static gboolean
module_register(const gchar *name)
{
static GwyProcessFuncInfo size_dist_func_info = {
"grain_dist",
N_("/_Grains/_Size Distribution"),
(GwyProcessFunc)&size_dist,
DIST_RUN_MODES,
GWY_MENU_FLAG_DATA_MASK,
};
static GwyProcessFuncInfo height_dist_func_info = {
"grain_height_dist",
N_("/_Grains/_Height Distribution"),
(GwyProcessFunc)&height_dist,
DIST_RUN_MODES,
GWY_MENU_FLAG_DATA_MASK,
};
static GwyProcessFuncInfo stats_func_info = {
"grain_stats",
N_("/_Grains/S_tatistics"),
(GwyProcessFunc)&stats,
DIST_RUN_MODES,
GWY_MENU_FLAG_DATA_MASK,
};
gwy_process_func_register(name, &size_dist_func_info);
gwy_process_func_register(name, &height_dist_func_info);
gwy_process_func_register(name, &stats_func_info);
return TRUE;
}
static gboolean
module_register(void)
{
gwy_process_func_register("mask_remove",
(GwyProcessFunc)&mask_remove,
N_("/_Mask/_Remove Mask"),
GWY_STOCK_MASK_REMOVE,
MASKOPS_RUN_MODES,
GWY_MENU_FLAG_DATA_MASK | GWY_MENU_FLAG_DATA,
N_("Remove mask from data"));
gwy_process_func_register("mask_invert",
(GwyProcessFunc)&mask_invert,
N_("/_Mask/_Invert Mask"),
GWY_STOCK_MASK_INVERT,
MASKOPS_RUN_MODES,
GWY_MENU_FLAG_DATA_MASK | GWY_MENU_FLAG_DATA,
N_("Invert mask"));
gwy_process_func_register("mask_extract",
(GwyProcessFunc)&mask_extract,
N_("/_Mask/_Extract Mask"),
GWY_STOCK_MASK_EXTRACT,
MASKOPS_RUN_MODES,
GWY_MENU_FLAG_DATA_MASK | GWY_MENU_FLAG_DATA,
N_("Extract mask to a new channel"));
gwy_process_func_register("grain_rem_touching",
(GwyProcessFunc)&remove_touching,
N_("/_Grains/_Remove Edge-Touching"),
GWY_STOCK_GRAINS_EDGE_REMOVE,
MASKOPS_RUN_MODES,
GWY_MENU_FLAG_DATA | GWY_MENU_FLAG_DATA_MASK,
N_("Remove grains touching image edges"));
return TRUE;
}
static gboolean
module_register(void)
{
gwy_process_func_register("level",
(GwyProcessFunc)&level,
N_("/_Level/Plane _Level"),
GWY_STOCK_LEVEL,
LEVEL_RUN_MODES,
GWY_MENU_FLAG_DATA,
N_("Level data by mean plane subtraction"));
gwy_process_func_register("level_rotate",
(GwyProcessFunc)&level_rotate,
N_("/_Level/Level _Rotate"),
NULL,
LEVEL_RUN_MODES,
GWY_MENU_FLAG_DATA,
N_("Automatically level data by plane rotation"));
gwy_process_func_register("fix_zero",
(GwyProcessFunc)&fix_zero,
N_("/_Level/Fix _Zero"),
GWY_STOCK_FIX_ZERO,
LEVEL_RUN_MODES,
GWY_MENU_FLAG_DATA,
N_("Shift minimum data value to zero"));
gwy_process_func_register("zero_mean",
(GwyProcessFunc)&zero_mean,
N_("/_Level/Zero _Mean Value"),
NULL,
LEVEL_RUN_MODES,
GWY_MENU_FLAG_DATA,
N_("Shift mean data value to zero"));
return TRUE;
}
static gboolean
module_register(void)
{
gwy_process_func_register("presentation_remove",
(GwyProcessFunc)&presentation_remove,
N_("/_Presentation/_Remove Presentation"),
NULL,
PRESENTATIONOPS_RUN_MODES,
GWY_MENU_FLAG_DATA_SHOW | GWY_MENU_FLAG_DATA,
N_("Remove presentation from data"));
gwy_process_func_register("presentation_extract",
(GwyProcessFunc)&presentation_extract,
N_("/_Presentation/E_xtract Presentation"),
NULL,
PRESENTATIONOPS_RUN_MODES,
GWY_MENU_FLAG_DATA_SHOW | GWY_MENU_FLAG_DATA,
N_("Extract presentation to a new channel"));
gwy_process_func_register("presentation_attach",
(GwyProcessFunc)&presentation_attach,
N_("/_Presentation/_Attach Presentation..."),
NULL,
PRESENTATION_ATTACH_RUN_MODES,
