util::Point Struct Reference

A structure to represent 3d vectors. More...

#include <point.h>

Collaboration diagram for util::Point:

Public Member Functions
	Point ()
	Constructor.
template<class T >
	Point (T x, T y, T z)
	Constructor.
template<class T >
	Point (T x[3])
	Constructor.
	Point (const std::vector< double > &p)
	Constructor.
	Point (const Point &p)
	Copy constructor.
std::string	printStr (int nt=0, int lvl=0) const
	Returns the string containing printable information about the object.
void	print (int nt=0, int lvl=0) const
	Prints the information about the object.
std::vector< double >	toVec () const
	Returns coordinate in stl form.
double	length () const
	Computes the Euclidean length of the vector.
double	lengthSq () const
	Computes the Euclidean length of the vector.
double	dot (const Point &b) const
	Computes the dot product of this vector with another point.
double	dist (const Point &b) const
	Computes the distance between a given point from this point.
Point	cross (const Point &b) const
	Computes the cross product between this vector and given vector.
Point	project (const Point &b, bool is_unit=false) const
	Computes projection of vector on this vector.
Point	projectNormal (const Point &b, bool is_unit=false) const
	Computes projection of vector on plane with normal as this vector.

Data Fields
double	d_x
	the x coordinate
double	d_y
	the y coordinate
double	d_z
	the z coordinate

Group operators
Point &	operator+= (const double b)
	Addition by scalar operator.
Point &	operator-= (const double b)
	Subtraction by scalar operator.
Point &	operator*= (const double b)
	Multiplication by scalar operator.
Point &	operator+= (const Point &b)
	Addition operator.
Point &	operator-= (const Point &b)
	Subtraction operator.
Point &	operator*= (const Point &b)
	Multiplication (pointwise/elementwise) operator.
Point &	operator/= (const double b)
	Division by scalar operator.
double &	operator[] (size_t i)
	Access operator.
const double &	operator[] (size_t i) const
	Access operator.
Point	operator+ (Point lhs, const Point &rhs)
	Addition operator.
Point	operator- (Point lhs, const Point &rhs)
	Subtraction operator.
double	operator* (Point lhs, const Point rhs)
	Multiplication (dot) operator.
Point	operator* (Point lhs, const double rhs)
	Scalar product operator.
Point	operator+ (Point lhs, const double rhs)
	Addition by scalar operator.
Point	operator+ (const double lhs, Point rhs)
	Addition by scalar operator.
Point	operator- (Point lhs, const double rhs)
	Subtraction by scalar operator.
Point	operator- (const double lhs, Point rhs)
	Subtraction by scalar operator.
Point	operator* (const double lhs, Point rhs)
	Multiplication by scalar operator.
Point	operator/ (Point lhs, const double rhs)
	Division by scalar operator.

Detailed Description

A structure to represent 3d vectors.

Definition at line 30 of file point.h.

Constructor & Destructor Documentation

Point() [1/5]

util::Point::Point ( )

inline

Constructor.

Definition at line 44 of file point.h.

: d_x(0.), d_y(0.), d_z(0.){};

Referenced by projectNormal().

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Point() [2/5]

template<class T >

util::Point::Point ( T  x, T  y, T  z  )

inline

Constructor.

Parameters

x	The x coordinate
y	The y coordinate
z	The z coordinate

Definition at line 52 of file point.h.

: d_x(x), d_y(y), d_z(z){};

Point() [3/5]

template<class T >

util::Point::Point ( T  x[3] )

inlineexplicit

Constructor.

Parameters

x	The coordinate vector

Definition at line 59 of file point.h.

: d_x(x[0]), d_y(x[1]), d_z(x[2]){};

Point() [4/5]

util::Point::Point ( const std::vector< double > &  p )

inlineexplicit

Constructor.

Parameters

p

Vector

Definition at line 65 of file point.h.

                                             {
 
    if (p.empty())
      return;
    else if (p.size() == 1)
      d_x = p[0];
    else if (p.size() == 2) {
      d_x = p[0];
      d_y = p[1];
    } else if (p.size() == 3) {
      d_x = p[0];
      d_y = p[1];
      d_z = p[2];
    }
  };

References d_x, d_y, and d_z.

Point() [5/5]

util::Point::Point ( const Point &  p )

inline

Copy constructor.

Parameters

p	Another Point object

Definition at line 85 of file point.h.

