#include <Image3Dlinear.hpp>
Inheritance diagram for Image3Dlinear< Im3DValue >:
Public Types | |
| typedef Im3DValue | value_type |
| So that other templates know what Im3DValue is. | |
Public Member Functions | |
| virtual string | GetTypeName () const |
| Type information. | |
| Im3DValue | Value (float x, float y, float z) const |
| use interpolation to determine image value on a non-integer position | |
| Im3DValue | Value (const Vect3Df &v) const |
| void | SetInterpolator (Interpolator3D< Im3DValue > *_interpolator, bool autoDestroy=true, bool autoReset=true) const |
| Interpolator3D< Im3DValue > * | GetInterpolator () |
| const Interpolator3D< Im3DValue > * | GetInterpolator () const |
| Im3DValue | Sum () const |
| Sum of all elements in image. | |
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name Secure Accesors to specific data positions that will return Zero for position outside of scope Im3DValue | SafeValue (int pos) const |
| Im3DValue | SafeValue (int x, int y, int z) const |
| Im3DValue | SafeValue (const Vect3Di &v) const |
| name For complex images void | ComplexImag (Image3Dlinear< float > &imag) const |
| void | ComplexReal (Image3Dlinear< float > &imag) const |
| void | ComplexNorm2 (Image3Dlinear< float > &imag) const |
| void | ComplexModule (Image3Dlinear< float > &imag) const |
| void | GetComponent (int c, Image3Dlinear< float > &res) const |
| for vector images (fields), extracts one coordinate | |
| void | SetComponent (int c, const Image3Dlinear< float > &src) |
| for vector images (fields), sets one coordinate | |
| double | L2Norm () const |
| FIXME. | |
| virtual void | Write (ImLib3DFile *file, xmlpp::Element *parentNode=NULL, xmlpp::Element *node=NULL) const |
| Write this object, either to a current node, a parent node, or the root node of the file. | |
| name Operators _Self & | operator+= (const _Self &im) |
| Add voxel by voxel. | |
| _Self & | operator+= (const Im3DValue &scalarValue) |
| Add a scalar value to each voxel. | |
| _Self & | operator-= (const _Self &im) |
| Substract voxel from voxel. | |
| _Self & | operator-= (const Im3DValue &scalarValue) |
| Subtract a scalar value from each voxel. | |
| _Self & | operator *= (const _Self &im) |
| Multiply voxel by voxel. | |
| _Self & | operator *= (double scalarValue) |
| Multiply each voxel by the same scalar value. | |
| _Self & | operator/= (const _Self &im) |
| Multiply voxel by voxel. | |
| template<class OtherIm3DValue> | |
| Image3Dlinear & | operator= (const Image3Dlinear< OtherIm3DValue > &other) |
| Image3Dlinear & | operator= (const Image3Dlinear &other) |
| void | ComputeZero () |
| void | ReadWithImageTypeConversion (const string &fname0) |
| for now only defined for Image3Df | |
| name virtual Constructors | ~Image3Dlinear () |
| _Image3Dlinear_hxx | |
| Image3Dlinear (const Image3Dlinear &other) | |
| Image3Dlinear (const Size3D &size) | |
| Image3Dlinear (int _width, int _height, int _depth) | |
| Image3Dlinear (const string &fname) | |
| Image3Dlinear (const char *fname) | |
| Image3Dlinear (char *fname) | |
| template<class OtherImageType> | |
| Image3Dlinear (const OtherImageType &other) | |
Protected Attributes | |
| Interpolator3D< Im3DValue > * | interpolator |
| bool | destroyInterpolator |
| Im3DValue | zero |
Private Types | |
| typedef Container3D< Im3DValue > | _Base |
| typedef Image3Dlinear< Im3DValue > | _Self |
| shortcut for self type reference | |
This is a 3D image, we consider it contains elements that can support linear operations (Im3DValue has operator+ and scalar*Im3DValue) This can be floats, ints , 3d vectors , complex numbers etc.
Definition at line 37 of file Image3Dlinear.hpp.
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use interpolation to determine image value on a non-integer position Reset: is used for initialising interpolator with image data, for some interpolators, it MUST be called each time the image is changed!! Definition at line 171 of file Interpolator3D.hpp. |
1.4.2