CTL  0.6.1
Computed Tomography Library
CTL::mat::ProjectionMatrix Member List

This is the complete list of members for CTL::mat::ProjectionMatrix, including all inherited members.

at(uint row, uint column) noexcept(false)CTL::mat::MatrixBase< Rows, Cols >
at(uint row, uint column) const noexcept(false)CTL::mat::MatrixBase< Rows, Cols >
at(uint n)CTL::mat::MatrixBase< Rows, Cols >
at(uint n) constCTL::mat::MatrixBase< Rows, Cols >
begin()CTL::mat::MatrixBase< Rows, Cols >
begin() constCTL::mat::MatrixBase< Rows, Cols >
changeDetectorResolution(double resamplingFactor)CTL::mat::ProjectionMatrix
changeDetectorResolution(double resamplingFactorX, double resamplingFactorY)CTL::mat::ProjectionMatrix
column() constCTL::mat::Matrix< 3, 4 >
compose(const Matrix< 3, 3 > &M, const Matrix< 3, 1 > &p4)CTL::mat::ProjectionMatrixstatic
compose(const Matrix< 3, 3 > &K, const Matrix< 3, 3 > &R, const Matrix< 3, 1 > &source)CTL::mat::ProjectionMatrixstatic
constBegin() constCTL::mat::MatrixBase< Rows, Cols >
constData() constCTL::mat::MatrixBase< Rows, Cols >
constEnd() constCTL::mat::MatrixBase< Rows, Cols >
data()CTL::mat::MatrixBase< Rows, Cols >
data() constCTL::mat::MatrixBase< Rows, Cols >
diag(const Matrix< N, 1 > &diagElements)CTL::mat::Matrix< 3, 4 >related
diag(const Matrix< details::minDim(Rows, Cols), 1 > &diagElements)CTL::mat::Matrix< 3, 4 >related
diag(const Matrix< Rows, Cols > &m) -> Matrix< details::minDim(Rows, Cols), 1 >CTL::mat::Matrix< 3, 4 >related
directionSourceToPixel(const Matrix< 2, 1 > &pixelCoordinates, NormalizationMode normalizationMode=NoNormalization) constCTL::mat::ProjectionMatrix
directionSourceToPixel(double x, double y, NormalizationMode normalizationMode=NoNormalization) constCTL::mat::ProjectionMatrix
dot(const Matrix< N, 1 > &vector1, const Matrix< N, 1 > &vector2)CTL::mat::Matrix< 3, 4 >related
dot(const Matrix< 1, N > &vector1, const Matrix< 1, N > &vector2)CTL::mat::Matrix< 3, 4 >related
dot(const Matrix< N, 1 > &vector1, const Matrix< 1, N > &vector2)CTL::mat::Matrix< 3, 4 >related
dot(const Matrix< 1, N > &vector1, const Matrix< N, 1 > &vector2)CTL::mat::Matrix< 3, 4 >related
end()CTL::mat::MatrixBase< Rows, Cols >
end() constCTL::mat::MatrixBase< Rows, Cols >
eye()CTL::mat::Matrix< 3, 4 >related
eye()CTL::mat::Matrix< 3, 4 >related
fill(double fillValue)CTL::mat::Matrix< 3, 4 >
focalLength() constCTL::mat::ProjectionMatrix
fromContainer(const Container &vector, size_t NthMat, bool *ok=nullptr)CTL::mat::Matrix< 3, 4 >static
get() noexceptCTL::mat::MatrixBase< Rows, Cols >
get() const noexceptCTL::mat::MatrixBase< Rows, Cols >
get() noexceptCTL::mat::MatrixBase< Rows, Cols >
get() const noexceptCTL::mat::MatrixBase< Rows, Cols >
horzcat(const Matrix< Rows, Cols1 > &m1, const Matrix< Rows, Cols2 > &m2)CTL::mat::Matrix< 3, 4 >related
info(const char *lineModifier="") constCTL::mat::MatrixBase< Rows, Cols >
intrinsicMatK() constCTL::mat::ProjectionMatrix
isNormalized() constCTL::mat::ProjectionMatrix
M() constCTL::mat::ProjectionMatrix
magnificationX(double X, double Y, double Z) constCTL::mat::ProjectionMatrix
magnificationX(const Matrix< 3, 1 > &worldCoordinate={ 0.0, 0.0, 0.0 }) constCTL::mat::ProjectionMatrix
magnificationY(double X, double Y, double Z) constCTL::mat::ProjectionMatrix
magnificationY(const Matrix< 3, 1 > &worldCoordinate={ 0.0, 0.0, 0.0 }) constCTL::mat::ProjectionMatrix
Matrix()=default (defined in CTL::mat::Matrix< 3, 4 >)CTL::mat::Matrix< 3, 4 >
Matrix(double fillValue)CTL::mat::Matrix< 3, 4 >explicit
Matrix(const double(&initArray)[Rows *Cols])CTL::mat::Matrix< 3, 4 >inlineexplicit
Matrix(double firstElement, Doubles... matrixElements)CTL::mat::Matrix< 3, 4 >inline
MatrixBase()=default (defined in CTL::mat::MatrixBase< Rows, Cols >)CTL::mat::MatrixBase< Rows, Cols >
MatrixBase(double fillValue)CTL::mat::MatrixBase< Rows, Cols >inlineexplicit
MatrixBase(const double(&initArray)[Rows *Cols])CTL::mat::MatrixBase< Rows, Cols >inlineexplicit
MatrixBase(double firstElement, Doubles... matrixElements)CTL::mat::MatrixBase< Rows, Cols >inline
NoNormalization enum value (defined in CTL::mat::ProjectionMatrix)CTL::mat::ProjectionMatrix
