VEE_LinearInterpolation< T > Class Template Reference

Linear break-point interpolator. More...

#include <vee_interpolators.h>

Inheritance diagram for VEE_LinearInterpolation< T >:

[legend]List of all members.

Public Member Functions

• VEE_LinearInterpolation ()
• ~VEE_LinearInterpolation ()
• void clear ()

  Remove all interpolator points.
  

• T getValue (float t)

  Get value associated with time t.
  

• T getValueBisect (float t) const

  Get value associated with time t.
  

• T getValueFast (float t)

  Get value associated with time t without interpolation.
  

• void appendPoint (const T &v, float t)

  Append an interpolation control point to this interpolator.
  

• bool atEnd () const
• unsigned size ()

  The number of interpolation points.
  

• VEE_InterpolationPoint< T > & getPoint (uint i)
• float endTime () const
• void moveTime (float offset)

Static Public Member Functions

• static T interpolate (const VEE_InterpolationPoint< T > &p1, const VEE_InterpolationPoint< T > &p2, float t)

  The method that interpolates two points.
  

• static T interpolate (const T &v1, const T &v2, float mix)

  The method that interpolates two values.
  

Protected Member Functions

• void seekInterval (float t)

Protected Attributes

• std::vector< VEE_InterpolationPoint<
  T > > m_points
• unsigned m_index

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Detailed Description

template<typename T>
class VEE_LinearInterpolation< T >

Linear break-point interpolator.

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Constructor & Destructor Documentation

template<typename T> VEE_LinearInterpolation< T >::VEE_LinearInterpolation (   )  [inline]

template<typename T> VEE_LinearInterpolation< T >::~VEE_LinearInterpolation (   )  [inline]

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Member Function Documentation

template<typename T> void VEE_LinearInterpolation< T >::clear (   )  [inline]

Remove all interpolator points.

template<typename T> T VEE_LinearInterpolation< T >::getValue (  float  t  )  [inline]

Get value associated with time t.

template<typename T> T VEE_LinearInterpolation< T >::getValueBisect (  float  t  )  const [inline]

Get value associated with time t. This method uses the bisect-method to find the proper interval.

template<typename T> T VEE_LinearInterpolation< T >::getValueFast (  float  t  )  [inline]

Get value associated with time t without interpolation.

template<typename T> void VEE_LinearInterpolation< T >::appendPoint (  const T &  v, float  t )  [inline]

Append an interpolation control point to this interpolator.

template<typename T> bool VEE_LinearInterpolation< T >::atEnd (   )  const [inline]

template<typename T> unsigned VEE_LinearInterpolation< T >::size (   )  [inline]

The number of interpolation points.

template<typename T> VEE_InterpolationPoint<T>& VEE_LinearInterpolation< T >::getPoint (  uint  i  )  [inline]

template<typename T> static T VEE_LinearInterpolation< T >::interpolate (  const VEE_InterpolationPoint< T > &  p1, const VEE_InterpolationPoint< T > &  p2, float  t )  [inline, static]

The method that interpolates two points.

template<typename T> static T VEE_LinearInterpolation< T >::interpolate (  const T &  v1, const T &  v2, float  mix )  [inline, static]

The method that interpolates two values. If the value cannot be interpolated by simple scalar multiplication, then you may specialize this method to insert your own interpolation method here. This may be necessary for quaternions, matrices etc.

template<typename T> float VEE_LinearInterpolation< T >::endTime (   )  const [inline]

template<typename T> void VEE_LinearInterpolation< T >::moveTime (  float  offset  )  [inline]

template<typename T> void VEE_LinearInterpolation< T >::seekInterval (  float  t  )  [inline, protected]

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Member Data Documentation

template<typename T> std::vector<VEE_InterpolationPoint<T> > VEE_LinearInterpolation< T >::m_points [protected]

template<typename T> unsigned VEE_LinearInterpolation< T >::m_index [protected]

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

• vee_interpolators.h

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