.TH "SbVec3d" 3 "Thu May 29 2014" "Version 4.0.0a" "Coin" \" -*- nroff -*-
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.SH NAME
SbVec3d \- 
.PP
The \fBSbVec3d\fP class is a 3 dimensional vector with double precision floating point coordinates\&.
.PP
This vector class provides storage for a 3 dimensional double precision floating point vector aswell as simple floating point arithmetic operations\&.  

.SH SYNOPSIS
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.PP
.SS "Public Member Functions"

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.RI "\fBSbVec3d\fP (void)"
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.RI "\fBSbVec3d\fP (const double v[3])"
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.RI "\fBSbVec3d\fP (double x, double y, double z)"
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.RI "\fBSbVec3d\fP (const \fBSbVec3f\fP &v)"
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.RI "\fBSbVec3d\fP (const \fBSbVec3b\fP &v)"
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.RI "\fBSbVec3d\fP (const \fBSbVec3s\fP &v)"
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.RI "\fBSbVec3d\fP (const \fBSbVec3i32\fP &v)"
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.RI "\fBSbVec3d\fP (const \fBSbDPPlane\fP &p0, const \fBSbDPPlane\fP &p1, const \fBSbDPPlane\fP &p2)"
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.RI "\fBSbVec3d\fP & \fBsetValue\fP (const double v[3])"
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.RI "\fBSbVec3d\fP & \fBsetValue\fP (double x, double y, double z)"
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.RI "\fBSbVec3d\fP & \fBsetValue\fP (const \fBSbVec3d\fP &barycentric, const \fBSbVec3d\fP &v0, const \fBSbVec3d\fP &v1, const \fBSbVec3d\fP &v2)"
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.RI "\fBSbVec3d\fP & \fBsetValue\fP (const \fBSbVec3f\fP &v)"
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.RI "\fBSbVec3d\fP & \fBsetValue\fP (const \fBSbVec3b\fP &v)"
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.RI "\fBSbVec3d\fP & \fBsetValue\fP (const \fBSbVec3s\fP &v)"
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.RI "\fBSbVec3d\fP & \fBsetValue\fP (const \fBSbVec3i32\fP &v)"
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.RI "const double * \fBgetValue\fP (void) const "
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.RI "void \fBgetValue\fP (double &x, double &y, double &z) const "
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.RI "double & \fBoperator[]\fP (const int i)"
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.RI "const double & \fBoperator[]\fP (const int i) const "
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.RI "\fBSbVec3d\fP \fBcross\fP (const \fBSbVec3d\fP &v) const "
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.RI "double \fBdot\fP (const \fBSbVec3d\fP &v) const "
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.RI "SbBool \fBequals\fP (const \fBSbVec3d\fP &v, double tolerance) const "
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.RI "\fBSbVec3d\fP \fBgetClosestAxis\fP (void) const "
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.RI "double \fBlength\fP (void) const "
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.RI "double \fBsqrLength\fP (void) const "
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.RI "void \fBnegate\fP (void)"
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.RI "double \fBnormalize\fP (void)"
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.RI "\fBSbVec3d\fP & \fBoperator*=\fP (double d)"
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.RI "\fBSbVec3d\fP & \fBoperator/=\fP (double d)"
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.RI "\fBSbVec3d\fP & \fBoperator+=\fP (const \fBSbVec3d\fP &v)"
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.RI "\fBSbVec3d\fP & \fBoperator-=\fP (const \fBSbVec3d\fP &v)"
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.RI "\fBSbVec3d\fP \fBoperator-\fP (void) const "
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.RI "\fBSbString\fP \fBtoString\fP () const "
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.RI "SbBool \fBfromString\fP (const \fBSbString\fP &str)"
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.RI "void \fBprint\fP (FILE *fp) const "
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.SS "Related Functions"
(Note that these are not member functions\&.) 
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.RI "\fBSbVec3d\fP \fBoperator*\fP (const \fBSbVec3d\fP &v, double d)"
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.RI "\fBSbVec3d\fP \fBoperator*\fP (double d, const \fBSbVec3d\fP &v)"
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.RI "\fBSbVec3d\fP \fBoperator/\fP (const \fBSbVec3d\fP &v, double d)"
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.RI "\fBSbVec3d\fP \fBoperator+\fP (const \fBSbVec3d\fP &v1, const \fBSbVec3d\fP &v2)"
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.RI "\fBSbVec3d\fP \fBoperator-\fP (const \fBSbVec3d\fP &v1, const \fBSbVec3d\fP &v2)"
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.RI "int \fBoperator==\fP (const \fBSbVec3d\fP &v1, const \fBSbVec3d\fP &v2)"
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.RI "int \fBoperator!=\fP (const \fBSbVec3d\fP &v1, const \fBSbVec3d\fP &v2)"
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.SH "Detailed Description"
.PP 
The \fBSbVec3d\fP class is a 3 dimensional vector with double precision floating point coordinates\&.
.PP
This vector class provides storage for a 3 dimensional double precision floating point vector aswell as simple floating point arithmetic operations\&. 


