fib::algorithms::nD1 Namespace Reference

Classes
class	cDataPoint
class	cDataPointRange
class	cOneAryFunction
class	cOneAryRangeFunction
class	cPolynom
class	cPolynomRange
class	cSpline

Functions
template<class tX , class tY >
vector< cDataPoint< tX, tY > >	derivate (const vector< cDataPoint< tX, tY > > &vecInput)
template<class tX , class tY >
pair< vector< cDataPointRange < tX, tY > >, cDataPointRange < tX, tY > >	derivateDist (const vector< cDataPointRange< tX, tY > > &vecInput)

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Function Documentation

template<class tX , class tY >

vector< cDataPoint<tX, tY> > fib::algorithms::nD1::derivate

(

const vector< cDataPoint< tX, tY > > &

vecInput

)

This function evaluats a derivate of a vector with datapoints. To evalue the derivate the differnce in the y values of to neibourpoints is divided with ther distance.

Parameters:

vecInput

the vector with the range data points, for which the derivate is to be evalued

Returns:

the vector with derivate range datapoints

template<class tX , class tY >

pair< vector< cDataPointRange<tX, tY> >, cDataPointRange<tX, tY> > fib::algorithms::nD1::derivateDist

(

const vector< cDataPointRange< tX, tY > > &

vecInput

)

This function evaluats a derivate of a vector with range datapoints. To evalue the derivate a point with the minimal range size is choosen as the devolopment point. For every other point the maximal and minimal distance betwean two bounderies of the point and the devolopment point is evalued and divided by the distance betwean the points.

Parameters:

vecInput

the vector with the range data points, for which the derivate is to be evalued

Returns:

a pair with it's elements:

• the first element is the vector with derivate range datapoints
• the second element is the devolopment point which was choosen