{
	"credit": "Created by FreshLX",
	"textureSize": [64, 64],
	"models": [
		{
			"part": "head",
			"id": "head",
			"invertAxis": "xy",
			"translate": [0, 0, 0],
			"submodels": [
				{
					"id": "Created_by_FreshLX",
					"invertAxis": "xy",
					"translate": [0, 0, 0]
				}
			],
			"animations": [
				{
					"var.ls": "limb_swing/if(is_child, 3, 1)/1.3",
					"var.wls": "limb_swing/if(is_child, 2, 1)"
				},
				{
					"head.rx": "sin(torad(if(is_child, -45, 45))+var.ls*2)/8*limb_speed +torad(10) +clamp(-torad(10)*(limb_speed*3), torad(-10), 0) +sin(torad(-90)+(limb_swing/2+age)/if(is_child, 45, 80)*pi*2)/40 +torad(head_pitch)/1.4 -(sin(pi*2*swing_progress)/3)",
					"head.ry": "torad(head_yaw)/1.2",
					"head.rz": " if(is_on_ground && is_in_water, sin(torad( 45)+var.wls  )/15*4*limb_speed                     , is_in_water, 0,  sin(torad( 45)+var.ls )/15 *limb_speed +torad(head_yaw)/4)",
					"head.tx": " if(is_on_ground && is_in_water, sin(torad( 45)+var.wls  )/2 *4*limb_speed                     , is_in_water, 0, (sin(torad(180)+var.ls )    *limb_speed)/if(is_child, 1.5, 1) )",
					"head.ty": "(if(is_on_ground && is_in_water, sin(torad(135)+var.wls*2)   *4*limb_speed/if(is_child, 1.5, 1), is_in_water, 0, if(is_child, -abs(sin(var.ls))*2.5 +limb_speed, sin(torad(135)+var.ls*2)*1.5)*limb_speed ) +0.5 +sin((limb_swing/2+age)/if(is_child, 45, 80)*pi*2)/4) +if(is_child, -limb_speed, 0) +(sin(pi*swing_progress)*2)",
					"head.tz": "(-sin((limb_swing/2+age)/if(is_child, 45, 80)*pi*2)/4 -1.8 +(sin(-pi*swing_progress)*2))/if(is_child, 1.5, 1)",
					"headwear.rx": "head.rx",
					"headwear.ry": "head.ry",
					"headwear.rz": "head.rz",
					"headwear.tx": "head.tx*if(is_child, 1.5, 1)",
					"headwear.ty": "head.ty*if(is_child, 1.5, 1)",
					"headwear.tz": "head.tz*if(is_child, 1.5, 1)",
					"headwear.sx": "if(is_child, 1.5, 1)",
					"headwear.sy": "headwear.sx",
					"headwear.sz": "headwear.sx",
					"body.rx": "torad(10) +sin((limb_swing/2+age)/if(is_child, 45, 80)*pi*2)/40 +clamp(if(is_on_ground && is_in_water, 0, is_in_water, if(is_hurt, 0, torad(45)*limb_speed*2), torad(5)*limb_speed), torad(-45), torad(45)) +clamp(-torad(10)*(limb_speed*3), 0, torad(10)) +(sin(pi*swing_progress)/3)",
					"body.ry": "sin(torad(45)+var.ls)/10*limb_speed +torad(head_yaw)/6",
					"body.rz": "head.rz +if(is_in_water, 0,  -torad(head_yaw)/4 -sin(torad(45)+var.ls)/10*limb_speed)",
					"body.tx": "head.tx",
					"body.ty": "head.ty",
					"body.tz": "head.tz"
				},
				{
					"right_arm.rx": "if(right_arm.rx<torad(-160), torad(-200) +torad(head_pitch), torad(-10) +torad(head_yaw)/8 +if(is_on_ground&&is_in_water, sin(torad(180)+var.wls)*limb_speed +clamp(torad(-135)*4*limb_speed, torad(-90), 0), is_in_water, -sin((limb_swing/2+age)/if(is_child, 10, 15)*pi)/4 +(torad(-135)+head_pitch/20)*limb_speed, sin(torad(180)+var.ls)/6*limb_speed +sin(var.ls*2)/6*limb_speed +clamp(torad(-120)*limb_speed*2, torad(-70), 0))) +sin(torad(-60)+(limb_swing/2+age)/if(is_child, 45, 80)*pi*2)/20 -(sin(pi*swing_progress*2))",
