/*
 *  [INS] Player Respawn Script - Player and BOT respawn script for sourcemod plugin.
 *
 *  This program is free software: you can redistribute it and/or modify
 *  it under the terms of the GNU General Public License as published by
 *  the Free Software Foundation, either version 3 of the License, or
 *  (at your option) any later version.
 *
 *  This program is distributed in the hope that it will be useful,
 *  but WITHOUT ANY WARRANTY; without even the implied warranty of
 *  MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the
 *  GNU General Public License for more details.
 *
 *  You should have received a copy of the GNU General Public License
 *  along with this program.  If not, see <http://www.gnu.org/licenses/>.
 */

#pragma dynamic 131072 // Increase heap size
#pragma semicolon 1
#pragma newdecls required
#include <sourcemod>
#include <sdktools>
#include <sdkhooks>
#include <insurgencydy>
//#include <smlib>
//#undef REQUIRE_EXTENSIONS
//#include <cstrike>
//#include <tf2>
//#include <tf2_stocks>
#define REQUIRE_EXTENSIONS

// Define grenade index value
#define Gren_M67 68
#define Gren_Incen 73
#define Gren_Molot 74
#define Gren_M18 70
#define Gren_Flash 71
#define Gren_F1 69
#define Gren_IED 72
#define Gren_C4 72
#define Gren_AT4 67
#define Gren_RPG7 61

//LUA Healing define values
#define Healthkit_Timer_Tickrate            0.5     // Basic Sound has 0.8 loop
#define Healthkit_Timer_Timeout             360.0 //6 minutes
#define Healthkit_Radius                    120.0
#define Revive_Indicator_Radius             100.0
#define Healthkit_Remove_Type               "1"
#define Healthkit_Healing_Per_Tick_Min      1
#define Healthkit_Healing_Per_Tick_Max      3

// This will be used for checking which team the player is on before repsawning them
#define SPECTATOR_TEAM  0
#define TEAM_SPEC   1
#define TEAM_1_SEC  2
#define TEAM_2_INS  3

// Navmesh Init
#define MAX_OBJECTIVES 13
#define MAX_HIDING_SPOTS 4096
#define MIN_PLAYER_DISTANCE 128.0
#define MAX_ENTITIES 2048

// Counter-Attack Music
#define COUNTER_ATTACK_MUSIC_DURATION 68.0

// KOLOROWE KREDKI
#define YELLOW 0x01
#define GREEN 0x04

// SOME DEFINES
#define MAX_LINE_WIDTH 60

//Lua Healing Variables
float g_iTimeCheckHeight[2048] = {0.0, ...};

// Handle for revive
Handle g_hForceRespawn;
Handle g_hGameConfig;

// AI Director Variables
int g_AIDir_TeamStatus = 50;
int g_AIDir_TeamStatus_min = 0;
int g_AIDir_TeamStatus_max = 100;
int g_AIDir_BotsKilledReq_mult = 4;
int g_AIDir_BotsKilledCount = 0;
int g_AIDir_AnnounceCounter = 0;
    //g_AIDir_AnnounceTrig = 5,
int g_AIDir_ChangeCond_Counter = 0;
int g_AIDir_ChangeCond_Min = 60;
int g_AIDir_ChangeCond_Max = 180;
int g_AIDir_AmbushCond_Counter = 0;
int g_AIDir_AmbushCond_Min = 120;
int g_AIDir_AmbushCond_Max = 300;
int g_AIDir_AmbushCond_Rand = 240;
int g_AIDir_AmbushCond_Chance = 10;
int g_AIDir_ChangeCond_Rand = 180;
int g_AIDir_ReinforceTimer_Orig;
int g_AIDir_ReinforceTimer_SubOrig;
    //g_AIDir_CurrDiff = 0,
int g_AIDir_DiffChanceBase = 0;
bool g_AIDir_BotReinforceTriggered = false;

// Player respawn
int g_iEnableRevive = 0;
int g_GiveBonusLives = 0;
int g_iRespawnTimeRemaining[MAXPLAYERS+1];
int g_iReviveRemainingTime[MAXPLAYERS+1];
int g_iReviveNonMedicRemainingTime[MAXPLAYERS+1];
int g_iPlayerRespawnTimerActive[MAXPLAYERS+1];
int g_iSpawnTokens[MAXPLAYERS+1];
int g_iHurtFatal[MAXPLAYERS+1];
int g_iClientRagdolls[MAXPLAYERS+1];
int g_iNearestBody[MAXPLAYERS+1];
int g_botStaticGlobal[MAXPLAYERS+1];
int g_resupplyCounter[MAXPLAYERS+1];
int g_ammoResupplyAmt[MAX_ENTITIES+1];
int g_trackKillDeaths[MAXPLAYERS+1];
float g_badSpawnPos_Track[MAXPLAYERS+1][3];
int g_iRespawnCount[4];
    // g_huntReinforceCacheAdd = 120,
    // bool:g_huntCacheDestroyed = false,
bool g_playersReady = false;
    //bool:g_easterEggRound = false,
    //bool:g_easterEggFlag = false,
int g_removeBotGrenadeChance = 50;
    // float g_fPlayerPosition[MAXPLAYERS+1][3],
float g_fDeadPosition[MAXPLAYERS+1][3];
float g_fRagdollPosition[MAXPLAYERS+1][3];
float g_vecOrigin[MAXPLAYERS+1][3];
int g_iPlayerBGroups[MAXPLAYERS+1];
int g_spawnFrandom[MAXPLAYERS+1];
int g_squadSpawnEnabled[MAXPLAYERS+1] = 0;
int g_squadLeader[MAXPLAYERS+1];
    // g_enemySpawnTimer[MAXPLAYERS+1],
int g_LastButtons[MAXPLAYERS+1];
    //g_extendMapVote[MAXPLAYERS+1] = 0,
float g_fRespawnPosition[3];

//Ammo Amounts
// Track primary and secondary ammo
int playerClip[MAXPLAYERS + 1][2];
    // track player ammo based on weapon slot 0 - 4
int playerAmmo[MAXPLAYERS + 1][4];
int playerPrimary[MAXPLAYERS + 1];
int playerSecondary[MAXPLAYERS + 1];
//  playerGrenadeType[MAXPLAYERS + 1][10], //track player grenade types
//  playerRole[MAXPLAYERS + 1]; // tracks player role so if it changes while wounded, he dies

// Handle g_donorTagRemove_Array;
ArrayList g_playerArrayList;

//Bot Spawning
// ArrayList g_badSpawnPos_Array;

// Navmesh Init
// Handle g_hHidingSpots = null,
// g_iHidingSpotCount,
// m_iNumControlPoints,
// g_iCPHidingSpots[MAX_OBJECTIVES][MAX_HIDING_SPOTS],
int g_iCPHidingSpotCount[MAX_OBJECTIVES];
// g_iCPLastHidingSpot[MAX_OBJECTIVES],
float m_vCPPositions[MAX_OBJECTIVES][3];

// Status
int g_isMapInit;
    //0 is over, 1 is active
int g_iRoundStatus = 0;
// bool:g_bIsCounterAttackTimerActive = false,
int g_clientDamageDone[MAXPLAYERS+1];
int playerPickSquad[MAXPLAYERS + 1];
bool playerRevived[MAXPLAYERS + 1];
bool playerInRevivedState[MAXPLAYERS + 1];
bool g_preRoundInitial = false;
char g_client_last_classstring[MAXPLAYERS+1][64];
char g_client_org_nickname[MAXPLAYERS+1][64];
    //float g_enemyTimerPos[MAXPLAYERS+1][3],   // Kill Stray Enemy Bots Globals
    //float g_enemyTimerAwayPos[MAXPLAYERS+1][3],   // Kill Stray Enemy Bots Globals
int g_playerActiveWeapon[MAXPLAYERS + 1];
int g_plyrGrenScreamCoolDown[MAXPLAYERS+1];
int g_plyrFireScreamCoolDown[MAXPLAYERS+1];
int g_playerMedicHealsAccumulated[MAXPLAYERS+1];
int g_playerMedicRevivessAccumulated[MAXPLAYERS+1];
int g_playerNonMedicHealsAccumulated[MAXPLAYERS+1];
int g_playerNonMedicRevive[MAXPLAYERS+1];
int g_playerWoundType[MAXPLAYERS+1];
int g_playerWoundTime[MAXPLAYERS+1];
//g_hintCoolDown[MAXPLAYERS+1] = 30,
bool g_hintsEnabled[MAXPLAYERS+1] = true;
float g_fPlayerLastChat[MAXPLAYERS+1] = {0.0, ...};

    //Wave Based Arrays
//g_WaveSpawnActive[MAXPLAYERS+1],

int g_playerFirstJoin[MAXPLAYERS+1];

// Player Distance Plugin //Credits to author = "Popoklopsi", url = "http://popoklopsi.de"
// unit to use 1 = feet, 0 = meters
int g_iUnitMetric;

// Handle for config
ConVar sm_respawn_enabled;
ConVar sm_revive_enabled;
//AI Director Specific
ConVar sm_ai_director_setdiff_chance_base;
// Respawn delay time
ConVar sm_respawn_delay_team_ins;
ConVar sm_respawn_delay_team_ins_special;
ConVar sm_respawn_delay_team_sec;
ConVar sm_respawn_delay_team_sec_player_count_01;
ConVar sm_respawn_delay_team_sec_player_count_02;
ConVar sm_respawn_delay_team_sec_player_count_03;
ConVar sm_respawn_delay_team_sec_player_count_04;
ConVar sm_respawn_delay_team_sec_player_count_05;
ConVar sm_respawn_delay_team_sec_player_count_06;
ConVar sm_respawn_delay_team_sec_player_count_07;
ConVar sm_respawn_delay_team_sec_player_count_08;
ConVar sm_respawn_delay_team_sec_player_count_09;
ConVar sm_respawn_delay_team_sec_player_count_10;
ConVar sm_respawn_delay_team_sec_player_count_11;
ConVar sm_respawn_delay_team_sec_player_count_12;
ConVar sm_respawn_delay_team_sec_player_count_13;
ConVar sm_respawn_delay_team_sec_player_count_14;
ConVar sm_respawn_delay_team_sec_player_count_15;
ConVar sm_respawn_delay_team_sec_player_count_16;
ConVar sm_respawn_delay_team_sec_player_count_17;
ConVar sm_respawn_delay_team_sec_player_count_18;
ConVar sm_respawn_delay_team_sec_player_count_19;

    // Respawn Mode (individual or wave based)
ConVar sm_respawn_mode_team_sec;
ConVar sm_respawn_mode_team_ins;
//Wave interval
//Handle sm_respawn_wave_int_team_sec = null,
ConVar sm_respawn_wave_int_team_ins;

//VIP Cvars
// Handle sm_vip_obj_time = null,
// Handle sm_vip_min_sp_reward = null,
// Handle sm_vip_max_sp_reward = null,
// Handle sm_vip_enabled = null,


// Respawn type
ConVar sm_respawn_type_team_ins;
ConVar sm_respawn_type_team_sec;

// Respawn lives
ConVar sm_respawn_lives_team_sec;
ConVar sm_respawn_lives_team_ins;
ConVar sm_respawn_lives_team_ins_player_count_01;
ConVar sm_respawn_lives_team_ins_player_count_02;
ConVar sm_respawn_lives_team_ins_player_count_03;
ConVar sm_respawn_lives_team_ins_player_count_04;
ConVar sm_respawn_lives_team_ins_player_count_05;
ConVar sm_respawn_lives_team_ins_player_count_06;
ConVar sm_respawn_lives_team_ins_player_count_07;
ConVar sm_respawn_lives_team_ins_player_count_08;
ConVar sm_respawn_lives_team_ins_player_count_09;
ConVar sm_respawn_lives_team_ins_player_count_10;
ConVar sm_respawn_lives_team_ins_player_count_11;
ConVar sm_respawn_lives_team_ins_player_count_12;
ConVar sm_respawn_lives_team_ins_player_count_13;
ConVar sm_respawn_lives_team_ins_player_count_14;
ConVar sm_respawn_lives_team_ins_player_count_15;
ConVar sm_respawn_lives_team_ins_player_count_16;
ConVar sm_respawn_lives_team_ins_player_count_17;
ConVar sm_respawn_lives_team_ins_player_count_18;
ConVar sm_respawn_lives_team_ins_player_count_19;

// Fatal dead
ConVar sm_respawn_fatal_chance;
ConVar sm_respawn_fatal_head_chance;
ConVar sm_respawn_fatal_limb_dmg;
ConVar sm_respawn_fatal_head_dmg;
ConVar sm_respawn_fatal_burn_dmg;
ConVar sm_respawn_fatal_explosive_dmg;
ConVar sm_respawn_fatal_chest_stomach;

// Counter-attack
ConVar sm_respawn_counterattack_type;
ConVar sm_respawn_counterattack_vanilla;
ConVar sm_respawn_final_counterattack_type;
ConVar sm_respawn_security_on_counter;
ConVar sm_respawn_counter_chance;
ConVar sm_respawn_min_counter_dur_sec;
ConVar sm_respawn_max_counter_dur_sec;
ConVar sm_respawn_final_counter_dur_sec;

//Dynamic Respawn Mechanics
ConVar sm_respawn_dynamic_distance_multiplier;
ConVar sm_respawn_dynamic_spawn_counter_percent;
ConVar sm_respawn_dynamic_spawn_percent;

// Misc
ConVar sm_respawn_reset_type;
ConVar sm_respawn_enable_track_ammo;

// Reinforcements
ConVar sm_respawn_reinforce_time;
ConVar sm_respawn_reinforce_time_subsequent;
ConVar sm_respawn_reinforce_multiplier;
ConVar sm_respawn_reinforce_multiplier_base;

// Monitor static enemy
//ConVar sm_respawn_check_static_enemy = null,
//ConVar sm_respawn_check_static_enemy_counter = null,

// Donor tag
ConVar sm_respawn_enable_donor_tag;

// Related to 'RoundEnd_Protector' plugin
//ConVar sm_remaininglife = null,

// Medic specific
ConVar sm_revive_seconds;
//ConVar sm_revive_bonus = null,
ConVar sm_revive_distance_metric;
//ConVar sm_heal_bonus = null,
ConVar sm_heal_cap_for_bonus;
ConVar sm_revive_cap_for_bonus;
ConVar sm_reward_medics_enabled;
ConVar sm_heal_amount_medpack;
ConVar sm_heal_amount_paddles;
ConVar sm_non_medic_heal_amt;
ConVar sm_non_medic_revive_hp;
ConVar sm_medic_minor_revive_hp;
ConVar sm_medic_moderate_revive_hp;
ConVar sm_medic_critical_revive_hp;
ConVar sm_minor_wound_dmg;
ConVar sm_moderate_wound_dmg;
ConVar sm_medic_heal_self_max;
ConVar sm_non_medic_max_heal_other;
ConVar sm_minor_revive_time;
ConVar sm_moderate_revive_time;
ConVar sm_critical_revive_time;
ConVar sm_non_medic_revive_time;
ConVar sm_medpack_health_amount;
ConVar sm_multi_loadout_enabled;
ConVar sm_bombers_only;
ConVar sm_non_medic_heal_self_max;
ConVar sm_elite_counter_attacks;
ConVar sm_enable_bonus_lives;
ConVar sm_finale_counter_spec_enabled;
ConVar sm_finale_counter_spec_percent;

// NAV MESH SPECIFIC CVARS
//1 = Spawn in ins_spawnpoints, 2 = any spawnpoints that meets criteria, 0 = only at normal spawnpoints at next objective
ConVar cvarSpawnMode;
//ConVar cvarMinCounterattackDistance = null, //Min distance from counterattack objective to spawn
//Min/max distance from players to spawn
ConVar cvarMinPlayerDistance;
//Adds to the minplayerdistance cvar when spawning behind player.
ConVar cvarBackSpawnIncrease;
//Attack delay for spawning bots
ConVar cvarSpawnAttackDelay;
//Min/max distance from next objective to spawn
ConVar cvarMinObjectiveDistance;
//Min/max distance from next objective to spawn
ConVar cvarMaxObjectiveDistance;
//Min/max distance from next objective to spawn using nav
ConVar cvarMaxObjectiveDistanceNav;
//CanSeeVector Multiplier divide this by cvarMaxPlayerDistance
ConVar cvarCanSeeVectorMultiplier;
//Range of ammo resupply
ConVar sm_ammo_resupply_range;
//Delay to resupply
ConVar sm_resupply_delay;
//Jammer required for intel messages?
ConVar sm_jammer_required;
//Min/max distance from players to spawn
ConVar cvarMaxPlayerDistance;



// Init global variables
int g_iCvar_respawn_enable;
int g_jammerRequired;
int g_elite_counter_attacks;
int g_finale_counter_spec_enabled;
int g_finale_counter_spec_percent;
int g_cqc_map_enabled;
    // g_elitePeriod,
    // g_elitePeriod_min,
    // g_elitePeriod_max,
int g_iCvar_revive_enable;
float g_respawn_counter_chance;
int g_counterAttack_min_dur_sec;
int g_counterAttack_max_dur_sec;
int g_iCvar_respawn_type_team_ins;
int g_iCvar_respawn_type_team_sec;
int g_iCvar_respawn_reset_type;
float g_fCvar_respawn_delay_team_ins;
float g_fCvar_respawn_delay_team_ins_spec;
int g_iCvar_enable_track_ammo;
int g_iCvar_counterattack_type;
int g_iCvar_counterattack_vanilla;
int g_iCvar_final_counterattack_type;
    //g_iCvar_SpawnMode,

    //Dynamic Respawn cvars
int g_DynamicRespawn_Distance_mult;
int g_dynamicSpawnCounter_Perc;
int g_dynamicSpawn_Perc;

    // Fatal dead
float g_fCvar_fatal_chance;
float g_fCvar_fatal_head_chance;
int g_iCvar_fatal_limb_dmg;
int g_iCvar_fatal_head_dmg;
int g_iCvar_fatal_burn_dmg;
int g_iCvar_fatal_explosive_dmg;
int g_iCvar_fatal_chest_stomach;
    //Dynamic Loadouts
    //g_iCvar_bombers_only,
    //g_iCvar_multi_loadout_enabled,

    //Respawn Mode (wave based)
int g_respawn_mode_team_sec;
    //g_respawn_mode_team_ins,
    //g_respawn_wave_int_team_ins,

    //NEW Respawn system globals (temporary)
    //Grab directly from theater (3 scouts, 5 jugs, 4 bombers, All others 20)
    // g_maxbots_std = 0,
    // g_maxbots_light = 0,
    // g_maxbots_jug = 0,
    // g_maxbots_bomb = 0,
    //Template of bots AI Director uses
    // g_bots_std = 0,
    // g_bots_light = 0,
    // g_bots_jug = 0,
    // g_bots_bomb = 0,

    //VIP Globals
    //g_iCvar_vip_obj_time,
    // g_iCvar_vip_min_sp_reward,
    // g_iCvar_vip_max_sp_reward,
    // g_vip_enable,
    // g_vip_obj_count,
    //g_vip_obj_ready,
    // g_vip_min_reward,
    // g_vip_max_reward,
    // g_nVIP_ID = 0,

int g_cacheObjActive = 0;
    //g_checkStaticAmt,
    //g_checkStaticAmtCntr,
    //g_checkStaticAmtAway,
    //g_checkStaticAmtCntrAway,
int g_iReinforceTime;
    //g_iReinforceTimeSubsequent,
int g_iReinforceTime_AD_Temp;
int g_iReinforceTimeSubsequent_AD_Temp;
int g_iReinforce_Mult;
int g_iReinforce_Mult_Base;
int g_iRemaining_lives_team_sec;
int g_iRemaining_lives_team_ins;
int g_iRespawn_lives_team_sec;
int g_iRespawn_lives_team_ins;
    // g_iReviveSeconds,
int g_iRespawnSeconds;
int g_secWave_Timer;
int g_iHeal_amount_paddles;
int g_iHeal_amount_medPack;
int g_nonMedicHeal_amount;
int g_nonMedicRevive_hp;
int g_minorWoundRevive_hp;
int g_modWoundRevive_hp;
int g_critWoundRevive_hp;
int g_minorWound_dmg;
int g_moderateWound_dmg;
int g_medicHealSelf_max;
int g_nonMedicHealSelf_max;
int g_nonMedic_maxHealOther;
int g_minorRevive_time;
int g_modRevive_time;
int g_critRevive_time;
int g_nonMedRevive_time;
    //g_medpack_health_amt,
int g_botsReady;
int g_isConquer;
int g_isOutpost;
int g_isCheckpoint;
int g_isHunt;
float g_flMinPlayerDistance;
float g_flBackSpawnIncrease;
float g_flMaxPlayerDistance;
float g_flCanSeeVectorMultiplier;
float g_flMinObjectiveDistance;
    //float g_flMaxObjectiveDistance,
    //float g_flMaxObjectiveDistanceNav,
float g_flSpawnAttackDelay;
    //float g_flMinCounterattackDistance,

    //Elite bots Counters
int g_ins_bot_count_checkpoint_max_org;
int g_mp_player_resupply_coop_delay_max_org;
int g_mp_player_resupply_coop_delay_penalty_org;
int g_mp_player_resupply_coop_delay_base_org;
int g_bot_attack_aimpenalty_amt_close_org;
int g_bot_attack_aimpenalty_amt_far_org;
float g_bot_attack_aimpenalty_time_close_org;
float g_bot_attack_aimpenalty_time_far_org;
float g_bot_aim_aimtracking_base_org;
float g_bot_aim_aimtracking_frac_impossible_org;
float g_bot_aim_angularvelocity_frac_impossible_org;
float g_bot_aim_angularvelocity_frac_sprinting_target_org;
float g_bot_aim_attack_aimtolerance_frac_impossible_org;
float g_bot_attackdelay_frac_difficulty_impossible_org;
float g_bot_attack_aimtolerance_newthreat_amt_org;
float g_bot_attack_aimtolerance_newthreat_amt_mult;
int g_bot_attack_aimpenalty_amt_close_mult;
int g_bot_attack_aimpenalty_amt_far_mult;
float g_bot_attackdelay_frac_difficulty_impossible_mult;
float g_bot_attack_aimpenalty_time_close_mult;
float g_bot_attack_aimpenalty_time_far_mult;
float g_bot_aim_aimtracking_base;
float g_bot_aim_aimtracking_frac_impossible;
float g_bot_aim_angularvelocity_frac_impossible;
float g_bot_aim_angularvelocity_frac_sprinting_target;
float g_bot_aim_attack_aimtolerance_frac_impossible;
int g_coop_delay_penalty_base;
int g_isEliteCounter;

int m_hMyWeapons;
int m_flNextPrimaryAttack;

int m_flNextSecondaryAttack;

// KOLOROWE KREDKI
#define YELLOW 0x01
#define GREEN 0x04

// SOME DEFINES
#define MAX_LINE_WIDTH 60
#define PLUGIN_VERSION "4.1"

// STATS TIME (SET DAYS AFTER STATS ARE DELETE OF NONACTIVE PLAYERS)
#define PLAYER_STATSOLD 30

// STATS DEFINATION FOR PLAYERS
int g_iStatKills[MAXPLAYERS+1];
int g_iStatDeaths[MAXPLAYERS+1];
int g_iStatHeadShots[MAXPLAYERS+1];
int g_iStatSuicides[MAXPLAYERS+1];
int g_iStatRevives[MAXPLAYERS+1];
int g_iStatHeals[MAXPLAYERS+1];
char g_sSecBot[] = "[INS] RoundEnd Protector";
int g_iSecBotID = -1;
float g_iCollOff;

enum FX
{
    FxNone = 0,
    FxPulseFast,
    FxPulseSlowWide,
    FxPulseFastWide,
    FxFadeSlow,
    FxFadeFast,
    FxSolidSlow,
    FxSolidFast,
    FxStrobeSlow,
    FxStrobeFast,
    FxStrobeFaster,
    FxFlickerSlow,
    FxFlickerFast,
    FxNoDissipation,
    FxDistort,               // Distort/scale/translate flicker
    FxHologram,              // kRenderFxDistort + distance fade
    FxExplode,               // Scale up really big!
    FxGlowShell,             // Glowing Shell
    FxClampMinScale,         // Keep this sprite from getting very small (SPRITES only!)
    FxEnvRain,               // for environmental rendermode, make rain
    FxEnvSnow,               //  "        "            "    , make snow
    FxSpotlight,
    FxRagdoll,
    FxPulseFastWider,
};

enum Render
{
    Normal = 0,         // src
    TransColor,         // c*a+dest*(1-a)
    TransTexture,       // src*a+dest*(1-a)
    Glow,               // src*a+dest -- No Z buffer checks -- Fixed size in screen space
    TransAlpha,         // src*srca+dest*(1-srca)
    TransAdd,           // src*a+dest
    Environmental,      // not drawn, used for environmental effects
    TransAddFrameBlend, // use a fractional frame value to blend between animation frames
    TransAlphaAdd,      // src + dest*(1-a)
    WorldGlow,          // Same as kRenderGlow but not fixed size in screen space
    None,               // Don't render.
};

FX:g_Effect = FX:FxGlowShell;
Render:g_Render = Render:Glow;

#define PLUGIN_DESCRIPTION "Respawn dead players via admincommand or by queues"
#define UPDATE_URL  "http://ins.jballou.com/sourcemod/update-respawn.txt"

// Plugin info
public Plugin myinfo =
{
    name = "[INS] Player Respawn",
    author = "Jared Ballou (Contributor: Daimyo, naong, ozzy and community members)",
    version = PLUGIN_VERSION,
    description = PLUGIN_DESCRIPTION,
    url = "http://jballou.com"
};

    ConVar sm_roundendblock_enabled = null;
    ConVar sm_roundendblock_times = null;
    ConVar sm_roundendblock_revive_delay = null;
    ConVar sm_roundendblock_reset_each_round = null;
    ConVar sm_roundendblock_debug = null;
    float g_iRoundEndBlockEnabled;
    //g_iRoundEndBlockCapCount = 0;
    //g_iRoundEndBlockMaxCapPoints = 3;
    float g_iRoundEndBlockTimes;
    float g_iRoundEndBlockReviveDelay;
    float g_iRoundEndBlockResetRound;
    float g_iRoundEndBlockDebug;
    Handle g_hPlayerRespawn;
    float g_fSpawnPoint[3];
    int g_iIsRoundStarted = 0;  //0 is over, 1 is active
    int g_iIsRoundStartedPost = 0; //0 is over, 1 is active
    int g_iIsGameEnded = 0;     //0 is not ended, 1 is ended
    float g_iRoundBlockCount;
    float g_iReviveCount;
    //g_iAnnounceActive;
    float g_max_AnnounceTime = 480;
    float g_announceTick;
    bool g_bIsCounterAttackTimerActive = false;
    //g_isReviving = 0;


// Start plugin
void OnPluginStart()
{
    //Find player gear offset
    //g_iPlayerEquipGear = FindSendPropInfo("CINSPlayer", "m_EquippedGear");

    //Create player array list
    g_playerArrayList = new ArrayList();
    //g_badSpawnPos_Array = CreateArray();


    CreateConVar("sm_respawn_version", PLUGIN_VERSION, PLUGIN_DESCRIPTION, FCVAR_NOTIFY | FCVAR_DONTRECORD);
    sm_respawn_enabled = CreateConVar("sm_respawn_enabled", "1", "Automatically respawn players when they die; 0 - disabled, 1 - enabled");
    sm_revive_enabled = CreateConVar("sm_revive_enabled", "1", "Reviving enabled from medics?  This creates revivable ragdoll after death; 0 - disabled, 1 - enabled");
    // Nav Mesh Botspawn specific START
    cvarSpawnMode = CreateConVar("sm_botspawns_spawn_mode", "1", "Only normal spawnpoints at the objective, the old way (0), spawn in hiding spots following rules (1)", FCVAR_NOTIFY);
    //cvarMinCounterattackDistance = CreateConVar("sm_botspawns_min_counterattack_distance", "3600.0", "Min distance from counterattack objective to spawn", FCVAR_NOTIFY);
    cvarMinPlayerDistance = CreateConVar("sm_botspawns_min_player_distance", "240.0", "Min distance from players to spawn", FCVAR_NOTIFY);
    cvarMaxPlayerDistance = CreateConVar("sm_botspawns_max_player_distance", "16000.0", "Max distance from players to spawn", FCVAR_NOTIFY);
    cvarCanSeeVectorMultiplier = CreateConVar("sm_botpawns_can_see_vect_mult", "1.5", "Divide this with sm_botspawns_max_player_distance to get CanSeeVector allowed distance for bot spawning in LOS", FCVAR_NOTIFY);
    cvarMinObjectiveDistance = CreateConVar("sm_botspawns_min_objective_distance", "240", "Min distance from next objective to spawn", FCVAR_NOTIFY);
    cvarMaxObjectiveDistance = CreateConVar("sm_botspawns_max_objective_distance", "12000", "Max distance from next objective to spawn", FCVAR_NOTIFY);
    cvarMaxObjectiveDistanceNav = CreateConVar("sm_botspawns_max_objective_distance_nav", "2000", "Max distance from next objective to spawn", FCVAR_NOTIFY);
    cvarBackSpawnIncrease = CreateConVar("sm_botspawns_backspawn_increase", "1400.0", "Whenever bot spawn on last point, this is added to minimum player respawn distance to avoid spawning too close to player.", FCVAR_NOTIFY);
    cvarSpawnAttackDelay = CreateConVar("sm_botspawns_spawn_attack_delay", "2", "Delay in seconds for spawning bots to wait before firing.", FCVAR_NOTIFY);

    // Nav Mesh Botspawn specific END

    // Respawn delay time
    sm_respawn_delay_team_ins = CreateConVar("sm_respawn_delay_team_ins",
        "1.0", "How many seconds to delay the respawn (bots)");
    sm_respawn_delay_team_ins_special = CreateConVar("sm_respawn_delay_team_ins_special",
        "20.0", "How many seconds to delay the respawn (special bots)");


    sm_respawn_delay_team_sec = CreateConVar("sm_respawn_delay_team_sec",
        "30.0", "How many seconds to delay the respawn (If not set 'sm_respawn_delay_team_sec_player_count_XX' uses this value)");
    sm_respawn_delay_team_sec_player_count_01 = CreateConVar("sm_respawn_delay_team_sec_player_count_01",
        "5.0", "How many seconds to delay the respawn (when player count is 1)");
    sm_respawn_delay_team_sec_player_count_02 = CreateConVar("sm_respawn_delay_team_sec_player_count_02",
        "10.0", "How many seconds to delay the respawn (when player count is 2)");
    sm_respawn_delay_team_sec_player_count_03 = CreateConVar("sm_respawn_delay_team_sec_player_count_03",
        "20.0", "How many seconds to delay the respawn (when player count is 3)");
    sm_respawn_delay_team_sec_player_count_04 = CreateConVar("sm_respawn_delay_team_sec_player_count_04",
        "30.0", "How many seconds to delay the respawn (when player count is 4)");
    sm_respawn_delay_team_sec_player_count_05 = CreateConVar("sm_respawn_delay_team_sec_player_count_05",
        "60.0", "How many seconds to delay the respawn (when player count is 5)");
    sm_respawn_delay_team_sec_player_count_06 = CreateConVar("sm_respawn_delay_team_sec_player_count_06",
        "60.0", "How many seconds to delay the respawn (when player count is 6)");
    sm_respawn_delay_team_sec_player_count_07 = CreateConVar("sm_respawn_delay_team_sec_player_count_07",
        "70.0", "How many seconds to delay the respawn (when player count is 7)");
    sm_respawn_delay_team_sec_player_count_08 = CreateConVar("sm_respawn_delay_team_sec_player_count_08",
        "70.0", "How many seconds to delay the respawn (when player count is 8)");
    sm_respawn_delay_team_sec_player_count_09 = CreateConVar("sm_respawn_delay_team_sec_player_count_09",
        "80.0", "How many seconds to delay the respawn (when player count is 9)");
    sm_respawn_delay_team_sec_player_count_10 = CreateConVar("sm_respawn_delay_team_sec_player_count_10",
        "80.0", "How many seconds to delay the respawn (when player count is 10)");
    sm_respawn_delay_team_sec_player_count_11 = CreateConVar("sm_respawn_delay_team_sec_player_count_11",
        "90.0", "How many seconds to delay the respawn (when player count is 11)");
    sm_respawn_delay_team_sec_player_count_12 = CreateConVar("sm_respawn_delay_team_sec_player_count_12",
        "90.0", "How many seconds to delay the respawn (when player count is 12)");
    sm_respawn_delay_team_sec_player_count_13 = CreateConVar("sm_respawn_delay_team_sec_player_count_13",
        "100.0", "How many seconds to delay the respawn (when player count is 13)");
    sm_respawn_delay_team_sec_player_count_14 = CreateConVar("sm_respawn_delay_team_sec_player_count_14",
        "100.0", "How many seconds to delay the respawn (when player count is 14)");
    sm_respawn_delay_team_sec_player_count_15 = CreateConVar("sm_respawn_delay_team_sec_player_count_15",
        "110.0", "How many seconds to delay the respawn (when player count is 15)");
    sm_respawn_delay_team_sec_player_count_16 = CreateConVar("sm_respawn_delay_team_sec_player_count_16",
        "110.0", "How many seconds to delay the respawn (when player count is 16)");
    sm_respawn_delay_team_sec_player_count_17 = CreateConVar("sm_respawn_delay_team_sec_player_count_17",
        "120.0", "How many seconds to delay the respawn (when player count is 17)");
    sm_respawn_delay_team_sec_player_count_18 = CreateConVar("sm_respawn_delay_team_sec_player_count_18",
        "120.0", "How many seconds to delay the respawn (when player count is 18)");
    sm_respawn_delay_team_sec_player_count_19 = CreateConVar("sm_respawn_delay_team_sec_player_count_19",
        "130.0", "How many seconds to delay the respawn (when player count is 19)");

    // Respawn type
    sm_respawn_type_team_sec = CreateConVar("sm_respawn_type_team_sec",
        "1", "1 - individual lives, 2 - each team gets a pool of lives used by everyone, sm_respawn_lives_team_sec must be > 0");
    sm_respawn_type_team_ins = CreateConVar("sm_respawn_type_team_ins",
        "2", "1 - individual lives, 2 - each team gets a pool of lives used by everyone, sm_respawn_lives_team_ins must be > 0");

    // Respawn lives
    sm_respawn_lives_team_sec = CreateConVar("sm_respawn_lives_team_sec",
        "-1", "Respawn players this many times (-1: Disables player respawn)");
    sm_respawn_lives_team_ins = CreateConVar("sm_respawn_lives_team_ins",
        "10", "If 'sm_respawn_type_team_ins' set 1, respawn bots this many times. If 'sm_respawn_type_team_ins' set 2, total bot count (If not set 'sm_respawn_lives_team_ins_player_count_XX' uses this value)");
    sm_respawn_lives_team_ins_player_count_01 = CreateConVar("sm_respawn_lives_team_ins_player_count_01",
        "5", "Total bot count (when player count is 1)(sm_respawn_type_team_ins must be 2)");
    sm_respawn_lives_team_ins_player_count_02 = CreateConVar("sm_respawn_lives_team_ins_player_count_02",
        "10", "Total bot count (when player count is 2)(sm_respawn_type_team_ins must be 2)");
    sm_respawn_lives_team_ins_player_count_03 = CreateConVar("sm_respawn_lives_team_ins_player_count_03",
        "15", "Total bot count (when player count is 3)(sm_respawn_type_team_ins must be 2)");
    sm_respawn_lives_team_ins_player_count_04 = CreateConVar("sm_respawn_lives_team_ins_player_count_04",
        "20", "Total bot count (when player count is 4)(sm_respawn_type_team_ins must be 2)");
    sm_respawn_lives_team_ins_player_count_05 = CreateConVar("sm_respawn_lives_team_ins_player_count_05",
        "25", "Total bot count (when player count is 5)(sm_respawn_type_team_ins must be 2)");
    sm_respawn_lives_team_ins_player_count_06 = CreateConVar("sm_respawn_lives_team_ins_player_count_06",
        "30", "Total bot count (when player count is 6)(sm_respawn_type_team_ins must be 2)");
    sm_respawn_lives_team_ins_player_count_07 = CreateConVar("sm_respawn_lives_team_ins_player_count_07",
        "35", "Total bot count (when player count is 7)(sm_respawn_type_team_ins must be 2)");
    sm_respawn_lives_team_ins_player_count_08 = CreateConVar("sm_respawn_lives_team_ins_player_count_08",
        "40", "Total bot count (when player count is 8)(sm_respawn_type_team_ins must be 2)");
    sm_respawn_lives_team_ins_player_count_09 = CreateConVar("sm_respawn_lives_team_ins_player_count_09",
        "45", "Total bot count (when player count is 9)(sm_respawn_type_team_ins must be 2)");
    sm_respawn_lives_team_ins_player_count_10 = CreateConVar("sm_respawn_lives_team_ins_player_count_10",
        "50", "Total bot count (when player count is 10)(sm_respawn_type_team_ins must be 2)");
    sm_respawn_lives_team_ins_player_count_11 = CreateConVar("sm_respawn_lives_team_ins_player_count_11",
        "55", "Total bot count (when player count is 11)(sm_respawn_type_team_ins must be 2)");
    sm_respawn_lives_team_ins_player_count_12 = CreateConVar("sm_respawn_lives_team_ins_player_count_12",
        "60", "Total bot count (when player count is 12)(sm_respawn_type_team_ins must be 2)");
    sm_respawn_lives_team_ins_player_count_13 = CreateConVar("sm_respawn_lives_team_ins_player_count_13",
        "65", "Total bot count (when player count is 13)(sm_respawn_type_team_ins must be 2)");
    sm_respawn_lives_team_ins_player_count_14 = CreateConVar("sm_respawn_lives_team_ins_player_count_14",
        "70", "Total bot count (when player count is 14)(sm_respawn_type_team_ins must be 2)");
    sm_respawn_lives_team_ins_player_count_15 = CreateConVar("sm_respawn_lives_team_ins_player_count_15",
        "75", "Total bot count (when player count is 15)(sm_respawn_type_team_ins must be 2)");
    sm_respawn_lives_team_ins_player_count_16 = CreateConVar("sm_respawn_lives_team_ins_player_count_16",
        "80", "Total bot count (when player count is 16)(sm_respawn_type_team_ins must be 2)");
    sm_respawn_lives_team_ins_player_count_17 = CreateConVar("sm_respawn_lives_team_ins_player_count_17",
        "85", "Total bot count (when player count is 17)(sm_respawn_type_team_ins must be 2)");
    sm_respawn_lives_team_ins_player_count_18 = CreateConVar("sm_respawn_lives_team_ins_player_count_18",
        "90", "Total bot count (when player count is 18)(sm_respawn_type_team_ins must be 2)");
    sm_respawn_lives_team_ins_player_count_19 = CreateConVar("sm_respawn_lives_team_ins_player_count_19",
        "90", "Total bot count (when player count is 19)(sm_respawn_type_team_ins must be 2)");