: d_x(p.d_x), d_y(p.d_y), d_z(p.d_z) {};

Member Function Documentation

cross()

Point util::Point::cross ( const Point &  b ) const

inline

Computes the cross product between this vector and given vector.

Parameters

b	Another vector

Returns

Vector Cross product

Definition at line 157 of file point.h.

                                    {
    return {-d_z * b.d_y + d_y * b.d_z,
            d_z * b.d_x - d_x * b.d_z,
            -d_y * b.d_x + d_x * b.d_y};
  }

References d_x, d_y, and d_z.

Referenced by util::angle(), and util::rotate().

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dist()

double util::Point::dist ( const Point &  b ) const

inline

Computes the distance between a given point from this point.

Parameters

b	Another point

Returns

Value Distance between the two points

Definition at line 146 of file point.h.

                                    {
    return std::sqrt((d_x - b.d_x) * (d_x - b.d_x) +
                     (d_y - b.d_y) * (d_y - b.d_y) +
                     (d_z - b.d_z) * (d_z - b.d_z));
  }

References d_x, d_y, and d_z.

Referenced by util::doubleGaussian2d(), util::gaussian2d(), geom::Circle::isInside(), and geom::Sphere::isInside().

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dot()

double util::Point::dot ( const Point &  b ) const

inline

Computes the dot product of this vector with another point.

Parameters

b	Another vector

Returns

Value a dot product

Definition at line 138 of file point.h.

                                   { return d_x * b.d_x + d_y * b.d_y + d_z * b
  .d_z; }

References d_x, d_y, and d_z.

Referenced by material::RnpMaterial::getS(), geom::Drum2D::isInside(), project(), and projectNormal().

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length()

double util::Point::length ( ) const

inline

Computes the Euclidean length of the vector.

Returns

Length Euclidean length of the vector

Definition at line 124 of file point.h.

{ return std::sqrt(d_x * d_x + d_y * d_y + d_z * d_z); }

References d_x, d_y, and d_z.

Referenced by util::angle(), util::angle(), geom::anonymous_namespace{geomObjects.cpp}::axisAngleToQuatSafe(), geom::Cylinder::box(), anonymous_namespace{selfContact.cpp}::cappedRepulsive(), anonymous_namespace{main.cpp}::checkWallSpringOnly(), geom::anonymous_namespace{openRectChannel2D.cpp}::distPointToSegment2D(), geom::Ellipsoid::Ellipsoid(), pd::ReferenceGapSelfContact::force(), material::RnpMaterial::getBondForceDirection(), material::PmbMaterial::getS(), material::PdElastic::getS(), material::PdState::getS(), geom::BoxPartition::isNear(), contact::PairForce::nodeDampingForce(), geom::Plane::Plane(), geom::pointDistancePlane(), geom::pointDistanceSegment(), project(), projectNormal(), contact::PairForce::springForce(), contact::StickSlipPairForce::springForce(), geom::Plane::transform(), geom::Plane::wallContactQuery(), geom::Line::wallContactQuery(), and geom::Rectangle::wallContactQuery().

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lengthSq()

double util::Point::lengthSq ( ) const

inline

Computes the Euclidean length of the vector.

Returns

Length Euclidean length of the vector

Definition at line 130 of file point.h.

                          { return d_x * d_x + d_y * d_y + d_z *
  d_z; }

References d_x, d_y, and d_z.

Referenced by geom::doLinesIntersect(), geom::isPointInsideCylinder(), geom::isPointInsideCylinder(), geom::pointDistanceLine(), and geom::Line::wallContactQuery().

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operator*=() [1/2]

Point & util::Point::operator*= ( const double  b )

inline

Multiplication by scalar operator.

Parameters

b

Scalar

Returns

point Vector after multiplying b to this point

Definition at line 328 of file point.h.

                                    {
 
    d_x *= b;
    d_y *= b;
    d_z *= b;
    return *this;
  }

References d_x, d_y, and d_z.

operator*=() [2/2]

Point & util::Point::operator*= ( const Point &  b )

inline

Multiplication (pointwise/elementwise) operator.

Parameters

b

Vector

Returns

point Vector after elementwise multiplication of b with this point

Definition at line 367 of file point.h.

