#include "basicdefines_A3.hpp"
class DefaultEventhandlers;
class WeaponFireGun;
class WeaponCloudsGun;
class WeaponFireMGun;
class WeaponCloudsMGun;
class CfgPatches
{
	class FPT_MAN_AddOn_Cars
	{
		units[]= {"FPT_MAN"};
		weapons[]={};
		requiredVersion=0.1;
		requiredAddons[]={};
	};
};
class CfgVehicles
{
	class Car;
	class Car_F: Car
	{
		class HitPoints /// we want to use hitpoints predefined for all cars
		{
			class HitLFWheel;
			class HitLF2Wheel;
			class HitRFWheel;
			class HitRF2Wheel;
			class HitBody;
			class HitGlass1;
			class HitGlass2;
			class HitGlass3;
			class HitGlass4;
		};
		class EventHandlers;
		class AnimationSources;
	};
	class FPT_MAN_base_F: Car_F
	{
		model 	= "\Charlieco89_FPT_MAN\fpt_man_m";  /// simple path to model
		picture	= "\Charlieco89_FPT_MAN\cars\data\textures\portrait_fpt.paa";
		Icon	= "\Charlieco89_FPT_MAN\cars\data\textures\map_fpt.paa";
		selectionBrakeLights = "brzdove svetlo";
		selectionBackLights = "zadni svetlo";
		displayName = "FPT MAN"; /// displayed in Editor

		hiddenSelections[] = {"camo1","camo2","lb-left-takedown","lb-front-blue-1","lb-front-blue-2","lb-front-red-2","lb-front-red-1","lb-right-takedown","lb-right-front-corner","lb-right-back-corner","lb-back-red-1","lb-back-red-2","lb-back-red-3","lb-back-blue-3","lb-back-blue-2","lb-back-blue-1","lb-left-back-corner","lb-back-yellow-1","lb-back-yellow-2","lb-back-yellow-3","lb-back-yellow-4","lb-back-yellow-5","lb-back-yellow-6","lb-left-alley","lb-right-alley","lb-ion-blue","lb-ion-red","radar_patrol_c","radar_patrol_d","radar_patrol_u","radar_fast_c","radar_fast_d","radar_fast_u","radar_target_c","radar_target_d","radar_target_u"};
		terrainCoef 	= 2.0; 	/// different surface affects this car more, stick to tarmac
		turnCoef 		= 3.7; 	/// should match the wheel turn radius
		precision 		= 10; 	/// how much freedom has the AI for its internal waypoints - lower number means more precise but slower approach to way
		brakeDistance 	= 3.0; 	/// how many internal waypoints should the AI plan braking in advance
		acceleration 	= 15; 	/// how fast acceleration does the AI think the car has

		fireResistance 	= 5; 	/// lesser protection against fire than tanks
		armor 			= 120; 	/// just some protection against missiles, collisions and explosions
		cost			= 50000; /// how likely is the enemy going to target this vehicle
		weapons[]=
		{
			"TruckHorn3"
		};
		transportMaxBackpacks 	= 6; /// just some backpacks fit the trunk by default
		transportSoldier 		= 6; /// number of cargo except driver

		/// some values from parent class to show how to set them up
		wheelDamageRadiusCoef 	= 0.9; 			/// for precision tweaking of damaged wheel size
		wheelDestroyRadiusCoef 	= 0.4;			/// for tweaking of rims size to fit ground
		maxFordingDepth 		= 0.5;			/// how high water would damage the engine of the car
		waterResistance 		= 1;			/// if the depth of water is bigger than maxFordingDepth it starts to damage the engine after this time
		crewCrashProtection		= 0.25;			/// multiplier of damage to crew of the vehicle => low number means better protection
		driverLeftHandAnimName 	= "drivewheel"; /// according to what bone in model of car does hand move
		driverRightHandAnimName = "drivewheel";	/// beware, non-existent bones may cause game crashes (even if the bones are hidden during play)

		class AnimationSources;

		class TransportItems /// some first aid kits in trunk according to safety regulations
		{
			item_xx(FirstAidKit,4);
		};

		class Turrets{}; /// doesn't have any gunner nor commander
		class HitPoints: HitPoints
		{
			class HitLFWheel: HitLFWheel	{armor=0.125; passThrough=0;}; /// it is easier to destroy wheels than hull of the vehicle
			class HitLF2Wheel: HitLF2Wheel	{armor=0.125; passThrough=0;};

			class HitRFWheel: HitRFWheel	{armor=0.125; passThrough=0;};
			class HitRF2Wheel: HitRF2Wheel 	{armor=0.125; passThrough=0;};

