342 lines (290 with data), 11.7 kB
Main.Model.Segs.Femur = {
AnySurfSTL ContactSurf = {
FileName = "..\Input\STL_New\Femoral Component_scaled_cut_ContactSurf.stl" ;
ScaleXYZ = {1, 1, 1};
AnyDrawSurf DrwSurf = {
FileName = .FileName;
ScaleXYZ = .ScaleXYZ;
Visible = Off;
RGB = 1*{1, 0, 1};
Opacity = 0.5;
};
};
AnyInputXML XML_Points_Posterior = {
FileName = "..\Input\STL_New\Femoral Component_scaled_picked_points_Posterior.pp";
};
AnyFloat Points_Posterior_xptr0 = Obj2Num(ObjSelect("XML_Points_Posterior.Contents.PickedPoints.point*.active", "==1", ".x_*"));
AnyFloat Points_Posterior_yptr0 = Obj2Num(ObjSelect("XML_Points_Posterior.Contents.PickedPoints.point*.active", "==1", ".y_*"));
AnyFloat Points_Posterior_zptr0 = Obj2Num(ObjSelect("XML_Points_Posterior.Contents.PickedPoints.point*.active", "==1", ".z_*"));
AnyFloat Points_Posterior = {Points_Posterior_xptr0',Points_Posterior_yptr0',Points_Posterior_zptr0'}';//, yptr0, zptr0};
AnyDrawPointCloud Drw_Points_Posterior = {
Points = .Points_Posterior;
Visible = Off;
RGB = {0, 0, 0};
};
AnySurfCylinderFit FitBaseNode_Posterior = {
// construct a ref. frame with computed center and orientation
Length = 0.08;
Points = .Points_Posterior ;
AnyDrawParamSurf Drw={
Visible = Off;
RGB={1,0,0};
Opacity=0.2;
};
Direction = {0, 0, 1};
FixedDirection = On;
};
AnyInputXML XML_Points_Anterior = {
FileName = "..\Input\STL_New\Femoral Component_scaled_picked_points_Anterior.pp";
};
AnyFloat Points_Anterior_xptr0 = Obj2Num(ObjSelect("XML_Points_Anterior.Contents.PickedPoints.point*.active", "==1", ".x_*"));
AnyFloat Points_Anterior_yptr0 = Obj2Num(ObjSelect("XML_Points_Anterior.Contents.PickedPoints.point*.active", "==1", ".y_*"));
AnyFloat Points_Anterior_zptr0 = Obj2Num(ObjSelect("XML_Points_Anterior.Contents.PickedPoints.point*.active", "==1", ".z_*"));
AnyFloat Points_Anterior= {Points_Anterior_xptr0',Points_Anterior_yptr0',Points_Anterior_zptr0'}';//, yptr0, zptr0};
AnySurfCylinderFit FitBaseNode_Anterior= {
// construct a ref. frame with computed center and orientation
Length = 0.08;
Points = .Points_Anterior ;
AnyDrawParamSurf Drw={
Visible=Off;
RGB={1,0,0};
Opacity=0.2;
};
Direction = {0, 0, 1};
FixedDirection = On;
};
AnyInputXML XML_Points_Lateral = {
FileName = "..\Input\STL_New\Femoral Component_scaled_picked_points_PF_Lateral.pp";
};
AnyFloat Points_Lateral_xptr0 = Obj2Num(ObjSelect("XML_Points_Lateral.Contents.PickedPoints.point*.active", "==1", ".x_*"));
AnyFloat Points_Lateral_yptr0 = Obj2Num(ObjSelect("XML_Points_Lateral.Contents.PickedPoints.point*.active", "==1", ".y_*"));
AnyFloat Points_Lateral_zptr0 = Obj2Num(ObjSelect("XML_Points_Lateral.Contents.PickedPoints.point*.active", "==1", ".z_*"));
AnyFloat Points_Lateral= {Points_Lateral_xptr0',Points_Lateral_yptr0',Points_Lateral_zptr0'}';//, yptr0, zptr0};
AnyDrawPointCloud Drw_Points_Lateral= {
Points = .Points_Lateral;
Visible= Off;
RGB = {0, 0, 0};
};
AnySurfCylinderFit FitBaseNode_Lateral= {
// construct a ref. frame with computed center and orientation
AnyRefNode RotNode = {
ARel = RotMat(10/180*pi, x);
AnySurfEllipsoid FitEllip = {
Radius = {..Radius, ..Radius, 0.0275};
AnyDrawParamSurf Drw={
Visible=Off;
RGB={1,0,0};
Opacity=0.2;};
};
};
Length = 0.00;
Direction = {0, 0, 1};
FixedDirection = On;
Points = .Points_Lateral ;
AnyDrawParamSurf Drw={
