clang-format all source files

TRIQS · Jun 21, 2024 · 38b09ce · 38b09ce
1 parent 3192935
commit 38b09ce
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Showing 12 changed files with 48 additions and 48 deletions.
diff --git a/c++/triqs_ctseg/moves/insert_segment.hpp b/c++/triqs_ctseg/moves/insert_segment.hpp
@@ -16,7 +16,7 @@ namespace moves {
 
     public:
     insert_segment(work_data_t &data_, configuration_t &config_, triqs::mc_tools::random_generator &rng_)
-       : wdata(data_), config(config_), rng(rng_){};
+       : wdata(data_), config(config_), rng(rng_) {};
     // ------------------
     double attempt();
     double accept();

diff --git a/c++/triqs_ctseg/moves/move_segment.hpp b/c++/triqs_ctseg/moves/move_segment.hpp
@@ -20,7 +20,7 @@ namespace moves {
 
     public:
     move_segment(work_data_t &data_, configuration_t &config_, triqs::mc_tools::random_generator &rng_)
-       : wdata(data_), config(config_), rng(rng_){};
+       : wdata(data_), config(config_), rng(rng_) {};
     // ------------------
     double attempt();
     double accept();

diff --git a/c++/triqs_ctseg/moves/regroup_segment.hpp b/c++/triqs_ctseg/moves/regroup_segment.hpp
@@ -19,7 +19,7 @@ namespace moves {
 
     public:
     regroup_segment(work_data_t &data_, configuration_t &config_, triqs::mc_tools::random_generator &rng_)
-       : wdata(data_), config(config_), rng(rng_){};
+       : wdata(data_), config(config_), rng(rng_) {};
     // ------------------
     double attempt();
     double accept();

diff --git a/c++/triqs_ctseg/moves/remove_segment.hpp b/c++/triqs_ctseg/moves/remove_segment.hpp
@@ -17,7 +17,7 @@ namespace moves {
 
     public:
     remove_segment(work_data_t &data_, configuration_t &config_, triqs::mc_tools::random_generator &rng_)
-       : wdata(data_), config(config_), rng(rng_){};
+       : wdata(data_), config(config_), rng(rng_) {};
     // ------------------
     double attempt();
     double accept();

diff --git a/c++/triqs_ctseg/moves/remove_spin_segment.hpp b/c++/triqs_ctseg/moves/remove_spin_segment.hpp
@@ -18,7 +18,7 @@ namespace moves {
 
     public:
     remove_spin_segment(work_data_t &data_, configuration_t &config_, triqs::mc_tools::random_generator &rng_)
-       : wdata(data_), config(config_), rng(rng_){};
+       : wdata(data_), config(config_), rng(rng_) {};
     // ------------------
     double attempt();
     double accept();

diff --git a/c++/triqs_ctseg/moves/split_segment.hpp b/c++/triqs_ctseg/moves/split_segment.hpp
@@ -19,7 +19,7 @@ namespace moves {
 
     public:
     split_segment(work_data_t &data_, configuration_t &config_, triqs::mc_tools::random_generator &rng_)
-       : wdata(data_), config(config_), rng(rng_){};
+       : wdata(data_), config(config_), rng(rng_) {};
     // ------------------
     double attempt();
     double accept();

diff --git a/c++/triqs_ctseg/moves/swap_spin_lines.hpp b/c++/triqs_ctseg/moves/swap_spin_lines.hpp
@@ -14,7 +14,7 @@ namespace moves {
 
     public:
     swap_spin_lines(work_data_t &data_, configuration_t &config_, triqs::mc_tools::random_generator &rng_)
-       : wdata(data_), config(config_), rng(rng_){};
+       : wdata(data_), config(config_), rng(rng_) {};
     // ------------------
     double attempt();
     double accept();

diff --git a/c++/triqs_ctseg/tau_t.hpp b/c++/triqs_ctseg/tau_t.hpp
@@ -39,7 +39,7 @@ class tau_t {
   /// Not for users. Use the factories
   tau_t(uint64_t n_) : n(n_) {}
   /// For test only, not for users. Use the factories
-  tau_t(double x)  {
+  tau_t(double x) {
     if ((x > _beta || x < 0)) {
       throw std::invalid_argument("Time tau must be in the range [0, beta]");
     } else if (x == _beta)

diff --git a/test/c++/anderson.cpp b/test/c++/anderson.cpp
@@ -7,7 +7,7 @@ using triqs::operators::n;
 
 TEST(CTSEGJ, Anderson) {
 
-  mpi::communicator c;  // Start the mpi
+  mpi::communicator c; // Start the mpi
 
   double beta         = 20.0;
   double U            = 1.0;
@@ -34,15 +34,15 @@ TEST(CTSEGJ, Anderson) {
   solver_core Solver(param_constructor);
 
