hitpoints_uniform_none.h

		class HitPoints : HitPoints
		{
			class HitFace
			{
				armor               = 1; // coefficient of the total armor defined below for the whole object
				material            = -1; // damage material (-1 means "unused")
				name                = "face_hub"; // selection name from hit points LOD in object
				passThrough         = 0.1; // coefficient defining how much damage will pass into total damage when this hit point is damaged
				radius              = 0.08; // size of the hit point sphere, this is how it works: https://community.bistudio.com/wiki/Arma_3_Damage_Description
				explosionShielding  = 0.1; // multiplier of explosive damage (parameter: explosive > 0 in ammunition type)
				minimalHit          = 0.01; // minimal damage value that can be applied, damage below this threshold is ignored
			};
			class HitNeck: HitFace
			{
				armor				= 1;
				material			= -1;
				name				= "neck";
				passThrough			= 0.1;
				radius				= 0.1;
				explosionShielding	= 0.5;
				minimalHit			= 0.01;
			};
			class HitHead: HitNeck
			{
				armor				= 1;
				material			= -1;
				name				= "head";
				passThrough			= 0.1;
				radius				= 0.2;
				explosionShielding	= 0.5;
				minimalHit			= 0.01;
				depends				= "HitFace max HitNeck"; // returns the greater of HitFace and HitNeck
			};
			class HitPelvis
			{
				armor				= 1;
				material			= -1;
				name				= "pelvis";
				passThrough			= 0.1;
				radius				= 0.2;
				explosionShielding	= 1;
				visual				= "injury_body";
				minimalHit			= 0.01;
			};
			class HitAbdomen: HitPelvis
			{
				armor				= 1;
				material			= -1;
				name				= "spine1";
				passThrough			= 0.1;
				radius				= 0.15;
				explosionShielding	= 1;
				visual				= "injury_body";
				minimalHit			= 0.01;
			};
			class HitDiaphragm: HitAbdomen
			{
				armor				= 1;
				material			= -1;
				name				= "spine2";
				passThrough			= 0.1;
				radius				= 0.15;
				explosionShielding  = 6;
				visual				= "injury_body";
				minimalHit			= 0.01;
			};
			class HitChest: HitDiaphragm
			{
				armor				= 1;
				material			= -1;
				name				= "spine3";
				passThrough			= 0.1;
				radius				= 0.15;
				explosionShielding	= 6;
				visual				= "injury_body";
				minimalHit			= 0.01;
			};
			class HitBody: HitChest
			{
				armor				= 1000;
				material			= -1;
				name				= "body";
				passThrough			= 0.1;
				radius				= 0.16;
				explosionShielding	= 6;
				visual				= "injury_body";
				minimalHit			= 0.01;
				depends				= "HitPelvis max HitAbdomen max HitDiaphragm max HitChest"; // depends work only for hit points defined in inheritance chain
			};
			class HitArms
			{
				armor				= 1;
				material			= -1;
				name				= "arms";
				passThrough			= 1;
				radius				= 0.1;
				explosionShielding	= 1;
				visual				= "injury_hands";
				minimalHit			= 0.01;
			};
			class HitHands: HitArms
			{
				armor				= 1;
				material			= -1;
				name				= "hands";
				passThrough			= 1;
				radius				= 0.1;
				explosionShielding  = 1;
				visual				= "injury_hands";
				minimalHit			= 0.01;
				depends				= "HitArms";
			};
			class HitLegs
			{
				armor				= 1;
				material			= -1;
				name				= "legs";
				passThrough			= 1;
				radius				= 0.12;
				explosionShielding  = 1;
				visual				= "injury_legs";
				minimalHit			= 0.01;
			};
		};

		armor					= 2; // keep constant among various soldiers so that the hit points armor coefficients remains on the same scale
		armorStructural			= 0.4; // divide all damage taken to total hit point, either directly or through hit point passThrough coefficient, must be adjusted for each model to achieve consistent total damage results
		explosionShielding		= 0.04; // for consistent explosive damage after adjusting = ( armorStructural / 10 )
		minTotalDamageThreshold	= 0.001; // minimalHit for total damage
		impactDamageMultiplier	= 0.5; // multiplier for falling damage