PUBLIC

EdgeC::EdgeC(void) EdgeC::EdgeC(const BVertexC &,const CrackCodeC &) EdgeC::EdgeC(const BVertexC &,const BVertexC &) EdgeC::EdgeC(const Index2dC &,const CrackCodeC &) EdgeC::operator ==(const EdgeC &) const EdgeC::operator !=(const EdgeC &) const EdgeC::RPixel(void) const EdgeC::LPixel(void) const EdgeC::Begin(void) const EdgeC::Begin(void) EdgeC::End(void) const EdgeC::Reverse(void) BVertexC::BVertex(void) const BVertexC::BVertex(void) CrackCodeC::Code(void) const CrackCodeC::operator ==(const CrackCodeC &) const CrackCodeC::operator !=(const CrackCodeC &) const CrackCodeC::operator +=(const CrackCodeC &) CrackCodeC::operator -=(const CrackCodeC &) CrackCodeC::operator =(const CrackCodeC &) CrackCodeC::operator =(const CrackCodeT &) CrackCodeC::TurnClock(void) CrackCodeC::TurnCClock(void) CrackCodeC::TurnBack(void) CrackCodeC::Next(const Index2dC &) const CrackCodeC::CrackStep(const Index2dC &,CrackCodeT) CrackCodeC::CrackDirection(CrackCodeT) Index2dC::Index2dC(SizeT) Index2dC::Set(IndexC,IndexC) Index2dC::Step(const NeighbourOrderT &) Index2dC::Swapped(void) const Index2dC::Abs(void) Index2dC::Row(void) const Index2dC::Col(void) const Index2dC::Row(void) Index2dC::Col(void) Index2dC::IsInside(const IndexRange2dC &) const Index2dC::IsMoreUpperLeft(const Index2dC &) const Index2dC::operator <(const Index2dC &) const Index2dC::Right(void) Index2dC::Left(void) Index2dC::Up(void) Index2dC::Down(void) Index2dC::RightN(void) const Index2dC::LeftN(void) const Index2dC::UpN(void) const Index2dC::DownN(void) const Index2dC::LowerLeftN(void) const Index2dC::LowerRightN(void) const Index2dC::UpperLeftN(void) const Index2dC::UpperRightN(void) const Index2dC::Neighbour(NeighbourOrderT) const Index2dC::IsRelNeighbour8(void) const Index2dC::IsNeighbour8(const Index2dC &) const Index2dC::NeighbourOrder(void) const Index2dC::NeighbourOrder(const Index2dC &) const Index2dC::SumSqr(void) const Index2dC::Distance(const Index2dC &,GridMetricT) const Index2dC::Area2(const Index2dC &,const Index2dC &) const FIndexC::Hash(void) const FIndexC::operator *=(IntT) FIndexC::operator *=(RealT) FIndexC::operator /=(IntT) FIndexC::operator /=(RealT) FIndexC::operator *(IntT) const FIndexC::operator *(RealT) const FIndexC::operator /(IntT) const FIndexC::operator /(RealT) const TFVectorC::Size(void) const TFVectorC::Contains(UIntT) const TFVectorC::operator [](UIntT) TFVectorC::operator [](UIntT) const TFVectorC::operator ==(const TFVectorC &) const TFVectorC::operator !=(const TFVectorC &) const TFVectorC::Fill(const DataT &) TFVectorC::Abs(void) const TFVectorC::operator +=(const TFVectorC &) TFVectorC::operator -=(const TFVectorC &) TFVectorC::operator *=(const TFVectorC &) TFVectorC::operator /=(const TFVectorC &) TFVectorC::operator +(const TFVectorC &) const TFVectorC::operator -(const TFVectorC &) const TFVectorC::operator *(const TFVectorC &) const TFVectorC::operator /(const TFVectorC &) const TFVectorC::operator -(void) const TFVectorC::operator *=(const DataT &) TFVectorC::operator /=(const DataT &) TFVectorC::operator *(const DataT &) const TFVectorC::operator /(const DataT &) const TFVectorC::Dot(const TFVectorC &) const TFVectorC::OuterProduct(const TFVectorC &,TFMatrixC &) const TFVectorC::OuterProduct(TFMatrixC &) const TFVectorC::Limit(const DataT &,const DataT &) TFVectorC::MaxValueDistance(const TFVectorC &) const TFVectorC::CityBlockDistance(const TFVectorC &) const TFVectorC::SqrEuclidDistance(const TFVectorC &) const TFVectorC::Sum(void) const TFVectorC::SumSqr(void) const TFVectorC::T(void) const TFVectorC::operator >>(istream &,TFVectorC &) TFVectorC::operator <<(ostream &,const TFVectorC &) TFVectorC::operator >>(BinIStreamC &,TFVectorC &) TFVectorC::operator <<(BinOStreamC &,const TFVectorC &)

