#ifdef SVQC
void sv_notice_join_think(entity this)
{
- int argc = tokenizebyseparator(autocvar_sv_join_notices, "|");
- if (argc <= 0) return;
- for (int i = 0; i < argc; ++i)
- sv_notice_to(this, argv(i), autocvar_sv_join_notices_time, false);
+ int argc = tokenizebyseparator(autocvar_sv_join_notices, "|");
+ if (argc <= 0) { return; }
+ for (int i = 0; i < argc; ++i) {
+ sv_notice_to(this, argv(i), autocvar_sv_join_notices_time, false);
+ }
}
void sv_notice_join(entity _to)
{
- // to-do: make sv_join_notices support per-entry times
- if (autocvar_sv_join_notices == "") return;
- defer(_to, 1, sv_notice_join_think);
+ // to-do: make sv_join_notices support per-entry times
+ if (autocvar_sv_join_notices == "") { return; }
+ defer(_to, 1, sv_notice_join_think);
}
void sv_notice_to(entity _to, string _notice, float _howlong, float _modal)
void sv_notice_toall(string _notice, float _howlong, float _modal)
{
- FOREACH_CLIENT(IS_REAL_CLIENT(it), sv_notice_to(it, _notice, _howlong, _modal));
+ FOREACH_CLIENT(IS_REAL_CLIENT(it), sv_notice_to(it, _notice, _howlong, _modal));
}
#endif // SVQC
entity cl_notices;
void cl_notice_read()
{
- entity _notice = new_pure(sv_notice);
- _notice.netname = strzone(ReadString());
- _notice.alpha = ReadLong() + time;
- _notice.skin = ReadByte();
- if(!cl_notices)
- cl_notices = LL_NEW();
- LL_PUSH(cl_notices, _notice);
+ entity _notice = new_pure(sv_notice);
+ _notice.netname = strzone(ReadString());
+ _notice.alpha = ReadLong() + time;
+ _notice.skin = ReadByte();
+ if (!cl_notices) {
+ cl_notices = LL_NEW();
+ }
+ LL_PUSH(cl_notices, _notice);
}
void cl_notice_run()
{
- if (!cl_notices)
+ if (!cl_notices) {
return;
+ }
- bool flag = false;
- LL_EACH(cl_notices, it.alpha > time, { flag = true; break; });
- if (!flag)
- {
+ bool flag = false;
+ LL_EACH(cl_notices, it.alpha > time, { flag = true;
+ break;
+ });
+ if (!flag) {
LL_DELETE(cl_notices);
return;
}
- const int M1 = 30;
- const int M2 = 10;
+ const int M1 = 30;
+ const int M2 = 10;
- vector v1 = '1 1 0' * M1;
- vector v2 = '0 0 0';
- v2.x = vid_conwidth - (2 * M1);
- v2.y = vid_conheight - (2 * M1);
- drawfill(v1, v2, '0 0 0', 0.5, DRAWFLAG_NORMAL);
+ vector v1 = '1 1 0' * M1;
+ vector v2 = '0 0 0';
+ v2.x = vid_conwidth - (2 * M1);
+ v2.y = vid_conheight - (2 * M1);
+ drawfill(v1, v2, '0 0 0', 0.5, DRAWFLAG_NORMAL);
- v1 = '1 1 0' * (M1 + M2);
- v2.x = vid_conwidth - (2 * (M1 + M2));
- v2.y = vid_conheight - (2 * (M1 + M2));
- drawfill(v1, v2, '0.5 0.5 0.5', 0.5, DRAWFLAG_NORMAL);
+ v1 = '1 1 0' * (M1 + M2);
+ v2.x = vid_conwidth - (2 * (M1 + M2));
+ v2.y = vid_conheight - (2 * (M1 + M2));
+ drawfill(v1, v2, '0.5 0.5 0.5', 0.5, DRAWFLAG_NORMAL);
- vector v3 = v1 + '10 10 0';
- #define OUT(s, z) MACRO_BEGIN drawcolorcodedstring(v3, s, '1 1 0' * z, 1, DRAWFLAG_NORMAL); v3.y += z + 4; MACRO_END
+ vector v3 = v1 + '10 10 0';
+#define OUT(s, z) MACRO_BEGIN drawcolorcodedstring(v3, s, '1 1 0' * z, 1, DRAWFLAG_NORMAL); v3.y += z + 4; MACRO_END
- float cur_time = 0;
- float time_width = 48;
- OUT(_("^1Server notices:"), 32);
- LL_EACH(cl_notices, it.alpha > time, {
- if(it.alpha - cur_time > 0.1)
- {
- cur_time = it.alpha;
- string s = sprintf("^3%d", ceil(cur_time - time));
- drawcolorcodedstring(v3 + eX * 0.5 * (time_width - stringwidth(s, true, '1 1 0' * 16)), s, '1 1 0' * 16, 1, DRAWFLAG_NORMAL);
- v3.x = v1.x + 10 + time_width;
- }
- OUT(it.netname, 16);
- });
- #undef OUT
+ float cur_time = 0;
+ float time_width = 48;
+ OUT(_("^1Server notices:"), 32);
+ LL_EACH(cl_notices, it.alpha > time, {
+ if (it.alpha - cur_time > 0.1) {
+ cur_time = it.alpha;
+ string s = sprintf("^3%d", ceil(cur_time - time));
+ drawcolorcodedstring(v3 + eX * 0.5 * (time_width - stringwidth(s, true, '1 1 0' * 16)), s, '1 1 0' * 16, 1, DRAWFLAG_NORMAL);
+ v3.x = v1.x + 10 + time_width;
+ }
+ OUT(it.netname, 16);
+ });
+#undef OUT
}
#endif // CSQC