.PP
\fBSee also:\fP
.RS 4
\fBSbVec2s\fP, \fBSbVec2f\fP, \fBSbVec2d\fP, \fBSbVec3s\fP, \fBSbVec3f\fP, \fBSbVec4f\fP, \fBSbVec4d\fP\&. 
.RE
.PP
\fBSince:\fP
.RS 4
Coin 2\&.0 
.PP
TGS Inventor 2\&.6 
.RE
.PP

.SH "Constructor & Destructor Documentation"
.PP 
.SS "SbVec3d::SbVec3d (void)\fC [inline]\fP"
The default constructor does nothing\&. The vector coordinates will be uninitialized until you do a \fBsetValue()\fP call\&. 
.SS "SbVec3d::SbVec3d (const doublev[3])\fC [inline]\fP"
Constructs an \fBSbVec3d\fP instance with initial values from \fIv\fP\&. 
.SS "SbVec3d::SbVec3d (doublex, doubley, doublez)\fC [inline]\fP"
Constructs an \fBSbVec3d\fP instance with the initial vector endpoint set to \fI<x\fP,y,z>\&. 
.SS "SbVec3d::SbVec3d (const \fBSbVec3f\fP &v)\fC [inline]\fP, \fC [explicit]\fP"
Constructs an \fBSbVec3d\fP instance from an \fBSbVec3f\fP instance\&. 
.SS "SbVec3d::SbVec3d (const \fBSbVec3b\fP &v)\fC [inline]\fP, \fC [explicit]\fP"
Constructs an \fBSbVec3d\fP instance from an \fBSbVec3b\fP instance\&.
.PP
2\&.5 
.SS "SbVec3d::SbVec3d (const \fBSbVec3s\fP &v)\fC [inline]\fP, \fC [explicit]\fP"
Constructs an \fBSbVec3d\fP instance from an \fBSbVec3s\fP instance\&.
.PP
2\&.5 
.SS "SbVec3d::SbVec3d (const \fBSbVec3i32\fP &v)\fC [inline]\fP, \fC [explicit]\fP"
Constructs an \fBSbVec3d\fP instance from an \fBSbVec3i32\fP instance\&.
.PP
2\&.5 
.SS "SbVec3d::SbVec3d (const \fBSbDPPlane\fP &p0, const \fBSbDPPlane\fP &p1, const \fBSbDPPlane\fP &p2)"
Constructs an \fBSbVec3d\fP instance by combining the three given planes\&. None of the planes should be parallel to any of the other two, otherwise a divide by zero error will occur\&. 
.SH "Member Function Documentation"
.PP 
.SS "\fBSbVec3d\fP & SbVec3d::setValue (const doublev[3])\fC [inline]\fP"
Set new coordinates for the vector from \fIv\fP\&. Returns reference to self\&.
.PP
\fBSee also:\fP
.RS 4
\fBgetValue()\fP\&. 
.RE
.PP