public BVertexC
public CrackCodeC

Constructors, copies, assigment, and destructor.

EdgeC()

Creates an edge
The value is undefined.

EdgeC(const BVertexC & px,const CrackCodeC & cc)

Create the edge with origin in the boundary vertex 'px' and with direction 'cc'.

EdgeC(const BVertexC & begin,const BVertexC & end)

Create the edge with origin in the boundary vertex 'begin' pointing towards the boudary vertex 'end'. The direction is automatically generated.

EdgeC(const Index2dC & pxl,const CrackCodeC & cc)

Creates the edge which starts at one corner of the pixel 'pxl' and has the direction 'cc'. The corner of the pixel is chosen in such way that the elementary edge is an elementary edge of the pixel.

Logical operators.

bool operator ==(const EdgeC & edg) const

Returns true if both edge are equivalent.

bool operator !=(const EdgeC & edg) const

Returns true if edges are different.

Access to elements of an elementary edge.

Index2dC RPixel() const

Returns the pixel on the right side of the edge.

Index2dC LPixel() const

Returns the pixel on the left side of the edge.

const BVertexC & Begin() const

Returns the boundary vertex from which the elementary edge starts from.

BVertexC & Begin()

Returns the boundary vertex from which the elementary edge starts from.

BVertexC End() const

Returns the boundary vertex to which the elementary edge points to.

const EdgeC & Reverse()

Reverse the direction of this edge.

const BVertexC & BVertex() const

Access to the constant object

BVertexC & BVertex()

Access to the object

CrackCodeT Code() const

Returns the crack code.

bool operator ==(const CrackCodeC & cc) const

Equality test

bool operator !=(const CrackCodeC & cc) const

Returns true if the object content is not equal to 'cc'.

const CrackCodeC & operator +=(const CrackCodeC & cc)

The crackcode 'cc' is taken as a relative crackcode. The relative crackcode is added to this crackcode.

const CrackCodeC & operator -=(const CrackCodeC & cc)

The crackcode 'cc' is taken as a relative crackcode. The relative crackcode is subtracted from this crackcode.

const CrackCodeC & operator =(const CrackCodeC & cc)

Assignment.

const CrackCodeC & operator =(const CrackCodeT & cc)

Assignment.
---------- turning -----------------------

CrackCodeC & TurnClock()

Turns the crackcode clockwise.
This is an inplace operation.

CrackCodeC & TurnCClock()

Turns the crackcode counterclockwise.
This is an inplace operation.

CrackCodeC & TurnBack()

Turns the crackcode backward.
This is an inplace operation.

Index2dC Next(const Index2dC & pixel) const

Get pixel in the direction of the crack code.

Index2dC CrackStep(const Index2dC &,CrackCodeT)

Index2dC CrackDirection(CrackCodeT)

explicit Index2dC(SizeT dim)

Creates an index
This is for compatibilty with N-D indexes, which need to be told there dimentionality.

Object modification

void Set(IndexC r,IndexC c)

Sets this index to be .

const Index2dC & Step(const NeighbourOrderT & dir)

Translates index in direction 'dir'.