                                    {
 
    d_x *= b.d_x;
    d_y *= b.d_y;
    d_z *= b.d_z;
    return *this;
  }

References d_x, d_y, and d_z.

operator+=() [1/2]

Point & util::Point::operator+= ( const double  b )

inline

Addition by scalar operator.

Parameters

b

Scalar

Returns

point Vector after adding b to this point

Definition at line 302 of file point.h.

                                    {
 
    d_x += b;
    d_y += b;
    d_z += b;
    return *this;
  }

References d_x, d_y, and d_z.

operator+=() [2/2]

Point & util::Point::operator+= ( const Point &  b )

inline

Addition operator.

Parameters

b	Vector to be added

Returns

point Vector after adding b to this point

Definition at line 341 of file point.h.

                                    {
 
    d_x += b.d_x;
    d_y += b.d_y;
    d_z += b.d_z;
    return *this;
  }

References d_x, d_y, and d_z.

operator-=() [1/2]

Point & util::Point::operator-= ( const double  b )

inline

Subtraction by scalar operator.

Parameters

b

Scalar

Returns

point Vector after subtracting b from this point

Definition at line 315 of file point.h.

                                    {
 
    d_x -= b;
    d_y -= b;
    d_z -= b;
    return *this;
  }

References d_x, d_y, and d_z.

operator-=() [2/2]

Point & util::Point::operator-= ( const Point &  b )

inline

Subtraction operator.

Parameters

b	Vector to subtract

Returns

point Vector after subtracting b from this point

Definition at line 354 of file point.h.

                                    {
 
    d_x -= b.d_x;
    d_y -= b.d_y;
    d_z -= b.d_z;
    return *this;
  }

References d_x, d_y, and d_z.

operator/=()

Point & util::Point::operator/= ( const double  b )

inline

Division by scalar operator.

Parameters

b

Scalar

Returns

point Vector after dividing b elementwise from this point

Definition at line 380 of file point.h.

                                    {
 
    d_x /= b;
    d_y /= b;
    d_z /= b;
    return *this;
  }

References d_x, d_y, and d_z.

operator[]() [1/2]

double & util::Point::operator[] ( size_t  i )

inline

Access operator.

Parameters

i	Index of element in vector to access

Returns

value Value of ith element in vector

Definition at line 393 of file point.h.

                               {
 
    if (i == 0)
      return d_x;
    else if (i == 1)
      return d_y;
    else
      return d_z;
  }

References d_x, d_y, and d_z.

operator[]() [2/2]

const double & util::Point::operator[] ( size_t  i ) const

inline

Access operator.

Parameters

i	Index of element in vector to access

Returns

value Value of ith element in vector

Definition at line 404 of file point.h.

                                           {
 
    if (i == 0)
      return d_x;
    else if (i == 1)
      return d_y;
    else
      return d_z;
  }

References d_x, d_y, and d_z.

print()

void util::Point::print ( int  nt = 0, int  lvl = 0  ) const

inline

Prints the information about the object.

Parameters

nt	Number of tabs to append before printing
lvl	Information level (higher means more information)

Definition at line 112 of file point.h.

{ std::cout << printStr(nt, lvl); }

References printStr().

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printStr()

std::string util::Point::printStr ( int  nt = 0, int  lvl = 0  ) const

inline

Returns the string containing printable information about the object.

Parameters

nt	Number of tabs to append before printing
lvl	Information level (higher means more information)

Returns

string String containing printable information about the object

Definition at line 94 of file point.h.

                                                    {
 
    std::string tabS = "";
    for (int i = 0; i < nt; i++)
      tabS += "\t";
 
    std::ostringstream oss;
    oss << tabS << "(" << d_x << ", " << d_y << ", " << d_z << ")";
 
    return oss.str();
  }

References d_x, d_y, and d_z.

Referenced by print(), geom::AnnulusGeomObject::printStr(), geom::ComplexGeomObject::printStr(), geom::Plane::printStr(), geom::Triangle::printStr(), geom::Square::printStr(), geom::Hexagon::printStr(), geom::Drum2D::printStr(), geom::Cube::printStr(), geom::Cuboid::printStr(), geom::Circle::printStr(), geom::Ellipse::printStr(), geom::Sphere::printStr(), geom::Ellipsoid::printStr(), geom::Cylinder::printStr(), fe::QuadData::printStr(), geom::ParticleTransform::printStr(), inp::BCDeck::printStr(), and geom::OpenCuboidChannel3D::printStr().

