static void
MainWindow(void)
{
AG_Window *win;
AG_Table *t;
AG_Button *btn;
AG_Notebook *nb;
AG_NotebookTab *ntab;
AG_HBox *hbox;
int i, j;
win = AG_WindowNewNamedS(0, "agar-benchmarks");
AG_WindowSetCaption(win, "Agar Benchmarks");
nb = AG_NotebookNew(win, AG_NOTEBOOK_HFILL|AG_NOTEBOOK_VFILL);
for (i = 0; i < ntests; i++) {
struct test_ops *test = tests[i];
ntab = AG_NotebookAddTab(nb, test->name, AG_BOX_VERT);
t = AG_TableNewPolled(ntab, AG_TABLE_MULTI|AG_TABLE_EXPAND,
poll_test, "%i", i);
AG_TableAddCol(t, "Test", "70%", NULL);
AG_TableAddCol(t, "Min", "10%", NULL);
AG_TableAddCol(t, "Avg", "10%", NULL);
AG_TableAddCol(t, "Max", "10%", NULL);
AG_TableAddCol(t, NULL, NULL, NULL);
hbox = AG_HBoxNew(ntab, AG_HBOX_HOMOGENOUS|AG_HBOX_HFILL);
{
btn = AG_ButtonNewS(hbox, 0, "Run tests");
AG_SetEvent(btn, "button-pushed", RunTests,
"%p,%p", test, t);
btn = AG_ButtonNewS(hbox, 0, "Save results");
AG_SetEvent(btn, "button-pushed", SaveToFileDlg,
"%p,%p", test, t);
btn = AG_ButtonNewS(hbox, 0, "Quit");
AG_SetEvent(btn, "button-pushed", QuitApp, NULL);
}
for (j = 0; j < test->nfuncs; j++) {
struct testfn_ops *fn = &test->funcs[j];
fn->clksMin = 0;
fn->clksAvg = 0;
fn->clksMax = 0;
}
}
AG_WindowSetGeometryAligned(win, AG_WINDOW_MC,
agView->w-20, agView->h-20);
AG_WindowShow(win);
}
void OptionsState::enter()
{
int screenWidth = graphicsEngine->getScreenWidth();
int screenHeight = graphicsEngine->getScreenHeight();
int halfScreenWidth = screenWidth / 2;
int halfScreenHeight = screenHeight / 2;
AG_Window *win = AG_WindowNew(AG_WINDOW_PLAIN|AG_WINDOW_DENYFOCUS);
AG_WindowShow(win);
AG_WindowMaximize(win);
interfaceManager->addWindow(win);
// create options window
AG_Window *optionWindow = AG_WindowNewNamed(AG_WINDOW_NOBUTTONS, "OptionWindow");
AG_WindowSetCaption(optionWindow, "Options");
AG_WindowSetGeometry(optionWindow, halfScreenWidth - 85, halfScreenHeight - 85, 170, 170);
// alignment
AG_VBox *box = AG_VBoxNew(optionWindow, 0);
// create list of resolutions
Point pt;
pt.x = 1024;
pt.y = 768;
mRes.push_back(pt);
pt.x = 800;
pt.y = 600;
mRes.push_back(pt);
pt.x = 1280;
pt.y = 1024;
mRes.push_back(pt);
pt.x = 1440;
pt.y = 900;
mRes.push_back(pt);
// add selection box for resolution
selectionBox = AG_UComboNew(box, 0);
AG_ExpandHoriz(selectionBox);
AG_UComboSizeHint(selectionBox, "Resolution", mRes.size());
// loop through all the resolutions
for (unsigned int i = 0; i < mRes.size(); ++i)
{
std::stringstream str;
str << mRes[i].x << " x " << mRes[i].y;
AG_TlistAddPtr(selectionBox->list, NULL, str.str().c_str(), &mRes[i]);
}
AG_TlistSelect(selectionBox->list, AG_TlistFirstItem(selectionBox->list));
AG_SetEvent(selectionBox, "ucombo-selected", selected_resolution, NULL);
std::stringstream fs;
fs << "Fullscreen: " << mFullscreen;
logger->logDebug(fs.str());
// add checkbox for fullscreen
AG_CheckboxNewInt(box, 0, "Fullscreen", &mFullscreen);
// add checkbox for hardware acceleration
AG_CheckboxNewInt(box, 0, "OpenGL", &mOpenGL);
// add radio for languages
const char *languages[] = { "English", "Portugues", "Espa\xc3\xb1ol", NULL};
AG_RadioNewInt(box, 0, languages, &mLangs);
AG_HBox *hbox = AG_HBoxNew(box, 0);
// add button to apply
AG_ButtonNewFn(hbox, 0, "Apply", apply_options, "%p%p%p", &mOpenGL, &mFullscreen, &mLangs);
// add button to cancel
AG_ButtonNewFn(hbox, 0, "Cancel", cancel_options, 0);
AG_WindowShow(optionWindow);
interfaceManager->addWindow(optionWindow);
}
