public boolean parseImageRec(DrawFrame f) {
parseB();
boolean bgflag;
// iq.printLine();
if (iq.rString("img(")) {
bgflag = false;
} else if (iq.rString("bgimg(")) {
bgflag = true;
} else {
return false;
}
parseB();
if (!iq.rString("name(")) return false;
StringBuffer str = iq.rStrConst();
if (!iq.rString(").")) return false; // name(<string>)
if (str == null) return false;
String name = str.toString();
if (!iq.rString("(")) return false;
if (!rNumPair()) return false;
if (!iq.rString(").")) return false; // (<number>,<number).
int offx = x1;
int offy = y1;
if (!iq.rString("width(")) return false;
Integer wi = iq.rInteger();
if (!iq.rString(").")) return false; // width(<number>).
if (wi == null) return false;
int w = wi.intValue();
if (!iq.rString("height(")) return false;
Integer hi = iq.rInteger();
if (!iq.rString(").")) return false; // height(<number>).
if (hi == null) return false;
int h = hi.intValue();
boolean isFirstTime = false;
ImageOperator img = f.imageManager.getImageOperator(name);
if (iq.rString("create.")) {
if (img == null) {
isFirstTime = true;
img = new ImageOperator(f.canvas, gui.communicationNode.getNodeSettings());
f.imageManager.setImageOperator(name, img);
}
if (offx == 0 && offy == 0 && w == 10) {
// System.out.println("xxx");
}
if (!iq.rString("color(")) return false;
Integer ci = iq.rInteger();
if (!iq.rString(")")) return false; // color(<number>)
if (hi == null) return false;
int cx = ci.intValue();
Color color = new Color(cx);
//
if (isFirstTime) {
img.createNewImage(w, h);
try {
img.fillRect(0, 0, w, h, color);
} catch (NullPointerException e) {
System.out.println("img-create");
}
FigCanvas fc = f.canvas;
MyImage newfig = new MyImage(fc, img, this.getNodeSettings());
img.setMyImage(newfig);
newfig.imageName = name;
newfig.newFig();
newfig.offX = offx;
newfig.offY = offy;
if (bgflag) {
fc.fs.add(newfig);
newfig.depth = 25;
fc.fs.setStep(-10);
// f.depthIndicator.setValue(newfig.depth);
} else {
fc.ftemp.add(newfig);
newfig.depth = 0;
f.depthIndicator.setValue(newfig.depth);
}
} else {
img.isCreatingImage = true;
img.imageUpdate(null, 0, offx, offy, w, h);
}
parseB();
if (!iq.rString(")")) return false; // img( .... )
//
return true;
} else if (iq.rString("tile.")) {
while (true) {
if (!iq.rString("color(")) return false;
Integer ci = iq.rInteger();
if (!iq.rString(")")) return false; // color(<number>)
if (hi == null) return false;
int cx = ci.intValue();
Color color = new Color(cx);
img = gui.imageManager.getImageOperator(name);
if (img == null) return false;
img.fillRect(offx, offy, w, h, color);
if (!iq.rString("-")) break; // -
offx = offx + w;
}
parseB();
if (!iq.rString(")")) return false; // img( .... )
return true;
} else if (iq.rString("binary")) {
img = gui.imageManager.getImageOperator(name);
if (img == null) return false;
img.setBinaryImage(offx, offy, w, h, this.binary);
// parseB();
if (!iq.rString(")")) return false; // img( .... )
return true;
} else if (iq.rString("jpeg")) {
img = gui.imageManager.getImageOperator(name);
if (img == null) return false;
img.setJpegImage(offx, offy, w, h, this.binary);
parseB();
if (!iq.rString(")")) return false; // img( .... )
return true;
} else if (iq.rString("sImg(")) {
StringBuffer sb = iq.rStrConst();
if (sb == null) return false;
if (!iq.rString(")")) return false;
img = gui.imageManager.getImageOperator(name);
if (img == null) return false;
img.setSlowFineImage(sb.toString(), offx, offy, w, h, this.binary);
parseB();
if (!iq.rString(")")) return false; // img( ...)
return true;
} else if (iq.rString("bmp.")) {
str = iq.rStrConst();
if (str == null) return false;
img = gui.imageManager.getImageOperator(name);
if (img == null) return false;
img.string2subImg(offx, offy, w, h, str.toString());
parseB();
if (!iq.rString(")")) return false; // img( .... )
return true;
} else return false;
// gui.canvas.repaint();
// return true;
}