    // Fatally death
    sm_respawn_fatal_chance = CreateConVar("sm_respawn_fatal_chance", "0.20", "Chance for a kill to be fatal, 0.6 default = 60% chance to be fatal (To disable set 0.0)");
    sm_respawn_fatal_head_chance = CreateConVar("sm_respawn_fatal_head_chance", "0.30", "Chance for a headshot kill to be fatal, 0.6 default = 60% chance to be fatal");
    sm_respawn_fatal_limb_dmg = CreateConVar("sm_respawn_fatal_limb_dmg", "80", "Amount of damage to fatally kill player in limb");
    sm_respawn_fatal_head_dmg = CreateConVar("sm_respawn_fatal_head_dmg", "100", "Amount of damage to fatally kill player in head");
    sm_respawn_fatal_burn_dmg = CreateConVar("sm_respawn_fatal_burn_dmg", "50", "Amount of damage to fatally kill player in burn");
    sm_respawn_fatal_explosive_dmg = CreateConVar("sm_respawn_fatal_explosive_dmg", "200", "Amount of damage to fatally kill player in explosive");
    sm_respawn_fatal_chest_stomach = CreateConVar("sm_respawn_fatal_chest_stomach", "100", "Amount of damage to fatally kill player in chest/stomach");

    // Counter attack
    sm_respawn_counter_chance = CreateConVar("sm_respawn_counter_chance", "0.5", "Percent chance that a counter attack will happen def: 50%");
    sm_respawn_counterattack_type = CreateConVar("sm_respawn_counterattack_type", "2", "Respawn during counterattack? (0: no, 1: yes, 2: infinite)");
    sm_respawn_final_counterattack_type = CreateConVar("sm_respawn_final_counterattack_type", "2", "Respawn during final counterattack? (0: no, 1: yes, 2: infinite)");
    sm_respawn_security_on_counter = CreateConVar("sm_respawn_security_on_counter", "1", "0/1 When a counter attack starts, spawn all dead players and teleport them to point to defend");
    sm_respawn_min_counter_dur_sec = CreateConVar("sm_respawn_min_counter_dur_sec", "66", "Minimum randomized counter attack duration");
    sm_respawn_max_counter_dur_sec = CreateConVar("sm_respawn_max_counter_dur_sec", "126", "Maximum randomized counter attack duration");
    sm_respawn_final_counter_dur_sec = CreateConVar("sm_respawn_final_counter_dur_sec", "180", "Final counter attack duration");
    sm_respawn_counterattack_vanilla = CreateConVar("sm_respawn_counterattack_vanilla", "0", "Use vanilla counter attack mechanics? (0: no, 1: yes)");

    //Dynamic respawn mechanics
    sm_respawn_dynamic_distance_multiplier = CreateConVar("sm_respawn_dynamic_distance_multiplier", "2", "This multiplier is used to make bot distance from points on/off counter attacks more dynamic by making distance closer/farther when bots respawn");
    sm_respawn_dynamic_spawn_counter_percent = CreateConVar("sm_respawn_dynamic_spawn_counter_percent", "40", "Percent of bots that will spawn farther away on a counter attack (basically their more ideal normal spawns)");
    sm_respawn_dynamic_spawn_percent = CreateConVar("sm_respawn_dynamic_spawn_percent", "5", "Percent of bots that will spawn farther away NOT on a counter (basically their more ideal normal spawns)");

    // Misc
    sm_respawn_reset_type = CreateConVar("sm_respawn_reset_type", "0", "Set type of resetting player respawn counts: each round or each objective (0: each round, 1: each objective)");
    sm_respawn_enable_track_ammo = CreateConVar("sm_respawn_enable_track_ammo", "1", "0/1 Track ammo on death to revive (may be buggy if using a different theatre that modifies ammo)");

    // Reinforcements
    sm_respawn_reinforce_time = CreateConVar("sm_respawn_reinforce_time", "200", "When enemy forces are low on lives, how much time til they get reinforcements?");
    sm_respawn_reinforce_time_subsequent = CreateConVar("sm_respawn_reinforce_time_subsequent", "140", "When enemy forces are low on lives and already reinforced, how much time til they get reinforcements on subsequent reinforcement?");
    sm_respawn_reinforce_multiplier = CreateConVar("sm_respawn_reinforce_multiplier", "4", "Division multiplier to determine when to start reinforce timer for bots based on team pool lives left over");
    sm_respawn_reinforce_multiplier_base = CreateConVar("sm_respawn_reinforce_multiplier_base", "10", "This is the base int number added to the division multiplier, so (10 * reinforce_mult + base_mult)");

    // Control static enemy
    //sm_respawn_check_static_enemy = CreateConVar("sm_respawn_check_static_enemy", "120", "Seconds amount to check if an AI has moved probably stuck");
    //sm_respawn_check_static_enemy_counter = CreateConVar("sm_respawn_check_static_enemy_counter", "10", "Seconds amount to check if an AI has moved during counter");

    // Donor tag
    sm_respawn_enable_donor_tag = CreateConVar("sm_respawn_enable_donor_tag", "1", "If player has an access to reserved slot, add [DONOR] tag.");

    // Related to 'RoundEnd_Protector' plugin
    //sm_remaininglife = CreateConVar("sm_remaininglife", "-1", "Returns total remaining life.");

    // Medic Revive
    sm_revive_seconds = CreateConVar("sm_revive_seconds", "5", "Time in seconds medic needs to stand over body to revive");
    //sm_revive_bonus = CreateConVar("sm_revive_bonus", "1", "Bonus revive score(kill count) for medic");
    sm_revive_distance_metric = CreateConVar("sm_revive_distance_metric", "1", "Distance metric (0: meters / 1: feet)");
    //sm_heal_bonus = CreateConVar("sm_heal_bonus", "1", "Bonus heal score(kill count) for medic");
    sm_heal_cap_for_bonus = CreateConVar("sm_heal_cap_for_bonus", "5000", "Amount of health given to other players to gain a life");
    sm_revive_cap_for_bonus = CreateConVar("sm_revive_cap_for_bonus", "50", "Amount of revives before medic gains a life");
    sm_reward_medics_enabled = CreateConVar("sm_reward_medics_enabled", "1", "Enabled rewarding medics with lives? 0 = no, 1 = yes");
    sm_heal_amount_medpack = CreateConVar("sm_heal_amount_medpack", "5", "Heal amount per 0.5 seconds when using medpack");
    sm_heal_amount_paddles = CreateConVar("sm_heal_amount_paddles", "3", "Heal amount per 0.5 seconds when using paddles");
    sm_non_medic_heal_amt = CreateConVar("sm_non_medic_heal_amt", "2", "Heal amount per 0.5 seconds when non-medic");
    sm_non_medic_revive_hp = CreateConVar("sm_non_medic_revive_hp", "10", "Health given to target revive when non-medic reviving");
    sm_medic_minor_revive_hp = CreateConVar("sm_medic_minor_revive_hp", "75", "Health given to target revive when medic reviving minor wound");
    sm_medic_moderate_revive_hp = CreateConVar("sm_medic_moderate_revive_hp", "50", "Health given to target revive when medic reviving moderate wound");
    sm_medic_critical_revive_hp = CreateConVar("sm_medic_critical_revive_hp", "25", "Health given to target revive when medic reviving critical wound");
    sm_minor_wound_dmg = CreateConVar("sm_minor_wound_dmg", "100", "Any amount of damage <= to this is considered a minor wound when killed");
    sm_moderate_wound_dmg = CreateConVar("sm_moderate_wound_dmg", "200", "Any amount of damage <= to this is considered a minor wound when killed.  Anything greater is CRITICAL");
    sm_medic_heal_self_max = CreateConVar("sm_medic_heal_self_max", "75", "Max medic can heal self to with med pack");
    sm_non_medic_heal_self_max = CreateConVar("sm_non_medic_heal_self_max", "25", "Max non-medic can heal self to with med pack");
    sm_non_medic_max_heal_other = CreateConVar("sm_non_medic_max_heal_other", "25", "Heal amount per 0.5 seconds when using paddles");
    sm_minor_revive_time = CreateConVar("sm_minor_revive_time", "4", "Seconds it takes medic to revive minor wounded");
    sm_moderate_revive_time = CreateConVar("sm_moderate_revive_time", "7", "Seconds it takes medic to revive moderate wounded");
    sm_critical_revive_time = CreateConVar("sm_critical_revive_time", "10", "Seconds it takes medic to revive critical wounded");
    sm_non_medic_revive_time = CreateConVar("sm_non_medic_revive_time", "30", "Seconds it takes non-medic to revive minor wounded, requires medpack");
    //sm_medpack_health_amount = CreateConVar("sm_medpack_health_amount", "500", "Amount of health a deployed healthpack has");
    //sm_bombers_only = CreateConVar("sm_bombers_only", "0", "bombers ONLY?");
    //sm_multi_loadout_enabled = CreateConVar("sm_multi_loadout_enabled", "0", "Use Sernix Variety Bot Loadout? - Default OFF");
    //sm_ammo_resupply_range = CreateConVar("sm_ammo_resupply_range", "80", "Range to resupply near ammo cache");
    sm_resupply_delay = CreateConVar("sm_resupply_delay", "5", "Delay loop for resupply ammo");
    sm_jammer_required = CreateConVar("sm_jammer_required", "1", "Require deployable jammer for enemy reports? 0 = Disabled 1 = Enabled");
    sm_elite_counter_attacks = CreateConVar("sm_elite_counter_attacks", "1", "Enable increased bot skills, numbers on counters?");
    sm_enable_bonus_lives = CreateConVar("sm_enable_bonus_lives", "1", "Give bonus lives based on X condition? 0|1 ");


    //Specialized Counter
    sm_finale_counter_spec_enabled = CreateConVar("sm_finale_counter_spec_enabled", "0", "Enable specialized finale spawn percent? 1|0");
    sm_finale_counter_spec_percent = CreateConVar("sm_finale_counter_spec_percent", "40", "What specialized finale counter percent for this map?");
    //sm_cqc_map_enabled = CreateConVar("sm_cqc_map_enabled", "0", "Is this a cqc map? 0|1 no|yes");

    //sm_enable_squad_spawning = CreateConVar("sm_enable_squad_spawning", "0", "Enable squad spawning SERNIX SPECIFIC? 1|0");
    //AI Director cvars
    sm_ai_director_setdiff_chance_base = CreateConVar("sm_ai_director_setdiff_chance_base", "10", "Base AI Director Set Hard Difficulty Chance");

    //Respawn Modes
    sm_respawn_mode_team_sec = CreateConVar("sm_respawn_mode_team_sec", "1", "Security: 0 = Individual spawning | 1 = Wave based spawning");
    sm_respawn_mode_team_ins = CreateConVar("sm_respawn_mode_team_ins", "0", "Insurgents: 0 = Individual spawning | 1 = Wave based spawning");

    //Wave interval for insurgents only
    sm_respawn_wave_int_team_ins = CreateConVar("sm_respawn_wave_int_team_ins", "1", "Time in seconds bots will respawn in waves");

    // cvars
    sm_roundendblock_enabled = CreateConVar("sm_roundendblock_enabled", "1", "Coop bot Enabled", FCVAR_NOTIFY);
    sm_roundendblock_times = CreateConVar("sm_roundendblock_times", "1", "How many times block rounds.");
    sm_roundendblock_revive_delay = CreateConVar("sm_roundendblock_revive_delay", "10", "When blocks RoundEnd, wait for reviving players.");
    sm_roundendblock_reset_each_round = CreateConVar("sm_roundendblock_reset_each_round", "1", "Reset block counter each round. (1 is reset / 0 is don't reset)");
    sm_roundendblock_debug = CreateConVar("sm_roundendblock_debug", "0", "1: Turn on debug mode, 0: Turn off");

    CreateConVar("Lua_Ins_Healthkit", PLUGIN_VERSION, PLUGIN_DESCRIPTION, FCVAR_NOTIFY | FCVAR_DONTRECORD);

    if ((m_hMyWeapons = FindSendPropInfo("CBasePlayer", "m_hMyWeapons")) == -1)
        SetFailState("Fatal Error: Unable to find property offset \"CBasePlayer::m_hMyWeapons\" !");

    if ((m_flNextPrimaryAttack = FindSendPropInfo("CBaseCombatWeapon", "m_flNextPrimaryAttack")) == -1)
        SetFailState("Fatal Error: Unable to find property offset \"CBaseCombatWeapon::m_flNextPrimaryAttack\" !");

    if ((m_flNextSecondaryAttack = FindSendPropInfo("CBaseCombatWeapon", "m_flNextSecondaryAttack")) == -1)
        SetFailState("Fatal Error: Unable to find property offset \"CBaseCombatWeapon::m_flNextSecondaryAttack\" !");

    // Add admin respawn console command
    RegAdminCmd("sm_respawn", Command_Respawn, ADMFLAG_SLAY, "sm_respawn <#userid|name>");
    // Add reload config console command for admin
    RegAdminCmd("sm_respawn_reload", Command_Reload, ADMFLAG_SLAY, "sm_respawn_reload");
    // register roundend admin commands
    RegAdminCmd("sm_botcount", Command_BotCount, ADMFLAG_SLAY, "sm_botcount");

    g_iCollOff = FindSendPropInfo("CBaseEntity", "m_CollisionGroup");

    // Event hooking
    //Lua Specific
    //HookEvent("grenade_thrown", Event_GrenadeThrown);
    //For ins_spawnpoint spawning
    HookEvent("player_spawn", Event_Spawn);
    HookEvent("player_spawn", Event_SpawnPost, EventHookMode_Post);
    HookEvent("player_hurt", Event_PlayerHurt_Pre, EventHookMode_Pre);
    HookEvent("player_death", Event_PlayerDeath_Pre, EventHookMode_Pre);
    HookEvent("player_death", Event_PlayerDeath);
    HookEvent("round_start", Event_RoundStart);
    HookEvent("round_end", Event_RoundEnd);
    HookEvent("round_end", Event_RoundEnd_Pre, EventHookMode_Pre);
    HookEvent("game_start", Event_GameStart, EventHookMode_PostNoCopy);
    HookEvent("game_end", Event_GameEnd, EventHookMode_PostNoCopy);
    HookEvent("player_pick_squad", Event_PlayerPickSquad_Post, EventHookMode_Post);
    HookEvent("object_destroyed", Event_ObjectDestroyed_Pre, EventHookMode_Pre);
    HookEvent("object_destroyed", Event_ObjectDestroyed);
    HookEvent("object_destroyed", Event_ObjectDestroyed_Post, EventHookMode_Post);
    HookEvent("controlpoint_captured", Event_ControlPointCaptured_Pre, EventHookMode_Pre);
    HookEvent("controlpoint_captured", Event_ControlPointCaptured);
    HookEvent("controlpoint_captured", Event_ControlPointCaptured_Post, EventHookMode_Post);
    HookEvent("player_disconnect", Event_PlayerDisconnect, EventHookMode_Pre);
    HookEvent("player_connect", Event_PlayerConnect);
    //HookEvent("player_team", Event_PlayerTeam);
    HookEvent("weapon_reload", Event_PlayerReload_Pre, EventHookMode_Pre);

    //AddCommandListener(ResupplyListener, "inventory_resupply");

    // NavMesh Botspawn Specific Start
    cvarSpawnMode.AddChangeHook(CvarChange);
    // NavMesh Botspawn Specific End

    // Revive/Heal specific
    sm_revive_seconds.AddChangeHook(CvarChange);
    sm_heal_amount_medpack.AddChangeHook(CvarChange);

    sm_non_medic_heal_amt.AddChangeHook(CvarChange);
    sm_non_medic_revive_hp.AddChangeHook(CvarChange);
    sm_medic_minor_revive_hp.AddChangeHook(CvarChange);
    sm_medic_moderate_revive_hp.AddChangeHook(CvarChange);
    sm_medic_critical_revive_hp.AddChangeHook(CvarChange);
    sm_minor_wound_dmg.AddChangeHook(CvarChange);
    sm_moderate_wound_dmg.AddChangeHook(CvarChange);
    sm_medic_heal_self_max.AddChangeHook(CvarChange);
    sm_non_medic_heal_self_max.AddChangeHook(CvarChange);
    sm_non_medic_max_heal_other.AddChangeHook(CvarChange);
    sm_minor_revive_time.AddChangeHook(CvarChange);
    sm_moderate_revive_time.AddChangeHook(CvarChange);
    sm_critical_revive_time.AddChangeHook(CvarChange);
    sm_non_medic_revive_time.AddChangeHook(CvarChange);
    sm_medpack_health_amount.AddChangeHook(CvarChange);
    //sm_medpack_health_amount.AddChangeHook(CvarChange);

    // Respawn specific
    sm_respawn_enabled.AddChangeHook(EnableChanged);
    sm_revive_enabled.AddChangeHook(EnableChanged);
    sm_respawn_delay_team_sec.AddChangeHook(CvarChange);
    sm_respawn_delay_team_ins.AddChangeHook(CvarChange);
    sm_respawn_delay_team_ins_special.AddChangeHook(CvarChange);
    sm_respawn_lives_team_sec.AddChangeHook(CvarChange);
    sm_respawn_lives_team_ins.AddChangeHook(CvarChange);
    sm_respawn_reset_type.AddChangeHook(CvarChange);
    sm_respawn_type_team_sec.AddChangeHook(CvarChange);
    sm_respawn_type_team_ins.AddChangeHook(CvarChange);
    cvarMinPlayerDistance.AddChangeHook(CvarChange);
    cvarBackSpawnIncrease.AddChangeHook(CvarChange);
    cvarMaxPlayerDistance.AddChangeHook(CvarChange);
    cvarCanSeeVectorMultiplier.AddChangeHook(CvarChange);
    cvarMinObjectiveDistance.AddChangeHook(CvarChange);
    cvarMaxObjectiveDistance.AddChangeHook(CvarChange);
    cvarMaxObjectiveDistanceNav.AddChangeHook(CvarChange);
    sm_enable_bonus_lives.AddChangeHook(CvarChange);

    //Dynamic respawning
    sm_respawn_dynamic_distance_multiplier.AddChangeHook(CvarChange);
    sm_respawn_dynamic_spawn_counter_percent.AddChangeHook(CvarChange);
    sm_respawn_dynamic_spawn_percent.AddChangeHook(CvarChange);

     //Reinforce Timer
    sm_respawn_reinforce_time.AddChangeHook(CvarChange);
    sm_respawn_reinforce_time_subsequent.AddChangeHook(CvarChange);
    sm_respawn_reinforce_multiplier.AddChangeHook(CvarChange);
    sm_respawn_reinforce_multiplier_base.AddChangeHook(CvarChange);

    // Tags
    FindConVar("sv_tags").AddChangeHook(TagsChanged);

    //roundendblock
    sm_roundendblock_enabled.AddChangeHook(CvarChange);
    sm_roundendblock_times.AddChangeHook(CvarChange);
    sm_roundendblock_reset_each_round.AddChangeHook(CvarChange);
    sm_roundendblock_debug.AddChangeHook(CvarChange);
    sm_roundendblock_revive_delay.AddChangeHook(CvarChange);

    //roundendblock
    sm_roundendblock_enabled.AddChangeHook(CvarChange);
    sm_roundendblock_times.AddChangeHook(CvarChange);
    sm_roundendblock_reset_each_round.AddChangeHook(CvarChange);
    sm_roundendblock_debug.AddChangeHook(CvarChange);
    sm_roundendblock_revive_delay.AddChangeHook(CvarChange);

    //Other
    sm_jammer_required.AddChangeHook(CvarChange);
    sm_elite_counter_attacks.AddChangeHook(CvarChange);
    sm_finale_counter_spec_enabled.AddChangeHook(CvarChange);
    sm_ai_director_setdiff_chance_base.AddChangeHook(CvarChange);
    sm_respawn_mode_team_sec.AddChangeHook(CvarChange);
    sm_respawn_mode_team_ins.AddChangeHook(CvarChange);
    sm_respawn_wave_int_team_ins.AddChangeHook(CvarChange);
    sm_finale_counter_spec_percent.AddChangeHook(CvarChange);

    // Init respawn function
    // Next 14 lines of text are taken from Andersso's DoDs respawn plugin. Thanks :)
    //g_hGameConfig;

    //Handle g_hGameConfig;
    //Handle g_hForceRespawn;

    g_hGameConfig = LoadGameConfigFile("insurgency.games");

    if (g_hGameConfig == null)
        SetFailState("Fatal Error: Missing File \"insurgency.games\"!");

    StartPrepSDKCall(SDKCall_Player);
    char game[40];
    GetGameFolderName(game, sizeof(game));
    g_hPlayerRespawn = EndPrepSDKCall();
    if (StrEqual(game, "insurgency"))
    {
        PrepSDKCall_SetFromConf(g_hGameConfig, SDKConf_Signature, "ForceRespawn");
    }

    g_hForceRespawn = EndPrepSDKCall();
    if (g_hForceRespawn == INVALID_HANDLE)
    {
        SetFailState("Fatal Error: Unable to find signature for \"ForceRespawn\"!");
    }

    //Load localization file
    LoadTranslations("common.phrases");
    LoadTranslations("respawn.phrases");
    LoadTranslations("nearest_player.phrases.txt");
    AutoExecConfig(true, "respawn");

    // create config file
    //AutoExecConfig(true, "plugin.roundendblock");

    // init var - roundendblock

    g_iRoundEndBlockEnabled = GetConVarInt(sm_roundendblock_enabled);
    g_iRoundEndBlockTimes = GetConVarInt(sm_roundendblock_times);
    g_iRoundEndBlockReviveDelay = GetConVarInt(sm_roundendblock_revive_delay);
    g_iRoundEndBlockResetRound = GetConVarInt(sm_roundendblock_reset_each_round);
    g_iRoundEndBlockDebug = GetConVarInt(sm_roundendblock_debug);
}

// When cvar changed
void EnableChanged(ConVar convar, const char[] oldValue, const char[] newValue)
{
    int intNewValue = StringToInt(newValue);
    int intOldValue = StringToInt(oldValue);

    if(intNewValue == 1 && intOldValue == 0)
    {
        TagsCheck("respawntimes");
        //HookEvent("player_death", Event_PlayerDeath, EventHookMode_Pre);
    }
    else if(intNewValue == 0 && intOldValue == 1)
    {
        TagsCheck("respawntimes", true);
        //UnhookEvent("player_death", Event_PlayerDeath, EventHookMode_Pre);
    }
}

// When cvar changed
void CvarChange(ConVar cvar, const char[] oldvalue, const char[] newvalue)
{
/*(g_iRoundEndBlockEnabled = sm_roundendblock_enabled.IntValue);
(g_iRoundEndBlockTimes = sm_roundendblock_times.IntValue);
(g_iRoundEndBlockReviveDelay = sm_roundendblock_revive_delay.IntValue);
(g_iRoundEndBlockResetRound = sm_roundendblock_reset_each_round.IntValue);
(g_iRoundEndBlockDebug = sm_roundendblock_debug.IntValue);*/
UpdateRespawnCvars();
}

// Update cvars
void UpdateRespawnCvars()
{
    //Counter attack chance based on number of points
    g_respawn_counter_chance = sm_respawn_counter_chance.FloatValue;
    g_counterAttack_min_dur_sec = sm_respawn_min_counter_dur_sec.IntValue;
    g_counterAttack_max_dur_sec = sm_respawn_max_counter_dur_sec.IntValue;

    // The number of control points
    int ncp = Ins_ObjectiveResource_GetProp("m_iNumControlPoints");
    if (ncp < 6)
    {
        //Add to minimum dur as well.
        int fRandomInt = GetRandomInt(15, 30);
        int fRandomInt2 = GetRandomInt(6, 12);
        g_counterAttack_min_dur_sec += fRandomInt;
        g_counterAttack_max_dur_sec += fRandomInt2;
        g_respawn_counter_chance += 0.2;
    }
    else if (ncp >= 6 && ncp <= 8)
    {
        //Add to minimum dur as well.
        int fRandomInt = GetRandomInt(10, 20);
        int fRandomInt2 = GetRandomInt(4, 8);
        g_counterAttack_min_dur_sec += fRandomInt;
        g_counterAttack_max_dur_sec += fRandomInt2;
        g_respawn_counter_chance += 0.1;
    }

//  g_jammerRequired = GetConVarInt(sm_jammer_required);
    g_elite_counter_attacks = sm_elite_counter_attacks.IntValue;
    g_finale_counter_spec_enabled = sm_finale_counter_spec_enabled.IntValue;
    g_finale_counter_spec_percent = sm_finale_counter_spec_percent.IntValue;

    //Ai Director UpdateCvar
    g_AIDir_DiffChanceBase = sm_ai_director_setdiff_chance_base.IntValue;

    //Wave Based Spawning
    g_respawn_mode_team_sec = sm_respawn_mode_team_sec.IntValue;

    // Respawn type 1 //TEAM_1_SEC == Index 2 and TEAM_2_INS == Index 3
    g_iRespawnCount[2] = sm_respawn_lives_team_sec.IntValue;
    g_iRespawnCount[3] = sm_respawn_lives_team_ins.IntValue;
    g_GiveBonusLives = sm_enable_bonus_lives.IntValue;

    //Give bonus lives if lives are added per round
    if (g_GiveBonusLives && g_iCvar_respawn_reset_type == 0)
        SecTeamLivesBonus();


    // Type of resetting respawn token, Non-checkpoint modes get set to 0 automatically
    g_iCvar_respawn_reset_type = sm_respawn_reset_type.IntValue;

    if (g_isCheckpoint == 0)
        g_iCvar_respawn_reset_type = 0;


    // Update Cvars
    g_iCvar_respawn_enable = sm_respawn_enabled.IntValue;
    g_iCvar_revive_enable = sm_revive_enabled.IntValue;
    // Bot spawn mode

    g_iReinforce_Mult = sm_respawn_reinforce_multiplier.IntValue;
    g_iReinforce_Mult_Base = sm_respawn_reinforce_multiplier_base.IntValue;

    // Tracking ammo
    g_iCvar_enable_track_ammo = sm_respawn_enable_track_ammo.IntValue;

    // Respawn type
    g_iCvar_respawn_type_team_ins = sm_respawn_type_team_ins.IntValue;
    g_iCvar_respawn_type_team_sec = sm_respawn_type_team_sec.IntValue;


    //Dynamic Respawns
    g_DynamicRespawn_Distance_mult = sm_respawn_dynamic_distance_multiplier.IntValue;
    g_dynamicSpawnCounter_Perc = sm_respawn_dynamic_spawn_counter_percent.IntValue;
    g_dynamicSpawn_Perc = sm_respawn_dynamic_spawn_percent.IntValue;

    //Revive counts

    // Heal Amount
    g_iHeal_amount_medPack = sm_heal_amount_medpack.IntValue;
    g_iHeal_amount_paddles = sm_heal_amount_paddles.IntValue;
    g_nonMedicHeal_amount = sm_non_medic_heal_amt.IntValue;

    //HP when revived from wound
    g_nonMedicRevive_hp = sm_non_medic_revive_hp.IntValue;
    g_minorWoundRevive_hp = sm_medic_minor_revive_hp.IntValue;
    g_modWoundRevive_hp = sm_medic_moderate_revive_hp.IntValue;
    g_critWoundRevive_hp = sm_medic_critical_revive_hp.IntValue;

    //New Revive Mechanics
    g_minorWound_dmg = sm_minor_wound_dmg.IntValue;
    g_moderateWound_dmg = sm_moderate_wound_dmg.IntValue;
    g_medicHealSelf_max = sm_medic_heal_self_max.IntValue;
    g_nonMedicHealSelf_max = sm_non_medic_heal_self_max.IntValue;
    g_nonMedic_maxHealOther = sm_non_medic_max_heal_other.IntValue;
    g_minorRevive_time = sm_minor_revive_time.IntValue;
    g_modRevive_time = sm_moderate_revive_time.IntValue;
    g_critRevive_time = sm_critical_revive_time.IntValue;
    g_nonMedRevive_time = sm_non_medic_revive_time.IntValue;
    //g_medpack_health_amt = sm_medpack_health_amount.IntValue;
    // Fatal dead
    g_fCvar_fatal_chance = sm_respawn_fatal_chance.FloatValue;
    g_fCvar_fatal_head_chance = sm_respawn_fatal_head_chance.FloatValue;
    g_iCvar_fatal_limb_dmg = sm_respawn_fatal_limb_dmg.IntValue;
    g_iCvar_fatal_head_dmg = sm_respawn_fatal_head_dmg.IntValue;
    g_iCvar_fatal_burn_dmg = sm_respawn_fatal_burn_dmg.IntValue;
    g_iCvar_fatal_explosive_dmg = sm_respawn_fatal_explosive_dmg.IntValue;
    g_iCvar_fatal_chest_stomach = sm_respawn_fatal_chest_stomach.IntValue;

    // Nearest body distance metric
    g_iUnitMetric = sm_revive_distance_metric.IntValue;

    // Set respawn delay time
    g_iRespawnSeconds = -1;
    switch (GetTeamSecCount())
    {
        case 0: g_iRespawnSeconds = sm_respawn_delay_team_sec_player_count_01.IntValue;
        case 1: g_iRespawnSeconds = sm_respawn_delay_team_sec_player_count_01.IntValue;
        case 2: g_iRespawnSeconds = sm_respawn_delay_team_sec_player_count_02.IntValue;
        case 3: g_iRespawnSeconds = sm_respawn_delay_team_sec_player_count_03.IntValue;
        case 4: g_iRespawnSeconds = sm_respawn_delay_team_sec_player_count_04.IntValue;
        case 5: g_iRespawnSeconds = sm_respawn_delay_team_sec_player_count_05.IntValue;
        case 6: g_iRespawnSeconds = sm_respawn_delay_team_sec_player_count_06.IntValue;
        case 7: g_iRespawnSeconds = sm_respawn_delay_team_sec_player_count_07.IntValue;
        case 8: g_iRespawnSeconds = sm_respawn_delay_team_sec_player_count_08.IntValue;
        case 9: g_iRespawnSeconds = sm_respawn_delay_team_sec_player_count_09.IntValue;
        case 10: g_iRespawnSeconds = sm_respawn_delay_team_sec_player_count_10.IntValue;
        case 11: g_iRespawnSeconds = sm_respawn_delay_team_sec_player_count_11.IntValue;
        case 12: g_iRespawnSeconds = sm_respawn_delay_team_sec_player_count_12.IntValue;
        case 13: g_iRespawnSeconds = sm_respawn_delay_team_sec_player_count_13.IntValue;
        case 14: g_iRespawnSeconds = sm_respawn_delay_team_sec_player_count_14.IntValue;
        case 15: g_iRespawnSeconds = sm_respawn_delay_team_sec_player_count_15.IntValue;
        case 16: g_iRespawnSeconds = sm_respawn_delay_team_sec_player_count_16.IntValue;
        case 17: g_iRespawnSeconds = sm_respawn_delay_team_sec_player_count_17.IntValue;
        case 18: g_iRespawnSeconds = sm_respawn_delay_team_sec_player_count_18.IntValue;
        case 19: g_iRespawnSeconds = sm_respawn_delay_team_sec_player_count_19.IntValue;
    }
    // If not set use default
    if (g_iRespawnSeconds == -1)
        g_iRespawnSeconds = sm_respawn_delay_team_sec.IntValue;


    // Respawn type 2 for players
    if (g_iCvar_respawn_type_team_sec == 2)
    {
        g_iRespawn_lives_team_sec = sm_respawn_lives_team_sec.IntValue;
    }
    // Respawn type 2 for bots
    else if (g_iCvar_respawn_type_team_ins == 2)
    {
        // Set base value of remaining lives for team insurgent
        g_iRespawn_lives_team_ins = -1;
        switch (GetTeamSecCount())
        {
            case 0: g_iRespawn_lives_team_ins = sm_respawn_lives_team_ins_player_count_01.IntValue;
            case 1: g_iRespawn_lives_team_ins = sm_respawn_lives_team_ins_player_count_01.IntValue;
            case 2: g_iRespawn_lives_team_ins = sm_respawn_lives_team_ins_player_count_02.IntValue;
            case 3: g_iRespawn_lives_team_ins = sm_respawn_lives_team_ins_player_count_03.IntValue;
            case 4: g_iRespawn_lives_team_ins = sm_respawn_lives_team_ins_player_count_04.IntValue;
            case 5: g_iRespawn_lives_team_ins = sm_respawn_lives_team_ins_player_count_05.IntValue;
            case 6: g_iRespawn_lives_team_ins = sm_respawn_lives_team_ins_player_count_06.IntValue;
            case 7: g_iRespawn_lives_team_ins = sm_respawn_lives_team_ins_player_count_07.IntValue;
            case 8: g_iRespawn_lives_team_ins = sm_respawn_lives_team_ins_player_count_08.IntValue;
            case 9: g_iRespawn_lives_team_ins = sm_respawn_lives_team_ins_player_count_09.IntValue;
            case 10: g_iRespawn_lives_team_ins = sm_respawn_lives_team_ins_player_count_10.IntValue;
            case 11: g_iRespawn_lives_team_ins = sm_respawn_lives_team_ins_player_count_11.IntValue;
            case 12: g_iRespawn_lives_team_ins = sm_respawn_lives_team_ins_player_count_12.IntValue;
            case 13: g_iRespawn_lives_team_ins = sm_respawn_lives_team_ins_player_count_13.IntValue;
            case 14: g_iRespawn_lives_team_ins = sm_respawn_lives_team_ins_player_count_14.IntValue;
            case 15: g_iRespawn_lives_team_ins = sm_respawn_lives_team_ins_player_count_15.IntValue;
            case 16: g_iRespawn_lives_team_ins = sm_respawn_lives_team_ins_player_count_16.IntValue;
            case 17: g_iRespawn_lives_team_ins = sm_respawn_lives_team_ins_player_count_17.IntValue;
            case 18: g_iRespawn_lives_team_ins = sm_respawn_lives_team_ins_player_count_18.IntValue;
            case 19: g_iRespawn_lives_team_ins = sm_respawn_lives_team_ins_player_count_19.IntValue;
        }

        // If not set, use default
        if (g_iRespawn_lives_team_ins == -1)
            g_iRespawn_lives_team_ins = sm_respawn_lives_team_ins.IntValue;

    }

    // Counter attack
    g_flCanSeeVectorMultiplier = cvarCanSeeVectorMultiplier.FloatValue;
    g_iCvar_counterattack_type = sm_respawn_counterattack_type.IntValue;
    g_iCvar_counterattack_vanilla = sm_respawn_counterattack_vanilla.IntValue;
    g_iCvar_final_counterattack_type = sm_respawn_final_counterattack_type.IntValue;
    g_flMinPlayerDistance = cvarMinPlayerDistance.FloatValue;
    g_flBackSpawnIncrease = cvarBackSpawnIncrease.FloatValue;
    g_flMaxPlayerDistance = cvarMaxPlayerDistance.FloatValue;
    g_flMinObjectiveDistance = cvarMinObjectiveDistance.FloatValue;
    g_flSpawnAttackDelay = cvarSpawnAttackDelay.FloatValue;
}

// When tags changed
void TagsChanged(ConVar convar, const char[] oldValue, const char[] newValue)
{
    if (sm_respawn_enabled.BoolValue)
        TagsCheck("respawntimes");
    else
        TagsCheck("respawntimes", true);
}

// On map starts, call initalizing function
void OnMapStart()
{
    //Clear player array
    ClearArray(g_playerArrayList);

    //roundendblock
    g_iSecBotID = 0;
    g_announceTick = g_max_AnnounceTime;
    g_isCheckpoint = 1;
    //end roundendblock

    //Materials for Medic Beams
    g_iBeaconBeam = PrecacheModel("sprites/laserbeam.vmt");
    g_iBeaconHalo = PrecacheModel("sprites/halo01.vmt");

    //Wait until players ready to enable spawn checking
    g_playersReady = false;
    g_botsReady = 0;

    // Wait for navmesh
    CreateTimer(2.0, Timer_MapStart);
    g_preRoundInitial = true;

    CreateTimer(1.0, Timer_AnnounceSaves, _, TIMER_REPEAT | TIMER_FLAG_NO_MAPCHANGE);
}

// Init config
void OnConfigsExecuted()
{
    ServerCommand("exec betterbots.cfg");
    if (sm_respawn_enabled.BoolValue)
    {
        TagsCheck("respawntimes");
    }
    else
    {
        TagsCheck("respawntimes", true);
    }
}

void OnMapEnd()
{
    // Reset respawn token
    ResetSecurityLives();
    ResetInsurgencyLives();
    (g_isMapInit = 0) && (g_botsReady = 0) && (g_iRoundStatus = 0) && (g_iEnableRevive = 0);
}

//End Plugin
void OnPluginEnd()
{
    int ent = -1;
    while ((ent = FindEntityByClassname(ent, "healthkit")) > MaxClients && IsValidEntity(ent))
        AcceptEntityInput(ent, "Kill");
}

// When player connected server, intialize variable
public void OnClientPutInServer(int client)
{
        playerPickSquad[client] = 0;
        g_trackKillDeaths[client] = 0;
        g_iHurtFatal[client] = -1;
        g_playerFirstJoin[client] = 1;
        g_iPlayerRespawnTimerActive[client] = 0;

    //SDKHook(client, SDKHook_PreThinkPost, SHook_OnPreThink);
        char sNickname[64];
        Format(sNickname, sizeof(sNickname), "%N", client);
        g_client_org_nickname[client] = sNickname;
}

// Initializing

public Action Timer_MapStart(Handle Timer)
{
    // Check is map initialized
    if (g_isMapInit == 1) return;
    g_isMapInit = 1;

    //AI Directory Reset
    g_AIDir_ReinforceTimer_Orig = FindConVar("sm_respawn_reinforce_time").IntValue;
    g_AIDir_ReinforceTimer_SubOrig = sm_respawn_reinforce_time_subsequent.IntValue;

    // Bot Reinforce Times
    g_iReinforceTime = sm_respawn_reinforce_time.IntValue;

    // Update cvars
    UpdateRespawnCvars();
    g_isCheckpoint = 0;

    // Reset hiding spot
    int iEmptyArray[MAX_OBJECTIVES];
    g_iCPHidingSpotCount = iEmptyArray;

    // Check gamemode
    char sGameMode[32];
    FindConVar("mp_gamemode").GetString(sGameMode, sizeof(sGameMode));

    if (StrEqual(sGameMode,"checkpoint"))
    {
        g_isCheckpoint = 1;
    }

    g_iEnableRevive = 0;

    // Reset respawn token
    ResetSecurityLives();
    ResetInsurgencyLives();

    // Enemy reinforcement announce timer
    CreateTimer(1.0, Timer_EnemyReinforce, _ , TIMER_REPEAT | TIMER_FLAG_NO_MAPCHANGE);

    // Enemy remaining announce timer
    CreateTimer(30.0, Timer_Enemies_Remaining, _ , TIMER_REPEAT | TIMER_FLAG_NO_MAPCHANGE);

    // Player status check timer
    //CreateTimer(1.0, Timer_PlayerStatus, _ , TIMER_REPEAT | TIMER_FLAG_NO_MAPCHANGE);

    // Revive monitor
    CreateTimer(1.0, Timer_ReviveMonitor, _ , TIMER_REPEAT | TIMER_FLAG_NO_MAPCHANGE);

    // Heal monitor
    CreateTimer(0.5, Timer_MedicMonitor, _ , TIMER_REPEAT | TIMER_FLAG_NO_MAPCHANGE);