GWY_MENU_FLAG_DATA,
N_("Attach another data field as presentation"));
gwy_process_func_register("presentation_logscale",
(GwyProcessFunc)&presentation_logscale,
N_("/_Presentation/_Logscale"),
NULL,
PRESENTATIONOPS_RUN_MODES,
GWY_MENU_FLAG_DATA,
N_("Creates a presentation with logarithmic "
"color scale"));
return TRUE;
}
static gboolean
module_register(void)
{
gwy_process_func_register("grain_stat",
(GwyProcessFunc)&grain_stat,
N_("/_Grains/S_tatistics..."),
NULL,
STAT_RUN_MODES,
GWY_MENU_FLAG_DATA | GWY_MENU_FLAG_DATA_MASK,
N_("Simple grain statistics"));
gwy_process_func_register("grain_inscribe_discs",
(GwyProcessFunc)&grain_inscribe_discs,
N_("/_Grains/Select _Inscribed Discs"),
GWY_STOCK_GRAIN_EXSCRIBED_CIRCLE,
INSCRIBE_RUN_MODES,
GWY_MENU_FLAG_DATA | GWY_MENU_FLAG_DATA_MASK,
N_("Create a selection visualizing discs "
"inscribed into grains"));
gwy_process_func_register("grain_exscribe_circles",
(GwyProcessFunc)&grain_exscribe_circles,
N_("/_Grains/Select _Circumscribed Circles"),
GWY_STOCK_GRAIN_INSCRIBED_CIRCLE,
INSCRIBE_RUN_MODES,
GWY_MENU_FLAG_DATA | GWY_MENU_FLAG_DATA_MASK,
N_("Create a selection visualizing grain "
"circumcircles"));
return TRUE;
}
static gboolean
module_register(void)
{
gwy_process_func_register("line_correct_modus",
(GwyProcessFunc)&line_correct_modus,
N_("/_Correct Data/M_odus Line Correction"),
GWY_STOCK_LINE_LEVEL,
LINECORR_RUN_MODES,
GWY_MENU_FLAG_DATA,
N_("Correct lines by matching height modus"));
gwy_process_func_register("line_correct_median",
(GwyProcessFunc)&line_correct_median,
N_("/_Correct Data/M_edian Line Correction"),
GWY_STOCK_LINE_LEVEL,
LINECORR_RUN_MODES,
GWY_MENU_FLAG_DATA,
N_("Correct lines by matching height median"));
gwy_process_func_register("line_correct_median_difference",
(GwyProcessFunc)&line_correct_median_difference,
N_("/_Correct Data/Median Di_fference Line Correction"),
GWY_STOCK_LINE_LEVEL,
LINECORR_RUN_MODES,
GWY_MENU_FLAG_DATA,
N_("Correct lines by zeroing median "
"of differences between neighbor lines"));
gwy_process_func_register("line_correct_match",
(GwyProcessFunc)&line_correct_match,
N_("/_Correct Data/Ma_tch Line Correction"),
GWY_STOCK_LINE_LEVEL,
LINECORR_RUN_MODES,
GWY_MENU_FLAG_DATA,
N_("Correct lines by matching flat segments"));
gwy_process_func_register("line_correct_step",
(GwyProcessFunc)&line_correct_step,
N_("/_Correct Data/Ste_p Line Correction"),
GWY_STOCK_LINE_LEVEL,
LINECORR_RUN_MODES,
GWY_MENU_FLAG_DATA,
N_("Correct steps in lines"));
return TRUE;
}
static gboolean
module_register(void)
{
gwy_process_func_register("rotate",
(GwyProcessFunc)&rotate,
N_("/_Basic Operations/Rotate by _Angle..."),
GWY_STOCK_ROTATE,
ROTATE_RUN_MODES,
GWY_MENU_FLAG_DATA,
N_("Rotate by arbitrary angle"));
return TRUE;
}
static gboolean
module_register(void)
{
gwy_process_func_register("grain_dist",
(GwyProcessFunc)&grain_dist,
N_("/_Grains/_Distributions..."),
GWY_STOCK_GRAINS_GRAPH,
DIST_RUN_MODES,
GWY_MENU_FLAG_DATA | GWY_MENU_FLAG_DATA_MASK,
N_("Distributions of various grain "
"characteristics"));
gwy_process_func_register("grain_stat",
(GwyProcessFunc)&grain_stat,
N_("/_Grains/S_tatistics..."),
NULL,
STAT_RUN_MODES,
GWY_MENU_FLAG_DATA | GWY_MENU_FLAG_DATA_MASK,
N_("Simple grain statistics"));
