Run clang-format and add .clang-format

1 files changed, 48 insertions, 50 deletions

diff --git a/sons_of_sol/private_db/Projectile.cpp b/sons_of_sol/private_db/Projectile.cpp
index 7819a0c..339c1de 100644
--- a/sons_of_sol/private_db/Projectile.cpp
+++ b/sons_of_sol/private_db/Projectile.cpp
@@ -2,72 +2,70 @@
 #include "glox/GloxColor.hpp"
 #include "glox/GloxScopedRotation.hpp"
 
-using namespace glox ;
-using namespace std ;
+using namespace glox;
+using namespace std;
 
 GloxCube* Projectile::m_model;
 
-void Projectile::loadModel( ) {
-    if( ! m_model ) {
-        m_model = new GloxCube( 10, 0.1, 0.1, GloxColor( 255, 255, 0 ) );
-    }
+void Projectile::loadModel() {
+  if (!m_model) {
+    m_model = new GloxCube(10, 0.1, 0.1, GloxColor(255, 255, 0));
+  }
 }
 
 inline float jitter() {
-	return (2 * rand() & 0xFF) / 256.0 ;
+  return (2 * rand() & 0xFF) / 256.0;
 }
 
 void Projectile::draw() {
-    GloxPoint<> next = m_position + (m_dpos) * 0.2 + GloxPointf(jitter(),jitter(),jitter());
-    GloxScopedAttributes __glsa( GL_CURRENT_BIT ); 
+  GloxPoint<> next =
+      m_position + (m_dpos) * 0.2 + GloxPointf(jitter(), jitter(), jitter());
+  GloxScopedAttributes __glsa(GL_CURRENT_BIT);
 
-    GloxColor(
-        (uint8_t)(255.0f /     TTL    *     m_ttl   ),
-        (uint8_t)(250.0f / pow(TTL,2) * pow(m_ttl,2)),
-        (uint8_t)(200.0f / pow(TTL,4) * pow(m_ttl,4)),
-		(uint8_t)(100.0)
-		).render();
+  GloxColor((uint8_t)(255.0f / TTL * m_ttl),
+            (uint8_t)(250.0f / pow(TTL, 2) * pow(m_ttl, 2)),
+            (uint8_t)(200.0f / pow(TTL, 4) * pow(m_ttl, 4)), (uint8_t)(100.0))
+      .render();
 
-    glLineWidth( m_ttl / 10.0f );
-    GloxWith( GL_LINES,
-        m_position.plot();
-    GloxColor(
-        (uint8_t)(255.0f /     TTL    *    (m_ttl-1)  ),
-        (uint8_t)(200.0f / pow(TTL,2) * pow(m_ttl-1,2)),
-        (uint8_t)(100.0f / pow(TTL,4) * pow(m_ttl-1,4))).render();
-        next.plot();
-    );
+  glLineWidth(m_ttl / 10.0f);
+  GloxWith(GL_LINES, m_position.plot();
+           GloxColor((uint8_t)(255.0f / TTL * (m_ttl - 1)),
+                     (uint8_t)(200.0f / pow(TTL, 2) * pow(m_ttl - 1, 2)),
+                     (uint8_t)(100.0f / pow(TTL, 4) * pow(m_ttl - 1, 4)))
+               .render();
+           next.plot(););
 }
 
-Projectile::Projectile( const glox::GloxPoint<>& position, const glox::GloxPoint<>& vec ) {
-    m_position = position;
-    m_dpos = vec ;
-    m_ttl = TTL;
+Projectile::Projectile(const glox::GloxPoint<>& position,
+                       const glox::GloxPoint<>& vec) {
+  m_position = position;
+  m_dpos = vec;
+  m_ttl = TTL;
 
-    loadModel();
+  loadModel();
 
-    /* Project the point onto the x,y plane */
-    GloxPoint<> first( m_dpos.getX(), m_dpos.getY(), 0 );
-    /* A point that represents the x axis */
-    GloxPoint<> xaxis( 1, 0, 0 );
+  /* Project the point onto the x,y plane */
+  GloxPoint<> first(m_dpos.getX(), m_dpos.getY(), 0);
+  /* A point that represents the x axis */
+  GloxPoint<> xaxis(1, 0, 0);
 
-    /* Rotation around the z axis */
-    float dot = first.dot( xaxis ) ;
-    float rot = GloxToDegrees(acos( dot )) ;
+  /* Rotation around the z axis */
+  float dot = first.dot(xaxis);
+  float rot = GloxToDegrees(acos(dot));
 
-    if( first.getY() < 0 ) {
-        rot = - rot;
-    }
-    rot = rot + 180 ;
-    m_roty = rot;
-    /* x axis now follows *first* vector */
-    /* Rotate around y axis to get x to follow *dpos* vector */
-    dot = first.dot( m_dpos );
-    rot = acos( dot );
-    rot = GloxToDegrees( rot );
+  if (first.getY() < 0) {
+    rot = -rot;
+  }
+  rot = rot + 180;
+  m_roty = rot;
+  /* x axis now follows *first* vector */
+  /* Rotate around y axis to get x to follow *dpos* vector */
+  dot = first.dot(m_dpos);
+  rot = acos(dot);
+  rot = GloxToDegrees(rot);
 
-    if( m_dpos.getZ() < 0 ) {
-        rot = - rot;
-    }
-    m_rotz = rot;
+  if (m_dpos.getZ() < 0) {
+    rot = -rot;
+  }
+  m_rotz = rot;
 }