    // Display nearest body for medics
    CreateTimer(0.1, Timer_NearestBody, _ , TIMER_REPEAT | TIMER_FLAG_NO_MAPCHANGE);

    // Display nearest body for medics
    CreateTimer(60.0, Timer_AmbientRadio, _ , TIMER_REPEAT | TIMER_FLAG_NO_MAPCHANGE);

    // Monitor ammo resupply
    //CreateTimer(1.0, Timer_AmmoResupply, _ , TIMER_REPEAT | TIMER_FLAG_NO_MAPCHANGE);

    // AI Director Tick
    CreateTimer(1.0, Timer_AIDirector_Main, _ , TIMER_REPEAT | TIMER_FLAG_NO_MAPCHANGE);

    // Squad Spawn Notify Leader
    //if (GetConVarInt(sm_enable_squad_spawning) == 1)
    //CreateTimer(1.0, Timer_SquadSpawn_Notify, _ , TIMER_REPEAT | TIMER_FLAG_NO_MAPCHANGE);

    // Elite Period
    //CreateTimer(1.0, Timer_ElitePeriodTick, _ , TIMER_REPEAT | TIMER_FLAG_NO_MAPCHANGE);

    // Static enemy check timer
    //g_checkStaticAmt = sm_respawn_check_static_enemy.IntValue;
    //g_checkStaticAmtCntr = sm_respawn_check_static_enemy_counter.IntValue;

    //Temp testing
    //g_checkStaticAmtAway = 30;
    //g_checkStaticAmtCntrAway = 12;

    //Elite Bot cvar multipliers (used to minus off top of original cvars)
    g_bot_attack_aimtolerance_newthreat_amt_mult = 0.8;
    g_bot_attack_aimpenalty_amt_close_mult = 15;
    g_bot_attack_aimpenalty_amt_far_mult = 40;
    g_bot_attackdelay_frac_difficulty_impossible_mult = 0.03;
    g_bot_attack_aimpenalty_time_close_mult = 0.15;
    g_bot_attack_aimpenalty_time_far_mult = 2.0;
    g_coop_delay_penalty_base = 800;
    g_bot_aim_aimtracking_base = 0.05;
    g_bot_aim_aimtracking_frac_impossible =  0.05;
    g_bot_aim_angularvelocity_frac_impossible =  0.05;
    g_bot_aim_angularvelocity_frac_sprinting_target =  0.05;
    g_bot_aim_attack_aimtolerance_frac_impossible =  0.05;

    //Get Originals
    g_ins_bot_count_checkpoint_max_org = FindConVar("ins_bot_count_checkpoint_max").IntValue;
    g_mp_player_resupply_coop_delay_max_org = FindConVar("mp_player_resupply_coop_delay_max").IntValue;
    g_mp_player_resupply_coop_delay_penalty_org = FindConVar("mp_player_resupply_coop_delay_penalty").IntValue;
    g_mp_player_resupply_coop_delay_base_org = FindConVar("mp_player_resupply_coop_delay_base").IntValue;
    g_bot_attack_aimpenalty_amt_close_org = FindConVar("bot_attack_aimpenalty_amt_close").IntValue;
    g_bot_attack_aimpenalty_amt_far_org = FindConVar("bot_attack_aimpenalty_amt_far").IntValue;
    g_bot_attack_aimpenalty_time_close_org = FindConVar("bot_attack_aimpenalty_time_close").FloatValue;
    g_bot_attack_aimpenalty_time_far_org = FindConVar("bot_attack_aimpenalty_time_far").FloatValue;
    g_bot_attack_aimtolerance_newthreat_amt_org = FindConVar("bot_attack_aimtolerance_newthreat_amt").FloatValue;
    g_bot_attackdelay_frac_difficulty_impossible_org = FindConVar("bot_attackdelay_frac_difficulty_impossible").FloatValue;
    g_bot_aim_aimtracking_base_org = FindConVar("bot_aim_aimtracking_base").FloatValue;
    g_bot_aim_aimtracking_frac_impossible_org = FindConVar("bot_aim_aimtracking_frac_impossible").FloatValue;
    g_bot_aim_angularvelocity_frac_impossible_org = FindConVar("bot_aim_angularvelocity_frac_impossible").FloatValue;
    g_bot_aim_angularvelocity_frac_sprinting_target_org = FindConVar("bot_aim_angularvelocity_frac_sprinting_target").FloatValue;
    g_bot_aim_attack_aimtolerance_frac_impossible_org = FindConVar("bot_aim_attack_aimtolerance_frac_impossible").FloatValue;

    //CreateTimer(1.0, Timer_CheckEnemyStatic, _ , TIMER_REPEAT | TIMER_FLAG_NO_MAPCHANGE);
    //CreateTimer(1.0, Timer_CheckEnemyAway, _ , TIMER_REPEAT | TIMER_FLAG_NO_MAPCHANGE);
}

// When player connected server, intialize variables
public Action Event_PlayerConnect(Event event, const char[] name, bool dontBroadcast) {
    int client = GetClientOfUserId(event.GetInt("userid"));

    playerPickSquad[client] = 0;
    g_iHurtFatal[client] = -1;
    g_playerFirstJoin[client] = 1;
    g_iPlayerRespawnTimerActive[client] = 0;

    //g_fPlayerLastChat[client] = GetGameTime();

    //Update RespawnCvars when players join
    UpdateRespawnCvars();
}

// When player disconnected server, intialize variables
public Action Event_PlayerDisconnect(Event event, const char[] name, bool dontBroadcast)
{
    int client = GetClientOfUserId(event.GetInt("userid"));
    if (client > 0)
    {
        g_squadSpawnEnabled[client] = 0;
        playerPickSquad[client] = 0;

        // Reset player status
        //reset his class model
        g_client_last_classstring[client] = "";

        // Remove network ragdoll associated with player
        int playerRag = EntRefToEntIndex(g_iClientRagdolls[client]);
        if (playerRag > 0 && IsValidEdict(playerRag) && IsValidEntity(playerRag))
        {
            RemoveRagdoll(client);
        }

        // Update cvar
        UpdateRespawnCvars();
    }
    g_LastButtons[client] = 0;
    return Plugin_Continue;
}

Action Timer_AnnounceSaves(Handle timer, any data)
{

    g_announceTick--;
    if (g_announceTick <= 0)
    {
        //char textToPrint[64];
        char textToHint[64];
        //Format(textToPrint, sizeof(textToPrint), "\x03[INTEL] Remaining Security Reinforcements: %d", g_iRoundBlockCount);
        Format(textToHint, sizeof(textToHint), "\x03[INTEL] Remaining Security Reinforcements: %d", g_iRoundBlockCount);
        //PrintToChatAll(textToPrint);
        PrintHintTextToAll(textToHint);
        g_announceTick = g_max_AnnounceTime;
    }
}


// Console command for reload config
public Action Command_Reload(int client, int args)
{
    ServerCommand("exec sourcemod/respawn.cfg");

    //Reset respawn token
    ResetSecurityLives();
    ResetInsurgencyLives();

    //PrintToServer("[RESPAWN] %N reloaded respawn config.", client);
    ReplyToCommand(client, "[SM] Reloaded 'sourcemod/respawn.cfg' file.");
}



// Respawn function for console command
public Action Command_Respawn(int client, int args) {
    // Check argument
    if (args < 1) {
        ReplyToCommand(client, "[SM] Usage: sm_player_respawn <#userid|name>");
        return Plugin_Handled;
    }

    // Retrive argument
    char arg[65];
    GetCmdArg(1, arg, sizeof(arg));
    char target_name[MAX_TARGET_LENGTH];
    int[] target_list = new int[MaxClients];
    int target_count;
    bool tn_is_ml;

    // Get target count
    target_count = ProcessTargetString(
                    arg,
                    client,
                    target_list,
                    MaxClients,
                    COMMAND_FILTER_DEAD,
                    target_name,
                    sizeof(target_name),
                    tn_is_ml);

    // Check target count
    // If we don't have dead players
    if (target_count <= COMMAND_TARGET_NONE)  {
        ReplyToTargetError(client, target_count);
        return Plugin_Handled;
    }

    // Team filter dead players, re-order target_list array with new_target_count
    int target;
    int team;

    int new_target_count;


    // Check team
    for (int i = 0; i < target_count; i++) {
        target = target_list[i];
        team = GetClientTeam(target);

        if (team >= 2) {
            // re-order
            target_list[new_target_count] = target;
            new_target_count++;
        }
    }

    // Check target count
    // No dead players from  team 2 and 3
    if (new_target_count == COMMAND_TARGET_NONE)  {
        ReplyToTargetError(client, new_target_count);
        return Plugin_Handled;
    }
    // re-set new value.
    target_count = new_target_count;

    // If target exists
    if (tn_is_ml) {
        ShowActivity2(client, "[SM] ", "%t", "Toggled respawn on target", target_name);
    }
    else {
        ShowActivity2(client, "[SM] ", "%t", "Toggled respawn on target", "_s", target_name);
    }

    // Process respawn
    for (int i = 0; i < target_count; i++) {
        RespawnPlayer(client, target_list[i]);
    }

    return Plugin_Handled;
}

/*Action Timer_EliteBots(Handle Timer)
{
    // Get the number of control points
    int ncp = Ins_ObjectiveResource_GetProp("m_iNumControlPoints");
    // Get active push point
    int acp = Ins_ObjectiveResource_GetProp("m_nActivePushPointIndex");
    if (Ins_InCounterAttack())
    {
        if ((acp+1) == ncp)
            g_isEliteCounter = 1;
        else
            g_isEliteCounter = 1;
    }
}*/

// Respawn player
void RespawnPlayer(int client, int target)
{
    int team = GetClientTeam(target);
    if(IsClientInGame(target) && !IsClientTimingOut(target) && g_client_last_classstring[target][0]
        && playerPickSquad[target] == 1 && !IsPlayerAlive(target) && team == TEAM_1_SEC)

    // Write a log
    {
        LogAction(client, target, "\"%L\" respawned \"%L\"", client, target);

        // Call force respawn function
        SDKCall(g_hForceRespawn, target);
    }
}

// ForceRespawnPlayer player
void ForceRespawnPlayer(int client, int target)
{
    int team = GetClientTeam(target);
    if(IsClientInGame(target) && !IsClientTimingOut(target) && g_client_last_classstring[target][0]
        && playerPickSquad[target] == 1 && team == TEAM_1_SEC)
    {
        // Write a log
        LogAction(client, target, "\"%L\" respawned \"%L\"", client, target);

        // Call force respawn fucntion
        SDKCall(g_hForceRespawn, target);
    }
}

// Announce enemies remaining
Action Timer_Enemies_Remaining(Handle Timer)
{
    // Check round state
    if (g_iRoundStatus == 0) return Plugin_Continue;

    // Check enemy count
    int alive_insurgents;
    for (int i = 1; i <= MaxClients; i++)
    {
        if (IsClientConnected(i) && IsClientInGame(i) && IsPlayerAlive(i) && IsFakeClient(i))
            alive_insurgents++;
    }
    //sm_medpack_health_amount new validAntenna = -1;
    //validAntenna = FindValid_Antenna();
    //if (validAntenna != -1 || g_jammerRequired == 0)
    // Announce
    //decl String:textToPrintChat[64];
    char textToPrint[32];
    //Format(textToPrintChat, sizeof(textToPrintChat), "[INTEL]Enemies alive: %d | Enemy reinforcements left: %d", alive_insurgents, g_iRemaining_lives_team_ins);
    Format(textToPrint, sizeof(textToPrint), "[INTEL]Enemies alive: %d", alive_insurgents);
    PrintHintTextToAll(textToPrint);
        //PrintToChatAll(textToPrintChat);

    int timeReduce = (GetTeamSecCount() / 3);
    if (timeReduce <= 0)
        timeReduce = 3;
    return Plugin_Continue;
}

//Check Min/Max AD
stock int AI_Director_SetMinMax(int t_AIDir_TeamStatus, int t_AIDir_TeamStatus_min, int t_AIDir_TeamStatus_max)
{
    if (t_AIDir_TeamStatus < t_AIDir_TeamStatus_min)
    t_AIDir_TeamStatus = t_AIDir_TeamStatus_min;
    else if (t_AIDir_TeamStatus > t_AIDir_TeamStatus_max)
    t_AIDir_TeamStatus = t_AIDir_TeamStatus_max;
    return t_AIDir_TeamStatus;
}

Action AI_Director_RandomEnemyReinforce()
{
    char textToPrint[64];
    //Only add more reinforcements if under certain amount so its not endless.
    if (g_iRemaining_lives_team_ins > 0)
    {
            // Get bot count
            int minBotCount = (g_iRespawn_lives_team_ins / 5);
            g_iRemaining_lives_team_ins = g_iRemaining_lives_team_ins + minBotCount;
            Format(textToPrint, sizeof(textToPrint), "[INTEL]Ambush Reinforcements Added to Existing Reinforcements!");

            //AI Director Reinforcement START
            g_AIDir_BotReinforceTriggered = true;
            g_AIDir_TeamStatus -= 5;
            g_AIDir_TeamStatus = AI_Director_SetMinMax(g_AIDir_TeamStatus, g_AIDir_TeamStatus_min, g_AIDir_TeamStatus_max);
            //AI Director Reinforcement END

            PrintHintTextToAll(textToPrint);
            g_iReinforceTime = g_iReinforceTimeSubsequent_AD_Temp;

            //Lower Bot Flank spawning on reinforcements
            g_dynamicSpawn_Perc = 0;

            // Add bots
            for (int client = 1; client <= MaxClients; client++)
            {
                if (client > 0 && IsClientInGame(client))
                {
                    int m_iTeam = GetClientTeam(client);
                    if (IsFakeClient(client) && !IsPlayerAlive(client) && m_iTeam == TEAM_2_INS)
                    {
                        g_iRemaining_lives_team_ins++;
                        CreateBotRespawnTimer(client);
                    }
                }
            }

            //Reset bot back spawning to default
            CreateTimer(45.0, Timer_ResetBotFlankSpawning, _);
    }
    else
    {
        // Get bot count
        int minBotCount = (g_iRespawn_lives_team_ins / 5);
        g_iRemaining_lives_team_ins = g_iRemaining_lives_team_ins + minBotCount;

        //Lower Bot Flank spawning on reinforcements
        g_dynamicSpawn_Perc = 0;

        // Add bots
        for (int client = 1; client <= MaxClients; client++)
        {
            if (client > 0 && IsClientInGame(client))
            {
                int m_iTeam = GetClientTeam(client);
                if (IsFakeClient(client) && !IsPlayerAlive(client) && m_iTeam == TEAM_2_INS)
                {
                    g_iRemaining_lives_team_ins++;
                    CreateBotRespawnTimer(client);
                }
            }
        }
        g_iReinforceTime = g_iReinforceTimeSubsequent_AD_Temp;

        //Reset bot back spawning to default
        CreateTimer(45.0, Timer_ResetBotFlankSpawning, _);

        // Get random duration
        //new fRandomInt = GetRandomInt(1, 4);

        Format(textToPrint, sizeof(textToPrint), "[INTEL]Enemy Ambush Reinforcement Incoming!");

        //AI Director Reinforcement START
        g_AIDir_BotReinforceTriggered = true;
        g_AIDir_TeamStatus -= 5;
        g_AIDir_TeamStatus = AI_Director_SetMinMax(g_AIDir_TeamStatus, g_AIDir_TeamStatus_min, g_AIDir_TeamStatus_max);

        //AI Director Reinforcement END

        PrintHintTextToAll(textToPrint);
    }
}

// This timer reinforces bot team if you do not capture point
Action Timer_EnemyReinforce(Handle Timer)
{
    // Check round state
    if (g_iRoundStatus == 0) return Plugin_Continue;

    // Check enemy remaining
    if (g_iRemaining_lives_team_ins <= (g_iRespawn_lives_team_ins / g_iReinforce_Mult) + g_iReinforce_Mult_Base)
    {
        g_iReinforceTime--;
        char textToPrint[64];
        // Announce every 10 seconds
        if (g_iReinforceTime % 10 == 0 && g_iReinforceTime > 10)
        {
                Format(textToPrint, sizeof(textToPrint), "Allied forces spawn on counter-attacks, capture the point!");
                PrintHintTextToAll(textToPrint);
        }
        // Announce every 1 second
        if (g_iReinforceTime <= 10)
        {
            Format(textToPrint, sizeof(textToPrint), "ISIS reinforce in %d seconds | capture point soon!", g_iReinforceTime);
            PrintHintTextToAll(textToPrint);
        }
        // Process reinforcement
        if (g_iReinforceTime <= 0)
        {
            // If enemy reinforcement is not over, add it
            if (g_iRemaining_lives_team_ins > 0)
            {
                //Only add more reinforcements if under certain amount so its not endless.
                if (g_iRemaining_lives_team_ins < (g_iRespawn_lives_team_ins / g_iReinforce_Mult) + g_iReinforce_Mult_Base)
                {
                    // Get bot count
                    int minBotCount = (g_iRespawn_lives_team_ins / 4);
                    g_iRemaining_lives_team_ins = g_iRemaining_lives_team_ins + minBotCount;
                    Format(textToPrint, sizeof(textToPrint), "ISIS terrorists have arrived!");

                    //AI Director Reinforcement START
                    g_AIDir_BotReinforceTriggered = true;
                    g_AIDir_TeamStatus -= 5;
                    g_AIDir_TeamStatus = AI_Director_SetMinMax(g_AIDir_TeamStatus, g_AIDir_TeamStatus_min, g_AIDir_TeamStatus_max);
                    //AI Director Reinforcement END

                    PrintHintTextToAll(textToPrint);
                    g_iReinforceTime = g_iReinforceTimeSubsequent_AD_Temp;

                    //Lower Bot Flank spawning on reinforcements
                    g_dynamicSpawn_Perc = 0;

                    // Add bots
                    for (int client = 1; client <= MaxClients; client++)
                    {
                        if (client > 0 && IsClientInGame(client))
                        {
                            int m_iTeam = GetClientTeam(client);
                            if (IsFakeClient(client) && !IsPlayerAlive(client) && m_iTeam == TEAM_2_INS)
                            {
                                g_iRemaining_lives_team_ins++;
                                CreateBotRespawnTimer(client);
                            }
                        }
                    }

                    //Reset bot back spawning to default
                    CreateTimer(45.0, Timer_ResetBotFlankSpawning, _);
                }
                else
                {

                    // Reset reinforce time
                    g_iReinforceTime = g_iReinforceTime_AD_Temp;
                }
            }

            // Respawn enemies
            else
            {
                // Get bot count
                int minBotCount = (g_iRespawn_lives_team_ins / 4);
                g_iRemaining_lives_team_ins = g_iRemaining_lives_team_ins + minBotCount;

                //Lower Bot Flank spawning on reinforcements
                g_dynamicSpawn_Perc = 0;

                // Add bots
                for (int client = 1; client <= MaxClients; client++)
                {
                    if (client > 0 && IsClientInGame(client))
                    {
                        int m_iTeam = GetClientTeam(client);
                        if (IsFakeClient(client) && !IsPlayerAlive(client) && m_iTeam == TEAM_2_INS)
                        {
                            g_iRemaining_lives_team_ins++;
                            CreateBotRespawnTimer(client);
                        }
                    }
                }
                g_iReinforceTime = g_iReinforceTimeSubsequent_AD_Temp;

                //Reset bot back spawning to default
                CreateTimer(45.0, Timer_ResetBotFlankSpawning, _);

                // Get random duration
                //new fRandomInt = GetRandomInt(1, 4);

                Format(textToPrint, sizeof(textToPrint), "ISIS terrorists have now arrived!");

                //AI Director Reinforcement START
                g_AIDir_BotReinforceTriggered = true;
                g_AIDir_TeamStatus -= 5;
                g_AIDir_TeamStatus = AI_Director_SetMinMax(g_AIDir_TeamStatus, g_AIDir_TeamStatus_min, g_AIDir_TeamStatus_max);

                //AI Director Reinforcement END
                PrintHintTextToAll(textToPrint);
            }
        }
    }
    return Plugin_Continue;
}

//Reset bot flank spawning X seconds after reinforcement
Action Timer_ResetBotFlankSpawning(Handle timer)
{
    //Reset bot back spawning to default
    g_dynamicSpawn_Perc = sm_respawn_dynamic_spawn_percent.IntValue;
    return Plugin_Continue;
}

/*
// Check enemy is stuck
public Action Timer_CheckEnemyStatic(Handle timer) {
    //Remove bot weapons when static killed to reduce server performance on dropped items.
    int primaryRemove = 1;
    int secondaryRemove ;
     grenadesRemove = 1;

    // Check round state
    if (g_iRoundStatus == 0) {
        return Plugin_Continue;
    }

    if (Ins_InCounterAttack()) {
        g_checkStaticAmtCntr = g_checkStaticAmtCntr - 1;
        if (g_checkStaticAmtCntr <= 0) {
            for (int enemyBot = 1; enemyBot <= MaxClients; enemyBot++) {
                if (IsClientInGame(enemyBot) && IsFakeClient(enemyBot)) {
                    int m_iTeam = GetClientTeam(enemyBot);
                    if (IsPlayerAlive(enemyBot) && m_iTeam == TEAM_2_INS) {
                        // Get current position
                        float enemyPos[3];
                        GetClientAbsOrigin(enemyBot, float enemyPos);

                        // Get distance
                        float tDistance;
                        float capDistance;
                        tDistance = GetVectorDistance(enemyPos, g_enemyTimerPos[enemyBot]);
                        if (g_isCheckpoint == 1) {
                            int m_nActivePushPointIndex = Ins_ObjectiveResource_GetProp("m_nActivePushPointIndex");
                            if (0 <= m_nActivePushPointIndex < sizeof(m_vCPPositions))
                            Ins_ObjectiveResource_GetPropVector(" ", m_vCPPositions[m_nActivePushPointIndex], m_nActivePushPointIndex);
                            capDistance = GetVectorDistance(enemyPos, m_vCPPositions[m_nActivePushPointIndex]);
                        }
                        else {
                            capDistance = 801.0;
                        }
                        // If enemy position is static, kill him
                        if (tDistance <= 150 && Check_NearbyPlayers(enemyBot) && (capDistance > 800 || g_botStaticGlobal[enemyBot] > 120)) {
                            RemoveWeapons(enemyBot, primaryRemove, secondaryRemove, grenadesRemove);
                            ForcePlayerSuicide(enemyBot);
                            AddLifeForStaticKilling(enemyBot);
                            //PrintToServer("ENEMY STATIC - KILLING");
                            g_badSpawnPos_Track[enemyBot] = enemyPos;
                            //PrintToServer("Add to g_badSpawnPos_Array | enemyPos: (%f, %f, %f) | g_badSpawnPos_Array Size: %d", enemyPos[0], enemyPos[1], enemyPos[2], g_badSpawnPos_Array.Length);
                            //g_badSpawnPos_Array.PushArray(enemyPos, sizeof(enemyPos));
                        }
                        // Update current position
                        else {
                            g_enemyTimerPos[enemyBot] = enemyPos;
                            g_botStaticGlobal[enemyBot]++;
                        }
                    }
                }
            }
            g_checkStaticAmtCntr = sm_respawn_check_static_enemy_counter.IntValue;
        }
    }
    else {
        g_checkStaticAmt = g_checkStaticAmt - 1;
        if (g_checkStaticAmt <= 0) {
            for (int enemyBot = 1; enemyBot <= MaxClients; enemyBot++) {
                if (IsClientInGame(enemyBot) && IsFakeClient(enemyBot)) {
                    int m_iTeam = GetClientTeam(enemyBot);
                    if (enemyBot > 0 && IsPlayerAlive(enemyBot) && m_iTeam == TEAM_2_INS) {
                        // Get current position
                        float enemyPos[3];
                        GetClientAbsOrigin(enemyBot, float enemyPos);

                        // Get distance
                        float tDistance;
                        float capDistance;
                        tDistance = GetVectorDistance(enemyPos, g_enemyTimerPos[enemyBot]);
                        //Check point distance
                        if (g_isCheckpoint == 1) {
                            int m_nActivePushPointIndex = Ins_ObjectiveResource_GetProp("m_nActivePushPointIndex");
                            if (0 <= m_nActivePushPointIndex < sizeof(m_vCPPositions))
                            Ins_ObjectiveResource_GetPropVector("m_vCPPositions", m_vCPPositions[m_nActivePushPointIndex], m_nActivePushPointIndex);
                            capDistance = GetVectorDistance(enemyPos, m_vCPPositions[m_nActivePushPointIndex]);
                        }
                        else {
                            capDistance = 801.0;
                        }
                        // If enemy position is static, kill him
                        // || g_botStaticGlobal[enemyBot] > 120))
                        if (tDistance <= 150 && (capDistance > 800) && Check_NearbyPlayers(enemyBot))  {
                            //PrintToServer("ENEMY STATIC - KILLING");
                            RemoveWeapons(enemyBot, primaryRemove, secondaryRemove, grenadesRemove);
                            ForcePlayerSuicide(enemyBot);
                            AddLifeForStaticKilling(enemyBot);
                        }
                        // Update current position
                        else {
                            g_enemyTimerPos[enemyBot] = enemyPos;
                            //g_botStaticGlobal[enemyBot]++;
                        }
                    }
                }
            }
            g_checkStaticAmt = sm_respawn_check_static_enemy.IntValue;
        }
    }

    return Plugin_Continue;
}
// Check enemy is stuck
public Action Timer_CheckEnemyAway(Handle timer) {
    //Remove bot weapons when static killed to reduce server performance on dropped items.
    int primaryRemove = 1;
    int secondaryRemove ;
     grenadesRemove = 1;
    // Check round state
    if (g_iRoundStatus == 0) {
        return Plugin_Continue;
    }

    if (Ins_InCounterAttack()) {
        g_checkStaticAmtCntrAway = g_checkStaticAmtCntrAway - 1;
        if (g_checkStaticAmtCntrAway <= 0) {
            for (int enemyBot = 1; enemyBot <= MaxClients; enemyBot++) {
                if (IsClientInGame(enemyBot) && IsFakeClient(enemyBot)) {
                    int m_iTeam = GetClientTeam(enemyBot);
                    if (IsPlayerAlive(enemyBot) && m_iTeam == TEAM_2_INS) {
                        // Get current position
                        float enemyPos[3];
                        GetClientAbsOrigin(enemyBot, float enemyPos);

                        // Get distance
                        float tDistance;
                        float capDistance;
                        tDistance = GetVectorDistance(enemyPos, g_enemyTimerAwayPos[enemyBot]);
                        if (g_isCheckpoint == 1) {
                            int m_nActivePushPointIndex = Ins_ObjectiveResource_GetProp("m_nActivePushPointIndex");
                            Ins_ObjectiveResource_GetPropVector("m_vCPPositions", m_vCPPositions[m_nActivePushPointIndex], m_nActivePushPointIndex);
                            capDistance = GetVectorDistance(enemyPos, m_vCPPositions[m_nActivePushPointIndex]);
                        }
                        else {
                            capDistance = 801.0;
                        }
                        // If enemy position is static, kill him
                        if (tDistance <= 150 && capDistance > 2500) {
                            //PrintToServer("ENEMY STATIC - KILLING");
                            RemoveWeapons(enemyBot, primaryRemove, secondaryRemove, grenadesRemove);
                            ForcePlayerSuicide(enemyBot);
                            AddLifeForStaticKilling(enemyBot);
                        }
                        // Update current position
                        else {
                            g_enemyTimerAwayPos[enemyBot] = enemyPos;
                        }
                    }
                }
            }
            g_checkStaticAmtCntrAway = 12;
        }
    }
    else {
        g_checkStaticAmtAway = g_checkStaticAmtAway - 1;
        if (g_checkStaticAmtAway <= 0) {
            for (int enemyBot = 1; enemyBot <= MaxClients; enemyBot++) {
                if (IsClientInGame(enemyBot) && IsFakeClient(enemyBot)) {
                    int m_iTeam = GetClientTeam(enemyBot);
                    if (enemyBot > 0 && IsPlayerAlive(enemyBot) && m_iTeam == TEAM_2_INS) {
                        // Get current position
                        float enemyPos[3];
                        GetClientAbsOrigin(enemyBot, float enemyPos);

                        // Get distance
                        float tDistance;
                        float capDistance;
                        tDistance = GetVectorDistance(enemyPos, g_enemyTimerAwayPos[enemyBot]);
                        //Check point distance
                        if (g_isCheckpoint == 1) {
                            int m_nActivePushPointIndex = Ins_ObjectiveResource_GetProp("m_nActivePushPointIndex");
                            if (0 <= m_nActivePushPointIndex < sizeof(m_vCPPositions))
                            Ins_ObjectiveResource_GetPropVector("m_vCPPositions", m_vCPPositions[m_nActivePushPointIndex], m_nActivePushPointIndex);
                            capDistance = GetVectorDistance(enemyPos, m_vCPPositions[m_nActivePushPointIndex]);
                        }
                        // If enemy position is static, kill him
                        if (tDistance <= 150 && capDistance > 1200) {
                            //PrintToServer("ENEMY STATIC - KILLING");
                            RemoveWeapons(enemyBot, primaryRemove, secondaryRemove, grenadesRemove);
                            ForcePlayerSuicide(enemyBot);
                            AddLifeForStaticKilling(enemyBot);
                        }
                        // Update current position
                        else {
                            g_enemyTimerAwayPos[enemyBot] = enemyPos;
                        }
                    }
                }
            }
            g_checkStaticAmtAway = 30;
        }
    }

    return Plugin_Continue;
}

void AddLifeForStaticKilling(int client) {
    // Respawn type 1
    int team = GetClientTeam(client);
    if (g_iCvar_respawn_type_team_ins == 1 && team == TEAM_2_INS && g_iRespawn_lives_team_ins > 0) {
        g_iSpawnTokens[client]++;
    }
    else if (g_iCvar_respawn_type_team_ins == 2 && team == TEAM_2_INS && g_iRespawn_lives_team_ins > 0) {
        g_iRemaining_lives_team_ins++;
    }
}
*/

stock void SetPrimaryAmmo(int client, int weap, int ammo, int type)
{
    //new PropType:proptype = Prop_Data;
    //new myweapons = FindSendPropInfo("CCSPlayer", "m_hMyWeapons");
    //new weap = GetEntDataEnt2(client, myweapons+ (slot*4));
    if(IsValidEntity(weap))
    {
        if (type==0)
        {
            SetEntData(weap, FindSendPropInfo("CBaseCombatWeapon", "m_iClip1"), ammo, _, true);
            return;
        }
        else if (type==1)
        {
            SetEntData(weap, FindSendPropInfo("CBaseCombatWeapon", "m_iClip2"), ammo, _, true);
            return;
        }
    }
}

// Update player's gear
void SetPlayerAmmo(int client)
{
    if (IsClientInGame(client) && !IsFakeClient(client))
    {
        int primaryWeapon = GetPlayerWeaponSlot(client, 0);
        int secondaryWeapon = GetPlayerWeaponSlot(client, 1);
        int playerGrenades = GetPlayerWeaponSlot(client, 3);

        //Check primary weapon
        if (primaryWeapon != -1 && IsValidEntity(primaryWeapon))
        {
            SetPrimaryAmmo(client, primaryWeapon, playerClip[client][0], 0); //primary clip
            Client_SetWeaponPlayerAmmoEx(client, primaryWeapon, playerAmmo[client][0]); //primary
        }

        // Check secondary weapon
        if (secondaryWeapon != -1 && IsValidEntity(secondaryWeapon))
        {
            SetPrimaryAmmo(client, secondaryWeapon, playerClip[client][1], 1); //secondary clip
            Client_SetWeaponPlayerAmmoEx(client, secondaryWeapon, playerAmmo[client][1]); //secondary
        }

        // Check grenades
        if (playerGrenades != -1 && IsValidEntity(playerGrenades)) // We need to figure out what slots are defined#define Slot_HEgrenade 11, #define Slot_Flashbang 12, #define Slot_Smokegrenade 13
        {
            while (playerGrenades != -1 && IsValidEntity(playerGrenades)) // since we only have 3 slots in current theate
            {
                playerGrenades = GetPlayerWeaponSlot(client, 3);
                if (playerGrenades != -1 && IsValidEntity(playerGrenades)) // We need to figure out what slots are defined#define Slot_HEgrenade 11, #define Slot_Flashbang 12, #define Slot_Smokegrenade 1
                {


                    // Remove grenades but not pistols
                    char weapon[32];
                    GetEntityClassname(playerGrenades, weapon, sizeof(weapon));
                    RemovePlayerItem(client,playerGrenades);
                    AcceptEntityInput(playerGrenades, "kill");

                }
            }
        }
        if (!IsFakeClient(client))
            playerRevived[client] = false;
    }
}

public Action Event_PlayerReload_Pre(Event event, const char[] name, bool dontBroadcast)
{
    int client = GetClientOfUserId(event.GetInt("userid"));
    if (IsFakeClient(client) && playerInRevivedState[client] == false) return Plugin_Continue;
    g_playerActiveWeapon[client] = GetEntPropEnt(client, Prop_Data, "m_hActiveWeapon");
    return Plugin_Continue;
}

/*
#####################################################################
#####################################################################
#####################################################################
# Jballous INS_SPAWNPOINT SPAWNING START ############################
# Jballous INS_SPAWNPOINT SPAWNING START ############################
#####################################################################
#####################################################################
#####################################################################
*/

stock float GetInsSpawnGround(int spawnPoint, float vecSpawn[3])
{
    float fGround[3];
    vecSpawn[2] += 15.0;
    TR_TraceRayFilter(vecSpawn, view_as<float>({90.0, 0.0, 0.0}), MASK_PLAYERSOLID, RayType_Infinite, TRDontHitSelf, spawnPoint);
    if (TR_DidHit())
    {
        TR_GetEndPosition(fGround);
        return fGround;
    }
    return vecSpawn;
}

//  float GetClientGround(int client) {
//      float fOrigin[3];
//      float fGround[3];
//      GetClientAbsOrigin(client, fOrigin);

//      fOrigin[2] += 15.0;

//      TR_TraceRayFilter(fOrigin, float {90.0, 0.0, 0.0}, MASK_PLAYERSOLID, RayType_Infinite, TRDontHitSelf, client);
//      if (TR_DidHit()) {
//          TR_GetEndPosition(fGround);
//          fOrigin[2] -= 15.0;
//          return fGround[2];
//      }
//      return 0.0;
//  }

int CheckSpawnPoint(float vecSpawn[3], int client, float tObjectiveDistance, int m_nActivePushPointIndex) {
//Ins_InCounterAttack
    int m_iTeam = GetClientTeam(client);
    float distance;
    float furthest;
    float closest=-1.0;
    float vecOrigin[3];
    //float tBadPos[3];

    GetClientAbsOrigin(client, vecOrigin);
    float tMinPlayerDistMult = 0.0;

    int acp = (Ins_ObjectiveResource_GetProp("m_nActivePushPointIndex") - 1);
    int acp2 = m_nActivePushPointIndex;
    int ncp = Ins_ObjectiveResource_GetProp("m_iNumControlPoints");
    if (acp == acp2 && !Ins_InCounterAttack()) {
        tMinPlayerDistMult = g_flBackSpawnIncrease;
        //PrintToServer("INCREASE SPAWN DISTANCE | acp: %d acp2 %d", acp, acp2);
    }

    //Update player spawns before we check against them
    UpdatePlayerOrigins();
    //Lets go through checks to find a valid spawn point
    for (int iTarget = 1; iTarget < MaxClients; iTarget++) {
        if (!IsValidClient(iTarget)) continue;

        if (!IsClientInGame(iTarget)) continue;
        if (!IsPlayerAlive(iTarget)) {
            continue;
        }
        int tTeam = GetClientTeam(iTarget);
        if (tTeam != TEAM_1_SEC) {
            continue;
        }
        ////InsLog(DEBUG, "Distance from %N to iSpot %d is %f", iTarget, iSpot, distance);
        distance = GetVectorDistance(vecSpawn, g_vecOrigin[iTarget]);
        if (distance > furthest) {
            furthest = distance;
        }
        if ((distance < closest) || (closest < 0)) {
            closest = distance;
        }

        if (GetClientTeam(iTarget) != m_iTeam) {
            // If we are too close
            if (distance < (g_flMinPlayerDistance + tMinPlayerDistMult)) {
                 return 0;
            }
            // If the player can see the spawn point (divided CanSeeVector to slightly reduce strictness)
            //(IsVectorInSightRange(iTarget, vecSpawn, 120.0)) ||  / g_flCanSeeVectorMultiplier
            if (ClientCanSeeVector(iTarget, vecSpawn, (g_flMinPlayerDistance * g_flCanSeeVectorMultiplier))) {
                return 0;
            }
            //If any player is too far
            if (closest > g_flMaxPlayerDistance) {
                return 0;
            }
            else if (closest > 2000 && g_cacheObjActive == 1 && Ins_InCounterAttack())
                return 0;
        }
    }

    Ins_ObjectiveResource_GetPropVector("m_vCPPositions", m_vCPPositions[m_nActivePushPointIndex], m_nActivePushPointIndex);
    distance = GetVectorDistance(vecSpawn, m_vCPPositions[m_nActivePushPointIndex]);
    if (distance > (tObjectiveDistance) && (((acp+1) != ncp) || !Ins_InCounterAttack()))
        return 0;
    else if (distance > (tObjectiveDistance * g_DynamicRespawn_Distance_mult) &&
    (((acp+1) != ncp) || !Ins_InCounterAttack()))
        return 0;



//  if ((0 >= client || client > MaxClients) || !IsClientInGame(client)) return 0;
    if ((0 < client <= MaxClients) || !IsClientInGame(client)) {
        return 0;
    }

    int fRandomInt = GetRandomInt(1, 100);
    //If final point respawn around last point, not final point
    if ((((acp+1) == ncp) || Ins_InCounterAttack()) && fRandomInt <= 10) {
        int m_nActivePushPointIndexFinal = Ins_ObjectiveResource_GetProp("m_nActivePushPointIndex");
        m_nActivePushPointIndexFinal -= 1;
        distance = GetVectorDistance(vecSpawn, m_vCPPositions[m_nActivePushPointIndexFinal]);
        if (distance > (tObjectiveDistance)) {
             return 0;
        }
        else if (distance > (tObjectiveDistance * g_DynamicRespawn_Distance_mult)) {
             return 0;
        }
    }
        //PrintToServer("CHECKSPAWN | m_nActivePushPointIndex: %d", m_nActivePushPointIndex);
    return 1;
}



int CheckSpawnPointPlayers(float vecSpawn[3], int client, float tObjectiveDistance) {
//Ins_InCounterAttack
    int m_iTeam = GetClientTeam(client);
    float distance;
    float furthest;
    float closest=-1.0;
    float vecOrigin[3];
    GetClientAbsOrigin(client, vecOrigin);
    //Update player spawns before we check against them
    UpdatePlayerOrigins();

    int m_nActivePushPointIndex = Ins_ObjectiveResource_GetProp("m_nActivePushPointIndex");
    float objDistance;