   // Solve parameters
-  param_solve.h_int           = U * n("up", 0) * n("down", 0);
-  param_solve.chemical_potential   = {mu, mu};
-  param_solve.n_cycles        = n_cycles;
-  param_solve.n_warmup_cycles = n_warmup_cycles;
-  param_solve.length_cycle    = length_cycle;
-  param_solve.random_seed     = random_seed;
-  param_solve.measure_ft  = true;
-  param_solve.measure_nnt = true;
-  param_solve.measure_nn  = true;
+  param_solve.h_int              = U * n("up", 0) * n("down", 0);
+  param_solve.chemical_potential = {mu, mu};
+  param_solve.n_cycles           = n_cycles;
+  param_solve.n_warmup_cycles    = n_warmup_cycles;
+  param_solve.length_cycle       = length_cycle;
+  param_solve.random_seed        = random_seed;
+  param_solve.measure_ft         = true;
+  param_solve.measure_nnt        = true;
+  param_solve.measure_nn         = true;
 
   // Prepare delta
   nda::clef::placeholder<0> om_;

diff --git a/test/c++/dynamical_U.cpp b/test/c++/dynamical_U.cpp
@@ -4,7 +4,7 @@
 
 using triqs::operators::n;
 TEST(CTSEGJ, Dynamical_U) {
-  
+
   mpi::communicator c; // Start the mpi
 
   double beta         = 20.0;
@@ -33,15 +33,15 @@ TEST(CTSEGJ, Dynamical_U) {
   solver_core Solver(param_constructor);
 
   // Solve parameters
-  param_solve.h_int           = U * n("up", 0) * n("down", 0);
-  param_solve.chemical_potential   = {mu, mu};
-  param_solve.n_cycles        = n_cycles;
-  param_solve.n_warmup_cycles = n_warmup_cycles;
-  param_solve.length_cycle    = length_cycle;
-  param_solve.random_seed     = random_seed;
-  param_solve.measure_ft  = true;
-  param_solve.measure_nnt = true;
-  param_solve.measure_nn  = true;
+  param_solve.h_int              = U * n("up", 0) * n("down", 0);
+  param_solve.chemical_potential = {mu, mu};
+  param_solve.n_cycles           = n_cycles;
+  param_solve.n_warmup_cycles    = n_warmup_cycles;
+  param_solve.length_cycle       = length_cycle;
+  param_solve.random_seed        = random_seed;
+  param_solve.measure_ft         = true;
+  param_solve.measure_nnt        = true;
+  param_solve.measure_nn         = true;
 
   // Prepare delta
   nda::clef::placeholder<0> om_;

diff --git a/test/c++/jperp.cpp b/test/c++/jperp.cpp
@@ -5,7 +5,7 @@
 using triqs::operators::n;
 
 TEST(CTSEGJ, J_perp) {
-  
+
   mpi::communicator c; // Start the mpi
 
   double beta         = 10.0;
@@ -34,15 +34,15 @@ TEST(CTSEGJ, J_perp) {
   solver_core Solver(param_constructor);
 
   // Solve parameters
-  param_solve.h_int           = U * n("up", 0) * n("down", 0);
-  param_solve.chemical_potential   = {mu, mu};
-  param_solve.n_cycles        = n_cycles;
-  param_solve.n_warmup_cycles = n_warmup_cycles;
-  param_solve.length_cycle    = length_cycle;
-  param_solve.random_seed     = random_seed;
-  param_solve.measure_ft  = true;
-  param_solve.measure_nnt = true;
-  param_solve.measure_nn  = true;
+  param_solve.h_int              = U * n("up", 0) * n("down", 0);
+  param_solve.chemical_potential = {mu, mu};
+  param_solve.n_cycles           = n_cycles;
+  param_solve.n_warmup_cycles    = n_warmup_cycles;
+  param_solve.length_cycle       = length_cycle;
+  param_solve.random_seed        = random_seed;
+  param_solve.measure_ft         = true;
+  param_solve.measure_nnt        = true;
+  param_solve.measure_nn         = true;
 
   // Prepare delta
   nda::clef::placeholder<0> om_;

diff --git a/test/c++/spin_spin.cpp b/test/c++/spin_spin.cpp
@@ -5,7 +5,7 @@
 using triqs::operators::n;
 
 TEST(CTSEGJ, Spin_Spin) {
-  
+
   mpi::communicator c; // Start the mpi
 
   double beta         = 10.0;
@@ -34,15 +34,15 @@ TEST(CTSEGJ, Spin_Spin) {
   solver_core Solver(param_constructor);
 
   // Solve parameters
-  param_solve.h_int           = U * n("up", 0) * n("down", 0);
-  param_solve.chemical_potential   = {mu, mu};
-  param_solve.n_cycles        = n_cycles;
-  param_solve.n_warmup_cycles = n_warmup_cycles;
-  param_solve.length_cycle    = length_cycle;
-  param_solve.random_seed     = random_seed;
-  param_solve.measure_ft  = true;
-  param_solve.measure_nnt = true;
-  param_solve.measure_nn  = true;
+  param_solve.h_int              = U * n("up", 0) * n("down", 0);
+  param_solve.chemical_potential = {mu, mu};
+  param_solve.n_cycles           = n_cycles;
+  param_solve.n_warmup_cycles    = n_warmup_cycles;
+  param_solve.length_cycle       = length_cycle;
+  param_solve.random_seed        = random_seed;
+  param_solve.measure_ft         = true;
+  param_solve.measure_nnt        = true;
+  param_solve.measure_nn         = true;
 
   // Prepare delta
   nda::clef::placeholder<0> om_;