			class HitFuel 			{armor=0.50; material=-1; name="fueltank"; visual=""; passThrough=0.2;}; /// correct points for fuel tank, some of the damage is aFRLied to the whole
			class HitEngine 		{armor=0.50; material=-1; name="engine"; visual=""; passThrough=0.2;};
			class HitBody: HitBody 	{name = "body"; visual="camo1"; passThrough=1;}; /// all damage to the hull is aFRLied to total damage

			class HitGlass1: HitGlass1 {armor=0.25;}; /// it is pretty easy to puncture the glass but not so easy to remove it
			class HitGlass2: HitGlass2 {armor=0.25;};
			class HitGlass3: HitGlass3 {armor=0.25;};
			class HitGlass4: HitGlass4 {armor=0.25;};
		};

		driverAction 		= driver_high01; /// what action is going the driver take inside the vehicle. Non-existent action makes the vehicle inaccessible
		cargoAction[]=
		{
			"passenger_low01",
			"passenger_apc_generic01",
			"passenger_apc_generic01",
			"passenger_apc_generic01",
			"passenger_apc_generic01",
			"passenger_apc_generic01"
		};
		getInAction 		= GetInLow; 		/// how does driver look while getting in
		getOutAction 		= GetOutLow; 		/// and out
		cargoGetInAction[] 	= {"GetInLow"}; 	/// and the same for the rest, if the array has fewer members than the count of crew, the last one is used for the rest
		cargoGetOutAction[] = {"GetOutLow"}; 	/// that means all use the same in this case

		#include "sounds.hpp"	/// sounds are in a separate file to make this one simple
		#include "pip.hpp"		/// PiPs are in a separate file to make this one simple
		#include "physx.hpp"	/// PhysX settings are in a separate file to make this one simple

		class PlayerSteeringCoefficients /// steering sensitivity configuration
		{
			 turnIncreaseConst 	= 0.3; // basic sensitivity value, higher value = faster steering
			 turnIncreaseLinear = 1.0; // higher value means less sensitive steering in higher speed, more sensitive in lower speeds
			 turnIncreaseTime 	= 1.0; // higher value means smoother steering around the center and more sensitive when the actual steering angle gets closer to the max. steering angle

			 turnDecreaseConst 	= 5.0; // basic caster effect value, higher value = the faster the wheels align in the direction of travel
			 turnDecreaseLinear = 3.0; // higher value means faster wheel re-centering in higher speed, slower in lower speeds
			 turnDecreaseTime 	= 0.0; // higher value means stronger caster effect at the max. steering angle and weaker once the wheels are closer to centered position

			 maxTurnHundred 	= 0.7; // coefficient of the maximum turning angle @ 100km/h; limit goes linearly to the default max. turn. angle @ 0km/h
		};

		/// memory points where do tracks of the wheel appear
		// front left track, left offset
		memoryPointTrackFLL = "TrackFLL";
		// front left track, right offset
		memoryPointTrackFLR = "TrackFLR";
		// back left track, left offset
		memoryPointTrackBLL = "TrackBLL";
		// back left track, right offset
		memoryPointTrackBLR = "TrackBLR";
		// front right track, left offset
		memoryPointTrackFRL = "TrackFRL";
		// front right track, right offset
		memoryPointTrackFRR = "TrackFRR";
		// back right track, left offset
		memoryPointTrackBRL = "TrackBRL";
		// back right track, right offset
		memoryPointTrackBRR = "TrackBRR";

		class Damage /// damage changes material in specific places (visual in hitPoint)
		{
			tex[]={};
			mat[]=
			{
				"A3\data_f\glass_veh_int.rvmat", 		/// material mapped in model
				"A3\data_f\Glass_veh_damage.rvmat", 	/// changes to this one once damage of the part reaches 0.5
				"A3\data_f\Glass_veh_damage.rvmat",		/// changes to this one once damage of the part reaches 1

				"A3\data_f\glass_veh.rvmat",			/// another material
				"A3\data_f\Glass_veh_damage.rvmat",		/// changes into different ones
				"A3\data_f\Glass_veh_damage.rvmat"
			};
		};

		class Exhausts /// specific exhaust effects for the car
		{
			class Exhaust1 /// the car has two exhausts - each on one side
			{
				position 	= "exhaust";  		/// name of initial memory point
				direction 	= "exhaust_dir";	/// name of memory point for exhaust direction
				effect 		= "ExhaustsEffect";	/// what particle effect is it going to use
			};
		};