norm() constCTL::mat::MatrixBase< Rows, Cols >
NormalizationMode enum nameCTL::mat::ProjectionMatrix
normalize()CTL::mat::ProjectionMatrix
NormalizeAsUnitVector enum value (defined in CTL::mat::ProjectionMatrix)CTL::mat::ProjectionMatrix
NormalizeByChannel enum value (defined in CTL::mat::ProjectionMatrix)CTL::mat::ProjectionMatrix
NormalizeByRow enum value (defined in CTL::mat::ProjectionMatrix)CTL::mat::ProjectionMatrix
NormalizeByX enum value (defined in CTL::mat::ProjectionMatrix)CTL::mat::ProjectionMatrix
NormalizeByY enum value (defined in CTL::mat::ProjectionMatrix)CTL::mat::ProjectionMatrix
normalized() constCTL::mat::ProjectionMatrix
operator *(double scalar) const (defined in CTL::mat::Matrix< 3, 4 >)CTL::mat::Matrix< 3, 4 >
operator *(const Matrix< Cols, Cols2 > &rhs) constCTL::mat::Matrix< 3, 4 >
operator *(double scalar, const Matrix< Rows, Cols > &rhs)CTL::mat::Matrix< 3, 4 >related
operator *=(double scalar) (defined in CTL::mat::Matrix< 3, 4 >)CTL::mat::Matrix< 3, 4 >
operator!=(const MatrixBase< Rows, Cols > &rhs) constCTL::mat::MatrixBase< Rows, Cols >
operator%(const Matrix< Rows, Cols > &rhs) constCTL::mat::Matrix< 3, 4 >
operator%=(const Matrix< Rows, Cols > &rhs)CTL::mat::Matrix< 3, 4 >
operator()(uint row, uint column)CTL::mat::MatrixBase< Rows, Cols >
operator()(uint row, uint column) constCTL::mat::MatrixBase< Rows, Cols >
operator()(uint n)CTL::mat::MatrixBase< Rows, Cols >
operator()(uint n) constCTL::mat::MatrixBase< Rows, Cols >
operator+(const Matrix< Rows, Cols > &rhs) const (defined in CTL::mat::Matrix< 3, 4 >)CTL::mat::Matrix< 3, 4 >
operator+=(const Matrix< Rows, Cols > &rhs) (defined in CTL::mat::Matrix< 3, 4 >)CTL::mat::Matrix< 3, 4 >
operator-() const (defined in CTL::mat::Matrix< 3, 4 >)CTL::mat::Matrix< 3, 4 >
operator-(const Matrix< Rows, Cols > &rhs) const (defined in CTL::mat::Matrix< 3, 4 >)CTL::mat::Matrix< 3, 4 >
operator-=(const Matrix< Rows, Cols > &rhs) (defined in CTL::mat::Matrix< 3, 4 >)CTL::mat::Matrix< 3, 4 >
operator/(double scalar) const (defined in CTL::mat::Matrix< 3, 4 >)CTL::mat::Matrix< 3, 4 >
operator/=(double scalar) (defined in CTL::mat::Matrix< 3, 4 >)CTL::mat::Matrix< 3, 4 >
operator==(const MatrixBase< Rows, Cols > &rhs) constCTL::mat::MatrixBase< Rows, Cols >
operator[](uint row)CTL::mat::MatrixBase< Rows, Cols >
operator[](uint row) constCTL::mat::MatrixBase< Rows, Cols >
operator|(const Matrix< Rows, Cols > &rhs) constCTL::mat::Matrix< 3, 4 >
operator|=(const Matrix< Rows, Cols > &rhs)CTL::mat::Matrix< 3, 4 >
p4() constCTL::mat::ProjectionMatrix
principalPoint() constCTL::mat::ProjectionMatrix
principalRayDirection() constCTL::mat::ProjectionMatrix
ProjectionMatrix()=defaultCTL::mat::ProjectionMatrix
ProjectionMatrix(const Matrix< 3, 4 > &other)CTL::mat::ProjectionMatrixinline
projectOntoDetector(double X, double Y, double Z) constCTL::mat::ProjectionMatrix
projectOntoDetector(const Matrix< 3, 1 > &worldCoordinate) constCTL::mat::ProjectionMatrix
reshaped() constCTL::mat::Matrix< 3, 4 >
reshapedAsVector() constCTL::mat::Matrix< 3, 4 >
rotationMatR() constCTL::mat::ProjectionMatrix
row() constCTL::mat::Matrix< 3, 4 >
SEPARATOR_CHARACTER_FOR_INFO_STRINGCTL::mat::MatrixBase< Rows, Cols >static
shiftDetectorOrigin(const Matrix< 2, 1 > &translation)CTL::mat::ProjectionMatrix
shiftDetectorOrigin(double translationX, double translationY)CTL::mat::ProjectionMatrix
size() constCTL::mat::MatrixBase< Rows, Cols >
skewAngle() constCTL::mat::ProjectionMatrix
skewCoefficient() constCTL::mat::ProjectionMatrix
sourcePosition() constCTL::mat::ProjectionMatrix
subMat() const -> Matrix< details::rangeDim(fromRow, toRow), details::rangeDim(fromCol, toCol)>CTL::mat::Matrix< 3, 4 >
subMat() const -> Matrix< details::vecRangeDim< Rows >(from, to), details::vecRangeDim< Cols >(from, to)>CTL::mat::Matrix< 3, 4 >
trace() constCTL::mat::Matrix< 3, 4 >
translationCTS() constCTL::mat::ProjectionMatrix
transposed() constCTL::mat::Matrix< 3, 4 >
vertcat(const Matrix< Rows1, Cols > &m1, const Matrix< Rows2, Cols > &m2)CTL::mat::Matrix< 3, 4 >related
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