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ShaunFell · Sep 4, 2024 · ffd8b41 · ffd8b41
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Showing 17 changed files with 28 additions and 28 deletions.
diff --git a/Examples/EMMinkowski/ProcaField.hpp b/Examples/EMMinkowski/ProcaField.hpp
@@ -32,7 +32,7 @@ class ProcaField : public BaseProcaField<DefaultBackground, ProcaField>
 
     ProcaField(DefaultBackground a_background, params_t a_params)
         : BaseProcaField<DefaultBackground, ProcaField>(a_background),
-          m_background(a_background){};
+          m_background(a_background) {};
 
     template <class data_t>
     void compute_emtensor_modification(

diff --git a/Examples/NonLinearProcaKerrBH/CustomTaggingCriterion.hpp b/Examples/NonLinearProcaKerrBH/CustomTaggingCriterion.hpp
@@ -24,7 +24,7 @@ class CustomTaggingCriterion
                            bool activate_gnn_tagging)
         : m_dx(dx), m_L(a_L), m_init_ratio(a_ratio), m_center(a_center),
           m_level(a_level), m_activate_gnn_tagging(activate_gnn_tagging),
-          m_threshold(a_threshold){};
+          m_threshold(a_threshold) {};
 
     template <class data_t>
     data_t FixedGridTagging(Cell<data_t> current_cell) const

diff --git a/Examples/NonLinearProcaKerrBH/InitialConditions.hpp b/Examples/NonLinearProcaKerrBH/InitialConditions.hpp
@@ -45,7 +45,7 @@ class Initial_Proca_Conditions
                              ProcaField::params_t a_matter_params,
                              KerrParams a_Kerr_params, KerrSchild a_background)
         : m_dx{a_dx}, m_params{a_params}, m_matter_params{a_matter_params},
-          m_Kerr_params{a_Kerr_params}, m_background(a_background){};
+          m_Kerr_params{a_Kerr_params}, m_background(a_background) {};
 
     template <class data_t> void compute(Cell<data_t> current_cell) const
     {

diff --git a/Examples/NonLinearProcaKerrBH/NonlinearG2.hpp b/Examples/NonLinearProcaKerrBH/NonlinearG2.hpp
@@ -23,8 +23,8 @@ class NonlinearG2
     using MetricVars = typename ADMFixedBGVars::template Vars<data_t>;
 
   public:
-    NonlinearG2(){}; // Default constructor for default initialization in
-                     // matter class
+    NonlinearG2() {}; // Default constructor for default initialization in
+                      // matter class
 
     NonlinearG2(params_t a_params) : m_params{a_params} {};
 

diff --git a/Examples/NonLinearProcaKerrBH/SecondClassConstraint.hpp b/Examples/NonLinearProcaKerrBH/SecondClassConstraint.hpp
@@ -30,7 +30,7 @@ template <class background_t> class SecondClassConstraint
                           const background_t a_background,
                           const ProcaField a_proca_field)
         : m_dx{dx}, m_deriv(dx), m_background(a_background), m_center(a_center),
-          m_proca_field(a_proca_field){};
+          m_proca_field(a_proca_field) {};
 
     template <class data_t> void compute(Cell<data_t> current_cell) const
     {

diff --git a/Examples/ProcaKerrBH/InitialConditions.hpp b/Examples/ProcaKerrBH/InitialConditions.hpp
@@ -45,7 +45,7 @@ class Initial_Proca_Conditions
                              ProcaField::params_t a_matter_params,
                              KerrParams a_Kerr_params, KerrSchild a_background)
         : m_dx{a_dx}, m_params{a_params}, m_matter_params{a_matter_params},
-          m_Kerr_params{a_Kerr_params}, m_background(a_background){};
+          m_Kerr_params{a_Kerr_params}, m_background(a_background) {};
 
     template <class data_t> void compute(Cell<data_t> current_cell) const
     {

diff --git a/Examples/ProcaKerrdeSitter/InitialConditions.hpp b/Examples/ProcaKerrdeSitter/InitialConditions.hpp
@@ -45,7 +45,7 @@ class Initial_Proca_Conditions
                              ProcaField::params_t a_matter_params,
                              KdSParams a_Kerr_params, KerrdeSitter a_background)
         : m_dx{a_dx}, m_params{a_params}, m_matter_params{a_matter_params},
-          m_Kerr_params{a_Kerr_params}, m_background(a_background){};
+          m_Kerr_params{a_Kerr_params}, m_background(a_background) {};
 
     template <class data_t> void compute(Cell<data_t> current_cell) const
     {

diff --git a/Source/Background/DefaultBackground.hpp b/Source/Background/DefaultBackground.hpp
@@ -22,9 +22,9 @@ class DefaultBackground
     };
 
   public:
-    DefaultBackground(){};
+    DefaultBackground() {};
 
-    DefaultBackground(params_t a_params, double dx){};
+    DefaultBackground(params_t a_params, double dx) {};
 
     template <class data_t> using MetricVars = ADMFixedBGVars::Vars<data_t>;
 

diff --git a/Source/Core/TaggingCriterion.hpp b/Source/Core/TaggingCriterion.hpp
@@ -40,9 +40,9 @@ class TaggingCriterion
                      const bool a_activate_ham_tagging = false,
                      const bool a_activate_extraction_tagging = false,
                      const bool DIAGNOSTIC = false)
-        : m_center{a_center},
-          m_dx(dx), m_L{a_L}, m_init_ratio{a_rat}, m_params{a_params},
-          m_level{a_level}, m_activate_extraction{a_activate_extraction},
+        : m_center{a_center}, m_dx(dx), m_L{a_L}, m_init_ratio{a_rat},
+          m_params{a_params}, m_level{a_level},
+          m_activate_extraction{a_activate_extraction},
           m_activate_ham_tagging{a_activate_ham_tagging},
           m_activate_extraction_tagging{a_activate_extraction_tagging},
           m_DIAGNOSTIC{DIAGNOSTIC} {};

