lcrp-samp/filterscripts/driverfs.pwn

#if 0
#pragma option -r
#pragma option -d3
#endif

/* -----------------------------------------------------------------------------

Smooth NPC Drivers - Have some Singleplayer-like NPCs on your server! - by NaS & AIped (c) 2013-2016

Version: 1.2.5

This is the FS-version of our NPC Drivers Script.
To find bugs and improve its features we decided to release this compact version for testing and experimenting purposes.

Please post any suggestions or buggy encounters to our thread in the official SA-MP Forums (http://forum.sa-mp.com/showthread.php?t=587634). Thanks!

Note: The steep-hills-glitch (vehicles snapping around while driving up/down) is not possible to fix script-wise. This is probably caused by the "smooth" but unprecise movement of NPCs client-sided and the node distances (Z not always precise).

---------------

> Credits

	AIped - Initiator of the 2013 version, help, ideas, scripting, ...
	Gamer_Z - RouteConnector Plugin, QuaternionStuff Plugin and great help with some math-problems.
	OrMisicL & ZiGGi - FCNPC Plugin
	Pottus and all other developers of ColAndreas
	kvann - Modern GPS Plugin

Feel free to use and modify as you wish, but don't re-release this without our permission!

// -----------------------------------------------------------------------------

Latest Changenotes:

[v1.2.5]

- Added support for the Modern GPS Plugin by kvann/kristoisberg

[v1.2.4]

- Removed dependancy on QuaternionStuff
- Now uses Nero_3D's rotations.inc to calculate Vehicle Rotations

[v1.2.3]

- Support for newest FCNPC Version (1.7.6)
- NPCs can drive bikes (and also lean left/right in turns)
- NPCs rotate on all axes now, depending on terrain
- Taxi call will now be correctly aborted if the called Taxi gets killed by someone

[v1.2.2]

- Support for newest FCNPC Version (1.7.5)
- Small optimizations

[v1.2.1]

- Support for newest FCNPC version (1.0.5)
- Added Cops (count as civilains)
   Cops turn on the sirens sometimes to annoy their surroundings
- Added Skin Arrays for different types (Civ, Cops, Taxis)
- There is a very rough time measurement now when you choose your destination
- Fixed stop'n'go (Using math instead of crappy distance guesses)
- Better and more efficient movement streaming method (based on NPC Streaming..) - streamer not required anymore
- Automatic start & end node calculation based for parking lots (1-connection nodes) + new GPS.dat with many
	fixes and a lot of new parking lots and improvements -> NPCs actually drive somewhere and wait a bit (will be extended)

[v1.2]

- General performance improvements
- Using ColAndreas for more precise rotations
. Using Streamer Plugin for Areas
- Manually fixed hundreds of nodes
- Reduction of path length (-> Less memory usage)
- Streaming NPC-Movements (npcs will move very roughly (skip every 3 nodes) if no players are around -> saving quite a lot run-time calculations)
- NPCs brake when someone (another npc) is in front of them

[v1.1]

- Improved random start- and destination node calculations (added PathNodes array), also improves NPC spreading around the world
- Shortened paths on recalculations (performance improvement)
- Improved speed calculations, speed changes over time by steepness and turning radiuses
- Brakes when near to destination


TO DO:

- Add detection of players, make the NPCs Stop etc
- Add more efficient code that detects other NPCs and Players in vicinity (current method is bad, but works for now)
- Optimizations!

*///----------------------------------------------------------------------------


// -----------------------------------------------------------------------------

#define SCRIPT_NAME             "driverfs" // The Scriptname (by default driverfs.pwn)
#define FILTERSCRIPT

#include <a_samp>
#undef MAX_PLAYERS
#define MAX_PLAYERS				(1000) // Redefine to your MAX_PLAYERS value to save some memory.
#include <FCNPC>
#include <GPS>				
#include <ColAndreas>
#include <rotations>
#include <zcmd>

// ----------------------------------------------------------------------------- CONFIG

#define NPC_NAMES           	"NPCDriver_%d" // %d will be replaced by the Drivers's ID (not NPC ID!)

#define DEBUG_BUBBLE			(false) // Lets NPCs show info via chat bubbles
#define DEBUG_PRINTS			(false) // Prints calculation times and warnings
#define INFO_PRINTS				(true) // Prints Driver Info every X seconds
#define INFO_DELAY				(300) // seconds
#define MAP_ZONES				(false) // Creates gang zones for every driver as replacement for a map marker (all npcs are always visible in ESC->Map)
#define SEND_DEATH_MESSAGE		(false) // Sends death message for killed NPC in chat (change in OnPlayerDeath to fit your Server)

#define DRIVER_AMOUNT			(450)  	// TOTAL NPC COUNT - Different driver types are part of the overall driver amount (300/20/20 = 300 NPCS of which are 20 Taxis, 20 Cops and 260 Normies)
#define DRIVER_TAXIS			(50)
#define DRIVER_COPS             (35)

#define MAX_NODE_DIST			(18.0)
#define MIN_NODE_DIST			(2.5) // Small changes here usually make a big difference. Do not go below 1.5.
#define SIDE_DIST				(2.02) // Distance to the center of the road, 2m is usually the best (unfortunately the actual data of road sizes hasn't been included with the GPS Plugin)
#define SMOOTH_W_DATA           (0.6) // Smoothing values, DATA - data weight, SMOOTH - smooth weight, should be bewtween 0.1 and 1.0
#define SMOOTH_W_SMOOTH         (0.2)
#define SMOOTH_AMOUNT           (20) // Amount of smoothing passes - was dynamic before but that made it hard to limit - medium smoothing is 15 (data 0.6, weight 0.2)

#define MIN_SPEED				(0.7)
#define MAX_SPEED				(2.2)
#define DUTY_SPEED_BOOST        (1.125) // Speed boost when on duty (Cops, Taxi)
#define STEER_ANGLE             (5.0)

#define JAM_DIST               	(15.0) // Distance between 2 Drivers to make them slow down
#define JAM_ANGLE               (25) // INT! Max angle distance between 2 Drivers to make them slow down

#define MAX_PATH_LEN    		(1350)

#define MAX_TAXI_DIST           (3000.0) // Max Distance to a taxi to respond
#define TAXI_RANGE				(35.0) // Max Range to closest nodes (Upon calling)
#define TAXI_COOLDOWN			(60) // seconds
#define TAXI_TIMEOUT			(40) // seconds

#define ROUTE_MIN_DIST			(900.0)
#define ROUTE_MAX_DIST          (2400.0)

#define DRIVERS_ROUTE_ID		(10000) // Starting routeid for path calculations - change if conflicts arise
#define DIALOG_ID				(10000) // Starting dialogid for dialogs - change if conflicts arise

// ----------------------------------------------------------------------------- INTERNAL CONFIG/DEFINES

#define DRIVER_TYPE_RANDOM		(0)
#define DRIVER_TYPE_TAXI		(1)
#define DRIVER_TYPE_COP         (2)

#define DRIVER_STATE_NONE		(0)
#define DRIVER_STATE_DRIVE		(1)
#define DRIVER_STATE_PAUSE		(2)

#define MAX_PATH_NODES			(800) // Max Start & End Nodes

#define TAXI_STATE_NONE			(0)
#define TAXI_STATE_DRIVE1		(1)
#define TAXI_STATE_WAIT1		(2)
#define TAXI_STATE_DRIVE2		(3)

#define ZONES_NUM				(90) // This is just for determining npc distances to each other via integers, lower value means bigger zones -> more npcs to check

#define DID_TAXI				(DIALOG_ID + 0)

#pragma dynamic					(50000) // Needs to be higher for longer paths/more npcs (for 900 - you can lower this or remove it if you use less than 400)!

// ----------------------------------------------------------------------------- DEFINE WHERE NPCS SPAWN/GOTO - If you narrow it down to a small area lower the NPC Amount proportionally!

#define MAP_ENABLE_LS           (true) // Note that if you enable (for example) only LV and SF, the drivers will most likely drive from LV to SF and vice-versa as well.
#define MAP_ENABLE_COUNTY       (true)
#define MAP_ENABLE_SF           (true)
#define MAP_ENABLE_LV           (true)
#define MAP_ENABLE_LV_DESERT    (true)

#if MAP_ENABLE_LS != true && MAP_ENABLE_SF != true && MAP_ENABLE_LV != true && MAP_ENABLE_LV_DESERT != true && MAP_ENABLE_COUNTY != true
#error You must at least enable one area (MAP_ENABLE_* defines)
#endif

#if MAP_ENABLE_LS != true || MAP_ENABLE_SF != true || MAP_ENABLE_LV != true || MAP_ENABLE_LV_DESERT != true || MAP_ENABLE_COUNTY != true
#if MAP_ENABLE_LS != true
new Float:LSCoords[4][4] = // maxx, maxy, minx, miny - Created with GTA Zone Editor by zeppelin - Quite rough but works perfectly for nodes
{
	{2992.19, -1093.75, 70.94, -2851.56},
	{2984.38, -875.00, 257.81, -1093.75},
	{1601.56, -687.50, 750.00, -875.00},
	{1601.56, -585.94, 882.81, -695.31}
};
#endif
#if MAP_ENABLE_SF != true
new Float:SFCoords[4][4] = // maxx, maxy, minx, miny
{
	{-1421.88, 1562.50, -2898.44, -710.94},
	{-1171.88, 617.19, -1453.13, -695.31},
	{-1023.44, 54.69, -1195.31, -375.00},
	{-1867.19, -703.13, -2265.63, -1062.50}
};
#endif
#if MAP_ENABLE_LV != true
new Float:LVCoords[4] = // maxx, maxy, minx, miny
{3015.63, 3031.25, 859.38, 625.00};
#endif
#if MAP_ENABLE_LV_DESERT != true
new Float:LVDesertCoords[4][4] = // maxx, maxy, minx, miny
{
	{859.38, 3000.00, -875.00, 523.44},
	{-875.00, 3007.81, -1320.31, 875.00},
	{-1304.69, 3015.63, -2117.19, 1671.88},
	{-2117.19, 3007.81, -2976.56, 2117.19} // Bayside!
};
#endif
#if MAP_ENABLE_COUNTY != true
new Float:CountyCoords[8][4] = // maxx, maxy, minx, miny
{
	{46.88, -1085.94, -2945.31, -2968.75},
	{257.81, -695.31, -1898.44, -1085.94},
	{250.00, -375.00, -1187.50, -695.31},
	{250.00, 335.94, -1015.63, -375.00},
	{765.63, 445.31, 234.38, -929.69},
	{882.81, 453.13, 765.63, -695.31},
	{2968.75, 593.75, 882.81, -585.94},
	{2976.56, -570.31, 1593.75, -875.00}
};
#endif
#endif

// ----------------------------------------------------------------------------- Arrays, Vars etc

enum E_DRIVERS
{
	bool:nUsed,
	bool:nOnDuty,
	bool:nActive, // Active means a player is close (-> does all calculations, otherwise skips some nodes and doesnt process collision/rotation)
	nNPCID,
	nType,
	nState,
	nCurNode,
	MapNode:nLastStart,
	MapNode:nLastDest,
	Float:nDistance,
	Float:nSpeed,
	nSkinID,
	nVehicle,
	nVehicleModel,
	bool:nVehicleIsBike,
	Float:nVehicleLastLean,
	nPlayer,
	nLT, // Last Tick
	nCopStuffTick,
	nCalcFails,
	nZoneX,
	nZoneY,
	nDeathTick,
	bool:nResetVeh
	
