[all] Fix order warnings

SofaKernel/modules/SofaBaseMechanics/SubsetMapping.inl

@@ -46,9 +46,9 @@ SubsetMapping<TIn, TOut>::SubsetMapping()
     , f_handleTopologyChange( initData(&f_handleTopologyChange, true, "handleTopologyChange", "Enable support of topological changes for indices (disable if it is linked from SubsetTopologicalMapping::pointD2S)"))
     , f_ignoreNotFound( initData(&f_ignoreNotFound, false, "ignoreNotFound", "True to ignore points that are not found in the input model, they will be treated as fixed points"))
     , f_resizeToModel( initData(&f_resizeToModel, false, "resizeToModel", "True to resize the output MechanicalState to match the size of indices"))
+    , l_topology(initLink("topology", "link to the topology container"))
     , matrixJ()
     , updateJ(false)
-    , l_topology(initLink("topology", "link to the topology container"))
 {
 }
 

SofaKernel/modules/SofaMeshCollision/LineModel.inl

@@ -48,10 +48,10 @@ using core::topology::BaseMeshTopology;
 template<class DataTypes>
 LineCollisionModel<DataTypes>::LineCollisionModel()
     : bothSide(initData(&bothSide, false, "bothSide", "activate collision on both side of the line model (when surface normals are defined on these lines)") )
-    , mstate(nullptr), topology(nullptr), meshRevision(-1), m_lmdFilter(nullptr)
     , LineActiverPath(initData(&LineActiverPath,"LineActiverPath", "path of a component LineActiver that activates or deactivates collision line during execution") )
     , m_displayFreePosition(initData(&m_displayFreePosition, false, "displayFreePosition", "Display Collision Model Points free position(in green)") )
     , l_topology(initLink("topology", "link to the topology container"))
+    , mstate(nullptr), topology(nullptr), meshRevision(-1), m_lmdFilter(nullptr)
 {
     enum_type = LINE_TYPE;
 }

SofaKernel/modules/SofaMeshCollision/TriangleLocalMinDistanceFilter.cpp

@@ -77,13 +77,13 @@ bool TriangleInfo::validate(const unsigned int tri_index, const defaulttype::Vec
 
 
 TriangleLocalMinDistanceFilter::TriangleLocalMinDistanceFilter()
-    : m_pointInfo(initData(&m_pointInfo, "pointInfo", "point filter data"))
+    : l_topology(initLink("topology", "link to the topology container"))
+    , m_pointInfo(initData(&m_pointInfo, "pointInfo", "point filter data"))
     , m_lineInfo(initData(&m_lineInfo, "lineInfo", "line filter data"))
     , m_triangleInfo(initData(&m_triangleInfo, "triangleInfo", "triangle filter data"))
     , pointInfoHandler(nullptr)
     , lineInfoHandler(nullptr)
     , triangleInfoHandler(nullptr)
-    , l_topology(initLink("topology", "link to the topology container"))
     , bmt(nullptr)
 {
 }

modules/SofaBoundaryCondition/FixedConstraint.inl

@@ -76,8 +76,8 @@ FixedConstraint<DataTypes>::FixedConstraint()
     , d_showObject(initData(&d_showObject,true,"showObject","draw or not the fixed constraints"))
     , d_drawSize( initData(&d_drawSize,(SReal)0.0,"drawSize","0 -> point based rendering, >0 -> radius of spheres") )
     , d_projectVelocity( initData(&d_projectVelocity,false,"activate_projectVelocity","activate project velocity to set velocity") )
-    , data(new FixedConstraintInternalData<DataTypes>())
     , l_topology(initLink("topology", "link to the topology container"))
+    , data(new FixedConstraintInternalData<DataTypes>())
     , m_pointHandler(nullptr)
 {
     // default to indice 0

modules/SofaBoundaryCondition/QuadPressureForceField.inl

@@ -53,8 +53,8 @@ QuadPressureForceField<DataTypes>::QuadPressureForceField()
     , dmin(initData(&dmin,(Real)0.0, "dmin", "Minimum distance from the origin along the normal direction"))
     , dmax(initData(&dmax,(Real)0.0, "dmax", "Maximum distance from the origin along the normal direction"))
     , p_showForces(initData(&p_showForces, (bool)false, "showForces", "draw quads which have a given pressure"))
-    , quadPressureMap(initData(&quadPressureMap, "quadPressureMap", "map between edge indices and their pressure"))
     , l_topology(initLink("topology", "link to the topology container"))
+    , quadPressureMap(initData(&quadPressureMap, "quadPressureMap", "map between edge indices and their pressure"))
     , m_topology(nullptr)
 {
 }

modules/SofaBoundaryCondition/TrianglePressureForceField.inl

@@ -53,8 +53,8 @@ template <class DataTypes>  TrianglePressureForceField<DataTypes>::TrianglePress
         , dmax(initData(&dmax,(Real)0.0, "dmax", "Maximum distance from the origin along the normal direction"))
         , p_showForces(initData(&p_showForces, (bool)false, "showForces", "draw triangles which have a given pressure"))
 		, p_useConstantForce(initData(&p_useConstantForce, (bool)true, "useConstantForce", "applied force is computed as the the pressure vector times the area at rest"))
-        , trianglePressureMap(initData(&trianglePressureMap, "trianglePressureMap", "map between edge indices and their pressure"))
         , l_topology(initLink("topology", "link to the topology container"))
+        , trianglePressureMap(initData(&trianglePressureMap, "trianglePressureMap", "map between edge indices and their pressure"))
         , m_topology(nullptr)
     {
     }

modules/SofaMiscFem/FastTetrahedralCorotationalForceField.inl

@@ -97,7 +97,7 @@ void FastTetrahedralCorotationalForceField<DataTypes>::FTCFTetrahedronHandler::a
 