					"left_arm.rx": " if( left_arm.rx<torad(-160), torad(-200) +torad(head_pitch), torad(-10) -torad(head_yaw)/8 +if(is_on_ground&&is_in_water, sin(torad( 0 )+var.wls)*limb_speed +clamp(torad(-135)*4*limb_speed, torad(-90), 0), is_in_water,  sin((limb_swing/2+age)/if(is_child, 10, 15)*pi)/4 +(torad(-135)+head_pitch/20)*limb_speed, sin(torad( 0 )+var.ls)/6*limb_speed +sin(var.ls*2)/6*limb_speed +clamp(torad(-120)*limb_speed*2, torad(-70), 0))) +sin(torad(-60)+(limb_swing/2+age)/if(is_child, 45, 80)*pi*2)/20 -(sin(pi*swing_progress*2))",
					"right_arm.ry": "if(right_arm.rx<torad(-140), torad( 10)  +torad(head_yaw)  , clamp(-(head_yaw/65)*right_arm.rx, torad(-45), torad(45))) +if(is_on_ground&&is_in_water, 0, torad(-5)+torad( 25)*limb_speed) +sin(torad( 90)+(limb_swing/2+age)/if(is_child, 45, 80)*pi*2)/20 +(sin(-pi/2*swing_progress*2)/4)",
					"left_arm.ry": " if( left_arm.rx<torad(-140), torad(-10)  +torad(head_yaw)  , clamp(-(head_yaw/65)* left_arm.rx, torad(-45), torad(45))) +if(is_on_ground&&is_in_water, 0, torad( 5)+torad(-25)*limb_speed) +sin(torad(-90)+(limb_swing/2+age)/if(is_child, 45, 80)*pi*2)/20 -(sin(-pi/2*swing_progress*2)/4)",
					"right_arm.rz": "if(right_arm.rx<torad(-140), torad(-30), if(is_on_ground&&is_in_water, torad( 10), is_in_water, torad( 20) +sin(torad(90)+(limb_swing/2+age)/if(is_child, 10, 15)*pi)/4, torad( 5))) +clamp(-torad(head_pitch)/8, 0, torad( 45)) -(sin(pi*swing_progress))/2",
					"left_arm.rz": " if( left_arm.rx<torad(-140), torad( 30), if(is_on_ground&&is_in_water, torad(-10), is_in_water, torad(-20) +sin(torad(90)+(limb_swing/2+age)/if(is_child, 10, 15)*pi)/4, torad(-5))) +clamp( torad(head_pitch)/8, torad(-45), 0) +(sin(pi*swing_progress))/2",
					"right_arm.tx": "-5.2 +body.tx",
					"left_arm.tx": "  5.2 +body.tx",
					"right_arm.ty": "2.5 -(1*limb_speed) +body.ty +sin(torad(-60)+(limb_swing/2+age)/if(is_child, 45, 80)*pi*2)/5",
					"left_arm.ty": " 2.5 -(1*limb_speed) +body.ty +sin(torad(-60)+(limb_swing/2+age)/if(is_child, 45, 80)*pi*2)/5",
					"right_arm.tz": "-sin((limb_swing/2+age)/if(is_child, 45, 80)*pi*2)/4 -1.8 +torad(head_yaw) -(sin(pi*swing_progress)*4)",
					"left_arm.tz": " -sin((limb_swing/2+age)/if(is_child, 45, 80)*pi*2)/4 -1.8 -torad(head_yaw) -(sin(pi*swing_progress)*4)"
				},
				{
					"right_leg.rx": "if(is_riding, right_leg.rx, sin((limb_swing/2+age)/if(is_child, 45, 80)*pi*2)/40 +clamp(if(is_on_ground&&is_in_water, (sin(torad( 0 )+var.wls)*4 +torad(20))*limb_speed, is_in_water,  sin((limb_swing/2+age)/if(is_child, 10, 15)*pi)/2 +if(is_hurt, torad(-30), torad(60))*(limb_speed*1.5), sin(torad( 0 )+var.ls)/6 +sin(torad( 0 )+var.ls)/if(is_child, 1, 1.5)*limb_speed +torad(20)*limb_speed), torad(-60), torad(60))) -torad(head_yaw)/30 +(sin(-pi*swing_progress)/5)",
					"left_leg.rx": " if(is_riding,  left_leg.rx, sin((limb_swing/2+age)/if(is_child, 45, 80)*pi*2)/40 +clamp(if(is_on_ground&&is_in_water, (sin(torad(180)+var.wls)*4 +torad(20))*limb_speed, is_in_water, -sin((limb_swing/2+age)/if(is_child, 10, 15)*pi)/2 +if(is_hurt, torad(-30), torad(60))*(limb_speed*1.5), sin(torad(180)+var.ls)/6 +sin(torad(180)+var.ls)/if(is_child, 1, 1.5)*limb_speed +torad(20)*limb_speed), torad(-60), torad(60))) +torad(head_yaw)/30 +(sin(-pi*swing_progress)/5)",
