string cache_mutatormsg; string cache_lastmutatormsg; // client counts for each team float c1, c2, c3, c4; // # of bots on those teams float cb1, cb2, cb3, cb4; //float audit_teams_time; void TeamchangeFrags(entity e) { PlayerScore_Clear(e); } void tdm_init(); void entcs_init(); void LogTeamchange(float player_id, float team_number, float type) { if(!autocvar_sv_eventlog) return; if(player_id < 1) return; GameLogEcho(strcat(":team:", ftos(player_id), ":", ftos(team_number), ":", ftos(type))); } void default_delayedinit() { if(!scores_initialized) ScoreRules_generic(); } void ActivateTeamplay() { serverflags |= SERVERFLAG_TEAMPLAY; teamplay = 1; } void InitGameplayMode() { float fraglimit_override, timelimit_override, leadlimit_override, qualifying_override; qualifying_override = -1; VoteReset(); // find out good world mins/maxs bounds, either the static bounds found by looking for solid, or the mapinfo specified bounds get_mi_min_max(1); world.mins = mi_min; world.maxs = mi_max; MapInfo_LoadMapSettings(mapname); teamplay = 0; serverflags &= ~SERVERFLAG_TEAMPLAY; if (!cvar_value_issafe(world.fog)) { print("The current map contains a potentially harmful fog setting, ignored\n"); world.fog = string_null; } if(MapInfo_Map_fog != "") if(MapInfo_Map_fog == "none") world.fog = string_null; else world.fog = strzone(MapInfo_Map_fog); clientstuff = strzone(MapInfo_Map_clientstuff); MapInfo_ClearTemps(); // set both here, gamemode can override it later timelimit_override = autocvar_timelimit_override; fraglimit_override = autocvar_fraglimit_override; leadlimit_override = autocvar_leadlimit_override; gamemode_name = MapInfo_Type_ToText(MapInfo_LoadedGametype); if(g_dm) { } if(g_tdm) { ActivateTeamplay(); tdm_init(); if(autocvar_g_tdm_team_spawns) have_team_spawns = -1; // request team spawns } if(g_domination) { ActivateTeamplay(); fraglimit_override = autocvar_g_domination_point_limit; leadlimit_override = autocvar_g_domination_point_leadlimit; MUTATOR_ADD(gamemode_domination); have_team_spawns = -1; // request team spawns } if(g_ctf) { ActivateTeamplay(); fraglimit_override = autocvar_capturelimit_override; leadlimit_override = autocvar_captureleadlimit_override; MUTATOR_ADD(gamemode_ctf); have_team_spawns = -1; // request team spawns } if(g_lms) { fraglimit_override = autocvar_g_lms_lives_override; leadlimit_override = 0; // not supported by LMS if(fraglimit_override == 0) fraglimit_override = -1; MUTATOR_ADD(gamemode_lms); } if(g_arena) { fraglimit_override = autocvar_g_arena_point_limit; leadlimit_override = autocvar_g_arena_point_leadlimit; MUTATOR_ADD(gamemode_arena); } if(g_ca) { ActivateTeamplay(); fraglimit_override = autocvar_g_ca_point_limit; leadlimit_override = autocvar_g_ca_point_leadlimit; MUTATOR_ADD(gamemode_ca); } if(g_keyhunt) { ActivateTeamplay(); fraglimit_override = autocvar_g_keyhunt_point_limit; leadlimit_override = autocvar_g_keyhunt_point_leadlimit; MUTATOR_ADD(gamemode_keyhunt); } if(g_freezetag) { ActivateTeamplay(); fraglimit_override = autocvar_g_freezetag_point_limit; leadlimit_override = autocvar_g_freezetag_point_leadlimit; MUTATOR_ADD(gamemode_freezetag); } if(g_assault) { ActivateTeamplay(); MUTATOR_ADD(gamemode_assault); have_team_spawns = -1; // request team spawns } if(g_onslaught) { ActivateTeamplay(); have_team_spawns = -1; // request team spawns MUTATOR_ADD(gamemode_onslaught); } if(g_race) { if(autocvar_g_race_teams) { ActivateTeamplay(); race_teams = bound(2, autocvar_g_race_teams, 4); have_team_spawns = -1; // request team spawns } else race_teams = 0; qualifying_override = autocvar_g_race_qualifying_timelimit_override; fraglimit_override = autocvar_g_race_laps_limit; leadlimit_override = 0; // currently not supported by race } if(g_cts) { g_race_qualifying = 1; fraglimit_override = 0; leadlimit_override = 0; } if(g_nexball) { fraglimit_override = autocvar_g_nexball_goallimit; leadlimit_override = autocvar_g_nexball_goalleadlimit; ActivateTeamplay(); have_team_spawns = -1; // request team spawns MUTATOR_ADD(gamemode_nexball); } if(g_keepaway) { MUTATOR_ADD(gamemode_keepaway); } if(teamplay) entcs_init(); cache_mutatormsg = strzone(""); cache_lastmutatormsg = strzone(""); // enforce the server's universal frag/time limits if(!autocvar_g_campaign) { if(fraglimit_override >= 0) cvar_set("fraglimit", ftos(fraglimit_override)); if(timelimit_override >= 0) cvar_set("timelimit", ftos(timelimit_override)); if(leadlimit_override >= 0) cvar_set("leadlimit", ftos(leadlimit_override)); if(qualifying_override >= 0) cvar_set("g_race_qualifying_timelimit", ftos(qualifying_override)); } if(g_race) { // we need to find out the correct value for g_race_qualifying if(autocvar_g_campaign) { g_race_qualifying = 1; } else if(!autocvar_g_campaign && autocvar_g_race_qualifying_timelimit > 0) { g_race_qualifying = 2; race_fraglimit = autocvar_fraglimit; race_leadlimit = autocvar_leadlimit; race_timelimit = autocvar_timelimit; cvar_set("fraglimit", "0"); cvar_set("leadlimit", "0"); cvar_set("timelimit", ftos(autocvar_g_race_qualifying_timelimit)); } else g_race_qualifying = 0; } if(g_race || g_cts) { if(g_race_qualifying) independent_players = 1; ScoreRules_race(); } InitializeEntity(world, default_delayedinit, INITPRIO_GAMETYPE_FALLBACK); } string GetClientVersionMessage() { string versionmsg; if (self.version_mismatch) { if(self.version < autocvar_gameversion) { versionmsg = "^3Your client version is outdated.\n\n\n### YOU WON'T BE ABLE TO PLAY ON THIS SERVER ###\n\n\nPlease update!!!^8"; } else { versionmsg = "^3This server is using an outdated Xonotic version.\n\n\n ### THIS SERVER IS INCOMPATIBLE AND THUS YOU CANNOT JOIN ###.^8"; } } else { versionmsg = "^2client version and server version are compatible.^8"; } return versionmsg; } string getwelcomemessage(void) { string s, modifications, motd; ret_string = ""; MUTATOR_CALLHOOK(BuildMutatorsPrettyString); modifications = ret_string; if(g_weaponarena) { if(g_weaponarena_random) modifications = strcat(modifications, ", ", ftos(g_weaponarena_random), " of ", g_weaponarena_list, " Arena"); else modifications = strcat(modifications, ", ", g_weaponarena_list, " Arena"); } if(autocvar_g_start_weapon_laser == 0) modifications = strcat(modifications, ", No start weapons"); if(autocvar_sv_gravity < 800) modifications = strcat(modifications, ", Low