Resample a 3D image by a tricubic method. More...
#include <vil3d/vil3d_image_view.h>Go to the source code of this file.
Functions | |
| template<class S , class T > | |
| void | vil3d_resample_tricubic (const vil3d_image_view< S > &src_image, vil3d_image_view< T > &dest_image, double x0, double y0, double z0, double dx1, double dy1, double dz1, double dx2, double dy2, double dz2, double dx3, double dy3, double dz3, int n1, int n2, int n3, T outval=0) |
| Sample grid of points in one image and place in another, using tricubic interpolation. | |
| template<class S , class T > | |
| void | vil3d_resample_tricubic_edge_extend (const vil3d_image_view< S > &src_image, vil3d_image_view< T > &dest_image, double x0, double y0, double z0, double dx1, double dy1, double dz1, double dx2, double dy2, double dz2, double dx3, double dy3, double dz3, int n1, int n2, int n3) |
| Sample grid of points in one image and place in another, using tricubic interpolation and edge extension. | |
| template<class S , class T > | |
| void | vil3d_resample_tricubic_edge_extend (const vil3d_image_view< S > &src_image, vil3d_image_view< T > &dest_image, int n1, int n2, int n3) |
| Sample grid of points in one image and place in another, using tricubic interpolation and edge extension. | |
| template<class S , class T > | |
| void | vil3d_resample_tricubic_edge_trilin_extend (const vil3d_image_view< S > &src_image, vil3d_image_view< T > &dest_image, double x0, double y0, double z0, double dx1, double dy1, double dz1, double dx2, double dy2, double dz2, double dx3, double dy3, double dz3, int n1, int n2, int n3) |
| Sample grid of points in one image and place in another, using tricubic interpolation. | |
| template<class S , class T > | |
| void | vil3d_resample_tricubic_edge_trilin_extend (const vil3d_image_view< S > &src_image, vil3d_image_view< T > &dest_image, int n1, int n2, int n3) |
| Sample grid of points in one image and place in another, using tricubic interpolation. | |
| template<class S , class T > | |
| void | vil3d_resample_tricubic (const vil3d_image_view< S > &src_image, vil3d_image_view< T > &dest_image, int n1, int n2, int n3) |
| Resample image to a specified dimensions (n1 * n2 * n3). | |
Resample a 3D image by a tricubic method.
Definition in file vil3d_resample_tricubic.h.
| void vil3d_resample_tricubic | ( | const vil3d_image_view< S > & | src_image, |
| vil3d_image_view< T > & | dest_image, | ||
| double | x0, | ||
| double | y0, | ||
| double | z0, | ||
| double | dx1, | ||
| double | dy1, | ||
| double | dz1, | ||
| double | dx2, | ||
| double | dy2, | ||
| double | dz2, | ||
| double | dx3, | ||
| double | dy3, | ||
| double | dz3, | ||
| int | n1, | ||
| int | n2, | ||
| int | n3, | ||
| T | outval | ||
| ) |
Sample grid of points in one image and place in another, using tricubic interpolation.
dest_image(i,j,k,p) is sampled from the src_image at (x0+i.dx1+j.dx2+k.dx3, y0+i.dy1+j.dy2+k.dy3, z0+i.dz1+j.dz2+k.dz3), where i=[0..n1-1], j=[0..n2-1], k=[0..n3-1]. dest_image resized to (n1,n2,n3,src_image.nplanes()) Points outside interpolatable region return zero or outval
dest_image(i,j,k,p) is sampled from the src_image at (x0+i.dx1+j.dx2+k.dx3, y0+i.dy1+j.dy2+k.dy3, z0+i.dz1+j.dz2+k.dz3), where i=[0..n1-1], j=[0..n2-1], k=[0..n3-1] dest_image resized to (n1,n2,n3,src_image.nplanes()) Points outside interpolatable region return zero or outval
Definition at line 36 of file vil3d_resample_tricubic.txx.
| void vil3d_resample_tricubic | ( | const vil3d_image_view< S > & | src_image, |
| vil3d_image_view< T > & | dest_image, | ||
| int | n1, | ||
| int | n2, | ||
| int | n3 | ||
| ) |
Resample image to a specified dimensions (n1 * n2 * n3).