Visible=Off;
RGB={1,0,0};
Opacity=0.2;
};
};
AnyInputXML XML_Points_Medial = {
FileName = "..\Input\STL_New\Femoral Component_scaled_picked_points_PF_Medial.pp";
};
AnyFloat Points_Medial_xptr0 = Obj2Num(ObjSelect("XML_Points_Medial.Contents.PickedPoints.point*.active", "==1", ".x_*"));
AnyFloat Points_Medial_yptr0 = Obj2Num(ObjSelect("XML_Points_Medial.Contents.PickedPoints.point*.active", "==1", ".y_*"));
AnyFloat Points_Medial_zptr0 = Obj2Num(ObjSelect("XML_Points_Medial.Contents.PickedPoints.point*.active", "==1", ".z_*"));
AnyFloat Points_Medial= {Points_Medial_xptr0',Points_Medial_yptr0',Points_Medial_zptr0'}';//, yptr0, zptr0};
AnyDrawPointCloud Drw_Points_Medial= {
Points = .Points_Medial;
Visible= Off;
RGB = {0, 0, 0};
};
AnySurfCylinderFit FitBaseNode_Medial= {
// construct a ref. frame with computed center and orientation
AnyRefNode RotNode = {
ARel = RotMat(-15/180*pi, x);
AnySurfEllipsoid FitEllip = {
Radius = {..Radius, ..Radius, 0.0285};
AnyDrawParamSurf Drw={
Visible=Off;
RGB={1,0,0};
Opacity=0.2;};
};
};
Length = 0.00;
Direction = {0, 0, 1};
FixedDirection = On;
Points = .Points_Medial;
AnyDrawParamSurf Drw={
Visible=Off;
RGB={1,0,0};
Opacity=0.2;
};
};
};//Femur
Main.Model.Segs.Tibia = {
//split tibial contact surface into lateral and medial compartments
AnySurfSTL ContactSurf_medial = {
FileName = "..\Input\STL_New\medial_tibia_insert_cut_ContactSurf.stl";
ScaleXYZ = {1, 1, 1};
AnyDrawSurf DrwSurf = {
FileName = .FileName;
ScaleXYZ = .ScaleXYZ;
Visible=Off;
RGB = 1*{1, 0, 1};
Opacity = 0.5;
};
};
AnySurfSTL ContactSurf_lateral = {
FileName = "..\Input\STL_New\lateral_tibia_insert_cut_ContactSurf.stl";
ScaleXYZ = {1, 1, 1};
AnyDrawSurf DrwSurf = {
FileName = .FileName;
ScaleXYZ = .ScaleXYZ;
Visible=Off;
RGB = 1*{1, 0, 1};
Opacity = 0.5;
};
};
AnyInputXML XML_Points_Medial = {
FileName = "..\Input\STL_New\Tibial Tray_scaled_remeshed_picked_points_Medial.pp";
};
AnyFloat Points_Medial_xptr0 = Obj2Num(ObjSelect("XML_Points_Medial.Contents.PickedPoints.point*.active", "==1", ".x_*"));
AnyFloat Points_Medial_yptr0 = Obj2Num(ObjSelect("XML_Points_Medial.Contents.PickedPoints.point*.active", "==1", ".y_*"));
AnyFloat Points_Medial_zptr0 = Obj2Num(ObjSelect("XML_Points_Medial.Contents.PickedPoints.point*.active", "==1", ".z_*"));
AnyFloat Points_Medial= {Points_Medial_xptr0',Points_Medial_yptr0',Points_Medial_zptr0'}';//, yptr0, zptr0};
AnyDrawPointCloud Drw_Points_Medial = {
Points = .Points_Medial;
Visible= Off;
RGB = {0, 0, 0};
};
AnySurfCylinderFit FitBaseNode_Medial = {
// construct a ref. frame with computed center and orientation
Length = 0.016;
Points = .Points_Medial;
AnyDrawParamSurf Drw={
Visible = Off;
RGB={1,0,0};
Opacity=0.2;
};
Direction = {0, 1, 0};
FixedDirection = On;
};
AnyInputXML XML_Points_Lateral = {
FileName = "..\Input\STL_New\Tibial Tray_scaled_remeshed_picked_points_Lateral.pp";
};
AnyFloat Points_Lateral_xptr0 = Obj2Num(ObjSelect("XML_Points_Lateral.Contents.PickedPoints.point*.active", "==1", ".x_*"));
AnyFloat Points_Lateral_yptr0 = Obj2Num(ObjSelect("XML_Points_Lateral.Contents.PickedPoints.point*.active", "==1", ".y_*"));
AnyFloat Points_Lateral_zptr0 = Obj2Num(ObjSelect("XML_Points_Lateral.Contents.PickedPoints.point*.active", "==1", ".z_*"));