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project()

Point util::Point::project ( const Point &  b, bool  is_unit = false  ) const

inline

Computes projection of vector on this vector.

Parameters

b	Another vector
is_unit	Specify if this is a unit vector

Returns

Vector Projection vector

Definition at line 169 of file point.h.

                                                            {
    auto l_sq = (is_unit ? 1. : this->length() * this->length());
    auto dot = this->dot(b);
    return {dot * d_x / l_sq, dot * d_y / l_sq, dot * d_z / l_sq};
  }

References d_x, d_y, d_z, dot(), and length().

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projectNormal()

Point util::Point::projectNormal ( const Point &  b, bool  is_unit = false  ) const

inline

Computes projection of vector on plane with normal as this vector.

Parameters

b	Another vector
is_unit	Specify if this is a unit vector

Returns

Vector Projection vector

Definition at line 181 of file point.h.

                                                                  {
    auto l_sq = (is_unit ? 1. : this->length() * this->length());
    auto dot = this->dot(b);
    return b - Point(dot * d_x / l_sq, dot * d_y / l_sq, dot * d_z / l_sq);
  }

References d_x, d_y, d_z, dot(), length(), and Point().

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toVec()

std::vector< double > util::Point::toVec ( ) const

inline

Returns coordinate in stl form.

Returns

Vector STL-format coordinates

Definition at line 118 of file point.h.

{ return std::vector<double>({d_x, d_y, d_z}); }

References d_x, d_y, and d_z.

Referenced by anonymous_namespace{main.cpp}::buildInputJson(), anonymous_namespace{main.cpp}::buildInputJson(), anonymous_namespace{main.cpp}::buildInputJson(), anonymous_namespace{main.cpp}::buildInputJson(), anonymous_namespace{main.cpp}::buildInputJson(), anonymous_namespace{main.cpp}::buildInputJson(), getInputJson(), and anonymous_namespace{testDeckRoundTrip.cpp}::testBCDeck().

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Friends And Related Symbol Documentation

operator* [1/3]

Point operator* ( const double  lhs, Point  rhs  )

friend

Multiplication by scalar operator.

Parameters

lhs	lhs scalar
rhs	rhs vector

Returns

point Vector after multiplying lhs to rhs pointwise

Definition at line 281 of file point.h.

                                                      {
    rhs *= lhs;
    return rhs;
  }

operator* [2/3]

Point operator* ( Point  lhs, const double  rhs  )

friend

Scalar product operator.

Parameters

lhs	lhs (to be modified)
rhs	rhs scalar (to be multiplied to lhs)

Returns

point lhs after multiplying rhs to it

Definition at line 230 of file point.h.

                                                      {
    lhs *= rhs;
    return lhs;
  }

operator* [3/3]

double operator* ( Point  lhs, const Point  rhs  )

friend

Multiplication (dot) operator.

Parameters

lhs	lhs
rhs	rhs

Returns

product Dot product of two vectors

Definition at line 220 of file point.h.

                                                      {
    return lhs.d_x * rhs.d_x + lhs.d_y * rhs.d_y + lhs.d_z * rhs.d_z;
  }

operator+ [1/3]

Point operator+ ( const double  lhs, Point  rhs  )

friend

Addition by scalar operator.

Parameters

lhs	lhs scalar
rhs	rhs (to be added to lhs)

Returns

point After adding lhs to rhs

Definition at line 251 of file point.h.

                                                      {
    return {lhs + rhs.d_x, lhs + rhs.d_y, lhs + rhs.d_z};
  }

operator+ [2/3]

Point operator+ ( Point  lhs, const double  rhs  )

friend

Addition by scalar operator.

Parameters

lhs	lhs (to be modified)
rhs	rhs (to be added to lhs)

Returns

point lhs after adding rhs to it

Definition at line 241 of file point.h.

                                                      {
    return {lhs.d_x + rhs, lhs.d_y + rhs, lhs.d_z + rhs};
  }

operator+ [3/3]

Point operator+ ( Point  lhs, const Point &  rhs  )

friend

Addition operator.

Parameters

lhs	lhs (to be modified)
rhs	rhs (to be added to lhs)

Returns

point lhs after adding rhs to it

Definition at line 198 of file point.h.

                                                      {
    lhs += rhs;
    return lhs;
  }

operator- [1/3]

Point operator- ( const double  lhs, Point  rhs  )

friend

Subtraction by scalar operator.