    //Lets go through checks to find a valid spawn point
    for (int iTarget = 1; iTarget < MaxClients; iTarget++) {
        if (!IsValidClient(iTarget)) {
            continue;
        }
        if (!IsClientInGame(iTarget)) {
            continue;
        }
        if (!IsPlayerAlive(iTarget)) {
            continue;
        }
        int tTeam = GetClientTeam(iTarget);
        if (tTeam != TEAM_1_SEC) {
            continue;
        }

        m_nActivePushPointIndex = Ins_ObjectiveResource_GetProp("m_nActivePushPointIndex");

        //If in counter
        if (Ins_InCounterAttack() && m_nActivePushPointIndex > 0) {
            m_nActivePushPointIndex -= 1;
        }

        Ins_ObjectiveResource_GetPropVector("m_vCPPositions", m_vCPPositions[m_nActivePushPointIndex], m_nActivePushPointIndex);

        objDistance = GetVectorDistance(g_vecOrigin[iTarget], m_vCPPositions[m_nActivePushPointIndex]);
        distance = GetVectorDistance(vecSpawn, g_vecOrigin[iTarget]);
        if (distance > furthest) {
            furthest = distance;
        }
        if ((distance < closest) || (closest < 0)) {
            closest = distance;
        }

        if (GetClientTeam(iTarget) != m_iTeam) {
            // If we are too close
            if (distance < g_flMinPlayerDistance) {
                 return 0;
            }
            int fRandomInt = GetRandomInt(1, 100);

            // If the player can see the spawn point (divided CanSeeVector to slightly reduce strictness)
            //(IsVectorInSightRange(iTarget, vecSpawn, 120.0)) ||  / g_flCanSeeVectorMultiplier
            if (ClientCanSeeVector(iTarget, vecSpawn, (g_flMinPlayerDistance * g_flCanSeeVectorMultiplier))) {
                return 0;
            }

            //Check if players are getting close to point when assaulting
            if (objDistance < 2500 && fRandomInt < 30 && !Ins_InCounterAttack()) {
                return 0;
            }
        }
    }


    // Get the number of control points
    int ncp = Ins_ObjectiveResource_GetProp("m_iNumControlPoints");

    // Get active push point
    int acp = Ins_ObjectiveResource_GetProp("m_nActivePushPointIndex");

    //If any player is too far
    if (closest > g_flMaxPlayerDistance) {
        return 0;
    }
    else if (closest > 2000 && g_cacheObjActive == 1 && Ins_InCounterAttack()) {
        return 0;
    }

    m_nActivePushPointIndex = Ins_ObjectiveResource_GetProp("m_nActivePushPointIndex");

    int fRandomInt = GetRandomInt(1, 100);
    //Check against back spawn if in counter
    if (Ins_InCounterAttack() && m_nActivePushPointIndex > 0)
    {
        m_nActivePushPointIndex -= 1;
    }

    Ins_ObjectiveResource_GetPropVector("m_vCPPositions", m_vCPPositions[m_nActivePushPointIndex], m_nActivePushPointIndex);
    objDistance = GetVectorDistance(vecSpawn, m_vCPPositions[m_nActivePushPointIndex]);
    // && (fRandomFloat <= g_dynamicSpawn_Perc))
    if (objDistance > (tObjectiveDistance) && (((acp+1) != ncp) || !Ins_InCounterAttack()) && fRandomInt < 25)
    {
         return 0;
    }
    else if (objDistance > (tObjectiveDistance * g_DynamicRespawn_Distance_mult) && (((acp+1) != ncp) || !Ins_InCounterAttack()) && fRandomInt < 25) {
         return 0;
    }

    fRandomInt = GetRandomInt(1, 100);

    //if ((0 >= client || client > MaxClients) || !IsClientInGame(client)) return 0;
    if ((0 < client <= MaxClients) || !IsClientInGame(client))
    {
        return 0;
    }

    //If final point respawn around last point, not final point
    if ((((acp+1) == ncp) || Ins_InCounterAttack()) && fRandomInt < 25) {
        int m_nActivePushPointIndexFinal = Ins_ObjectiveResource_GetProp("m_nActivePushPointIndex");
        if (m_nActivePushPointIndexFinal < 0) {
            return 0;
        }
        m_nActivePushPointIndexFinal -= 1;
        objDistance = GetVectorDistance(vecSpawn, m_vCPPositions[m_nActivePushPointIndexFinal]);
        // && (fRandomFloat <= g_dynamicSpawn_Perc))
        if (objDistance > (tObjectiveDistance)) {
             return 0;
        }
        if (objDistance > (tObjectiveDistance * g_DynamicRespawn_Distance_mult)) {
             return 0;
        }
    }
    return 1;
}

int GetPushPointIndex(float fRandomFloat, int client)
{
    // Get the number of control points
    int ncp = Ins_ObjectiveResource_GetProp("m_iNumControlPoints");

    // Get active push point
    int acp = Ins_ObjectiveResource_GetProp("m_nActivePushPointIndex");

    int m_nActivePushPointIndex = Ins_ObjectiveResource_GetProp("m_nActivePushPointIndex");
    //Ins_ObjectiveResource_GetPropVector("m_vCPPositions", m_vCPPositions[m_nActivePushPointIndex], m_nActivePushPointIndex);
    //float distance = GetVectorDistance(vecSpawn, m_vCPPositions[m_nActivePushPointIndex]);
    //Check last point

    if (((acp+1) == ncp && Ins_InCounterAttack()) || g_spawnFrandom[client] < g_dynamicSpawnCounter_Perc ||
        (Ins_InCounterAttack()) || (m_nActivePushPointIndex > 1)) {
        //PrintToServer("###POINT_MOD### | fRandomFloat: %f | g_dynamicSpawnCounter_Perc %f ", fRandomFloat, g_dynamicSpawnCounter_Perc);
        if ((acp+1) == ncp && Ins_InCounterAttack())
        {
            if (g_spawnFrandom[client] < g_dynamicSpawnCounter_Perc)
            {
                m_nActivePushPointIndex--;
            }
        }
        else
        {
            if (Ins_InCounterAttack() && (acp+1) != ncp)
            {
                if (fRandomFloat <= 0.5 && m_nActivePushPointIndex > 0)
                {
                    m_nActivePushPointIndex--;
                }
                else
                {
                    m_nActivePushPointIndex++;
                }
            }
            else if (!Ins_InCounterAttack())
            {
                if (m_nActivePushPointIndex > 0)
                {
                    if (g_spawnFrandom[client] < g_dynamicSpawn_Perc)
                    {
                        m_nActivePushPointIndex--;
                    }
                }
            }
        }

    }
    return m_nActivePushPointIndex;
}



float GetSpawnPoint_SpawnPoint(int client) {
//  int m_iTeam = GetClientTeam(client);
//  int m_iTeamNum;
    float vecSpawn[3];
    float vecOrigin[3];
    //float distance;

    GetClientAbsOrigin(client, vecOrigin);
    float fRandomFloat = GetRandomFloat(0.0, 1.0);

    //PrintToServer("GetSpawnPoint_SpawnPoint Call");
    // Get the number of control points
    int ncp = Ins_ObjectiveResource_GetProp("m_iNumControlPoints");

    // Get active push point
    int acp = Ins_ObjectiveResource_GetProp("m_nActivePushPointIndex");

    int m_nActivePushPointIndex = Ins_ObjectiveResource_GetProp("m_nActivePushPointIndex");
    if (((acp+1) == ncp) || (Ins_InCounterAttack() &&
        g_spawnFrandom[client] < g_dynamicSpawnCounter_Perc) ||
        (!Ins_InCounterAttack() && g_spawnFrandom[client] < g_dynamicSpawn_Perc &&
        acp > 1))
        m_nActivePushPointIndex = GetPushPointIndex(fRandomFloat, client);

    int point = FindEntityByClassname(-1, "ins_spawnpoint");
    float tObjectiveDistance = g_flMinObjectiveDistance;

    //if ((0 >= client || client > MaxClients) || !IsClientInGame(client))
    if ((0 < client <= MaxClients) || !IsClientInGame(client))

    while (point != -1) {
        //m_iTeamNum = GetEntProp(point, Prop_Send, "m_iTeamNum");
        //if (m_iTeamNum == m_iTeam) {


    GetEntPropVector(point, Prop_Send, "m_vecOrigin", vecSpawn);
    Ins_ObjectiveResource_GetPropVector("m_vCPPositions", m_vCPPositions[m_nActivePushPointIndex], m_nActivePushPointIndex);
    //distance = GetVectorDistance(vecSpawn, m_vCPPositions[m_nActivePushPointIndex]);
    if (CheckSpawnPoint(vecSpawn, client, tObjectiveDistance, m_nActivePushPointIndex)) {
        vecSpawn = GetInsSpawnGround(point, vecSpawn);
        //new m_nActivePushPointIndex = Ins_ObjectiveResource_GetProp("m_nActivePushPointIndex");
        //PrintToServer("FOUND! m_nActivePushPointIndex: %d %N (%d) spawnpoint %d Distance: %f tObjectiveDistance: %f g_flMinObjectiveDistance %f RAW ACP: %d", m_nActivePushPointIndex, client, client, point, distance, tObjectiveDistance, g_flMinObjectiveDistance, acp);
        return vecSpawn;
    }
    else {
        tObjectiveDistance += 4.0;
    }
    point = FindEntityByClassname(point, "ins_spawnpoint");
    }
    //PrintToServer("1st Pass: Could not find acceptable ins_spawnzone for %N (%d)", client, client);
    //Lets try again but wider range
    int point2 = FindEntityByClassname(-1, "ins_spawnpoint");
    tObjectiveDistance = ((g_flMinObjectiveDistance + 100) * 4);
    while (point2 != -1) {
        //m_iTeamNum = GetEntProp(point2, Prop_Send, "m_iTeamNum");
        //if (m_iTeamNum == m_iTeam) {
        GetEntPropVector(point2, Prop_Send, "m_vecOrigin", vecSpawn);

        Ins_ObjectiveResource_GetPropVector("m_vCPPositions", m_vCPPositions[m_nActivePushPointIndex], m_nActivePushPointIndex);
        //distance = GetVectorDistance(vecSpawn, m_vCPPositions[m_nActivePushPointIndex]);
        if (CheckSpawnPoint(vecSpawn, client, tObjectiveDistance, m_nActivePushPointIndex)) {
        vecSpawn = GetInsSpawnGround(point2, vecSpawn);
        //new m_nActivePushPointIndex = Ins_ObjectiveResource_GetProp("m_nActivePushPointIndex");
        //PrintToServer("FOUND! m_nActivePushPointIndex: %d %N (%d) spawnpoint %d Distance: %f tObjectiveDistance: %f g_flMinObjectiveDistance %f RAW ACP: %d", m_nActivePushPointIndex, client, client, point2, distance, tObjectiveDistance, g_flMinObjectiveDistance, acp);
        return vecSpawn;
        }
            else {
        tObjectiveDistance += 4.0;
    }
    //}
        point2 = FindEntityByClassname(point2, "ins_spawnpoint");
    }
    //PrintToServer("2nd Pass: Could not find acceptable ins_spawnzone for %N (%d)", client, client);
    //Lets try again but wider range
    int point3 = FindEntityByClassname(-1, "ins_spawnpoint");
    tObjectiveDistance = ((g_flMinObjectiveDistance + 100) * 10);
    while (point3 != -1) {
        //m_iTeamNum = GetEntProp(point3, Prop_Send, "m_iTeamNum");
        //if (m_iTeamNum == m_iTeam) {
        GetEntPropVector(point3, Prop_Send, "m_vecOrigin", vecSpawn);
        Ins_ObjectiveResource_GetPropVector("m_vCPPositions", m_vCPPositions[m_nActivePushPointIndex], m_nActivePushPointIndex);
        //distance = GetVectorDistance(vecSpawn, m_vCPPositions[m_nActivePushPointIndex]);
        if (CheckSpawnPoint(vecSpawn, client, tObjectiveDistance, m_nActivePushPointIndex)) {
            vecSpawn = GetInsSpawnGround(point3, vecSpawn);
            //new m_nActivePushPointIndex = Ins_ObjectiveResource_GetProp("m_nActivePushPointIndex");
            //PrintToServer("FOUND! m_nActivePushPointIndex: %d %N (%d) spawnpoint %d Distance: %f tObjectiveDistance: %f g_flMinObjectiveDistance %f RAW ACP: %d", m_nActivePushPointIndex, client, client, point3, distance, tObjectiveDistance, g_flMinObjectiveDistance, acp);
            return vecSpawn;
        }
        else {
            tObjectiveDistance += 4.0;
        }
        //}
        point3 = FindEntityByClassname(point3, "ins_spawnpoint");
    }
    //PrintToServer("3rd Pass: Could not find acceptable ins_spawnzone for %N (%d)", client, client);
    int pointFinal = FindEntityByClassname(-1, "ins_spawnpoint");
    tObjectiveDistance = ((g_flMinObjectiveDistance + 100) * 4);
    m_nActivePushPointIndex = Ins_ObjectiveResource_GetProp("m_nActivePushPointIndex");
    //m_nActivePushPointIndex = GetPushPointIndex(fRandomFloat);
    if (m_nActivePushPointIndex > 1) {
        if ((acp+1) >= ncp) {
            m_nActivePushPointIndex--;
        }
        else {
            m_nActivePushPointIndex++;
        }
    }

    while (pointFinal != -1) {
        //m_iTeamNum = GetEntProp(pointFinal, Prop_Send, "m_iTeamNum");
        //if (m_iTeamNum == m_iTeam) {
        GetEntPropVector(pointFinal, Prop_Send, "m_vecOrigin", vecSpawn);
        Ins_ObjectiveResource_GetPropVector("m_vCPPositions", m_vCPPositions[m_nActivePushPointIndex], m_nActivePushPointIndex);
        //distance = GetVectorDistance(vecSpawn, m_vCPPositions[m_nActivePushPointIndex]);
        if (CheckSpawnPoint(vecSpawn, client, tObjectiveDistance, m_nActivePushPointIndex)) {
            vecSpawn = GetInsSpawnGround(pointFinal, vecSpawn);
            //new m_nActivePushPointIndex = Ins_ObjectiveResource_GetProp("m_nActivePushPointIndex");
            //PrintToServer("FINAL PASS FOUND! m_nActivePushPointIndex: %d %N (%d) spawnpoint %d Distance: %f tObjectiveDistance: %f g_flMinObjectiveDistance: %f RAW ACP: %d", m_nActivePushPointIndex, client, client, pointFinal, distance, tObjectiveDistance, g_flMinObjectiveDistance, acp);
            return vecSpawn;
            }
            else {
                tObjectiveDistance += 4.0;
        }
        pointFinal = FindEntityByClassname(pointFinal, "ins_spawnpoint");
    }
    //PrintToServer("Final Pass: Could not find acceptable ins_spawnzone for %N (%d)", client, client);
    return vecOrigin;
}

float GetSpawnPoint(int client)
{

    float vecSpawn[3];
/*
    if ((g_iHidingSpotCount) && (g_iSpawnMode == _:SpawnMode_HidingSpots)) {
        vecSpawn = GetSpawnPoint_HidingSpot(client);
    } else {
*/
    vecSpawn = GetSpawnPoint_SpawnPoint(client);
//  }
    //InsLog(DEBUG, "Could not find spawn point for %N (%d)", client, client);
    return vecSpawn;
}

//Lets begin to find a valid spawnpoint after spawned
void TeleportClient(int client) {
    float vecSpawn[3];
    vecSpawn = GetSpawnPoint(client);
    if ((0 < client <= MaxClients) && IsClientInGame(client)) {
        TeleportEntity(client, vecSpawn, NULL_VECTOR, NULL_VECTOR);
        SetNextAttack(client);
    }
}

public Action Event_Spawn(Event event, const char[] name, bool dontBroadcast) {
    //Redirect all bot spawns
    /*int client = GetClientOfUserId(event.GetInt("userid"));
    if (0 < client <= MaxClients && IsClientInGame (client)) {
        if (!IsFakeClient(client)) {
            g_iPlayerRespawnTimerActive[client] = 0;
            int iRagDoll = GetEntPropEnt(client, Prop_Send, "m_hRagdoll");

            if (!IsValidEntity(iRagDoll)) {
                return Plugin_Stop;
            }

            AcceptEntityInput(iRagDoll, "kill");

            return Plugin_Stop;
        }
        g_iHurtFatal[client] = 0;
    }*/

    int client = GetClientOfUserId(event.GetInt("userid"));
    // char sNewNickname[64];
    // Format(sNewNickname, sizeof(sNewNickname), "%N", client);
    // if (StrEqual(sNewNickname, "[INS] RoundEnd Protector"))
    //  return Plugin_Continue;

    if (client > 0 && IsClientInGame(client)) {
        if (!IsFakeClient(client)) {
            g_iPlayerRespawnTimerActive[client] = 0;

            //remove network ragdoll associated with player
            int playerRag = EntRefToEntIndex(g_iClientRagdolls[client]);
            if (playerRag > 0 && IsValidEdict(playerRag) && IsValidEntity(playerRag)) {
                RemoveRagdoll(client);
            }

            g_iHurtFatal[client] = 0;
        }
    }

    g_resupplyCounter[client] = sm_resupply_delay.IntValue;
    //For first joining players
    if (g_playerFirstJoin[client] == 1 && !IsFakeClient(client)) {
        g_playerFirstJoin[client] = 0;
        // Get SteamID to verify is player has connected before.
        char steamId[64];
        //GetClientAuthId(client, AuthId_Steam2, steamId, sizeof(steamId));
        GetClientAuthId(client, AuthId_Steam3, steamId, sizeof(steamId));
        int isPlayerNew = g_playerArrayList.FindString(steamId);

        if (isPlayerNew == -1) {
            g_playerArrayList.PushString(steamId);
            //PrintToServer("SPAWN: Player %N is new! | SteamID: %s | PlayerArrayList Size: %d", client, steamId, g_playerArrayList.Length);
        }
    }
    if (!g_iCvar_respawn_enable) {
        return Plugin_Continue;
    }
    if (!IsClientConnected(client)) {
        return Plugin_Continue;
    }
    if (!IsClientInGame(client)) {
        return Plugin_Continue;
    }
    if (!IsValidClient(client)) {
        return Plugin_Continue;
    }
    if (!IsFakeClient(client)) {
        return Plugin_Continue;
    }
    if (g_isCheckpoint == 0) {
        return Plugin_Continue;
    }

    if ((StrContains(g_client_last_classstring[client], "juggernaut") > -1) && !Ins_InCounterAttack()) {
             return Plugin_Handled;
        }

    //PrintToServer("Eventspawn Call");
    //Reset this global timer everytime a bot spawns
    g_botStaticGlobal[client] = 0;

    // Get the number of control points
    //new ncp = Ins_ObjectiveResource_GetProp("m_iNumControlPoints");

    // Get active push point
    int acp = Ins_ObjectiveResource_GetProp("m_nActivePushPointIndex");
    float vecOrigin[3];
    GetClientAbsOrigin(client, vecOrigin);

    //if ((0 >= client || client > MaxClients) || !IsClientInGame(client))
    if ((0 < client <= MaxClients) || !IsClientInGame(client))

    if  (g_playersReady && g_botsReady == 1) {
        float vecSpawn[3];
        GetClientAbsOrigin(client, vecOrigin);
        int point = FindEntityByClassname(-1, "ins_spawnpoint");
        float tObjectiveDistance = g_flMinObjectiveDistance;
        int iCanSpawn = CheckSpawnPointPlayers(vecOrigin, client, tObjectiveDistance);
        while (point != -1) {
                if (iCanSpawn < 0) {
                    return Plugin_Continue;
                }
                GetEntPropVector(point, Prop_Send, "m_vecOrigin", vecSpawn);
                iCanSpawn = CheckSpawnPointPlayers(vecOrigin, client, tObjectiveDistance);
                if (iCanSpawn == 1) {
                    break;
                }
                else {
                    tObjectiveDistance += 6.0;
                }
            //}
                point = FindEntityByClassname(point, "ins_spawnpoint");
        }
        //Global random for spawning
        g_spawnFrandom[client] = GetRandomInt(0, 100);
        //InsLog(DEBUG, "Event_Spawn iCanSpawn %d", iCanSpawn);
        if (iCanSpawn == 0 || (Ins_InCounterAttack() && g_spawnFrandom[client] < g_dynamicSpawnCounter_Perc) ||
            (!Ins_InCounterAttack() && g_spawnFrandom[client] < g_dynamicSpawn_Perc && acp > 1)) {
            //PrintToServer("TeleportClient Call");
            TeleportClient(client);
            if (client > 0 && IsClientInGame(client) && IsPlayerAlive(client) && IsClientConnected(client)) {
                StuckCheck[client] = 0;
                StartStuckDetection(client);
            }
        }
    }

    return Plugin_Continue;
}

public Action Event_SpawnPost(Event event, const char[] name, bool dontBroadcast) {
    int client = GetClientOfUserId(event.GetInt("userid"));
    ////InsLog(DEBUG, "Event_Spawn called");
    // char sNewNickname[64];
    // Format(sNewNickname, sizeof(sNewNickname), "%N", client);
    // if (StrEqual(sNewNickname, "[INS] RoundEnd Protector"))
    //  return Plugin_Continue;


    //Bots only below this
    if (!IsFakeClient(client)) {
        return Plugin_Continue;
    }
    SetNextAttack(client);
    //float fRandom = GetRandomFloat(0.0, 1.0);
    int fRandom = GetRandomInt(1, 100);
    //Check grenades
    if (fRandom < g_removeBotGrenadeChance && !Ins_InCounterAttack()) {
        int botGrenades = GetPlayerWeaponSlot(client, 3);
        // We need to figure out what slots are defined#define Slot_HEgrenade 11, #define Slot_Flashbang 12, #define Slot_Smokegrenade 13
        if (botGrenades != -1 && IsValidEntity(botGrenades))  {
            // since we only have 3 slots in current theate
            while (botGrenades != -1 && IsValidEntity(botGrenades))  {
                botGrenades = GetPlayerWeaponSlot(client, 3);
                // We need to figure out what slots are defined#define Slot_HEgrenade 11, #define Slot_Flashbang 12, #define Slot_Smokegrenade 1
                if (botGrenades != -1 && IsValidEntity(botGrenades))  {
                    // Remove grenades but not pistols
                    char weapon[32];
                    GetEntityClassname(botGrenades, weapon, sizeof(weapon));
                    RemovePlayerItem(client, botGrenades);
                    AcceptEntityInput(botGrenades, "kill");
                }
            }
        }
    }
    if (!g_iCvar_respawn_enable) {
        return Plugin_Continue;
    }
    return Plugin_Continue;
}

void UpdatePlayerOrigins()
{
    for (int i = 1; i < MaxClients; i++) {
        if (IsValidClient(i)) {
            GetClientAbsOrigin(i, g_vecOrigin[i]);
        }
    }
}

//This delays bot from attacking once spawned
void SetNextAttack(int client)
{
    float flTime = GetGameTime();
    float flDelay = g_flSpawnAttackDelay;

// Loop through entries in m_hMyWeapons.
    for (int offset = 0; offset < 128; offset += 4)
    {
        int weapon = GetEntDataEnt2(client, m_hMyWeapons + offset);
        if (weapon < 0)
        {
            continue;
        }
//      //InsLog(DEBUG, "SetNextAttack weapon %d", weapon);
        SetEntDataFloat(weapon, m_flNextPrimaryAttack, flTime + flDelay);
        SetEntDataFloat(weapon, m_flNextSecondaryAttack, flTime + flDelay);
    }
}



/*
#####################################################################
#####################################################################
#####################################################################
# Jballous INS_SPAWNPOINT SPAWNING END ##############################
# Jballous INS_SPAWNPOINT SPAWNING END ##############################
#####################################################################
#####################################################################
#####################################################################
*/


public Action Command_BotCount(client, args)
{
    int mc = MaxClients;
    for(int i = 1; i < mc; i++ )
    {
        //if( IsClientInGame(i) && IsFakeClient(i)){
        if(IsClientInGame(i))
        {
            char target_name[50];
            GetClientName(i, target_name, sizeof(target_name));
            if (StrContains(target_name, g_sSecBot, false) >= 0)
            {
                //KickClient(i);
            }
        }
    }

    return Plugin_Handled;
}

public Action Event_PlayerDeathPre(Handle event, const char[] name, bool dontBroadcast)
{
    if (g_iRoundEndBlockEnabled == 0) return Plugin_Continue;

    int teamSecCount = GetSecTeamBotCount();
    int client = GetClientOfUserId(GetEventInt(event, "userid"));
    if (client > 0 && IsClientInGame(client) && !IsFakeClient(client))
    {
        if (g_iIsRoundStarted == 1 && g_iIsRoundStartedPost == 1 && g_iIsGameEnded == 0)
        {
            //new iRemainingLife = GetRemainingLife();
            int iAlivePlayers = GetAlivePlayers();
            int iAliveAllowed = 5;
            if (teamSecCount <= 6)
                iAliveAllowed = GetRandomInt(1, 2);
            if (teamSecCount > 6 && teamSecCount <= 10)
                iAliveAllowed = GetRandomInt(1, 4);
            else
                iAliveAllowed = GetRandomInt(2, 5);

            //Create buffer for counter attacks
            if (Ins_InCounterAttack())
            {
                if (teamSecCount <= 6)
                    iAliveAllowed += GetRandomInt(1, 2);
                if (teamSecCount > 6 && teamSecCount <= 10)
                    iAliveAllowed += GetRandomInt(1, 4);
                else
                    iAliveAllowed += GetRandomInt(2, 4);
            }

            if (iAlivePlayers < iAliveAllowed && g_iRoundBlockCount > 0)
            {
                g_iRoundBlockCount--;
                char textToHint[64];
                Format(textToHint, sizeof(textToHint), "Security Reinforcements remaining: %d", g_iRoundBlockCount);
                PrintHintTextToAll(textToHint);
                //ShowPanelAll(textToHint);

                g_iReviveCount = g_iRoundEndBlockReviveDelay;
                // if (g_iAnnounceActive == 0)
                // {
                //  g_iAnnounceActive = 1;
                //  g_iReviveCount = g_iRoundEndBlockReviveDelay;
                //  CreateTimer(1.0, Timer_Announce, _, TIMER_REPEAT);
                // }

                // if (Ins_InCounterAttack())
                // {
                //  // Get capture point speed cvar values
                //  g_iCPSpeedUp = GetConVarInt(g_hCvarCPSpeedUp);
                //  g_iCPSpeedUpMax = GetConVarInt(g_hCvarCPSpeedUpMax);
                //  g_iCPSpeedUpRate = GetConVarInt(g_hCvarCPSpeedUpRate);

                //  // Prevent round end
                //  SetConVarInt(g_hCvarCPSpeedUp, -1, true, false);
                //  SetConVarInt(g_hCvarCPSpeedUpMax, 0, true, false);
                //  SetConVarInt(g_hCvarCPSpeedUpRate, 0, true, false);
                // }
                RevivePlayers();
            }
            else if (iAlivePlayers == 1 && g_iRoundBlockCount <= 0)
            {
                char textToHint[64];
                Format(textToHint, sizeof(textToHint), "There's no more Security Reinforcements.");
                PrintHintTextToAll(textToHint);
                //ShowPanelAll(textToHint);
            }
        }
    }

    return Plugin_Continue;
}

public Action Timer_Announce(Handle Timer)
{
    if (g_iIsGameEnded == 0 && g_iIsRoundStarted == 1 && g_iIsRoundStartedPost == 1 && g_iSecBotID > 0)
    {
        if (g_iReviveCount >= 0)
        {
            for (int client = 1; client <= MaxClients; client++)
            {
                if (IsClientConnected(client) && !IsFakeClient(client))
                {
                    Handle hPanel = CreatePanel(null);
                    char buffer[128];

                    SetPanelTitle(hPanel, "Security Reinforce");
                    DrawPanelItem(hPanel, "", ITEMDRAW_SPACER);

                    DrawPanelItem(hPanel, "Waiting to revive players.", ITEMDRAW_DEFAULT);
                    //DrawPanelText(hPanel, "Waiting for reviving player.");
                    DrawPanelItem(hPanel, "", ITEMDRAW_SPACER);

                    Format(buffer, sizeof(buffer), "Team Reinforcement arrives in: %d", g_iReviveCount);
                    DrawPanelItem(hPanel, buffer, ITEMDRAW_DEFAULT);
                    //DrawPanelText(hPanel, buffer);

                    Format(buffer, sizeof(buffer), "Team Reinforcements remaining: %d", g_iRoundBlockCount);
                    DrawPanelItem(hPanel, buffer, ITEMDRAW_DEFAULT);
                    //DrawPanelText(hPanel, buffer);

                    SetPanelCurrentKey(hPanel, 10);
                    SendPanelToClient(hPanel, client, NullMenuHandler, 1);
                    CloseHandle(hPanel);
                }
            }
            g_iReviveCount--;
        }
        else
        {
            RevivePlayers();
            //g_iAnnounceActive = 0;
            return Plugin_Stop;
        }
    }
    else
    {
    //  g_iAnnounceActive = 0;
        return Plugin_Stop;
    }
    return Plugin_Continue;
}

public NullMenuHandler(Handle menu, MenuAction action, param1, param2) {}

void RevivePlayers()
{
    if (GetRealClientCount() <= 0) return;
    static iIsReviving = 0;

    if (iIsReviving == 1)
        return;
    else
        iIsReviving = 1;

    for (int client = 1; client <= MaxClients; client++)
    if (client > 0 && IsClientInGame(client) && !IsFakeClient(client) && !IsPlayerAlive(client))
    {
        int iTeam = GetClientTeam(client);
        if (iTeam == TEAM_1_SEC && playerPickSquad[client] == 1)
        {
            SDKCall(g_hPlayerRespawn, client);
            //if (g_fSpawnPoint[0] != 0.0 && g_fSpawnPoint[1] != 0.0 && g_fSpawnPoint[2] != 0.0)
            //  TeleportEntity(client, g_fSpawnPoint, NULL_VECTOR, NULL_VECTOR);

            // Get dead body
            int clientRagdoll = GetEntPropEnt(client, Prop_Send, "m_hRagdoll");
            int primaryRemove = 0;
            int secondaryRemove = 0;
            int grenadesRemove = 0;
            RemoveWeapons(client, primaryRemove, secondaryRemove, grenadesRemove);

            //This timer safely removes client-side ragdoll
            if(clientRagdoll > 0 && IsValidEdict(clientRagdoll) && IsValidEntity(clientRagdoll))
            {
                // Get dead body's entity
                int ref = EntIndexToEntRef(clientRagdoll);
                int entity = EntRefToEntIndex(ref);
                if(entity != INVALID_ENT_REFERENCE && IsValidEntity(entity))
                {
                    // Remove dead body's entity
                    AcceptEntityInput(entity, "Kill");
                    clientRagdoll = INVALID_ENT_REFERENCE;
                }
            }
        }
    }
    iIsReviving = 0;
}

// When round starts, intialize variables
public Action Event_RoundStart(Event event, const char[] name, bool dontBroadcast)
{
    // Respawn delay for team ins
    g_fCvar_respawn_delay_team_ins = sm_respawn_delay_team_ins.FloatValue;
    g_fCvar_respawn_delay_team_ins_spec = sm_respawn_delay_team_ins_special.FloatValue;
    g_AIDir_TeamStatus = 50;
    g_AIDir_BotReinforceTriggered = false;
    g_iReinforceTime = sm_respawn_reinforce_time.IntValue;
    //g_checkStaticAmt = GetConVarInt(sm_respawn_check_static_enemy);
    //g_checkStaticAmtCntr = GetConVarInt(sm_respawn_check_static_enemy_counter);
    g_secWave_Timer = g_iRespawnSeconds;
    //Round_Start CVAR Sets ------------------ END -- vs using HookConVarChange

    //Elite Bots Reset
    if (g_elite_counter_attacks == 1)
    {
        g_isEliteCounter = 0;
        EnableDisableEliteBotCvars(0, 0);
    }

    // Reset respawn position
    g_fRespawnPosition[0] = 0.0;
    g_fRespawnPosition[1] = 0.0;
    g_fRespawnPosition[2] = 0.0;


    // Reset remaining life
    // ConVar hCvar = null;
    // ConVar hCvar = FindConVar("sm_remaininglife");
    // hCvar.SetInt(-1);

    // Reset respawn token
    ResetInsurgencyLives();
    ResetSecurityLives();

    // Check gamemode
    char sGameMode[32];
    FindConVar("mp_gamemode").GetString(sGameMode, sizeof(sGameMode));
    //PrintToServer("[REVIVE_DEBUG] ROUND STARTED");

    // Warming up revive
    g_iEnableRevive = 0;
    int iPreRoundFirst = FindConVar("mp_timer_preround_first").IntValue;
    int iPreRound = FindConVar("mp_timer_preround").IntValue;
    if (g_preRoundInitial == true)
    {
        CreateTimer(float(iPreRoundFirst), PreReviveTimer);
        iPreRoundFirst = iPreRoundFirst + 5;
        CreateTimer(float(iPreRoundFirst), BotsReady_Timer);
        g_preRoundInitial = false;
    }
    else
    {
        CreateTimer(float(iPreRound), PreReviveTimer);
        iPreRoundFirst = iPreRound + 5;
        CreateTimer(float(iPreRound), BotsReady_Timer);
    }

    g_iIsRoundStarted = 1;
    g_iIsRoundStartedPost = 0;
    g_iRoundStatus = 0;

    if (g_iRoundEndBlockResetRound == 1)
        g_iRoundBlockCount = g_iRoundEndBlockTimes;

    int ncp = Ins_ObjectiveResource_GetProp("m_iNumControlPoints");
    if (ncp < 6)
    {
        g_iRoundBlockCount -= 1;
        if (g_iRoundBlockCount < 1)
            g_iRoundBlockCount = 1;
    }

    CreateTimer(float(iPreRound),Timer_RoundStartPost);
    return Plugin_Continue;
}

void SecTeamLivesBonus()
{
    int secTeamCount = GetTeamSecCount();
    if (secTeamCount <= 9)
    {
        g_iRespawnCount[2] += 1;
    }
}

//Adjust Lives Per Point Based On Players
void SecDynLivesPerPoint()
{
    int secTeamCount = GetTeamSecCount();
    if (secTeamCount <= 9)
    {
        g_iRespawnCount[2] += 1;
    }
}

// Round starts
Action PreReviveTimer(Handle timer)
{
    g_iRoundStatus = 1;
    g_iEnableRevive = 1;

    // Update remaining life cvar
    //Handle hCvar = null;
    //int iRemainingLife = GetRemainingLife();
    //hCvar = FindConVar("sm_remaininglife");
    //SetConVarInt(hCvar, iRemainingLife);
}

// Botspawn trigger
Action BotsReady_Timer(Handle timer)
{
    g_botsReady = 1;
}

public Action Timer_RoundStartPost(Handle Timer)
{
    g_iRoundStatus = 1;
    g_iIsRoundStartedPost = 1;
}

// When round ends, intialize variables
public Action Event_RoundEnd_Pre(Event event, const char[] name, bool dontBroadcast)
{
    for (int client = 1; client <= MaxClients; client++)
    {
        if (!IsValidClient(client) || !IsClientInGame(client) || IsFakeClient(client)) continue;
        int tTeam = GetClientTeam(client);
        if (tTeam != TEAM_1_SEC) continue;
        if ((g_iStatRevives[client] > 0 || g_iStatHeals[client] > 0) && StrContains(g_client_last_classstring[client], "medic") > -1)
        {
            char sBuf[255];
            // Hint to iMedic
            Format(sBuf, 255,"[MEDIC STATS] for %N: HEALS: %d | REVIVES: %d", client, g_iStatHeals[client], g_iStatRevives[client]);
            PrintHintText(client, "%s", sBuf);
            //PrintToChatAll("%s", sBuf);
        }

        playerInRevivedState[client] = false;
    }

    g_fSpawnPoint[0] = 0.0;
    g_fSpawnPoint[1] = 0.0;
    g_fSpawnPoint[2] = 0.0;
    g_iIsRoundStarted = 0;
    g_iIsRoundStartedPost = 0;
    g_iRoundStatus = 0;

    //Reset Variables
    g_removeBotGrenadeChance = 50;
}

public Action Event_RoundEnd_Post(Handle event, const char[] name, bool dontBroadcast)
{
    // Kick blocker client
    //KickBlockerClient();
    //KickBlocker(); //Just resets cvars now
    // Reset respawn position
    g_fSpawnPoint[0] = 0.0;
    g_fSpawnPoint[1] = 0.0;
    g_fSpawnPoint[2] = 0.0;

    g_iIsRoundStarted = 0;
    g_iIsRoundStartedPost = 0;
    g_iRoundStatus = 0;

    if (g_iRoundEndBlockResetRound == 1)
        g_iRoundBlockCount = g_iRoundEndBlockTimes;
}

// When round ends, intialize variables
public Action Event_RoundEnd(Event event, const char[] name, bool dontBroadcast)
{

    //Lua Healing kill sound
    char ent = -1;
    while ((ent = FindEntityByClassname(ent, "healthkit")) > MaxClients && IsValidEntity(ent))
    {
        //StopSound(ent, SNDCHAN_STATIC, "Lua_sounds/healthkit_healing.wav");
        //PrintToServer("KILL HEALTHKITS");
        AcceptEntityInput(ent, "Kill");
    }

    //Elite Bots Reset
    if (g_elite_counter_attacks == 1)
    {
        g_isEliteCounter = 0;
        EnableDisableEliteBotCvars(0, 0);
    }

    // Reset respawn position
    g_fRespawnPosition[0] = 0.0;
    g_fRespawnPosition[1] = 0.0;
    g_fRespawnPosition[2] = 0.0;

    // Reset remaining life
    //Handle hCvar = FindConVar("sm_remaininglife");
    //SetConVarInt(hCvar, -1);

    //PrintToServer("[REVIVE_DEBUG] ROUND ENDED");
    // Cooldown revive
    g_iEnableRevive = 0;
    g_iRoundStatus = 0;
    g_botsReady = 0;

    // Reset respawn token
    ResetInsurgencyLives();
    ResetSecurityLives();
}

public Action Event_GameStart(Handle event, const char[] name, bool dontBroadcast)
{
    g_iIsGameEnded = 0;
}

public Action Event_GameEnd(Handle event, const char[] name, bool dontBroadcast)
{
    (g_iRoundStatus = 0) && (g_botsReady = 0) && (g_iEnableRevive = 0) && (g_iIsGameEnded = 1);
}

// Check occuring counter attack when control point captured
public Action Event_ControlPointCaptured_Pre(Event event, const char[] name, bool dontBroadcast)
{
    //roundendblock
    // Call counter-attack end timer
    int iTeam = GetEventInt(event, "team");
    if ((Ins_InCounterAttack()) && iTeam == 3)
    {
        if (!g_bIsCounterAttackTimerActive)
        {
            g_bIsCounterAttackTimerActive = true;
            CreateTimer(1.0, Timer_CounterAttackEnd, _, TIMER_REPEAT);
            //PrintToServer("[RESPAWN] Counter-attack timer started. (Normal counter-attack)");
        }
        return Plugin_Stop;
    }