.SS "\fBSbVec3d\fP & SbVec3d::setValue (doublex, doubley, doublez)\fC [inline]\fP"
Set new coordinates for the vector\&. Returns reference to self\&.
.PP
\fBSee also:\fP
.RS 4
\fBgetValue()\fP\&. 
.RE
.PP

.SS "\fBSbVec3d\fP & SbVec3d::setValue (const \fBSbVec3d\fP &barycentric, const \fBSbVec3d\fP &v0, const \fBSbVec3d\fP &v1, const \fBSbVec3d\fP &v2)"
Set this vector to be the average of \fIv0\fP, \fIv1\fP and \fIv2\fP\&. The vector components are weighted by the \fIbarycentric\fP vector\&.
.PP
\fBSee also:\fP
.RS 4
\fBgetValue()\fP\&. 
.RE
.PP

.SS "\fBSbVec3d\fP & SbVec3d::setValue (const \fBSbVec3f\fP &v)"
Sets this vector to the single precision vector \fIv\fP, converting the vector to a double precision vector\&. 
.SS "\fBSbVec3d\fP & SbVec3d::setValue (const \fBSbVec3b\fP &v)"
Sets this vector to the vector \fIv\fP\&.
.PP
2\&.5 
.SS "\fBSbVec3d\fP & SbVec3d::setValue (const \fBSbVec3s\fP &v)"
Sets this vector to the vector \fIv\fP\&.
.PP
2\&.5 
.SS "\fBSbVec3d\fP & SbVec3d::setValue (const \fBSbVec3i32\fP &v)"
Sets this vector to the vector \fIv\fP\&.
.PP
2\&.5 
.SS "const double * SbVec3d::getValue (void) const\fC [inline]\fP"
Returns a pointer to an array of three doubles containing the x, y and z coordinates of the vector\&.
.PP
\fBSee also:\fP
.RS 4
\fBsetValue()\fP\&. 
.RE
.PP

.SS "void SbVec3d::getValue (double &x, double &y, double &z) const\fC [inline]\fP"
Returns the x, y and z coordinates of the vector\&.
.PP
\fBSee also:\fP
.RS 4
\fBsetValue()\fP\&. 
.RE
.PP

.SS "double & SbVec3d::operator[] (const inti)\fC [inline]\fP"
Index operator\&. Returns modifiable x, y or z coordinate of vector\&.
.PP
\fBSee also:\fP
.RS 4
\fBgetValue()\fP and \fBsetValue()\fP\&. 
.RE
.PP

.SS "double SbVec3d::operator[] (const inti) const\fC [inline]\fP"
Index operator\&. Returns x, y or z coordinate of vector\&.
.PP
\fBSee also:\fP
.RS 4
\fBgetValue()\fP and \fBsetValue()\fP\&. 
.RE
.PP

