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msm/ShoulderModel_rTSA/MAIN_TOOL_update_visualisation.m
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MAIN_TOOL_update_visualisation.m
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function [PlotHandles, MWDATA] = MAIN_TOOL_update_visualisation(MAINGUIHandle, PHandles, BLDATA, MEDATA, MWDATAin, REDATA)
%{
Function for updating the main GUI's visualisation of the model
--------------------------------------------------------------------------
Syntax :
[PlotHandles, MWDATA] = MAIN_TOOL_update_visualisation(MAINGUIHandle, PHandles, BLDATA, MEDATA, MWDATA, REDATA, JCDATA)
--------------------------------------------------------------------------
File Description :
This function updates the current visualisation of the main GUI.
Function Inputs :
1) MAINGUIHandle, contains the uicontrol information for deciding what to
plot and what not to plot.
2) PHandles, contains in a single structure all the plot handles. This
input is also an output.
3) BLDATA, MEDATA, MWDATAin, REDATA, JCDATA, all the data structures
containing the anatomical data and geometric data.
Function Outputs :
1) PlotHandles, contains the updated handles of all the plots
2) MWDATA, contains the updated muscle wrapping data, if the object
radius adjustment factor was changed.
%}
% --------------------------------------------------------------------------
% Initialise the Outputs
PlotHandles = PHandles;
MWDATA = MWDATAin;
% Get the Visualisation Options. They are all stored in the value option of
% the main GUI radiobutton handles.
ViewClavicula = get(MAINGUIHandle.VisClaviculaOption, 'value');
ViewScapula = get(MAINGUIHandle.VisScapulaOption, 'value');
ViewHumerus = get(MAINGUIHandle.VisHumerusOption, 'value');
ViewUlna = get(MAINGUIHandle.VisUlnaOption, 'value');
ViewRadius = get(MAINGUIHandle.VisRadiusOption, 'value');
ViewMuscles = get(MAINGUIHandle.VisMuscleOption, 'value');
ViewMusclesO = get(MAINGUIHandle.VisMuscleOOption, 'value');
ViewMusclesI = get(MAINGUIHandle.VisMuscleIOption, 'value');
%ViewJoints = get(MAINGUIHandle.VisJointSinusConeOption, 'value');
ViewEllipse = get(MAINGUIHandle.VisEllipsoidOption, 'value');
%--------------------------------------------------------------------------
% Update The Thorax Visualisation
%--------------------------------------------------------------------------
% Update meshing visualisation
PlotHandles.MeshHandle(1) =...
VISUALISATION_view_bone_meshing(PlotHandles.MeshHandle(1), MEDATA, 0, BLDATA);
% Update the wire frame visualisation
PlotHandles.WireFrameHandle(1) = VISUALISATION_view_bone_wireframe(PlotHandles.WireFrameHandle(1), 0, BLDATA);
%--------------------------------------------------------------------------
% Update The Thorax, Clavicula, Scapula, Humerus, Ulna, Radius Visualisation
%--------------------------------------------------------------------------
FrameIdList = [0,1,2,3,4,5];
ViewOnList = [1, ViewClavicula, ViewScapula, ViewHumerus, ViewUlna, ViewRadius];
for BoneId = 1:6
if ViewOnList(1,BoneId)
% Update meshing visualisation
PlotHandles.MeshHandle(BoneId) = VISUALISATION_view_bone_meshing(PlotHandles.MeshHandle(BoneId), MEDATA, FrameIdList(1,BoneId), BLDATA);
% Update the wire frame visualisation
PlotHandles.WireFrameHandle(BoneId) = VISUALISATION_view_bone_wireframe(PlotHandles.WireFrameHandle(BoneId), FrameIdList(1,BoneId), BLDATA);
else
set(PlotHandles.MeshHandle(BoneId), 'vertices', []);
set(PlotHandles.WireFrameHandle(BoneId), 'xdata', [], 'ydata', [], 'zdata', []);
end
end
%--------------------------------------------------------------------------
% Muscle Visualisation
%--------------------------------------------------------------------------
for MuscleId = 1:42
% Update the origin visualisation
if ViewMusclesO
PlotHandles.MuscleOriginHandle(MuscleId) =...
VISUALISATION_view_muscle_origins(PlotHandles.MuscleOriginHandle(MuscleId), MWDATA, BLDATA, MuscleId);
else
set(PlotHandles.MuscleOriginHandle(MuscleId), 'xdata', [], 'ydata', [], 'zdata', []);
end
% Update the insertion visualisation
if ViewMusclesI
PlotHandles.MuscleInsertionHandle(MuscleId) =...
VISUALISATION_view_muscle_insertions(PlotHandles.MuscleInsertionHandle(MuscleId), MWDATA, BLDATA, MuscleId);
else
set(PlotHandles.MuscleInsertionHandle(MuscleId), 'xdata', [], 'ydata', [], 'zdata', []);
end
% Update the muscle segment visualisations
if ViewMuscles
% Run through all the segments
for SegmentId = 1:20
if SegmentId < MWDATA{MuscleId, 1}.MSCInfo.NbSegments+1;
[PlotHandles.MuscleSegments(MuscleId, SegmentId), MWDATA] =...
VISUALISATION_view_muscle_segement(PlotHandles.MuscleSegments(MuscleId, SegmentId), MWDATA, BLDATA, MuscleId, SegmentId);
else
set(PlotHandles.MuscleSegments(MuscleId, SegmentId), 'xdata', [], 'ydata', [], 'zdata', []);
end
end
else
% Run through all the segments
for SegmentId = 1:20
set(PlotHandles.MuscleSegments(MuscleId, SegmentId), 'xdata', [], 'ydata', [], 'zdata', []);
end
end
end
%{
%--------------------------------------------------------------------------
% Joint Sinus Cone Visualisation
%--------------------------------------------------------------------------
for ConeId = 1:3
if ViewJoints
PlotHandles.JointSinusCone(1,ConeId) = ...
VISUALISATION_view_joint_sinus_cones(PlotHandles.JointSinusCone(1,ConeId), JCDATA, BLDATA, ConeId);
else
set(PlotHandles.JointSinusCone(1,ConeId), 'xdata', [], 'ydata', [], 'zdata', []);
end
end
%}
%--------------------------------------------------------------------------
% Ribcage Ellipsoid Visualisation
%--------------------------------------------------------------------------
if ViewEllipse
PlotHandles.Ellispoid = VISUALISATION_view_ribcage_ellipsoid(PlotHandles.Ellispoid, REDATA);
else
set(PlotHandles.Ellispoid, 'xdata', [], 'ydata', [], 'zdata', []);
end
return;
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