related files

h file

   /*Title: mjbWorld
   Copyright (c) 1998-2007 Martin John Baker This program is free software; you can redistribute it and/or
   modify it under the terms of the GNU General public: License
   as published by the Free Software Foundation; either version 2
   of the License, or (at your option) any later version.This program is distributed in the hope that it will be useful,
   but WITHOUT ANY WARRANTY; without even the implied warranty of
   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
   GNU General public: License for more details.For information about the GNU General public: License see http://www.gnu.org/To discuss this program http://sourceforge.net/forum/forum.php?forum_id=122133
   also see website http://www.euclideanspace.com/
   *//*
   for theory see:
   http://www.euclideanspace.com/maths/vectors/index.htm
   */__gc class sfvec3f : public property {
   public: static bool saveAsDouble = false ;
   public: double x;
   public: double y;
   public: double z; // VRML only supports float but allow override if higher resolution required public: sfvec3f(double x,double y,double z); public: sfvec3f(sfvec3f* in); public: sfvec3f(); public: void sub(sfvec3f* other);
   public: void add(sfvec3f* other);
   public: void normalize();
   public: void scale(double sc);
   public: double distanceSquared(sfvec3f* other);
   void cross(sfvec3f* other);
   double dot(sfvec3f* other); static sfvec3f* sub(sfvec3f* a,sfvec3f* b){
   return new sfvec3f(a->x - b->x,a->y - b->y,a->z - b->z);
   } public: String* vrmlType(); public: static String* vrmlType_s(){
   return "SFVec3f";
   } public: String* ToString(); public: property* clone(); /** create an array of the appropriate type
   * with a size given by the parameter
   */
   public: property* createArray(int size)[]; public: void setX(double v); public: void setY(double v); public: void setZ(double v); public: double getx(); public: double gety(); public: double getz(); public: sfvec3f* minus(); public: String* toStatic(); /* if i=0 take minimum otherwise maximum */
   public: void combine(sfvec3f* bb_current,int i); public: bool greaterThan(sfvec3f* other); public: bool lessThan(sfvec3f* other);
   public: bool Equals(sfvec3f* v2);
   /** output as a string
   * mode values
   * 0 - output modified values
   * 1 - output original values
   * 2 - output attribute
   * 3 - output attribute in brackets
   * 4 - output with f prefix
   */
   public: String* outstring(int format);/** write to file
   * filter = information about output
   * mode values
   * 0 - output VRML97 modified values
   * 1 - output VRML97 original values
   * 2 - output xml (x3d)
   * 3 - output attribute in brackets
   * 4 - output with f prefix
   */
   public: void write(filter* f,int mode,int indent); public: bool readX3d(filter* f); /** used by mfparam.vrml2par
   */
   public: bool instring(filter* f,sfparam* sfp,nodeBean* n,int mode) ; /** used by mfvec3f.instring
   */
   public: bool instring(filter* f,String* s1); public: static Type* getEditClass(){
   return __typeof(sfvec3fEditor);
   }
   };
 