		class Reflectors	/// only front lights are considered to be reflectors to save CPU
		{
			class LightCarHeadL01 	/// lights on each side consist of two bulbs with different flares
			{
				color[] 		= {1900, 1800, 1700};		/// approximate colour of standard lights
				ambient[]		= {5, 5, 5};				/// nearly a white one
				position 		= "LightCarHeadL01";		/// memory point for start of the light and flare
				direction 		= "LightCarHeadL01_end";	/// memory point for the light direction
				hitpoint 		= "Light_L";				/// point(s) in hitpoint lod for the light (hitPoints are created by engine)
				selection 		= "Light_L";				/// selection for artificial glow around the bulb, not much used any more
				size 			= 1;						/// size of the light point seen from distance
				innerAngle 		= 100;						/// angle of full light
				outerAngle 		= 179;						/// angle of some light
				coneFadeCoef 	= 10;						/// attenuation of light between the above angles
				intensity 		= 1;						/// strength of the light
				useFlare 		= true;						/// does the light use flare?
				dayLight 		= false;					/// switching light off during day saves CPU a lot
				flareSize 		= 1.0;						/// how big is the flare

				class Attenuation
				{
					start 			= 1.0;
					constant 		= 0;
					linear 			= 0;
					quadratic 		= 0.25;
					hardLimitStart 	= 30;		/// it is good to have some limit otherwise the light would shine to infinite distance
					hardLimitEnd 	= 60;		/// this allows adding more lights into scene
				};
			};

			class LightCarHeadL02: LightCarHeadL01
			{
				position 	= "LightCarHeadL02";
				direction 	= "LightCarHeadL02_end";
				FlareSize 	= 0.5;						/// side bulbs aren't that strong
			};

			class LightCarHeadR01: LightCarHeadL01
			{
				position 	= "LightCarHeadR01";
				direction 	= "LightCarHeadR01_end";
				hitpoint 	= "Light_R";
				selection 	= "Light_R";
			};

			class LightCarHeadR02: LightCarHeadR01
			{
				position 	= "LightCarHeadR02";
				direction 	= "LightCarHeadR02_end";
				FlareSize 	= 0.5;
			};
			class gyro1
			{
				color[]				= {0, 0, 2500};
				ambient[]			= {5, 5, 5};
				intensity			= 1;
				size				= 0.5;					/// size of the light point seen from distance
				innerAngle			= 50;					/// angle of full light
				outerAngle			= 100;					/// angle of some light
				coneFadeCoef		= 4;					/// attenuation of light between the above angles

				position			= "gyropos1";		/// memory point for start of the light and flare
				direction			= "gyrodir1";		/// memory point for the light direction
				hitpoint			= "Light_R";	/// point(s) in hitpoint lod for the light (hitPoints are created by engine)
				selection			= "gyro1";		/// selection for artificial glow around the bulb, not much used any more

				useFlare			= true;
				flareSize			= 1.0;
				flareMaxDistance	= 100;
				activeLight			= false;					/// engine counts this one as an active light into limit of lights
				dayLight			= false;				/// it doesn't shine during the day
				drawLight			= false;

				class Attenuation
				{
					start			= 0;
					constant		= 0;
					linear			= 0;
					quadratic		= 0.3;

					hardLimitStart	= 25;
					hardLimitEnd	= 35;
				};
			};
			class gyro2: gyro1
			{
				position 	= "gyropos2";
				direction 	= "gyrodir2";
			};
			class gyro3: gyro1
			{
				position 	= "gyropos3";
				direction 	= "gyrodir3";
			};
			class gyro4: gyro1
			{
				position 	= "gyropos4";
				direction 	= "gyrodir4";
			};
			class gyro5: gyro1
			{
				position 	= "gyropos5";
				direction 	= "gyrodir5";
				selection	= "gyro2";

			};
			class gyro6: gyro1
			{
				position 	= "gyropos6";
				direction 	= "gyrodir6";
				selection	= "gyro2";
			};
			class gyro7: gyro1
			{
				position 	= "gyropos7";
				direction 	= "gyrodir7";
				selection	= "gyro2";
			};
			class gyro8: gyro1
			{
				position 	= "gyropos8";
				direction 	= "gyrodir8";
				selection	= "gyro2";
			};
			class gyro9: gyro1
			{
				position 	= "gyropos9";
				direction 	= "gyrodir9";
			};
			class gyro10: gyro1
			{
				position 	= "gyropos9";
				direction 	= "gyrodir10";
			};
			class gyro11: gyro1
			{
				position 	= "gyropos9";
				direction 	= "gyrodir11";
			};
			class gyro12: gyro1
			{
				position 	= "gyropos9";
				direction 	= "gyrodir12";
			};
			class gyro13: gyro1
			{
				position 	= "gyropos10";
				direction 	= "gyrodir13";
				selection	= "gyro2";
			};
			class gyro14: gyro1
			{
				position 	= "gyropos11";
				direction 	= "gyrodir14";
			};
		};

		aggregateReflectors[] = {{"gyro1"},{"gyro2"},{"gyro3"},{"gyro4"},{"gyro5"},{"gyro6"},{"gyro7"},{"gyro8"},{"gyro9"},{"gyro10"},{"gyro11"},{"gyro12"},{"gyro13"},{"gyro14"}, {"LightCarHeadL01", "LightCarHeadL02"}, {"LightCarHeadR01", "LightCarHeadR02"}}; /// aggregating reflectors helps the engine a lot
		/// it might be even good to aggregate all lights into one source as it is done for most of the cars