Parameters

lhs	lhs scalar
rhs	rhs (to be subtracted from lhs)

Returns

point After subtracting rhs from lhs

Definition at line 271 of file point.h.

                                                      {
    return {lhs - rhs.d_x, lhs - rhs.d_y, lhs - rhs.d_z};
  }

operator- [2/3]

Point operator- ( Point  lhs, const double  rhs  )

friend

Subtraction by scalar operator.

Parameters

lhs	lhs (to be modified)
rhs	rhs (to be subtracted from lhs)

Returns

point lhs after subtracting rhs from it

Definition at line 261 of file point.h.

                                                      {
    return {lhs.d_x - rhs, lhs.d_y - rhs, lhs.d_z - rhs};
  }

operator- [3/3]

Point operator- ( Point  lhs, const Point &  rhs  )

friend

Subtraction operator.

Parameters

lhs	lhs (to be modified)
rhs	rhs (to be subtracted from lhs)

Returns

point lhs after subtracting rhs from it

Definition at line 209 of file point.h.

                                                      {
    lhs -= rhs;
    return lhs;
  }

operator/

Point operator/ ( Point  lhs, const double  rhs  )

friend

Division by scalar operator.

Parameters

lhs	lhs scalar
rhs	rhs vector

Returns

point Vector after dividing lhs to rhs pointwise

Definition at line 292 of file point.h.

                                                      {
    lhs /= rhs;
    return lhs;
  }

Field Documentation

d_x

double util::Point::d_x

the x coordinate

Definition at line 33 of file point.h.

Referenced by geom::anonymous_namespace{openCuboidChannel3D.cpp}::aabbFromCorners(), mesh_gen::anonymous_namespace{annulusMesh2D.cpp}::addEllipseDiskOcc(), rw::writer::VtkWriter::appendNodes(), geom::anonymous_namespace{geomObjects.cpp}::axisAngleToQuatSafe(), particle::BaseParticle::BaseParticle(), geom::Triangle::box(), geom::Circle::box(), geom::Ellipse::box(), geom::Sphere::box(), geom::Ellipsoid::box(), geom::OpenRectChannel2D::box(), mesh_gen::anonymous_namespace{builtinGmshGeometry.cpp}::buildCircleOcc(), mesh_gen::buildCylinderOcc(), mesh_gen::buildEllipseOcc(), mesh_gen::buildEllipsoidOcc(), anonymous_namespace{main.cpp}::buildInputJson(), anonymous_namespace{main.cpp}::buildInputJson(), anonymous_namespace{main.cpp}::buildInputJson(), mesh_gen::anonymous_namespace{builtinGmshGeometry.cpp}::buildOpenCuboidChannel3DGeo(), mesh_gen::anonymous_namespace{builtinGmshGeometry.cpp}::buildSphereOcc(), geom::OpenCuboidChannel3D::computeCenter(), geom::anonymous_namespace{openCuboidChannel3D.cpp}::cornersFromAabb(), cross(), util::derRotate2D(), dist(), dot(), geom::anonymous_namespace{geomObjects.cpp}::ellipseLocal(), geom::anonymous_namespace{geomObjects.cpp}::ellipsoidBodyCoords(), geom::anonymous_namespace{geomObjects.cpp}::ellipsoidMetric(), geom::ellipsoidRotationMatrix(), mesh_gen::anonymous_namespace{annulusMesh2D.cpp}::embedPointInAnnulus2D(), mesh_gen::anonymous_namespace{annulusMesh3D.cpp}::embedPointInAnnulus3D(), mesh_gen::anonymous_namespace{builtinGmshGeometry.cpp}::embedPointOpenCuboidChannel3DForMesh(), geom::exampleGeomParams(), mesh_gen::anonymous_namespace{annulusMesh2D.cpp}::finish2DCutEmbedSurface(), mesh_gen::anonymous_namespace{annulusMesh3D.cpp}::finish3DCutEmbedVolume(), geom::getCenter(), geom::getCornerPoints(), fe::HexElem::getDerShapes(), fe::QuadElem::getDerShapes(), fe::HexElem::getShapes(), fe::LineElem::getShapes(), fe::QuadElem::getShapes(), fe::TetElem::getShapes(), fe::TriElem::getShapes(), geom::OpenCuboidChannel3D::inClosedShell(), geom::OpenCuboidChannel3D::inRemovedFaceSlab(), geom::BoxPartition::isNear(), geom::Square::isNearBoundary(), geom::Rectangle::isNearBoundary(), geom::Cube::isNearBoundary(), geom::Cuboid::isNearBoundary(), geom::isPointInsideBox(), geom::isPointInsideCuboid(), geom::isPointInsideRectangle(), geom::isPointInsideRectangle(), length(), lengthSq(), main(), main(), fe::LineElem::mapPointToRefElem(), fe::TetElem::mapPointToRefElem(), fe::TriElem::mapPointToRefElem(), util::Matrix3::Matrix3(), util::Matrix3::Matrix3(), operator*=(), operator*=(), operator+=(), operator+=(), operator-=(), operator-=(), operator/=(), operator[](), operator[](), mesh_gen::physicalGroupsWallOpenFromFace3D(), Point(), geom::OpenRectChannel2D::pointInPolygon2D(), geom::OpenRectChannel2D::polygonCentroid2D(), printStr(), geom::OpenCuboidChannel3D::printStr(), project(), projectNormal(), geom::Rectangle::Rectangle(), util::rotate2D(), util::rotateCW2D(), geom::Square::Square(), util::SymMatrix3::SymMatrix3(), toVec(), geom::OpenCuboidChannel3D::transform(), geom::OpenRectChannel2D::transform(), geom::triangleArea(), geom::OpenCuboidChannel3D::volume(), geom::Line::wallContactQuery(), and geom::Rectangle::wallContactQuery().