---

CPP file

/*Title: mjbWorld
   Copyright (c) 1998-2002 Martin John BakerThis program is free software; you can redistribute it and/or
   modify it under the terms of the GNU General License
   as published by the Free Software Foundation; either version 2
   of the License, or (at your option) any later version.This program is distributed in the hope that it will be useful,
   but WITHOUT ANY WARRANTY; without even the implied warranty of
   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
   GNU General License for more details.For information about the GNU General License see http://www.gnu.org/To discuss this program http://sourceforge.net/forum/forum.php?forum_id=122133
   also see website http://www.euclideanspace.com/
   *//*
   for theory see:
   http://www.euclideanspace.com/maths/vectors/index.htm
   */#include "mjbModel.h"
   /* x3d definition<!ENTITY % SFVec3f "CDATA"> <!-- ArrayList3Float -->
   */
   //private sfvec3fEditor editor = null; // VRML only supports float but allow override if higher resolution requiredsfvec3f::sfvec3f(double x1,double y1,double z1) {
   x=x1;
   y=y1;
   z=z1;
   saveAsDouble = false ;
   }sfvec3f::sfvec3f(sfvec3f* in) { // copy constructor
   x=(in) ? in->x : 0;
   y= (in) ? in->y : 0;
   z= (in) ? in->z : 1;
   saveAsDouble = false ;
   }sfvec3f::sfvec3f() {
   saveAsDouble = false ;
   }String* sfvec3f::vrmlType(){
   return "SFVec3f";
   }property* sfvec3f::clone() {
   //Console::WriteLine("sfvec3f->clone");
   return new sfvec3f(this);
   }/*
   for theory see:
   http://www.euclideanspace.com/maths/vectors/index.htm
   */
   void sfvec3f::sub(sfvec3f* other){
   x-= other->x;
   y-= other->y;
   z-= other->z;
   }/*
   for theory see:
   http://www.euclideanspace.com/maths/vectors/index.htm
   */
   void sfvec3f::add(sfvec3f* other){
   x+= other->x;
   y+= other->y;
   z+= other->z;
   }/*
   for theory see:
   http://www.euclideanspace.com/maths/vectors/normals/index.htm
   */
   void sfvec3f::normalize(){
   double t = Math::Sqrt(x*x + y*y + z*z);
   x /= t;
   y /= t;
   z /= t;
   }void sfvec3f::scale(double sc){
   x *= sc;
   y *= sc;
   z *= sc;
   }
   
