static bool powerup_help_render(float t) {
if(t != 0.0f)
game_update_empty();
UIElement* element = uidesc_get("powerup_help");
UIElement* text_elem2 = uidesc_get_child(element, "text2");
UIElement* text_elem3 = uidesc_get_child(element, "text3");
UIElement* star = uidesc_get_child(element, "star");
UIElement* item = uidesc_get_child(element, "item");
UIElement* button_quit = uidesc_get_child(element, "button_quit");
float state_alpha = 1.0f-fabsf(t);
byte a = lrintf(255.0f * state_alpha);
Color col = COLOR_RGBA(255, 255, 255, a);
spr_draw("blue_shade", hud_layer-1, rectf(0.0f, 0.0f, v_width, v_height), col);
static float xpos = 0.0f;
static float inc = 600.0f;
xpos = hud_scroll(xpos, inc, item_count, t);
for(uint i = 0; i < item_count; ++i) {
Vector2 off = vec2(xpos + i * inc, 0.0f);
float d = normalize(fabsf(off.x), 0.0f, inc * (item_count-1));
float scroll_alpha = 1.0f / exp(PI*d);
byte a2 = lrintf(255.0f * scroll_alpha * state_alpha);
Color col2 = COLOR_RGBA(255, 255, 255, a2);
// Star
spr_draw_cntr_h(star->spr, hud_layer, vec2_add(off, star->vec2), time_s()/10.0f, 1.0f, col2);
// Item
const char* item_img = powerup_params[i].unlocked_spr;
spr_draw_cntr(item_img, hud_layer, vec2_add(off, item->vec2), 0.0f, 1.0f, col2);
// Description text
const char* text3 = powerup_params[i].description;
vfont_select(FONT_NAME, 32.0f);
Vector2 half_size3 = vec2_scale(vfont_size(text3), 0.5f);
vfont_draw(text3, hud_layer+1, vec2_add(off, vec2_sub(text_elem3->vec2,half_size3)), col2);
// Item name
const char* text2 = powerup_params[i].name;
vfont_select(FONT_NAME, 48.0f);
Vector2 half_size2 = vec2_scale(vfont_size(text2), 0.5f);
vfont_draw(text2, hud_layer+1, vec2_add(off, vec2_sub(text_elem2->vec2,half_size2)), col2);
}
// Quit button
if(hud_button(button_quit, col, t)) {
malka_states_pop();
}
return true;
}
static void game_over_preenter(void) {
if(screen == WIN_SCREEN || screen == TUTORIAL_SCREEN) {
mfx_trigger("win");
levels_unlock_next();
}
else {
mfx_trigger("fail");
}
game_over_anim_start = time_s() + 0.6f;
game_over_anim_end = time_s() + 0.9f;
uint place = minimap_get_place_of_rabbit(player);
coins_earned = 10 * (4-place);
player->data->tokens += coins_earned;
keyval_set_int("coins", coins + player->data->tokens);
if(screen == TUTORIAL_SCREEN)
levels_set_place(5);
}
double BenchTimer::precision_s()
{
prec_s = 0.0;
while (prec_s == 0.0)
{
start();
stop();
prec_s = time_s();
}
return prec_s;
}
static size_t ng_writer(void *buf, size_t each, size_t n, void *user)
{
uint64_t v[7];
if (sscanf(buf, "Active connections: %lu\n"
"server accepts handled requests\n"
" %lu %lu %lu\n"
"Reading: %lu Writing: %lu Waiting: %lu\n",
&v[0],
&v[1], &v[2], &v[3],
&v[4], &v[5], &v[6]) == 7) {
int32_t ts = time_s();
printf("RATE %i %s:nginx:requests.accepted %lu\n", ts, PREFIX, v[1]);
printf("RATE %i %s:nginx:requests.handled %lu\n", ts, PREFIX, v[2]);
printf("RATE %i %s:nginx:requests.total %lu\n", ts, PREFIX, v[3]);
printf("SAMPLE %i %s:nginx:connections.active %lu\n", ts, PREFIX, v[0]);
printf("SAMPLE %i %s:nginx:connections.reading %lu\n", ts, PREFIX, v[4]);
printf("SAMPLE %i %s:nginx:connections.writing %lu\n", ts, PREFIX, v[5]);
printf("SAMPLE %i %s:nginx:connections.waiting %lu\n", ts, PREFIX, v[6]);
}
return n * each;
}
bool MatchPool::Push(int elo, int size, oid_t id) {
MatchEntity *ent = NULL;
std::map<oid_t, MatchEntity*>::iterator itr = _entities.find(id);
if (itr == _entities.end()) {
ent = E_NEW MatchEntity;
} else {
ent = itr->second;
if (ent == NULL) {
ent = E_NEW MatchEntity;
} else if (ent->status == MATCH_PENDING) {
return false;
}
}
ent->id = id;
ent->elo = elo;
ent->time = time_s();
ent->status = MATCH_PENDING;
ent->size = size;
push(ent);
return true;
}
static size_t apache_writer(void *buf, size_t each, size_t n, void *user)
{
uint64_t v[4];
double b;
if (sscanf(buf, "Total Accesses: %lu\n"
"Total kBytes: %lu\n"
"Uptime: %*u\n"
"ReqPerSec: %*f\n"
"BytesPerSec: %*f\n"
"BytesPerReq: %lf\n"
"BusyWorkers: %lu\n"
"IdleWorkers: %lu\n",
&v[0], &v[1], &b, &v[2], &v[3]) == 5) {
int32_t ts = time_s();
printf("RATE %i %s:apache:requests.total %lu\n", ts, PREFIX, v[0]);
printf("RATE %i %s:apache:requests.bytes %lu\n", ts, PREFIX, v[1] * 1024);
printf("SAMPLE %i %s:apache:request.size %lf\n", ts, PREFIX, b);
printf("SAMPLE %i %s:apache:workers.busy %lu\n", ts, PREFIX, v[2]);
printf("SAMPLE %i %s:apache:workers.idle %lu\n", ts, PREFIX, v[3]);
}
return n * each;
}
