The C++ Template Image Processing Library.
Initially developped in the Odyssée Lab, at the INRIA-Sophia Antipolis.

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CImgROI< T > Member List

This is the complete list of members for CImgROI< T >, including all inherited members.

abs()CImg< T >
blur(const float sigma=1, const uint cond=1)CImg< T >
channel(const uint v0=0)CImg< T >
CImg(const uint dx=0, const uint dy=1, const uint dz=1, const uint dv=1)CImg< T > [explicit]
CImg(const uint dx, const uint dy, const uint dz, const uint dv, const T &val)CImg< T > [explicit]
CImg(const CImg< t > &img, const bool pixel_copy)CImg< T >
CImg(const CImg< t > &img)CImg< T >
CImg(const CImg &img, const bool pixel_copy)CImg< T >
CImg(const CImg< T > &img)CImg< T >
CImg(const char *filename)CImg< T >
CImg(const T *const data_buffer, uint dx=1, uint dy=1, uint dz=1, uint dv=1)CImg< T >
convol(const CImg &mask, const uint cond=1, const bool weighted_convol=false)CImg< T >
convol3x3(const double m[3][3], const bool weighted_convol=false)CImg< T >
convol3x3x3(const double m[3][3][3], const bool weighted_convol=false)CImg< T >
convol5x5(const double m[5][5], const bool weighted_convol=false)CImg< T >
correl(const CImg &mask, const uint cond=1, const bool weighted_correl=false)CImg< T >
correl3x3(const double m[3][3], const bool weighted_correl=false)CImg< T >
correl3x3x3(const double m[3][3][3], const bool weighted_correl=false)CImg< T >
correl5x5(const double m[5][5], const bool weighted_correl=false)CImg< T >
cos()CImg< T >
cross(const CImg &img)CImg< T >
cubic_pix1d(const float pfx, const int y=0, const int z=0, int v=0) constCImg< T >
cubic_pix2d(const float pfx, const float pfy=0, const int z=0, int v=0) constCImg< T >
cut(const T &a, const T &b)CImg< T >
dataCImg< T >
depthCImg< T >
deriche(const float sigma=1, const int order=0, const char axe='x', const uint cond=1)CImg< T >
det() constCImg< T >
diagonal()CImg< T >
dilate(const uint n=1)CImg< T >
dimCImg< T >
dimv() constCImg< T >
dimx() constCImg< T >
dimy() constCImg< T >
dimz() constCImg< T >
dirichlet_pix1d(const int x, const int y=0, const int z=0, const int v=0, const T out_val=(T) 0) constCImg< T >
dirichlet_pix2d(const int x, const int y=0, const int z=0, const int v=0, const T out_val=(T) 0) constCImg< T >
dirichlet_pix3d(const int x, const int y=0, const int z=0, const int v=0, const T out_val=(T) 0) constCImg< T >
dirichlet_pix4d(const int x, const int y=0, const int z=0, const int v=0, const T out_val=(T) 0) constCImg< T >
display(CImgDisplay &disp, const uint ymin=0, const uint ymax=(uint)(-1)) constCImg< T >
display(CImgDisplay *disp, const uint ymin=0, const uint ymax=(uint)(-1)) constCImg< T >
display(const char *title, const int min_size=64, const int max_size=1024) constCImg< T >
display(const int min_size=64, const int max_size=1024) constCImg< T >
dot(const CImg &img) constCImg< T >
draw_circle(const int x0, const int y0, float r, const T *color)CImg< T >
draw_ellipse(const int x0, const int y0, const float r1, const float r2, const float ru, const float rv, const T *color)CImg< T >
draw_fill(const int x, const int y, const int z, const T *color, CImg< t > &region, const float sigma=0, const bool first=true)CImg< T >
draw_fill(const int x, const int y, const int z, const T *color, const float sigma=0)CImg< T >
draw_fill(const int x, const int y, const T *color, const float sigma=0)CImg< T >
draw_image(const CImg &sprite, const int px0=0, const int py0=0, const int pz0=0, const int pv0=0, const float opacity=1)CImg< T >
