// Note: this model config is created with 4-space [tab] symbols. If you use different settings, the structure may not be as clear.
class CfgSkeletons
{
	class Default
	{
		isDiscrete = 1;
		skeletonInherit = "";
		skeletonBones[] = {};
	};

	// Skeleton of undamaged variant of the house, containing doors and windows. Note that glass #3 is not a window but the glass pane of glass door (door #1). Therefore
	// (similar to door handles) it's bones need to be appropriately linked to bones of the door so that it moves along with it when the door is opened/closed.
	class m_bat_entreprise_skeleton: Default
	{
		skeletonInherit = "Default";
		skeletonBones[] =
		{
			// Pairs: 1st is newly defined bone, second is it`s "parent" in the skeleton (bone hierarchy).
			"Door_1",				"",

			"Door_2",				"",// Same goes for the axis around which rotates the handle itself.

			"Door_3",				"",

			"Door_4",				"",

			"Door_5",				"",

			"Door_6",				"",

			"Door_7",				"",

			"Door_8",				""
		};
	};

	// Skeleton of damaged variant of the house. It has no bones for windows (since all windows are destroyed); on the other hand it has bones for destroyable parts (Dam_#) and their rubble (Unhide_#).
	// Doors are bound to these destroyable parts of they are part of them, so that they are hidden together by one animation.
	class m_bat_entreprise_dam_F_skeleton: Default
	{
		skeletonInherit = "Default";
		skeletonBones[] =
		{
			"Door_1",				"",

			"Door_2",				"",

			"Door_3",				"",

			"Door_4",				"",

			"Door_5",				"",

			"Door_6",				"",

			"Door_7",				"",

			"Door_8",				""
		};
	};
};

class CfgModels
{
	class Default
	{
		sectionsInherit = "";
		sections[] = {};
		skeletonName = "";
	};

	class m_bat_entreprise: Default // class name must be the same as name of p3d
	{
		skeletonName = "m_bat_entreprise_skeleton"; // Set to use above defined skeleton.
		sections[] =
		{
			// Selections from the model that are used in config.cpp for switching textures and materials.
			"DamT_1",
			"Glass_1_hide",
			"Glass_2_hide",
			"Glass_3_hide",
			"Glass_4_hide",
			"Glass_5_hide",
			"Glass_6_hide",
			"Glass_7_hide",
			"Glass_8_hide"
		};
		sectionsInherit = "";
		class Animations
		{
			// Animation for rotating door #1 (without a door handle)
			class Door_1_rot
			{
				type			= rotation;
				source			= Door_1_source; // Controler defined in class AnimationSources in config.cpp.
				selection		= Door_1; // Selection from p3d that also has to be defined as a bone in this model`s skeleton.
				axis			= Door_1_axis; // Axis of the rotation.
				memory			= 1;
				minValue		= 0; // Value of the controller at which the rotation will be angle0
				maxValue		= 1; // Value of the controller at which the rotation will be angle1
				angle0			= 0;
				angle1			= (rad 90); // "rad" converts from degrees to radians
			};

			// Animation for door #2 (with a door handle). Note that when door is being closed, the animations run in reverse.
			class Door_2_rot: Door_1_rot
			{
				source			= Door_2_source;
				selection		= Door_2;
				axis			= Door_2_axis;
				minValue		= 0.1; // Rotation of door starts at 0.1 instead of 0, because from 0 to 0.1 the handle is pressed down.
				angle1			= (rad 90);
			};

			// Animation for door #3
			class Door_3_rot: Door_1_rot
			{
				source			= Door_3_source;
				selection		= Door_3;
				axis			= Door_3_axis;
				minValue		= 0.1;
				angle1			= (rad 90);
			};


			// Animation for door #4
			class Door_4_rot: Door_1_rot
			{
				source			= Door_4_source;
				selection		= Door_4;
				axis			= Door_4_axis;
				minValue		= 0.1;
				angle1			= (rad 95);
			};

			// Animation for door #5
			class Door_5_rot: Door_1_rot
			{
				source			= Door_5_source;
				selection		= Door_5;
				axis			= Door_5_axis;
				minValue		= 0.1;
				angle1			= (rad 95);
			};

			// Animation for door #6
			class Door_6_rot: Door_1_rot
			{
				source			= Door_6_source;
				selection		= Door_6;
				axis			= Door_6_axis;
				minValue		= 0.1;
				angle1			= (rad 95);
			};

			// Animation for door #7
			class Door_7_rot: Door_1_rot
			{
				source			= Door_7_source;
				selection		= Door_7;
				axis			= Door_7_axis;
				minValue		= 0.1;
				angle1			= -(rad 95);
			};

			class Door_8_rot: Door_1_rot
			{
				source			= Door_8_source;
				selection		= Door_8;
				axis			= Door_8_axis;
				minValue		= 0.1;
				angle1			= (rad 95);
			};
};
};
};