AnyFloat Points_Lateral= {Points_Lateral_xptr0',Points_Lateral_yptr0',Points_Lateral_zptr0'}';//, yptr0, zptr0};
AnyDrawPointCloud Drw_Points_Lateral = {
Points = .Points_Lateral;
Visible=Off;
RGB = {0, 0, 0};
};
AnySurfCylinderFit FitBaseNode_Lateral = {
// construct a ref. frame with computed center and orientation
Length = 0.016;
Points = .Points_Lateral;
AnyDrawParamSurf Drw={
Visible= Off;
RGB={1,0,0};
Opacity=0.2;
};
Direction = {0, 1, 0};
FixedDirection = On;
CapRatio = 0.25;
};
AnyInputXML XML_Points_Posterior = {
FileName = "..\Input\STL_New\Tibial Insert_scaled_remeshed_picked_points_Posterior.pp";
};
AnyFloat Points_Posterior_xptr0 = Obj2Num(ObjSelect("XML_Points_Posterior.Contents.PickedPoints.point*.active", "==1", ".x_*"));
AnyFloat Points_Posterior_yptr0 = Obj2Num(ObjSelect("XML_Points_Posterior.Contents.PickedPoints.point*.active", "==1", ".y_*"));
AnyFloat Points_Posterior_zptr0 = Obj2Num(ObjSelect("XML_Points_Posterior.Contents.PickedPoints.point*.active", "==1", ".z_*"));
AnyFloat Points_Posterior= {Points_Posterior_xptr0',Points_Posterior_yptr0',Points_Posterior_zptr0'}';//, yptr0, zptr0};
AnyDrawPointCloud Drw_Points_Posterior = {
Points = .Points_Posterior;
Visible = Off;
RGB = {0, 0, 0};
};
AnySurfPlaneFit FitBaseNode_Posterior = {
// construct a ref. frame with computed center and orientation
Radius = {0.02, 0.007, 1e-005};
Points = .Points_Posterior;
AnyDrawParamSurf Drw={
Visible=Off;
RGB={1,0,0};
Opacity=0.2;
};
AnySurfEllipsoid FitEllipsoid = {
Radius = {0.015, 0.007, 1e-003};
AnyDrawParamSurf Drw={
Visible = Off;
RGB={1,0,0};
Opacity=0.2;};
};
};
};
Main.Model.Segs.Patella = {
AnySurfSTL ContactSurf = {
FileName = "..\Input\STL_New\Patellar Button_scaled_remeshed_cut_ContactSurf.stl" ;
ScaleXYZ = 1.0*{1, 1, 1};
AnyDrawSurf DrwSurf = {
FileName = .FileName;
ScaleXYZ = .ScaleXYZ;
Visible = Off;
RGB = {1, 0, 1};
Opacity = 0.5;
};
};
};
AnyFolder Contacts = {
#if USE_FDK == 1
//define two surface contacts to examine lateral and medial tibial compartments
AnyForceSurfaceContact Femur_Tibia_medial = {
AnySurface &sMaster = ..Segs.Tibia.ContactSurf_medial;
AnySurface &sSlave = ..Segs.Femur.ContactSurf ;
PressureModule = DEF_CONTACT_PRESSURE_TIBIOFEMORAL ;
ForceViewOnOff = On;
MeshRefinementMaster = 0;
MeshRefinementSlave = 0;
SingleSidedOnOff= 1;
#if DEF_CONTACT_DRAW_PRESSURE_MAP == 1
AnyDrawForceSurface DrwSurfaceContact = {
DrawSurf1RGB = {1, 0, 0};
DrawSurf2RGB = {0, 0, 1};
};
#endif
};
AnyForceSurfaceContact Femur_Tibia_lateral = {
AnySurface &sMaster = ..Segs.Tibia.ContactSurf_lateral;
AnySurface &sSlave = ..Segs.Femur.ContactSurf ;
PressureModule = DEF_CONTACT_PRESSURE_TIBIOFEMORAL ;
ForceViewOnOff = On;
MeshRefinementMaster = 0;
MeshRefinementSlave = 0;
SingleSidedOnOff= 1;
#if DEF_CONTACT_DRAW_PRESSURE_MAP == 1
AnyDrawForceSurface DrwSurfaceContact = {
DrawSurf1RGB = {1, 0, 0};
DrawSurf2RGB = {0, 0, 1};
};
#endif
};
AnyForceSurfaceContact Femur_Patella = {
AnySurface &sMaster = ..Segs.Patella.ContactSurf;
AnySurface &sSlave = ..Segs.Femur.ContactSurf ;
PressureModule = DEF_CONTACT_PRESSURE_PATELLOFEMORAL;
ForceViewOnOff = On;
MeshRefinementMaster = 0;
MeshRefinementSlave = 0;
SingleSidedOnOff= 1;
#if DEF_CONTACT_DRAW_PRESSURE_MAP == 1
AnyDrawForceSurface DrwSurfaceContact = {
DrawSurf1RGB = {0, 0, 1};
DrawSurf2RGB = {1, 0, 0};
};
#endif
};
#endif
};
Datasets
Models
