Todo List

Class QVComponentTree
repasar documentación A level set in a gray-scale image is a connected set of points (pixels) with a gray-scale level above a given threshold. Component trees are built upon the inclusion relation of the level sets in an image.

Member QVComponentTree::QVComponentTree (const QVImage< uChar, 1 > &image, bool inverseTree=false, bool useAlternative=false)
Check sum of childs for node equals numChilds(node)

Class QVFunctionMinimizer
detail the minimization method used by the GSL.

Member QVFunctionMinimizer::QVFunctionMinimizer (const bool useGoldenSection=true)
explain parameter useGolenSection below

Member QVFunctionMinimizer::iterate (const int maxIterations=100, const double maxError=0.00001)
specify for param maxError below

Member QVImage::operator!= (const QVImage< Type, Channels > &img) const
Shouldn't ignore dimensions in caparisons, and only check if region of interest content are the same?

Member QVImageCanvas::circleSelectedSlot (QPoint center, float radius)
¿El ROI debe mandarse al worker mientras se está arrastrando, o solo cuando se suente el ratón? -> Hacer concilio

¿Cuantos puntos debe contener la polilínea de la circunferencia, uno por pixel o menos? -> Hacer concilio

Member QVMatrix::transpose () const
use blas function cblas_axpy for this

Member QVMatrix::set (const double value)
use blas function cblas_axpy for data add

Member QVMatrix::addition (const QVMatrix &matrix) const
use blas function cblas_axpy for data add

Member QVMatrix::substract (const QVMatrix &matrix) const
use blas function cblas_axpy for data add

Member QVMatrix::scalarDivide (const double value) const
use blas function?

Member QVMatrix::scalarProduct (const double value) const
use blas function?

Member QVMatrix::rowHomogeneousNormalize () const
explain homogeneous normalization

Class QVQuaternion
develop notes about quaternions.

Member QVTensor::QVTensor (const QVTensorValence &indexList=QVTensorValence())
check that no indexes are repeated in the indexList, even covariated ones

Member QVTensor::add (const QVTensor &tensor) const
check tensor valences are compatible

Member QVTensor::add (const QVTensor &tensor) const
use blas function cblas_axpy for data add

Member QVTensor::substract (const QVTensor &tensor) const
check tensor valences are compatible

use blas function cblas_axpy for data substraction

Member QVTensor::outerProduct (const QVTensor &tensor) const
: to be done.

Member QVTensor::equals (const QVTensor &tensor) const
assert para comprobar que el tamaño del buffer de datos de ambos tensores se corresponde con su valencia

Member QVTensor::renameIndexes (const QVTensorValence &indexList) const
Assert for valence (variance/covariance and size) of new and old indexes is equivalent really? no, just check dimensions are compatible.

Member QVVector::operator * (const double value) const
operator* para matrics. Devuelve un vector, resultado de multiplicar el vector actual por la matriz, por el lado izquierdo.

File calibrate2cameras.cpp
Detailed description should follow.

File calibrate3d.cpp
Detailed description should follow.

File calibrate3d.cpp
Detailed description should follow.

File calibrate3d.cpp
Detailed description should follow.

File parallel-threads.cpp
Detailed description should follow.

Member qvFactorial
document

Member leviCivitaAux
Esto debería ser innecesario.

Member HistogramRange
fill pLevels array with values from QList 'values'

Member WarpPerspective
Document this function

Member FilterDoG
document this

Member FilterEqualizeHistogram
document this

Member FilterEqualizeHistogram
document this

Member FilterHarrisCornerResponseImage
document this

Member FilterHessianCornerResponseImage
document this

Member FilterLocalMax

Member GetMaximalResponsePoints1
document this

Member GetMaximalResponsePoints1bis
document this

Member GetMaximalResponsePoints3
document this

Member GetMaximalResponsePoints3bis
document this

Member myFloodFill
document this

Member SobelCornerResponseImage
document this

Group qvimagefeatures
Documentar.

Group qvmath
explain about this package.

Member norm2
document

Member operator<<
detailed description should follow

Member operator<<
detailed description should follow

Member operator<<
document

Member operator>>
detailed description should follow

Member qHash
detailed description should follow

Member qHash
detailed description should follow

Member qvAngle
document

Member qvClockWiseAngle
document

Member qvRandom
document

Group qvmatrixalgebra
explain about this package.

Member CholeskyDecomposition
detailed description should follow

Member determinant
detailed description should follow

Member eigenDecomposition
detailed description should follow

Member LUDecomposition
detailed description should follow

Member pseudoInverse
detailed description should follow

Member QRDecomposition
detailed description should follow

Member singularValueDecomposition
detailed description should follow

Member solveHomogeneousLinear
detailed description should follow

Member solveLinear
detailed description should follow

Member solveLinear
detailed description should follow

Member solveOverDetermined
detailed description should follow

Group qvprojectivegeometry
explain about this package: http://en.wikipedia.org/wiki/Projective_geometry

Member ApplyHomography
write documentation for this function

Member ApplyHomography
write documentation for this function

Member ComputeEuclideanHomography
write documentation for this function

Member ComputeEuclideanHomography
write documentation for this function

Member GetDirectIntrinsicCameraMatrixFromHomography
write documentation for this function

Member GetExtrinsicCameraMatrixFromHomography
write documentation for this function

Member GetIntrinsicCameraMatrixFromHomography
write documentation for this function

Group qvfunctionoptimization
explain about this package: http://en.wikipedia.org/wiki/Projective_geometry

Group qvstatistics
explain about this package.

Generated on Thu Jul 17 17:23:28 2008 for QVision by  doxygen 1.5.3