	#if MAP_ZONES == true
	, nGangZone
	#endif
};
new Drivers[DRIVER_AMOUNT][E_DRIVERS];
new NPCDriverID[MAX_PLAYERS] = {-1, ...};

new Float:DriverPath[DRIVER_AMOUNT][MAX_PATH_LEN][3];
new DriverPathLen[DRIVER_AMOUNT];

new PlayerEnterDriver[MAX_PLAYERS] = {-1, ...};

new Float:VehicleZOffsets[] = // Contains normal 4wheel vehicles, including Quad, Police Cars and Police Rancher, since the angle calculations also some bikes
{
	1.0982/*(400)*/,0.7849/*(401)*/,0.8371/*(402)*/,-1000.0/*(403)*/,0.7416/*(404)*/,0.8802/*(405)*/,-1000.0/*(406)*/,-1000.0/*(407)*/,-1000.0/*(408)*/,0.7901/*(409)*/,
	0.6667/*(410)*/,-1000.0/*(411)*/,0.8450/*(412)*/,-1000.0/*(413)*/,-1000.0/*(414)*/,0.7754/*(415)*/,-1000.0/*(416)*/,-1000.0/*(417)*/,-1000.0/*(418)*/,0.8033/*(419)*/,
	0.7864/*(420)*/,0.8883/*(421)*/,0.9969/*(422)*/,-1000.0/*(423)*/,0.7843/*(424)*/,-1000.0/*(425)*/,0.7490/*(426)*/,-1000.0/*(427)*/,1.1306/*(428)*/,0.6862/*(429)*/,
	-1000.0/*(430)*/,-1000.0/*(431)*/,-1000.0/*(432)*/,-1000.0/*(433)*/,-1000.0/*(434)*/,-1000.0/*(435)*/,0.7756/*(436)*/,-1000.0/*(437)*/,1.0092/*(438)*/,0.9020/*(439)*/,
	1.1232/*(440)*/,-1000.0/*(441)*/,0.8379/*(442)*/,-1000.0/*(443)*/,-1000.0/*(444)*/,0.8806/*(445)*/,-1000.0/*(446)*/,-1000.0/*(447)*/,0.5835/*(448)*/,-1000.0/*(449)*/,
	-1000.0/*(450)*/,-1000.0/*(451)*/,-1000.0/*(452)*/,-1000.0/*(453)*/,-1000.0/*(454)*/,-1000.0/*(455)*/,-1000.0/*(456)*/,-1000.0/*(457)*/,0.8842/*(458)*/,-1000.0/*(459)*/,
	-1000.0/*(460)*/,0.5674/*(461)*/,0.5917/*(462)*/,0.5328/*(463)*/,-1000.0/*(464)*/,-1000.0/*(465)*/,0.7490/*(466)*/,0.7465/*(467)*/,-1000.0/*(468)*/,-1000.0/*(469)*/,
	-1000.0/*(470)*/,0.3005/*(471)*/,-1000.0/*(472)*/,-1000.0/*(473)*/,0.7364/*(474)*/,0.8077/*(475)*/,-1000.0/*(476)*/,-1000.0/*(477)*/,1.0010/*(478)*/,0.7994/*(479)*/,
	0.7799/*(480)*/,-1000.0/*(481)*/,1.1209/*(482)*/,-1000.0/*(483)*/,-1000.0/*(484)*/,-1000.0/*(485)*/,-1000.0/*(486)*/,-1000.0/*(487)*/,-1000.0/*(488)*/,1.1498/*(489)*/,
	-1000.0/*(490)*/,0.7619/*(491)*/,0.7875/*(492)*/,-1000.0/*(493)*/,-1000.0/*(494)*/,1.3588/*(495)*/,0.7226/*(496)*/,-1000.0/*(497)*/,1.0726/*(498)*/,0.9988/*(499)*/,
	1.1052/*(500)*/,-1000.0/*(501)*/,-1000.0/*(502)*/,-1000.0/*(503)*/,-1000.0/*(504)*/,1.1498/*(505)*/,0.7100/*(506)*/,0.8319/*(507)*/,1.3809/*(508)*/,-1000.0/*(509)*/,
	-1000.0/*(510)*/,-1000.0/*(511)*/,-1000.0/*(512)*/,-1000.0/*(513)*/,1.5913/*(514)*/,-1000.0/*(515)*/,0.8388/*(516)*/,0.8608/*(517)*/,0.6761/*(518)*/,-1000.0/*(519)*/,
	-1000.0/*(520)*/,0.5569/*(521)*/,0.5529/*(522)*/,0.5569/*(523)*/,-1000.0/*(524)*/,-1000.0/*(525)*/,0.7724/*(526)*/,0.7214/*(527)*/,-1000.0/*(528)*/,0.6374/*(529)*/,
	-1000.0/*(530)*/,-1000.0/*(531)*/,-1000.0/*(532)*/,0.7152/*(533)*/,0.7315/*(534)*/,0.7702/*(535)*/,0.7437/*(536)*/,-1000.0/*(537)*/,-1000.0/*(538)*/,-1000.0/*(539)*/,
	0.8672/*(540)*/,-1000.0/*(541)*/,0.7501/*(542)*/,0.8309/*(543)*/,-1000.0/*(544)*/,0.8169/*(545)*/,0.7293/*(546)*/,0.7404/*(547)*/,-1000.0/*(548)*/,0.7048/*(549)*/,
	0.8274/*(550)*/,0.8066/*(551)*/,-1000.0/*(552)*/,-1000.0/*(553)*/,1.0894/*(554)*/,0.6901/*(555)*/,-1000.0/*(556)*/,-1000.0/*(557)*/,0.6349/*(558)*/,0.6622/*(559)*/,
	0.7105/*(560)*/,0.8190/*(561)*/,0.6632/*(562)*/,-1000.0/*(563)*/,-1000.0/*(564)*/,0.6317/*(565)*/,0.7889/*(566)*/,0.8733/*(567)*/,0.8720/*(568)*/,-1000.0/*(569)*/,
	-1000.0/*(570)*/,-1000.0/*(571)*/,-1000.0/*(572)*/,-1000.0/*(573)*/,-1000.0/*(574)*/,0.6107/*(575)*/,0.6128/*(576)*/,-1000.0/*(577)*/,-1000.0/*(578)*/,0.9359/*(579)*/,
	0.8016/*(580)*/,-1000.0/*(581)*/,-1000.0/*(582)*/,-1000.0/*(583)*/,-1000.0/*(584)*/,0.5899/*(585)*/,-1000.0/*(586)*/,0.7336/*(587)*/,-1000.0/*(588)*/,0.6643/*(589)*/,
	-1000.0/*(590)*/,-1000.0/*(591)*/,-1000.0/*(592)*/,-1000.0/*(593)*/,-1000.0/*(594)*/,-1000.0/*(595)*/,0.7278/*(596)*/,0.7756/*(597)*/,0.7178/*(598)*/,1.1971/*(599)*/,
	0.7171/*(600)*/,-1000.0/*(601)*/,0.8129/*(602)*/,0.8440/*(603)*/,-1000.0/*(604)*/,-1000.0/*(605)*/,-1000.0/*(606)*/,-1000.0/*(607)*/,-1000.0/*(608)*/,1.0727/*(609)*/,
	-1000.0/*(610)*/,-1000.0/*(611)*/
};

new DriverSkins[] = // Skin IDs for citizens, not sorted - no specific/story skins
{
	10, 101, 12, 13, 136, 14, 142, 143, 15, 151, 156, 168, 169,
	17, 170, 180, 182, 183, 184, 263, 186, 185, 19, 216, 91, 206,
	21, 22, 210, 214, 215, 220, 221, 225, 226, 222, 223, 227, 231,
	228, 234, 76, 235, 236, 89, 88, 24, 218, 240, 25, 250, 261, 40,
	41, 35, 37, 38, 44, 69, 43, 46, 9, 93, 39, 48, 47, 229, 58, 59,
	60, 233, 72, 55, 94, 95, 98, 241, 242, 73, 83
};

new CopSkins[] = // Skin IDs for cops
{
	280, 281, 282, 283, 288, 306, 307, 310, 311
};

new TaxiSkins[] = // Skin IDs for taxi drivers - kind of randomly picked
{
	188, 20, 36, 262, 7, 56
};

new MapNode:PathNodes[MAX_PATH_NODES], PathNodesNum = 0; // Start & End Nodes for paths - generated at init - Always use newest GPS.dat to have enough 1-connection nodes & well spread NPCs!
// I'll gather such nodes until we have about 1200 or even more.
new IgnoredPathNodes[] = // Nodes to ignore for start/end nodes - mostly too many at one spot except stated otherwise - will NOT be ignored for regular driving
{
	// Parking LS (too many)
	9522,9513,9503,9511,9502,
	// Underground Parking LS
	3845,3844,3852,3857,
	// Underground Parking SF - Some left over ;)
	21198,21143,21148,21205,21149,21204,21206,21150,21172,21187,21112,21129,21115,21109,
	// Underground Parking LV 
	27155,27158,27165,27164,27156,
	// South LV Houses
	19386,19388,19392,19393,19398,19277,19920,19984,19991,19985,19937,19768,
	19977,19971,23291,19264,19343,23624,19263,19359,19350,19344,19349,19271,
	// More stupid LV nodes
	24559,24555,24551,
	// Chiliad - Completely ignored
	1895,2214,2232,
	// Country jump bridge (connection removed - two bad endpoints)
	19517, 19516
};

new RandomVehicleList[212], VehicleListNum = 0;

new Taxi[MAX_PLAYERS] = {-1, ...}; // -1 => no taxi called, everything else => driverid
new TaxiState[MAX_PLAYERS] = {TAXI_STATE_NONE, ...};
new LastTaxiInteraction[MAX_PLAYERS];
new bool:InTaxiView[MAX_PLAYERS];

enum E_DESTINATIONS
{
	destName[36],
	Float:destX,
	Float:destY,
	Float:destZ
};
new gDestinationList[][E_DESTINATIONS] =
{
	{"Los Santos Airport", 1643.2167, -2241.9209, 13.4900},
	{"Grove Street (LS)", 2500.9397, -1669.3757, 13.3438},
	{"Skatepark (LS)", 1923.5677,-1403.0310,13.2974},
	{"Mount Chiliad (LS)",  -2250.8413,-1719.0470,480.0685},
	{"--------"},
	{"San Fierro Airport", -1424.2325, -291.3162, 14.1484},
	{"Jizzy's Club (SF)", -2625.6680, 1382.9760, 7.1820},
	{"Wang Cars (SF)", -1976.1716, 287.7719, 35.1719},
	{"Avispa Country Club (SF)", -2723.8706, -312.4941, 7.1875},
	{"Otto's Autos (SF)", -1628.4856, 1198.1681, 7.0391},
	{"--------"},
	{"Las Venturas Airport", 1682.3629, 1447.5713, 10.7722,},
	{"Four Dragons Casino (LV)", 2033.4517, 1009.9388, 10.8203},
	{"Caligula's Casino (LV)", 2158.8887, 1679.9889, 10.6953},
	{"Yellow Bell Golf Club (LV)", 1464.2926, 2773.0825, 10.6719},
    {"--------"},
	{"Blueberry (LS)", 200.8919, -144.7279, 1.5859},
	{"Palomino Creek (LS)", 2266.0808, 27.1097, 26.1645},
	{"Dillimore (LS)", 660.9581, -535.4933, 16.3359},
	{"Bayside (SF/LV)", -2466.1084, 2234.2334, 4.5125},
	{"Angel Pine (SF/LS)", -2119.8252, -2492.1013, 30.6250},
	{"El Quebrados (LV)", -1516.0896, 2540.1277, 55.6875},
	{"Las Barrancas (LV)", -745.9706, 1565.6580, 26.9609},
    {"Las Payasadas (LV)", -170.1701, 2693.7996, 62.4128},
    {"Bone County (LV)", 712.7426, 1920.7234, 5.5391},
    {"Verdant Meadows (LV)", 399.0638, 2484.6252, 16.484375}
};
new gDestinationDialogSTR[678];

new MaxPathLen = 0;

new rescueid = 0; // Current ID to check in the RescueTimer (only checks few entries (20) each time it calls to prevent long loops)
new avgcalctimes[50] = {100, ...}, avgcalcidx;
new avgticks[50] = {200, ...}, avgtickidx;
new rescuetimer = -1;
#if INFO_PRINTS == true
new updtimer = -1;
#endif

new bool:Initialized = false;
new InitialCalculations = 0, InitialCalculationStart;

new NumRouteCalcs = 0, ExitPlayerID = -1; // Important for smooth FS unloading

// -----------------------------------------------------------------------------

forward Float:SmoothPath(const Float:path[][2], len = sizeof path);
forward Float:OffsetPath(const Float:path[MAX_PATH_LEN][2], len, Float:d);
forward Float:Get2DAngleOf3Points(Float:x1, Float:y1, Float:x2, Float:y2, Float:x3, Float:y3);
forward Float:RayCastLineZ(Float:X, Float:Y, Float:Z, Float:dist);
forward Float:floatangledistdir(Float:firstAngle, Float:secondAngle);
forward MapNode:GetRandomStartEndPathNode();