Index2dC Swapped() const

Returns the 2-dimensional index with swapped value I() and J().

Index2dC & Abs()

Changes both indexes to their absolute values.

Access to the member items

const IndexC & Row() const

Constant access to the row index

const IndexC & Col() const

Constant access to the column index

IndexC & Row()

Access to the row index

IndexC & Col()

Access to the column index

Logical conditions

bool IsInside(const IndexRange2dC & range) const

Returns true, if this index is in the 'range'.

bool IsMoreUpperLeft(const Index2dC & i) const

Returns true, if Row() < i.Row() or (Row() == i.Row() and Col() < i.Col()).

bool operator <(const Index2dC & i) const

A nick name for the member function IsMoreUpperLeft(i).

Operations on the neighbourhood

Index2dC & Right()

Shifts the index to the right.

Index2dC & Left()

Shifts the index to the left.

Index2dC & Up()

Shifts the index to the up.

Index2dC & Down()

Shifts the index to the down.

Index2dC RightN() const

Returns the index of the right neighbour.

Index2dC LeftN() const

Returns the index of the left neighbour.

Index2dC UpN() const

Returns the index of the upper neighbour.

Index2dC DownN() const

Returns the index of the down neighbour.

Index2dC LowerLeftN() const

Returns the coordinates of the downleft neighbouring pixel

Index2dC LowerRightN() const

Returns the coordinates of the downright neighbouring pixel

Index2dC UpperLeftN() const

Returns the coordinates of the upperleft neighbouring pixel

Index2dC UpperRightN() const

Returns the coordinates of the upperright neighbouring pixel

Index2dC Neighbour(NeighbourOrderT dir) const

Returns the index of the neighbour in the direction 'dir'.

bool IsRelNeighbour8() const

Is '*this' a relative index from 8-neighbourhood?

bool IsNeighbour8(const Index2dC & pxl) const

Is the 'pxl' a neighbouring index of '*this'?

IndexC NeighbourOrder() const

Returns the order of the relative index.

IndexC NeighbourOrder(const Index2dC & ind) const

Returns the order of the neighbouring index 'ind'.

Distance calculations

UIntT SumSqr() const

Returns the sum of coordinate squares.

UIntT Distance(const Index2dC & i,GridMetricT m) const

Returns the distance of two indexes in the specified metric 'm'.

Special member functions

IntT Area2(const Index2dC & second,const Index2dC & third) const

Returns twice the signed area of the triangle determined by this, the second, and the third points. Positive if 'this', 'second', 'third' are oriented counter-clockwise, and negative if clockwise.

Ref.: - O'Rourke,J.: Computatinal geometry in C; Cambridge University Press, 1994, pp. 19-20

UIntT Hash(void) const

Generates a randomised hash value for this index.

Arithmetic operations

const FIndexC<2> & operator *=(IntT alpha)

Multiplies this index by number 'alpha'.

const FIndexC<2> & operator *=(RealT alpha)

Multiplies this index by real number 'alpha'.

const FIndexC<2> & operator /=(IntT alpha)

Divides this index by number 'alpha'.

const FIndexC<2> & operator /=(RealT alpha)

Divides this index by real number 'alpha'.

FIndexC<2> operator *(IntT alpha) const

Multiplies this index by number 'alpha'.

FIndexC<2> operator *(RealT alpha) const

Multiplies this index by real number 'alpha'.

FIndexC<2> operator /(IntT alpha) const

Divides this index by number 'alpha'.

FIndexC<2> operator /(RealT alpha) const

Divides this index by real number 'alpha'.

UIntT Size() const

Get size of array
Used by some templates.

bool Contains(UIntT i) const

Test if array contains index i·

IndexC & operator [](UIntT ind)

Access item.

const IndexC & operator [](UIntT ind) const

Access item.

bool operator ==(const TFVectorC<IndexC,2> & ind) const

is equal

bool operator !=(const TFVectorC<IndexC,2> & ind) const

is not equal

void Fill(const IndexC & dat)

Fill array with value 'dat'.