d_y

double util::Point::d_y

the y coordinate

Definition at line 36 of file point.h.

Referenced by geom::anonymous_namespace{openCuboidChannel3D.cpp}::aabbFromCorners(), mesh_gen::anonymous_namespace{annulusMesh2D.cpp}::addEllipseDiskOcc(), rw::writer::VtkWriter::appendNodes(), geom::anonymous_namespace{geomObjects.cpp}::axisAngleToQuatSafe(), geom::Triangle::box(), geom::Circle::box(), geom::Ellipse::box(), geom::Sphere::box(), geom::Ellipsoid::box(), geom::OpenRectChannel2D::box(), mesh_gen::anonymous_namespace{builtinGmshGeometry.cpp}::buildCircleOcc(), mesh_gen::buildCylinderOcc(), mesh_gen::buildEllipseOcc(), mesh_gen::buildEllipsoidOcc(), anonymous_namespace{main.cpp}::buildInputJson(), anonymous_namespace{main.cpp}::buildInputJson(), anonymous_namespace{main.cpp}::buildInputJson(), mesh_gen::anonymous_namespace{builtinGmshGeometry.cpp}::buildOpenCuboidChannel3DGeo(), mesh_gen::anonymous_namespace{builtinGmshGeometry.cpp}::buildSphereOcc(), geom::OpenCuboidChannel3D::computeCenter(), geom::anonymous_namespace{openCuboidChannel3D.cpp}::cornersFromAabb(), cross(), util::derRotate2D(), dist(), dot(), geom::anonymous_namespace{geomObjects.cpp}::ellipseLocal(), geom::anonymous_namespace{geomObjects.cpp}::ellipsoidBodyCoords(), geom::anonymous_namespace{geomObjects.cpp}::ellipsoidMetric(), geom::ellipsoidRotationMatrix(), mesh_gen::anonymous_namespace{builtinGmshGeometry.cpp}::embedPointOpenCuboidChannel3DForMesh(), geom::exampleGeomParams(), mesh_gen::anonymous_namespace{annulusMesh2D.cpp}::finish2DCutEmbedSurface(), mesh_gen::anonymous_namespace{annulusMesh3D.cpp}::finish3DCutEmbedVolume(), fe::HexElem::getDerShapes(), fe::QuadElem::getDerShapes(), fe::HexElem::getShapes(), fe::QuadElem::getShapes(), fe::TetElem::getShapes(), fe::TriElem::getShapes(), geom::OpenCuboidChannel3D::inClosedShell(), geom::OpenCuboidChannel3D::inRemovedFaceSlab(), geom::BoxPartition::isNear(), geom::Square::isNearBoundary(), geom::Rectangle::isNearBoundary(), geom::Cube::isNearBoundary(), geom::Cuboid::isNearBoundary(), geom::isPointInsideBox(), geom::isPointInsideCuboid(), geom::isPointInsideRectangle(), geom::isPointInsideRectangle(), length(), lengthSq(), main(), main(), fe::TetElem::mapPointToRefElem(), fe::TriElem::mapPointToRefElem(), util::Matrix3::Matrix3(), util::Matrix3::Matrix3(), operator*=(), operator*=(), operator+=(), operator+=(), operator-=(), operator-=(), operator/=(), operator[](), operator[](), mesh_gen::physicalGroupsWallOpenFromFace3D(), Point(), geom::OpenRectChannel2D::pointInPolygon2D(), printStr(), geom::OpenCuboidChannel3D::printStr(), project(), projectNormal(), geom::Rectangle::Rectangle(), util::rotate2D(), util::rotateCW2D(), geom::Square::Square(), util::SymMatrix3::SymMatrix3(), anonymous_namespace{testDeckRoundTrip.cpp}::testBCBaseDeck(), toVec(), geom::OpenCuboidChannel3D::transform(), geom::triangleArea(), geom::OpenCuboidChannel3D::volume(), geom::Line::wallContactQuery(), and geom::Rectangle::wallContactQuery().