    //Clear bad spawn array
    //ClearArray(g_badSpawnPos_Array);
    for (int client = 0; client < MaxClients; client++)
    {
        if (!IsValidClient(client) || client <= 0)
                continue;
        if (!IsClientInGame(client))
            continue;
        int m_iTeam = GetClientTeam(client);
        if (IsFakeClient(client) && m_iTeam == TEAM_2_INS)
        {
            g_badSpawnPos_Track[client][0] = 0.0;
            g_badSpawnPos_Track[client][1] = 0.0;
            g_badSpawnPos_Track[client][2] = 0.0;
        }
    }

    //g_checkStaticAmt = GetConVarInt(sm_respawn_check_static_enemy);
    //g_checkStaticAmtCntr = GetConVarInt(sm_respawn_check_static_enemy_counter);

    int ncp = Ins_ObjectiveResource_GetProp("m_iNumControlPoints"); // Get the number of control points
    int acp = Ins_ObjectiveResource_GetProp("m_nActivePushPointIndex"); // Get active push point

    //AI Director Status ###START###
    int secTeamCount = GetTeamSecCount();
    int secTeamAliveCount = Team_CountAlivePlayers(TEAM_1_SEC);
    if (g_iRespawn_lives_team_ins > 0)
        g_AIDir_TeamStatus += 10;
    if (secTeamAliveCount >= (secTeamCount * 0.8)) // If Alive Security >= 80%
        g_AIDir_TeamStatus += 10;
    else if (secTeamAliveCount >= (secTeamCount * 0.5)) // If Alive Security >= 50%
        g_AIDir_TeamStatus += 5;
    else if (secTeamAliveCount <= (secTeamCount * 0.2)) // If Dead Security <= 20%
        g_AIDir_TeamStatus -= 10;
    else if (secTeamAliveCount <= (secTeamCount * 0.5)) // If Dead Security <= 50%
        g_AIDir_TeamStatus -= 5;

    if (g_AIDir_BotReinforceTriggered)
        g_AIDir_TeamStatus -= 5;
    else
        g_AIDir_TeamStatus += 10;

    g_AIDir_BotReinforceTriggered = false;
    //AI Director Status ###END###

    // Get gamemode
    char sGameMode[32];
    FindConVar("mp_gamemode").GetString(sGameMode, sizeof(sGameMode));

    // Init variables
    ConVar cvar;

    // Set minimum and maximum counter attack duration time
    g_counterAttack_min_dur_sec = sm_respawn_min_counter_dur_sec.IntValue;
    g_counterAttack_max_dur_sec = sm_respawn_max_counter_dur_sec.IntValue;
    int final_ca_dur = sm_respawn_final_counter_dur_sec.IntValue;

    // Get random duration
    int fRandomInt = GetRandomInt(g_counterAttack_min_dur_sec, g_counterAttack_max_dur_sec);
    int fRandomIntCounterLarge = GetRandomInt(1, 100);
    int largeCounterEnabled = false;
    if (fRandomIntCounterLarge <= 15)
    {
        fRandomInt = (fRandomInt * 2);
        int fRandomInt2 = GetRandomInt(60, 90);
        final_ca_dur = (final_ca_dur + fRandomInt2);
        largeCounterEnabled = true;
    }

    // Set counter attack duration to server
    ConVar cvar_ca_dur;

    // Final counter attack
    if ((acp+1) == ncp)
    {
        g_iRemaining_lives_team_ins = 0;
        for (int i = 1; i <= MaxClients; i++)
        {
            if (i > 0 && IsClientInGame(i))
            {
                if(IsFakeClient(i))
                    ForcePlayerSuicide(i);
            }
        }

        //g_AIDir_TeamStatus -= 10;

        cvar_ca_dur = FindConVar("mp_checkpoint_counterattack_duration_finale");
        cvar_ca_dur.SetInt(final_ca_dur, true, false);
        g_dynamicSpawnCounter_Perc += 10;

        if (g_finale_counter_spec_enabled == 1)
                g_dynamicSpawnCounter_Perc = g_finale_counter_spec_percent;

        //If endless spawning on final counter attack, add lives on finale counter on a delay
        if (g_iCvar_final_counterattack_type == 2)
        {
            float tCvar_CounterDelayValue = FindConVar("mp_checkpoint_counterattack_delay_finale").FloatValue;
            CreateTimer((tCvar_CounterDelayValue),Timer_FinaleCounterAssignLives);
        }
    }

    // Normal counter attack
    else
    {
        g_AIDir_TeamStatus -= 5;
        cvar_ca_dur = FindConVar("mp_checkpoint_counterattack_duration");
        cvar_ca_dur.SetInt(fRandomInt, true, false);
    }

    // Get random value for occuring counter attack
    float fRandom = GetRandomFloat(0.0, 1.0);
    //PrintToServer("Counter Chance = %f", g_respawn_counter_chance);
    // Occurs counter attack
    if (fRandom < g_respawn_counter_chance && ((acp+1) != ncp))
    {
        cvar = null;
        //PrintToServer("COUNTER YES");
        cvar = FindConVar("mp_checkpoint_counterattack_disable");
        cvar.SetInt(0, true, false);
        cvar = FindConVar("mp_checkpoint_counterattack_always");
        cvar.SetInt(1, true, false);
        if (largeCounterEnabled)
        {
            PrintHintTextToAll("[INTEL]: Enemy forces are sending a large counter-attack your way!  Get ready to defend!");
            //PrintToChatAll("[INTEL]: Enemy forces are sending a large counter-attack your way!  Get ready to defend!");
        }

        g_AIDir_TeamStatus -= 5;
        // Call music timer
        //CreateTimer(COUNTER_ATTACK_MUSIC_DURATION, Timer_CounterAttackSound);

        //Create Counter End Timer
        g_isEliteCounter = 1;
        CreateTimer(cvar_ca_dur.FloatValue + 1.0, Timer_CounterAttackEnd);
        if (g_elite_counter_attacks == 1)
        {
            EnableDisableEliteBotCvars(1, 0);
            ConVar tCvar = FindConVar("ins_bot_count_checkpoint_max");
            int tCvarIntValue = FindConVar("ins_bot_count_checkpoint_max").IntValue;
            tCvarIntValue += 3;
            tCvar.SetInt(tCvarIntValue, true, false);
        }
    }
    // If last capture point
    else if (g_isCheckpoint == 1 && ((acp+1) == ncp))
    {
        cvar = null;
        cvar = FindConVar("mp_checkpoint_counterattack_disable");
        cvar.SetInt(0, true, false);
        cvar = FindConVar("mp_checkpoint_counterattack_always");
        cvar.SetInt(1, true, false);

        // Call music timer
        //CreateTimer(COUNTER_ATTACK_MUSIC_DURATION, Timer_CounterAttackSound);

        //Create Counter End Timer
        g_isEliteCounter = 1;
        CreateTimer((cvar_ca_dur.FloatValue + 1.0), Timer_CounterAttackEnd);

        if (g_elite_counter_attacks == 1)
        {
            EnableDisableEliteBotCvars(1, 1);
            ConVar tCvar = FindConVar("ins_bot_count_checkpoint_max");
            int tCvarIntValue = FindConVar("ins_bot_count_checkpoint_max").IntValue;
            tCvarIntValue += 3;
            tCvar.SetInt(tCvarIntValue, true, false);
        }
    }
    // Not occurs counter attack
    else
    {
        cvar = null;
        //PrintToServer("COUNTER NO");
        cvar = FindConVar("mp_checkpoint_counterattack_disable");
        cvar.SetInt(1, true, false);
    }
    g_AIDir_TeamStatus = AI_Director_SetMinMax(g_AIDir_TeamStatus, g_AIDir_TeamStatus_min, g_AIDir_TeamStatus_max);

    return Plugin_Continue;
}

// When control point captured, reset variables
public Action Event_ControlPointCaptured(Event event, const char[] name, bool dontBroadcast)
{
    // Reset reinforcement time
    g_iReinforceTime = g_iReinforceTime_AD_Temp;

    // Reset respawn tokens
    ResetInsurgencyLives();
    if (g_iCvar_respawn_reset_type && g_isCheckpoint)
        ResetSecurityLives();

    //PrintToServer("CONTROL POINT CAPTURED");

    return Plugin_Continue;
}

// When control point captured, update respawn point and respawn all players
public Action Event_ControlPointCaptured_Post(Event event, const char[] name, bool dontBroadcast)
{
    if (sm_respawn_security_on_counter.IntValue == 1)
    {
        // Get client who captured control point.
        char cappers[512];
        event.GetString("cappers", cappers, sizeof(cappers));
        int cappersLength = strlen(cappers);
        for (int i = 0 ; i < cappersLength; i++) {
            int clientCapper = cappers[i];
            if (clientCapper > 0 && IsClientInGame(clientCapper) && IsClientConnected(clientCapper) && IsPlayerAlive(clientCapper) && !IsFakeClient(clientCapper)) {
                // Get player's position
                float capperPos[3];
                GetClientAbsOrigin(clientCapper, capperPos);

                // Update respawn position
                g_fRespawnPosition = capperPos;

                break;
            }
        }

        // Respawn all players
        for (int client = 1; client <= MaxClients; client++)
        {
            if (IsClientInGame(client))
            {
                int team = GetClientTeam(client);
                float clientPos[3];
                GetClientAbsOrigin(client, clientPos);
                if (playerPickSquad[client] == 1 && !IsPlayerAlive(client) && team == TEAM_1_SEC)
                {
                    if (!IsFakeClient(client))
                    {
                        if (!IsClientTimingOut(client))
                            CreateCounterRespawnTimer(client);
                    }
                    else
                    {
                        CreateCounterRespawnTimer(client);
                    }
                }
            }
        }
    }
        // //Elite Bots Reset
        // if (g_elite_counter_attacks == 1)
        //  CreateTimer(5.0, Timer_EliteBots);

        // Update cvars
    UpdateRespawnCvars();

    //Reset security team wave counter
    g_secWave_Timer = g_iRespawnSeconds;
    // Get the number of control points
    int ncp = Ins_ObjectiveResource_GetProp("m_iNumControlPoints");

    // Get active push point
    int acp = Ins_ObjectiveResource_GetProp("m_nActivePushPointIndex");
    // If last capture point
    if (((acp+1) == ncp))
    {
        g_secWave_Timer = g_iRespawnSeconds;
        g_secWave_Timer += (GetTeamSecCount() * 4);
    }
    else if (Ins_InCounterAttack())
            g_secWave_Timer += (GetTeamSecCount() * 3);
    return Plugin_Continue;
}

// When ammo cache destroyed, update respawn position and reset variables
public Action Event_ObjectDestroyed_Pre(Event event, const char[] name, bool dontBroadcast)
{
    //Clear bad spawn array
    //ClearArray(g_badSpawnPos_Array);
    for (int client = 0; client < MaxClients; client++)
    {
        if (!IsValidClient(client) || client <= 0 || !IsClientInGame(client)) continue;
        int m_iTeam = GetClientTeam(client);
        if (IsFakeClient(client) && m_iTeam == TEAM_2_INS)
        {
            g_badSpawnPos_Track[client][0] = 0.0;
            g_badSpawnPos_Track[client][1] = 0.0;
            g_badSpawnPos_Track[client][2] = 0.0;
        }
    }

    //g_checkStaticAmt = sm_respawn_check_static_enemy.IntValue;
    //g_checkStaticAmtCntr = sm_respawn_check_static_enemy_counter.IntValue;


    int ncp = Ins_ObjectiveResource_GetProp("m_iNumControlPoints"); // Get the number of control points
    int acp = Ins_ObjectiveResource_GetProp("m_nActivePushPointIndex"); // Get active push point

    //AI Director Status ###START###
    int secTeamCount = GetTeamSecCount();
    int secTeamAliveCount = Team_CountAlivePlayers(TEAM_1_SEC);

    if (g_iRespawn_lives_team_ins > 0)
        g_AIDir_TeamStatus += 10;
    if (secTeamAliveCount >= (secTeamCount * 0.8)) // If Alive Security >= 80%
        g_AIDir_TeamStatus += 10;
    else if (secTeamAliveCount >= (secTeamCount * 0.5)) // If Alive Security >= 50%
        g_AIDir_TeamStatus += 5;
    else if (secTeamAliveCount <= (secTeamCount * 0.2)) // If Dead Security <= 20%
        g_AIDir_TeamStatus -= 10;
    else if (secTeamAliveCount <= (secTeamCount * 0.5)) // If Dead Security <= 50%
        g_AIDir_TeamStatus -= 5;

    if (g_AIDir_BotReinforceTriggered)
        g_AIDir_TeamStatus += 10;
    else
        g_AIDir_TeamStatus -= 5;

    g_AIDir_BotReinforceTriggered = false;

    //AI Director Status ###END###

    // Get gamemode
    char sGameMode[32];
    GetConVarString(FindConVar("mp_gamemode"), sGameMode, sizeof(sGameMode));

    // Init variables
    ConVar cvar;

    // Set minimum and maximum counter attack duration time
    g_counterAttack_min_dur_sec = sm_respawn_min_counter_dur_sec.IntValue;
    g_counterAttack_max_dur_sec = sm_respawn_max_counter_dur_sec.IntValue;
    int final_ca_dur = sm_respawn_final_counter_dur_sec.IntValue;

    // Get random duration
    int fRandomInt = GetRandomInt(g_counterAttack_min_dur_sec, g_counterAttack_max_dur_sec);
    int fRandomIntCounterLarge = GetRandomInt(1, 100);
    int largeCounterEnabled = false;
    if (fRandomIntCounterLarge <= 15)
    {
        fRandomInt = (fRandomInt * 2);
        int fRandomInt2 = GetRandomInt(90, 180);
        final_ca_dur = (final_ca_dur + fRandomInt2);
        largeCounterEnabled = true;
    }
    // Set counter attack duration to server
    ConVar cvar_ca_dur;

    // Final counter attack
    if ((acp+1) == ncp)
    {
        cvar_ca_dur = FindConVar("mp_checkpoint_counterattack_duration_finale");
        cvar_ca_dur.SetInt(final_ca_dur, true, false);
        g_dynamicSpawnCounter_Perc += 10;
        //g_AIDir_TeamStatus -= 10;
        if (g_finale_counter_spec_enabled == 1)
        {
                g_dynamicSpawnCounter_Perc = g_finale_counter_spec_percent;
        }
    }
    // Normal counter attack
    else
    {
        g_AIDir_TeamStatus -= 5;
        cvar_ca_dur = FindConVar("mp_checkpoint_counterattack_duration");
        cvar_ca_dur.SetInt(fRandomInt, true, false);
    }

    //Are we using vanilla counter attack?
    if (g_iCvar_counterattack_vanilla == 1) return Plugin_Continue;

    // Get random value for occuring counter attack
    float fRandom = GetRandomFloat(0.0, 1.0);
    //PrintToServer("Counter Chance = %f", g_respawn_counter_chance);

    // Occurs counter attack
    if (fRandom < g_respawn_counter_chance && ((acp+1) != ncp))
    {
        cvar = null;
        //PrintToServer("COUNTER YES");
        cvar = FindConVar("mp_checkpoint_counterattack_disable");
        cvar.SetInt(0, true, false);
        cvar = FindConVar("mp_checkpoint_counterattack_always");
        cvar.SetInt(1, true, false);
        if (largeCounterEnabled)
        {
            PrintHintTextToAll("[INTEL]: Enemy forces are sending a large counter-attack your way!  Get ready to defend!");
            //PrintToChatAll("[INTEL]: Enemy forces are sending a large counter-attack your way!  Get ready to defend!");
        }
        g_AIDir_TeamStatus -= 5;
        // Call music timer
        //CreateTimer(COUNTER_ATTACK_MUSIC_DURATION, Timer_CounterAttackSound);

        //Create Counter End Timer
        g_isEliteCounter = 1;
        CreateTimer(cvar_ca_dur.FloatValue + 1.0, Timer_CounterAttackEnd);
        if (g_elite_counter_attacks == 1)
        {
            EnableDisableEliteBotCvars(1, 0);
            ConVar tCvar = FindConVar("ins_bot_count_checkpoint_max");
            int tCvarIntValue = FindConVar("ins_bot_count_checkpoint_max").IntValue;
            tCvarIntValue += 3;
            tCvar.SetInt(tCvarIntValue, true, false);
        }
    }
    // If last capture point
    else if (((acp+1) == ncp))
    {
        cvar = null;
        cvar = FindConVar("mp_checkpoint_counterattack_disable");
        cvar.SetInt(0, true, false);
        cvar = FindConVar("mp_checkpoint_counterattack_always");
        cvar.SetInt(1, true, false);

        // Call music timer
        //CreateTimer(COUNTER_ATTACK_MUSIC_DURATION, Timer_CounterAttackSound);

        //Create Counter End Timer
        g_isEliteCounter = 1;
        CreateTimer(cvar_ca_dur.FloatValue + 1.0, Timer_CounterAttackEnd);

        if (g_elite_counter_attacks == 1) {
            EnableDisableEliteBotCvars(1, 1);
            ConVar tCvar = FindConVar("ins_bot_count_checkpoint_max");
            int tCvarIntValue = FindConVar("ins_bot_count_checkpoint_max").IntValue;
            tCvarIntValue += 3;
            tCvar.SetInt(tCvarIntValue, true, false);
        }
    }
    // Not occurs counter attack
    else
    {
        cvar = null;
        //PrintToServer("COUNTER NO");
        cvar = FindConVar("mp_checkpoint_counterattack_disable");
        cvar.SetInt(1, true, false);
    }
    g_AIDir_TeamStatus = AI_Director_SetMinMax(g_AIDir_TeamStatus, g_AIDir_TeamStatus_min, g_AIDir_TeamStatus_max);
    return Plugin_Continue;
}

// When ammo cache destroyed, update respawn position and reset variables
public Action Event_ObjectDestroyed(Event event, const char[] name, bool dontBroadcast)
{
    // Reset reinforcement time
    g_iReinforceTime = g_iReinforceTime_AD_Temp;

    // Reset respawn token
    ResetInsurgencyLives();
    if (g_iCvar_respawn_reset_type)
        ResetSecurityLives();
    return Plugin_Continue;
}

// When control point captured, update respawn point and respawn all players
public Action Event_ObjectDestroyed_Post(Event event, const char[] name, bool dontBroadcast)
{

    if (sm_respawn_security_on_counter.IntValue == 1)
    {
        // Get client who captured control point.
        char cappers[512];
        event.GetString("cappers", cappers, sizeof(cappers));
        int cappersLength = strlen(cappers);
        for (int i = 0 ; i < cappersLength; i++)
        {
            int clientCapper = cappers[i];
            if (clientCapper > 0 && IsClientInGame(clientCapper) && IsPlayerAlive(clientCapper) && !IsFakeClient(clientCapper))
            {
                // Get player's position
                float capperPos[3];
                GetClientAbsOrigin(clientCapper, capperPos);

                // Update respawn position
                g_fRespawnPosition = capperPos;
                break;
            }
        }

        // Respawn all players
        for (int client = 1; client <= MaxClients; client++)
        {
            if (IsClientInGame(client))
            {
                int team = GetClientTeam(client);
                float clientPos[3];
                GetClientAbsOrigin(client, clientPos);
                if (playerPickSquad[client] == 1 && !IsPlayerAlive(client) && team == TEAM_1_SEC)
                {
                    if (!IsFakeClient(client))
                    {
                        if (!IsClientTimingOut(client))
                        {
                            CreateCounterRespawnTimer(client);
                        }
                    }
                    else
                    {
                        CreateCounterRespawnTimer(client);
                    }
                }
            }
        }
    }

    // //Elite Bots Reset
    // if (g_elite_counter_attacks == 1)
    //  CreateTimer(5.0, Timer_EliteBots);
    //PrintToServer("CONTROL POINT CAPTURED POST");

    // Get the number of control points
    int ncp = Ins_ObjectiveResource_GetProp("m_iNumControlPoints");

    // Get active push point
    int acp = Ins_ObjectiveResource_GetProp("m_nActivePushPointIndex");
    // If last capture point
    if (((acp+1) == ncp))
    {
        g_secWave_Timer = g_iRespawnSeconds;
        g_secWave_Timer += (GetTeamSecCount() * 4);
    }
    else if (Ins_InCounterAttack())
        g_secWave_Timer += (GetTeamSecCount() * 3);

    //Roundend Protection
    int attacker = GetEventInt(event, "attacker");
    if (attacker > 0 && IsValidClient(attacker))
    {
        float attackerPos[3];
        GetClientAbsOrigin(attacker, attackerPos);
        g_fSpawnPoint = attackerPos;
    }
    return Plugin_Continue;
}

//Enable/Disable Elite Bots
void EnableDisableEliteBotCvars(int tEnabled, int isFinale) {
    float tCvarFloatValue;
    int tCvarIntValue;
    ConVar tCvar;
    if (tEnabled == 1) {
        //PrintToServer("BOT_SETTINGS_APPLIED");
        if (isFinale == 1) {
            tCvar = FindConVar("mp_player_resupply_coop_delay_max");
            tCvar.SetInt(g_coop_delay_penalty_base, true, false);
            tCvar = FindConVar("mp_player_resupply_coop_delay_penalty");
            tCvar.SetInt(g_coop_delay_penalty_base, true, false);
            tCvar = FindConVar("mp_player_resupply_coop_delay_base");
            tCvar.SetInt(g_coop_delay_penalty_base, true, false);
        }

        tCvar = FindConVar("bot_attackdelay_frac_difficulty_impossible");
        tCvarFloatValue = FindConVar("bot_attackdelay_frac_difficulty_impossible").FloatValue;
        tCvarFloatValue = tCvarFloatValue - g_bot_attackdelay_frac_difficulty_impossible_mult;
        tCvar.SetFloat(tCvarFloatValue, true, false);

        tCvar = FindConVar("bot_attack_aimpenalty_amt_close");
        tCvarIntValue = FindConVar("bot_attack_aimpenalty_amt_close").IntValue;
        tCvarIntValue = tCvarIntValue - g_bot_attack_aimpenalty_amt_close_mult;
        tCvar.SetInt(tCvarIntValue, true, false);

        tCvar = FindConVar("bot_attack_aimpenalty_amt_far");
        tCvarIntValue = FindConVar("bot_attack_aimpenalty_amt_far").IntValue;
        tCvarIntValue = tCvarIntValue - g_bot_attack_aimpenalty_amt_far_mult;
        tCvar.SetInt(tCvarIntValue, true, false);

        tCvar = FindConVar("bot_attack_aimpenalty_time_close");
        tCvarFloatValue = FindConVar("bot_attack_aimpenalty_time_close").FloatValue;
        tCvarFloatValue = tCvarFloatValue - g_bot_attack_aimpenalty_time_close_mult;
        tCvar.SetFloat(tCvarFloatValue, true, false);

        tCvar = FindConVar("bot_attack_aimpenalty_time_far");
        tCvarFloatValue = FindConVar("bot_attack_aimpenalty_time_far").FloatValue;
        tCvarFloatValue = tCvarFloatValue - g_bot_attack_aimpenalty_time_far_mult;
        tCvar.SetFloat(tCvarFloatValue, true, false);

        ConVar cv = FindConVar("bot_attack_aimtolerance_newthreat_amt");
        cv.FloatValue -= cv.FloatValue - g_bot_attack_aimtolerance_newthreat_amt_mult;

        /*

        tCvar = FindConVar("bot_attack_aimtolerance_newthreat_amt");
        tCvarIntValue = FindConVar("bot_attack_aimtolerance_newthreat_amt");
        tCvarIntValue = tCvarIntValue - g_bot_attack_aimtolerance_newthreat_amt_mult;
        tCvar.SetFloat(tCvarIntValue, true, false);
        */

        tCvar = FindConVar("bot_aim_aimtracking_base");
        tCvarFloatValue = FindConVar("bot_aim_aimtracking_base").FloatValue;
        tCvarFloatValue = tCvarFloatValue - g_bot_aim_aimtracking_base;
        tCvar.SetFloat(tCvarFloatValue, true, false);

        tCvar = FindConVar("bot_aim_aimtracking_frac_impossible");
        tCvarFloatValue = FindConVar("bot_aim_aimtracking_frac_impossible").FloatValue;
        tCvarFloatValue = tCvarFloatValue - g_bot_aim_aimtracking_frac_impossible;
        tCvar.SetFloat(tCvarFloatValue, true, false);

        tCvar = FindConVar("bot_aim_angularvelocity_frac_impossible");
        tCvarFloatValue = FindConVar("bot_aim_angularvelocity_frac_impossible").FloatValue;
        tCvarFloatValue = tCvarFloatValue + g_bot_aim_angularvelocity_frac_impossible;
        tCvar.SetFloat(tCvarFloatValue, true, false);

        tCvar = FindConVar("bot_aim_angularvelocity_frac_sprinting_target");
        tCvarFloatValue = FindConVar("bot_aim_angularvelocity_frac_sprinting_target").FloatValue;
        tCvarFloatValue = tCvarFloatValue + g_bot_aim_angularvelocity_frac_sprinting_target;
        tCvar.SetFloat(tCvarFloatValue, true, false);

        tCvar = FindConVar("bot_aim_attack_aimtolerance_frac_impossible");
        tCvarFloatValue = FindConVar("bot_aim_attack_aimtolerance_frac_impossible").FloatValue;
        tCvarFloatValue = tCvarFloatValue - g_bot_aim_attack_aimtolerance_frac_impossible;
        tCvar.SetFloat(tCvarFloatValue, true, false);
        //Make sure to check for FLOATS vs INTS and +/-!
    }
    else {
        //PrintToServer("BOT_SETTINGS_APPLIED_2");
        tCvar = FindConVar("ins_bot_count_checkpoint_max");
        tCvar.SetInt(g_ins_bot_count_checkpoint_max_org, true, false);
        tCvar = FindConVar("mp_player_resupply_coop_delay_max");
        tCvar.SetInt(g_mp_player_resupply_coop_delay_max_org, true, false);
        tCvar = FindConVar("mp_player_resupply_coop_delay_penalty");
        tCvar.SetInt(g_mp_player_resupply_coop_delay_penalty_org, true, false);
        tCvar = FindConVar("mp_player_resupply_coop_delay_base");
        tCvar.SetInt(g_mp_player_resupply_coop_delay_base_org, true, false);
        tCvar = FindConVar("bot_attackdelay_frac_difficulty_impossible");
        tCvar.SetFloat(g_bot_attackdelay_frac_difficulty_impossible_org, true, false);
        tCvar = FindConVar("bot_attack_aimpenalty_amt_close");
        tCvar.SetInt(g_bot_attack_aimpenalty_amt_close_org, true, false);
        tCvar = FindConVar("bot_attack_aimpenalty_amt_far");
        tCvar.SetInt(g_bot_attack_aimpenalty_amt_far_org, true, false);
        tCvar = FindConVar("bot_attack_aimpenalty_time_close");
        tCvar.SetFloat(g_bot_attack_aimpenalty_time_close_org, true, false);
        tCvar = FindConVar("bot_attack_aimpenalty_time_far");
        tCvar.SetFloat(g_bot_attack_aimpenalty_time_far_org, true, false);
        tCvar = FindConVar("bot_attack_aimtolerance_newthreat_amt");
        tCvar.SetFloat(g_bot_attack_aimtolerance_newthreat_amt_org, true, false);
        tCvar = FindConVar("bot_aim_aimtracking_base");
        tCvar.SetFloat(g_bot_aim_aimtracking_base_org, true, false);
        tCvar = FindConVar("bot_aim_aimtracking_frac_impossible");
        tCvar.SetFloat(g_bot_aim_aimtracking_frac_impossible_org, true, false);
        tCvar = FindConVar("bot_aim_angularvelocity_frac_impossible");
        tCvar.SetFloat(g_bot_aim_angularvelocity_frac_impossible_org, true, false);
        tCvar = FindConVar("bot_aim_angularvelocity_frac_sprinting_target");
        tCvar.SetFloat(g_bot_aim_angularvelocity_frac_sprinting_target_org, true, false);
        tCvar = FindConVar("bot_aim_attack_aimtolerance_frac_impossible");
        tCvar.SetFloat(g_bot_aim_attack_aimtolerance_frac_impossible_org, true, false);
    }
}

// On finale counter attack, add lives back to insurgents to trigger unlimited respawns (this is redundant code now and may use for something else)
Action Timer_FinaleCounterAssignLives(Handle timer)
{
    if (g_iCvar_final_counterattack_type == 2)
    {
            // Reset remaining lives for bots
            g_iRemaining_lives_team_ins = g_iRespawn_lives_team_ins;
    }
}

// When counter-attack end, reset reinforcement time
Action Timer_CounterAttackEnd(Handle timer) {

    //Disable elite bots when not in counter
    if (g_isEliteCounter == 1 && g_elite_counter_attacks == 1) {
        g_isEliteCounter = 0;
        EnableDisableEliteBotCvars(0, 0);
    }

    ResetInsurgencyLives();
    if (g_iCvar_respawn_reset_type && g_isCheckpoint) {
            ResetSecurityLives();
    }

        // Stop counter-attack music
        //StopCounterAttackMusic();

        // Reset variable
    //g_bIsCounterAttackTimerActive = false;
    ConVar cvar = null;
    cvar = FindConVar("mp_checkpoint_counterattack_always");
    cvar.SetInt(0, true, false);

    for (int client = 0; client < MaxClients; client++) {
            if (!IsValidClient(client) || client <= 0) {
                continue;
            }
            if (!IsClientInGame(client)) {
                continue;
            }
            int m_iTeam = GetClientTeam(client);
            if (IsFakeClient(client) && m_iTeam == TEAM_2_INS) {
                g_badSpawnPos_Track[client][0] = 0.0;
                g_badSpawnPos_Track[client][1] = 0.0;
                g_badSpawnPos_Track[client][2] = 0.0;
            }
        }

        //PrintToServer("[RESPAWN] Counter-attack is over.");
    return Plugin_Stop;
    //}

    //return Plugin_Continue;
}

/*
// Stop counter-attack music
void StopCounterAttackMusic()
{
    for (new i = 1; i <= MaxClients; i++)
    {
        if (IsClientInGame(i) && IsClientConnected(i) && !IsFakeClient(i))
        {
            //ClientCommand(i, "snd_restart");
            //FakeClientCommand(i, "snd_restart");
            StopSound(i, SNDCHAN_STATIC, "*cues/INS_GameMusic_AboutToAttack_A.ogg");
        }
    }
}
*/

//Run this to mark a bot as ready to spawn. Add tokens if you want them to be able to spawn.
void ResetSecurityLives()
{
    // Disable if counquer
    //if (g_isConquer == 1 || g_isOutpost == 1) return;
        // The number of control points
    //new ncp = Ins_ObjectiveResource_GetProp("m_iNumControlPoints");
    // Active control poin
    //new acp = Ins_ObjectiveResource_GetProp("m_nActivePushPointIndex");


    // Return if respawn is disabled
    if (!g_iCvar_respawn_enable)
        return;

    // Update cvars
    UpdateRespawnCvars();

    //If spawned per point, give more per-point lives based on team count.
    if (g_iCvar_respawn_reset_type == 1)
    {
            SecDynLivesPerPoint();
    }

    // Individual lives
    if (g_iCvar_respawn_type_team_sec == 1)
    {
        for (int client = 1; client <= MaxClients; client++)
        {
            // Check valid player
            if (client > 0 && IsClientInGame(client))
            {
                //Reset Medic Stats:
                g_playerMedicRevivessAccumulated[client] = 0;
                g_playerMedicHealsAccumulated[client] = 0;
                g_playerNonMedicHealsAccumulated[client] = 0;

                // Check Team
                int iTeam = GetClientTeam(client);
                if (iTeam != TEAM_1_SEC) continue;

                /*// Individual SEC lives
                if (g_iCvar_respawn_type_team_sec == 1)
                {
                // Reset remaining lives for player
                    g_iSpawnTokens[client] = g_iRespawnCount[iTeam];
                }*/
            }
        }
    }

    // Team lives
    if (g_iCvar_respawn_type_team_sec == 2)
    {
        // Reset remaining lives for player
        g_iRemaining_lives_team_sec = g_iRespawn_lives_team_sec;
    }
}

//Run this to mark a bot as ready to spawn. Add tokens if you want them to be able to spawn.
void ResetInsurgencyLives()
{
    // Return if respawn is disabled
    if (!g_iCvar_respawn_enable) return;

    // Update cvars
    UpdateRespawnCvars();

    // Individual lives
    if (g_iCvar_respawn_type_team_ins == 1)
    {
        for (int client=1; client<=MaxClients; client++)
        {
            // Check valid player
            if (client > 0 && IsClientInGame(client))
            {
                // Check Team
                int iTeam = GetClientTeam(client);
                if (iTeam != TEAM_2_INS) continue;
                g_iSpawnTokens[client] = g_iRespawnCount[iTeam];
            }
        }
    }

    // Team lives
    if (g_iCvar_respawn_type_team_ins == 2)
    {
        // Reset remaining lives for bots
        g_iRemaining_lives_team_ins = g_iRespawn_lives_team_ins;
    }
}

// When player picked squad, initialize variables
public Action Event_PlayerPickSquad_Post(Event event, const char[] name, bool dontBroadcast)
{
    //"squad_slot" "byte"
    //"squad" "byte"
    //"userid" "short"
    //"class_template" "string"
    //PrintToServer("##########PLAYER IS PICKING SQUAD!############");

    // Get client ID
    int client = GetClientOfUserId( GetEventInt( event, "userid" ) );

    if( client == 0 || !IsClientInGame(client) || IsFakeClient(client)) return;

    // Init variable
    playerPickSquad[client] = 1;

    // Get class name
    char class_template[64];
    event.GetString("class_template", class_template, sizeof(class_template));

    // Set class string
    g_client_last_classstring[client] = class_template;
    g_hintsEnabled[client] = true;

    // If player changed squad and remain ragdoll
    int team = GetClientTeam(client);
    if (client > 0 && IsClientInGame(client) && IsClientObserver(client) && !IsPlayerAlive(client) && g_iHurtFatal[client] == 0 && team == TEAM_1_SEC)
    {
        // Remove ragdoll
        int playerRag = EntRefToEntIndex(g_iClientRagdolls[client]);
        if(playerRag > 0 && IsValidEdict(playerRag) && IsValidEntity(playerRag))
            RemoveRagdoll(client);

        // Init variable
        g_iHurtFatal[client] = -1;
    }

    g_fPlayerLastChat[client] = GetGameTime();

    // Get player nickname
    char sNewNickname[64];

    // Medic class
    if (StrContains(g_client_last_classstring[client], "medic") > -1)
    {
        // Admin medic
        if (GetConVarInt(sm_respawn_enable_donor_tag) == 1 && (GetUserFlagBits(client) & ADMFLAG_ROOT))
            Format(sNewNickname, sizeof(sNewNickname), "[ADMIN][MEDIC] %s", g_client_org_nickname[client]);
        // Donor medic
        else if (GetConVarInt(sm_respawn_enable_donor_tag) == 1 && (GetUserFlagBits(client) & ADMFLAG_RESERVATION))
            Format(sNewNickname, sizeof(sNewNickname), "[DONOR][MEDIC] %s", g_client_org_nickname[client]);
        // Normal medic
        else
            Format(sNewNickname, sizeof(sNewNickname), "[MEDIC] %s", g_client_org_nickname[client]);
    }

    // Set player nickname
    char sCurNickname[64];
    Format(sCurNickname, sizeof(sCurNickname), "%N", client);
    if (!StrEqual(sCurNickname, sNewNickname))
        SetClientName(client, sNewNickname);

    g_playersReady = true;

    //Allow new players to use lives to respawn on join
    if (g_iRoundStatus == 1 && g_playerFirstJoin[client] == 1 && !IsPlayerAlive(client) && team == TEAM_1_SEC)
    {
        // Get SteamID to verify is player has connected before.
        char steamId[64];
        //GetClientAuthString(client, steamId, sizeof(steamId));
        GetClientAuthId(client, AuthId_Steam3, steamId, sizeof(steamId));
        int isPlayerNew = g_playerArrayList.FindString(steamId);

        if (isPlayerNew != -1)
        {
            //PrintToServer("Player %N has reconnected! | SteamID: %s | Index: %d", client, steamId, isPlayerNew);
        }
        else
        {
            g_playerArrayList.PushString(steamId);
            //PrintToServer("Player %N is new! | SteamID: %s | PlayerArrayList Size: %d", client, steamId, g_playerArrayList.Length);
            // Give individual lives to new player (no longer just at beginning of round)
            if (g_iCvar_respawn_type_team_sec == 1) {
                if (g_isCheckpoint && g_iCvar_respawn_reset_type == 0) {
                    // The number of control points
                    int ncp = Ins_ObjectiveResource_GetProp("m_iNumControlPoints");
                    // Active control poin
                    int acp = Ins_ObjectiveResource_GetProp("m_nActivePushPointIndex");
                    int tLiveSec = sm_respawn_lives_team_sec.IntValue;

                    if (acp <= (ncp / 2)) {
                        g_iSpawnTokens[client] = tLiveSec;
                    }
                    else {
                        g_iSpawnTokens[client] = (tLiveSec / 2);
                    }

                    if (tLiveSec < 1) {
                        tLiveSec = 1;
                        g_iSpawnTokens[client] = tLiveSec;
                    }
                }
                else {
                    g_iSpawnTokens[client] = sm_respawn_lives_team_sec.IntValue;
                }

            }
            CreatePlayerRespawnTimer(client);
        }
    }

    //Update RespawnCvars when player picks squad
    UpdateRespawnCvars();
}

// Triggers when player hurt
ppublic Action Event_PlayerHurt_Pre(Event event, const char[] name, bool dontBroadcast) {
    int victim = GetClientOfUserId(event.GetInt("userid"));
    if (IsClientInGame(victim) && IsFakeClient(victim)) {
        return Plugin_Continue;
    }

    int victimHealth = event.GetInt("health");
    int dmg_taken = event.GetInt("dmg_health");
    //PrintToServer("victimHealth: %d, dmg_taken: %d", victimHealth, dmg_taken);
    if (g_fCvar_fatal_chance > 0.0 && dmg_taken > victimHealth) {
        // Get information for event structure
        int attacker = GetClientOfUserId(event.GetInt("attacker"));
        int hitgroup = event.GetInt("hitgroup");

        // Update last damege (related to 'hurt_fatal')
        g_clientDamageDone[victim] = dmg_taken;

        // Get weapon
        char weapon[32];
        event.GetString("weapon", weapon, sizeof(weapon));

        //PrintToServer("[DAMAGE TAKEN] Weapon used: %s, Damage done: %i", weapon, dmg_taken);

        // Check is team attack
        int attackerTeam;
        if (attacker > 0 && IsClientInGame(attacker) && IsClientConnected(attacker)) {
            attackerTeam = GetClientTeam(attacker);
        }

        // Get fatal chance
        float fRandom = GetRandomFloat(0.0, 1.0);

        // Is client valid
        if (IsClientInGame(victim)) {

            // Explosive
            if (hitgroup == 0) {
                //explosive list
                //incens
                //grenade_molotov, grenade_anm14
                //PrintToServer("[HITGROUP HURT BURN]");
                //grenade_m67, grenade_f1, grenade_ied, grenade_c4, rocket_rpg7, rocket_at4, grenade_gp25_he, grenade_m203_he
                // flame
                if (StrEqual(weapon, "grenade_anm14", false) || StrEqual(weapon, "grenade_molotov", false)) {
                    //PrintToServer("[SUICIDE] incen/molotov DETECTED!");
                    if (dmg_taken >= g_iCvar_fatal_burn_dmg && (fRandom <= g_fCvar_fatal_chance)) {
                        // Hurt fatally
                        g_iHurtFatal[victim] = 1;