draw_image(const CImg &sprite, const CImg< t > &mask, const int px0=0, const int py0=0, const int pz0=0, const int pv0=0)CImg< T >
draw_line(const int px0, const int py0, const int px1, const int py1, const T *color)CImg< T >
draw_line(const int px0, const int py0, const int px1, const int py1, const CImg &texture, const int ptx0, const int pty0, const int ptx1, const int pty1)CImg< T >
draw_line(const int px0, const int py0, const int px1, const int py1, const T *color, const uint phatch)CImg< T >
draw_line(const int px0, const int py0, const int pz0, const int px1, const int py1, const int pz1, const T *color)CImg< T >
draw_plasma(const int px0=0, const int py0=0, const int px1=1<< 15, const int py1=1<< 15, const double alpha=1.0, const double beta=1.0)CImg< T >
draw_plot(const CImg< t > &plot, const T *color, const double ymin, const double ymax, const uint gtype=1)CImg< T >
draw_plot(const CImg< t > &plot, const T *color, const uint gtype=1)CImg< T >
draw_quiver(const CImg< t > &flow, const T *color, const uint sampling=25, const float factor=-20, const int quiver_type=0)CImg< T >
draw_rectangle(const int px0, const int py0, const int pz0, const int pv0, const int px1, const int py1, const int pz1, const int pv1, const T &val)CImg< T >
draw_rectangle(const int px0, const int py0, const int pz0, const int px1, const int py1, const int pz1, const T *color)CImg< T >
draw_rectangle(const int px0, const int py0, const int px1, const int py1, const T *color)CImg< T >
draw_text(const int x0, const int y0, const char *text, const T *fgcolor, const T *bgcolor, const CImgl< T > &font)CImg< T >
draw_text(const int x0, const int y0, const char *text, const T *fgcolor, const T *bgcolor, const CImgl< T > *pfont)CImg< T >
draw_text(const int x0, const int y0, const char *text, const T *fgcolor=NULL, const T *bgcolor=NULL)CImg< T >
draw_text(const int x0, const int y0, const T *fgcolor, const T *bgcolor, const CImgl< T > *pfont, const char *format,...)CImg< T >
draw_triangle(const int px0, const int py0, const int px1, const int py1, const int px2, const int py2, const T *color)CImg< T >
draw_triangle(const int px0, const int py0, const int px1, const int py1, const int px2, const int py2, const CImg &texture, const int ptx0, const int pty0, const int ptx1, const int pty1, const int ptx2, const int pty2)CImg< T >
draw_triangle(const int px0, const int py0, const int px1, const int py1, const int px2, const int py2, const CImg &texture, const int ptx0, const int pty0, const int ptx1, const int pty1, const int ptx2, const int pty2, const CImg &motif, const int pmx0, const int pmy0, const int pmx1, const int pmy1, const int pmx2, const int pmy2, const float tweight, const float mweight)CImg< T >
eigen(CImg< t > &val, CImg< t > &vec) constCImg< T >
eigen(CImg< t > &val) constCImg< T >
equalize_histogram(const uint nblevels=256)CImg< T >
erode(const uint n=1)CImg< T >
eye(const T &factor=(T) 1)CImg< T >
feature_selection(int *const selection, const int feature_type, CImgDisplay &xdisp, uint *const XYZ=NULL, const uchar *pcolor=NULL) constCImg< T >
feature_selection(int *const selection=NULL, const int feature_type=0, CImgDisplay *xdisp=NULL, uint *const XYZ=NULL, const uchar *pcolor=NULL) constCImg< T >
fill(const T &val0=(T) 0)CImg< T >
fill(const T &val0, const T &val1)CImg< T >
fill(const T &val0, const T &val1, const T &val2)CImg< T >
fill(const T &val0, const T &val1, const T &val2, const T &val3)CImg< T >
fill(const T &val0, const T &val1, const T &val2, const T &val3, const T &val4)CImg< T >