Definition at line 515 of file vil3d_resample_tricubic.txx.
| void vil3d_resample_tricubic_edge_extend | ( | const vil3d_image_view< S > & | src_image, |
| vil3d_image_view< T > & | dest_image, | ||
| double | x0, | ||
| double | y0, | ||
| double | z0, | ||
| double | dx1, | ||
| double | dy1, | ||
| double | dz1, | ||
| double | dx2, | ||
| double | dy2, | ||
| double | dz2, | ||
| double | dx3, | ||
| double | dy3, | ||
| double | dz3, | ||
| int | n1, | ||
| int | n2, | ||
| int | n3 | ||
| ) |
Sample grid of points in one image and place in another, using tricubic interpolation and edge extension.
dest_image(i,j,k,p) is sampled from the src_image at (x0+i.dx1+j.dx2+k.dx3, y0+i.dy1+j.dy2+k.dy3, z0+i.dz1+j.dz2+k.dz3), where i=[0..n1-1], j=[0..n2-1], k=[0..n3-1]. dest_image resized to (n1,n2,n3,src_image.nplanes()) Points outside interpolatable return the value of the nearest valid pixel.
Sample grid of points in one image and place in another, using tricubic interpolation and edge extension.
dest_image(i,j,k,p) is sampled from the src_image at (x0+i.dx1+j.dx2+k.dx3, y0+i.dy1+j.dy2+k.dy3, z0+i.dz1+j.dz2+k.dz3), where i=[0..n1-1], j=[0..n2-1], k=[0..n3-1] dest_image resized to (n1,n2,n3,src_image.nplanes()) Points outside interpolatable return the value of the nearest valid pixel.
Definition at line 204 of file vil3d_resample_tricubic.txx.
| void vil3d_resample_tricubic_edge_extend | ( | const vil3d_image_view< S > & | src_image, |
| vil3d_image_view< T > & | dest_image, | ||
| int | n1, | ||
| int | n2, | ||
| int | n3 | ||
| ) |
Sample grid of points in one image and place in another, using tricubic interpolation and edge extension.
dest_image(i,j,k,p) is sampled from the src_image at (x0+i.dx1+j.dx2+k.dx3, y0+i.dy1+j.dy2+k.dy3, z0+i.dz1+j.dz2+k.dz3), where i=[0..n1-1], j=[0..n2-1], k=[0..n3-1]. dest_image resized to (n1,n2,n3,src_image.nplanes()) Points outside interpolatable return the value of the nearest valid pixel.
Definition at line 369 of file vil3d_resample_tricubic.txx.
| void vil3d_resample_tricubic_edge_trilin_extend | ( | const vil3d_image_view< S > & | src_image, |
| vil3d_image_view< T > & | dest_image, | ||
| double | x0, | ||
| double | y0, | ||
| double | z0, | ||
| double | dx1, | ||
| double | dy1, | ||
| double | dz1, | ||
| double | dx2, | ||
| double | dy2, | ||
| double | dz2, | ||
| double | dx3, | ||
| double | dy3, | ||
| double | dz3, | ||
| int | n1, | ||
| int | n2, | ||
| int | n3 | ||
| ) |
Sample grid of points in one image and place in another, using tricubic interpolation.
dest_image(i,j,k,p) is sampled from the src_image at (x0+i.dx1+j.dx2+k.dx3, y0+i.dy1+j.dy2+k.dy3, z0+i.dz1+j.dz2+k.dz3), where i=[0..n1-1], j=[0..n2-1], k=[0..n3-1] dest_image resized to (n1,n2,n3,src_image.nplanes()) Points outside interpolatable return the trilinear interpolated value of the nearest valid pixels.
Definition at line 404 of file vil3d_resample_tricubic.txx.
| void vil3d_resample_tricubic_edge_trilin_extend | ( | const vil3d_image_view< S > & | src_image, |
| vil3d_image_view< T > & | dest_image, | ||
| int | n1, | ||
| int | n2, | ||
| int | n3 | ||
| ) |
Sample grid of points in one image and place in another, using tricubic interpolation.
dest_image(i,j,k,p) is sampled from the src_image at (x0+i.dx1+j.dx2+k.dx3, y0+i.dy1+j.dy2+k.dy3, z0+i.dz1+j.dz2+k.dz3), where i=[0..n1-1], j=[0..n2-1], k=[0..n3-1] dest_image resized to (n1,n2,n3,src_image.nplanes()) Points outside interpolatable return the trilinear interpolated value of the nearest valid pixels.
Definition at line 485 of file vil3d_resample_tricubic.txx.
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