Randomizes which spawn point a player gets each respawn, validating points with a hull trace and distance check.
csb_random_spawns.sma v1.0.0
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/*
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* CSB Random Spawns
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* Copyright (C) 2026 counter-strike-boost.com
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*
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* Overrides the map's normal spawn assignment with a randomized pick from all
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* info_player_deathmatch / info_player_start / info_vip_start entities. Before
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* a point is used it is validated with a hull trace (must not start in solid)
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* and a distance check against living players, so nobody spawns inside a
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* teammate or in front of an enemy's crosshair. Designed for deathmatch and
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* gungame servers to reduce spawn camping.
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*
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* This program is free software: you can redistribute it and/or modify it under
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* the terms of the GNU General Public License as published by the Free Software
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* Foundation, either version 3 of the License, or (at your option) any later
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* version. It is distributed in the hope that it will be useful, but WITHOUT
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* ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS
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* FOR A PARTICULAR PURPOSE. See <https://www.gnu.org/licenses/> for details.
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*/
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#include <amxmodx>
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#include <hamsandwich>
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#include <fakemeta>
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#include <engine>
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new const PLUGIN[] = "CSB Random Spawns"
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new const VERSION[] = "1.0.0"
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new const AUTHOR[] = "counter-strike-boost.com"
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#define MAX_SPAWNS 128
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new g_iSpawnCount
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new Float:g_fSpawnOrigin[MAX_SPAWNS][3]
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new Float:g_fSpawnAngles[MAX_SPAWNS][3]
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new g_pEnabled, g_pMinDist
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public plugin_init()
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{
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register_plugin(PLUGIN, VERSION, AUTHOR)
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g_pEnabled = register_cvar("csb_rspawns_enabled", "1")
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g_pMinDist = register_cvar("csb_rspawns_mindist", "70.0")
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RegisterHam(Ham_Spawn, "player", "OnPlayerSpawn", 1)
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collectSpawns("info_player_deathmatch")
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collectSpawns("info_player_start")
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collectSpawns("info_vip_start")
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log_amx("[CSB] Random Spawns: collected %d spawn point(s).", g_iSpawnCount)
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}
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collectSpawns(const className[])
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{
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new ent = -1
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while ((ent = find_ent_by_class(ent, className)) > 0)
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{
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if (g_iSpawnCount >= MAX_SPAWNS)
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break
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new Float:orig[3], Float:ang[3]
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pev(ent, pev_origin, orig)
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pev(ent, pev_angles, ang)
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/* lift slightly so the hull never clips the floor */
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orig[2] += 2.0
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g_fSpawnOrigin[g_iSpawnCount][0] = orig[0]
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g_fSpawnOrigin[g_iSpawnCount][1] = orig[1]
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g_fSpawnOrigin[g_iSpawnCount][2] = orig[2]
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g_fSpawnAngles[g_iSpawnCount][0] = ang[0]
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g_fSpawnAngles[g_iSpawnCount][1] = ang[1]
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g_fSpawnAngles[g_iSpawnCount][2] = ang[2]
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g_iSpawnCount++
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}
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}
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public OnPlayerSpawn(id)
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{
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if (!get_pcvar_num(g_pEnabled) || !is_user_alive(id) || g_iSpawnCount < 1)
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return
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new team = get_user_team(id)
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if (team != 1 && team != 2)
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return
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new start = random_num(0, g_iSpawnCount - 1)
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new Float:minDist = get_pcvar_float(g_pMinDist)
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for (new i = 0; i < g_iSpawnCount; i++)
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{
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new idx = (start + i) % g_iSpawnCount
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if (!spawnFree(idx, id, minDist))
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continue
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new Float:orig[3], Float:ang[3]
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orig[0] = g_fSpawnOrigin[idx][0]
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orig[1] = g_fSpawnOrigin[idx][1]
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orig[2] = g_fSpawnOrigin[idx][2]
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ang[0] = g_fSpawnAngles[idx][0]
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ang[1] = g_fSpawnAngles[idx][1]
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ang[2] = g_fSpawnAngles[idx][2]
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set_pev(id, pev_origin, orig)
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set_pev(id, pev_angles, ang)
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set_pev(id, pev_v_angle, ang)
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set_pev(id, pev_fixangle, 1)
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return
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}
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}
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bool:spawnFree(idx, id, Float:minDist)
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{
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static Float:orig[3]
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orig[0] = g_fSpawnOrigin[idx][0]
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orig[1] = g_fSpawnOrigin[idx][1]
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orig[2] = g_fSpawnOrigin[idx][2]
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/* bit 1 (StartSolid) means a player hull does not fit here */
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if (trace_hull(orig, HULL_HUMAN, id) & 1)
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return false
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static players[32], num
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get_players(players, num, "a")
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for (new i = 0; i < num; i++)
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{
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if (players[i] == id)
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continue
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static Float:o2[3]
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pev(players[i], pev_origin, o2)
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if (get_distance_f(orig, o2) < minDist)
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return false
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}
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return true
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}
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