Code-style consistency improvement:

Apply clang-format-all.sh using the _clang-format file through all the cpp/.h files.
make sure not to apply it to certain serialization structures, since some parser expects the * as part of the name, instead of type.
This commit contains no other changes aside from adding and applying clang-format-all.sh

examples/ThirdPartyLibs/BussIK/Node.h

@@ -20,31 +20,34 @@ subject to the following restrictions:
 *
 */
 
-
 #ifndef _CLASS_NODE
 #define _CLASS_NODE
 
 #include "LinearR3.h"
 
-enum Purpose {JOINT, EFFECTOR};
+enum Purpose
+{
+	JOINT,
+	EFFECTOR
+};
 
 class VectorR3;
 
-class Node {
-
+class Node
+{
 	friend class Tree;
 
 public:
-	Node(const VectorR3&, const VectorR3&, double, Purpose, double minTheta=-PI, double maxTheta=PI, double restAngle=0.);
+	Node(const VectorR3&, const VectorR3&, double, Purpose, double minTheta = -PI, double maxTheta = PI, double restAngle = 0.);
 
-	
 	void PrintNode();
 	void InitNode();
 
 	const VectorR3& GetAttach() const { return attach; }
 
 	double GetTheta() const { return theta; }
-	double AddToTheta( double& delta ) { 
+	double AddToTheta(double& delta)
+	{
 		//double orgTheta = theta;
 		theta += delta;
 #if 0
@@ -55,24 +58,27 @@ public:
 		double actualDelta = theta - orgTheta;
 		delta = actualDelta;
 #endif
-		return theta; }
-    
-    double UpdateTheta( double& delta ) {
-        theta = delta;
-        return theta; }
+		return theta;
+	}
+
+	double UpdateTheta(double& delta)
+	{
+		theta = delta;
+		return theta;
+	}
 
 	const VectorR3& GetS() const { return s; }
 	const VectorR3& GetW() const { return w; }
 
 	double GetMinTheta() const { return minTheta; }
-	double GetMaxTheta() const { return maxTheta; } 
-	double GetRestAngle() const { return restAngle; } ;
+	double GetMaxTheta() const { return maxTheta; }
+	double GetRestAngle() const { return restAngle; };
 	void SetTheta(double newTheta) { theta = newTheta; }
 	void ComputeS(void);
 	void ComputeW(void);
 
-	bool IsEffector() const { return purpose==EFFECTOR; } 
-	bool IsJoint() const { return purpose==JOINT; }
+	bool IsEffector() const { return purpose == EFFECTOR; }
+	bool IsJoint() const { return purpose == JOINT; }
 	int GetEffectorNum() const { return seqNumEffector; }
 	int GetJointNum() const { return seqNumJoint; }
 
@@ -80,26 +86,24 @@ public:
 	void Freeze() { freezed = true; }
 	void UnFreeze() { freezed = false; }
 
-//private:
-	bool freezed;			// Is this node frozen?
-	int seqNumJoint;		// sequence number if this node is a joint
-	int seqNumEffector;		// sequence number if this node is an effector
-	double size;			// size
-	Purpose purpose;		// joint / effector / both
-	VectorR3 attach;		// attachment point
-	VectorR3 r;				// relative position vector
-	VectorR3 v;				// rotation axis
-	double theta;			// joint angle (radian)
-	double minTheta;		// lower limit of joint angle
-	double maxTheta;		// upper limit of joint angle
-	double restAngle;		// rest position angle
-	VectorR3 s;				// GLobal Position
-	VectorR3 w;				// Global rotation axis
-	Node* left;				// left child
-	Node* right;			// right sibling
-	Node* realparent;		// pointer to real parent
-
-	
+	//private:
+	bool freezed;        // Is this node frozen?
+	int seqNumJoint;     // sequence number if this node is a joint
+	int seqNumEffector;  // sequence number if this node is an effector
+	double size;         // size
+	Purpose purpose;     // joint / effector / both
+	VectorR3 attach;     // attachment point
+	VectorR3 r;          // relative position vector
+	VectorR3 v;          // rotation axis
+	double theta;        // joint angle (radian)
+	double minTheta;     // lower limit of joint angle
+	double maxTheta;     // upper limit of joint angle
+	double restAngle;    // rest position angle
+	VectorR3 s;          // GLobal Position
+	VectorR3 w;          // Global rotation axis
+	Node* left;          // left child
+	Node* right;         // right sibling
+	Node* realparent;    // pointer to real parent
 };
 
 #endif