Incorrect block type in CCPhysicsNode.

Author: slembcke

cocos2d/CCPhysicsNode.h

@@ -242,7 +242,7 @@ Mass has no particular units. I personally find it intuitive to use 1.0 as the m
  *  @param radius Radius to sweep.
  *  @param block  Block to execute per result.
  */
--(void)pointQueryAt:(CGPoint)point within:(CGFloat)radius block:(BOOL (^)(CCPhysicsShape *shape, CGPoint nearest, CGFloat distance))block;
+-(void)pointQueryAt:(CGPoint)point within:(CGFloat)radius block:(void (^)(CCPhysicsShape *shape, CGPoint nearest, CGFloat distance))block;
 
 /**
  *  Shoot a ray from 'start' to 'end' and find all of the CCPhysicsShapes that it would hit.
@@ -252,7 +252,7 @@ Mass has no particular units. I personally find it intuitive to use 1.0 as the m
  *  @param end   End point.
  *  @param block Block to execute per result.
  */
--(void)rayQueryFirstFrom:(CGPoint)start to:(CGPoint)end block:(BOOL (^)(CCPhysicsShape *shape, CGPoint point, CGPoint normal, CGFloat distance))block;
+-(void)rayQueryFirstFrom:(CGPoint)start to:(CGPoint)end block:(void (^)(CCPhysicsShape *shape, CGPoint point, CGPoint normal, CGFloat distance))block;
 
 /**
  *  Find all CCPhysicsShapes whose bounding boxes overlap the given CGRect.
@@ -261,7 +261,7 @@ Mass has no particular units. I personally find it intuitive to use 1.0 as the m
  *  @param rect  Rectangle area to check.
  *  @param block The block is called once for each shape found.
  */
--(void)rectQuery:(CGRect)rect block:(BOOL (^)(CCPhysicsShape *shape))block;
+-(void)rectQuery:(CGRect)rect block:(void (^)(CCPhysicsShape *shape))block;
 
 @end
 

cocos2d/CCPhysicsNode.m

@@ -377,21 +377,21 @@ -(void)setCollisionDelegate:(NSObject<CCPhysicsCollisionDelegate> *)collisionDel
 
 //MARK: Queries:
 
--(void)pointQueryAt:(CGPoint)point within:(CGFloat)radius block:(BOOL (^)(CCPhysicsShape *, CGPoint, CGFloat))block
+-(void)pointQueryAt:(CGPoint)point within:(CGFloat)radius block:(void (^)(CCPhysicsShape *, CGPoint, CGFloat))block
 {
 	cpSpacePointQuery_b(_space.space, CCP_TO_CPV(point), radius, CP_SHAPE_FILTER_ALL, ^(cpShape *shape, cpVect p, cpFloat d, cpVect g){
 		block([cpShapeGetUserData(shape) userData], CPV_TO_CCP(p), d);
 	});
 }
 
--(void)rayQueryFirstFrom:(CGPoint)start to:(CGPoint)end block:(BOOL (^)(CCPhysicsShape *, CGPoint, CGPoint, CGFloat))block
+-(void)rayQueryFirstFrom:(CGPoint)start to:(CGPoint)end block:(void (^)(CCPhysicsShape *, CGPoint, CGPoint, CGFloat))block
 {
 	cpSpaceSegmentQuery_b(_space.space, CCP_TO_CPV(start), CCP_TO_CPV(end), 0.0, CP_SHAPE_FILTER_ALL, ^(cpShape *shape, cpVect p, cpVect n, cpFloat t){
 		block([cpShapeGetUserData(shape) userData], CPV_TO_CCP(p), CPV_TO_CCP(n), t);
 	});
 }
 
--(void)rectQuery:(CGRect)rect block:(BOOL (^)(CCPhysicsShape *shape))block
+-(void)rectQuery:(CGRect)rect block:(void (^)(CCPhysicsShape *shape))block
 {
 	cpBB bb = cpBBNew(
 		CGRectGetMinX(rect),