                     if (m==n)
                     {
-                        my_tinfo.linearDfDxDiag[j][m][m]+=(Real)val;
+                        my_tinfo.linearDfDxDiag[j][m][m]+=Real(val);
                     } else
                         my_tinfo.linearDfDxDiag[j][n][m]=my_tinfo.linearDfDxDiag[j][m][n];
                 }
@@ -125,7 +125,7 @@ void FastTetrahedralCorotationalForceField<DataTypes>::FTCFTetrahedronHandler::a
 
                     if (m==n)
                     {
-                        my_tinfo.linearDfDx[j][m][m]+=(Real)val;
+                        my_tinfo.linearDfDx[j][m][m]+=Real(val);
                     }
                 }
             }
@@ -147,12 +147,12 @@ template <class DataTypes> FastTetrahedralCorotationalForceField<DataTypes>::Fas
     : pointInfo(initData(&pointInfo, "pointInfo", "Internal point data"))
     , edgeInfo(initData(&edgeInfo, "edgeInfo", "Internal edge data"))
     , tetrahedronInfo(initData(&tetrahedronInfo, "tetrahedronInfo", "Internal tetrahedron data"))
-    , _initialPoints(0)
     , m_topology(nullptr)
+    , _initialPoints(0)
     , updateMatrix(true)
     , f_method(initData(&f_method,std::string("qr"),"method"," method for rotation computation :\"qr\" (by QR) or \"polar\" or \"polar2\" or \"none\" (Linear elastic) "))
-    , f_poissonRatio(initData(&f_poissonRatio,(Real)0.3,"poissonRatio","Poisson ratio in Hooke's law"))
-    , f_youngModulus(initData(&f_youngModulus,(Real)1000.,"youngModulus","Young modulus in Hooke's law"))
+    , f_poissonRatio(initData(&f_poissonRatio,Real(0.3),"poissonRatio","Poisson ratio in Hooke's law"))
+    , f_youngModulus(initData(&f_youngModulus,Real(1000.),"youngModulus","Young modulus in Hooke's law"))
     , lambda(0)
     , mu(0)
     , f_drawing(initData(&f_drawing, true, "drawing", " draw the forcefield if true"))

modules/SofaMiscFem/StandardTetrahedralFEMForceField.inl

@@ -129,10 +129,9 @@ template <class DataTypes> StandardTetrahedralFEMForceField<DataTypes>::Standard
     , f_parameterSet(initData(&f_parameterSet,"ParameterSet","The global parameters specifying the material"))
     , f_anisotropySet(initData(&f_anisotropySet,"AnisotropyDirections","The global directions of anisotropy of the material"))
     , f_parameterFileName(initData(&f_parameterFileName,std::string("myFile.param"),"ParameterFile","the name of the file describing the material parameters for all tetrahedra"))
+    , l_topology(initLink("topology", "link to the topology container"))
     , tetrahedronInfo(initData(&tetrahedronInfo, "tetrahedronInfo", "Internal tetrahedron data"))
     , edgeInfo(initData(&edgeInfo, "edgeInfo", "Internal edge data"))
-    , l_topology(initLink("topology", "link to the topology container"))
-
 {
     tetrahedronHandler = new GHTetrahedronHandler(this,&tetrahedronInfo);
 }

modules/SofaMiscFem/TetrahedronHyperelasticityFEMForceField.inl

@@ -118,8 +118,8 @@ template <class DataTypes> TetrahedronHyperelasticityFEMForceField<DataTypes>::T
     , d_anisotropySet(initData(&d_anisotropySet,"AnisotropyDirections","The global directions of anisotropy of the material"))
     , m_tetrahedronInfo(initData(&m_tetrahedronInfo, "tetrahedronInfo", "Internal tetrahedron data"))
     , m_edgeInfo(initData(&m_edgeInfo, "edgeInfo", "Internal edge data"))
-    , m_tetrahedronHandler(nullptr)
     , l_topology(initLink("topology", "link to the topology container"))
+    , m_tetrahedronHandler(nullptr)
 {
     m_tetrahedronHandler = new TetrahedronHandler(this,&m_tetrahedronInfo);
 }

modules/SofaMiscFem/TriangleFEMForceField.inl

@@ -47,14 +47,14 @@ namespace forcefield
 template <class DataTypes>
 TriangleFEMForceField<DataTypes>::
 TriangleFEMForceField()
-    : m_topology(nullptr)
-    , _indexedElements(nullptr)
+    : _indexedElements(nullptr)
     , _initialPoints(initData(&_initialPoints, "initialPoints", "Initial Position"))
+    , m_topology(nullptr)
     , method(LARGE)
     , f_method(initData(&f_method,std::string("large"),"method","large: large displacements, small: small displacements"))
-    , f_poisson(initData(&f_poisson,(Real)0.3,"poissonRatio","Poisson ratio in Hooke's law"))
-    , f_young(initData(&f_young,(Real)1000.,"youngModulus","Young modulus in Hooke's law"))
-    , f_thickness(initData(&f_thickness,(Real)1.,"thickness","Thickness of the elements"))
+    , f_poisson(initData(&f_poisson,Real(0.3),"poissonRatio","Poisson ratio in Hooke's law"))
+    , f_young(initData(&f_young,Real(1000.),"youngModulus","Young modulus in Hooke's law"))
+    , f_thickness(initData(&f_thickness,Real(1.),"thickness","Thickness of the elements"))
 //    , f_damping(initData(&f_damping,(Real)0.,"damping","Ratio damping/stiffness"))
     , f_planeStrain(initData(&f_planeStrain,false,"planeStrain","Plane strain or plane stress assumption"))
     , l_topology(initLink("topology", "link to the topology container"))