   double sfvec3f::distanceSquared(sfvec3f* other){
   double x1 = other->x - x;
   double y1 = other->y - y;
   double z1 = other->z - z;
   return x1*x1 + y1*y1 + z1*z1;
   }void sfvec3f::cross(sfvec3f* other) {
   double xh = y * other->z - other->y * z;
   double yh = z * other->x - other->z * x;
   double zh = x * other->y - other->x * y;
   x = xh;
   y = yh;
   z = zh;
   }double sfvec3f::dot(sfvec3f* other) {
   return (x * other->x) + (y * other->y) + (z * other->z);
   }/** create an array of the appropriate type
   * with a size given by the parameter
   */
   property* sfvec3f::createArray(int size)[]{
   return new sfvec3f*[size];
   }void sfvec3f::setX(double v) {
   x=v;
   }void sfvec3f::setY(double v) {
   y=v;
   }void sfvec3f::setZ(double v) {
   z=v;
   }double sfvec3f::getx() {
   return x;
   }double sfvec3f::gety() {
   return y;
   }double sfvec3f::getz() {
   return z;
   }sfvec3f* sfvec3f::minus() {
   return new sfvec3f(-x,-y,-z);
   }String* sfvec3f::toStatic() {
   return String::Concat(__box(x)->ToString(),S"f,",
   __box(y)->ToString(),S"f,",
   __box(z)->ToString(),S"f");
   }String* sfvec3f::ToString() {
   return String::Concat(S"(",__box(x)->ToString(),S",",
   __box(y)->ToString(),S",",
   __box(z)->ToString(),S")");
   }bool sfvec3f::greaterThan(sfvec3f* other) {
   if (other->x > x) return true;
   if (other->y > y) return true;
   if (other->z > z) return true;
   return false;
   }bool sfvec3f::lessThan(sfvec3f* other) {
   if (other->x < x) return true;
   if (other->y < y) return true;
   if (other->z < z) return true;
   return false;
   }bool sfvec3f::Equals(sfvec3f* v2) {
   if (!v2) return false;
   if (x!= v2->x) return false;
   if (y!= v2->y) return false;
   if (z!= v2->z) return false;
   return true;
   }/** use to combine bounds
   * if i=0 take minimum otherwise maximum */
   void sfvec3f::combine(sfvec3f* other,int i){
   if (i==0) { // take minimum
   if (other->x < x) x=other->x;
   if (other->y < y) y=other->y;
   if (other->z < z) z=other->z;
   } else { // take maximum
   if (other->x > x) x=other->x;
   if (other->y > y) y=other->y;
   if (other->z > z) z=other->z;
   }
   }/** output as a string
   * mode values
   * 0 - output modified values
   * 1 - output original values
   * 2 - output attribute
   * 3 - output attribute in brackets
   * 4 - output with f prefix
   */
   String* sfvec3f::outstring(int format) {
   if (format == 3) {
   if (saveAsDouble)
   return String::Concat(S"(",__box(x)->ToString(),S" ",
   __box(y)->ToString(),S" ",
   __box(z)->ToString(),S")");
   else
   return String::Concat(S"(",__box((float)x)->ToString(),S"    ",
   __box((float)y)->ToString(),S" ",
   __box((float)z)->ToString(),S")");
   } else if (format == 4) {
   return String::Concat(__box((float)x)->ToString(),S"f,",
   __box((float)y)->ToString() , S"f," ,
   __box((float)z)->ToString() , S"f");
   } else {
   if (saveAsDouble)
   return String::Concat(__box(x)->ToString(),S" ",
   __box(y)->ToString(),S" ",
   __box(z)->ToString());
   else
   return String::Concat(__box((float)x)->ToString(),S" ",
   __box((float)y)->ToString(),S" ",
   __box((float)z)->ToString());
   }
   }/** write to file
   * filter = information about output
   * mode values
   * 0 - output VRML97 modified values
   * 1 - output VRML97 original values
   * 2 - output xml (x3d)
   * 3 - output attribute in brackets
   * 4 - output with f prefix
   */
   void sfvec3f::write(filter* f,int mode,int indent){
   if (mode == 3) {
   if (saveAsDouble) {
   f->write(String::Concat(S"(",__box(x)->ToString(),S" ",
   __box(y)->ToString(),S" ",
   __box(z)->ToString(),S")"));
   return;
   } else {
   f->write(String::Concat(S"(",__box((float)x)->ToString(),S"    ",
   __box((float)y)->ToString(),S" ",
   __box((float)z)->ToString(),S")"));
   return;
   }
   } else if (mode == 4) {
   f->write(String::Concat(__box(x)->ToString(),S"f,",
   __box(y)->ToString(),S"f,",
   __box(z)->ToString(),S"f"));
   return;
   } else {
   if (saveAsDouble) {
   f->write(String::Concat(__box(x)->ToString(),S" ",
   __box(y)->ToString(),S" ",
   __box(z)->ToString()));
   return;
   } else
   f->write(String::Concat(__box((float)x)->ToString(),S" ",
   __box((float)y)->ToString(),S" ",
   __box((float)z)->ToString()));
   }
   // f->write(outstring(mode));
   }bool sfvec3f::readX3d(filter* f) {
   String* s;
   s=f->nextToken();
   if (s->Equals("=")) {
   s=f->nextToken();
   if (s->Equals("'")) {
   s=f->nextToken();
   if (s->Equals("(")) {
   s=f->nextToken();
   }
   }
   }
   x = Single::Parse(s);
   s=f->nextToken();
   y = Single::Parse(s);
   s=f->nextToken();
   z = Single::Parse(s);
   return true;
   }/** used by mfparam->vrml2par
   */
   bool sfvec3f::instring(filter* f,sfparam* sfp,nodeBean* n,int mode) {
   String* s;
   s=f->nextToken();
   if (s) if (s->Equals("IS")) {
   s=f->nextToken();
   if (sfp) sfp->setIs(s);
   return true;
   }
   x = Single::Parse(s);
   s=f->nextToken();
   y = Single::Parse(s);
   s=f->nextToken();
   z = Single::Parse(s);
   return true;
   }/** used by mfvec3f->instring
   */
   bool sfvec3f::instring(filter* f,String* s1) {
   String* s;
   x = Single::Parse(s1);
   s=f->nextToken();
   y = Single::Parse(s);
   s=f->nextToken();
   z = Single::Parse(s);
   return true;
   }