 ankleoffsetPiG_data | data = ankleoffsetPiG_data(data,sdata) adds the Plantarflexion and Rotation offset |
| bmech_hipjointcentrePiG | bmech_hipjointcentrePiG(fld) is a batch process function to compute left |
| bmech_jointcentrePiG | BMECH_JOINTCENTREPIG(fld,joints) is a batch process function to compute left |
| bmech_kinematics | BMECH_KINEMATICS(fld,settings) is a batch process function to compute lower-limb |
| chordPiG | jc = CHORDPIG(a,b,c,delta) computes knee and ankle joint centres |
| comparePiG | COMPAREPIG(data,segment,mO,mA,mL,mP) is used to check outputs of |
| getDir | [data,dir] = GETDIR(data,ch) determines the global axis and direction of |
| getGlobalCoord | [O,A,L,P] = GETGLOBALCOORD(data,O,A,L,P,segment,boneLength,test) moves |
| getbones_data | [bone,jnt,data] = GETBONES_DATA(data) retrieves bone information from data struct and creates |
| hipjointcentrePiG_data | data = HIPJOINTCENTREPIG_DATA(data,test) computes left and right hip joint centers for |
| jointcentrePiG_data | data = JOINTCENTREPIG_DATA(data,joint) returns knee, or anke joint centre |
| jointcentreStiefDynamic_data | data = jointcentreStiefDynamic_data(data,joint,mkr_lat,vecStatic) |
| jointcentreStiefStatic_data | [data,vecStatic] = jointcentreStiefStatic_data(data,joint,mkr_lat,mkr_med) |
| jointwidthPiG_data | [data,rKW,lKW,rAW,lAW] = JOINTWIDTHPIG_DATA(data,markerDiam) computes |
| kinematicsPiG_data | data = KINEMATICSPIG_DATA(data,settings) computes global pelvis and lower-limb |
| kinematics_data | data = KINEMATICS_DATA(data,settings) computes global and lower-limb |
| makebones | DATA = MAKEBONES(data) creates segment 'bones' for use in vicon2groodsuntay or for |
| makebones_data | DATA = MAKEBONES_DATA(data,type,foot_flat,test) creates segment 'bones' for use in kinematic / |
| pelvisOrientation | GetPelvisOrientation determines the turn angle, angular velocity and angular acceleration |
Master index