fill(const T &val0, const T &val1, const T &val2, const T &val3, const T &val4, const T &val5)CImg< T >
fill(const T &val0, const T &val1, const T &val2, const T &val3, const T &val4, const T &val5, const T &val6, const T &val7, const T &val8)CImg< T >
fill(const T &val0, const T &val1, const T &val2, const T &val3, const T &val4, const T &val5, const T &val6, const T &val7, const T &val8, const T &val9, const T &val10, const T &val11)CImg< T >
fill(const T &val0, const T &val1, const T &val2, const T &val3, const T &val4, const T &val5, const T &val6, const T &val7, const T &val8, const T &val9, const T &val10, const T &val11, const T &val12, const T &val13, const T &val14, const T &val15)CImg< T >
flip(const char axe='x')CImg< T >
get_3dplanes(const uint px0, const uint py0, const uint pz0) constCImg< T >
get_abs() constCImg< T >
get_blur(const float sigma=1, const uint cond=1) constCImg< T >
get_channel(const uint v0=0) constCImg< T >
get_convol(const CImg &mask, const uint cond=1, const bool weighted_correl=false) constCImg< T >
get_convol3x3(const double m[3][3], const bool weighted_convol=false) constCImg< T >
get_convol3x3x3(const double m[3][3][3], const bool weighted_convol=false) constCImg< T >
get_convol5x5(const double m[5][5], const bool weighted_convol=false) constCImg< T >
get_correl(const CImg &mask, const uint cond=1, const bool weighted_correl=false) constCImg< T >
get_correl3x3(const double m[3][3], const bool weighted_correl=false) constCImg< T >
get_correl3x3x3(const double m[3][3][3], const bool weighted_correl=false) constCImg< T >
get_correl5x5(const double m[3][3], const bool weighted_correl=false) constCImg< T >
get_cos() constCImg< T >
get_cropfont(const CImgl< T > &font, const uint padding=2)CImg< T > [static]
get_cross(const CImg &img) constCImg< T >
get_cut(const T &a, const T &b) constCImg< T >
get_deriche(const float sigma=1, const int order=0, const char axe='x', const uint cond=1) constCImg< T >
get_diagonal() constCImg< T >
get_dilate(const uint n=1)CImg< T >
get_equalize_histogram(const uint nblevels=256) constCImg< T >
get_erode(const uint n=1)CImg< T >
get_eye(const uint dim, const T &factor=(T) 1)CImg< T > [static]
get_flip(const char axe='x')CImg< T >
get_font7x11(const bool fixed_size=false)CImg< T > [static]
get_gradientXY(const int scheme=0) constCImg< T >
get_gradientXYZ(const int scheme=0) constCImg< T >
get_histogram(const uint nblevels=256, const float pvmin=0, const float pvmax=0) constCImg< T >
get_inverse() constCImg< T >
get_matrix(const uint x=0, const uint y=0, const uint z=0) constCImg< T >
get_max(const CImg< t > &img) constCImg< T >
get_min(const CImg< t > &img) constCImg< T >
get_noise(const double sigma=-20, const uint ntype=0) constCImg< T >
get_norm_pointwise(int ntype=2) constCImg< T >
get_normalize(const T &a, const T &b) constCImg< T >
get_orient_pointwise() constCImg< T >
get_pdiv(const CImg< t > &img) constCImg< T >
get_plane(const uint z0=0, const uint v0=0) constCImg< T >
get_pmul(const CImg< t > &img) constCImg< T >
get_pow(const double p) constCImg< T >
get_quantify(const uint n=256) constCImg< T >
get_resize(const int pdx=-100, const int pdy=-100, const int pdz=-100, const int pdv=-100, const uint interp=1) constCImg< T >
get_resize(const CImg &src, const uint interp=1) constCImg< T >
get_resize_halfXY() constCImg< T >
get_RGBtoXYZ() constCImg< T >
get_rotate(const float angle, const float pcx, const float pcy, const float zoom=1, const uint pcond=5) constCImg< T >
get_rotate(const float angle, const uint cond=5) constCImg< T >
get_rotate180()CImg< T >