TFVectorC<IndexC,2> Abs() const

Get an vector with Abs(x) run on all it values.

const TFVectorC<IndexC,2> & operator +=(const TFVectorC<IndexC,2> & ind)

Add an array to this one, inplace.

const TFVectorC<IndexC,2> & operator -=(const TFVectorC<IndexC,2> & ind)

Returns this index multiplied by index 'ind' item by item.

const TFVectorC<IndexC,2> & operator *=(const TFVectorC<IndexC,2> & ind)

Multiplies this index by index 'ind' item by item.

const TFVectorC<IndexC,2> & operator /=(const TFVectorC<IndexC,2> & ind)

Divides this index by index 'ind' item by item.

TFVectorC<IndexC,2> operator +(const TFVectorC<IndexC,2> & ind) const

Adds this index and 'ind'.

TFVectorC<IndexC,2> operator -(const TFVectorC<IndexC,2> & ind) const

Subtracts index 'ind' from this index.

TFVectorC<IndexC,2> operator *(const TFVectorC<IndexC,2> & ind) const

Returns this object multiplied by index 'ind' item by item.

TFVectorC<IndexC,2> operator /(const TFVectorC<IndexC,2> & ind) const

Returns this object devided by index 'ind' item by item.

TFVectorC<IndexC,2> operator -() const

Returns opposite elements (unary minus operator).

const TFVectorC<IndexC,2> & operator *=(const IndexC & alpha)

Multiplies this index by number 'alpha'.

const TFVectorC<IndexC,2> & operator /=(const IndexC & alpha)

Divides this index by number 'alpha'.

TFVectorC<IndexC,2> operator *(const IndexC & alpha) const

Returns this object mutliplied by alpha.

TFVectorC<IndexC,2> operator /(const IndexC & alpha) const

Returns this object devided by alpha.

IndexC Dot(const TFVectorC<IndexC,2> & oth) const

Calculate the dot product of this and 'oth' vector.

TFMatrixC<IndexC,2,2> & OuterProduct(const TFVectorC<IndexC,2> & av,TFMatrixC<IndexC,2,2> & result) const

Calculate the outer product of this vector with av.
The output is assigned to 'result'. A reference to 'result' is returned.

The implementation is in "Ravl/FMatrix.hh", it must be included to use this function.

TFMatrixC<IndexC,2,2> & OuterProduct(TFMatrixC<IndexC,2,2> & result) const

Calculate the outer product of this vector with itsself.
The output is assigned to 'result'. A reference to 'result' is returned.

The implementation is in "Ravl/FMatrix.hh", it must be included to use this function.

bool Limit(const IndexC & min,const IndexC & max)

Limit all values in this vector to between min and max.
Returns true if all values in the vector are between the limits. Distance calculations ---------------------

IndexC MaxValueDistance(const TFVectorC<IndexC,2> & i) const

Returns the distance of two indexes in maximum value metric.

IndexC CityBlockDistance(const TFVectorC<IndexC,2> & i) const

Returns the distance of two indexes in absolute value metric.

IndexC SqrEuclidDistance(const TFVectorC<IndexC,2> & i) const

Returns the distance of two indexes in square Euclid metric.

IndexC Sum() const

Calculate the sum of all the vector elements.

IndexC SumSqr() const

Calculate the sum of the squares of all the vector elements.

const TFMatrixC<IndexC,1,2> & T() const

Transpose vector.
The implementation for this can be found in "Ravl/TFMatrix.hh"

istream & operator >>(istream & in,TFVectorC<IndexC,2> & dat)

ostream & operator <<(ostream & in,const TFVectorC<IndexC,2> & dat)

BinIStreamC & operator >>(BinIStreamC & in,TFVectorC<IndexC,2> & dat)

BinOStreamC & operator <<(BinOStreamC & in,const TFVectorC<IndexC,2> & dat)