/*--------------------------------------------------------- Name: gamemode:PlayerSelectSpawn( player ) Desc: Find a spawn point entity for this player---------------------------------------------------------*/function GM:PlayerSelectSpawn( pl ) if ( !self.Spawns ) then self.Spawns = {} self.Spawns[ RED_TEAM ] = ents.FindByClass( "red_team" ) self.Spawns[ RED_TEAM ] = table.Add( self.Spawns[ RED_TEAM ], ents.FindByClass( "info_player_combine" ) ) self.Spawns[ RED_TEAM ] = table.Add( self.Spawns[ RED_TEAM ], ents.FindByClass( "info_player_terrorist" ) ) self.Spawns[ RED_TEAM ] = table.Add( self.Spawns[ RED_TEAM ], ents.FindByClass( "info_player_axis" ) ) self.Spawns[ BLUE_TEAM ] = ents.FindByClass( "blue_team" ) self.Spawns[ BLUE_TEAM ] = table.Add( self.Spawns[ BLUE_TEAM ], ents.FindByClass( "info_player_rebel" ) ) self.Spawns[ BLUE_TEAM ] = table.Add( self.Spawns[ BLUE_TEAM ], ents.FindByClass( "info_player_counterterrorist" ) ) self.Spawns[ BLUE_TEAM ] = table.Add( self.Spawns[ BLUE_TEAM ], ents.FindByClass( "info_player_allies" ) ) self.Spawns["fallback"] = ents.FindByClass( "info_player_start" ) end local team = pl:Team() local SpawnTable = self.Spawns[ team ] local Spawnpoint = nil // I didn't like how spawn points were allocated as players could sometimes get stuck inside each other, or inside props. // This method should be a bit more reliable if ( SpawnTable ) then //Put the spawnpoints in a random order local temp = {} for _,v in pairs( SpawnTable ) do table.insert( temp, math.random( 1, #temp+1 ), v ) end //Check each spawnpoint to see if we're gonna get stuck & use the first 'empty' one we come across for _,Spawnpoint in pairs( temp ) do if !( #ents.FindInSphere( Spawnpoint:GetPos(), 16 ) > 1 ) then return Spawnpoint end end end // In case there's no spawnpoints available use an info_player_start. return self.Spawns[ "fallback" ][ 1 ]end