get_rotate270(const bool resize_flag=true)CImg< T >
get_rotate90(const bool resize_flag=true)CImg< T >
get_sin() constCImg< T >
get_slice(const uint z0=0) constCImg< T >
get_split(const char Axe='v') constCImg< T >
get_sprite(const uint x0, const uint y0, const uint z0, const uint v0, const uint x1, const uint y1, const uint z1, const uint v1) constCImg< T >
get_sprite(const uint x0, const uint y0, const uint z0, const uint x1, const uint y1, const uint z1) constCImg< T >
get_sprite(const uint x0, const uint y0, const uint x1, const uint y1) constCImg< T >
get_sprite(const uint x0, const uint x1) constCImg< T >
get_sqrt() constCImg< T >
get_tan() constCImg< T >
get_tensor(const uint x=0, const uint y=0, const uint z=0) constCImg< T >
get_threshold(const T &thres) constCImg< T >
get_transpose() constCImg< T >
get_vector(const uint x=0, const uint y=0, const uint z=0) constCImg< T >
get_XYZtoLab() constCImg< T >
get_XYZtoRGB() constCImg< T >
heightCImg< T >
inverse()CImg< T >
linear_pix1d(const float ffx, const int y=0, const int z=0, int v=0) constCImg< T >
linear_pix2d(const float ffx, const float ffy=0, const int z=0, int v=0) constCImg< T >
linear_pix3d(const float ffx, const float ffy=0, const float ffz=0, const int v=0) constCImg< T >
linear_pix4d(const float ffx, const float ffy=0, const float ffz=0, const float ffv=0) constCImg< T >
load(const char *filename)CImg< T > [static]
load_analyze(const char *filename, float *voxsize=NULL)CImg< T > [static]
load_ascii(const char *filename)CImg< T > [static]
load_convert(const char *filename)CImg< T > [static]
load_dlm(const char *filename)CImg< T > [static]
load_inr(const char *filename, float *voxsize=NULL)CImg< T > [static]
load_pnm(const char *filename)CImg< T > [static]
load_raw(const char *filename)CImg< T > [static]
max(const CImg< t > &img)CImg< T >
min(const CImg< t > &img)CImg< T >
neumann_pix1d(const int x, const int y=0, const int z=0, const int v=0) constCImg< T >
neumann_pix2d(const int x, const int y=0, const int z=0, const int v=0) constCImg< T >
neumann_pix3d(const int x, const int y=0, const int z=0, const int v=0) constCImg< T >
neumann_pix4d(const int x, const int y=0, const int z=0, const int v=0) constCImg< T >
new_display(const char *title="", const int normalize=1, const uint event_type=3, const bool visible=true) constCImg< T >
noise(const double psigma=-20, const uint ntype=0)CImg< T >
norm(const int ntype=2) constCImg< T >
norm_pointwise()CImg< T >
normalize(const T &a, const T &b)CImg< T >
offset(const int x=0, const int y=0, const int z=0, const int v=0) constCImg< T >
operator &(const CImg< t > &img) constCImg< T >
operator &=(const CImg< t > &img)CImg< T >
operator *(const double val, const CImg &img)CImg< T > [friend]
operator *(const double val) constCImg< T >
operator *(const CImg< t > &img) constCImg< T >
operator *=(const double val)CImg< T >
operator *=(const CImg< t > &img)CImg< T >
operator!=(const CImg< t > &img) constCImg< T >
operator%(const T &val) constCImg< T >
operator%=(const T &val)CImg< T >
operator()(const uint x, const uint y=0, const uint z=0, const uint v=0) constCImg< T >
operator+(const T &val, const CImg &img)CImg< T > [friend]
operator+(const T &val) constCImg< T >
operator+(const CImg &img) constCImg< T >
operator+=(const CImg< t > &img)CImg< T >
operator+=(const T &val)CImg< T >
operator-(const T &val, const CImg &img)CImg< T > [friend]
operator-(const T &val) constCImg< T >
operator-(const CImg &img) constCImg< T >
operator-=(const CImg< t > &img)CImg< T >
operator-=(const T &val)CImg< T >
