p,q,method) batch process resampling function without filtering |
| bmech_reversepol | BMECH_REVERSEPOL(fld,ch) batch process polarity reversing for a given channel and |
| bmech_velocity | BMECH_VELOCITY(fld,ch,method) calculates velocity of a trial based on a given marker. |
| bodyCOM_data | data = BODYCOM_DATA(data,ch)computes center of mass (COM) position from all available body |
| ctransform_data | data = CTRANSFORM_DATA(data,ch,c1,c2) coordinate transformation |
| ctransform_line | vout = CTRANSFORM_LINE(vin,c1,c2) will transform a vector from c1 to c2 (T2/1) |
| deriv_data | data = DERIV_DATA(data,ch,f) differentiation of given channel(s) with filter options |
| deriv_line | r = DERIV_LINE(r,fsamp,filt) differentiation with the option to filter. |
| fft_line | [mean_freq,max_freq,cut]= FFT_LINE(r,fsamp,thresh,graph) performs calculation of |
| filter_data | data = FILTER_DATA(data,ch,filt) filtering of given channel(s) with filter options |
| filter_line | fdata = FILTER_LINE(r,filt,fsamp) filtering via different filter options |
| massnormalize_data | data = MASSNORMALIZE_DATA(data,ch,type) mass normalizes the amplitude of force, moment, or |
| normalize_data | data = NORMALIZE_DATA(data,ch,ndatalength,method) performs time normalization |
| normalize_line | [nline,nlength] = NORMALIZE_LINE(r,datalength,method) normalizes data to specific length |
| point_to_plane | proj_p1 = POINT_TO_PLANE(p1,p2,p3,p4) projects marker p1 into a plane defined by p2, p3, p4 |
| resamp_nofilter | ndata = resamp_nofilter(data,factor) takes column vector of any length and |
| resample_data | data = resample_data(data,ch,p,q) resampling function without filtering |
| reversepol_data | data = REVERSEPOL_data(data,ch) polarity reversing for a given channel and |
| reversepol_line | r_rev = REVERSEPOL_line(r) polarity reversing for a vector |
| segmentCOM_data | data = SEGMENTCOM_DATA(data) computes segmental COM positions for Plug-in Gait marker set |
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