diff --git a/Source/Diagnostics/DampingField.hpp b/Source/Diagnostics/DampingField.hpp
@@ -30,7 +30,7 @@ class DampingFieldDiagnostic
                                                    // variables
 
   public:
-    DampingFieldDiagnostic(){}; // explicit default constructor
+    DampingFieldDiagnostic() {}; // explicit default constructor
 
     template <class data_t> void compute(Cell<data_t> current_cell) const
     {

diff --git a/Source/Diagnostics/ExcisionDiagnostics.hpp b/Source/Diagnostics/ExcisionDiagnostics.hpp
@@ -42,8 +42,8 @@ template <class matter_t, class background_t> class ExcisionDiagnostics
                         std::vector<int> a_vars_to_excise)
         : m_background{a_background}, m_dx{a_dx}, m_center{a_center},
           m_inner_boundary{a_inner_boundary},
-          m_outer_boundary{a_outer_boundary}, m_vars_to_excise{
-                                                  a_vars_to_excise} {};
+          m_outer_boundary{a_outer_boundary},
+          m_vars_to_excise{a_vars_to_excise} {};
 
     void compute(const Cell<double> current_cell) const
     {

diff --git a/Source/Lagrangians/DefaultG.hpp b/Source/Lagrangians/DefaultG.hpp
@@ -33,8 +33,8 @@ class DefaultG
     using MetricVars = typename ADMFixedBGVars::template Vars<data_t>;
 
   public:
-    DefaultG(){}; // Default constructor for default initialization in matter
-                  // class
+    DefaultG() {}; // Default constructor for default initialization in matter
+                   // class
 
     DefaultG(params_t a_params) : m_params{a_params} {};
 

diff --git a/Source/Lagrangians/L2_simp.hpp b/Source/Lagrangians/L2_simp.hpp
@@ -50,7 +50,7 @@ template <class G2 = DefaultG> class L2
     using MetricVars = typename ADMFixedBGVars::template Vars<data_t>;
 
   public:
-    L2(){}; // Default constructor for default initialization in matter class
+    L2() {}; // Default constructor for default initialization in matter class
 
     L2(G2 a_G2_function, params_t a_params)
         : m_g2_function(a_G2_function), m_params{a_params} {};

diff --git a/Source/Matter/BaseProcaFieldLevel.hpp b/Source/Matter/BaseProcaFieldLevel.hpp
@@ -66,7 +66,7 @@ class BaseProcaFieldLevel : public GRAMRLevel
             pout() << "BaseProcaField constructor" << endl;
     }
 
-    BaseProcaFieldLevel(){};
+    BaseProcaFieldLevel() {};
 
     virtual void specificAdvance(); // do things at end of advance step, after
                                     // RK4 calculation
@@ -79,22 +79,22 @@ class BaseProcaFieldLevel : public GRAMRLevel
 
     // additional pre-plot routines from the user, e.g. writing custom
     // diagnostic data
-    virtual void additionalPrePlotLevel(){};
+    virtual void additionalPrePlotLevel() {};
 #endif
 
     virtual void
     specificEvalRHS(GRLevelData &a_soln, GRLevelData &a_rhs,
                     const double a_time); // RHS routines used at each RK4 step.
                                           // e.g. calculate the time derivatives
 
-    virtual void preTagCells()
-        override{}; // things to do before tagging cells (e.g. filling ghosts)
+    virtual void preTagCells() override {
+    }; // things to do before tagging cells (e.g. filling ghosts)
 
     virtual void specificPostTimeStep() override;
 
     // additional post-time-step routines from the user, e.g. computating
     // additional fluxes
-    virtual void additionalPostTimeStep(){};
+    virtual void additionalPostTimeStep() {};
 
     virtual void computeTaggingCriterion(
         FArrayBox &tagging_criterion, const FArrayBox &current_state,

diff --git a/Tests/L2_test/DefaultG.hpp b/Tests/L2_test/DefaultG.hpp
@@ -22,8 +22,8 @@ class DefaultG
     using MetricVars = typename ADMFixedBGVars::template Vars<data_t>;
 
   public:
-    DefaultG(){}; // Default constructor for default initialization in matter
-                  // class
+    DefaultG() {}; // Default constructor for default initialization in matter
+                   // class
 
     DefaultG(params_t a_params) : m_params{a_params} {};
 

diff --git a/Tests/L2_test/L2_simp.hpp b/Tests/L2_test/L2_simp.hpp
@@ -52,7 +52,7 @@ template <class G2 = DefaultG> class L2
     using MetricVars = typename ADMFixedBGVars::template Vars<data_t>;
 
   public:
-    L2(){}; // Default constructor for default initialization in matter class
+    L2() {}; // Default constructor for default initialization in matter class
 
     L2(G2 a_G2_function, params_t a_params)
         : m_g2_function(a_G2_function), m_params{a_params} {};

diff --git a/Tests/SimpleDataReader_test/ProcaField.hpp b/Tests/SimpleDataReader_test/ProcaField.hpp
@@ -41,7 +41,7 @@ class ProcaField : public BaseProcaField<KerrSchild, ProcaField>
 
     ProcaField(KerrSchild a_background, params_t a_params)
         : BaseProcaField<KerrSchild, ProcaField>(a_background),
-          m_background(a_background), m_params(a_params){};
+          m_background(a_background), m_params(a_params) {};
 
     template <class data_t>
     void compute_emtensor_modification(