                        //PrintToServer("[PLAYER HURT BURN]");
                    }
                }
                // explosive
                else if (StrEqual(weapon, "grenade_m67", false) ||
                    StrEqual(weapon, "grenade_f1", false) ||
                    StrEqual(weapon, "grenade_ied", false) ||
                    StrEqual(weapon, "grenade_c4", false) ||
                    StrEqual(weapon, "rocket_rpg7", false) ||
                    StrEqual(weapon, "rocket_at4", false) ||
                    StrEqual(weapon, "grenade_gp25_he", false) ||
                    StrEqual(weapon, "grenade_m203_he", false)) {
                    //PrintToServer("[HITGROUP HURT EXPLOSIVE]");
                    if (dmg_taken >= g_iCvar_fatal_explosive_dmg && (fRandom <= g_fCvar_fatal_chance)) {
                        // Hurt fatally
                        g_iHurtFatal[victim] = 1;

                        //PrintToServer("[PLAYER HURT EXPLOSIVE]");
                    }
                }
                //PrintToServer("[SUICIDE] HITRGOUP 0 [GENERIC]");
            }
            // Headshot
            else if (hitgroup == 1) {
                //PrintToServer("[PLAYER HURT HEAD]");
                if (dmg_taken >= g_iCvar_fatal_head_dmg && (fRandom <= g_fCvar_fatal_head_chance) && attackerTeam != TEAM_1_SEC) {
                    // Hurt fatally
                    g_iHurtFatal[victim] = 1;

                    //PrintToServer("[BOTSPAWNS] BOOM HEADSHOT");
                }
            }
            // Chest
            else if (hitgroup == 2 || hitgroup == 3) {
                //PrintToServer("[HITGROUP HURT CHEST]");
                if (dmg_taken >= g_iCvar_fatal_chest_stomach && (fRandom <= g_fCvar_fatal_chance)) {
                    // Hurt fatally
                    g_iHurtFatal[victim] = 1;

                    //PrintToServer("[PLAYER HURT CHEST]");
                }
            }
            // Limbs
            else if (hitgroup == 4 || hitgroup == 5  || hitgroup == 6 || hitgroup == 7) {
                //PrintToServer("[HITGROUP HURT LIMBS]");
                if (dmg_taken >= g_iCvar_fatal_limb_dmg && (fRandom <= g_fCvar_fatal_chance)) {
                    // Hurt fatally
                    g_iHurtFatal[victim] = 1;

                    //PrintToServer("[PLAYER HURT LIMBS]");
                }
            }
        }
    }
    //Track wound type (minor, moderate, critical)
    if (g_iHurtFatal[victim] != 1) {
        if (dmg_taken <= g_minorWound_dmg) {
            g_playerWoundTime[victim] = g_minorRevive_time;
            g_playerWoundType[victim] = 0;
        }
        else if (dmg_taken > g_minorWound_dmg && dmg_taken <= g_moderateWound_dmg) {
            g_playerWoundTime[victim] = g_modRevive_time;
            g_playerWoundType[victim] = 1;
        }
        else if (dmg_taken > g_moderateWound_dmg) {
            g_playerWoundTime[victim] = g_critRevive_time;
            g_playerWoundType[victim] = 2;
        }
    }
    else {
        g_playerWoundTime[victim] = -1;
        g_playerWoundType[victim] = -1;
    }

    ////////////////////////
    // Rank System
    int attackerId = event.GetInt("attacker");
    int hitgroup = event.GetInt("hitgroup");

    int attacker = GetClientOfUserId(attackerId);

    if (hitgroup == 1) {
        g_iStatHeadShots[attacker]++;
    }
    ////////////////////////

    return Plugin_Continue;
}

// Triggered when player die PRE
public Action Event_PlayerDeath_Pre(Event event, const char[] name, bool dontBroadcast)
{
        int client = GetClientOfUserId(event.GetInt("userid"));
        // Tracking ammo
        if (g_iEnableRevive == 1 && g_iRoundStatus == 1 && g_iCvar_enable_track_ammo == 1)
        {
            //PrintToChatAll("### GET PLAYER WEAPONS ###");
            //CONSIDER IF PLAYER CHOOSES DIFFERENT CLASS
            // Get weapons
            int primaryWeapon = GetPlayerWeaponSlot(client, 0);
            int secondaryWeapon = GetPlayerWeaponSlot(client, 1);

            // Set weapons to variables
            playerPrimary[client] = primaryWeapon;
            playerSecondary[client] = secondaryWeapon;

            //Get ammo left in clips for primary and secondary
            playerClip[client][0] = GetPrimaryAmmo(client, primaryWeapon, 0);
            playerClip[client][1] = GetPrimaryAmmo(client, secondaryWeapon, 1); // m_iClip2 for secondary if this doesnt work? would need GetSecondaryAmmo

            if (!playerInRevivedState[client])
            {
                //Get Magazines left on player
                if (primaryWeapon != -1 && IsValidEntity(primaryWeapon))
                     Client_GetWeaponPlayerAmmoEx(client, primaryWeapon, playerAmmo[client][0]); //primary
                if (secondaryWeapon != -1 && IsValidEntity(secondaryWeapon))
                     Client_GetWeaponPlayerAmmoEx(client, secondaryWeapon, playerAmmo[client][1]); //secondary
            }
            playerInRevivedState[client] = false;
        }
}

//Thanks to Headline for fixing part of this function
// Trigged when player die
public Action Event_PlayerDeath(Event event, const char[] name, bool dontBroadcast) {
    ////////////////////////
    // Rank System
    int victimId = event.GetInt("userid");
    int attackerId = event.GetInt("attacker");
    int victim = GetClientOfUserId(victimId);
    int attacker = GetClientOfUserId(attackerId);

    if (victim != attacker) {
        g_iStatKills[attacker]++;
        g_iStatDeaths[victim]++;
    }
    else {
        g_iStatSuicides[victim]++;
        g_iStatDeaths[victim]++;
    }

    // Get player ID
    int client = GetClientOfUserId(event.GetInt("userid"));
    // Check client valid
    if (!(0 < attacker <= MaxClients) || !IsClientInGame(client)) {
        return Plugin_Continue;
    } {
        g_iPlayerBGroups[client] = GetEntProp(client, Prop_Send, "m_nBody");
    }
    //PrintToServer("BodyGroups: %d", g_iPlayerBGroups[client]);

    // Set variable
    int dmg_taken = event.GetInt("damagebits");
    if (dmg_taken <= 0) {
        g_playerWoundTime[client] = g_minorRevive_time;
        g_playerWoundType[client] = 0;
    }

    //PrintToServer("[PLAYERDEATH] Client %N has %d lives remaining", client, g_iSpawnTokens[client]);

    // Get gamemode
    char sGameMode[32];
    FindConVar("mp_gamemode").GetString(sGameMode, sizeof(sGameMode));
    int team = GetClientTeam(client);
    int attackerTeam = GetClientTeam(attacker);

    //AI Director START
    //Bot Team AD Status
    if (team == TEAM_2_INS && g_iRoundStatus == 1 && attackerTeam == TEAM_1_SEC) {
        //Bonus point for specialty bots
        if (AI_Director_IsSpecialtyBot(client)) {
            g_AIDir_TeamStatus += 1;
        }
        g_AIDir_BotsKilledCount++;
        if (g_AIDir_BotsKilledCount > (GetTeamSecCount() / g_AIDir_BotsKilledReq_mult)) {
            g_AIDir_BotsKilledCount = 0;
            g_AIDir_TeamStatus += 1;
        }
    }
        //Player Team AD STATUS
    if (team == TEAM_1_SEC && g_iRoundStatus == 1) {
        if (g_iHurtFatal[client] == 1) {
            g_AIDir_TeamStatus -= 3;
        }
        else {
            g_AIDir_TeamStatus -= 2;
        }
        if ((StrContains(g_client_last_classstring[client], "medic") > -1)) {
            g_AIDir_TeamStatus -= 3;
        }
    }
    g_AIDir_TeamStatus = AI_Director_SetMinMax(g_AIDir_TeamStatus, g_AIDir_TeamStatus_min, g_AIDir_TeamStatus_max);

    //AI Director END
    if (g_iCvar_revive_enable) {
        // Convert ragdoll
        if (team == TEAM_1_SEC) {
            // Get current position
            float vecPos[3];
            GetClientAbsOrigin(client, vecPos);
            g_fDeadPosition[client] = vecPos;

                // Call ragdoll timer
            if (g_iEnableRevive == 1 && g_iRoundStatus == 1) {
                CreateTimer(5.0, ConvertDeleteRagdoll, client);
            }
        }
    }
    // Check enables
    if (g_iCvar_respawn_enable) {
        // Client should be TEAM_1_SEC = HUMANS or TEAM_2_INS = BOTS
        if ((team == TEAM_1_SEC) || (team == TEAM_2_INS)) {
            // The number of control points
            int ncp = Ins_ObjectiveResource_GetProp("m_iNumControlPoints");

            // Active control point
            int acp = Ins_ObjectiveResource_GetProp("m_nActivePushPointIndex");

            // Do not decrease life in counterattack
            if (g_isCheckpoint == 1 && Ins_InCounterAttack() &&
                (((acp+1) == ncp &&  g_iCvar_final_counterattack_type == 2) ||
                ((acp+1) != ncp && g_iCvar_counterattack_type == 2))) {
                // Respawn type 1 bots
                if ((g_iCvar_respawn_type_team_ins == 1 && team == TEAM_2_INS) &&
                (((acp+1) == ncp &&  g_iCvar_final_counterattack_type == 2) ||
                ((acp+1) != ncp && g_iCvar_counterattack_type == 2))) {
                    if ((g_iSpawnTokens[client] < g_iRespawnCount[team])) {
                        g_iSpawnTokens[client] = (g_iRespawnCount[team] + 1);
                    }

                    // Call respawn timer
                    CreateBotRespawnTimer(client);
                }
                // Respawn type 1 player (individual lives)
                else if (g_iCvar_respawn_type_team_sec == 1 && team == TEAM_1_SEC) {
                    if (g_iSpawnTokens[client] > 0) {
                        if (team == TEAM_1_SEC) {
                            CreatePlayerRespawnTimer(client);
                        }
                    }
                    else if (g_iSpawnTokens[client] <= 0 && g_iRespawnCount[team] > 0) {
                        // Cannot respawn anymore
                        char sChat[128];
                        Format(sChat, 128,"You cannot be respawned anymore. (out of lives)");
                        PrintToChat(client, "%s", sChat);
                    }
                }
                // Respawn type 2 for players
                else if (team == TEAM_1_SEC && g_iCvar_respawn_type_team_sec == 2 && g_iRespawn_lives_team_sec > 0) {
                    g_iRemaining_lives_team_sec = g_iRespawn_lives_team_sec + 1;

                    // Call respawn timer
                    CreateCounterRespawnTimer(client);
                }
                // Respawn type 2 for bots
                else if (team == TEAM_2_INS && g_iCvar_respawn_type_team_ins == 2 &&
                (g_iRespawn_lives_team_ins > 0 ||
                ((acp+1) == ncp && g_iCvar_final_counterattack_type == 2) ||
                ((acp+1) != ncp && g_iCvar_counterattack_type == 2))) {
                    g_iRemaining_lives_team_ins = g_iRespawn_lives_team_ins + 1;

                    // Call respawn timer
                    CreateBotRespawnTimer(client);
                }
            }
            // Normal respawn
            else if ((g_iCvar_respawn_type_team_sec == 1 && team == TEAM_1_SEC) ||
                (g_iCvar_respawn_type_team_ins == 1 && team == TEAM_2_INS)) {
                if (g_iSpawnTokens[client] > 0) {
                    if (team == TEAM_1_SEC) {
                        CreatePlayerRespawnTimer(client);
                    }
                    else if (team == TEAM_2_INS) {
                        CreateBotRespawnTimer(client);
                    }
                }
                else if (g_iSpawnTokens[client] <= 0 && g_iRespawnCount[team] > 0) {
                    // Cannot respawn anymore
                    char sChat[128];
                    Format(sChat, 128,"You cannot be respawned anymore. (out of lives)");
                    PrintToChat(client, "%s", sChat);
                }
            }
            // Respawn type 2 for players
            else if (g_iCvar_respawn_type_team_sec == 2 && team == TEAM_1_SEC) {
                if (g_iRemaining_lives_team_sec > 0) {
                    CreatePlayerRespawnTimer(client);
                }
                else if (g_iRemaining_lives_team_sec <= 0 && g_iRespawn_lives_team_sec > 0) {
                    // Cannot respawn anymore
                    char sChat[128];
                    Format(sChat, 128,"You cannot be respawned anymore. (out of team lives)");
                    PrintToChat(client, "%s", sChat);
                }
            }
            // Respawn type 2 for bots
            else if (g_iCvar_respawn_type_team_ins == 2 && g_iRemaining_lives_team_ins >  0 && team == TEAM_2_INS) {
                CreateBotRespawnTimer(client);
            }
        }
    }

    // Init variables
    char wound_hint[64];
    char fatal_hint[64];
    char woundType[64];
    if (g_playerWoundType[client] == 0) {
        woundType = "MINORLY WOUNDED";
    }
    else if (g_playerWoundType[client] == 1) {
        woundType = "MODERATELY WOUNDED";
    }
    else if (g_playerWoundType[client] == 2) {
        woundType = "CRITCALLY WOUNDED";
    }

    // Display death message
    if (g_fCvar_fatal_chance > 0.0) {
        if (g_iHurtFatal[client] == 1 && !IsFakeClient(client)) {
                Format(fatal_hint, 255,"You were fatally killed for %i damage", g_clientDamageDone[client]);
                PrintHintText(client, "%s", fatal_hint);
                PrintToChat(client, "%s", fatal_hint);
        }
        else {
                Format(wound_hint, 255,"You're %s for %i damage, call a medic for revive!", woundType, g_clientDamageDone[client]);
                PrintHintText(client, "%s", wound_hint);
                PrintToChat(client, "%s", wound_hint);
        }
    }
        else {
        Format(wound_hint, 255,"You're %s for %i damage, call a medic for revive!", woundType, g_clientDamageDone[client]);
        PrintHintText(client, "%s", wound_hint);
        PrintToChat(client, "%s", wound_hint);
    }


        // Update remaining life
        // ConVar hCvar = null;
        // new iRemainingLife = GetRemainingLife();
        // ConVar hCvar = FindConVar("sm_remaininglife");
        // hCvar.SetInt(iRemainingLife);

    return Plugin_Continue;
}

// Convert dead body to new ragdoll
public Action ConvertDeleteRagdoll(Handle timer, any client)
{
    if (IsClientInGame(client) && g_iRoundStatus == 1 && !IsPlayerAlive(client))
    {
        //PrintToServer("CONVERT RAGDOLL********************");
        //new clientRagdoll = GetEntPropEnt(client, Prop_Send, "m_hRagdoll");
        //TeleportEntity(clientRagdoll, g_fDeadPosition[client], NULL_VECTOR, NULL_VECTOR);

        // Get dead body
        int clientRagdoll = GetEntPropEnt(client, Prop_Send, "m_hRagdoll");

        //This timer safely removes client-side ragdoll
        if(clientRagdoll > 0 && IsValidEdict(clientRagdoll) && IsValidEntity(clientRagdoll) && g_iEnableRevive == 1)
        {
            // Get dead body's entity
            int ref = EntIndexToEntRef(clientRagdoll);
            int entity = EntRefToEntIndex(ref);
            if(entity != INVALID_ENT_REFERENCE && IsValidEntity(entity))
            {
                // Remove dead body's entity
                AcceptEntityInput(entity, "Kill");
                clientRagdoll = INVALID_ENT_REFERENCE;
            }
        }

        // Check is fatally dead
        if (g_iHurtFatal[client] != 1)
        {
            // Create new ragdoll
            int tempRag = CreateEntityByName("prop_ragdoll");

            // Set client's new ragdoll
            g_iClientRagdolls[client]  = EntIndexToEntRef(tempRag);

            // Set position
            g_fDeadPosition[client][2] = g_fDeadPosition[client][2] + 50;

            // If success initialize ragdoll
            if(tempRag != -1)
            {
                // Get model name
                char sModelName[64];
                GetClientModel(client, sModelName, sizeof(sModelName));

                // Set model
                SetEntityModel(tempRag, sModelName);
                DispatchSpawn(tempRag);

                // Set collisiongroup
                SetEntProp(tempRag, Prop_Send, "m_CollisionGroup", 17);
                //Set bodygroups for ragdoll
                    SetEntProp(tempRag, Prop_Send, "m_nBody", g_iPlayerBGroups[client]);

                // Teleport to current position
                TeleportEntity(tempRag, g_fDeadPosition[client], NULL_VECTOR, NULL_VECTOR);

                // Set vector
                GetEntPropVector(tempRag, Prop_Send, "m_vecOrigin", g_fRagdollPosition[client]);

                // Set revive time remaining
                g_iReviveRemainingTime[client] = g_playerWoundTime[client];
                g_iReviveNonMedicRemainingTime[client] = g_nonMedRevive_time;
                // Start revive checking timer
                /*
                Handle revivePack;
                CreateDataTimer(1.0 , Timer_RevivePeriod, revivePack, TIMER_REPEAT | TIMER_FLAG_NO_MAPCHANGE);
                revivePack.WriteCell(client);
                revivePack.WriteCell(tempRag);
                */
            }
            else
            {
                // If failed to create ragdoll, remove entity
                if(tempRag > 0 && IsValidEdict(tempRag) && IsValidEntity(tempRag))
                {
                    RemoveRagdoll(client);
                }
            }
        }
    }
}

// Remove ragdoll
void RemoveRagdoll(int client)
{
    //new ref = EntIndexToEntRef(g_iClientRagdolls[client]);
    int entity = EntRefToEntIndex(g_iClientRagdolls[client]);
    if(entity != INVALID_ENT_REFERENCE && IsValidEntity(entity))
    {
        AcceptEntityInput(entity, "Kill");
        g_iClientRagdolls[client] = INVALID_ENT_REFERENCE;
    }
}

// This handles revives by medics
void CreateReviveTimer(int client)
{
    CreateTimer(0.0, RespawnPlayerRevive, client);
}

// Handles spawns when counter attack starts
void CreateCounterRespawnTimer(int client)
{
    CreateTimer(0.0, RespawnPlayerCounter, client);
}

// Respawn bot
void CreateBotRespawnTimer(int client)
{
    CreateTimer(g_fCvar_respawn_delay_team_ins, RespawnBot, client);
}

// Respawn player
void CreatePlayerRespawnTimer(int client)
{
    // Check is respawn timer active
    if (g_iPlayerRespawnTimerActive[client] == 0)
    {
        // Set timer active
        g_iPlayerRespawnTimerActive[client] = 1;

        //new validAntenna = -1;
        //validAntenna = FindValid_Antenna();

        // Set remaining timer for respawn
        //if (validAntenna != -1)
        //{
        int timeReduce = (GetTeamSecCount() / 3);
        if (timeReduce <= 0)
        {
            timeReduce = 3;
        }

        int jammerSpawnReductionAmt = (g_iRespawnSeconds / timeReduce);
        g_iRespawnTimeRemaining[client] = (g_iRespawnSeconds - jammerSpawnReductionAmt);
        if (g_iRespawnTimeRemaining[client] < 5)
                g_iRespawnTimeRemaining[client] = 5;
        else
            g_iRespawnTimeRemaining[client] = g_iRespawnSeconds;

        //Sync wave based timer if enabled
        if (g_respawn_mode_team_sec)
        {
            g_iRespawnTimeRemaining[client] = g_secWave_Timer;
        }

        // Call respawn timer
        CreateTimer(1.0, Timer_PlayerRespawn, client, TIMER_REPEAT);
    }
}

// Revive player
Action RespawnPlayerRevive(Handle timer, any client)
{
    // Exit if client is not in game
//  if (!IsClientInGame(client)) return;
    if (IsPlayerAlive(client) || !IsClientInGame(client) || g_iRoundStatus == 0) return;

    //PrintToServer("[REVIVE_RESPAWN] REVIVING client %N who has %d lives remaining", client, g_iSpawnTokens[client]);
    // Call forcerespawn fucntion
    SDKCall(g_hForceRespawn, client);

    // If set 'sm_respawn_enable_track_ammo', restore player's ammo
    if (playerRevived[client] == true && g_iCvar_enable_track_ammo == 1)
    {
        playerInRevivedState[client] = true;
        SetPlayerAmmo(client); //AmmoResupply_Player(client, 0, 0, 1);

    }

    //Set wound health
    int iHealth = GetClientHealth(client);
    if (g_playerNonMedicRevive[client] == 0)
    {
        if (g_playerWoundType[client] == 0)
            iHealth = g_minorWoundRevive_hp;
        else if (g_playerWoundType[client] == 1)
            iHealth = g_modWoundRevive_hp;
        else if (g_playerWoundType[client] == 2)
            iHealth = g_critWoundRevive_hp;
    }
    else if (g_playerNonMedicRevive[client] == 1)
    {
        //NonMedic Revived
        iHealth = g_nonMedicRevive_hp;
    }

    SetEntityHealth(client, iHealth);

    // Get player's ragdoll
    int playerRag = EntRefToEntIndex(g_iClientRagdolls[client]);

    //Remove network ragdoll
    if(playerRag > 0 && IsValidEdict(playerRag) && IsValidEntity(playerRag))
        RemoveRagdoll(client);

    //Do the post-spawn stuff like moving to final "spawnpoint" selected
    //CreateTimer(0.0, RespawnPlayerRevivePost, client);
    RespawnPlayerRevivePost(null, client);
    if ((StrContains(g_client_last_classstring[client], "medic") > -1))
        g_AIDir_TeamStatus += 2;
    else
        g_AIDir_TeamStatus += 1;
    g_AIDir_TeamStatus = AI_Director_SetMinMax(g_AIDir_TeamStatus, g_AIDir_TeamStatus_min, g_AIDir_TeamStatus_max);
}

// Do post revive stuff
Action RespawnPlayerRevivePost(Handle timer, any client)
{
    // Exit if client is not in game
    if (!IsClientInGame(client)) return;

    //PrintToServer("[REVIVE_DEBUG] called RespawnPlayerRevivePost for client %N (%d)",client,client);
    TeleportEntity(client, g_fRagdollPosition[client], NULL_VECTOR, NULL_VECTOR);

    //Check if player is connected and is alive and player team is security
    int m_iTeam = GetClientTeam(client);
    if((IsClientConnected(client)) && (IsPlayerAlive(client)) && m_iTeam == TEAM_1_SEC)
    {
        //Set health 100 percent if resupplying
        int iHealth = GetClientHealth(client);
        if (iHealth < 100)
            SetEntityHealth(client, 100);
        playerInRevivedState[client] = false;
    }
    // Reset ragdoll position
    g_fRagdollPosition[client][0] = 0.0;
    g_fRagdollPosition[client][1] = 0.0;
    g_fRagdollPosition[client][2] = 0.0;
}

// Respawn player in counter attack
Action RespawnPlayerCounter(Handle timer, any client)
{
    // Exit if client is not in game
    if (!IsClientInGame(client)) return;
    if (IsPlayerAlive(client) || g_iRoundStatus == 0) return;

    //PrintToServer("[Counter Respawn] Respawning client %N who has %d lives remaining", client, g_iSpawnTokens[client]);
    // Call forcerespawn fucntion
    SDKCall(g_hForceRespawn, client);

    // Get player's ragdoll
    int playerRag = EntRefToEntIndex(g_iClientRagdolls[client]);

    //Remove network ragdoll
    if(playerRag > 0 && IsValidEdict(playerRag) && IsValidEntity(playerRag))
        RemoveRagdoll(client);

    // If set 'sm_respawn_enable_track_ammo', restore player's ammo
    // Get the number of control points
    //new ncp = Ins_ObjectiveResource_GetProp("m_iNumControlPoints");
    // Get active push point
    //new acp = Ins_ObjectiveResource_GetProp("m_nActivePushPointIndex");

    //Remove grenades if not final
    //if ((acp+1) != ncp)
    //RemoveWeapons(client, 0, 0, 1);

    // Teleport to active counter attack point
    //PrintToServer("[REVIVE_DEBUG] called RespawnPlayerPost for client %N (%d)",client,client);
    if (g_fRespawnPosition[0] != 0.0 && g_fRespawnPosition[1] != 0.0 && g_fRespawnPosition[2] != 0.0)
        TeleportEntity(client, g_fRespawnPosition, NULL_VECTOR, NULL_VECTOR);

    // Reset ragdoll position
    g_fRagdollPosition[client][0] = 0.0;
    g_fRagdollPosition[client][1] = 0.0;
    g_fRagdollPosition[client][2] = 0.0;
}


// Respawn bot
public Action RespawnBot(Handle timer, any client)
{

    // Exit if client is not in game
    //if (IsPlayerAlive(client) || !IsClientInGame(client) || g_iRoundStatus == 0) return;
    //if (client > 0 && IsPlayerAlive(client) && GetClientTeam(client) == 2 && owner > 0 && GetClientTeam(owner) == 3)

    //if (client > 0 && !IsClientInGame(client) || IsPlayerAlive(client) || g_iRoundStatus == 0)

    if (client <= 0 || client > MaxClients || !IsClientInGame(client) || IsPlayerAlive(client) || g_iRoundStatus == 0) return;
    char sModelName[64];
    GetClientModel(client, sModelName, sizeof(sModelName));
    if (StrEqual(sModelName, "")) return;

    // Check respawn type
    if (g_iCvar_respawn_type_team_ins == 1 && g_iSpawnTokens[client] > 0)
        g_iSpawnTokens[client]--;
    else if (g_iCvar_respawn_type_team_ins == 2)
    {
        if (g_iRemaining_lives_team_ins > 0)
        {
            g_iRemaining_lives_team_ins--;
            if (g_iRemaining_lives_team_ins <= 0)
                g_iRemaining_lives_team_ins = 0;
            //PrintToServer("######################TEAM 2 LIVES REMAINING %i", g_iRemaining_lives_team_ins);
        }
    }
    //PrintToServer("######################TEAM 2 LIVES REMAINING %i", g_iRemaining_lives_team_ins);
    //PrintToServer("######################TEAM 2 LIVES REMAINING %i", g_iRemaining_lives_team_ins);
    //PrintToServer("[RESPAWN] Respawning client %N who has %d lives remaining", client, g_iSpawnTokens[client]);

    // Call forcerespawn function

    //if (client !=0) SDKCall(g_hForceRespawn, client);

    //if ((0 >= client || client > MaxClients) || !IsClientInGame(client))
    if ((0 < client <= MaxClients) || !IsClientInGame(client))
    {

        SDKCall(g_hForceRespawn, client);
    }
}

// Monitor player reload and set ammo after each reload
Action Timer_ForceReload(Handle timer, any client)
{
    bool isReloading = Client_IsReloading(client);
    int primaryWeapon = GetPlayerWeaponSlot(client, 0);
    int secondaryWeapon = GetPlayerWeaponSlot(client, 1);

    if (IsPlayerAlive(client) && g_iRoundStatus == 1 && !isReloading && g_playerActiveWeapon[client] == primaryWeapon)
    {
        playerAmmo[client][0] -= 1;
        SetPlayerAmmo(client);
        return Plugin_Stop;
    }

    if (IsPlayerAlive(client) && g_iRoundStatus == 1 && !isReloading && g_playerActiveWeapon[client] == secondaryWeapon)
    {
        playerAmmo[client][1] -= 1;
        SetPlayerAmmo(client);
        return Plugin_Stop;
    }
    return Plugin_Continue;
}

// Player respawn timer
Action Timer_PlayerRespawn(Handle timer, any client)
{
    char sRemainingTime[256];

    // Exit if client is not in game
    if (!IsClientInGame(client)) return Plugin_Stop; // empty class name
    if (!IsPlayerAlive(client) && g_iRoundStatus == 1)
    {
        if (g_iRespawnTimeRemaining[client] > 0)
        {
            if (g_playerFirstJoin[client] == 1)
            {
                char woundType[128];
                int tIsFatal = false;
                if (g_iHurtFatal[client] == 1)
                {
                    woundType = "fatally killed";
                    tIsFatal = true;
                }
                else
                {
                    woundType = "WOUNDED";
                    if (g_playerWoundType[client] == 0)
                        woundType = "MINORLY WOUNDED";
                    else if (g_playerWoundType[client] == 1)
                        woundType = "MODERATELY WOUNDED";
                    else if (g_playerWoundType[client] == 2)
                        woundType = "CRITCALLY WOUNDED";
                }
                // Print remaining time to center text area
                if (!IsFakeClient(client))
                {
                    if (tIsFatal)
                    {
                        Format(sRemainingTime, sizeof(sRemainingTime),"Reinforcing in %d second%s (%d lives left) ", woundType, g_clientDamageDone[client], g_iRespawnTimeRemaining[client], (g_iRespawnTimeRemaining[client] > 1 ? "s" : ""), g_iSpawnTokens[client]);
                    }
                    else
                    {
                        Format(sRemainingTime, sizeof(sRemainingTime),"%s for %d damage | wait patiently for a medic\n\n                Reinforcing in %d second%s (%d lives left) ", woundType, g_clientDamageDone[client], g_iRespawnTimeRemaining[client], (g_iRespawnTimeRemaining[client] > 1 ? "s" : ""), g_iSpawnTokens[client]);
                    }
                    PrintCenterText(client, sRemainingTime);
                }
            }

            // Decrease respawn remaining time
            g_iRespawnTimeRemaining[client]--;
        }
        else
        {
            // Decrease respawn token
            if (g_iCvar_respawn_type_team_sec == 1)
                g_iSpawnTokens[client]--;
            else if (g_iCvar_respawn_type_team_sec == 2)
                g_iRemaining_lives_team_sec--;

            // Call forcerespawn function
            SDKCall(g_hForceRespawn, client);

            //AI Director START
            if ((StrContains(g_client_last_classstring[client], "medic") > -1))
                g_AIDir_TeamStatus += 2;
            else
                g_AIDir_TeamStatus += 1;

            g_AIDir_TeamStatus = AI_Director_SetMinMax(g_AIDir_TeamStatus, g_AIDir_TeamStatus_min, g_AIDir_TeamStatus_max);

            //AI Director STOP

            // Print remaining time to center text area
            if (!IsFakeClient(client))
                PrintCenterText(client, "You reinforced! (%d lives left)", g_iSpawnTokens[client]);


            bool tSquadSpawned = false;             //Lets confirm squad spawn
            int playerRag = EntRefToEntIndex(g_iClientRagdolls[client]); // Get ragdoll position

            // Remove network ragdoll
            if(playerRag > 0 && IsValidEdict(playerRag) && IsValidEntity(playerRag))
                RemoveRagdoll(client);

            // Do the post-spawn stuff like moving to final "spawnpoint" selected
            //CreateTimer(0.0, RespawnPlayerPost, client);
            //RespawnPlayerPost(null, client);

            // Reset ragdoll position
            g_fRagdollPosition[client][0] = 0.0;
            g_fRagdollPosition[client][1] = 0.0;
            g_fRagdollPosition[client][2] = 0.0;

            // Announce respawn if not wave based (to avoid spam)
            if (!g_respawn_mode_team_sec)
            {
            if (g_squadSpawnEnabled[client] == 1 && tSquadSpawned == true)
                    PrintToChatAll("\x05%N\x01 squad-reinforced on %N", client, g_squadLeader[client]);
                else
                    PrintToChatAll("\x05%N\x01 reinforced..", client);
            }
            // Reset variable
            g_iPlayerRespawnTimerActive[client] = 0;
            return Plugin_Stop;
        }
    }
    else
    {
        // Reset variable
        g_iPlayerRespawnTimerActive[client] = 0;
        return Plugin_Stop;
    }
    return Plugin_Continue;
}


// Handles reviving for medics and non-medics
public Action Timer_ReviveMonitor(Handle timer, any data)
{
    // Check round state
    if (g_iRoundStatus == 0) return Plugin_Continue;

    // Init variables
    float fReviveDistance = 65.0;
    int iInjured;
    int iInjuredRagdoll;
    float fRagPos[3];
    float fMedicPos[3];
    float fDistance;

    // Search medics
    for (int iMedic = 1; iMedic <= MaxClients; iMedic++)
    {
        if (!IsClientInGame(iMedic) || IsFakeClient(iMedic))
            continue;

        // Is valid iMedic?
        if (IsPlayerAlive(iMedic) && (StrContains(g_client_last_classstring[iMedic], "medic") > -1))
        {
            // Check is there nearest body
            iInjured = g_iNearestBody[iMedic];

            // Valid nearest body
            if (iInjured > 0 && IsClientInGame(iInjured) && !IsPlayerAlive(iInjured) && g_iHurtFatal[iInjured] == 0
                && iInjured != iMedic && GetClientTeam(iMedic) == GetClientTeam(iInjured))
            {
                // Get found medic position
                GetClientAbsOrigin(iMedic, fMedicPos);

                // Get player's entity index
                iInjuredRagdoll = EntRefToEntIndex(g_iClientRagdolls[iInjured]);

                // Check ragdoll is valid
                if(iInjuredRagdoll > 0 && iInjuredRagdoll != INVALID_ENT_REFERENCE
                    && IsValidEdict(iInjuredRagdoll) && IsValidEntity(iInjuredRagdoll))
                {
                    // Get player's ragdoll position
                    GetEntPropVector(iInjuredRagdoll, Prop_Send, "m_vecOrigin", fRagPos);

                    // Update ragdoll position
                    g_fRagdollPosition[iInjured] = fRagPos;

                    // Get distance from iMedic
                    fDistance = GetVectorDistance(fRagPos,fMedicPos);
                }
                else
                    // Ragdoll is not valid
                    continue;

                // Jareds pistols only code to verify iMedic is carrying knife
                int ActiveWeapon = GetEntPropEnt(iMedic, Prop_Data, "m_hActiveWeapon");
                if (ActiveWeapon < 0)
                    continue;

                // Get weapon class name
                char sWeapon[32];
                GetEdictClassname(ActiveWeapon, sWeapon, sizeof(sWeapon));
                //PrintToServer("[KNIFE ONLY] CheckWeapon for iMedic %d named %N ActiveWeapon %d sWeapon %s",iMedic,iMedic,ActiveWeapon,sWeapon);

                // If iMedic can see ragdoll and using defib or knife
                if (fDistance < fReviveDistance && (ClientCanSeeVector(iMedic, fRagPos, fReviveDistance))
                    && ((StrContains(sWeapon, "weapon_defib") > -1) || (StrContains(sWeapon, "weapon_knife") > -1) || (StrContains(sWeapon, "weapon_kabar") > -1))
                )
                {
                    //PrintToServer("[REVIVE_DEBUG] Distance from %N to %N is %f Seconds %d", iInjured, iMedic, fDistance, g_iReviveRemainingTime[iInjured]);
                    char sBuf[255];

                    // Need more time to revive
                    if (g_iReviveRemainingTime[iInjured] > 0)
                    {

                        char woundType[64];
                        if (g_playerWoundType[iInjured] == 0)
                            woundType = "Minor wound";
                        else if (g_playerWoundType[iInjured] == 1)
                            woundType = "Moderate wound";
                        else if (g_playerWoundType[iInjured] == 2)
                            woundType = "Critical wound";

                        // Hint to iMedic
                        Format(sBuf, 255,"Reviving %N in: %i seconds (%s)", iInjured, g_iReviveRemainingTime[iInjured], woundType);
                        PrintHintText(iMedic, "%s", sBuf);

                        // Hint to victim
                        Format(sBuf, 255,"%N is reviving you in: %i seconds (%s)", iMedic, g_iReviveRemainingTime[iInjured], woundType);
                        PrintHintText(iInjured, "%s", sBuf);

                        // Decrease revive remaining time
                        g_iReviveRemainingTime[iInjured]--;

                        //prevent respawn while reviving
                        g_iRespawnTimeRemaining[iInjured]++;
                    }
                    // Revive player
                    else if (g_iReviveRemainingTime[iInjured] <= 0)
                    {
                        char woundType[64];
                        if (g_playerWoundType[iInjured] == 0)
                            woundType = "minor wound";
                        else if (g_playerWoundType[iInjured] == 1)
                            woundType = "moderate wound";
                        else if (g_playerWoundType[iInjured] == 2)
                            woundType = "critical wound";

                        // Chat to all
                        //Format(sBuf, 255,"\x05%N\x01 revived \x03%N from a %s", iMedic, iInjured, woundType);
                        //PrintToChatAll("%s", sBuf);

                        // Hint to iMedic
                        Format(sBuf, 255,"You revived %N from a %s", iInjured, woundType);
                        PrintHintText(iMedic, "%s", sBuf);

                        // Hint to victim
                        Format(sBuf, 255,"%N revived you from a %s", iMedic, woundType);
                        PrintHintText(iInjured, "%s", sBuf);
                        g_iStatRevives[iMedic]++;

                        //Accumulate a revive
                        g_playerMedicRevivessAccumulated[iMedic]++;
                        int iReviveCap = sm_revive_cap_for_bonus.IntValue;

                        // Hint to iMedic
                        Format(sBuf, 255,"You revived %N from a %s | Revives remaining til bonus life: %d", iInjured, woundType, (iReviveCap - g_playerMedicRevivessAccumulated[iMedic]));
                        PrintHintText(iMedic, "%s", sBuf);
                        if (g_playerMedicRevivessAccumulated[iMedic] >= iReviveCap)
                        {
                            g_playerMedicRevivessAccumulated[iMedic] = 0;
                            g_iSpawnTokens[iMedic]++;
                        }

                        // Update ragdoll position
                        g_fRagdollPosition[iInjured] = fRagPos;

                        // Reset revive counter
                        playerRevived[iInjured] = true;

                        // Call revive function
                        g_playerNonMedicRevive[iInjured] = 0;
                        CreateReviveTimer(iInjured);
                        continue;
                    }
                }
            }
        }
        //Non Medics with Medic Pack
        else if (IsPlayerAlive(iMedic) && !(StrContains(g_client_last_classstring[iMedic], "medic") > -1))
        {
            //PrintToServer("Non-Medic Reviving..");
            // Check is there nearest body
            iInjured = g_iNearestBody[iMedic];

            // Valid nearest body
            if (iInjured > 0 && IsClientInGame(iInjured) && !IsPlayerAlive(iInjured) && g_iHurtFatal[iInjured] == 0
                && iInjured != iMedic && GetClientTeam(iMedic) == GetClientTeam(iInjured))
            {
                // Get found medic position
                GetClientAbsOrigin(iMedic, fMedicPos);

                // Get player's entity index
                iInjuredRagdoll = EntRefToEntIndex(g_iClientRagdolls[iInjured]);

                // Check ragdoll is valid
                if(iInjuredRagdoll > 0 && iInjuredRagdoll != INVALID_ENT_REFERENCE
                    && IsValidEdict(iInjuredRagdoll) && IsValidEntity(iInjuredRagdoll))
                {
                    // Get player's ragdoll position
                    GetEntPropVector(iInjuredRagdoll, Prop_Send, "m_vecOrigin", fRagPos);