// -----------------------------------------------------------------------------

public OnFilterScriptInit()
{
	Drivers_Init();

	return 1;
}

public OnFilterScriptExit()
{
	Drivers_Exit(1, 0);

	return 1;
}

public OnGameModeInit()
{
	Drivers_Init();

	return 1;
}

public OnGameModeExit()
{
	Drivers_Exit(1, 1);
	
	return 1;
}

// -----------------------------------------------------------------------------

Drivers_Init()
{
	if(Initialized) return 1;
	
	new name[MAX_PLAYER_NAME], cmp[MAX_PLAYER_NAME], len;
	strcat(cmp, NPC_NAMES);
	for(new i = 0; i < strlen(cmp); i ++) if(cmp[i] == '%') { cmp[i] = 0; break; }
	len = strlen(cmp);
	
	for(new i = 0; i < DRIVER_AMOUNT; i ++) Drivers[i][nNPCID] = -1;
	
	if(len >= 3)
	{
		for(new i = 0; i < MAX_PLAYERS; i ++)
		{
		    if(!FCNPC_IsValid(i)) continue;

		    GetPlayerName(i, name, MAX_PLAYER_NAME);

		    if(strcmp(name, cmp, false, strlen(cmp)) == 0 && strlen(name) == len) FCNPC_Destroy(i);
		}
	}

	FCNPC_SetUpdateRate(30);

	CA_Init(); // You should uncomment this if you don't initialize ColAndreas before this FS gets loaded!

    format(gDestinationDialogSTR, sizeof(gDestinationDialogSTR), "");
    
    new minsize = sizeof(gDestinationList) * 9 + 1; // plus ("\n" + color code(8)) * number of entries
	for(new i = 0; i < sizeof(gDestinationList); i ++) minsize += strlen(gDestinationList[i][destName]);
	
	if(sizeof(gDestinationDialogSTR) < minsize) printf("[DRIVERS] Warning: Higher the size of gDestinationDialogSTR from %d to at least %d. Not all Destinations can be displayed.", sizeof(gDestinationDialogSTR), minsize);
    
	for(new i = 0; i < sizeof(gDestinationList); i ++)
	{
	    if(strlen(gDestinationDialogSTR) >= sizeof(gDestinationDialogSTR) - strlen(gDestinationList[i][destName]) - 10) break; // In case gDestinationDialogSTR is too small, stop at the last Teleport that fits in to prevent cut-off

		if(gDestinationList[i][destName][0] == '-') format(gDestinationDialogSTR, sizeof(gDestinationDialogSTR), "%s{666666}%s\n", gDestinationDialogSTR, gDestinationList[i][destName]);
		else format(gDestinationDialogSTR, sizeof(gDestinationDialogSTR), "%s{999999}%s\n", gDestinationDialogSTR, gDestinationList[i][destName]);
	}

	if(rescuetimer != -1) KillTimer(rescuetimer);
	rescuetimer = SetTimer("RescueTimer", 500, 1);
	
	#if INFO_PRINTS == true
	if(updtimer != -1) KillTimer(updtimer);
	updtimer = SetTimer("PrintDriverUpdate", INFO_DELAY*1000, 1);
	#endif
	
	// ---------------- GENERATE START & END NODES
	
	new Float:X, Float:Y, Float:Z;
	
	for(new MapNode:i, max_node = GetHighestMapNodeID(); _:i <= max_node && PathNodesNum < MAX_PATH_NODES; i ++)
	{
	    if(!IsValidMapNode(i)) continue;
	    
	    new count;
	    GetMapNodeConnectionCount(i, count);

		if(count != 1) continue;
	    
	    new bool:ignore = false;
	    for(new j = 0; j < sizeof(IgnoredPathNodes); j ++) if(i == MapNode:IgnoredPathNodes[j])
	    {
	        ignore = true;
	        break;
	    }
	    
	    if(ignore) continue;
	    
	    #if MAP_ENABLE_LS != true || MAP_ENABLE_SF != true || MAP_ENABLE_LV != true || MAP_ENABLE_LV_DESERT != true || MAP_ENABLE_COUNTY != true // Check for disabled zones (if any)
	    
		    GetMapNodePos(i, X, Y, Z);

		    #if MAP_ENABLE_LS != true
			    for(new j = 0; j < sizeof(LSCoords); j ++) if(X < LSCoords[j][0] && Y < LSCoords[j][1] && X > LSCoords[j][2] && Y > LSCoords[j][3])
			    {
			        ignore = true;
			        break;
			    }
			    if(ignore) continue;
		    #endif

		    #if MAP_ENABLE_SF != true
			    for(new j = 0; j < sizeof(SFCoords); j ++) if(X < SFCoords[j][0] && Y < SFCoords[j][1] && X > SFCoords[j][2] && Y > SFCoords[j][3])
			    {
			        ignore = true;
			        break;
			    }
			    if(ignore) continue;
		    #endif

		    #if MAP_ENABLE_LV != true
			    if(X < LVCoords[0] && Y < LVCoords[1] && X > LVCoords[2] && Y > LVCoords[3]) continue;
		    #endif

		    #if MAP_ENABLE_LV_DESERT != true
			    for(new j = 0; j < sizeof(LVDesertCoords); j ++) if(X < LVDesertCoords[j][0] && Y < LVDesertCoords[j][1] && X > LVDesertCoords[j][2] && Y > LVDesertCoords[j][3])
			    {
			        ignore = true;
			        break;
			    }
			    if(ignore) continue;
		    #endif

		    #if MAP_ENABLE_COUNTY != true
			    for(new j = 0; j < sizeof(CountyCoords); j ++) if(X < CountyCoords[j][0] && Y < CountyCoords[j][1] && X > CountyCoords[j][2] && Y > CountyCoords[j][3])
			    {
			        ignore = true;
			        break;
			    }
			    if(ignore) continue;
		    #endif
	    #endif
	    
	    PathNodes[PathNodesNum] = i;
	    PathNodesNum ++;
	}
	
	if(PathNodesNum < 30) print("DRIVER WARNING: Insufficient amount of parking lots - Use newest GPS.dat or enable more areas!");

	// ---------------- CONNECT NPCS & stuff

	for(new i = 0; i <= 211; i ++) // Generate a list of vehicles to use
	{
	    if(VehicleZOffsets[i] < -950.0 || i == 20 || i == 38) continue;

		RandomVehicleList[VehicleListNum] = i+400;

		VehicleListNum ++;
	}

    new maxnpc = GetServerVarAsInt("maxnpc"), othernpcs = 0;

    for(new i = 0; i < MAX_PLAYERS; i ++)
	{
	    if(IsPlayerNPC(i)) othernpcs ++;

	    if(IsPlayerConnected(i) && InTaxiView[i]) SetCameraBehindPlayer(i);

	    Taxi[i] = -1;
	    LastTaxiInteraction[i] = GetTickCount() - TAXI_COOLDOWN*1000;
	    
	    NPCDriverID[i] = -1;
	}

	Initialized = true;
	InitialCalculationStart = GetTickCount();

    for(new i = 0; i < DRIVER_AMOUNT; i ++) Drivers[i][nNPCID] = -1;

    new npcname[MAX_PLAYER_NAME];

	for(new i = 0; i < DRIVER_AMOUNT; i ++)
	{
		if(i >= maxnpc - othernpcs)
		{
		    printf("[DRIVERS] Error: maxnpc exceeded, current limit for this script: %d.", maxnpc-othernpcs);

			break;
		}

		new MapNode:startnode = GetRandomStartEndPathNode(), MapNode:endnode, Float:dist;

		do
		{
		    endnode = GetRandomStartEndPathNode();
			GetDistanceBetweenMapNodes(startnode, endnode, dist);
		}
		while(dist < ROUTE_MIN_DIST || dist > ROUTE_MAX_DIST);

		GetMapNodePos(startnode, X, Y, Z);

		new vmodel, colors[2], skinid;

		if(i < DRIVER_TAXIS)
		{
			Drivers[i][nType] = DRIVER_TYPE_TAXI;
			
			vmodel = (random(2) ? 420 : 438);
			skinid = TaxiSkins[random(sizeof(TaxiSkins))];
			colors = {-1, -1};
		}
		else if(i < DRIVER_COPS + DRIVER_TAXIS)
		{
		    Drivers[i][nType] = DRIVER_TYPE_COP;
		    
		    switch(random(5))
		    {
		        case 0: vmodel = 596;
		        case 1: vmodel = 597;
		        case 2: vmodel = 598;
		        case 3: vmodel = 599;
		        case 4: vmodel = 523; // HPV
		    }
		    
		    skinid = CopSkins[random(sizeof(CopSkins))];
			colors = {-1, -1};
		}
		else
		{
			Drivers[i][nType] = DRIVER_TYPE_RANDOM;
			
			do
			{
				vmodel = RandomVehicleList[random(VehicleListNum)];
			} while(vmodel == 596 || vmodel == 597 || vmodel == 598 || vmodel == 599 || vmodel == 420 || vmodel == 438 || vmodel == 523);

	        skinid = DriverSkins[random(sizeof(DriverSkins))];
	        colors[0] = random(127), colors[1] = random(127);
		}

		format(npcname, MAX_PLAYER_NAME, NPC_NAMES, i);

        Drivers[i][nVehicle] = CreateVehicle(vmodel, X, Y, Z + 100000.0, 0.0, colors[0], colors[1], 120000); // Spawn somewhere noone ever will get! This prevents FCNPC's spawn flickering (vehicles showing up at spawn coords between movements for < 1ms (annoying when driving into them just then!))

		if(!FCNPC_IsValid(Drivers[i][nNPCID])) Drivers[i][nNPCID] = FCNPC_Create(npcname);
		
		if(!FCNPC_IsValid(Drivers[i][nNPCID]))
		{
		    printf("[DRIVERS] Error: Failed creating NPC (Driver ID %d). Aborted!", i);
		    
		    DestroyVehicle(Drivers[i][nVehicle]);
			break;
		}
		
		FCNPC_Spawn(Drivers[i][nNPCID], skinid, X, Y, Z + 1.0);
		FCNPC_PutInVehicle(Drivers[i][nNPCID], Drivers[i][nVehicle], 0);
		FCNPC_SetPosition(Drivers[i][nNPCID], X, Y, Z + VehicleZOffsets[vmodel - 400]);
		
		NPCDriverID[Drivers[i][nNPCID]] = i;
		
		//FCNPC_SetInvulnerable(Drivers[i][nNPCID], true);
		//FCNPC_SetHealth(Drivers[i][nNPCID], 100.0);

		Drivers[i][nOnDuty] = false;
		Drivers[i][nPlayer] = -1;
		Drivers[i][nCurNode] = 0;
		Drivers[i][nState] = DRIVER_STATE_NONE;
		Drivers[i][nSkinID] = skinid;
		Drivers[i][nVehicleModel] = vmodel;
		Drivers[i][nVehicleLastLean] = 0.0;
		Drivers[i][nUsed] = true;
		Drivers[i][nLT] = GetTickCount();
		Drivers[i][nLastStart] = startnode;
		Drivers[i][nLastDest] = endnode;
		#if MAP_ZONES == true
		Drivers[i][nGangZone] = -1;
		#endif
		
		switch(vmodel)
		{
			case 448, 461, 462, 463, 521, 522, 523: Drivers[i][nVehicleIsBike] = true;
			default: Drivers[i][nVehicleIsBike] = false;
		}
		
		pubCalculatePath(i, startnode, endnode);
	}

	printf("\n\n   Total Drivers: %d, Random Drivers: %d, Taxi Drivers: %d, Cops: %d\n   maxnpc: %d, Other NPCs: %d\n   Number of random nodes: %d/%d\n\n", DRIVER_AMOUNT, (DRIVER_AMOUNT - DRIVER_TAXIS - DRIVER_COPS), DRIVER_TAXIS, DRIVER_COPS, maxnpc, othernpcs, PathNodesNum, MAX_PATH_NODES);
	
	print("   Initial Calculations started, please wait a moment to finish ...");
	
	return 1;
}

forward Drivers_Exit(fastunload, gmx);
public Drivers_Exit(fastunload, gmx)
{
	if(!Initialized && fastunload == 1) return 1;
	
	for(new i = 0; i < MAX_PLAYERS; i ++)
	{
	    if(IsPlayerConnected(i) && !IsPlayerNPC(i) && InTaxiView[i]) SetCameraBehindPlayer(i);
	    