.SS "\fBSbVec3d\fP SbVec3d::cross (const \fBSbVec3d\fP &v) const"
Returns the result of taking the cross product of this vector and \fIv\fP\&. 
.SS "double SbVec3d::dot (const \fBSbVec3d\fP &v) const\fC [inline]\fP"
Calculates and returns the result of taking the dot product of this vector and \fIv\fP\&. 
.SS "SbBool SbVec3d::equals (const \fBSbVec3d\fP &v, doubletolerance) const"
Compares the vector with \fIv\fP and returns \fCTRUE\fP if the distance between the vectors is smaller or equal to the square root of \fItolerance\fP\&. 
.SS "\fBSbVec3d\fP SbVec3d::getClosestAxis (void) const"
Return the vector representing the principal axis closest to this vector\&. 
.SS "double SbVec3d::length (void) const"
Return length of vector\&. 
.SS "double SbVec3d::sqrLength (void) const\fC [inline]\fP"
Returns the squared length of the vector\&. 
.SS "void SbVec3d::negate (void)\fC [inline]\fP"
Negate the vector (i\&.e\&. point it in the opposite direction)\&. 
.SS "double SbVec3d::normalize (void)"
Normalize the vector to unit length\&. Return value is the original length of the vector before normalization\&.
.PP
If the vector is the null vector, no attempt at normalization will be done\&. 
.SS "\fBSbVec3d\fP & SbVec3d::operator*= (doubled)\fC [inline]\fP"
Multiply components of vector with value \fId\fP\&. Returns reference to self\&. 
.SS "\fBSbVec3d\fP & SbVec3d::operator/= (doubled)\fC [inline]\fP"
Divides components of vector with value \fId\fP\&. Returns reference to self\&. 
.SS "\fBSbVec3d\fP & SbVec3d::operator+= (const \fBSbVec3d\fP &v)\fC [inline]\fP"
Adds this vector and vector \fIv\fP\&. Returns reference to self\&. 
.SS "\fBSbVec3d\fP & SbVec3d::operator-= (const \fBSbVec3d\fP &v)\fC [inline]\fP"
Subtracts vector \fIv\fP from this vector\&. Returns reference to self\&. 
.SS "\fBSbVec3d\fP SbVec3d::operator- (void) const\fC [inline]\fP"
Non-destructive negation operator\&. Returns a new \fBSbVec3d\fP instance which points in the opposite direction of this vector\&.
.PP
\fBSee also:\fP
.RS 4
\fBnegate()\fP\&. 
.RE
.PP

.SS "\fBSbString\fP SbVec3d::toString () const"
Return a string representation of this object 
.SS "SbBool SbVec3d::fromString (const \fBSbString\fP &str)"
Convert from a string representation, return wether this is a valid conversion 
.SS "void SbVec3d::print (FILE *fp) const"
Dump the state of this object to the \fIfile\fP stream\&. Only works in debug version of library, method does nothing in an optimized compile\&. 
.SH "Friends And Related Function Documentation"
.PP 
.SS "\fBSbVec3d\fP operator* (const \fBSbVec3d\fP &v, doubled)\fC [related]\fP"
Returns an \fBSbVec3d\fP instance which is the components of vector \fIv\fP multiplied with \fId\fP\&. 
.SS "\fBSbVec3d\fP operator* (doubled, const \fBSbVec3d\fP &v)\fC [related]\fP"
Returns an \fBSbVec3d\fP instance which is the components of vector \fIv\fP multiplied with \fId\fP\&. 
.SS "\fBSbVec3d\fP operator/ (const \fBSbVec3d\fP &v, doubled)\fC [related]\fP"
Returns an \fBSbVec3d\fP instance which is the components of vector \fIv\fP divided on the scalar factor \fId\fP\&. 
.SS "\fBSbVec3d\fP operator+ (const \fBSbVec3d\fP &v1, const \fBSbVec3d\fP &v2)\fC [related]\fP"
Returns an \fBSbVec3d\fP instance which is the sum of vectors \fIv1\fP and \fIv2\fP\&. 
.SS "\fBSbVec3d\fP operator- (const \fBSbVec3d\fP &v1, const \fBSbVec3d\fP &v2)\fC [related]\fP"
Returns an \fBSbVec3d\fP instance which is vector \fIv2\fP subtracted from vector \fIv1\fP\&. 
.SS "int operator== (const \fBSbVec3d\fP &v1, const \fBSbVec3d\fP &v2)\fC [related]\fP"
Returns \fI1\fP if \fIv1\fP and \fIv2\fP are \fIexactly\fP equal, \fI0\fP otherwise\&.
.PP
\fBSee also:\fP
.RS 4
\fBequals()\fP\&. 
.RE
.PP

.SS "int operator!= (const \fBSbVec3d\fP &v1, const \fBSbVec3d\fP &v2)\fC [related]\fP"
Returns \fI1\fP if \fIv1\fP and \fIv2\fP are not equal, \fI0\fP if they are equal\&.
.PP
\fBSee also:\fP
.RS 4
\fBequals()\fP\&. 
.RE
.PP


.SH "Author"
.PP 
Generated automatically by Doxygen for Coin from the source code\&.