*** empty log message ***

Geo/gmshFace.cpp

@@ -190,23 +190,8 @@ GPoint gmshFace::closestPoint(const SPoint3 & qp, const double initialGuess[2])
     double XP = qp.x();
     double YP = qp.y();
     double ZP = qp.z();
-    //double a = meanPlane.a;
-    //double b = meanPlane.b;
-    //double c = meanPlane.c;
-    //double d = meanPlane.d;
-    // X = P +   H N, find y such that
-    // a X_1 + b X_2 + c X_3 + d = 0
-    // a ( XP + y XN) + b ( YP + y YN) + c ( ZP + y ZN) + d = 0
-    // H ( a XN + b YN + c ZN ) = - (a XP + b YP + c ZP + d)    
-    //const double H = -(a*XP + b*YP + c *ZP + d)/(a*a + b*b + c*c);
-    //const double X = XP + H * a;
-    //const double Y = YP + H * b;
-    //const double Z = ZP + H * c;
-    // now compute parametric coordinates
-    double x,y,z,VX[3], VY[3];
+    double VX[3], VY[3], x, y, z;
     getMeanPlaneData(VX, VY, x, y, z);
-    // XP = X + u VX + v VY
-    // We are sure to be on the plane
     double M[3][2] = {{VX[0], VY[0]}, {VX[1], VY[1]}, {VX[2], VY[2]}};
     double MN[2][2];
     double B[3] = {XP - x, YP - y, ZP - z};
@@ -226,17 +211,14 @@ GPoint gmshFace::closestPoint(const SPoint3 & qp, const double initialGuess[2])
       }
     }
     sys2x2(MN, BN, UV);
-
-    //    GPoint test = point (UV[0],UV[1]);
-    //    printf("%g %g %g vs %g %g %g\n",XP,YP,ZP,test.x(),test.y(),test.z());
     return GPoint(XP, YP, ZP, this, UV);    
   }
 
   Vertex v;
-  double u[2] = {initialGuess[0],initialGuess[1]};
   v.Pos.X = qp.x();
   v.Pos.Y = qp.y();
   v.Pos.Z = qp.z();
+  double u[2] = {initialGuess[0], initialGuess[1]};
   bool result = ProjectPointOnSurface(s, v, u);
   if (!result)
     return GPoint(-1.e22, -1.e22, -1.e22, 0, u);