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PT::Panorama Class Reference

#include <Panorama.h>

Inheritance diagram for PT::Panorama:

[legend]List of all members.

Public Member Functions
	Panorama ()
	ctor.
	Panorama (const HuginBase::Panorama &pano)
virtual	~Panorama ()
	dtor.
hugin_utils::FDiff2D	calcFOV () const
	calculates the horizontal and vertial FOV of the complete panorama
void	fitPano (double &HFOV, double &height)
	calculate the HFOV and height so that the whole input fits in into the output panorama
unsigned	calcOptimalWidth () const
	calculate the optimal width for this panorama
void	calcOptimalROI (vigra::Rect2D &roi, vigra::Size2D &size)
	Calculates the ROI to make the best ROI without excess for crop.
void	calcCtrlPntsErrorStats (double &min, double &max, double &mean, double &var, int imgNr=-1) const
	calculate control point error distance statistics
void	calcCtrlPntsRadiStats (double &min, double &max, double &mean, double &var, double &q10, double &q90, int imgNr=-1) const
	calculate control point radial distance statistics.
void	centerHorizontically ()
	center panorama horizontically
void	rotate (double yaw, double pitch, double roll)
	rotate the complete panorama
void	rotate (const Matrix3 &rot)
	rotate the complete panorama.
void	straighten ()
	try to automatically straighten the panorama

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Constructor & Destructor Documentation

PT::Panorama::Panorama (   )  [inline]

ctor. Reimplemented from HuginBase::Panorama.

PT::Panorama::Panorama (  const HuginBase::Panorama &  pano  )  [inline]

virtual PT::Panorama::~Panorama (   )  [inline, virtual]

dtor. Reimplemented from HuginBase::Panorama.

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Member Function Documentation

void PT::Panorama::calcCtrlPntsErrorStats (  double &  min, double &  max, double &  mean, double &  var, int  imgNr = -1 )  const [inline]

calculate control point error distance statistics

void PT::Panorama::calcCtrlPntsRadiStats (  double &  min, double &  max, double &  mean, double &  var, double &  q10, double &  q90, int  imgNr = -1 )  const [inline]

calculate control point radial distance statistics. q10 and q90 are the 10% and 90% quantile

hugin_utils::FDiff2D PT::Panorama::calcFOV (   )  const [inline]

calculates the horizontal and vertial FOV of the complete panorama Returns: HFOV,VFOV

void PT::Panorama::calcOptimalROI (  vigra::Rect2D &  roi, vigra::Size2D &  size )  [inline]

Calculates the ROI to make the best ROI without excess for crop.

unsigned PT::Panorama::calcOptimalWidth (   )  const [inline]

calculate the optimal width for this panorama Optimal means that the pixel density at the panorama and image center of the image with the highest resolution are the same.

void PT::Panorama::centerHorizontically (   )  [inline]

center panorama horizontically

void PT::Panorama::fitPano (  double &  HFOV, double &  height )  [inline]

calculate the HFOV and height so that the whole input fits in into the output panorama

void PT::Panorama::rotate (  const Matrix3 &  rot  )  [inline]

rotate the complete panorama. Will modify the position of all images.

void PT::Panorama::rotate (  double  yaw, double  pitch, double  roll )  [inline]

rotate the complete panorama Will modify the position of all images.

void PT::Panorama::straighten (   )  [inline]

try to automatically straighten the panorama

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

• hugin1/PT/Panorama.h

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