formated

Author: salva24

src/diffusion_thomas_algorithm.h

@@ -48,11 +48,11 @@ class DiffusionThomasAlgorithm : public DiffusionGrid {
 
   /// These methods are overridden but empty because they are not used.
   /// This should be fixed in future versions of BioDynaMo.
-  void DiffuseWithClosedEdge(real_t dt) override{};
-  void DiffuseWithOpenEdge(real_t dt) override{};
-  void DiffuseWithNeumann(real_t dt) override{};
-  void DiffuseWithPeriodic(real_t dt) override{};
-  void DiffuseWithDirichlet(real_t dt) override{};
+  void DiffuseWithClosedEdge(real_t dt) override {};
+  void DiffuseWithOpenEdge(real_t dt) override {};
+  void DiffuseWithNeumann(real_t dt) override {};
+  void DiffuseWithPeriodic(real_t dt) override {};
+  void DiffuseWithDirichlet(real_t dt) override {};
 
   /// Perform chemical diffusion using Thomas algorithm
   ///

src/forces_tumor_cart.cc

@@ -76,7 +76,7 @@ Real4 InteractionVelocity::Calculate(const Agent* lhs, const Agent* rhs) const {
     if (a_tumor && b_tumor) {            // two tumor cells
       repulsion = kRepulsionTumorTumor;  // std::sqrt(kRepulsionTumorTumor *
                                          // kRepulsionTumorTumor);
-    } else if (!a_tumor && !b_tumor) {  // two CAR-T cells
+    } else if (!a_tumor && !b_tumor) {   // two CAR-T cells
       repulsion =
           kRepulsionCartCart;  // std::sqrt(kRepulsionCartCart*kRepulsionCartCart);
     } else {                   // one tumor cell and one CAR-T

src/tumor_cell.h

@@ -31,11 +31,13 @@ namespace bdm {
 /// This enum class defines the various states a tumor cell can be in during its
 /// lifecycle, and various death pathways (necrosis and apoptosis).
 enum class TumorCellState : int {
-  kAlive = 0,  ///< Living cell state - cell is alive and can potentially proliferate
+  kAlive =
+      0,  ///< Living cell state - cell is alive and can potentially proliferate
 
-  kNecroticSwelling = 1,  ///< Necrotic swelling phase: The cell loses membrane integrity and
-                          ///< starts absorbing fluid, swelling abnormally, in volume before
-                          ///< rupture. This is the first phase of necrotic cell death.
+  kNecroticSwelling =
+      1,  ///< Necrotic swelling phase: The cell loses membrane integrity and
+          ///< starts absorbing fluid, swelling abnormally, in volume before
+          ///< rupture. This is the first phase of necrotic cell death.
   kNecroticLysed = 2,  ///< Necrotic lysed phase: The cell membrane breaks
                        ///< apart, releasing its contents. The cell will be
                        ///< removed from the simulation after a defined time.