gravity"); if(g_cloaked && !g_cts) modifications = strcat(modifications, ", Cloaked"); if(g_grappling_hook) modifications = strcat(modifications, ", Hook"); if(g_weapon_stay && !g_cts) modifications = strcat(modifications, ", Weapons stay"); if(g_jetpack) modifications = strcat(modifications, ", Jet pack"); if(autocvar_g_powerups == 0) modifications = strcat(modifications, ", No powerups"); if(autocvar_g_powerups > 0) modifications = strcat(modifications, ", Powerups"); modifications = substring(modifications, 2, strlen(modifications) - 2); string versionmessage; versionmessage = GetClientVersionMessage(); s = strcat("This is Xonotic ", autocvar_g_xonoticversion, "\n", versionmessage); s = strcat(s, "^8\n\nmatch type is ^1", gamemode_name, "^8\n"); if(modifications != "") s = strcat(s, "^8\nactive modifications: ^3", modifications, "^8\n"); if (g_grappling_hook) s = strcat(s, "\n\n^3grappling hook^8 is enabled, press 'e' to use it\n"); if(cache_lastmutatormsg != autocvar_g_mutatormsg) { if(cache_lastmutatormsg) strunzone(cache_lastmutatormsg); if(cache_mutatormsg) strunzone(cache_mutatormsg); cache_lastmutatormsg = strzone(autocvar_g_mutatormsg); cache_mutatormsg = strzone(cache_lastmutatormsg); } if (cache_mutatormsg != "") { s = strcat(s, "\n\n^8special gameplay tips: ^7", cache_mutatormsg); } motd = autocvar_sv_motd; if (motd != "") { s = strcat(s, "\n\n^8MOTD: ^7", strreplace("\\n", "\n", motd)); } return s; } void SetPlayerColors(entity pl, float _color) { /*string s; s = ftos(cl); stuffcmd(pl, strcat("color ", s, " ", s, "\n") ); pl.team = cl + 1; //pl.clientcolors = pl.clientcolors - (pl.clientcolors & 15) + cl; pl.clientcolors = 16*cl + cl;*/ float pants, shirt; pants = _color & 0x0F; shirt = _color & 0xF0; if(teamplay) { setcolor(pl, 16*pants + pants); } else { setcolor(pl, shirt + pants); } } void SetPlayerTeam(entity pl, float t, float s, float noprint) { float _color; if(t == 4) _color = NUM_TEAM_4 - 1; else if(t == 3) _color = NUM_TEAM_3 - 1; else if(t == 2) _color = NUM_TEAM_2 - 1; else _color = NUM_TEAM_1 - 1; SetPlayerColors(pl,_color); if(t != s) { LogTeamchange(pl.playerid, pl.team, 3); // log manual team join if(!noprint) bprint(pl.netname, "^7 has changed from ", Team_NumberToColoredFullName(s), "^7 to ", Team_NumberToColoredFullName(t), "\n"); } } // set c1...c4 to show what teams are allowed void CheckAllowedTeams (entity for_whom) { float dm; entity head; string teament_name; c1 = c2 = c3 = c4 = -1; cb1 = cb2 = cb3 = cb4 = 0; teament_name = string_null; if(g_onslaught) { // onslaught is special head = findchain(classname, "onslaught_generator"); while (head) { if (head.team == NUM_TEAM_1) c1 = 0; if (head.team == NUM_TEAM_2) c2 = 0; if (head.team == NUM_TEAM_3) c3 = 0; if (head.team == NUM_TEAM_4) c4 = 0; head = head.chain; } } else if(g_domination) teament_name = "dom_team"; else if(g_ctf) teament_name = "ctf_team"; else if(g_tdm) teament_name = "tdm_team"; else if(g_nexball) teament_name = "nexball_team"; else if(g_assault) c1 = c2 = 0; // Assault always has 2 teams else { // cover anything else by treating it like tdm with no teams spawned if(g_race) dm = race_teams; else dm = 2; ret_float = dm; MUTATOR_CALLHOOK(GetTeamCount); dm = ret_float; if(dm >= 4) c1 = c2 = c3 = c4 = 0; else if(dm >= 3) c1 = c2 = c3 = 0; else c1 = c2 = 0; } // find out what teams are allowed if necessary if(teament_name) { head = find(world, classname, teament_name); while(head) { if(!