Code check

Geometry/TrackerCommonData/plugins/DDPixFwdBladesNew.cc

@@ -41,22 +41,22 @@ class DDPixFwdBladesNew : public DDAlgorithm {
   void execute(DDCompactView& cpv) override;
 
 private:
-  double endcap_;       // +1 for Z Plus endcap disks, -1 for Z Minus endcap disks
-  int nBlades_;         // Number of blades
-  double bladeAngle_;   // Angle of blade rotation around axis perpendicular to beam
-  double zPlane_;       // Common shift in Z for all blades (with respect to disk center plane)
-  double bladeZShift_;  // Shift in Z between the axes of two adjacent blades
-  double ancorRadius_;  // Distance from beam line to ancor point defining center of "blade frame"
-  int nippleType_;      // Flag if it is called frm Nipple (1) or not (0)
-  double jX_, jY_, jZ_; // Coordinates of Nipple ancor points J in blade frame
-  double kX_, kY_, kZ_; // Coordinates of Nipple ancor points K in blade frame
-  std::string flagString_;   // String of flags
-  std::string flagSelector_; // Character that means "yes" in flagString
-  std::string childName_;    // Child volume name
-  int startCopy_;            // First copy number
+  double endcap_;             // +1 for Z Plus endcap disks, -1 for Z Minus endcap disks
+  int nBlades_;               // Number of blades
+  double bladeAngle_;         // Angle of blade rotation around axis perpendicular to beam
+  double zPlane_;             // Common shift in Z for all blades (with respect to disk center plane)
+  double bladeZShift_;        // Shift in Z between the axes of two adjacent blades
+  double ancorRadius_;        // Distance from beam line to ancor point defining center of "blade frame"
+  int nippleType_;            // Flag if it is called frm Nipple (1) or not (0)
+  double jX_, jY_, jZ_;       // Coordinates of Nipple ancor points J in blade frame
+  double kX_, kY_, kZ_;       // Coordinates of Nipple ancor points K in blade frame
+  std::string flagString_;    // String of flags
+  std::string flagSelector_;  // Character that means "yes" in flagString
+  std::string childName_;     // Child volume name
+  int startCopy_;             // First copy number
   std::vector<double> childTranslationVector_;  // Child translation with respect to "blade frame"
   std::string childRotationName_;               // Child rotation with respect to "blade frame"
-  std::string idNameSpace_;  //Namespace of this and ALL sub-parts
+  std::string idNameSpace_;                     //Namespace of this and ALL sub-parts
 
   CLHEP::Hep3Vector getTranslation();
   CLHEP::HepRotation getRotation();

Geometry/TrackerCommonData/plugins/DDPixFwdRotation.cc

@@ -41,12 +41,12 @@ class DDPixFwdRotation : public DDAlgorithm {
   std::string rotNameNippleToCover_;
   std::string rotNameCoverToNipple_;
   std::string rotNameNippleToBody_;
-  int nBlades_;         // Number of blades
-  double bladeAngle_;   // Angle of blade rotation around axis perpendicular to beam
-  double bladeZShift_;  // Shift in Z between the axes of two adjacent blades
-  double ancorRadius_;  // Distance from beam line to ancor point defining center of "blade frame"
-  double jX_, jY_, jZ_;      // Coordinates of Nipple ancor points J in blade frame 
-  double kX_, kY_, kZ_;      // Coordinates of Nipple ancor points K in blade frame 
+  int nBlades_;              // Number of blades
+  double bladeAngle_;        // Angle of blade rotation around axis perpendicular to beam
+  double bladeZShift_;       // Shift in Z between the axes of two adjacent blades
+  double ancorRadius_;       // Distance from beam line to ancor point defining center of "blade frame"
+  double jX_, jY_, jZ_;      // Coordinates of Nipple ancor points J in blade frame
+  double kX_, kY_, kZ_;      // Coordinates of Nipple ancor points K in blade frame
   std::string rotNS_;        //Namespace of the rotation matrix
   std::string idNameSpace_;  //Namespace of this and ALL sub-parts
 };