dedicated server ncurses console updates

1 files changed, 36 insertions, 32 deletions

diff --git a/src/core/gameinterface.cc b/src/core/gameinterface.cc
index ecb58fc..70224b0 100644
--- a/src/core/gameinterface.cc
+++ b/src/core/gameinterface.cc
@@ -152,39 +152,43 @@ void GameInterface::update_entity_clientstate(Entity *entity)
 
 		if (game_clientframetime <= game_serverframetime) {
 		
-			entity->state()->state_axis.assign(entity->state()->previousaxis());
-
-			float cosangle;		// cosine of an angle
-			float angle;		// angle in radians	
-			math::Vector3f n;	// normal of a plane
-
-			n.assign(math::crossproduct( entity->state()->axis().forward(), entity->axis().forward()));
-			if (!(n.length() < MIN_DELTA)) {
-				n.normalize();
-				cosangle = math::dotproduct( entity->state()->axis().forward(),  entity->axis().forward());
-				angle = acos(cosangle) * timeoffset(); // * 180.0f / M_PI;
-				if (angle > MIN_DELTA)
-					entity->state()->state_axis.rotate(n, -angle);
-			}
-			/*
-			n.assign(math::crossproduct( entity->state()->axis().left(), entity->axis().left()));
-			if (!(n.length() < MIN_DELTA)) {
-				n.normalize();
-				cosangle = math::dotproduct( entity->state()->axis().left(), entity->axis().left());
-				angle = acos(cosangle) * timeoffset(); // * 180.0f / M_PI;
-				if (angle > MIN_DELTA)
-					entity->state()->state_axis.rotate(n, -angle);
+			if(Cvar::cl_prediction->value() > 1) {
+				entity->state()->state_axis.assign(entity->state()->previousaxis());
+	
+				float cosangle;		// cosine of an angle
+				float angle;		// angle in radians	
+				math::Vector3f n;	// normal of a plane
+	
+				n.assign(math::crossproduct( entity->state()->axis().forward(), entity->axis().forward()));
+				if (!(n.length() < MIN_DELTA)) {
+					n.normalize();
+					cosangle = math::dotproduct( entity->state()->axis().forward(),  entity->axis().forward());
+					angle = acos(cosangle) * timeoffset(); // * 180.0f / M_PI;
+					if (angle > MIN_DELTA)
+						entity->state()->state_axis.rotate(n, -angle);
+				}
+				/*
+				n.assign(math::crossproduct( entity->state()->axis().left(), entity->axis().left()));
+				if (!(n.length() < MIN_DELTA)) {
+					n.normalize();
+					cosangle = math::dotproduct( entity->state()->axis().left(), entity->axis().left());
+					angle = acos(cosangle) * timeoffset(); // * 180.0f / M_PI;
+					if (angle > MIN_DELTA)
+						entity->state()->state_axis.rotate(n, -angle);
+				}
+	
+				n.assign(math::crossproduct( entity->state()->axis().up(), entity->axis().up()));
+				if (!(n.length() < MIN_DELTA)) {
+					n.normalize();
+					cosangle = math::dotproduct( entity->state()->axis().up(), entity->axis().up());
+					angle = acos(cosangle) * timeoffset(); // * 180.0f / M_PI;
+					if (angle > MIN_DELTA)
+						entity->state()->state_axis.rotate(n, -angle);
+				} 
+				*/
+			} else {
+				entity->state()->state_axis.assign(entity->axis());
 			}
-
-			n.assign(math::crossproduct( entity->state()->axis().up(), entity->axis().up()));
-			if (!(n.length() < MIN_DELTA)) {
-				n.normalize();
-				cosangle = math::dotproduct( entity->state()->axis().up(), entity->axis().up());
-				angle = acos(cosangle) * timeoffset(); // * 180.0f / M_PI;
-				if (angle > MIN_DELTA)
-					entity->state()->state_axis.rotate(n, -angle);
-			} 
-			*/
 		} else {
 			entity->state()->state_axis.assign(entity->axis());
 		}