(g_domination && head.netname == "")) { if(head.team == NUM_TEAM_1) c1 = 0; else if(head.team == NUM_TEAM_2) c2 = 0; else if(head.team == NUM_TEAM_3) c3 = 0; else if(head.team == NUM_TEAM_4) c4 = 0; } head = find(head, classname, teament_name); } } // TODO: Balance quantity of bots across > 2 teams when bot_vs_human is set (and remove next line) if(c3==-1 && c4==-1) if(autocvar_bot_vs_human && for_whom) { if(autocvar_bot_vs_human > 0) { // bots are all blue if(IS_BOT_CLIENT(for_whom)) c1 = c3 = c4 = -1; else c2 = -1; } else { // bots are all red if(IS_BOT_CLIENT(for_whom)) c2 = c3 = c4 = -1; else c1 = -1; } } // if player has a forced team, ONLY allow that one if(self.team_forced == NUM_TEAM_1 && c1 >= 0) c2 = c3 = c4 = -1; else if(self.team_forced == NUM_TEAM_2 && c2 >= 0) c1 = c3 = c4 = -1; else if(self.team_forced == NUM_TEAM_3 && c3 >= 0) c1 = c2 = c4 = -1; else if(self.team_forced == NUM_TEAM_4 && c4 >= 0) c1 = c2 = c3 = -1; } float PlayerValue(entity p) { return 1; // FIXME: it always returns 1... } // c1...c4 should be set to -1 (not allowed) or 0 (allowed). // teams that are allowed will now have their player counts stored in c1...c4 void GetTeamCounts(entity ignore) { entity head; float value, bvalue; // now count how many players are on each team already // FIXME: also find and memorize the lowest-scoring bot on each team (in case players must be shuffled around) // also remember the lowest-scoring player FOR_EACH_CLIENT(head) { float t; if(IS_PLAYER(head)) t = head.team; else if(head.team_forced > 0) t = head.team_forced; // reserve the spot else continue; if(head != ignore)// && head.netname != "") { value = PlayerValue(head); if(IS_BOT_CLIENT(head)) bvalue = value; else bvalue = 0; if(t == NUM_TEAM_1) { if(c1 >= 0) { c1 = c1 + value; cb1 = cb1 + bvalue; } } if(t == NUM_TEAM_2) { if(c2 >= 0) { c2 = c2 + value; cb2 = cb2 + bvalue; } } if(t == NUM_TEAM_3) { if(c3 >= 0) { c3 = c3 + value; cb3 = cb3 + bvalue; } } if(t == NUM_TEAM_4) { if(c4 >= 0) { c4 = c4 + value; cb4 = cb4 + bvalue; } } } } // if the player who has a forced team has not joined yet, reserve the spot if(autocvar_g_campaign) { switch(autocvar_g_campaign_forceteam) { case 1: if(c1 == cb1) ++c1; break; case 2: if(c2 == cb2) ++c2; break; case 3: if(c3 == cb3) ++c3; break; case 4: if(c4 == cb4) ++c4; break; } } } float TeamSmallerEqThanTeam(float ta, float tb, entity e) { // we assume that CheckAllowedTeams and GetTeamCounts have already been called float f; float ca = -1, cb = -1, cba = 0, cbb = 0, sa = 0, sb = 0; switch(ta) { case 1: ca = c1; cba = cb1; sa = team1_score; break; case 2: ca = c2; cba = cb2; sa = team2_score; break; case 3: ca = c3; cba = cb3; sa = team3_score; break; case 4: ca = c4; cba = cb4; sa = team4_score; break; } switch(tb) { case 1: cb = c1; cbb = cb1; sb = team1_score; break; case 2: cb = c2; cbb = cb2; sb = team2_score; break; case 