	    Taxi[i] = -1;
	    NPCDriverID[i] = -1;
	}

	if(rescuetimer != -1) KillTimer(rescuetimer);
	rescuetimer = -1;
	
	#if INFO_PRINTS == true
	if(updtimer != -1) KillTimer(updtimer);
	updtimer = -1;
	#endif
	
	if(fastunload == 0) // This prevents crashes when exiting the FS by destroying NPCs in seperate calls (might be fixed in new version).
	{
	    print("[DRIVERS] Warning: Unloading Driver FS ...");
	    SetTimerEx("Drivers_DestroyID", 1000, 0, "i", 0);
	}
	else
	{
	    for(new i = 0; i < DRIVER_AMOUNT; i ++)
		{
		    if(!Drivers[i][nUsed]) continue;

		    Drivers[i][nUsed] = false;

	        if(GetVehicleModel(Drivers[i][nVehicle]) >= 400 && !gmx) DestroyVehicle(Drivers[i][nVehicle]);

	        //if(FCNPC_IsValid(Drivers[i][nNPCID])) FCNPC_Destroy(Drivers[i][nNPCID]);

	        Drivers[i][nNPCID] = -1;
	        Drivers[i][nVehicle] = -1;
		}
	}
	
	Initialized = false;
	
	return 1;
}

forward Drivers_DestroyID(count);
public Drivers_DestroyID(count)
{
	if(count < 0 || count >= DRIVER_AMOUNT)
	{
	    if(count == DRIVER_AMOUNT)
	    {
	        Initialized = false;
	        
	        if(IsPlayerConnected(ExitPlayerID))
		    {
		    	SendClientMessage(ExitPlayerID, -1, "Driver FS unloaded.");
		    	print("[DRIVERS] Warning: Driver FS unloaded.");
			}
	  		else print("[DRIVERS] Warning: Driver FS unloaded.");
	        
	        //SendRconCommand("unloadfs "SCRIPT_NAME);
	        return 2;
	    }
	    return 0;
	}
	
	if(NumRouteCalcs > 0)
	{
	    if(IsPlayerConnected(ExitPlayerID))
	    {
			new str[50];
	    	format(str, sizeof(str), "Waiting for %d Path Calculations to proceed.", NumRouteCalcs);
	    	SendClientMessage(ExitPlayerID, -1, str);
	    	printf("[DRIVERS] Warning: Waiting for %d Path Calculations to proceed.", NumRouteCalcs);
		}
  		else printf("[DRIVERS] Warning: Waiting for %d Path Calculations to proceed.", NumRouteCalcs);
  		
	    SetTimerEx("Drivers_DestroyID", 3000, 0, "i", count);
	    
	    return 1;
	}
	
	if(Drivers[count][nUsed])
	{
	    Drivers[count][nUsed] = false;

	    if(FCNPC_IsValid(Drivers[count][nNPCID]))
		{
		    FCNPC_RemoveFromVehicle(Drivers[count][nNPCID]);
			FCNPC_Destroy(Drivers[count][nNPCID]);
			NPCDriverID[Drivers[count][nNPCID]] = -1;
		}
		
		if(GetVehicleModel(Drivers[count][nVehicle]) >= 400) DestroyVehicle(Drivers[count][nVehicle]);
		
	    Drivers[count][nNPCID] = -1;
	    Drivers[count][nVehicle] = -1;
    }
    
    SetTimerEx("Drivers_DestroyID", 7, 0, "i", ++count);
    return 1;
}

// -----------------------------------------------------------------------------

public FCNPC_OnCreate(npcid)
{
	return 1;
}

// ----------------------------------------------------------------------------- 

public FCNPC_OnSpawn(npcid)
{
	return 1;
}

// ----------------------------------------------------------------------------- 

public FCNPC_OnStreamIn(npcid, forplayerid)
{
	new driverid = GetDriverID(npcid);

	if(PlayerEnterDriver[forplayerid] != -1 && PlayerEnterDriver[forplayerid] == driverid)
	{
		PutPlayerInVehicle(forplayerid, Drivers[driverid][nVehicle], 1);
		PlayerEnterDriver[forplayerid] = -1;
	}

	return 1;
}

// ----------------------------------------------------------------------------- 

public FCNPC_OnDeath(npcid, killerid, reason)
{
    if(!Initialized) return 1;
    
    if(!FCNPC_IsSpawned(npcid)) return 1;
    
	new driverid = GetDriverID(npcid);
	
	if(driverid == -1) return 1;

	if(IsPlayerConnected(Drivers[driverid][nPlayer]))
	{
		SendClientMessage(Drivers[driverid][nPlayer], -1, "[Taxi Service]: {FF0000}Sorry, our driver could not make it to your location. Please call again if you still need a pick up.");
		Taxi[Drivers[driverid][nPlayer]] = -1;
	}
	
	Drivers[driverid][nOnDuty] = false;
	Drivers[driverid][nPlayer] = -1;
	
	Drivers[driverid][nState] = DRIVER_STATE_NONE;
	
	Drivers[driverid][nDeathTick] = GetTickCount();
	Drivers[driverid][nResetVeh] = false;

	#if SEND_DEATH_MESSAGE == true
	if(IsPlayerConnected(killerid))
	{
		new str[100], name[MAX_PLAYER_NAME+1], weap[25], killdesc[10];
		GetPlayerName(npcid, str, sizeof(str));
		GetPlayerName(killerid, name, sizeof(name));
		GetWeaponName(reason, weap, sizeof(weap));

		switch(random(16))
		{
			case 0: strcat(killdesc, "humiliated");
			case 1: strcat(killdesc, "killed");
			case 2: strcat(killdesc, "torn apart");
			case 3: strcat(killdesc, "erased");
			case 4: strcat(killdesc, "vaporized");
			case 5: strcat(killdesc, "filled with lead");
			case 6: strcat(killdesc, "wiped out");
			case 7: strcat(killdesc, "slaughtered");
			case 8: strcat(killdesc, "murdered");
			case 9: strcat(killdesc, "wasted");
			case 10: strcat(killdesc, "annihilated");
			case 11: strcat(killdesc, "dumped");
			case 12: strcat(killdesc, "lynched");
			case 13: strcat(killdesc, "obliterated");
			case 14: strcat(killdesc, "liquidated");
			case 15: strcat(killdesc, "put to death");
		}
		
		if(!strlen(weap)) strcat(weap, "Blown up");
		
		format(str, sizeof(str), "%s was %s by %s [%s]", str, killdesc, name, weap);
		SendClientMessageToAll(0xCC6633FF, str);
	}
	#endif

	return 1;
}

// ----------------------------------------------------------------------------- 

public OnPlayerConnect(playerid)
{
	if(!Initialized) return 1;
	
	if(!IsPlayerNPC(playerid))
	{
		LastTaxiInteraction[playerid] = GetTickCount() - TAXI_COOLDOWN*1000;
		PlayerEnterDriver[playerid] = -1;
	}
	
	return 1;
}

public OnPlayerDisconnect(playerid)
{
    if(!Initialized) return 1;
	
	return 1;
}

// ----------------------------------------------------------------------------- 

COMMAND:ds(playerid, params[])
{
	if(!Initialized || !IsPlayerAdmin(playerid)) return 0;

	new id = -1;

	if(!isnull(params) && strlen(params) < 8)
	{
		if(params[0] == 'r') id = random(DRIVER_AMOUNT);
		else
		{
			id = strval(params);

			if(id < 0 || id >= DRIVER_AMOUNT) id = -1;
		}
	}

	if(id == -1) return SendClientMessage(playerid, -1, "Invalid Driver ID");

	new Float:x, Float:y, Float:z;
	FCNPC_GetPosition(Drivers[id][nNPCID], x, y, z);

	if(FCNPC_IsStreamedIn(Drivers[id][nNPCID], playerid)) PutPlayerInVehicle(playerid, Drivers[id][nVehicle], 1);
	else
	{
		SetPlayerPos(playerid, x, y, z);
		PlayerEnterDriver[playerid] = id;
	}

	return 1;
}

COMMAND:dfs_cmds(playerid, params[])
{
	if(!Initialized) return 0;

    SendClientMessage(playerid, -1, "  ");
    SendClientMessage(playerid, -1, "{99FF00}Driver FS by NaS & AIped (c) 2015-2017");
    
    if(IsPlayerAdmin(playerid))
    {
	    SendClientMessage(playerid, -1, "{FF9900} Admin Commands - []: required, (): optional");
	    SendClientMessage(playerid, -1, "  /ds [ID] (seat) - Take a seat in the specified Driver's Vehicle.");
	    SendClientMessage(playerid, -1, "  /dfs_info - Prints Driver Updates.");
	    SendClientMessage(playerid, -1, "  /dfs_exit - Slowly kicks all NPCs and stops the Script. Unloading the actual FS crashes! :(");
    }
    
    SendClientMessage(playerid, -1, "{FF9900} Player Commands");
	SendClientMessage(playerid, -1, "  /Taxi - Calls a Taxi to your location.");

    return 1;
}

COMMAND:dfs_help(playerid, params[])
{
	return cmd_dfs_cmds(playerid, params);
}

COMMAND:dfs_exit(playerid, params[])
{
	if(!Initialized || !IsPlayerAdmin(playerid)) return 0;

    if(NumRouteCalcs == 0) SendClientMessage(playerid, -1, "Unloading Driver FS ...");
    else
	{
		new text[128];
		format(text, sizeof(text), "There are %d Path Calculations left. The Script will unload once they are completed.", NumRouteCalcs);
    	SendClientMessage(playerid, -1, text);
    }
    
    ExitPlayerID = playerid;
    
	Drivers_Exit(0, 0);

    return 1;
}

COMMAND:dfs_info(playerid, params[])
{
	if(!Initialized || !IsPlayerAdmin(playerid)) return 0;

	PrintDriverUpdate();

	return 1;
}

COMMAND:taxi(playerid, params[])
{
	if(!Initialized) return 0;

    if(Taxi[playerid] != -1) return SendClientMessage(playerid, -1, "[Taxi Service]: {990000}Sorry Sir, it seems like you have already ordered a taxi."), 1;
    
    if(GetTickCount() - LastTaxiInteraction[playerid] < TAXI_COOLDOWN*1000) return SendClientMessage(playerid, -1, "[Taxi Service]: {990000}Sorry Sir, we don't have any available cabs right now."), 1;

	new taxi = -1, Float:tdist = MAX_TAXI_DIST, Float:node_dist, Float:X, Float:Y, Float:Z, MapNode:destnode;
	GetPlayerPos(playerid, X, Y, Z);
	
	GetClosestMapNodeToPoint(X, Y, Z, destnode);

    if(!IsValidMapNode(destnode))
    {
    	SendClientMessage(playerid, -1, "[Taxi Service]: {990000}Sorry, we don't have your location on our GPS.");

    	return 1;
    }

    GetMapNodeDistanceFromPoint(destnode, X, Y, Z, node_dist);

    if(node_dist > TAXI_RANGE)
    {
    	SendClientMessage(playerid, -1, "[Taxi Service]: {990000}Unfortunately our driver is unable to reach your current location.");
    	SendClientMessage(playerid, -1, "[Taxi Service]: {990000}Please proceed to the closest road.");

    	return 1;
    }
	
	for(new i = 0; i < DRIVER_TAXIS; i ++)
	{
	    if(!Drivers[i][nUsed] || Drivers[i][nOnDuty] || !IsPlayerNPC(Drivers[i][nNPCID])) continue;
	    
	    if(Drivers[i][nState] != DRIVER_STATE_DRIVE) continue;
	    
	    new Float:dist = GetPlayerDistanceFromPoint(Drivers[i][nNPCID], X, Y, Z);
	    
	    if(dist < tdist)
	    {
	        taxi = i;
	        tdist = dist;
	    }
	}

    if(taxi == -1) return SendClientMessage(playerid, -1, "[Taxi Service]: {990000}Sorry Sir, we don't have an available cab near you."), 1;

    new MapNode:startnode, npcid = Drivers[taxi][nNPCID];

