Apply clang formatting

idg-lib/src/CUDA/common/CUDA.cpp

@@ -486,9 +486,10 @@ void CUDA::do_transform(DomainAtoDomainB direction) {
   device.launch_grid_fft(d_grid, grid_size, direction);
 
   // Perform fft shift and scaling
-  std::complex<float> scale = (direction == FourierDomainToImageDomain)
-    ? std::complex<float>(2.0 / (grid_size * grid_size), 0)
-    : std::complex<float>(1.0, 1.0);
+  std::complex<float> scale =
+      (direction == FourierDomainToImageDomain)
+          ? std::complex<float>(2.0 / (grid_size * grid_size), 0)
+          : std::complex<float>(1.0, 1.0);
   device.launch_fft_shift(d_grid, nr_correlations, grid_size, scale);
 
   // End measurements

idg-lib/src/CUDA/common/InstanceCUDA.cpp

@@ -927,20 +927,17 @@ void InstanceCUDA::launch_grid_fft_unified(unsigned long size,
   }
 }
 
-void InstanceCUDA::launch_fft_shift(cu::DeviceMemory& d_data,
-                                   int batch, long size,
-                                   std::complex<float> scale)
-{
+void InstanceCUDA::launch_fft_shift(cu::DeviceMemory& d_data, int batch,
+                                    long size, std::complex<float> scale) {
   const void* parameters[] = {&size, d_data, &scale};
 
-  dim3 grid(batch, ceil(size/2.0));
+  dim3 grid(batch, ceil(size / 2.0));
   dim3 block(128);
 
-  UpdateData* data =
-      get_update_data(get_event(), powerSensor, report, &Report::update_fft_shift);
+  UpdateData* data = get_update_data(get_event(), powerSensor, report,
+                                     &Report::update_fft_shift);
   start_measurement(data);
-  executestream->launchKernel(*function_fft_shift, grid, block, 0,
-                              parameters);
+  executestream->launchKernel(*function_fft_shift, grid, block, 0, parameters);
   end_measurement(data);
 }
 

idg-lib/src/CUDA/common/InstanceCUDA.h

@@ -87,8 +87,8 @@ class InstanceCUDA : public KernelsInstance {
                                Array3D<std::complex<float>>& grid,
                                DomainAtoDomainB direction);
 
-  void launch_fft_shift(cu::DeviceMemory& d_data, int batch,
-                        long size, std::complex<float> scale = {1.0, 1.0});
+  void launch_fft_shift(cu::DeviceMemory& d_data, int batch, long size,
+                        std::complex<float> scale = {1.0, 1.0});
 
   void launch_adder(int nr_subgrids, long grid_size, int subgrid_size,
                     cu::DeviceMemory& d_metadata, cu::DeviceMemory& d_subgrid,