operator/(const double val) constCImg< T >
operator/=(const double val)CImg< T >
operator=(const CImg< t > &img)CImg< T >
operator=(const CImg &img)CImg< T >
operator=(const T &val)CImg< T >
operator=(const T *buf)CImg< T >
operator==(const CImg< t > &img) constCImg< T >
operator[](const uint off) constCImg< T >
operator^(const CImg< t > &img) constCImg< T >
operator^=(const CImg< t > &img)CImg< T >
operator|(const CImg< t > &img) constCImg< T >
operator|=(const CImg< t > &img)CImg< T >
orient_pointwise()CImg< T >
pdiv(const CImg< t > &img)CImg< T >
pixel_type()CImg< T > [static]
plane(const uint z0=0, const uint v0=0)CImg< T >
pmul(const CImg< t > &img)CImg< T >
pow(const double p)CImg< T >
print(const char *title=NULL, const uint print_flag=1) constCImg< T >
print(const uint print_flag) constCImg< T >
ptr(const uint x=0, const uint y=0, const uint z=0, const uint v=0) constCImg< T >
quantify(const uint n=256)CImg< T >
ref_channel(const uint v0) constCImg< T >
ref_channelset(const uint vmin, const uint vmax) constCImg< T >
ref_line(const uint y0, const uint z0=0, const uint v0=0) constCImg< T >
ref_lineset(const uint ymin, const uint ymax, const uint z0=0, const uint v0=0) constCImg< T >
ref_plane(const uint z0, const uint v0=0) constCImg< T >
ref_planeset(const uint zmin, const uint zmax, const uint v0=0) constCImg< T >
ref_pointset(const uint xmin, const uint xmax, const uint y0=0, const uint z0=0, const uint v0=0) constCImg< T >
resize(const int pdx=-100, const int pdy=-100, const int pdz=-100, const int pdv=-100, const uint interp=1)CImg< T >
resize(const CImg &src, const uint interp=1)CImg< T >
resize_halfXY()CImg< T >
RGBtoXYZ()CImg< T >
rotate(const float angle, const float cx, const float cy, const float zoom=1, const uint cond=5)CImg< T >
rotate(const float angle, const uint cond=5)CImg< T >
rotate180()CImg< T >
rotate270(const bool resize_flag=true)CImg< T >
rotate90(const bool resize_flag=true)CImg< T >
save(const char *filename, const int number=-1, const bool normalize=true) constCImg< T >
save_analyze(const char *filename, const float *const voxsize=NULL) constCImg< T >
save_ascii(const char *filename) constCImg< T >
save_convert(const char *filename) constCImg< T >
save_dlm(const char *filename) constCImg< T >
save_inr(const char *filename, const float *const voxsize=NULL) constCImg< T >
save_pnm(const char *filename) constCImg< T >
save_raw(const char *filename) constCImg< T >
set_matrix(const CImg &mat, const uint x=0, const uint y=0, const uint z=0)CImg< T >
set_tensor(const CImg &ten, const uint x=0, const uint y=0, const uint z=0)CImg< T >
set_vector(const T *vec, const uint x=0, const uint y=0, const uint z=0)CImg< T >
sin()CImg< T >
size() constCImg< T >
slice(const uint z0=0)CImg< T >
sprite(const uint x0, const uint y0, const uint z0, const uint v0, const uint x1, const uint y1, const uint z1, const uint v1)CImg< T >
sprite(const uint x0, const uint y0, const uint z0, const uint x1, const uint y1, const uint z1)CImg< T >
sprite(const uint x0, const uint y0, const uint x1, const uint y1)CImg< T >
sprite(const uint x0, const uint x1)CImg< T >
sqrt()CImg< T >
stats(const bool compute_variance=true) constCImg< T >
sum() constCImg< T >
symeigen(CImg< t > &val, CImg< t > &vec) constCImg< T >
symeigen(CImg< t > &val) constCImg< T >
tan()CImg< T >
threshold(const T &thres)CImg< T >
trace() constCImg< T >
transpose()CImg< T >
wait_sync(const uint milliseconds) constCImg< T >
widthCImg< T >
XYZtoLab()CImg< T >
XYZtoRGB()CImg< T >
~CImg()CImg< T >


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