3: cb = c3; cbb = cb3; sb = team3_score; break; case 4: cb = c4; cbb = cb4; sb = team4_score; break; } // invalid if(ca < 0 || cb < 0) return FALSE; // equal if(ta == tb) return TRUE; if(IS_REAL_CLIENT(e)) { if(bots_would_leave) { ca -= cba * 0.999; cb -= cbb * 0.999; } } // keep teams alive (teams of size 0 always count as smaller, ignoring score) if(ca < 1) if(cb >= 1) return TRUE; if(ca >= 1) if(cb < 1) return FALSE; // first, normalize f = max(ca, cb, 1); ca /= f; cb /= f; f = max(sa, sb, 1); sa /= f; sb /= f; // the more we're at the end of the match, the more take scores into account f = bound(0, game_completion_ratio * autocvar_g_balance_teams_scorefactor, 1); ca += (sa - ca) * f; cb += (sb - cb) * f; return ca <= cb; } // returns # of smallest team (1, 2, 3, 4) // NOTE: Assumes CheckAllowedTeams has already been called! float FindSmallestTeam(entity pl, float ignore_pl) { float totalteams, t; totalteams = 0; // find out what teams are available //CheckAllowedTeams(); // make sure there are at least 2 teams to join if(c1 >= 0) totalteams = totalteams + 1; if(c2 >= 0) totalteams = totalteams + 1; if(c3 >= 0) totalteams = totalteams + 1; if(c4 >= 0) totalteams = totalteams + 1; if((autocvar_bot_vs_human || pl.team_forced > 0) && totalteams == 1) totalteams += 1; if(totalteams <= 1) { if(autocvar_g_campaign && pl && IS_REAL_CLIENT(pl)) return 1; // special case for campaign and player joining else if(g_domination) error("Too few teams available for domination\n"); else if(g_ctf) error("Too few teams available for ctf\n"); else if(g_keyhunt) error("Too few teams available for key hunt\n"); else if(g_freezetag) error("Too few teams available for freeze tag\n"); else error("Too few teams available for team deathmatch\n"); } // count how many players are in each team if(ignore_pl) GetTeamCounts(pl); else GetTeamCounts(world); RandomSelection_Init(); t = 1; if(TeamSmallerEqThanTeam(2, t, pl)) t = 2; if(TeamSmallerEqThanTeam(3, t, pl)) t = 3; if(TeamSmallerEqThanTeam(4, t, pl)) t = 4; // now t is the minimum, or A minimum! if(t == 1 || TeamSmallerEqThanTeam(1, t, pl)) RandomSelection_Add(world, 1, string_null, 1, 1); if(t == 2 || TeamSmallerEqThanTeam(2, t, pl)) RandomSelection_Add(world, 2, string_null, 1, 1); if(t == 3 || TeamSmallerEqThanTeam(3, t, pl)) RandomSelection_Add(world, 3, string_null, 1, 1); if(t == 4 || TeamSmallerEqThanTeam(4, t, pl)) RandomSelection_Add(world, 4, string_null, 1, 1); return RandomSelection_chosen_float; } float JoinBestTeam(entity pl, float only_return_best, float forcebestteam) { float smallest, selectedteam; // don't join a team if we're not playing a team game if(!teamplay) return 0; // find out what teams are available CheckAllowedTeams(pl); // if we don't care what team he ends up on, put him on whatever team he entered as. // if he's not on a valid team, then let other code put him on the smallest team if(!forcebestteam) { if( c1 >= 0 && pl.team == NUM_TEAM_1) selectedteam = pl.team; else if(c2 >= 0 && pl.team == NUM_TEAM_2) selectedteam = pl.team; else if(c3 >= 0 && pl.team == NUM_TEAM_3) selectedteam = pl.team; else if(c4 >= 0 && pl.team == NUM_TEAM_4) selectedteam = pl.team; else selectedteam = -1; if(selectedteam > 0) { if(!only_return_best) { SetPlayerColors(pl, selectedteam - 1); // when JoinBestTeam is called by client.qc/ClientKill_Now_TeamChange the players team is -1 and thus skipped // when JoinBestTeam is called by cl_client.qc/ClientConnect the player_id is 0 the log attempt is rejected LogTeamchange(pl.playerid, pl.team, 99); } return selectedteam; } // otherwise end up on the smallest team (handled below) } smallest = FindSmallestTeam(pl, TRUE); if(!only_return_best && !pl.bot_forced_team) { TeamchangeFrags(self); if(smallest == 1) { SetPlayerColors(pl, NUM_TEAM_1 - 1); } else if(smallest == 2) { SetPlayerColors(pl, NUM_TEAM_2 - 1); } else if(smallest == 3) { SetPlayerColors(pl, NUM_TEAM_3 - 1); } else if(smallest == 4) { SetPlayerColors(pl, NUM_TEAM_4 - 1); } else { error("smallest team: invalid team\n"); } LogTeamchange(pl.playerid, pl.team, 2); // log auto join if(pl.deadflag == DEAD_NO) Damage(pl, pl, pl, 100000, DEATH_TEAMCHANGE, pl.origin, '0 0 0'); } return smallest; } //void() ctf_playerchanged; void SV_ChangeTeam(float _color) { float scolor, dcolor, steam, dteam; //, dbotcount, scount, dcount; // in normal deathmatch we can just apply the color and we're done if(!teamplay) { SetPlayerColors(self, _color); return; } scolor = self.clientcolors & 0x0F; dcolor = _color & 0x0F; if(scolor == NUM_TEAM_1 - 1) steam = 1; else if(scolor == NUM_TEAM_2 - 1) steam = 2; else if(scolor == NUM_TEAM_3 - 1) steam = 3; else // if(scolor == NUM_TEAM_4 - 1) steam = 4; if(dcolor == NUM_TEAM_1 - 1) dteam = 1; else if(dcolor == NUM_TEAM_2 - 1) dteam = 2; else if(dcolor == NUM_TEAM_3 - 1) dteam = 3; else // if(dcolor == NUM_TEAM_4 - 1) dteam = 4; CheckAllowedTeams(self); if(dteam == 1 && c1 < 0) dteam = 4; if(dteam == 4 && c4 < 0) dteam = 3; if(dteam == 3 && c3 < 0) dteam = 2; if(dteam == 2 && c2 < 0) dteam = 1; // not changing teams if(scolor == dcolor) { //bprint("same team change\n"); SetPlayerTeam(self, dteam, steam, TRUE); return; } if((autocvar_g_campaign) || (autocvar_g_changeteam_banned && self.wasplayer)) { sprint(self, "Team changes not allowed\n"); return; // changing teams is not allowed } // autocvar_g_balance_teams_prevent_imbalance only makes sense if autocvar_g_balance_teams is on, as it makes the team selection dialog pointless if(autocvar_g_balance_teams && autocvar_g_balance_teams_prevent_imbalance) { GetTeamCounts(self); if(!TeamSmallerEqThanTeam(dteam, steam, self)) { sprint(self, "Cannot change to a larger/better/shinier team\n"); return; } } // bprint("allow change teams from ", ftos(steam), " to ", ftos(dteam), "\n"); if(IS_PLAYER(self) && steam != dteam) { // reduce frags during a team change TeamchangeFrags(self); } SetPlayerTeam(self, dteam, steam, FALSE); if(IS_PLAYER(self) && steam != dteam) { // kill player when changing teams if(self.deadflag == DEAD_NO) Damage(self, self, self, 100000, DEATH_TEAMCHANGE, self.origin, '0 0 0'); } } void ShufflePlayerOutOfTeam (float source_team) { float smallestteam, smallestteam_count, steam; float lowest_bot_score, lowest_player_score; entity head, lowest_bot, lowest_player, selected; smallestteam = 0; smallestteam_count = 999999999; if(c1 >= 0 && c1 < smallestteam_count) { smallestteam = 1; smallestteam_count = c1; } if(c2 >= 0 && c2 < smallestteam_count) { smallestteam = 2; smallestteam_count = c2; } if(c3 >= 0 && c3 < smallestteam_count) { smallestteam = 3; smallestteam_count = c3; } if(c4 >= 0 && c4 < smallestteam_count) { smallestteam = 4; smallestteam_count = c4; } if(!smallestteam) { bprint("warning: no smallest team\n"); return; } if(source_team == 1) steam = NUM_TEAM_1; else if(source_team == 2) steam = NUM_TEAM_2; else if(source_team == 3) steam = NUM_TEAM_3; else // if(source_team == 4) steam = NUM_TEAM_4; lowest_bot = world; lowest_bot_score = 999999999; lowest_player = world; lowest_player_score = 999999999; // find the lowest-scoring player & bot of that team FOR_EACH_PLAYER(head) { if(head.team == steam) { if(head.isbot) { if(head.totalfrags < lowest_bot_score) { lowest_bot = head; lowest_bot_score = head.totalfrags; } } else { if(head.totalfrags < lowest_player_score) { lowest_player = head; lowest_player_score = head.totalfrags; } } } } // prefers to move a bot... if(lowest_bot != world) selected = lowest_bot; // but it will move a player if it has to else selected = lowest_player; // don't do anything if it couldn't find anyone if(!selected) { bprint("warning: couldn't find a player to move from team\n"); return; } // smallest team gains a member if(smallestteam == 1) { c1 = c1 + 1; } else if(smallestteam == 2) { c2 = c2 + 1; } else if(smallestteam == 3) { c3 = c3 + 1; } else if(smallestteam == 4) { c4 = c4 + 1; } else { bprint("warning: destination team invalid\n"); return; } // source team loses a member if(source_team == 1) { c1 = c1 + 1; } else if(source_team == 2) { c2 = c2 + 2; } else if(source_team == 3) { c3 = c3 + 3; } else if(source_team == 4) { c4 = c4 + 4; } else { bprint("warning: source team invalid\n"); return; } // move the player to the new team TeamchangeFrags(selected); SetPlayerTeam(selected, smallestteam, source_team, FALSE); if(selected.deadflag == DEAD_NO) Damage(selected, selected, selected, 100000, DEATH_AUTOTEAMCHANGE, selected.origin, '0 0 0'); centerprint(selected, strcat("You have been moved into a different team to improve team balance\nYou are now on: ", Team_ColoredFullName(selected.team))); } // code from here on is just to support maps that don't have team entities void tdm_spawnteam (string teamname, float teamcolor) { entity e; e = spawn(); e.classname = "tdm_team"; e.netname = teamname; e.cnt = teamcolor; e.team = e.cnt + 1; } // spawn some default teams if the map is not set up for tdm void tdm_spawnteams() { float numteams; numteams = autocvar_g_tdm_teams_override; if(numteams < 2) numteams = autocvar_g_tdm_teams; numteams = bound(2, numteams, 4); tdm_spawnteam("Red", NUM_TEAM_1-1); tdm_spawnteam("Blue", NUM_TEAM_2-1); if(numteams >= 3) tdm_spawnteam("Yellow", NUM_TEAM_3-1); if(numteams >= 4) tdm_spawnteam("Pink", NUM_TEAM_4-1); } void tdm_delayedinit() { // if no teams are found, spawn defaults if (find(world, classname, "tdm_team") == world) tdm_spawnteams(); } void tdm_init() { InitializeEntity(world, tdm_delayedinit, INITPRIO_GAMETYPE); }