                    // Update ragdoll position
                    g_fRagdollPosition[iInjured] = fRagPos;

                    // Get distance from iMedic
                    fDistance = GetVectorDistance(fRagPos,fMedicPos);
                }
                else
                    // Ragdoll is not valid
                    continue;

                // Jareds pistols only code to verify iMedic is carrying knife
                int ActiveWeapon = GetEntPropEnt(iMedic, Prop_Data, "m_hActiveWeapon");
                if (ActiveWeapon < 0)
                    continue;

                // Get weapon class name
                char sWeapon[32];
                GetEdictClassname(ActiveWeapon, sWeapon, sizeof(sWeapon));
                //PrintToServer("[KNIFE ONLY] CheckWeapon for iMedic %d named %N ActiveWeapon %d sWeapon %s",iMedic,iMedic,ActiveWeapon,sWeapon);

                // If NON Medic can see ragdoll and using healthkit
                if (fDistance < fReviveDistance && (ClientCanSeeVector(iMedic, fRagPos, fReviveDistance))
                    && ((StrContains(sWeapon, "weapon_healthkit") > -1)))
                {
                    //PrintToServer("[REVIVE_DEBUG] Distance from %N to %N is %f Seconds %d", iInjured, iMedic, fDistance, g_iReviveNonMedicRemainingTime[iInjured]);
                    char sBuf[255];

                    // Need more time to reviving
                    if (g_iReviveNonMedicRemainingTime[iInjured] > 0)
                    {

                        //PrintToServer("NONMEDIC HAS TIME");
                        if (g_playerWoundType[iInjured] == 0 || g_playerWoundType[iInjured] == 1 || g_playerWoundType[iInjured] == 2)
                        {
                            char woundType[64];
                            if (g_playerWoundType[iInjured] == 0)
                                woundType = "Minor wound";
                            else if (g_playerWoundType[iInjured] == 1)
                                woundType = "Moderate wound";
                            else if (g_playerWoundType[iInjured] == 2)
                                woundType = "Critical wound";
                            // Hint to NonMedic
                            Format(sBuf, 255,"Reviving %N in: %i seconds (%s)", iInjured, g_iReviveNonMedicRemainingTime[iInjured], woundType);
                            PrintHintText(iMedic, "%s", sBuf);

                            // Hint to victim
                            Format(sBuf, 255,"%N is reviving you in: %i seconds (%s)", iMedic, g_iReviveNonMedicRemainingTime[iInjured], woundType);
                            PrintHintText(iInjured, "%s", sBuf);

                            // Decrease revive remaining time
                            g_iReviveNonMedicRemainingTime[iInjured]--;
                        }

                        //prevent respawn while reviving
                        g_iRespawnTimeRemaining[iInjured]++;
                    }

                    // Revive player
                    else if (g_iReviveNonMedicRemainingTime[iInjured] <= 0)
                    {
                        char woundType[64];
                        if (g_playerWoundType[iInjured] == 0)
                            woundType = "minor wound";
                        else if (g_playerWoundType[iInjured] == 1)
                            woundType = "moderate wound";
                        else if (g_playerWoundType[iInjured] == 2)
                            woundType = "critical wound";

                        // Chat to all
                        Format(sBuf, 255,"\x05%N\x01 revived \x03%N from a %s", iMedic, iInjured, woundType);
                        //PrintToChatAll("%s", sBuf);

                        // Hint to iMedic
                        Format(sBuf, 255,"You revived %N from a %s", iInjured, woundType);
                        PrintHintText(iMedic, "%s", sBuf);

                        // Hint to victim
                        Format(sBuf, 255,"%N revived you from a %s", iMedic, woundType);
                        PrintHintText(iInjured, "%s", sBuf);

                        // Add kill bonus to iMedic
                        int iBonus = sm_revive_bonus.IntValue;
                        int iScore = GetClientFrags(iMedic) + iBonus;
                        SetEntProp(iMedic, Prop_Data, "m_iFrags", iScore);

                        // Rank System
                        g_iStatRevives[iMedic]++;

                        //Accumulate a revive
                        g_playerMedicRevivessAccumulated[iMedic]++;
                        int iReviveCap = sm_revive_cap_for_bonus.IntValue;

                        // Hint to iMedic
                        if (g_playerMedicRevivessAccumulated[iMedic] >= iReviveCap)
                        {
                            g_playerMedicRevivessAccumulated[iMedic] = 0;
                            g_iSpawnTokens[iMedic]++;
                        }


                        // Update ragdoll position
                        g_fRagdollPosition[iInjured] = fRagPos;

                        //Reward nearby medics who asssisted
                        //Check_NearbyMedicsRevive(iMedic, iInjured);

                        // Reset revive counter
                        playerRevived[iInjured] = true;

                        g_playerNonMedicRevive[iInjured] = 1;
                        // Call revive function
                        CreateReviveTimer(iInjured);
                        RemovePlayerItem(iMedic,ActiveWeapon);
                        //Switch to knife after removing kit
                        ChangePlayerWeaponSlot(iMedic, 2);
                        //PrintToServer("##########PLAYER REVIVED %s ############", playerRevived[iInjured]);
                        continue;
                    }
                }
            }
        }
    }
    return Plugin_Continue;
}

// Handles medic functions (Inspecting health, healing)
public Action Timer_MedicMonitor(Handle timer, any data)
{
    // Check round state
    if (g_iRoundStatus == 0) return Plugin_Continue;

    // Search medics
    for(int medic = 1; medic <= MaxClients; medic++)
    {
        if (!IsClientInGame(medic) || IsFakeClient(medic)) continue;


        // Medic only can inspect health.
        int iTeam = GetClientTeam(medic);
        if (iTeam == TEAM_1_SEC && IsPlayerAlive(medic) && StrContains(g_client_last_classstring[medic], "medic") > -1)
        {
            // Target is teammate and alive.
            int iTarget = TraceClientViewEntity(medic);
            if(iTarget > 0 && iTarget <= MaxClients && IsClientInGame(iTarget) && IsPlayerAlive(iTarget) && iTeam == GetClientTeam(iTarget))
            {
                // Check distance
                bool bCanHealPaddle = false;
                bool bCanHealMedpack = false;
                float fReviveDistance = 80.0;
                float vecMedicPos[3];
                float vecTargetPos[3];
                float tDistance;
                GetClientAbsOrigin(medic, vecMedicPos);
                GetClientAbsOrigin(iTarget, vecTargetPos);
                tDistance = GetVectorDistance(vecMedicPos,vecTargetPos);

                if (tDistance < fReviveDistance && ClientCanSeeVector(medic, vecTargetPos, fReviveDistance))
                {
                    // Check weapon
                    int ActiveWeapon = GetEntPropEnt(medic, Prop_Data, "m_hActiveWeapon");
                    if (ActiveWeapon < 0)
                        continue;
                    char sWeapon[32];
                    GetEdictClassname(ActiveWeapon, sWeapon, sizeof(sWeapon));

                    if ((StrContains(sWeapon, "weapon_defib") > -1) || (StrContains(sWeapon, "weapon_knife") > -1) || (StrContains(sWeapon, "weapon_kabar") > -1))
                    {
                        bCanHealPaddle = true;
                    }
                    if ((StrContains(sWeapon, "weapon_healthkit") > -1))
                    {
                        bCanHealMedpack = true;
                    }
                }

                // Check heal
                int iHealth = GetClientHealth(iTarget);

                if (tDistance < 750.0)
                {
                    PrintHintText(medic, "%N\nHP: %i", iTarget, iHealth);
                }

                if (bCanHealPaddle)
                {
                    if (iHealth < 100)
                    {
                        iHealth += g_iHeal_amount_paddles;
                        g_playerMedicHealsAccumulated[medic] += g_iHeal_amount_paddles;
                        int iHealthCap = sm_heal_cap_for_bonus.IntValue;
                        int iRewardMedicEnabled = sm_reward_medics_enabled.IntValue;

                        //Reward player for healing
                        if (g_playerMedicHealsAccumulated[medic] >= iHealthCap && iRewardMedicEnabled == 1)
                        {
                            g_playerMedicHealsAccumulated[medic] = 0;
                            g_iSpawnTokens[medic]++;
                        }

                        if (iHealth >= 100)
                        {
                            g_iStatHeals[medic]++;
                            iHealth = 100;
                            PrintHintText(iTarget, "You were healed by %N (HP: %i)", medic, iHealth);
                            char sBuf[255];
                            Format(sBuf, 255,"You fully healed %N | Health points remaining til bonus life: %d", iTarget, (iHealthCap - g_playerMedicHealsAccumulated[medic]));
                            PrintHintText(medic, "%s", sBuf);
                        }
                        else
                        {
                            PrintHintText(iTarget, "DON'T MOVE! %N is healing you.(HP: %i)", medic, iHealth);
                        }

                        SetEntityHealth(iTarget, iHealth);
                        PrintHintText(medic, "%N\nHP: %i\n\nHealing with paddles for: %i", iTarget, iHealth, g_iHeal_amount_paddles);
                    }
                    else
                    {
                        PrintHintText(medic, "%N\nHP: %i", iTarget, iHealth);
                    }
                }
                else if (bCanHealMedpack)
                {
                    if (iHealth < 100)
                    {
                        iHealth += g_iHeal_amount_medPack;
                        g_playerMedicHealsAccumulated[medic] += g_iHeal_amount_medPack;
                        int iHealthCap = sm_heal_cap_for_bonus.IntValue;
                        int iRewardMedicEnabled = sm_reward_medics_enabled.IntValue;
                        //Reward player for healing
                        if (g_playerMedicHealsAccumulated[medic] >= iHealthCap && iRewardMedicEnabled == 1)
                        {
                            g_playerMedicHealsAccumulated[medic] = 0;
                            g_iSpawnTokens[medic]++;
                        }
                        if (iHealth >= 100)
                        {
                            g_iStatHeals[medic]++;
                            iHealth = 100;
                            PrintHintText(iTarget, "You were healed by %N (HP: %i)", medic, iHealth);
                            char sBuf[255];
                            Format(sBuf, 255,"You fully healed %N | Health points remaining til bonus life: %d", iTarget, (iHealthCap - g_playerMedicHealsAccumulated[medic]));
                            PrintHintText(medic, "%s", sBuf);
                        }
                        else
                        {
                            PrintHintText(iTarget, "DON'T MOVE! %N is healing you.(HP: %i)", medic, iHealth);
                        }
                        SetEntityHealth(iTarget, iHealth);
                        PrintHintText(medic, "%N\nHP: %i\n\nHealing with medpack for: %i", iTarget, iHealth, g_iHeal_amount_medPack);
                    }
                    else
                    {
                        PrintHintText(medic, "%N\nHP: %i", iTarget, iHealth);
                    }
                }
            }
            else //Heal Self
            {
                // Check distance
                bool bCanHealMedpack = false;
                bool bCanHealPaddle = false;

                // Check weapon
                int ActiveWeapon = GetEntPropEnt(medic, Prop_Data, "m_hActiveWeapon");
                if (ActiveWeapon < 0) continue;
                char sWeapon[32];
                GetEdictClassname(ActiveWeapon, sWeapon, sizeof(sWeapon));

                if ((StrContains(sWeapon, "weapon_defib") > -1) || (StrContains(sWeapon, "weapon_knife") > -1) || (StrContains(sWeapon, "weapon_kabar") > -1))
                {
                    bCanHealPaddle = true;
                }
                if ((StrContains(sWeapon, "weapon_healthkit") > -1))
                {
                    bCanHealMedpack = true;
                }

                // Check heal
                int iHealth = GetClientHealth(medic);
                if (bCanHealMedpack || bCanHealPaddle)
                {
                    if (iHealth < g_medicHealSelf_max)
                    {
                        if (bCanHealMedpack)
                            iHealth += g_iHeal_amount_medPack;
                        else
                            iHealth += g_iHeal_amount_paddles;

                        if (iHealth >= g_medicHealSelf_max)
                        {
                            iHealth = g_medicHealSelf_max;
                            PrintHintText(medic, "You healed yourself (HP: %i) | MAX: %i", iHealth, g_medicHealSelf_max);
                        }
                        else
                        {
                            PrintHintText(medic, "Healing Self (HP: %i) | MAX: %i", iHealth, g_medicHealSelf_max);
                        }
                        SetEntityHealth(medic, iHealth);
                    }
                }
            }
        }
        else if (iTeam == TEAM_1_SEC && IsPlayerAlive(medic) && !(StrContains(g_client_last_classstring[medic], "medic") > -1))
        {
            // Check weapon for non medics outside
            int ActiveWeapon = GetEntPropEnt(medic, Prop_Data, "m_hActiveWeapon");
            if (ActiveWeapon < 0)
                continue;
            char checkWeapon[32];
            GetEdictClassname(ActiveWeapon, checkWeapon, sizeof(checkWeapon));
            if ((StrContains(checkWeapon, "weapon_healthkit") > -1))
            {
                // Target is teammate and alive.
                int iTarget = TraceClientViewEntity(medic);
                if(iTarget > 0 && iTarget <= MaxClients && IsClientInGame(iTarget) && IsPlayerAlive(iTarget) && iTeam == GetClientTeam(iTarget))
                {
                    // Check distance
                    bool bCanHealMedpack = false;
                    float fReviveDistance = 80.0;
                    float vecMedicPos[3];
                    float vecTargetPos[3];
                    float tDistance;
                    GetClientAbsOrigin(medic, vecMedicPos);
                    GetClientAbsOrigin(iTarget, vecTargetPos);
                    tDistance = GetVectorDistance(vecMedicPos,vecTargetPos);

                    if (tDistance < fReviveDistance && ClientCanSeeVector(medic, vecTargetPos, fReviveDistance))
                    {
                        // Check weapon
                        if (ActiveWeapon < 0) continue;
                        char sWeapon[32];
                        GetEdictClassname(ActiveWeapon, sWeapon, sizeof(sWeapon));
                        if ((StrContains(sWeapon, "weapon_healthkit") > -1))
                            bCanHealMedpack = true;
                    }
                    // Check heal
                    int iHealth = GetClientHealth(iTarget);
                    if (tDistance < 750.0)
                        PrintHintText(medic, "%N\nHP: %i", iTarget, iHealth);
                    if (bCanHealMedpack)
                    {
                        if (iHealth < g_nonMedic_maxHealOther)
                        {
                            iHealth += g_nonMedicHeal_amount;
                            g_playerNonMedicHealsAccumulated[medic] += g_nonMedicHeal_amount;
                            int iHealthCap = sm_heal_cap_for_bonus.IntValue;
                            int iRewardMedicEnabled = sm_reward_medics_enabled.IntValue;
                            //Reward player for healing
                            if (g_playerNonMedicHealsAccumulated[medic] >= iHealthCap && iRewardMedicEnabled == 1)
                            {
                                g_playerNonMedicHealsAccumulated[medic] = 0;
                                g_iSpawnTokens[medic]++;
                            }

                            if (iHealth >= g_nonMedic_maxHealOther)
                            {
                                g_iStatHeals[medic]++;
                                iHealth = g_nonMedic_maxHealOther;
                                PrintHintText(iTarget, "Non-Medic %N can only heal you for %i HP!)", medic, iHealth);
                                char sBuf[255];
                                Format(sBuf, 255,"You max healed %N | Health points remaining til bonus life: %d", iTarget, (iHealthCap - g_playerNonMedicHealsAccumulated[medic]));
                                PrintHintText(medic, "%s", sBuf);
                            }
                            else
                            {
                                PrintHintText(iTarget, "DON'T MOVE! %N is healing you.(HP: %i)", medic, iHealth);
                            }
                            SetEntityHealth(iTarget, iHealth);
                            PrintHintText(medic, "%N\nHP: %i\n\nHealing.", iTarget, iHealth);
                        }
                        else
                        {
                            if (iHealth < g_nonMedic_maxHealOther)
                            {
                                PrintHintText(medic, "%N\nHP: %i", iTarget, iHealth);
                            }
                            else if (iHealth >= g_nonMedic_maxHealOther)
                                PrintHintText(medic, "%N\nHP: %i (MAX YOU CAN HEAL)", iTarget, iHealth);
                        }
                    }
                }
                else //Heal Self
                {
                    // Check distance
                    bool bCanHealMedpack = false;

                    // Check weapon
                    if (ActiveWeapon < 0) continue;
                    char sWeapon[32];
                    GetEdictClassname(ActiveWeapon, sWeapon, sizeof(sWeapon));
                    if ((StrContains(sWeapon, "weapon_healthkit") > -1))
                        bCanHealMedpack = true;

                    // Check heal
                    int iHealth = GetClientHealth(medic);
                    if (bCanHealMedpack)
                    {
                        if (iHealth < g_nonMedicHealSelf_max)
                        {
                            iHealth += g_nonMedicHeal_amount;
                            if (iHealth >= g_nonMedicHealSelf_max)
                            {
                                iHealth = g_nonMedicHealSelf_max;
                                PrintHintText(medic, "You healed yourself (HP: %i) | MAX: %i", iHealth, g_nonMedicHealSelf_max);
                            }
                            else
                            {
                                PrintHintText(medic, "Healing Self (HP: %i) | MAX: %i", iHealth, g_nonMedicHealSelf_max);
                            }

                            SetEntityHealth(medic, iHealth);
                        }
                    }
                }
            }
        }
    }
    return Plugin_Continue;
}

//Main AI Director Tick
public Action Timer_AIDirector_Main(Handle timer, any data)
{
    g_AIDir_AnnounceCounter++;
    g_AIDir_ChangeCond_Counter++;
    g_AIDir_AmbushCond_Counter++;

    //Ambush Reinforcement Chance
    int tAmbushChance = GetRandomInt(0, 100);

    //AI Director Set Difficulty
    if (g_AIDir_ChangeCond_Counter >= g_AIDir_ChangeCond_Rand)
    {
        g_AIDir_ChangeCond_Counter = 0;
        g_AIDir_ChangeCond_Rand = GetRandomInt(g_AIDir_ChangeCond_Min, g_AIDir_ChangeCond_Max);
        //PrintToServer("[AI_DIRECTOR] STATUS: %i | SetDifficulty CALLED", g_AIDir_TeamStatus);
        AI_Director_SetDifficulty();
    }

    if (g_AIDir_AmbushCond_Counter >= g_AIDir_AmbushCond_Rand)
    {
        if (tAmbushChance <= g_AIDir_AmbushCond_Chance)
        {
            g_AIDir_AmbushCond_Counter = 0;
            g_AIDir_AmbushCond_Rand = GetRandomInt(g_AIDir_AmbushCond_Min, g_AIDir_AmbushCond_Max);
            AI_Director_RandomEnemyReinforce();
        }
        else
        {
            //PrintToServer("[AI_DIRECTOR]: tAmbushChance: %d | g_AIDir_AmbushCond_Chance %d", tAmbushChance, g_AIDir_AmbushCond_Chance);
            //Reset
            g_AIDir_AmbushCond_Counter = 0;
            g_AIDir_AmbushCond_Rand = GetRandomInt(g_AIDir_AmbushCond_Min, g_AIDir_AmbushCond_Max);
        }
    }

    // Get the number of control points
    int ncp = Ins_ObjectiveResource_GetProp("m_iNumControlPoints");
    // Get active push point
    int acp = Ins_ObjectiveResource_GetProp("m_nActivePushPointIndex");

    //Confirm percent finale
    if ((acp+1) == ncp)
    {
        if (g_finale_counter_spec_enabled == 1)
                g_dynamicSpawnCounter_Perc = g_finale_counter_spec_percent;
    }
    return Plugin_Continue;
}


public Action Timer_AmmoResupply(Handle timer, any data) {
    if (g_iRoundStatus == 0) {
        return Plugin_Continue;
    }
    for (int client = 1; client <= MaxClients; client++) {
        if (!IsClientInGame(client) || IsFakeClient(client)) {
            continue;
        }
        int team = GetClientTeam(client);
        // Valid medic?
        if (IsPlayerAlive(client) && team == TEAM_1_SEC) {
            int ActiveWeapon = GetEntPropEnt(client, Prop_Data, "m_hActiveWeapon");
            if (ActiveWeapon < 0) {
                continue;
            }

            // Get weapon class name
            char sWeapon[32];
            GetEdictClassname(ActiveWeapon, sWeapon, sizeof(sWeapon));
            //if (GetClientButtons(client) & //INS_RELOAD  && ((StrContains(sWeapon, "weapon_defib") > -1) || (StrContains(sWeapon, "weapon_knife") > -1) || (StrContains(sWeapon, "weapon_kabar") > -1)))
            if (((StrContains(sWeapon, "weapon_defib") > -1) || (StrContains(sWeapon, "weapon_knife") > -1) || (StrContains(sWeapon, "weapon_kabar") > -1))) {
                int validAmmoCache = -1;
                validAmmoCache = FindValidProp_InDistance(client);
                //PrintToServer("validAmmoCache: %d", validAmmoCache);
                if (validAmmoCache != -1) {
                    g_resupplyCounter[client] -= 1;
                    if (g_ammoResupplyAmt[validAmmoCache] <= 0) {
                        int secTeamCount = GetTeamSecCount();
                        g_ammoResupplyAmt[validAmmoCache] = (secTeamCount / 6);
                        if (g_ammoResupplyAmt[validAmmoCache] <= 1) {
                            g_ammoResupplyAmt[validAmmoCache] = 1;
                        }

                    }
                    char sBuf[255];
                    // Hint to client
                    Format(sBuf, 255,"Resupplying ammo in %d seconds | Supply left: %d", g_resupplyCounter[client], g_ammoResupplyAmt[validAmmoCache]);
                    PrintHintText(client, "%s", sBuf);
                    if (g_resupplyCounter[client] <= 0) {
                        g_resupplyCounter[client] = sm_resupply_delay.IntValue;
                        //Spawn player again
                        AmmoResupply_Player(client, 0, 0, 0);


                        g_ammoResupplyAmt[validAmmoCache] -= 1;
                        if (g_ammoResupplyAmt[validAmmoCache] <= 0) {
                            if (validAmmoCache != -1) {
                                AcceptEntityInput(validAmmoCache, "kill");
                            }
                        }
                        Format(sBuf, 255,"Rearmed! Ammo Supply left: %d", g_ammoResupplyAmt[validAmmoCache]);

                        PrintHintText(client, "%s", sBuf);
                        PrintToChat(client, "%s", sBuf);

                    }
                }
            }
        }
    }
    return Plugin_Continue;
}

/*public void AmmoResupply_Player(int client, int primaryRemove, int secondaryRemove, int grenadesRemove) {

    float plyrOrigin[3];
    float tempOrigin[3];
    GetClientAbsOrigin(client, plyrOrigin);
    tempOrigin = plyrOrigin;
    tempOrigin[2] = -5000.0;

    //TeleportEntity(client, tempOrigin, NULL_VECTOR, NULL_VECTOR);
    //ForcePlayerSuicide(client);
    // Get dead body
    int clientRagdoll = GetEntPropEnt(client, Prop_Send, "m_hRagdoll");

    //This timer safely removes client-side ragdoll
    if (clientRagdoll > 0 && IsValidEdict(clientRagdoll) && IsValidEntity(clientRagdoll)) {
        // Get dead body's entity
        int ref = EntIndexToEntRef(clientRagdoll);
        int entity = EntRefToEntIndex(ref);
        if (entity != INVALID_ENT_REFERENCE && IsValidEntity(entity)) {
            // Remove dead body's entity
            AcceptEntityInput(entity, "Kill");
            clientRagdoll = INVALID_ENT_REFERENCE;
        }
    }

    ForceRespawnPlayer(client, client);
    TeleportEntity(client, plyrOrigin, NULL_VECTOR, NULL_VECTOR);
    RemoveWeapons(client, primaryRemove, secondaryRemove, grenadesRemove);
    PrintHintText(client, "Ammo Resupplied");
    playerInRevivedState[client] = false;
    // //Give back life
    // new iDeaths = GetClientDeaths(client) - 1;
    // SetEntProp(client, Prop_Data, "m_iDeaths", iDeaths);
}*/

//Find Valid Prop
public void RemoveWeapons(int client, int primaryRemove, int secondaryRemove, int grenadesRemove)
{

    int primaryWeapon = GetPlayerWeaponSlot(client, 0);
    int secondaryWeapon = GetPlayerWeaponSlot(client, 1);
    int playerGrenades = GetPlayerWeaponSlot(client, 3);

    // Check and remove primaryWeapon
    // We need to figure out what slots are defined#define Slot_HEgrenade 11, #define Slot_Flashbang 12, #define Slot_Smokegrenade 13
    if (primaryWeapon != -1 && IsValidEntity(primaryWeapon) && primaryRemove == 1)
    {
        // Remove primaryWeapon
        char weapon[32];
        GetEntityClassname(primaryWeapon, weapon, sizeof(weapon));
        RemovePlayerItem(client, primaryWeapon);
        AcceptEntityInput(primaryWeapon, "kill");
    }
    // Check and remove secondaryWeapon
    // We need to figure out what slots are defined#define Slot_HEgrenade 11, #define Slot_Flashbang 12, #define Slot_Smokegrenade 13
    if (secondaryWeapon != -1 && IsValidEntity(secondaryWeapon) && secondaryRemove == 1)
    {
        // Remove primaryWeapon
        char weapon[32];
        GetEntityClassname(secondaryWeapon, weapon, sizeof(weapon));
        RemovePlayerItem(client, secondaryWeapon);
        AcceptEntityInput(secondaryWeapon, "kill");
    }
    // Check and remove grenades
    // We need to figure out what slots are defined#define Slot_HEgrenade 11, #define Slot_Flashbang 12, #define Slot_Smokegrenade 13
    if (playerGrenades != -1 && IsValidEntity(playerGrenades) && grenadesRemove == 1)
    {
        // since we only have 3 slots in current theate
        while (playerGrenades != -1 && IsValidEntity(playerGrenades))
        {
            playerGrenades = GetPlayerWeaponSlot(client, 3);
            // We need to figure out what slots are defined#define Slot_HEgrenade 11, #define Slot_Flashbang 12, #define Slot_Smokegrenade 1
            if (playerGrenades != -1 && IsValidEntity(playerGrenades))
            {
                // Remove grenades
                char weapon[32];
                GetEntityClassname(playerGrenades, weapon, sizeof(weapon));
                RemovePlayerItem(client, playerGrenades);
                AcceptEntityInput(playerGrenades, "kill");

            }
        }
    }
}



stock AI_Director_IsSpecialtyBot(client)
{
        return false;
}

stock float GetEntitiesDistance(int ent1, int ent2)
{
    float orig1[3];
    GetEntPropVector(ent1, Prop_Send, "m_vecOrigin", orig1);

    float orig2[3];
    GetEntPropVector(ent2, Prop_Send, "m_vecOrigin", orig2);

    return GetVectorDistance(orig1, orig2);
}

public Action Timer_AmbientRadio(Handle timer, any data)
{
    if (g_iRoundStatus == 0) return Plugin_Continue;
    for (int client = 1; client <= MaxClients; client++)
    {
        if (!IsClientInGame(client) || IsFakeClient(client)) continue;
        int team = GetClientTeam(client);

        // Valid medic?
        if (IsPlayerAlive(client) && ((StrContains(g_client_last_classstring[client], "squadleader") > -1) || (StrContains(g_client_last_classstring[client], "teamleader") > -1)) && team == TEAM_1_SEC)
        {
            int fRandomChance = GetRandomInt(1, 100);
            if (fRandomChance < 50)
            {
                Handle hDatapack;
                float fRandomFloat = GetRandomFloat(1.0, 30.0);
                //CreateTimer(fRandomFloat, Timer_PlayAmbient);
                CreateDataTimer(fRandomFloat, Timer_PlayAmbient, hDatapack);
                WritePackCell(hDatapack, client);
            }
        }
    }
    return Plugin_Continue;

}
public Action Timer_PlayAmbient(Handle timer, DataPack hDatapack)
{

    hDatapack.Reset();
    int client = hDatapack.ReadCell();

    //PrintToServer("PlaySound");
    switch(GetRandomInt(1, 10))
    {
        case 1: EmitSoundToAll("soundscape/emitters/oneshot/mil_radio_01.ogg", client, SNDCHAN_VOICE, _, _, 1.0);
        case 2: EmitSoundToAll("soundscape/emitters/oneshot/mil_radio_02.ogg", client, SNDCHAN_VOICE, _, _, 1.0);
        case 3: EmitSoundToAll("soundscape/emitters/oneshot/mil_radio_03.ogg", client, SNDCHAN_VOICE, _, _, 1.0);
        case 4: EmitSoundToAll("soundscape/emitters/oneshot/mil_radio_04.ogg", client, SNDCHAN_VOICE, _, _, 1.0);
        case 5: EmitSoundToAll("soundscape/emitters/oneshot/mil_radio_oneshot_01.ogg", client, SNDCHAN_VOICE, _, _, 1.0);
        case 6: EmitSoundToAll("soundscape/emitters/oneshot/mil_radio_oneshot_02.ogg", client, SNDCHAN_VOICE, _, _, 1.0);
        case 7: EmitSoundToAll("soundscape/emitters/oneshot/mil_radio_oneshot_03.ogg", client, SNDCHAN_VOICE, _, _, 1.0);
        case 8: EmitSoundToAll("soundscape/emitters/oneshot/mil_radio_oneshot_04.ogg", client, SNDCHAN_VOICE, _, _, 1.0);
        case 9: EmitSoundToAll("soundscape/emitters/oneshot/mil_radio_oneshot_05.ogg", client, SNDCHAN_VOICE, _, _, 1.0);
        case 10: EmitSoundToAll("soundscape/emitters/oneshot/mil_radio_oneshot_06.ogg", client, SNDCHAN_VOICE, _, _, 1.0);
    }
    return Plugin_Continue;
}



// Check for nearest player
public Action Timer_NearestBody(Handle timer, any data)
{
    // Check round state
    if (g_iRoundStatus == 0) return Plugin_Continue;

    // Variables to store
    float fMedicPosition[3];
    float fMedicAngles[3];
    float fInjuredPosition[3];
    float fNearestDistance;
    float fTempDistance;

    // iNearest Injured client
    int iNearestInjured;
    char sDirection[64];
    char sDistance[64];
    char sHeight[6];

    // Client loop
    for (int medic = 1; medic <= MaxClients; medic++)
    {
        if (!IsClientInGame(medic) || IsFakeClient(medic))
            continue;

        // Valid medic?
        if (IsPlayerAlive(medic) && (StrContains(g_client_last_classstring[medic], "medic") > -1))
        {
            // Reset variables
            iNearestInjured = 0;
            fNearestDistance = 0.0;

            // Get medic position
            GetClientAbsOrigin(medic, fMedicPosition);

            //PrintToServer("MEDIC DETECTED ********************");
            // Search dead body
            for (int search = 1; search <= MaxClients; search++)
            {
                if (!IsClientInGame(search) || IsFakeClient(search) || IsPlayerAlive(search)) continue;

                // Check if valid
                if (g_iHurtFatal[search] == 0 && search != medic && GetClientTeam(medic) == GetClientTeam(search))
                {
                    // Get found client's ragdoll
                    int clientRagdoll = EntRefToEntIndex(g_iClientRagdolls[search]);
                    if (clientRagdoll > 0 && IsValidEdict(clientRagdoll) && IsValidEntity(clientRagdoll) && clientRagdoll != INVALID_ENT_REFERENCE)
                    {
                        // Get ragdoll's position
                        fInjuredPosition = g_fRagdollPosition[search];

                        // Get distance from ragdoll
                        fTempDistance = GetVectorDistance(fMedicPosition, fInjuredPosition);

                        // Is he more fNearestDistance to the player as the player before?
                        if (fNearestDistance == 0.0)
                        {
                            fNearestDistance = fTempDistance;
                            iNearestInjured = search;
                        }
                        // Set new distance and new iNearestInjured player
                        else if (fTempDistance < fNearestDistance)
                        {
                            fNearestDistance = fTempDistance;
                            iNearestInjured = search;
                        }
                    }
                }
            }

            // Found a dead body?
            if (iNearestInjured != 0)
            {
                // Set iNearestInjured body
                g_iNearestBody[medic] = iNearestInjured;

                // Get medic angle
                GetClientAbsAngles(medic, fMedicAngles);

                // Get direction string (if it cause server lag, remove this)
                sDirection = GetDirectionString(fMedicAngles, fMedicPosition, fInjuredPosition);

                // Get distance string
                sDistance = GetDistanceString(fNearestDistance);
                // Get height string
                sHeight = GetHeightString(fMedicPosition, fInjuredPosition);

                // Print iNearestInjured dead body's distance and direction text
                //PrintCenterText(medic, "Nearest dead: %N (%s)", iNearestInjured, sDistance);
                PrintCenterText(medic, "Nearest dead: %N ( %s | %s | %s )", iNearestInjured, sDistance, sDirection, sHeight);
                float beamPos[3];
                beamPos = fInjuredPosition;
                beamPos[2] += 0.3;
                if (fTempDistance >= 140)
                {
                    //Attack markers option
                    //Effect_SetMarkerAtPos(medic,beamPos,1.0,{255, 0, 0, 255});

                    //Beam dead when farther
                    TE_SetupBeamRingPoint(beamPos, 1.0, Revive_Indicator_Radius, g_iBeaconBeam, g_iBeaconHalo, 0, 15, 5.0, 3.0, 5.0, {255, 0, 0, 255}, 1, (FBEAM_FADEIN, FBEAM_FADEOUT));
                    //void TE_SetupBeamRingPoint(const float center[3], float Start_Radius, float End_Radius, int ModelIndex, int HaloIndex, int StartFrame, int FrameRate, float Life, float Width, float Amplitude, const int Color[4], int Speed, int Flags)
                    TE_SendToClient(medic);
                }
            }
            else
            {
                // Reset iNearestInjured body
                g_iNearestBody[medic] = -1;
            }
        }
        else if (IsPlayerAlive(medic) && !(StrContains(g_client_last_classstring[medic], "medic") > -1))
        {
            // Reset variables
            iNearestInjured = 0;
            fNearestDistance = 0.0;

            // Get medic position
            GetClientAbsOrigin(medic, fMedicPosition);

            //PrintToServer("MEDIC DETECTED ********************");
            // Search dead body
            for (int search = 1; search <= MaxClients; search++)
            {
                if (!IsClientInGame(search) || IsFakeClient(search) || IsPlayerAlive(search))
                    continue;

                // Check if valid
                if (g_iHurtFatal[search] == 0 && search != medic && GetClientTeam(medic) == GetClientTeam(search))
                {
                    // Get found client's ragdoll
                    int clientRagdoll = EntRefToEntIndex(g_iClientRagdolls[search]);
                    if (clientRagdoll > 0 && IsValidEdict(clientRagdoll) && IsValidEntity(clientRagdoll) && clientRagdoll != INVALID_ENT_REFERENCE)
                    {
                        // Get ragdoll's position
                        fInjuredPosition = g_fRagdollPosition[search];

                        // Get distance from ragdoll
                        fTempDistance = GetVectorDistance(fMedicPosition, fInjuredPosition);

                        // Is he more fNearestDistance to the player as the player before?
                        if (fNearestDistance == 0.0)
                        {
                            fNearestDistance = fTempDistance;
                            iNearestInjured = search;
                        }
                        // Set new distance and new iNearestInjured player
                        else if (fTempDistance < fNearestDistance)
                        {
                            fNearestDistance = fTempDistance;
                            iNearestInjured = search;
                        }
                    }
                }
            }

            // Found a dead body?
            if (iNearestInjured != 0)
            {
                // Set iNearestInjured body
                g_iNearestBody[medic] = iNearestInjured;

            }
            else
            {
                // Reset iNearestInjured body
                g_iNearestBody[medic] = -1;
            }
        }
    }

    return Plugin_Continue;
}

public bool Check_NearbyPlayers(int enemyBot)
{
    for (int client = 1; client <= MaxClients; client++)
    {
        if (IsClientConnected(client) && IsClientInGame(client) && !IsFakeClient(client))
        {
            if (IsPlayerAlive(client))
            {
                float botOrigin[3];
                float clientOrigin[3];
                float fDistance;

                GetClientAbsOrigin(enemyBot,botOrigin);
                GetClientAbsOrigin(client,clientOrigin);

                //determine distance from the two
                fDistance = GetVectorDistance(botOrigin,clientOrigin);

                if (fDistance <= 600) return true;
            }
        }
    }
    return false;
}

/**
 * Get direction string for nearest dead body
 *
 * @param fClientAngles[3]      Client angle
 * @param fClientPosition[3]    Client position
 * @param fTargetPosition[3]    Target position
 * @Return                      direction string.
 */
char GetDirectionString(float fClientAngles[3], float fClientPosition[3], float fTargetPosition[3])
{
    float fTempAngles[3], fTempPoints[3];
    char sDirection[64];

    // Angles from origin
    MakeVectorFromPoints(fClientPosition, fTargetPosition, fTempPoints);
    GetVectorAngles(fTempPoints, fTempAngles);

    // Difference
    float fDiff = fClientAngles[1] - fTempAngles[1];

    // Correct it
    if (fDiff < -180)
        fDiff = 360 + fDiff;

    if (fDiff > 180)
        fDiff = 360 - fDiff;

    // Now get the direction
    // Up
    if (fDiff >= -22.5 && fDiff < 22.5)
        Format(sDirection, sizeof(sDirection), "FWD");//"\xe2\x86\x91");
    // right up
    else if (fDiff >= 22.5 && fDiff < 67.5)
        Format(sDirection, sizeof(sDirection), "FWD-RIGHT");//"\xe2\x86\x97");
    // right
    else if (fDiff >= 67.5 && fDiff < 112.5)
        Format(sDirection, sizeof(sDirection), "RIGHT");//"\xe2\x86\x92");
    // right down
    else if (fDiff >= 112.5 && fDiff < 157.5)
        Format(sDirection, sizeof(sDirection), "BACK-RIGHT");//"\xe2\x86\x98");
    // down
    else if (fDiff >= 157.5 || fDiff < -157.5)
        Format(sDirection, sizeof(sDirection), "BACK");//"\xe2\x86\x93");
    // down left
    else if (fDiff >= -157.5 && fDiff < -112.5)
        Format(sDirection, sizeof(sDirection), "BACK-LEFT");//"\xe2\x86\x99");
    // left
    else if (fDiff >= -112.5 && fDiff < -67.5)
        Format(sDirection, sizeof(sDirection), "LEFT");//"\xe2\x86\x90");
    // left up
    else if (fDiff >= -67.5 && fDiff < -22.5)
        Format(sDirection, sizeof(sDirection), "FWD-LEFT");//"\xe2\x86\x96");

    return sDirection;
}

// Return distance string
char GetDistanceString(float fDistance)
{
    // Distance to meters
    float fTempDistance = fDistance * 0.01905;
    char sResult[64];

    // Distance to feet?
    if (g_iUnitMetric == 1)
    {
        fTempDistance = fTempDistance * 3.2808399;

