void init(){
grabber.init(pa("-i"));
bool c_arg = pa("-c");
gui << Draw().handle("draw").label("input image")
<< Image().handle("cropped").label("cropped")
<< ( VBox().maxSize(c_arg ? 0 : 12,99).minSize(c_arg ? 0 : 12,1)
<< Button("save as ..").handle("saveAs")
<< Button("overwrite input").handle("overwrite")
<< Combo("0,90,180,270").handle("rot").label("rotation")
<< CheckBox("rectangular",!pa("-r")).handle("rect")
<< Button("Batch crop...").handle("batch")
<< ( HBox().label("rectification size")
<< Spinner(1,4096,640).handle("s1")
<< Label(":")
<< Spinner(1,4096,480).handle("s2")
)
<< (HBox()
<< Fps().handle("fps")
<< CamCfg()
)
)
<< Show();
if(!c_arg){
gui["batch"].registerCallback(batch_crop);
}
const ImgBase *image = grabber.grab();
if(!c_arg){
mouse_1 = new Mouse1(image->getSize());
gui["draw"].install(mouse_1);
}
mouse_2 = new Mouse2(image->getSize());
gui["draw"].install(mouse_2);
DrawHandle draw = gui["draw"];
draw->setImageInfoIndicatorEnabled(false);
if(!c_arg){
gui["rect"].registerCallback(rectangular_changed);
rectangular_changed();
if(*pa("-i",0) != "file" || FileList(*pa("-i",1)).size() != 1){
gui["overwrite"].disable();
}else{
gui["overwrite"].registerCallback(overwrite);
}
gui["saveAs"].registerCallback(save_as);
}
}
void batch_mode(){
if(pa("-config")){
ConfigFile f(*pa("-config"));
int masksize = f["config.masksize"];
int thresh = f["config.threshold"];
float gamma = f["config.gammaslope"];
if(!pa("-output")){
printf("please specify output file pattern\n");
return;
}
grabber.init(pa("-i"));
FileList fl;
int maxSteps = -1;
if(grabber.getType() == "file"){
fl = FileList(*pa("-input",1));
maxSteps = fl.size();
}
static FileWriter w(*pa("-output"));
static LocalThresholdOp t;
t.setMaskSize(masksize);
t.setGlobalThreshold(thresh);
t.setGammaSlope(gamma);
int i=0;
while(maxSteps < 0 || maxSteps--){
if(maxSteps > 0){
printf("processing image %30s ......",fl[i++].c_str());
}
const ImgBase *image = grabber.grab();
if(image->getFormat() != formatGray){
printf("...");
static ImgBase *grayImage = 0;
ensureCompatible(&grayImage,depth8u,image->getSize(),formatGray);
cc(image,grayImage);
printf("...");
image = grayImage;
}
static ImgBase *dst = 0;
printf("...");
t.apply(image,&dst);
printf("...");
w.write(dst);
printf("done! \n");
printf("writing image to %30s ... done\n",w.getFilenameGenerator().showNext().c_str());
}
}else{
ERROR_LOG("please run with -config config-filename!");
return;
}
}
void init(){
gui << Image().handle("image").minSize(16,12);
gui << ( HBox().maxSize(100,2)
<< Fps(10).handle("fps").maxSize(100,2).minSize(5,2)
<< CamCfg("")
)
<< Show();
grabber.init(pa("-i"));
if(pa("-size")){
grabber.useDesired<Size>(pa("-size"));
}
}
void init(){
gui << Image().handle("image").minSize(32,24)
<< Image().handle("imageOut").minSize(32,24)
<< Slider(1,22,5).out("filterSize").label("filterSize").maxSize(100,2).handle("filterSize-handle")
<< Slider(1,22,10).out("difference").label("difference").maxSize(100,2).handle("difference-handle")
<< CheckBox("useCL", true).out("disableCL").maxSize(100,2).handle("disableCL-handle")
<< Show();
int maxFilterSize=pa("-maxFilterSize");
int nullValue=pa("-nullValue");
smoothing = new MotionSensitiveTemporalSmoothing(nullValue, maxFilterSize);
grabber.init(pa("-i"));
update();
}
void init(){
int masksize = 10;
int thresh = 2;
float gamma = 0;
if(pa("-config")){
ConfigFile f(*pa("-config"));
masksize = f["config.masksize"];
thresh = f["config.threshold"];
gamma = f["config.gammaslope"];
}
gui << Draw().minSize(16,12).handle("orig").label("original image")
<< Image().minSize(16,12).handle("prev").label("preview image")
<< ( VBox().label("controls")
<< Slider(2,200,masksize).label("mask size").out("masksize").minSize(15,2).handle("a")
<< FSlider(-30,40,thresh).label("threshold").out("threshold").minSize(15,2).handle("b")
<< FSlider(0,15,gamma).label("gamma slope").out("gamma").minSize(15,2).handle("c")
<< Button("next image").handle("next")
<< Button("stopped","running").out("loop").handle("d")
<< Button("no clip","clip to roi").out("clipToROI").handle("e")
<< Button("save params").handle("save")
<< Combo("region mean,tiledNN,tiledLIN").handle("algorithm").label("algorithm")
<< ( HBox()
<< Label("..ms").handle("time").label("apply time").minSize(2,3)
<< Fps(10).handle("fps").minSize(4,3).label("fps")
)
)
<< Show();
grabber.init(pa("-i"));
if(grabber.getType() != "file"){
grabber.useDesired<Size>(pa("-s"));
if(!pa("-color")){
grabber.useDesired(formatGray);
}else{
grabber.useDesired(formatRGB);
}
grabber.useDesired(depth8u);
}
gui.registerCallback(step,"a,b,c,d,e,next,algorithm");
gui["orig"].install(new MouseHandler(mouse));
step();
}
void init() {
grabber.init(pa("-i"));
if (pa("-s")) {
utils::Size size = pa("-s");
grabber.setDesiredSizeInternal(size);
}
// create the GUI
gui << ( VBox()
<< ( HBox()
<< Draw().label("Original").handle("view1").minSize(16, 12)
<< Draw().label("Median").handle("view2").minSize(16, 12)
<< Draw().label("Bilateral Filtered").handle("view3").minSize(16, 12)
)
<< ( HBox()
<< Draw().label("Original").handle("viewedge1").minSize(16, 12)
<< Draw().label("Median").handle("viewedge2").minSize(16, 12)
<< Draw().label("Bilateral Filtered").handle("viewedge3").minSize(16, 12)
)
<< CheckBox("Use LAB",true).handle("use_lab")
<< CheckBox("Use gray image",false).handle("to_gray")
<< Slider(1,24,4).label("Bilateral Kernel Radius").handle("bi_radius")
<< Slider(1,24,4).label("Median Kernel Radius").handle("median_radius")
<< FSlider(0.1,200,5).label("sigma_r (bilateral) ").handle("sigma_r")
<< FSlider(0.1,200,5).label("sigma_s (bilateral) ").handle("sigma_s")
<< Slider(0,255,200).label("Canny low th").handle("canny_low_th")
<< Slider(0,255,255).label("Canny high th").handle("canny_high_th")
<< Slider(10,100,100).label("ROI of Img (Percent)").handle("roi_size")
<< Fps().handle("fps")
);
gui << Show();
bi_filter = new BilateralFilterOp();
}
void init(){
grabber.init(pa("-i"));
gui << Draw().handle("image") << Show();
gui["image"].install(mouse);
}