	FCNPC_GetPosition(npcid, X, Y, Z);
	GetClosestMapNodeToPoint(X, Y, Z, startnode);

	if(!IsValidMapNode(startnode))
	{
		SendClientMessage(playerid, -1, "[Taxi Service]: {990000}Sorry, we don't have an available cab near your location.");

		return 1;
	}

	Drivers[taxi][nState] = DRIVER_STATE_NONE;
	if(FCNPC_IsMoving(npcid)) FCNPC_Stop(npcid);
	
	Drivers[taxi][nOnDuty] = true;
	Drivers[taxi][nPlayer] = playerid;

	if(tdist < TAXI_RANGE)
	{
		TaxiState[playerid] = TAXI_STATE_WAIT1;
		SetVehicleParamsForPlayer(Drivers[taxi][nVehicle], playerid, 1, 0);
		Drivers[taxi][nLastStart] = Drivers[taxi][nLastDest];
		Drivers[taxi][nLastDest] = startnode;
		
        SendClientMessage(playerid, -1, "[Taxi Service]: {009900}We got a driver right around the corner!");
	}
	else
	{
	    pubCalculatePath(taxi, startnode, destnode);
	    TaxiState[playerid] = TAXI_STATE_DRIVE1;
	}
	
	Taxi[playerid] = taxi;

    return 1;
}

public OnPlayerCommandText(playerid, cmdtext[])
{
	if(!Initialized) return 0;

	return 0;
}

public OnRconCommand(cmd[])
{
	if(strcmp(cmd, "dfs_exit", true) == 0)
	{
	    if(!Initialized) return print("[DRIVERS] Warning: Driver FS is not initialized (GMX?)."), 1;
	    else
		{
		    ExitPlayerID = -1;
			Drivers_Exit(0, 0);
		}
			
	    return 1;
	}
	return 0;
}

// ----------------------------------------------------------------------------- 

public OnPlayerStateChange(playerid, newstate, oldstate)
{
	if(IsPlayerNPC(playerid)) return 1;
	
	if(!Initialized) return 1;
	
	if(newstate == PLAYER_STATE_PASSENGER)
	{
	    if(Taxi[playerid] >= 0 && Taxi[playerid] < DRIVER_TAXIS && TaxiState[playerid] == TAXI_STATE_WAIT1)
	    {
			if(IsPlayerNPC(Drivers[Taxi[playerid]][nNPCID]))
			{
			    if(GetPlayerVehicleID(playerid) == Drivers[Taxi[playerid]][nVehicle])
			    {
			        ShowPlayerDialog(playerid, DID_TAXI, DIALOG_STYLE_LIST, "Choose a destination", gDestinationDialogSTR, "Go", "Cancel");
			        SetVehicleParamsEx(Drivers[Taxi[playerid]][nVehicle], 1, 0, 0, 0, 0, 0, 0); 
			        
			        new Float:cX, Float:cY, Float:cZ, Float:A, Float:tX, Float:tY;
			        FCNPC_GetPosition(Drivers[Taxi[playerid]][nNPCID], cX, cY, cZ);
			        A = FCNPC_GetAngle(Drivers[Taxi[playerid]][nNPCID]);
			        
			        tX = cX;
					tY = cY;
			        if(GetVehicleModel(Drivers[Taxi[playerid]][nVehicle]) == 420)
			        {
				        GetXYInFrontOfPoint(cX, cY, A+180.0, cX, cY, 1.1);
				        GetXYInFrontOfPoint(cX, cY, A+90.0, cX, cY, 0.15);
				        cZ += 0.5;

				        GetXYInFrontOfPoint(tX, tY, A, tX, tY, 2.5);
			        }
			        else
			        {
			            GetXYInFrontOfPoint(cX, cY, A+180.0, cX, cY, 0.5);
				        GetXYInFrontOfPoint(cX, cY, A+90.0, cX, cY, 0.15);
				        cZ += 0.3;

				        GetXYInFrontOfPoint(tX, tY, A, tX, tY, 2.5);
			        }
			        SetPlayerCameraPos(playerid, cX, cY, cZ);
			        SetPlayerCameraLookAt(playerid, tX, tY, cZ-0.5);
			        
			        InTaxiView[playerid] = true;
			        
			        return 1;
			    }
		    }
		}
	}
	
	if(oldstate == PLAYER_STATE_PASSENGER)
	{
	    if(Taxi[playerid] >= 0 && Taxi[playerid] < DRIVER_TAXIS && TaxiState[playerid] == TAXI_STATE_DRIVE2)
	    {
	        SetTimerEx("ResetTaxi", 5000, 0, "dd", Taxi[playerid], 3000);
	    }
	}
	
	return 1;
}

// ----------------------------------------------------------------------------- 

public OnDialogResponse(playerid, dialogid, response, listitem, inputtext[])
{
    if(!Initialized) return 0;
    
	if(dialogid == DID_TAXI)
	{
	    if(Taxi[playerid] == -1 || TaxiState[playerid] != TAXI_STATE_WAIT1) return 1;
	    
	    if(response)
	    {
	        if(gDestinationList[listitem][destName] == '-')
			{
    			ShowPlayerDialog(playerid, DID_TAXI, DIALOG_STYLE_LIST, "Choose a destination", gDestinationDialogSTR, "Go", "Cancel");
			    return SendClientMessage(playerid, -1, "[Taxi Driver]: {990000}Excuse me, can you re-phrase that?"), 1;
			}
			
		    new MapNode:destnode;

		    GetClosestMapNodeToPoint(gDestinationList[listitem][destX], gDestinationList[listitem][destY], gDestinationList[listitem][destZ], destnode);

		    if(!IsValidMapNode(destnode))
			{
				ShowPlayerDialog(playerid, DID_TAXI, DIALOG_STYLE_LIST, "Choose a destination", gDestinationDialogSTR, "Go", "Cancel");
			    SendClientMessage(playerid, -1, "[Taxi Driver]: {990000}Weird. I can't find that spot on my map!");

			    return 1;
			}

		    Drivers[Taxi[playerid]][nState] = DRIVER_STATE_NONE;
			if(FCNPC_IsMoving(Drivers[Taxi[playerid]][nNPCID])) FCNPC_Stop(Drivers[Taxi[playerid]][nNPCID]);

			SetTimerEx("pubCalculatePath", 1000 + random(1000), 0, "ddd", Taxi[playerid], _:Drivers[Taxi[playerid]][nLastDest], _:destnode);

		    TaxiState[playerid] = TAXI_STATE_DRIVE2;

		    SetVehicleParamsEx(Drivers[Taxi[playerid]][nVehicle], 1, 0, 0, 0, 0, 0, 0);

		    SetCameraBehindPlayer(playerid);
		    InTaxiView[playerid] = false;
		    
		    LastTaxiInteraction[playerid] = GetTickCount();
	    }
	    else
	    {
	        SetCameraBehindPlayer(playerid);
	        InTaxiView[playerid] = false;
	        
	        ResetTaxi(Taxi[playerid], 5000);
	    }
	    return 1;
	}
	return 0;
}

// -----------------------------------------------------------------------------

forward pubCalculatePath(driverid, MapNode:startnode, MapNode:endnode);
public pubCalculatePath(driverid, MapNode:startnode, MapNode:endnode)
{
    if(!Initialized) return 1;
    
	if(driverid < 0 || driverid >= DRIVER_AMOUNT) return 1;
	
	if(!Drivers[driverid][nUsed]) return 1;
	
	if(FCNPC_IsDead(Drivers[driverid][nNPCID]) || !FCNPC_IsSpawned(Drivers[driverid][nNPCID])) return 1;
	
	if(Drivers[driverid][nState] != DRIVER_STATE_NONE) return 1;
	
	Drivers[driverid][nLT] = GetTickCount();
	
    //CalculatePath(startnode, endnode, DRIVERS_ROUTE_ID + driverid, false, _, true);

    FindPathThreaded(startnode, endnode, "OnPathCalculated", "i", DRIVERS_ROUTE_ID + driverid);
    
    NumRouteCalcs ++;
    
    Drivers[driverid][nLastStart] = startnode;
    Drivers[driverid][nLastDest] = endnode;
    
	return 1;
}

forward pub_RemovePlayerFromVehicle(playerid);
public pub_RemovePlayerFromVehicle(playerid)
{
    RemovePlayerFromVehicle(playerid);
	return 1;
}

// ----------------------------------------------------------------------------- Resets a Taxi after aborted ride, or reaching destination

forward ResetTaxi(driverid, calcdelay);
public ResetTaxi(driverid, calcdelay)
{
    if(!Initialized) return 1;
    
	if(driverid < 0 || driverid >= DRIVER_TAXIS) return 1;
	
	if(!Drivers[driverid][nUsed] || !Drivers[driverid][nOnDuty] || Drivers[driverid][nType] != DRIVER_TYPE_TAXI) return 1;
	
    if(!FCNPC_IsSpawned(Drivers[driverid][nNPCID]) || FCNPC_IsDead(Drivers[driverid][nNPCID])) return 1;
	
	new playerid = Drivers[driverid][nPlayer];
	if(playerid >= 0 && playerid < MAX_PLAYERS)
	{
		TaxiState[playerid] = TAXI_STATE_NONE;
    	Taxi[playerid] = -1;
    	
    	LastTaxiInteraction[playerid] = GetTickCount();
    	
    	if(InTaxiView[playerid])
		{
			SetCameraBehindPlayer(playerid);
			HidePlayerDialog(playerid);
    		InTaxiView[playerid] = false;
    	}
    	
    	for(new i = 0; i < MAX_PLAYERS; i ++) if(!IsPlayerNPC(i) && GetPlayerVehicleID(i) == Drivers[driverid][nVehicle]) RemovePlayerFromVehicle(i);
	}
    
    if(GetPlayerVehicleID(playerid) == Drivers[driverid][nVehicle]) SetTimerEx("pub_RemovePlayerFromVehicle", 1000, 0, "d", playerid);
    SetVehicleParamsEx(Drivers[driverid][nVehicle], 1, 0, 0, 0, 0, 0, 0);
    
    if(FCNPC_IsMoving(Drivers[driverid][nNPCID])) FCNPC_Stop(Drivers[driverid][nNPCID]);

	Drivers[driverid][nState] = DRIVER_STATE_NONE;
	Drivers[driverid][nOnDuty] = false;
	Drivers[driverid][nLT] = GetTickCount();

	new Float:X, Float:Y, Float:Z;
    FCNPC_GetPosition(Drivers[driverid][nNPCID], X, Y, Z);

    new MapNode:startnode, MapNode:endnode, Float:dist;

    GetClosestMapNodeToPoint(X, Y, Z, startnode);

    do
	{
	    endnode = GetRandomStartEndPathNode();
		GetDistanceBetweenMapNodes(startnode, endnode, dist);
	}
	while(dist < ROUTE_MIN_DIST || dist > ROUTE_MAX_DIST);

	if(calcdelay > 0) SetTimerEx("pubCalculatePath", calcdelay, 0, "ddd", driverid, _:startnode, _:endnode);
	else pubCalculatePath(driverid, startnode, endnode);

	return 1;
}

// ----------------------------------------------------------------------------- This resets NPCs that are dead for a while, or stuck for some reason (eg when a bad GPS.dat was used)

forward RescueTimer();
public RescueTimer()
{
    if(!Initialized) return 1;
    
    if(avgtickidx >= sizeof(avgticks)) avgtickidx = 0;
    avgticks[avgtickidx] = GetServerTickRate();
    avgtickidx ++;
    
    new tick = GetTickCount();
    
	for(new i = 0; i < 20; i ++)
	{
	    if(Drivers[rescueid][nUsed])
	    {
	        SetPlayerColor(Drivers[rescueid][nNPCID], 0);
	        
	        if(!FCNPC_IsDead(Drivers[rescueid][nNPCID]))
	        {
	            if(tick - Drivers[rescueid][nLT] > TAXI_TIMEOUT*1000)
			  	{
			  	    if(FCNPC_IsMoving(Drivers[rescueid][nNPCID])) Drivers[rescueid][nLT] = tick;
			  	    else if(Drivers[rescueid][nType] == DRIVER_TYPE_TAXI && Drivers[rescueid][nOnDuty]) ResetTaxi(rescueid, 10000);

