 SpatialParameters | computes spatial-temporal parameters for any walking condition |
| TemporalParameters | computes temporal parameters using heel kinematic data |
| ZeniEventDetect | ind = ZENIEVENTDETECT(data,side,evt,delta) estimates foot strike (FS) and |
| bmech_centreofpressure | BMECH_CENTREOFPRESSURE(fld) |
| bmech_cop_com_inclination | BMECH_COP_COM_INCLINATION compute the angle between the COP and COM in the |
| bmech_forceplate2limbside | BMECH_FORCEPLATE2LIMBSIDE(fld,ch,thresh,ref) determines which limb (right |
| bmech_freetorque | Batch process |
| bmech_gaitevents | BMECH_GAITEVENTS(fld) estimates foot strike (FS) and foot off (FO) events during gait |
| bmech_leglength | BMECH_LEG_LENGTH(fld) computes average leg length from right and left leg length |
| bmech_processGRF | BMECH_PROCESSGRF(fld,filt) processess raw force plate data in a manner similar |
| centreofpressure_data | data = CENTREOFPRESSURE_DATA(data,localOr,globalOr,thresh) computes COP in global |
| cop_com_inclination_data | BMECH_COP_COM_INCLINATION compute the angle between the COP and COM in the |
| cop_com_inclinaton | |
| forceplate2limbside_data | data = FORCEPLATE2LIMBSIDE_DATA(data,fch,thresh,ref) determines which limb (right |
| freetorque_data | |
| gaitevents_data | data = GAITEVENTS_DATA(data,delta) estimates foot strike (FS) and |
| processGRF_data | data = PROCESSGRF_DATA(data,filt,localOr,globalOr,orientFP) prepares force plate data |
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