return TRUE;
}
static gboolean
module_register(const gchar *name)
{
static GwyProcessFuncInfo sobel_horizontal_func_info = {
"sobel_horizontal",
N_("/_Display/_Gradient/_Sobel (horizontal)"),
(GwyProcessFunc)&sobel_horizontal,
GRADIENT_RUN_MODES,
0,
};
static GwyProcessFuncInfo sobel_vertical_func_info = {
"sobel_vertical",
N_("/_Display/_Gradient/_Sobel (vertical)"),
(GwyProcessFunc)&sobel_vertical,
GRADIENT_RUN_MODES,
0,
};
static GwyProcessFuncInfo prewitt_horizontal_func_info = {
"prewitt_horizontal",
N_("/_Display/_Gradient/_Prewitt (horizontal)"),
(GwyProcessFunc)&prewitt_horizontal,
GRADIENT_RUN_MODES,
0,
};
static GwyProcessFuncInfo prewitt_vertical_func_info = {
"prewitt_vertical",
N_("/_Display/_Gradient/_Prewitt (vertical)"),
(GwyProcessFunc)&prewitt_vertical,
GRADIENT_RUN_MODES,
0,
};
gwy_process_func_register(name, &sobel_horizontal_func_info);
gwy_process_func_register(name, &sobel_vertical_func_info);
gwy_process_func_register(name, &prewitt_horizontal_func_info);
gwy_process_func_register(name, &prewitt_vertical_func_info);
return TRUE;
}
static gboolean
module_register(void)
{
gwy_process_func_register("tip_blind",
(GwyProcessFunc)&tip_blind,
N_("/_Tip and Indentation/_Blind Estimation..."),
GWY_STOCK_TIP_ESTIMATION,
TIP_BLIND_RUN_MODES,
GWY_MENU_FLAG_DATA,
N_("Blind tip estimation"));
return TRUE;
}
static gboolean
module_register(void)
{
gwy_process_func_register("fft_profile",
(GwyProcessFunc)&fft_profile,
N_("/_Statistics/_PSDF Section..."),
GWY_STOCK_PSDF_SECTION,
PROF_RUN_MODES,
GWY_MENU_FLAG_DATA,
N_("Read radial PSDF sections"));
return TRUE;
}
static gboolean
module_register(void)
{
gwy_process_func_register("grain_filter",
(GwyProcessFunc)&grain_filter,
N_("/_Grains/_Filter..."),
GWY_STOCK_GRAINS_REMOVE,
GFILTER_RUN_MODES,
GWY_MENU_FLAG_DATA | GWY_MENU_FLAG_DATA_MASK,
N_("Filter grains by their properties"));
return TRUE;
}
static gboolean
module_register(void)
{
gwy_process_func_register("cwt",
(GwyProcessFunc)&cwt,
N_("/_Integral Transforms/2D _CWT..."),
GWY_STOCK_CWT,
CWT_RUN_MODES,
GWY_MENU_FLAG_DATA,
N_("Compute continuous wavelet transform"));
return TRUE;
}
static gboolean
module_register(void)
{
gwy_process_func_register("dwtanisotropy",
(GwyProcessFunc)&dwt_anisotropy,
N_("/_Integral Transforms/DWT _Anisotropy..."),
NULL,
DWT_ANISOTROPY_RUN_MODES,
GWY_MENU_FLAG_DATA,
N_("DWT anisotropy detection"));
return TRUE;
}
static gboolean
module_register(void)
{
gwy_process_func_register("polylevel",
(GwyProcessFunc)&poly_level,
N_("/_Level/_Polynomial Background..."),
GWY_STOCK_POLYNOM,
POLYLEVEL_RUN_MODES,
GWY_MENU_FLAG_DATA,
N_("Remove polynomial background"));
return TRUE;
}
static gboolean
module_register(void)
{
gwy_process_func_register("immerse",
(GwyProcessFunc)&immerse,
N_("/M_ultidata/_Immerse Detail..."),
GWY_STOCK_IMMERSE,
IMMERSE_RUN_MODES,
GWY_MENU_FLAG_DATA,
N_("Immerse a detail into image"));
return TRUE;
}
static gboolean
module_register(void)
{
gwy_process_func_register("extract_path",
(GwyProcessFunc)&extract_path,
N_("/_Distortion/Extract _Path Selection..."),
GWY_STOCK_EXTRACT_PATH,
EXTR_PATH_RUN_MODES,
GWY_MENU_FLAG_DATA,
N_("Extract path selection data"));
return TRUE;
}
static gboolean
module_register(void)