				    #if DEBUG_BUBBLE == true
					new str[40];
					format(str, sizeof(str), "{888888}[%d]\n{DD0000}Timed out", rescueid);
					SetPlayerChatBubble(Drivers[rescueid][nNPCID], str, -1, 10.0, TAXI_TIMEOUT*1000);
					#endif
				}
			}
			else if(Drivers[rescueid][nState] == DRIVER_STATE_NONE)
			{
			    if(tick - Drivers[rescueid][nDeathTick] > 10000 && !Drivers[rescueid][nResetVeh]) // Respawns Vehicle
			    {			        
			        Drivers[rescueid][nResetVeh] = true;
			        SetVehicleToRespawn(Drivers[rescueid][nVehicle]);
			    }
			    else if(tick - Drivers[rescueid][nDeathTick] > 20000) // Resets the NPC and spawns it
			    {
				    Drivers[rescueid][nCurNode] = 0;
				    Drivers[rescueid][nLT] = tick;
				    Drivers[rescueid][nDeathTick] = tick + 10000;

					new MapNode:startnode = GetRandomStartEndPathNode(), MapNode:endnode, Float:dist, tries = 45;

					do
					{
					    endnode = GetRandomStartEndPathNode();
						GetDistanceBetweenMapNodes(startnode, endnode, dist);
						
						tries --;
					}
					while(dist < ROUTE_MIN_DIST || (dist > ROUTE_MAX_DIST && tries > 0)); // tries is used to prevent a long loop (which can happen, because of random - it's veeery unlikely though)

					new Float:X, Float:Y, Float:Z;
					GetMapNodePos(startnode, X, Y, Z);

					FCNPC_Respawn(Drivers[rescueid][nNPCID]);
					FCNPC_PutInVehicle(Drivers[rescueid][nNPCID], Drivers[rescueid][nVehicle], 0);
					FCNPC_SetPosition(Drivers[rescueid][nNPCID], X, Y, Z + VehicleZOffsets[Drivers[rescueid][nVehicleModel] - 400]);

					SetTimerEx("pubCalculatePath", 1000, 0, "ddd", rescueid, _:startnode, _:endnode);
				}
			}
	    }
	    
	    rescueid ++;
	    
		if(rescueid >= DRIVER_AMOUNT) rescueid = 0;
	}
	return 1;
}

// -----------------------------------------------------------------------------

#if INFO_PRINTS == true
forward PrintDriverUpdate();
public PrintDriverUpdate()
#else
PrintDriverUpdate()
#endif
{
	new curtick = GetTickCount();
	
	new maxnpc = GetServerVarAsInt("maxnpc"), othernpcs = -DRIVER_AMOUNT, idlenpcs = 0;
	for(new i = 0; i < MAX_PLAYERS; i ++)
	{
		if(IsPlayerNPC(i)) othernpcs ++;
		
		if(i >= DRIVER_AMOUNT) continue;
		
		if(!Drivers[i][nUsed] || !IsPlayerNPC(Drivers[i][nNPCID])) continue;
		
		if(curtick - Drivers[i][nLT] > 60000)
		{
		    printf("Driver %d idle!", i);
			idlenpcs ++;
		}
	}

	new Float:avgcalctime = 1.0*avgcalctimes[0];
	for(new i = 1; i < sizeof(avgcalctimes); i ++) avgcalctime += 1.0*avgcalctimes[i];
	avgcalctime = avgcalctime / (1.0*sizeof(avgcalctimes));
	
	new Float:avgtick = 1.0*avgticks[0];
	for(new i = 1; i < sizeof(avgticks); i ++) avgtick += 1.0*avgticks[i];
	avgtick = avgtick / (1.0*sizeof(avgticks));
	
	new rtms = curtick - InitialCalculationStart, rts, rtm, rth;
	
	rts = (rtms / 1000) % 60;
	rtm = (rtms / 60000) % 60;
	rth = rtms / (1000*60*60);

	printf("\n   Total Drivers: %d, Random Drivers: %d, Taxi Drivers: %d, Cops: %d\n   maxnpc: %d, Other NPCs: %d, Idle NPCs: %d\n   MaxPathLen: %d/%d, Uptime: %02d:%02d:%02d\n -  -  -  Avg. calc. time: %.02fms, Avg. Server Tick: %.02f\n", DRIVER_AMOUNT, (DRIVER_AMOUNT - DRIVER_TAXIS - DRIVER_COPS), DRIVER_TAXIS, DRIVER_COPS, maxnpc, othernpcs, idlenpcs, MaxPathLen, MAX_PATH_LEN, rth, rtm, rts, avgcalctime, avgtick);
	return 1;
}

// ----------------------------------------------------------------------------- Called when a route was calculated

forward OnPathCalculated(Path:pathid, routeid);
public OnPathCalculated(Path:pathid, routeid)
{
    NumRouteCalcs --;
    if(!Initialized) return 1;
    
    if(InitialCalculations < DRIVER_AMOUNT) InitialCalculations ++;

    if(!IsValidPath(pathid)) return 1;
    
	new t = GetTickCount();
	
	if(routeid >= DRIVERS_ROUTE_ID && routeid < DRIVERS_ROUTE_ID + DRIVER_AMOUNT) // the routeid given comes from this script
	{
		new driverid = routeid - DRIVERS_ROUTE_ID;

		if(!Drivers[driverid][nUsed]) return 1;
		
		if(!IsPlayerNPC(Drivers[driverid][nNPCID]) || FCNPC_IsDead(Drivers[driverid][nNPCID]) || !FCNPC_IsSpawned(Drivers[driverid][nNPCID])) return 1;
		
		if(Drivers[driverid][nState] != DRIVER_STATE_NONE) return 1;
		
		new amount_of_nodes;
		GetPathSize(pathid, amount_of_nodes);

		if(amount_of_nodes < 3)
		{
			#if DEBUG_PRINTS == true
		 	print("[DRIVERS] Error: Failed calculating path for Driver ID %d", driverid);
			#endif
			
			Drivers[driverid][nCalcFails] ++;
			return 1;
		}

		new Float:NodePosX[MAX_PATH_LEN], Float:NodePosY[MAX_PATH_LEN], Float:NodePosZ[MAX_PATH_LEN],
			MapNode:nodeid,
			Float:distance;

		GetPathLength(pathid, distance);

		for(new i = 0; i < amount_of_nodes && i < MAX_PATH_LEN; i ++)
		{
			GetPathNode(pathid, i, nodeid);
			GetMapNodePos(nodeid, NodePosX[i], NodePosY[i], NodePosZ[i]);
		}
		
		Drivers[driverid][nCalcFails] = 0;
		Drivers[driverid][nLT] = t;
		
		new arrayid = 0, Float:newpath[MAX_PATH_LEN][2];

        newpath[0][0] = NodePosX[0];
		newpath[0][1] = NodePosY[0];
		DriverPath[driverid][0][2] = NodePosZ[0];

		DriverPathLen[driverid] = 1;

		/*
		Loop explanation (below)
		
		i is the index to write (for newpath array)
		arrayid is the index to read (for node_id_array)
		
		The target node will stay as long as the distance is too high.
		The target node will skip if the distance is too low.
		
		*/
		
		for(new i = 1; arrayid < amount_of_nodes && i < MAX_PATH_LEN; i ++)
		{
		    if(arrayid == amount_of_nodes-1)
		    {
		        newpath[i][0] = NodePosX[amount_of_nodes - 1];
		        newpath[i][1] = NodePosY[amount_of_nodes - 1];
		        DriverPath[driverid][i][2] = NodePosZ[amount_of_nodes - 1];
		        
		        DriverPathLen[driverid] ++;
		        break;
		    }
		    
		    new Float:dis = floatsqroot(floatpower(NodePosX[arrayid] - newpath[i-1][0], 2) + floatpower(NodePosY[arrayid] - newpath[i-1][1], 2) + floatpower(NodePosZ[arrayid] - DriverPath[driverid][i-1][2], 2));
		    
		    new Float:ndis = MAX_NODE_DIST;

			if(i >= 3 && arrayid < amount_of_nodes - 2)
			{
				new Float:a1 = floatangledistdir(-atan2(NodePosX[arrayid]-newpath[i-1][0], NodePosY[arrayid]-newpath[i-1][1]), -atan2(NodePosX[arrayid+1]-NodePosX[arrayid], NodePosY[arrayid+1]-NodePosY[arrayid]));
				
				if(a1 < 0.0) a1 = -a1;
				
				#define SP_ANGLE 25.0
                if(a1 > SP_ANGLE) a1 = SP_ANGLE;
                
				ndis -= (a1/SP_ANGLE) * MAX_NODE_DIST;
				#undef SP_ANGLE

			    new Float: Zrel = (NodePosZ[arrayid] - DriverPath[driverid][i-1][2]) / dis;
			    if(Zrel < 0.0) Zrel *= -3.0;
			    else Zrel *= 3.0;
			    if(Zrel > 0.9) Zrel = 0.9;

			    ndis -= (Zrel * MAX_NODE_DIST * 0.7);
		    }
		    else ndis = MAX_NODE_DIST/2.0;
		    
		    if(ndis < MIN_NODE_DIST) ndis = MIN_NODE_DIST;
		    if(ndis > MAX_NODE_DIST) ndis = MAX_NODE_DIST;

			if(dis > ndis || arrayid >= amount_of_nodes-2)
			{
			    new Float:fact = (dis/ndis);

			    newpath[i][0] = newpath[i-1][0] + ((NodePosX[arrayid] - newpath[i-1][0]) / fact);
			    newpath[i][1] = newpath[i-1][1] + ((NodePosY[arrayid] - newpath[i-1][1]) / fact);
			    DriverPath[driverid][i][2] = DriverPath[driverid][i-1][2] + ((NodePosZ[arrayid] - DriverPath[driverid][i-1][2]) / fact);
			    
			    DriverPathLen[driverid] ++;
			    
			    if(dis - ndis < MIN_NODE_DIST)
				{
					arrayid ++;
					continue;
				}
			}
			else
			{
			    if(i > 0) i --;
		    	arrayid ++;
		    	continue;
			}
		}
		
		if(arrayid < amount_of_nodes - 1) print("[DRIVERS] Error: Could not finish path. Higher MAX_PATH_LEN or MAX_NODE_DIST!");

        newpath = OffsetPath(newpath, DriverPathLen[driverid], -SIDE_DIST); // Offset (right side) - Quick!

		newpath = SmoothPath(newpath, DriverPathLen[driverid]); // Smoothing - heaviest part here

		new Float:MapZd, Float:MapZu;
		
		for(new i = 0; i < DriverPathLen[driverid]; i ++)
		{
		    MapZd = RayCastLineZ(newpath[i][0], newpath[i][1], DriverPath[driverid][i][2], -10.0);
			MapZu = RayCastLineZ(newpath[i][0], newpath[i][1], DriverPath[driverid][i][2], 30.0);
			
			if(MapZd == 0.0) MapZd = -990.0;
			if(MapZu == 0.0) MapZu = -990.0;
			
			if(MapZd > -900.0 && MapZu > -900.0)
			{
			    new Float:difd = DriverPath[driverid][i][2] - MapZd, Float:difu = (MapZu - DriverPath[driverid][i][2]);
			    
			    if(difu < difd) DriverPath[driverid][i][2] = MapZu;
				else DriverPath[driverid][i][2] = MapZd;
			}
			else if(MapZd > -900.0) DriverPath[driverid][i][2] = MapZd;
			else if(MapZu > -900.0) DriverPath[driverid][i][2] = MapZu;

		    DriverPath[driverid][i][2] = DriverPath[driverid][i][2] + VehicleZOffsets[Drivers[driverid][nVehicleModel]-400];

			DriverPath[driverid][i][0] = newpath[i][0];
		    DriverPath[driverid][i][1] = newpath[i][1];
		}
		
		Drivers[driverid][nCurNode] = 0;
		Drivers[driverid][nState] = DRIVER_STATE_DRIVE;
		Drivers[driverid][nSpeed] = (MIN_SPEED + MAX_SPEED) / 3.0;
		Drivers[driverid][nDistance] = distance;

