int main(int argc, char **argv)
{
Display *dpy;
WMScreen *scr;
int x, y, i;
WMInitializeApplication("Puzzle", &argc, argv);
dpy = XOpenDisplay("");
if (!dpy) {
printf("could not open display\n");
exit(1);
}
scr = WMCreateScreen(dpy, DefaultScreen(dpy));
win = WMCreateWindow(scr, "puzzle");
WMResizeWidget(win, WinSize, WinSize);
WMSetWindowTitle(win, "zuPzel");
WMSetWindowMinSize(win, 80, 80);
WMSetWindowAspectRatio(win, 2, 2, 2, 2);
WMSetWindowResizeIncrements(win, Size, Size);
WMSetViewNotifySizeChanges(WMWidgetView(win), True);
WMAddNotificationObserver(resizeObserver, NULL,
WMViewSizeDidChangeNotification,
WMWidgetView(win));
for (i = y = 0; y < Size && i < Size*Size-1; y++) {
for (x = 0; x < Size && i < Size*Size-1; x++) {
char buf[32];
WMColor *color;
RColor col;
RHSVColor hsv;
hsv.hue = i*360/(Size*Size-1);
hsv.saturation = 120;
hsv.value = 200;
RHSVtoRGB(&hsv, &col);
color = WMCreateRGBColor(scr, col.red<<8, col.green<<8,
col.blue<<8, False);
MAP(x,y) = i;
Button[i] = WMCreateButton(win, WBTMomentaryLight);
WMSetWidgetBackgroundColor(Button[i], color);
WMReleaseColor(color);
WMSetButtonAction(Button[i], buttonClick, (void*)i);
WMResizeWidget(Button[i], WinSize/Size, WinSize/Size);
WMMoveWidget(Button[i], x*(WinSize/Size), y*(WinSize/Size));
sprintf(buf, "%i", i+1);
WMSetButtonText(Button[i], buf);
WMSetButtonTextAlignment(Button[i], WACenter);
i++;
}
}
WMMapSubwidgets(win);
WMMapWidget(win);
WMRealizeWidget(win);
ResetGame();
WMScreenMainLoop(scr);
return 0;
}
WTexSolid *wTextureMakeSolid(WScreen * scr, XColor * color)
{
WTexSolid *texture;
int gcm;
XGCValues gcv;
texture = wmalloc(sizeof(WTexture));
texture->type = WTEX_SOLID;
texture->subtype = 0;
XAllocColor(dpy, scr->w_colormap, color);
texture->normal = *color;
if (color->red == 0 && color->blue == 0 && color->green == 0) {
texture->light.red = 0xb6da;
texture->light.green = 0xb6da;
texture->light.blue = 0xb6da;
texture->dim.red = 0x6185;
texture->dim.green = 0x6185;
texture->dim.blue = 0x6185;
} else {
RColor rgb;
RHSVColor hsv, hsv2;
int v;
rgb.red = color->red >> 8;
rgb.green = color->green >> 8;
rgb.blue = color->blue >> 8;
RRGBtoHSV(&rgb, &hsv);
RHSVtoRGB(&hsv, &rgb);
hsv2 = hsv;
v = hsv.value * 16 / 10;
hsv.value = (v > 255 ? 255 : v);
RHSVtoRGB(&hsv, &rgb);
texture->light.red = rgb.red << 8;
texture->light.green = rgb.green << 8;
texture->light.blue = rgb.blue << 8;
hsv2.value = hsv2.value / 2;
RHSVtoRGB(&hsv2, &rgb);
texture->dim.red = rgb.red << 8;
texture->dim.green = rgb.green << 8;
texture->dim.blue = rgb.blue << 8;
}
texture->dark.red = 0;
texture->dark.green = 0;
texture->dark.blue = 0;
XAllocColor(dpy, scr->w_colormap, &texture->light);
XAllocColor(dpy, scr->w_colormap, &texture->dim);
XAllocColor(dpy, scr->w_colormap, &texture->dark);
gcm = GCForeground | GCBackground | GCGraphicsExposures;
gcv.graphics_exposures = False;
gcv.background = gcv.foreground = texture->light.pixel;
texture->light_gc = XCreateGC(dpy, scr->w_win, gcm, &gcv);
gcv.background = gcv.foreground = texture->dim.pixel;
texture->dim_gc = XCreateGC(dpy, scr->w_win, gcm, &gcv);
gcv.background = gcv.foreground = texture->dark.pixel;
texture->dark_gc = XCreateGC(dpy, scr->w_win, gcm, &gcv);
gcv.background = gcv.foreground = color->pixel;
texture->normal_gc = XCreateGC(dpy, scr->w_win, gcm, &gcv);
return texture;
}