		// Must be kept as fail-safe in case of issue with the function

		// Definition of texture sources (skins), used for the VhC (Vehicle customization)
		// Also, because the Garage uses the VhC, it will make them available from the garage
		// [_textureSourceClass1, _probability1, _textureSourceClass2, _probability2, ...]
		// Default behavior of the VhC is to select one of these sources, with a weighted random

		class UserActions
		{
			class ClignotantsGaucheAllumer
			{
				displayName="<t color='#fff000'>Allumer les clignotants gauches (A)</t>";
				displayNameDefault="<t color='#fff000'>Allumer les clignotants gauches</t>";
				priority=3;
				radius=20;
				position="drivewheel";
				showWindow=0;
				onlyForPlayer=1;
				shortcut="LeanLeft";
				condition="(driver this == player) && (alive this) && (this animationPhase ""ClignotantsGaucheStart"" == 0) && isEngineOn this";
				statement="vehicle player animate [""ClignotantsGaucheStart"", 1];";
			};
			class ClignotantsGaucheEteindre
			{
				displayName="<t color='#fff000'>Eteindre les clignotants gauches (A)</t>";
				displayNameDefault="<t color='#fff000'>Eteindre les clignotants gauches</t>";
				priority=3;
				radius=20;
				position="drivewheel";
				showWindow=0;
				onlyForPlayer=1;
				shortcut="LeanLeft";
				condition="(driver this == player) && (alive this) && (this animationPhase ""ClignotantsGaucheStart"" != 0)";
				statement="vehicle player animate [""ClignotantsGaucheStart"", 0];";
			};
			class ClignotantsDroitAllumer
			{
				displayName="<t color='#fff000'>Allumer les clignotants droits (E)</t>";
				displayNameDefault="<t color='#fff000'>Allumer les clignotants droits</t>";
				priority=3;
				radius=20;
				position="drivewheel";
				showWindow=0;
				onlyForPlayer=1;
				shortcut="LeanRight";
				condition="(driver this == player) && (alive this) && (this animationPhase ""ClignotantsDroitStart"" == 0) && isEngineOn this";
				statement="vehicle player animate [""ClignotantsDroitStart"", 1];";
			};
			class ClignotantsDroitEteindre
			{
				displayName="<t color='#fff000'>Eteindre les clignotants droits (E)</t>";
				displayNameDefault="<t color='#fff000'>Eteindre les clignotants droits</t>";
				priority=3;
				radius=20;
				position="drivewheel";
				showWindow=0;
				onlyForPlayer=1;
				shortcut="LeanRight";
				condition="(driver this == player) && (alive this) && (this animationPhase ""ClignotantsDroitStart"" != 0)";
				statement="vehicle player animate [""ClignotantsDroitStart"", 0];";
			};
			class gyropharef
			{
				displayName = "<t color='#0000ff'>Gyrophares ON</t>";
				position = "drivewheel";
				radius = 2;
				onlyForPlayer = 0;
				condition = "this animationPhase ""lamp1"" <= 0.5";
				statement = "this animate [""lamp1"",1];this animate [""lamp2"",1]";
			};
			class gyrophare
			{
				displayName = "<t color='#0000ff'>Gyrophares OFF</t>";
				position = "drivewheel";
				radius = 2;
				onlyForPlayer = 0;
				condition = "this animationPhase ""lamp1"" > 0.5";
				statement = "this animate [""lamp1"",0];this animate [""lamp2"",0]";
			};
			class Warning {
				displayName = "<t color='#ff5500'>Feux Avertissements</t>";
				position = "drivewheel";
				radius = 1000;
				condition = "driver this == player";
				statement = "this execVM '\Charlieco89_FPT_MAN\cars\data\scripts\avertissement.sqf';";
				onlyForplayer = 0;
			};
		};
	};

	class FPT_MAN: FPT_MAN_base_F
	{
		scope = 2;
		side = 3;
		faction = CIV_F;
		crew = "C_man_1";
		hiddenSelectionsTextures[] = {"Charlieco89_FPT_MAN\cars\data\textures\cabine.paa","Charlieco89_FPT_MAN\cars\data\textures\cellule.paa"};
	};
};