		SetTimerEx("FCNPC_OnReachDestination", 50, 0, "d", Drivers[driverid][nNPCID]);

	  	if(Drivers[driverid][nType] == DRIVER_TYPE_TAXI && Drivers[driverid][nOnDuty] && IsPlayerConnected(Drivers[driverid][nPlayer]))
	  	{
	  	    if(TaxiState[Drivers[driverid][nPlayer]] == TAXI_STATE_DRIVE1)
			{
			    if(distance < 250.0) SendClientMessage(Drivers[driverid][nPlayer], -1, "[Taxi Service]: {009900}Stay where you are. A driver is on his way!");
				else if(distance < 1000.0) SendClientMessage(Drivers[driverid][nPlayer], -1, "[Taxi Service]: {DD9900}Please be patient, our driver may need some time to approach your location.");
				else if(distance < 2000.0) SendClientMessage(Drivers[driverid][nPlayer], -1, "[Taxi Service]: {DD5500}We don't have a taxi close to you. Please wait a few minutes.");
				else SendClientMessage(Drivers[driverid][nPlayer], -1, "[Taxi Service]: {DD5500}We hope you're not in a hurry. Our driver will need quite a while to come to you.");
			}
	  	    else if(TaxiState[Drivers[driverid][nPlayer]] == TAXI_STATE_DRIVE2)
	  	    {
		  	    new roughmins = floatround((distance / (8.3 * MAX_SPEED * DUTY_SPEED_BOOST)) / 60.0);
		  	    
		  	    if(roughmins <= 1) SendClientMessage(Drivers[driverid][nPlayer], -1, "[Taxi Driver]: {009900}I don't like these short ways...");
		  	    else
				{
				    new str[115];
					format(str, sizeof(str), "[Taxi Driver]: {009900}Most would say this takes more than %d minutes. But I'll get you there in about %d!", roughmins + 2 + random(4), roughmins);
					SendClientMessage(Drivers[driverid][nPlayer], -1, str);
				}
			}
	  	}
		
		#if DEBUG_PRINTS == true
		if(InitialCalculations <= DRIVER_AMOUNT) printf("[DRIVERS] Debug: (%d ms) - PathLen: %d - Nr %d/%d", GetTickCount() - t, DriverPathLen[driverid], InitialCalculations, DRIVER_AMOUNT);
		else printf("[DRIVERS] Debug: (%d ms) - PathLen: %d", GetTickCount() - t, DriverPathLen[driverid]);
		#endif
		
		if(InitialCalculations == DRIVER_AMOUNT) { printf("\n[DRIVERS] Initial calculations completed after %.02fs.", (GetTickCount() - InitialCalculationStart) / 1000.0); PrintDriverUpdate(); InitialCalculations = DRIVER_AMOUNT+1; }
		
		if(DriverPathLen[driverid] > MaxPathLen) MaxPathLen = DriverPathLen[driverid];

		if(avgcalcidx >= sizeof(avgcalctimes)) avgcalcidx = 0;
		avgcalctimes[avgcalcidx] = GetTickCount() - t;
		avgcalcidx ++;
		
		return 1;
	}
    
    return 1;
}

// ----------------------------------------------------------------------------- Main code

public FCNPC_OnReachDestination(npcid)
{
    if(!Initialized) return 1;
    
    if(!FCNPC_IsSpawned(npcid) || FCNPC_IsDead(npcid)) return 1;
    
    new driverid = GetDriverID(npcid);

    if(driverid != -1)
	{
	    #if MAP_ZONES == true
		if(Drivers[driverid][nGangZone] != -1) { GangZoneDestroy(Drivers[driverid][nGangZone]); Drivers[driverid][nGangZone] = -1; }
		#endif
		
		Drivers[driverid][nLT] = GetTickCount();
		
		Drivers[driverid][nCurNode] ++;
		
		if(Drivers[driverid][nType] == DRIVER_TYPE_COP && random(100) <= 2)
		{
		    if(Drivers[driverid][nLT] - Drivers[driverid][nCopStuffTick] > 9000 && Drivers[driverid][nOnDuty])
			{
				FCNPC_UseVehicleSiren(npcid, false);
				Drivers[driverid][nOnDuty] = false;
			}
		    else if(Drivers[driverid][nLT] - Drivers[driverid][nCopStuffTick] > 90000 && !Drivers[driverid][nOnDuty])
		    {
		        Drivers[driverid][nCopStuffTick] = Drivers[driverid][nLT];
		        FCNPC_UseVehicleSiren(npcid, true);
		        Drivers[driverid][nOnDuty] = true;
		    }
		}
		
		if(Drivers[driverid][nCurNode] == DriverPathLen[driverid]) // Final Destination! >:D
		{
		    if(Drivers[driverid][nType] == DRIVER_TYPE_RANDOM || (Drivers[driverid][nType] == DRIVER_TYPE_TAXI && !Drivers[driverid][nOnDuty]) || Drivers[driverid][nType] == DRIVER_TYPE_COP)
		    {
		        Drivers[driverid][nState] = DRIVER_STATE_NONE;
		        
		        new Float:X, Float:Y, Float:Z;
		        FCNPC_GetPosition(npcid, X, Y, Z);
		        
		        new MapNode:startnode, MapNode:endnode, Float:dist;

		        GetClosestMapNodeToPoint(X, Y, Z, startnode);
		        
		        do
				{
				    endnode = GetRandomStartEndPathNode();
					GetDistanceBetweenMapNodes(startnode, endnode, dist);
				}
				while(dist < ROUTE_MIN_DIST || dist > ROUTE_MAX_DIST);
		        
		        SetTimerEx("pubCalculatePath", 10000 + random(10000), 0, "ddd", driverid, _:startnode, _:endnode);
		    }
		    else if(Drivers[driverid][nType] == DRIVER_TYPE_TAXI && Drivers[driverid][nOnDuty])
		    {
		        Drivers[driverid][nState] = DRIVER_STATE_NONE;
		        new playerid = Drivers[driverid][nPlayer];
		        
		        if(TaxiState[playerid] == TAXI_STATE_DRIVE1)
		        {
		            SetVehicleParamsForPlayer(Drivers[driverid][nVehicle], playerid, 1, 0);
		            TaxiState[playerid] = TAXI_STATE_WAIT1;
		        }
		        
		        if(TaxiState[playerid] == TAXI_STATE_DRIVE2)
		        {
		            SetVehicleParamsForPlayer(Drivers[driverid][nVehicle], playerid, 0, 1);
					SetTimerEx("pub_RemovePlayerFromVehicle", 1000, 0, "d", playerid);
		            SetTimerEx("ResetTaxi", 10000, 0, "dd", driverid, 0);

			        SendClientMessage(playerid, -1, "[Taxi Driver]: {009900}Hope you enjoyed the ride! Have a nice day.");
		        }
		    }
		    
		    FCNPC_SetKeys(npcid, 0, 0, 0);
		    
		    #if DEBUG_BUBBLE == true
			new str[40];
			format(str, sizeof(str), "{888888}[%d]\n{880000}Finished!", driverid);
			SetPlayerChatBubble(npcid, str, -1, 10.0, 60000);
			#endif
		    return 1;
		}
		
		new cnode = Drivers[driverid][nCurNode];

        #if MAP_ZONES == true
        new Float:X, Float:Y, Float:Z;
		FCNPC_GetPosition(npcid, X, Y, Z);
        
		Drivers[driverid][nGangZone] = GangZoneCreate(X-4.5, Y-4.5, X+4.5, Y+4.5);
		GangZoneShowForAll(Drivers[driverid][nGangZone], 0x66FF00FF);
		#endif

		if(!FCNPC_IsStreamedInForAnyone(npcid))
		{
		    if(Drivers[driverid][nCurNode] < DriverPathLen[driverid]-10)
		    {
		        Drivers[driverid][nCurNode] += 3;
		        cnode += 3;
		    }

		    FCNPC_GoTo(npcid, DriverPath[driverid][cnode][0], DriverPath[driverid][cnode][1], DriverPath[driverid][cnode][2], FCNPC_MOVE_TYPE_DRIVE, MAX_SPEED*0.8, .pathfinding = FCNPC_MOVE_PATHFINDING_NONE, .radius = 0.0, .set_angle = true, .min_distance = 0.0, .stopdelay = 0);
		    Drivers[driverid][nSpeed] = MAX_SPEED*0.7;
		    Drivers[driverid][nActive] = false;
            
		    return 1;
		}
		
		Drivers[driverid][nActive] = true;
		
		#if MAP_ZONES != true
		new Float:X, Float:Y, Float:Z;
		FCNPC_GetPosition(npcid, X, Y, Z);
		#endif
		
		if(X < -3000.0) X = -3000.0;
		if(X > 3000.0) X = 3000.0;
		if(Y < -3000.0) Y = -3000.0;
		if(Y > 3000.0) Y = 3000.0;
		
		Drivers[driverid][nZoneX] = floatround((X + 3000.0) / 6000.0 * ZONES_NUM);
		Drivers[driverid][nZoneY] = floatround((Y + 3000.0) / 6000.0 * ZONES_NUM);
		
		new Float:A1, Float:A2, bool:blocked = false, Float:x2, Float:y2, Float:z2, Float:dist;
		GetVehicleZAngle(Drivers[driverid][nVehicle], A1);
		
		for(new i = 0; i < DRIVER_AMOUNT; i ++)
		{
		    if(!Drivers[i][nUsed] || !Drivers[i][nActive] || i == driverid) continue;

			if(!FCNPC_IsValid(Drivers[i][nNPCID])) continue;

		    if(Drivers[driverid][nZoneX] != Drivers[i][nZoneX] || Drivers[driverid][nZoneY] != Drivers[i][nZoneY]) continue;
		    
		    FCNPC_GetPosition(Drivers[i][nNPCID], x2, y2, z2);

			dist = floatsqroot(floatpower(x2-X, 2) + floatpower(y2-Y, 2));

		    if(dist >= JAM_DIST) continue; // Distance between both NPCs

		    GetVehicleZAngle(Drivers[driverid][nVehicle], A2);
		    
		    if(floatangledist(A1, A2) >= JAM_ANGLE) continue; // Angle distance between both NPCs (do they face the same direction?)
		    
		    if(floatangledist(A1, -atan2(x2-X, y2-Y)) >= JAM_ANGLE) continue; // Angle distance between NPC1 and the direction to NPC2 (is NPC1 going in NPC2's direction?) - Criteria for being behind!

		    blocked = true;
		    if(Drivers[driverid][nSpeed] > Drivers[i][nSpeed]) Drivers[driverid][nSpeed] = Drivers[i][nSpeed] - 0.15;
		    else if(dist < (JAM_DIST*0.3)) Drivers[driverid][nSpeed] -= 0.1;
		    
		    if(Drivers[driverid][nSpeed] < MIN_SPEED) Drivers[driverid][nSpeed] = MIN_SPEED;
		    
		    break;
		}

		if(!blocked)
		{
			new Float:AimedSpeed;
			if(cnode > 1 && cnode < DriverPathLen[driverid]-4)
			{
				new Float:Xdif = DriverPath[driverid][cnode][0] - X, Float:Ydif = DriverPath[driverid][cnode][1] - Y, Float:Zdif = DriverPath[driverid][cnode][2] - Z;

				new Float:dif = floatsqroot(Xdif*Xdif + Ydif*Ydif);
				if(dif == 0.0) dif = 1.0;
				else dif = Zdif / dif;

				if(dif < 0.0) dif *= -1.0;
				if(dif > 1.0) dif = 1.0;

			  	AimedSpeed = MAX_SPEED - (1.7*dif*(MAX_SPEED-MIN_SPEED)); // base speed based on steepness
		  	    
		  	    new Adif = floatangledist(0.0, Get2DAngleOf3Points(DriverPath[driverid][cnode-1][0], DriverPath[driverid][cnode-1][1], DriverPath[driverid][cnode][0], DriverPath[driverid][cnode][1], DriverPath[driverid][cnode+1][0], DriverPath[driverid][cnode+1][1]));

		  	    if(Adif > 40) Adif = 40;

