FIX: minor changes to make precommit happy

Co-authored-by: Amrita Goswami <amrita16thaug646@gmail.com>

Author: MSallermann

src/simulation.cpp

@@ -233,7 +233,8 @@ void Simulation::write_avg_thickness_file()
 
     // This lambda performs bisection search to find the threshold thickness at which a
     // relative volume proportion of `thresh` is contained within cells with greater thickness than the threshold thickness
-    auto bisection_search = [&]( double thresh, double tol, int max_iter ) {
+    auto bisection_search = [&]( double thresh, double tol, int max_iter )
+    {
         int idx_lo = 0;
         int idx_hi = n_cells - 1;
 
@@ -606,7 +607,6 @@ RunStatus Simulation::steps( int n_steps )
 
     if( run_status == RunStatus::Finished )
     {
-
         const auto t_cur = std::chrono::high_resolution_clock::now();
         const auto total_time
             = std::chrono::duration_cast<std::chrono::milliseconds>( ( t_cur - simulation_state->t_run_start ) );

src/topography.cpp

@@ -503,8 +503,9 @@ void Topography::add_lobe( const Lobe & lobe, bool volume_correction, std::optio
 
 Vector2 Topography::find_preliminary_budding_point( const Lobe & lobe, size_t npoints )
 {
-    bool compute_cache = cos_phi_lobe_perimeter == std::nullopt || sin_phi_lobe_perimeter == std::nullopt
-                         || npoints != cos_phi_lobe_perimeter->size() || npoints != sin_phi_lobe_perimeter->size();
+    const bool compute_cache = cos_phi_lobe_perimeter == std::nullopt || sin_phi_lobe_perimeter == std::nullopt
+                               || npoints != cos_phi_lobe_perimeter->size()
+                               || npoints != sin_phi_lobe_perimeter->size();
 
     if( compute_cache )
     {
@@ -516,7 +517,7 @@ Vector2 Topography::find_preliminary_budding_point( const Lobe & lobe, size_t np
     // First, we rasterize the perimeter of the ellipse
     const auto sin = std::span<double>( sin_phi_lobe_perimeter->begin(), sin_phi_lobe_perimeter->end() );
     const auto cos = std::span<double>( cos_phi_lobe_perimeter->begin(), cos_phi_lobe_perimeter->end() );
-    std::vector<Vector2> perimeter = lobe.rasterize_perimeter( sin, cos );
+    const std::vector<Vector2> perimeter = lobe.rasterize_perimeter( sin, cos );
 
     // Then, we find the point of minimal elevation amongst the rasterized points on the perimeter
     auto min_elevation_point_it = std::min_element(