        // Feet
        Format(sResult, sizeof(sResult), "%.0f feet", fTempDistance);
    }
    else
    {
        // Meter
        Format(sResult, sizeof(sResult), "%.0f meter", fTempDistance);
    }

    return sResult;
}

/**
 * Get height string for nearest dead body
 *
 * @param fClientPosition[3]    Client position
 * @param fTargetPosition[3]    Target position
 * @Return                      height string.
 */
char GetHeightString(float fClientPosition[3], float fTargetPosition[3]) {
    char s[6];

    if (fClientPosition[2]+64 < fTargetPosition[2]) {
        s = "ABOVE";
    }
    else if (fClientPosition[2]-64 > fTargetPosition[2]) {
        s = "BELOW";
    }
    else {
        s = "LEVEL";
    }

    return s;
}

// Check tags
stock void TagsCheck(const char[] tag, bool remove = false) {
    ConVar hTags = FindConVar("sv_tags");
    char tags[255];
    hTags.GetString(tags, sizeof(tags));

    if (StrContains(tags, tag, false) == -1 && !remove) {
        char newTags[255];
        Format(newTags, sizeof(newTags), "%s,%s", tags, tag);
        ReplaceString(newTags, sizeof(newTags), ",,", ",", false);
        hTags.SetString(newTags);
        hTags.GetString(tags, sizeof(tags));
    }
    else if (StrContains(tags, tag, false) > -1 && remove) {
        ReplaceString(tags, sizeof(tags), tag, "", false);
        ReplaceString(tags, sizeof(tags), ",,", ",", false);
        hTags.SetString(tags);
    }
}

stock set_rendering(index, FX:fx=FxNone, r=255, g=255, b=255, Render:render=Normal, amount=255)
{
    SetEntProp(index, Prop_Send, "m_nRenderFX", _:fx, 1);
    SetEntProp(index, Prop_Send, "m_nRenderMode", _:render, 1);

    int offset = GetEntSendPropOffs(index, "m_clrRender");

    SetEntData(index, offset, r, 1, true);
    SetEntData(index, offset + 1, g, 1, true);
    SetEntData(index, offset + 2, b, 1, true);
    SetEntData(index, offset + 3, amount, 1, true);
}

// Get team2 player count
stock int GetTeamSecCount() {
    int clients = 0;
    int iTeam;
    for (int i = 1; i <= MaxClients; i++) {
        if (IsClientInGame(i) && IsClientConnected(i)) {
            iTeam = GetClientTeam(i);
            if (iTeam == TEAM_1_SEC) {
                clients++;
            }
        }
    }
    return clients;
}

stock GetSecTeamBotCount()
{
    int iTeam, iSecTeamCount;
    for (int client = 1; client <= MaxClients; client++)
    {
        if (client > 0 && IsClientInGame(client) && IsFakeClient(client))
        {
            iTeam = GetClientTeam(client);
            if (iTeam == TEAM_1_SEC)
                iSecTeamCount++;
        }
    }

    return iSecTeamCount;
}

stock int GetAlivePlayers()
{
    int iCount = 0;
    for (int client = 1; client <= MaxClients; client++)
    {
        if (client > 0 && IsClientInGame(client) && !IsFakeClient(client) && IsPlayerAlive(client))
        {
            iCount++;
        }
    }
    return iCount;
}



public hideBot(any client)
{
    SetEntProp(client, Prop_Data, "m_takedamage", 0, 1);
    SetEntData(client, g_iCollOff, 2, 4, true);
    set_rendering(client, g_Effect, 0, 0, 0, g_Render, 0);
}



// Get real client count
stock int GetRealClientCount(bool inGameOnly = true)
{
    int clients = 0;
    for (int i = 1; i <= MaxClients; i++)
    {
        if (((inGameOnly)?IsClientInGame(i):IsClientConnected(i)) && !IsFakeClient(i))
            clients++;
    }
    return clients;
}

//Get insurgent team bot count
stock int GetTeamInsCount()
{
    int clients;
    for(int i = 1; i <= MaxClients; i++ )
    {
        if (IsClientInGame(i) && IsFakeClient(i))
        {
            clients++;
        }
    }
    return clients;
}

/*
LUA Version
stock GetRemainingLife()
{
    Handle hCvar = null;
    int iRemainingLife;
    hCvar = FindConVar("sm_remaininglife");
    iRemainingLife = GetConVarInt(hCvar);
    return iRemainingLife;
}*/

// Get remaining life
stock int GetRemainingLife()
{
    int iResult;
    for (int i = 1; i <= MaxClients; i++)
    {
        if (i > 0 && IsClientInGame(i) && IsPlayerAlive(i) && !IsFakeClient(i))
        {
            if (g_iSpawnTokens[i] > 0)
            {
                iResult = iResult + g_iSpawnTokens[i];
            }
        }
    }

    return iResult;
}

// Trace client's view entity
int TraceClientViewEntity(int client) {
    float m_vecOrigin[3];
    float m_angRotation[3];

    GetClientEyePosition(client, m_vecOrigin);
    GetClientEyeAngles(client, m_angRotation);

    Handle tr = TR_TraceRayFilterEx(m_vecOrigin, m_angRotation, MASK_VISIBLE, RayType_Infinite, TRDontHitSelf, client);
    int pEntity = -1;

    if (TR_DidHit(tr)) {
        pEntity = TR_GetEntityIndex(tr);
        delete tr;
        return pEntity;
    }

    delete tr;
    return -1;
}

// Check is hit self
public bool TRDontHitSelf(int entity, int mask, any data) // Don't ray trace ourselves -_-"
{
    return (1 <= entity <= MaxClients) && (entity != data);
}

/*
########################LUA HEALING INTEGRATION######################
#   This portion of the script adds in health packs from Lua        #
##############################START##################################
#####################################################################*/

/*
public Action Event_GrenadeThrown(Event event, const char[] name, bool dontBroadcast)
{
    int client = GetClientOfUserId(event.GetInt("userid"));
    int nade_id = event.GetInt("entityid");
    if (nade_id > -1 && client > -1)
    {
        if (IsPlayerAlive(client))
        {
            char grenade_name[32];
            GetEntityClassname(nade_id, grenade_name, sizeof(grenade_name));
            if (StrEqual(grenade_name, "healthkit"))
            {
                switch(GetRandomInt(1, 18))
                {
                    case 1: EmitSoundToAll("player/voice/radial/security/leader/unsuppressed/need_backup1.ogg", client, SNDCHAN_VOICE, _, _, 1.0);
                    case 2: EmitSoundToAll("player/voice/radial/security/leader/unsuppressed/need_backup2.ogg", client, SNDCHAN_VOICE, _, _, 1.0);
                    case 3: EmitSoundToAll("player/voice/radial/security/leader/unsuppressed/need_backup3.ogg", client, SNDCHAN_VOICE, _, _, 1.0);
                    case 4: EmitSoundToAll("player/voice/radial/security/leader/unsuppressed/holdposition2.ogg", client, SNDCHAN_VOICE, _, _, 1.0);
                    case 5: EmitSoundToAll("player/voice/radial/security/leader/unsuppressed/holdposition3.ogg", client, SNDCHAN_VOICE, _, _, 1.0);
                    case 6: EmitSoundToAll("player/voice/radial/security/leader/unsuppressed/moving2.ogg", client, SNDCHAN_VOICE, _, _, 1.0);
                    case 7: EmitSoundToAll("player/voice/radial/security/leader/suppressed/backup3.ogg", client, SNDCHAN_VOICE, _, _, 1.0);
                    case 8: EmitSoundToAll("player/voice/radial/security/leader/suppressed/holdposition1.ogg", client, SNDCHAN_VOICE, _, _, 1.0);
                    case 9: EmitSoundToAll("player/voice/radial/security/leader/suppressed/holdposition2.ogg", client, SNDCHAN_VOICE, _, _, 1.0);
                    case 10: EmitSoundToAll("player/voice/radial/security/leader/suppressed/holdposition3.ogg", client, SNDCHAN_VOICE, _, _, 1.0);
                    case 11: EmitSoundToAll("player/voice/radial/security/leader/suppressed/holdposition4.ogg", client, SNDCHAN_VOICE, _, _, 1.0);
                    case 12: EmitSoundToAll("player/voice/radial/security/leader/suppressed/moving3.ogg", client, SNDCHAN_VOICE, _, _, 1.0);
                    case 13: EmitSoundToAll("player/voice/radial/security/leader/suppressed/ontheway1.ogg", client, SNDCHAN_VOICE, _, _, 1.0);
                    case 14: EmitSoundToAll("player/voice/security/command/leader/located4.ogg", client, SNDCHAN_VOICE, _, _, 1.0);
                    case 15: EmitSoundToAll("player/voice/security/command/leader/setwaypoint1.ogg", client, SNDCHAN_VOICE, _, _, 1.0);
                    case 16: EmitSoundToAll("player/voice/security/command/leader/setwaypoint2.ogg", client, SNDCHAN_VOICE, _, _, 1.0);
                    case 17: EmitSoundToAll("player/voice/security/command/leader/setwaypoint3.ogg", client, SNDCHAN_VOICE, _, _, 1.0);
                    case 18: EmitSoundToAll("player/voice/security/command/leader/setwaypoint4.ogg", client, SNDCHAN_VOICE, _, _, 1.0);
                }
            }
        }
    }
}*/

//Healthkit Start

public void OnEntityDestroyed(int entity)
{
    if (entity > MaxClients)
    {
        char classname[255];
        GetEntityClassname(entity, classname, 255);
        if (StrEqual(classname, "healthkit")) {
            //StopSound(entity, SNDCHAN_STATIC, "Lua_sounds/healthkit_healing.wav");
        }
        if (!(StrContains(classname, "wcache_crate_01") > -1)) {
            g_ammoResupplyAmt[entity] = 0;
        }
    }
}

public OnEntityCreated(entity, const char[] classname)
{

    if (StrEqual(classname, "healthkit"))
    {
        Handle hDatapack;
        g_healthPack_Amount[entity] = g_medpack_health_amt;
        CreateDataTimer(Healthkit_Timer_Tickrate, Healthkit, hDatapack, TIMER_REPEAT|TIMER_FLAG_NO_MAPCHANGE);
        WritePackCell(hDatapack, entity);
        WritePackFloat(hDatapack, GetGameTime()+Healthkit_Timer_Timeout);
        g_fLastHeight[entity] = -9999.0;
        g_iTimeCheckHeight[entity] = -9999;
        SDKHook(entity, SDKHook_VPhysicsUpdate, HealthkitGroundCheck);
        CreateTimer(0.1, HealthkitGroundCheckTimer, entity, TIMER_REPEAT|TIMER_FLAG_NO_MAPCHANGE);
    }
    /*else if (StrEqual(classname, "grenade_m67") || StrEqual(classname, "grenade_f1"))
    {
        CreateTimer(0.5, GrenadeScreamCheckTimer, entity, TIMER_REPEAT|TIMER_FLAG_NO_MAPCHANGE);
    }
    else if (StrEqual(classname, "grenade_molotov") || StrEqual(classname, "grenade_anm14"))
        CreateTimer(0.2, FireScreamCheckTimer, entity, TIMER_REPEAT|TIMER_FLAG_NO_MAPCHANGE);*/
}

/*Action FireScreamCheckTimer(Handle timer, any entity)
{
    float fGrenOrigin[3];
    float fPlayerOrigin[3];
    float fPlayerEyeOrigin[3];
    int owner;
    if (IsValidEntity(entity) && entity > 0)
    {
        GetEntPropVector(entity, Prop_Send, "m_vecOrigin", fGrenOrigin);
        owner = GetEntPropEnt(entity, Prop_Send, "m_hOwnerEntity");
    }
    else
        CloseHandle(timer);
    for (int client = 1;client <= MaxClients;client++)
    {
        if (client <= 0 || !IsClientInGame(client) || !IsClientConnected(client)) continue;
        if (owner <= 0 || !IsClientInGame(owner) || IsFakeClient(client) || !IsClientConnected(owner)) continue;
        if (IsPlayerAlive(client) && GetClientTeam(client) == 2 && GetClientTeam(owner) == 3)
        {
            GetClientEyePosition(client, fPlayerEyeOrigin);
            GetClientAbsOrigin(client,fPlayerOrigin);
            //Handle trace = TR_TraceRayFilterEx(fPlayerEyeOrigin, fGrenOrigin, MASK_SOLID_BRUSHONLY, RayType_EndPoint, Base_TraceFilter);
            if (GetVectorDistance(fPlayerOrigin, fGrenOrigin) <= 300 &&  g_plyrFireScreamCoolDown[client] <= 0)
            {
                //PrintToServer("SCREAM FIRE");
                PlayerFireScreamRand(client);
                int fRandomInt = GetRandomInt(20, 30);
                g_plyrFireScreamCoolDown[client] = fRandomInt;
                //CloseHandle(trace);
            }
        }
    }
    if (!IsValidEntity(entity) || !(entity > 0)) CloseHandle(timer);
}*/

/*Action GrenadeScreamCheckTimer(Handle timer, any entity)
{
    float fGrenOrigin[3];
    float fPlayerOrigin[3];
    float fPlayerEyeOrigin[3];
    int owner;
    if (IsValidEntity(entity) && entity > 0)
    {
        GetEntPropVector(entity, Prop_Send, "m_vecOrigin", fGrenOrigin);
        owner = GetEntPropEnt(entity, Prop_Send, "m_hOwnerEntity");
    }
    else
        KillTimer(timer);
    for (int client = 1;client <= MaxClients;client++)
    {
        if (client <= 0 || IsFakeClient(client) || !IsClientInGame(client)) continue;
        if (client > 0 && IsPlayerAlive(client) && GetClientTeam(client) == 2 && owner > 0 && GetClientTeam(owner) == 3)
        {
            GetClientEyePosition(client, fPlayerEyeOrigin);
            GetClientAbsOrigin(client,fPlayerOrigin);

            if (GetVectorDistance(fPlayerOrigin, fGrenOrigin) <= 240 &&  g_plyrGrenScreamCoolDown[client] <= 0)
            {
                PlayerGrenadeScreamRand(client);
                int fRandomInt = GetRandomInt(6, 12);
                g_plyrGrenScreamCoolDown[client] = fRandomInt;
            }
        }
    }
    if (!IsValidEntity(entity) || !(entity > 0))
        KillTimer(timer);
}*/

public Action HealthkitGroundCheck(int entity, int activator, int caller, UseType type, float value)
{
    float fOrigin[3];
    GetEntPropVector(entity, Prop_Send, "m_vecOrigin", fOrigin);
    int iRoundHeight = RoundFloat(fOrigin[2]);
    if (iRoundHeight != g_iTimeCheckHeight[entity])
    {
        g_iTimeCheckHeight[entity] = iRoundHeight;
        g_fTimeCheck[entity] = GetGameTime();
    }
}

Action HealthkitGroundCheckTimer(Handle timer, any entity)
{
    if (entity > MaxClients && IsValidEntity(entity))
    {
        float fGameTime = GetGameTime();
        if (fGameTime-g_fTimeCheck[entity] >= 1.0)
        {
            float fOrigin[3];
            GetEntPropVector(entity, Prop_Send, "m_vecOrigin", fOrigin);
            int iRoundHeight = RoundFloat(fOrigin[2]);
            if (iRoundHeight == g_iTimeCheckHeight[entity])
            {
                g_fTimeCheck[entity] = GetGameTime();
                SDKUnhook(entity, SDKHook_VPhysicsUpdate, HealthkitGroundCheck);
                SDKHook(entity, SDKHook_VPhysicsUpdate, OnEntityPhysicsUpdate);
                KillTimer(timer);
            }
        }
    }
    else CloseHandle(timer);
}

public Action OnEntityPhysicsUpdate(int entity, int activator, int caller, UseType type, float value)
{
    TeleportEntity(entity, NULL_VECTOR, NULL_VECTOR, view_as<float> ({0.0, 0.0, 0.0}));
}

public Action Healthkit(Handle timer, Handle hDatapack)
{
    ResetPack(hDatapack);
    int entity = ReadPackCell(hDatapack);
    float fEndTime = ReadPackFloat(hDatapack);
    float fGameTime = GetGameTime();
    if (entity > 0 && IsValidEntity(entity) && fGameTime <= fEndTime)
    {
        float fOrigin[3];
        GetEntPropVector(entity, Prop_Send, "m_vecOrigin", fOrigin);
        if (g_fLastHeight[entity] == -9999.0)
        {
            g_fLastHeight[entity] = 0.0;
            EmitSoundToAll("Lua_sounds/healthkit_healing.wav", entity, SNDCHAN_STATIC, _, _, 0.7);
        }
        //fOrigin[2] += 16.0;
        fOrigin[2] += 1.0;
        //TE_SetupBeamRingPoint(beamPos, 1.0, Revive_Indicator_Radius, g_iBeaconBeam, g_iBeaconHalo, 0, 15, 5.0, 3.0, 5.0, {255, 0, 0, 255}, 1, (FBEAM_FADEIN, FBEAM_FADEOUT));
        TE_SetupBeamRingPoint(fOrigin, 15.0, Healthkit_Radius*0.55, g_iBeaconBeam, g_iBeaconHalo, 0, 5, 1.0, 1.0, 2.0, {0, 204, 100, 255},1,0);
        // // //TE_SetupBeamRingPoint(fOrigin, 5.0, Healthkit_Radius*1.95, g_iBeaconBeam, g_iBeaconHalo, 0, 30, 5.0, 3.0, 5.0, {0, 255, 0, 255}, 1, (FBEAM_FADEOUT));
        //TE_SetupBeamRingPoint(fOrigin, 10.0, Healthkit_Radius*1.95, g_iBeaconBeam, g_iBeaconHalo, 0, 30, 0.6, 3.0, 0.0, {0, 204, 102, 255}, 3, 0);
        TE_SendToAll();
        fOrigin[2] -= 16.0;
        if (fOrigin[2] != g_fLastHeight[entity])
        {
            g_fLastHeight[entity] = fOrigin[2];
        }
        else
        {
            float fAng[3];
            GetEntPropVector(entity, Prop_Send, "m_angRotation", fAng);
            if (fAng[1] > 89.0 || fAng[1] < -89.0)
                fAng[1] = 90.0;
            if (fAng[2] > 89.0 || fAng[2] < -89.0)
            {
                fAng[2] = 0.0;
                fOrigin[2] -= 6.0;
                TeleportEntity(entity, fOrigin, fAng, view_as<float>({0.0, 0.0, 0.0}));
                fOrigin[2] += 6.0;
                EmitSoundToAll("ui/sfx/cl_click.wav", entity, SNDCHAN_STATIC, _, _, 1.0);
            }
        }

        for (int iPlayer = 1;iPlayer <= MaxClients;iPlayer++)
        {
            if (IsClientInGame(iPlayer) && IsPlayerAlive(iPlayer) && GetClientTeam(iPlayer) == 2)
            {
                float fPlayerOrigin[3];
                GetClientEyePosition(iPlayer, fPlayerOrigin);
                if (GetVectorDistance(fPlayerOrigin, fOrigin) <= Healthkit_Radius)
                {
                    Handle hData = CreateDataPack();
                    WritePackCell(hData, entity);
                    WritePackCell(hData, iPlayer);
                    fOrigin[2] += 32.0;
                    Handle trace = TR_TraceRayFilterEx(fPlayerOrigin, fOrigin, MASK_SOLID, RayType_EndPoint, Filter_ClientSelf, hData);
                    CloseHandle(hData);
                    if (!TR_DidHit(trace))
                    {
                        int iMaxHealth = GetEntProp(iPlayer, Prop_Data, "m_iMaxHealth");
                        int iHealth = GetEntProp(iPlayer, Prop_Data, "m_iHealth");
                        if (iMaxHealth > iHealth)
                        {
                            iHealth += GetRandomInt(Healthkit_Healing_Per_Tick_Min, Healthkit_Healing_Per_Tick_Max);
                            if (iHealth >= iMaxHealth)
                            {
                                EmitSoundToAll("Lua_sounds/healthkit_complete.wav", iPlayer, SNDCHAN_STATIC, _, _, 1.0);
                                iHealth = iMaxHealth;
                                //PrintToChat(iPlayer, "\x05竊긌ua \x01@ \x03You are completely healed!");
                                PrintCenterText(iPlayer, "Healed !\n\n \n %d %%\n \n \n \n \n \n \n \n", iMaxHealth);
                            }
                            else PrintCenterText(iPlayer, "Healing...\n\n \n   %d %%\n \n \n \n \n \n \n \n", iHealth);
                            SetEntProp(iPlayer, Prop_Data, "m_iHealth", iHealth);
                        }
                        else PrintCenterText(iPlayer, "Healed !\n\n \n %d %%\n \n \n \n \n \n \n \n", iMaxHealth);
                    }
                    CloseHandle(trace);
                }
            }
        }
    }
    else
    {
        RemoveHealthkit(entity);
        KillTimer(timer);
    }
}

public bool Filter_ClientSelf(int entity, int contentsMask, any data)
{
    DataPack dp = data;
    dp.Reset();
    int client = dp.ReadCell();
    int player = dp.ReadCell();
    delete dp;
    return (entity != client && entity != player);
}

public RemoveHealthkit(entity)
{
    if (entity > MaxClients && IsValidEntity(entity))
    {
        AcceptEntityInput(entity, "Kill");
    }
}

//  bool Check_NearbyMedics(int client) {
//      for (int friendlyMedic = 1; friendlyMedic <= MaxClients; friendlyMedic++) {
//          if (IsClientConnected(friendlyMedic) && IsClientInGame(friendlyMedic) && !IsFakeClient(friendlyMedic)) {
//              //PrintToServer("Medic 1");
//              //new team = GetClientTeam(friendlyMedic);
//              if (IsPlayerAlive(friendlyMedic) && (StrContains(g_client_last_classstring[friendlyMedic], "medic") > -1) && client != friendlyMedic) {
//              //PrintToServer("Medic 2");
//                  //Get position of bot and prop
//                  float plyrOrigin[3];
//                  float medicOrigin[3];
//                  float fDistance;

//                  GetClientAbsOrigin(client, plyrOrigin);
//                  GetClientAbsOrigin(friendlyMedic, medicOrigin);
//                  //GetEntPropVector(entity, Prop_Send, "m_vecOrigin", propOrigin);

//                  //determine distance from the two
//                  fDistance = GetVectorDistance(medicOrigin, plyrOrigin);

//                  int ActiveWeapon = GetEntPropEnt(friendlyMedic, Prop_Data, "m_hActiveWeapon");
//                  if (ActiveWeapon < 0) {
//                      continue;
//                  }

//                  // Get weapon class name
//                  char sWeapon[32];
//                  GetEdictClassname(ActiveWeapon, sWeapon, sizeof(sWeapon));

//              //PrintToServer("Medic 3");
//                  bool bCanHealPaddle = false;
//                  if ((StrContains(sWeapon, "weapon_defib") > -1) || (StrContains(sWeapon, "weapon_knife") > -1) || (StrContains(sWeapon, "weapon_kabar") > -1) || (StrContains(sWeapon, "weapon_healthkit") > -1)) {
//              //PrintToServer("Medic 4");
//                      bCanHealPaddle = true;
//                  }
//                  if (fDistance <= Healthkit_Radius && bCanHealPaddle) {
//              //PrintToServer("Medic 5");
//                      return true;
//                  }
//              }
//          }
//      }
//      return false;
//  }

//This is to award nearby medics that participate in reviving a player
void Check_NearbyMedicsRevive(int client, int iInjured) {
    for (int friendlyMedic = 1; friendlyMedic <= MaxClients; friendlyMedic++) {
        if (IsClientConnected(friendlyMedic) && IsClientInGame(friendlyMedic) && !IsFakeClient(friendlyMedic)) {
            //PrintToServer("Medic 1");
            //new team = GetClientTeam(friendlyMedic);
            if (IsPlayerAlive(friendlyMedic) && (StrContains(g_client_last_classstring[friendlyMedic], "medic") > -1) && client != friendlyMedic) {
                //PrintToServer("Medic 2");
                //Get position of bot and prop
                float medicOrigin[3];
                float fDistance;

                GetClientAbsOrigin(friendlyMedic, medicOrigin);
                //GetEntPropVector(entity, Prop_Send, "m_vecOrigin", propOrigin);

                //determine distance from the two
                fDistance = GetVectorDistance(medicOrigin, g_fRagdollPosition[iInjured]);

                int ActiveWeapon = GetEntPropEnt(friendlyMedic, Prop_Data, "m_hActiveWeapon");
                if (ActiveWeapon < 0) {
                    continue;
                }

                // Get weapon class name
                char sWeapon[32];
                GetEdictClassname(ActiveWeapon, sWeapon, sizeof(sWeapon));

                //PrintToServer("Medic 3");
                bool bCanHealPaddle = false;
                if ((StrContains(sWeapon, "weapon_defib") > -1) || (StrContains(sWeapon, "weapon_knife") > -1) || (StrContains(sWeapon, "weapon_kabar") > -1)) {
                    //PrintToServer("Medic 4");
                    bCanHealPaddle = true;
                }

                float fReviveDistance = 65.0;
                if (fDistance <= fReviveDistance && bCanHealPaddle) {

                    char woundType[64];
                    if (g_playerWoundType[iInjured] == 0) {
                        woundType = "minor wound";
                    }
                    else if (g_playerWoundType[iInjured] == 1) {
                        woundType = "moderate wound";
                    }
                    else if (g_playerWoundType[iInjured] == 2) {
                        woundType = "critical wound";
                    }
                    char sBuf[255];
                    // Chat to all
                    Format(sBuf, 255,"\x05%N\x01 revived(assisted) \x03%N from a %s", friendlyMedic, iInjured, woundType);
                    PrintToChatAll("%s", sBuf);

                    // Add kill bonus to friendlyMedic
                    // new iBonus = sm_revive_bonus.IntValue;
                    // new iScore = GetClientFrags(friendlyMedic) + iBonus;
                    // SetEntProp(friendlyMedic, Prop_Data, "m_iFrags", iScore);

                    /////////////////////////
                    // Rank System
                    g_iStatRevives[friendlyMedic]++;
                    //
                    /////////////////////////

                    // Add score bonus to friendlyMedic (doesn't work)
                    //iScore = GetPlayerScore(friendlyMedic);
                    //PrintToServer("[SCORE] score: %d", iScore + 10);
                    //SetPlayerScore(friendlyMedic, iScore + 10);

                    //Accumulate a revive
                    g_playerMedicRevivessAccumulated[friendlyMedic]++;
                    int iReviveCap = sm_revive_cap_for_bonus.IntValue;
                    // Hint to friendlyMedic
                    Format(sBuf, 255,"You revived(assisted) %N from a %s | Revives remaining til bonus life: %d", iInjured, woundType, (iReviveCap - g_playerMedicRevivessAccumulated[friendlyMedic]));
                    PrintHintText(friendlyMedic, "%s", sBuf);

                    if (g_playerMedicRevivessAccumulated[friendlyMedic] >= iReviveCap) {
                        g_playerMedicRevivessAccumulated[friendlyMedic] = 0;
                        g_iSpawnTokens[friendlyMedic]++;
                        char sBuf2[255];
                        // if (iBonus > 1)
                        //  Format(sBuf2, 255,"Awarded %i kills and %i score for assisted revive", iBonus, 10);
                        // else
                        Format(sBuf2, 255,"Awarded %i life for reviving %d players", 1, iReviveCap);
                        PrintToChat(friendlyMedic, "%s", sBuf2);
                    }
                }
            }
        }
    }
}

stock Effect_SetMarkerAtPos(int client, float pos[3], float intervall, int color[4])
{


    /*static Float:lastMarkerTime[MAXPLAYERS+1] = {0.0,...};
    new Float:gameTime = GetGameTime();

    if(lastMarkerTime[client] > gameTime){

        //no update cuz its already up2date
        return;
    }

    lastMarkerTime[client] = gameTime+intervall;*/

    float start[3];
    float end[3];
    //decl Float:worldMaxs[3];

    //World_GetMaxs(worldMaxs);

    end[0] = start[0] = pos[0];
    end[1] = start[1] = pos[1];
    end[2] = start[2] = pos[2];
    end[2] += 10000.0;
    start[2] += 5.0;

    //intervall -= 0.1;

    for(int effect=1;effect<=2;effect++){


        //blue team
        switch(effect)
        {

            case 1:
            {
                TE_SetupBeamPoints(start, end, g_iBeaconBeam, 0, 0, 20, intervall, 1.0, 50.0, 0, 0.0, color, 0);
            }
            case 2:
            {
                TE_SetupBeamRingPoint(start, 50.0, 50.1, g_iBeaconBeam, g_iBeaconHalo, 0, 10, intervall, 2.0, 0.0, color, 10, 0);
            }
        }

        TE_SendToClient(client);
    }
}

// Healthkit Finished

/*public Action Event_PlayerTeam(Event event, const char[] name, bool dontBroadcast)
{
        int client = GetClientOfUserId(event.GetInt("userid"));

        if (client > 0) // Check the client is not console/world?
            if (IsValidClient(client))
            {
                int m_iTeam = GetClientTeam(client);
                if (!IsFakeClient(client) && m_iTeam == TEAM_SPEC)
                {
                    //remove network ragdoll associated with player
                    int playerRag = EntRefToEntIndex(g_iClientRagdolls[client]);
                    if(playerRag > 0 && IsValidEdict(playerRag) && IsValidEntity(playerRag))
                        RemoveRagdoll(client);
                }
            }
        return Plugin_Continue;
}*/


//############# AI DIRECTOR In-Script Functions START #######################


void AI_Director_ResetReinforceTimers()
{
        //Set Reinforce Time
        g_iReinforceTime_AD_Temp = (g_AIDir_ReinforceTimer_Orig);
        g_iReinforceTimeSubsequent_AD_Temp = (g_AIDir_ReinforceTimer_SubOrig);
}

void AI_Director_SetDifficulty()
{
    AI_Director_ResetReinforceTimers();

        //AI Director Local Scaling Vars
    //AID_ReinfAdj_low = 10, AID_ReinfAdj_med = 20, AID_ReinfAdj_high = 30, AID_ReinfAdj_pScale = 0,
    int AID_ReinfAdj_med = 20;
    int AID_ReinfAdj_high = 30;
    int AID_ReinfAdj_pScale = 0;
    float AID_SpecDelayAdj_low = 10.0;
    float AID_SpecDelayAdj_med = 20.0;
    float AID_SpecDelayAdj_high = 30.0;
    float AID_SpecDelayAdj_pScale_Pro = 0.0;
    float AID_SpecDelayAdj_pScale_Con = 0.0;
    int AID_AmbChance_vlow = 10;
    int AID_AmbChance_low = 15;
    int AID_AmbChance_med = 20;
    int AID_AmbChance_high = 25;
    int AID_AmbChance_pScale = 0;
    int AID_SetDiffChance_pScale = 0;

    //Scale based on team count
    int tTeamSecCount = GetTeamSecCount();
    if (tTeamSecCount <= 6) {
        AID_ReinfAdj_pScale = 8;
        AID_SpecDelayAdj_pScale_Pro = 30.0;
        AID_SpecDelayAdj_pScale_Con = 10.0;
    }
    else if (tTeamSecCount >= 7 && tTeamSecCount <= 12) {
        AID_ReinfAdj_pScale = 4;
        AID_SpecDelayAdj_pScale_Pro = 20.0;
        AID_SpecDelayAdj_pScale_Con = 20.0;
        AID_AmbChance_pScale = 5;
        AID_SetDiffChance_pScale = 5;
    }
    else if (tTeamSecCount >= 13) {
        AID_ReinfAdj_pScale = 8;
        AID_SpecDelayAdj_pScale_Pro = 10.0;
        AID_SpecDelayAdj_pScale_Con = 30.0;
        AID_AmbChance_pScale = 10;
        AID_SetDiffChance_pScale = 10;
    }

    // Get the number of control points
    int ncp = Ins_ObjectiveResource_GetProp("m_iNumControlPoints");

    // Get active push point
    int acp = Ins_ObjectiveResource_GetProp("m_nActivePushPointIndex");

    int tAmbScaleMult = 2;
    if (ncp <= 5)
    {
        tAmbScaleMult = 3;
        AID_SetDiffChance_pScale += 5;
    }
    //Add More to Ambush chance based on what point we are at.
    AID_AmbChance_pScale += (acp * tAmbScaleMult);
    AID_SetDiffChance_pScale += (acp * tAmbScaleMult);

    float cvarSpecDelay = sm_respawn_delay_team_ins_special.FloatValue;
    int fRandomInt = GetRandomInt(0, 100);


    //Set Difficulty Based On g_AIDir_TeamStatus and adjust per player scale g_SernixMaxPlayerCount
    if (fRandomInt <= (g_AIDir_DiffChanceBase + AID_SetDiffChance_pScale))
    {
        AI_Director_ResetReinforceTimers();
        //Set Reinforce Time
        g_iReinforceTime_AD_Temp = ((g_AIDir_ReinforceTimer_Orig - AID_ReinfAdj_high) - AID_ReinfAdj_pScale);
        g_iReinforceTimeSubsequent_AD_Temp = ((g_AIDir_ReinforceTimer_SubOrig - AID_ReinfAdj_high) - AID_ReinfAdj_pScale);

        //Mod specialized bot spawn interval
        g_fCvar_respawn_delay_team_ins_spec = ((cvarSpecDelay - AID_SpecDelayAdj_high) - AID_SpecDelayAdj_pScale_Con);
        if (g_fCvar_respawn_delay_team_ins_spec <= 0)
            g_fCvar_respawn_delay_team_ins_spec = 1.0;

        //DEBUG: Track Current Difficulty setting
        //g_AIDir_CurrDiff = 5;

        //Set Ambush Chance
        g_AIDir_AmbushCond_Chance = AID_AmbChance_high + AID_AmbChance_pScale;
    }
    // < 25% DOING BAD >> MAKE EASIER //Scale variables should be lower with higher player counts
    else if (g_AIDir_TeamStatus < (g_AIDir_TeamStatus_max / 4))
    {
        //Set Reinforce Time
        g_iReinforceTime_AD_Temp = ((g_AIDir_ReinforceTimer_Orig + AID_ReinfAdj_high) + AID_ReinfAdj_pScale);
        g_iReinforceTimeSubsequent_AD_Temp = ((g_AIDir_ReinforceTimer_SubOrig + AID_ReinfAdj_high) + AID_ReinfAdj_pScale);

        //Mod specialized bot spawn interval
        g_fCvar_respawn_delay_team_ins_spec = ((cvarSpecDelay + AID_SpecDelayAdj_high) + AID_SpecDelayAdj_pScale_Pro);

        //DEBUG: Track Current Difficulty setting
        //g_AIDir_CurrDiff = 1;

        //Set Ambush Chance
        g_AIDir_AmbushCond_Chance = AID_AmbChance_vlow + AID_AmbChance_pScale;
    }
    // >= 25% and < 50% NORMAL >> No Adjustments
    else if (g_AIDir_TeamStatus >= (g_AIDir_TeamStatus_max / 4) && g_AIDir_TeamStatus < (g_AIDir_TeamStatus_max / 2))
    {
        AI_Director_ResetReinforceTimers();

        // >= 25% and < 33% Ease slightly if <= half the team alive which is 9 right now.
        if (g_AIDir_TeamStatus >= (g_AIDir_TeamStatus_max / 4) && g_AIDir_TeamStatus < (g_AIDir_TeamStatus_max / 3) && GetTeamSecCount() <= 9)
        {
            //Set Reinforce Time
            g_iReinforceTime_AD_Temp = ((g_AIDir_ReinforceTimer_Orig + AID_ReinfAdj_med) + AID_ReinfAdj_pScale);
            g_iReinforceTimeSubsequent_AD_Temp = ((g_AIDir_ReinforceTimer_SubOrig + AID_ReinfAdj_med) + AID_ReinfAdj_pScale);

            //Mod specialized bot spawn interval
            g_fCvar_respawn_delay_team_ins_spec = ((cvarSpecDelay + AID_SpecDelayAdj_low) + AID_SpecDelayAdj_pScale_Pro);

            //DEBUG: Track Current Difficulty setting
            //g_AIDir_CurrDiff = 2;

            //Set Ambush Chance
            g_AIDir_AmbushCond_Chance = AID_AmbChance_low + AID_AmbChance_pScale;
        }
        else
        {
            //Set Reinforce Time
            g_iReinforceTime_AD_Temp = (g_AIDir_ReinforceTimer_Orig);
            g_iReinforceTimeSubsequent_AD_Temp = (g_AIDir_ReinforceTimer_SubOrig);

            //Mod specialized bot spawn interval
            g_fCvar_respawn_delay_team_ins_spec = cvarSpecDelay;

            //DEBUG: Track Current Difficulty setting
            //g_AIDir_CurrDiff = 2;

            //Set Ambush Chance
            g_AIDir_AmbushCond_Chance = AID_AmbChance_low + AID_AmbChance_pScale;

        }
    }
    // >= 50% and < 75% DOING GOOD
    else if (g_AIDir_TeamStatus >= (g_AIDir_TeamStatus_max / 2) && g_AIDir_TeamStatus < ((g_AIDir_TeamStatus_max / 4) * 3))
    {
        AI_Director_ResetReinforceTimers();
        //Set Reinforce Time
        g_iReinforceTime_AD_Temp = ((g_AIDir_ReinforceTimer_Orig - AID_ReinfAdj_med) - AID_ReinfAdj_pScale);
        g_iReinforceTimeSubsequent_AD_Temp = ((g_AIDir_ReinforceTimer_SubOrig - AID_ReinfAdj_med) - AID_ReinfAdj_pScale);

        //Mod specialized bot spawn interval
        g_fCvar_respawn_delay_team_ins_spec = ((cvarSpecDelay - AID_SpecDelayAdj_med) - AID_SpecDelayAdj_pScale_Con);
        if (g_fCvar_respawn_delay_team_ins_spec <= 0)
            g_fCvar_respawn_delay_team_ins_spec = 1.0;

        //DEBUG: Track Current Difficulty setting
        //g_AIDir_CurrDiff = 3;

        //Set Ambush Chance
        g_AIDir_AmbushCond_Chance = AID_AmbChance_med + AID_AmbChance_pScale;
    }
    // >= 75%  CAKE WALK
    else if (g_AIDir_TeamStatus >= ((g_AIDir_TeamStatus_max / 4) * 3))
    {
        AI_Director_ResetReinforceTimers();
        //Set Reinforce Time
        g_iReinforceTime_AD_Temp = ((g_AIDir_ReinforceTimer_Orig - AID_ReinfAdj_high) - AID_ReinfAdj_pScale);
        g_iReinforceTimeSubsequent_AD_Temp = ((g_AIDir_ReinforceTimer_SubOrig - AID_ReinfAdj_high) - AID_ReinfAdj_pScale);

        //Mod specialized bot spawn interval
        g_fCvar_respawn_delay_team_ins_spec = ((cvarSpecDelay - AID_SpecDelayAdj_high) - AID_SpecDelayAdj_pScale_Con);
        if (g_fCvar_respawn_delay_team_ins_spec <= 0)
            g_fCvar_respawn_delay_team_ins_spec = 1.0;

        //DEBUG: Track Current Difficulty setting
        //g_AIDir_CurrDiff = 4;

        //Set Ambush Chance
        g_AIDir_AmbushCond_Chance = AID_AmbChance_high + AID_AmbChance_pScale;
    }
    //return g_AIDir_TeamStatus;
}
//############# AI DIRECTOR In-Script END #######################