				AimedSpeed = AimedSpeed - ((AimedSpeed/80.0) * (Adif)); // turning angle
		  	}
		  	else if(Drivers[driverid][nOnDuty] && Drivers[driverid][nType] == DRIVER_TYPE_TAXI) AimedSpeed = Drivers[driverid][nSpeed] * 0.8;
		  	else AimedSpeed = (MIN_SPEED + MAX_SPEED) / 2.0;

		  	if(AimedSpeed < Drivers[driverid][nSpeed]) Drivers[driverid][nSpeed] = (Drivers[driverid][nSpeed] + AimedSpeed*4.5) / 5.5;
		  	else Drivers[driverid][nSpeed] += (AimedSpeed - Drivers[driverid][nSpeed]) / (Drivers[driverid][nSpeed]*10.0) + 0.02;
		  	
		  	if(Drivers[driverid][nSpeed] < MIN_SPEED) Drivers[driverid][nSpeed] = MIN_SPEED;
		}
		
	  	if(Drivers[driverid][nSpeed] > MAX_SPEED) Drivers[driverid][nSpeed] = MAX_SPEED;
	  	
	  	if(!blocked && Drivers[driverid][nOnDuty] && cnode < DriverPathLen[driverid]-6) Drivers[driverid][nSpeed] *= DUTY_SPEED_BOOST;
	  	
        new Float:Qw, Float:Qx, Float:Qy, Float:Qz;
		FCNPC_GetPosition(npcid, X, Y, Z);
		
		#if DEBUG_BUBBLE == true
		new bool:complex, Float:z_angle;
		#endif
		
		if(cnode > 0 && cnode < DriverPathLen[driverid]-1)
		{
			new Float:z_angle1, Float:z_angle2, Float:waste, Float:surface_rx, Float:surface_ry;

			GetRZFromVectorXY(DriverPath[driverid][cnode][0] - DriverPath[driverid][cnode - 1][0], DriverPath[driverid][cnode][1] - DriverPath[driverid][cnode - 1][1], z_angle1);
			GetRZFromVectorXY(DriverPath[driverid][cnode + 1][0] - DriverPath[driverid][cnode][0], DriverPath[driverid][cnode + 1][1] - DriverPath[driverid][cnode][1], z_angle2);

			#if DEBUG_BUBBLE == true
			z_angle = z_angle1;
			#endif

			new Float:angle_dif = floatangledistdir(z_angle1, z_angle2);

		    FCNPC_SetKeys(npcid, 0, (angle_dif <= -STEER_ANGLE ? 128 : (angle_dif >= STEER_ANGLE ? -128 : 0)), 0);
		    
		    CA_RayCastLineAngle(X, Y, Z + 0.75, X, Y, Z - 3.0, waste, waste, waste, surface_rx, surface_ry, waste);

		    if(Drivers[driverid][nVehicleIsBike])
		    {
		    	angle_dif = -angle_dif / 15.0;

		    	if(angle_dif < -1.0) angle_dif = -1.0;
		    	else if(angle_dif > 1.0) angle_dif = 1.0;

		    	angle_dif = (angle_dif + Drivers[driverid][nVehicleLastLean] + Drivers[driverid][nVehicleLastLean]) / 3.0;

		    	Drivers[driverid][nVehicleLastLean] = angle_dif;

		    	GetRotForSurface(Qw, Qx, Qy, Qz,  surface_rx, surface_ry,  0.0, angle_dif * 30.0, z_angle1);
		    }
		    else GetRotForSurface(Qw, Qx, Qy, Qz,  surface_rx, surface_ry,  0.0, 0.0, z_angle1);
		}
		else
		{
		    FCNPC_SetKeys(npcid, 0, 0, 0);

		    if(cnode > 0)
		    {
			    new Float:z_angle1, Float:rx;

			    GetRZFromVectorXY(DriverPath[driverid][cnode][0] - DriverPath[driverid][cnode - 1][0], DriverPath[driverid][cnode][1] - DriverPath[driverid][cnode - 1][1], z_angle1);
			    GetRXFromVectorZ(DriverPath[driverid][cnode][2] - DriverPath[driverid][cnode - 1][2], rx);

		    	GetRotForSurface(Qw, Qx, Qy, Qz,  0.0, 0.0,  rx, 0.0, z_angle1);
		    }
		    else GetRotForSurface(Qw, Qx, Qy, Qz,  0.0, 0.0,  0.0, 0.0, FCNPC_GetAngle(npcid));
		}

		FCNPC_GoTo(npcid, DriverPath[driverid][cnode][0], DriverPath[driverid][cnode][1], DriverPath[driverid][cnode][2], FCNPC_MOVE_TYPE_DRIVE, Drivers[driverid][nSpeed], .pathfinding = FCNPC_MOVE_PATHFINDING_NONE, .radius = 0.0, .set_angle = true, .min_distance = 0.0, .stopdelay = 0);
        FCNPC_SetQuaternion(npcid, Qw, Qx, Qy, Qz);

	    #if DEBUG_BUBBLE == true
		new str[65];
		format(str, sizeof(str), "{888888}[%d]\nX:%d Y:%d B:%b C:%b\n %d {666666}Speed: %.02f\nangle: %f", driverid, Drivers[driverid][nZoneX], Drivers[driverid][nZoneY], blocked, complex, cnode, Drivers[driverid][nSpeed], z_angle);
		SetPlayerChatBubble(npcid, str, -1, 10.0, 5000);
		#endif

		return 1;
	}
	return 1;
}

// ----------------------------------------------------------------------------- Some random functions.

Float:SmoothPath(const Float:path[][2], len = sizeof path) // Basic Smoothing algorithm I (NaS) converted from Python - All nodes orientate at 2 coords in a relation (defined by weight_data & weight_smooth), the original data and the smooth path
{
	new Float:npath[MAX_PATH_LEN][2];
	
	if(len > MAX_PATH_LEN) len = MAX_PATH_LEN;

	for(new i = 0; i < len; i ++)
	{
		npath[i][0] = path[i][0];
		npath[i][1] = path[i][1];
	}

	for(new x = 0; x < SMOOTH_AMOUNT; x ++) for(new i = 1; i < len - 1; i ++) // all nodes except start & end
	{
		npath[i][0] = npath[i][0] + SMOOTH_W_DATA * (path[i][0] - npath[i][0]); // Drag node to original pos (with factor)
	 	npath[i][0] = npath[i][0] + SMOOTH_W_SMOOTH * (npath[i-1][0] + npath[i+1][0] - (2.0 * npath[i][0])); // Drag node to interpolated pos (with factor)
	 	
	 	npath[i][1] = npath[i][1] + SMOOTH_W_DATA * (path[i][1] - npath[i][1]);
	 	npath[i][1] = npath[i][1] + SMOOTH_W_SMOOTH * (npath[i-1][1] + npath[i+1][1] - (2.0 * npath[i][1]));
	}

	return npath;
}

Float:OffsetPath(const Float:path[MAX_PATH_LEN][2], len, Float:d) // Another classy algorithm for offsetting a 2D path - d = distance, negative = right
{
	new Float:H[MAX_PATH_LEN][2], Float:U[MAX_PATH_LEN][2];

	for(new i = 0; i < len-1; i ++)
	{
	    new Float:C = path[i+1][0] - path[i][0];
		new Float:S = path[i+1][1] - path[i][1];
		new Float:L = floatsqroot(C*C+S*S);
	    U[i][0] = C/L;
	    U[i][1] = S/L;
	}

	H[0][0] = path[0][0] - d*U[0][1];
	H[0][1] = path[0][1] + d*U[0][0];

	for(new i = 1; i < len-1; i ++)
	{
	    new Float:v = (1.0 + U[i][0]*U[i-1][0] + U[i][1]*U[i-1][1]);
	    new Float:L = d/(v == 0.0 ? 0.0001 : v);

	    H[i][0] = path[i][0] - L*(U[i][1] + U[i-1][1]);
	    H[i][1] = path[i][1] + L*(U[i][0] + U[i-1][0]);
	}

	H[len-1][0] = path[len-1][0] - d*U[len-2][1];
	H[len-1][1] = path[len-1][1] + d*U[len-2][0];

	return H;
}

GetXYInFrontOfPoint(Float:gX, Float:gY, Float:R, &Float:x, &Float:y, Float:distance)
{	// Created by Y_Less
	x = gX + (distance * floatsin(-R, degrees));
	y = gY + (distance * floatcos(-R, degrees));
}

HidePlayerDialog(playerid) return ShowPlayerDialog(playerid,-1,0," "," "," "," ");

MapNode:GetRandomStartEndPathNode()
{
	if(PathNodesNum < 1 || PathNodesNum > MAX_PATH_NODES) return INVALID_MAP_NODE_ID;
	
	return PathNodes[random(PathNodesNum)];
}

Float:Get2DAngleOf3Points(Float:x1, Float:y1, Float:x2, Float:y2, Float:x3, Float:y3)
{
	return floatangledistdir(-atan2(x2-x1, y2-y1), -atan2(x3-x2, y3-y2));
}

Float:RayCastLineZ(Float:X, Float:Y, Float:Z, Float:dist)
{
	if(CA_RayCastLine(X, Y, Z, X, Y, Z + dist, X, Y, Z)) return Z;
	else return -999.0;
}

floatangledist(Float:alpha, Float:beta) // Ranging from 0 to 180, not directional
{
    new phi = floatround(floatabs(beta - alpha), floatround_floor) % 360;
    new distance = phi > 180 ? 360 - phi : phi;
    return distance;
}

Float:floatangledistdir(Float:firstAngle, Float:secondAngle) // Ranging from -180 to 180 (directional)
{
	new Float:difference = secondAngle - firstAngle;
	while(difference < -180.0) difference += 360.0;
	while(difference > 180.0) difference -= 360.0;
	return difference;
}

GetDriverID(npcid) // Fast NPCID -> DriverID
{
	if(!FCNPC_IsValid(npcid) || npcid < 0 || npcid >= MAX_PLAYERS) return -1;
	
	new id = NPCDriverID[npcid];
	
	if(id >= 0 && id < DRIVER_AMOUNT) if(Drivers[id][nUsed] && Drivers[id][nNPCID] == npcid) return id;
	
	for(new i = 0; i < DRIVER_AMOUNT; i ++) // Note: This will only be executed if the Array doesn't hold the ID for some reason. Never happened yet.
	{
	    if(npcid != Drivers[i][nNPCID] || !Drivers[i][nUsed]) continue;

	    return i;
	}
	
	return -1;
}

public OnPlayerWeaponShot(playerid, weaponid, hittype, hitid, Float:fX, Float:fY, Float:fZ) // Fixes NPC Car Damage
{
	return 1;
}

public FCNPC_OnTakeDamage(npcid, issuerid, Float:amount, weaponid, bodypart) // Fixes NPC Body Damage
{
	return 1;
}

public OnPlayerTakeDamage(playerid, issuerid, Float: amount, weaponid, bodypart)
{
	return 1;
}

public OnPlayerGiveDamage(playerid, damagedid, Float: amount, weaponid, bodypart)
{
	return 1;
}

GetRotForSurface(&Float:qw, &Float:qx, &Float:qy, &Float:qz, Float:surface_rx, Float:surface_ry, Float:offset_rx = 0.0, Float:offset_ry = 0.0, Float:offset_rz = 0.0) // By NaS
{
	const eulermode:rot_mode = euler_zxy;

	new Float:matrix[4][4];

	GetRotationMatrixFromEuler(matrix, offset_rx, offset_ry, offset_rz, rot_mode);

	if(surface_rx != 0.0 || surface_ry != 0.0) RotateMatrixWithEuler(matrix, surface_rx, surface_ry, 0.0, rot_mode);

	new Float:euler_rx, Float:euler_ry, Float:euler_rz;

	GetEulerFromMatrix(matrix, euler_rx, euler_ry, euler_rz);
	GetQuatFromEuler(euler_rx, euler_ry, euler_rz, qw, qx, qy, qz, rot_mode);

	return 1;
}

GetRZFromVectorXY(Float:vx, Float:vy, &Float:a)
{
	if(vx == 0.0 && vy == 0.0) return 0;

	new Float:len = VectorSize(vx, vy, 0.0);

	vx = vx / len;
	vy = vy / len;

	a = atan2(vy, vx) - 90.0;

	return 1;
}

GetRXFromVectorZ(Float:vz, &Float:rx)
{
	rx = -(acos(vz) - 90.0);

	return 1;
}

// #EOF