static void input_coast_radius_from_panel(int val){
coast_radius = editText->get_float_val();
set_to_coastline_radius((double) coast_radius);
GLUI_Master.close_all();
draw_mesh_keep_menu();
return;
}
static void input_domain_distance_from_panel(int val){
distance = editText->get_float_val();
set_to_dist_domains((double) distance);
GLUI_Master.close_all();
draw_mesh_keep_menu();
return;
}
static void input_psf_vector_thickness_panel(int val){
thickness = editText->get_float_val();
set_current_vector_thick((double) thickness);
GLUI_Master.close_all();
draw_mesh_keep_menu();
return;
}
static void input_psf_vector_scale_panel(int val){
scaling = editText->get_float_val();
set_current_scale_vect((double) scaling);
GLUI_Master.close_all();
draw_mesh_keep_menu();
return;
}
static void input_vector_increment_from_panel(int val){
num_inc = editText->get_int_val();
if(num_inc > 0) set_current_increment_vect(num_inc);
GLUI_Master.close_all();
draw_mesh_keep_menu();
return;
}
static void input_num_colorloop_from_panel(int val){
nloop = editText->get_int_val();
if(nloop > 0) set_to_num_of_color_loop(nloop);
GLUI_Master.close_all();
draw_mesh_keep_menu();
return;
}
static void input_node_size_from_panel(int val){
nodesize = editText->get_float_val();
set_to_node_diam((double) nodesize);
GLUI_Master.close_all();
draw_mesh_keep_menu();
return;
}
static void input_psf_opacity_from_panel(int val){
opacity = editText_opacity->get_float_val();
set_current_PSF_constant_opacity((double) opacity);
GLUI_Master.close_all();
draw_mesh_keep_menu();
return;
}
static void input_num_isoline_from_panel(int val){
nline = editText->get_int_val();
if(nline > 0) set_current_n_isoline(nline);
GLUI_Master.close_all();
draw_mesh_keep_menu();
return;
}
static void input_domain_opacity_from_panel(int val){
opacity = editText_opacity->get_float_val();
set_to_domain_surface_opacity((double) opacity);
GLUI_Master.close_all();
draw_mesh_keep_menu();
return;
}
static void input_fline_thick_from_panel(int val){
fline_thick = editText_fline_thick->get_float_val();
set_to_fline_thickness((double) fline_thick);
GLUI_Master.close_all();
draw_mesh_keep_menu();
return;
}
static void input_fline_max_from_panel(int val){
fline_color_max = editText_max->get_float_val();
if(fline_color_max > fline_color_min){
input_fline_linear_colormap((double) fline_color_min, (double) fline_color_max);
draw_mesh_keep_menu();
};
return;
}
static void input_psf_max_from_panel(int val){
psf_color_max = editText_max->get_float_val();
if(psf_color_max > psf_color_min){
set_current_PSF_linear_colormap((double) psf_color_min, (double) psf_color_max);
draw_mesh_keep_menu();
};
return;
}
static void surf_surf_color_handler(int sel){
if (sel == SET_OPACITY) {
set_surf_group_opacity();
} else {
set_surf_grp_color_flag(SURFSOLID_TOGGLE, sel);
};
draw_mesh_keep_menu();
};
static void domain_color_handler(int sel){
if (sel == SET_OPACITY) {
set_domain_opacity_by_glui(winid);
} else {
kemoview_set_domain_color_flag(SURFSOLID_TOGGLE, sel);
};
return;
draw_mesh_keep_menu();
};
static void ele_surf_color_handler(int sel){
if(sel == SET_OPACITY){
set_ele_group_opacity_by_glui(winid);
} else {
set_ele_grp_color_flag(SURFSOLID_TOGGLE, sel);
};
return;
draw_mesh_keep_menu();
};
static void domain_color_handler(int sel){
if (sel == SET_OPACITY) {
set_domain_opacity();
} else {
set_domain_color_flag(SURFSOLID_TOGGLE, sel);
};
draw_mesh_keep_menu();
return;
;
};
static void save_image_handler(){
char image_head[LENGTHBUF];
input_file_header(image_head);
int id_image = input_image_format();
glutSetWindow(winid);
draw_mesh_keep_menu();
write_kemoviewer_window_to_file(id_image, image_head);
return;
};
void set_background_color_console(){
GLfloat color[4];
float red, green, blue;
char buf[1024];
kemoview_get_background_color(color);
printf("Enter Background color by (R,G,B) from 0.0 to 1.0: \n");
printf("Corrent color: %.7e %.7e %.7e \n", color[0], color[1], color[2]);
fgets(buf,sizeof(buf),stdin);
sscanf(buf,"%f %f %f", &red, &green, &blue);
printf("New background Color (R,G,B): %.7e %.7e %.7e \n", red, green, blue);
color[0] = (GLfloat) red;
color[1] = (GLfloat) green;
color[2] = (GLfloat) blue;
draw_mesh_keep_menu();
kemoview_set_background_color(color);
glClear(GL_COLOR_BUFFER_BIT);
return;
};
static void draw_mesh_w_menu(){
make_1st_level_menu();
draw_mesh_keep_menu();
return;
};
static void close_panel(int val){
draw_mesh_keep_menu();
GLUI_Master.close_all();
return;
}
static void surf_node_color_handler(int sel){
set_surf_grp_color_flag(SURFNOD_TOGGLE, sel);
draw_mesh_keep_menu();
};
static void ele_grid_color_handler(int sel){
set_ele_grp_color_flag(SURFGRID_TOGGLE, sel);
draw_mesh_keep_menu();
};
static void node_node_color_handler(int sel){
set_node_grp_color_flag(sel);
draw_mesh_keep_menu();
};
static void domain_node_color_handler(int sel){
set_domain_color_flag(SURFNOD_TOGGLE, sel);
draw_mesh_keep_menu();
};
static void ele_node_color_handler(int sel){
kemoview_set_ele_grp_color_flag(SURFNOD_TOGGLE, sel);
draw_mesh_keep_menu();
};
static void surf_grid_color_handler(int sel){
kemoview_set_surf_grp_color_flag(SURFGRID_TOGGLE, sel);
draw_mesh_keep_menu();
};