Computer Assited Medical Intervention Tool Kit  version 5.0
MeshQuality.h
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25
26#ifndef MESH_QUALITY_H
27#define MESH_QUALITY_H
28
29#include <Action.h>
30#include <MeshComponent.h>
31
32#include <QFrame>
33#include <QLabel>
34#include <QTableWidget>
35#include <QComboBox>
36
37#include <vtkDoubleArray.h>
38
58 Q_OBJECT
59public:
62
64 virtual ~MeshQuality() = default;
65
67 virtual QWidget* getWidget() override;
68
69public slots:
71 virtual camitk::Action::ApplyStatus apply() override;
72
74 void updateComboBox(int i);
75
77 void computeMeasure(int i);
78
79private:
82
85
87 QTableWidget* qualityInfo;
88
90 QComboBox* elementsComboBox;
91
94
97
100
103
105 std::map<unsigned char, std::vector<vtkIdType> > elementsMap;
106
108 double minNR, maxNR;
109
111 double minAR, maxAR;
112
114 double minV, maxV;
115
126 double getQualityColor(double val, double minAR, double maxAR, double minNR, double maxNR);
127
134 QString getInfos(camitk::MeshComponent* meshComponent);
135
137 void updateTableWidget(vtkSmartPointer<vtkDoubleArray> qualityArray);
139 void updateMeshColor(vtkSmartPointer< vtkDoubleArray > qualityArray);
140
142 static QStringList trisFuncList;
143 static QStringList quadsFuncList;
144 static QStringList hexasFuncList;
145 static QStringList tetrasFuncList;
146
148 vtkSmartPointer<vtkDoubleArray> computeTrisQuality(camitk::MeshComponent* meshComponent, int qualityTest);
149 vtkSmartPointer<vtkDoubleArray> computeTetrasQuality(camitk::MeshComponent* meshComponent, int qualityTest);
150 vtkSmartPointer<vtkDoubleArray> computeHexasQuality(camitk::MeshComponent* meshComponent, int qualityTest);
151 vtkSmartPointer<vtkDoubleArray> computeQuadsQuality(camitk::MeshComponent* meshComponent, int qualityTest);
152};
153#endif // MESH_QUALITY_H
Display mesures of mesh quality listed by element types.
Definition: MeshQuality.h:57
vtkSmartPointer< vtkDoubleArray > computeTetrasQuality(camitk::MeshComponent *meshComponent, int qualityTest)
Definition: MeshQuality.cpp:824
vtkSmartPointer< vtkDoubleArray > computeTrisQuality(camitk::MeshComponent *meshComponent, int qualityTest)
methods to compute the correct quality from a mesh
Definition: MeshQuality.cpp:399
void computeMeasure(int i)
method called when the selected item in qualityMeasureComboBox is changed
Definition: MeshQuality.cpp:180
double maxNR
Definition: MeshQuality.h:108
QString currentMeshName
name of the current mesh (needed as an attribute to avoid recomputing of tableWidget)
Definition: MeshQuality.h:102
QComboBox * elementsComboBox
list of elements describing the current mesh
Definition: MeshQuality.h:90
bool isConnected
true, if slots are connected, false otherwise
Definition: MeshQuality.h:99
vtkSmartPointer< vtkDoubleArray > computeHexasQuality(camitk::MeshComponent *meshComponent, int qualityTest)
Definition: MeshQuality.cpp:504
void updateTableWidget(vtkSmartPointer< vtkDoubleArray > qualityArray)
update the table widget to display quality measure for each element
Definition: MeshQuality.cpp:273
virtual QWidget * getWidget() override
method called when the action when the action is triggered (i.e. started)
Definition: MeshQuality.cpp:71
static QStringList hexasFuncList
Definition: MeshQuality.h:144
double getQualityColor(double val, double minAR, double maxAR, double minNR, double maxNR)
get the appropriate color between [0;1] for a colorScale
Definition: MeshQuality.cpp:344
double minNR
minimum and maximum of normal range of a quality measure
Definition: MeshQuality.h:108
static QStringList quadsFuncList
Definition: MeshQuality.h:143
QString getInfos(camitk::MeshComponent *meshComponent)
return a rich text describing the mesh
Definition: MeshQuality.cpp:128
void updateMeshColor(vtkSmartPointer< vtkDoubleArray > qualityArray)
update the mesh to diplay a scalar color to show good and bad elements
Definition: MeshQuality.cpp:212
virtual camitk::Action::ApplyStatus apply() override
method called when the action is applied
Definition: MeshQuality.cpp:112
double maxV
Definition: MeshQuality.h:114
QLabel * informationLabel
the information label (needed as an attributes to update the displayed text)
Definition: MeshQuality.h:84
double minAR
minimum and maximum of acceptable range of a quality measure (included in normal range)
Definition: MeshQuality.h:111
static QStringList tetrasFuncList
Definition: MeshQuality.h:145
MeshQuality(camitk::ActionExtension *)
the constructor
Definition: MeshQuality.cpp:56
double maxAR
Definition: MeshQuality.h:111
std::map< unsigned char, std::vector< vtkIdType > > elementsMap
map describing index of cell for each type of element (needed as an attribute to update tableWidget)
Definition: MeshQuality.h:105
virtual ~MeshQuality()=default
the destructor
QFrame * informationFrame
this action widget (to simplify, it is just a label that gives mesh quality information)
Definition: MeshQuality.h:81
vtkSmartPointer< vtkDoubleArray > computeQuadsQuality(camitk::MeshComponent *meshComponent, int qualityTest)
Definition: MeshQuality.cpp:650
QTableWidget * qualityInfo
the list of quality informations
Definition: MeshQuality.h:87
QLabel * elementInfoLabel
text that gives general mesh quality for one type of element (min max avg)
Definition: MeshQuality.h:96
double minV
minimum and maximum of values found for the concerned mesh. These data are used when ratio are comput...
Definition: MeshQuality.h:114
static QStringList trisFuncList
lists defining quality methods for each type of element
Definition: MeshQuality.h:142
QComboBox * qualityMeasureComboBox
list of measure quality computable for one type of element
Definition: MeshQuality.h:93
void updateComboBox(int i)
method called when the selected item in elementsComboBox is changed
Definition: MeshQuality.cpp:245
This class describes what is a generic Action extension.
Definition: ActionExtension.h:57
Action class is an abstract class that enables you to build a action (generally on a component).
Definition: Action.h:208
ApplyStatus
describes what happened during the application of an algorithm (i.e. results of the apply method)
Definition: Action.h:224
Basic component to manage any kind of mesh.
Definition: MeshComponent.h:53