, including all inherited members.
| appendStatusString(const char *msg) const | lti::status | [virtual] |
| appendStatusString(const int &msg) const | lti::status | [virtual] |
| appendStatusString(const double &msg) const | lti::status | [virtual] |
| appendStatusString(const status &other) const | lti::status | [virtual] |
| apply(const vector< T > &src, const float &x) const | lti::biquadraticInterpolator< T > | [virtual] |
| apply(const float &x) const | lti::biquadraticInterpolator< T > | [virtual] |
| apply(const matrix< T > &src, const float &row, const float &col) const | lti::biquadraticInterpolator< T > | [virtual] |
| apply(const matrix< T > &src, const tpoint< float > &p) const | lti::biquadraticInterpolator< T > | [virtual] |
| apply(const float &row, const float &col) const | lti::biquadraticInterpolator< T > | [virtual] |
| apply(const tpoint< float > &p) const | lti::biquadraticInterpolator< T > | [virtual] |
| biquadraticInterpolator() | lti::biquadraticInterpolator< T > | |
| biquadraticInterpolator(const eBoundaryType boundaryType) | lti::biquadraticInterpolator< T > | |
| biquadraticInterpolator(const biquadraticInterpolator< T > &other) | lti::biquadraticInterpolator< T > | |
| clone() const | lti::biquadraticInterpolator< T > | [virtual] |
| compute(const float fx, const T y0, const T y1, const T y2) const | lti::biquadraticInterpolator< T > | [inline] |
| compute(const float fy, const float fx, const T *const data) const | lti::biquadraticInterpolator< T > | [inline] |
| compute(const float fy, const float fx, const T y00, const T y01, const T y02, const T y10, const T y11, const T y12, const T y20, const T y21, const T y22) const | lti::biquadraticInterpolator< T > | [inline] |
| copy(const biquadraticInterpolator &other) | lti::biquadraticInterpolator< T > | |
| cstAt(const vector< T > &img, const int x) const | lti::scalarValuedInterpolation< T > | [inline, protected] |
| cstAt(const matrix< T > &img, const int y, const int x) const | lti::scalarValuedInterpolation< T > | [inline, protected] |
| equallySpacedSamplesInterpolator() | lti::equallySpacedSamplesInterpolator | |
| equallySpacedSamplesInterpolator(const equallySpacedSamplesInterpolator &other) | lti::equallySpacedSamplesInterpolator | |
| functor() | lti::functor | |
| functor(const functor &other) | lti::functor | |
| getParameters() const | lti::biquadraticInterpolator< T > | |
| lti::functor::getParameters() | lti::functor | [inline, protected] |
| getStatusString() const | lti::status | [virtual] |
| getTypeName() const | lti::biquadraticInterpolator< T > | [virtual] |
| initialize() | lti::object | [protected] |
| interpolate(const matrix< T > &src, const float row, const float col) const | lti::biquadraticInterpolator< T > | |
| interpolate(const float row, const float col) const | lti::biquadraticInterpolator< T > | [inline] |
| lti::scalarValuedInterpolation::interpolate(const matrix< T > &src, const float &row, const float &col) const | lti::scalarValuedInterpolation< T > | [inline] |
| interpolateUnchk(const matrix< T > &src, const float row, const float col) const | lti::biquadraticInterpolator< T > | [inline] |
| interpolateUnchk(const float row, const float col) const | lti::biquadraticInterpolator< T > | [inline] |
| interpolator() | lti::interpolator | |
| interpolator(const interpolator &other) | lti::interpolator | |
| ioObject() | lti::ioObject | |
| ioObject(const ioObject &other) | lti::ioObject | |
| ltiLibInitialized | lti::object | [protected, static] |
| mirrAt(const vector< T > &img, const int x) const | lti::scalarValuedInterpolation< T > | [inline, protected] |
| mirrAt(const matrix< T > &img, const int y, const int x) const | lti::scalarValuedInterpolation< T > | [inline, protected] |
| object() | lti::object | |
| operator=(const equallySpacedSamplesInterpolator &other) | lti::equallySpacedSamplesInterpolator | |
| periAt(const vector< T > &img, const int x) const | lti::scalarValuedInterpolation< T > | [inline, protected] |
| periAt(const matrix< T > &img, const int y, const int x) const | lti::scalarValuedInterpolation< T > | [inline, protected] |
| read(ioHandler &handler, const bool complete=true) | lti::functor | [virtual] |
| scalarValuedInterpolation() | lti::scalarValuedInterpolation< T > | |
| scalarValuedInterpolation(const scalarValuedInterpolation &other) | lti::scalarValuedInterpolation< T > | |
| setBoundaryType(const eBoundaryType &boundType) | lti::interpolator | |
| setParameters(const parameters &theParam) | lti::functor | [virtual] |
| setStatusString(const char *msg) const | lti::status | [virtual] |
| status() | lti::status | |
| theMatrix | lti::scalarValuedInterpolation< T > | [protected] |
| theVector | lti::scalarValuedInterpolation< T > | [protected] |
| updateParameters() | lti::functor | [virtual] |
| use(const vector< T > &vct) | lti::scalarValuedInterpolation< T > | [virtual] |
| use(const matrix< T > &vct) | lti::scalarValuedInterpolation< T > | [virtual] |
| useParameters(parameters &theParam) | lti::functor | [virtual] |
| validParameters() const | lti::functor | [virtual] |
| value_type typedef | lti::scalarValuedInterpolation< T > | |
| write(ioHandler &handler, const bool complete=true) const | lti::functor | [virtual] |
| zeroAt(const vector< T > &img, const int x) const | lti::scalarValuedInterpolation< T > | [inline, protected] |
| zeroAt(const matrix< T > &img, const int y, const int x) const | lti::scalarValuedInterpolation< T > | [inline, protected] |
| ~biquadraticInterpolator() | lti::biquadraticInterpolator< T > | [virtual] |
| ~equallySpacedSamplesInterpolator() | lti::equallySpacedSamplesInterpolator | [virtual] |
| ~functor() | lti::functor | [virtual] |
| ~interpolator() | lti::interpolator | [virtual] |
| ~ioObject() | lti::ioObject | [virtual] |
| ~object() | lti::object | [virtual] |
| ~scalarValuedInterpolation() | lti::scalarValuedInterpolation< T > | [virtual] |
| ~status() | lti::status | [virtual] |