d_z

double util::Point::d_z

the z coordinate

Definition at line 39 of file point.h.

Referenced by geom::anonymous_namespace{openCuboidChannel3D.cpp}::aabbFromCorners(), mesh_gen::anonymous_namespace{annulusMesh2D.cpp}::addEllipseDiskOcc(), rw::writer::VtkWriter::appendNodes(), geom::anonymous_namespace{geomObjects.cpp}::axisAngleToQuatSafe(), geom::Triangle::box(), geom::Sphere::box(), geom::Ellipsoid::box(), geom::OpenRectChannel2D::box(), mesh_gen::anonymous_namespace{builtinGmshGeometry.cpp}::buildCircleOcc(), mesh_gen::buildCylinderOcc(), mesh_gen::buildEllipseOcc(), mesh_gen::buildEllipsoidOcc(), mesh_gen::anonymous_namespace{builtinGmshGeometry.cpp}::buildOpenCuboidChannel3DGeo(), mesh_gen::anonymous_namespace{builtinGmshGeometry.cpp}::buildSphereOcc(), geom::OpenCuboidChannel3D::computeCenter(), geom::anonymous_namespace{openCuboidChannel3D.cpp}::cornersFromAabb(), cross(), dist(), dot(), geom::anonymous_namespace{geomObjects.cpp}::ellipsoidBodyCoords(), geom::anonymous_namespace{geomObjects.cpp}::ellipsoidMetric(), geom::ellipsoidRotationMatrix(), mesh_gen::anonymous_namespace{builtinGmshGeometry.cpp}::embedPointOpenCuboidChannel3DForMesh(), geom::exampleGeomParams(), mesh_gen::anonymous_namespace{annulusMesh2D.cpp}::finish2DCutEmbedSurface(), mesh_gen::anonymous_namespace{annulusMesh3D.cpp}::finish3DCutEmbedVolume(), fe::HexElem::getDerShapes(), fe::HexElem::getShapes(), fe::TetElem::getShapes(), geom::OpenCuboidChannel3D::inClosedShell(), geom::OpenCuboidChannel3D::inRemovedFaceSlab(), geom::OpenRectChannel2D::isInside(), geom::BoxPartition::isNear(), geom::Cube::isNearBoundary(), geom::Cuboid::isNearBoundary(), geom::isPointInsideBox(), geom::isPointInsideCuboid(), length(), lengthSq(), main(), fe::TetElem::mapPointToRefElem(), util::Matrix3::Matrix3(), util::Matrix3::Matrix3(), operator*=(), operator*=(), operator+=(), operator+=(), operator-=(), operator-=(), operator/=(), operator[](), operator[](), mesh_gen::physicalGroupsWallOpenFromFace3D(), Point(), printStr(), geom::OpenCuboidChannel3D::printStr(), project(), projectNormal(), geom::Rectangle::Rectangle(), geom::Square::Square(), util::SymMatrix3::SymMatrix3(), toVec(), geom::OpenCuboidChannel3D::transform(), geom::OpenCuboidChannel3D::volume(), and geom::Rectangle::wallContactQuery().

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The documentation for this struct was generated from the following file:

• /home/user/project/src/util/point.h