{
gwy_process_func_register("psdf_logphi",
(GwyProcessFunc)&psdflp,
N_("/_Statistics/_Log-Phi PSDF..."),
GWY_STOCK_PSDF_LOG_PHI,
PSDFLP_RUN_MODES,
GWY_MENU_FLAG_DATA,
N_("Compute PSDF in Log-Phi coordinates"));
return TRUE;
}
static gboolean
module_register(void)
{
gwy_process_func_register("cload",
(GwyProcessFunc)&cload,
N_("/Cali_bration/_3D calibration/Load from text file..."),
GWY_STOCK_CWT,
CNEW_RUN_MODES,
GWY_MENU_FLAG_DATA,
N_("Load calibration data from text file."));
return TRUE;
}
static gboolean
module_register(void)
{
gwy_process_func_register("scale",
(GwyProcessFunc)&scale,
N_("/_Basic Operations/Scale..."),
GWY_STOCK_SCALE,
SCALE_RUN_MODES,
GWY_MENU_FLAG_DATA,
N_("Scale data"));
return TRUE;
}
static gboolean
module_register(void)
{
gwy_process_func_register("grain_cross",
(GwyProcessFunc)&grain_cross,
N_("/_Grains/_Correlate..."),
GWY_STOCK_GRAINS_GRAPH,
CROSS_RUN_MODES,
GWY_MENU_FLAG_DATA | GWY_MENU_FLAG_DATA_MASK,
N_("Correlate grain characteristics"));
return TRUE;
}
static gboolean
module_register(void)
{
gwy_process_func_register("grain_edge",
(GwyProcessFunc)&grain_edge,
N_("/_Grains/Mark by _Edge Detection..."),
GWY_STOCK_GRAINS,
GEDGE_RUN_MODES,
GWY_MENU_FLAG_DATA,
N_("Mark grains with edge detection mechanism"));
return TRUE;
}
static gboolean
module_register(void)
{
gwy_process_func_register("dwt",
(GwyProcessFunc)&dwt,
N_("/_Integral Transforms/2D _DWT..."),
GWY_STOCK_DWT,
DWT_RUN_MODES,
GWY_MENU_FLAG_DATA,
N_("Compute Discrete Wavelet Transform"));
return TRUE;
}
static gboolean
module_register(void)
{
gwy_process_func_register("merge",
(GwyProcessFunc)&merge,
N_("/M_ultidata/_Merge..."),
GWY_STOCK_MERGE,
MERGE_RUN_MODES,
GWY_MENU_FLAG_DATA,
N_("Merge two images"));
return TRUE;
}
static gboolean
module_register(void)
{
gwy_process_func_register("xydenoise",
(GwyProcessFunc)&xydenoise,
N_("/M_ultidata/_XY denoise..."),
NULL,
XYDENOISE_RUN_MODES,
GWY_MENU_FLAG_DATA,
N_("Denoises horizontal/vertical measurement."));
return TRUE;
}
static gboolean
module_register(void)
{
gwy_process_func_register("noise_synth",
(GwyProcessFunc)&noise_synth,
N_("/S_ynthetic/_Noise..."),
GWY_STOCK_SYNTHETIC_NOISE,
NOISE_SYNTH_RUN_MODES,
0,
N_("Generate surface of uncorrelated noise"));
return TRUE;
}
static gboolean
module_register(void)
{
gwy_process_func_register("deposit",
(GwyProcessFunc)&deposit,
N_("/_Synthetic/_Deposit particles..."),
GWY_STOCK_GRAINS,
DEPOSIT_RUN_MODES,
GWY_MENU_FLAG_DATA,
N_("Deposit spherical particles"));
return TRUE;
}
static gboolean
module_register(void)
{
gwy_process_func_register("median-bg",
(GwyProcessFunc)&median,
N_("/_Level/_Median Level..."),
NULL,
MEDIANBG_RUN_MODES,
GWY_MENU_FLAG_DATA,
N_("Level data by local median subtraction"));
return TRUE;
}
static gboolean
module_register(void)
{
gwy_process_func_register("facet_analysis",
(GwyProcessFunc)&facets_analyse,
N_("/_Statistics/Facet _Analysis..."),
NULL,
FACETS_RUN_MODES,
GWY_MENU_FLAG_DATA,
N_("Mark areas by 2D slope"));
return TRUE;
}
static gboolean
module_register(void)
{
gwy_process_func_register("cnew",
(GwyProcessFunc)&cnew,
N_("/Cali_bration/_Create..."),
NULL,
CNEW_RUN_MODES,
GWY_MENU_FLAG_DATA,
N_("Specify simple calibration data."));
return TRUE;
}
