Gem 427a3d0e61d61e64e76facfa905c120356383bab osx/x86_64

built 'master:427a3d0e61d61e64e76facfa905c120356383bab' for osx/x86_64

1 files changed, 29 insertions, 27 deletions

diff --git a/Gem/develop/include/Gem/Utils/Vector.h b/Gem/develop/include/Gem/Utils/Vector.h
index e427f04..0937048 100644
--- a/Gem/develop/include/Gem/Utils/Vector.h
+++ b/Gem/develop/include/Gem/Utils/Vector.h
@@ -19,14 +19,16 @@ LOG
 
 
 // This is our 2D point class.  This will be used to store the UV coordinates.
-class GEM_EXTERN CVector2 {
+class GEM_EXTERN CVector2
+{
 public:
-    float x, y;
+  float x, y;
 };
 
 
 // This is our basic 3D point/vector class
-class GEM_EXTERN CVector3 {
+class GEM_EXTERN CVector3
+{
 public:
   // the elements of a vector:
   float x, y, z;
@@ -34,42 +36,42 @@ public:
   // A default constructor
   CVector3(void);
 
-    // This is our constructor that allows us to initialize our data upon creating an instance
-    CVector3(float X, float Y, float Z);
+  // This is our constructor that allows us to initialize our data upon creating an instance
+  CVector3(float X, float Y, float Z);
 
-    // Here we overload the + operator so we can add vectors together
-    CVector3 operator+(CVector3 vVector) const;
+  // Here we overload the + operator so we can add vectors together
+  CVector3 operator+(CVector3 vVector) const;
 
-    // Here we overload the - operator so we can subtract vectors
-    CVector3 operator-(CVector3 vVector) const;
+  // Here we overload the - operator so we can subtract vectors
+  CVector3 operator-(CVector3 vVector) const;
 
-    // Here we overload the - operator so we can negate the vector
-    CVector3 operator-(void) const;
+  // Here we overload the - operator so we can negate the vector
+  CVector3 operator-(void) const;
 
-    // Here we overload the * operator so we can multiply by scalars
-    CVector3 operator*(float num) const;
+  // Here we overload the * operator so we can multiply by scalars
+  CVector3 operator*(float num) const;
 
-    // Here we overload the * operator so we can dot-multiply
-    float    operator*(CVector3 vVector) const;
+  // Here we overload the * operator so we can dot-multiply
+  float    operator*(CVector3 vVector) const;
 
-     // cross-multiplication
-    CVector3 cross(CVector3 vVector) const;
+  // cross-multiplication
+  CVector3 cross(CVector3 vVector) const;
 
-    // Here we overload the / operator so we can divide by a scalar
-    CVector3 operator/(float num) const;
+  // Here we overload the / operator so we can divide by a scalar
+  CVector3 operator/(float num) const;
 
 
-    // here we calculate the absolute-value of the vector
-    float abs(void) const;
+  // here we calculate the absolute-value of the vector
+  float abs(void) const;
 
-    // here we calculate the square of the absolute-value of the vector
-    float abs2(void) const;
+  // here we calculate the square of the absolute-value of the vector
+  float abs2(void) const;
 
-    // here we normalize the vector
-    CVector3 normalize(void) const;
+  // here we normalize the vector
+  CVector3 normalize(void) const;
 
-    // here we compare 2 vectors on approx. equality
-    bool equals(CVector3 vVector, float epsilon) const;
+  // here we compare 2 vectors on approx. equality
+  bool equals(CVector3 vVector, float epsilon) const;
 
 
 };