					"right_leg.ry": "if(is_riding, right_leg.ry, torad( 5) +if(!is_on_ground&&is_in_water, torad( 10), 0))",
					"left_leg.ry": " if(is_riding,  left_leg.ry, torad(-5) +if(!is_on_ground&&is_in_water, torad(-10), 0))",
					"right_leg.rz": "if(is_riding, right_leg.rz, torad( 2) +if(!is_on_ground&&is_in_water, torad( 8 ), 0))",
					"left_leg.rz": " if(is_riding,  left_leg.rz, torad(-2) +if(!is_on_ground&&is_in_water, torad(-8 ), 0))",
					"right_leg.tx": "-2 -0.1 +sin(torad(180)+var.ls)*limb_speed",
					"left_leg.tx": "  2 +0.1 +sin(torad(180)+var.ls)*limb_speed",
					"right_leg.ty": "0.2 +if(is_on_ground&&is_in_water, clamp(12 +(sin(torad( 90)+var.wls)*12 +4)*limb_speed, 0, 12), is_in_water, 12 +clamp(if(is_hurt, 0, -4*(limb_speed*2)), -4, 0), clamp(12 +(sin(torad( 90)+var.ls)*2)*clamp(limb_speed*2, 0, 1) +(limb_speed) +if(is_child, -2*limb_speed, 0), 0, 12.2))",
					"left_leg.ty": " 0.2 +if(is_on_ground&&is_in_water, clamp(12 +(sin(torad(-90)+var.wls)*12 +4)*limb_speed, 0, 12), is_in_water, 12 +clamp(if(is_hurt, 0, -4*(limb_speed*2)), -4, 0), clamp(12 +(sin(torad(-90)+var.ls)*2)*clamp(limb_speed*2, 0, 1) +(limb_speed) +if(is_child, -2*limb_speed, 0), 0, 12.2))",
					"right_leg.tz": "if(is_on_ground&&is_in_water, sin(torad( 0 )+var.wls)*8*limb_speed, is_in_water, clamp(if(is_hurt, 0, 8*(limb_speed*2)), -6, 8), clamp((sin(torad( 90)+var.ls)*6)*limb_speed +(3*limb_speed), -6, 1)) -0.2 +if(is_riding, 0, -sin((limb_swing/2+age)/if(is_child, 45, 80)*pi*2)/3) +torad(head_yaw)/2 +(sin(pi*swing_progress)*2)",
					"left_leg.tz": " if(is_on_ground&&is_in_water, sin(torad(180)+var.wls)*8*limb_speed, is_in_water, clamp(if(is_hurt, 0, 8*(limb_speed*2)), -6, 8), clamp((sin(torad(-90)+var.ls)*6)*limb_speed +(3*limb_speed), -6, 1)) -0.2 +if(is_riding, 0, -sin((limb_swing/2+age)/if(is_child, 45, 80)*pi*2)/3) -torad(head_yaw)/2 +(sin(pi*swing_progress)*2)"
				}
			]
		},
		{
			"part": "headwear",
			"id": "headwear",
			"invertAxis": "xy",
			"translate": [0, -24, 0],
			"submodels": [
				{
					"id": "head2",
					"invertAxis": "xy",
					"translate": [0, 24, 0],
					"boxes": [
						{"coordinates": [-4, 0, -4, 8, 8, 8], "textureOffset": [32, 0], "sizeAdd": 0.5},
						{"coordinates": [-4, 0, -4, 8, 8, 8], "textureOffset": [0, 0], "sizeAdd": 0.35}
					]
				}
			]
		},
		{
			"part": "body",
			"id": "body",
			"invertAxis": "xy",
			"translate": [0, -24, 0],
			"boxes": [
				{"coordinates": [-4, 12, -2, 8, 12, 4], "textureOffset": [16, 16], "sizeAdd": 0.3}
			]
		},
		{
			"part": "right_arm",
			"id": "right_arm",
			"invertAxis": "xy",
			"translate": [-5, -22, 0],
			"boxes": [
				{"coordinates": [4, 12, -2, 4, 12, 4], "textureOffset": [40, 16], "sizeAdd": 0.25}
			]
		},
		{
			"part": "left_arm",
			"id": "left_arm",
			"invertAxis": "xy",
			"translate": [5, -22, 0],
			"boxes": [
				{"coordinates": [-8, 12, -2, 4, 12, 4], "textureOffset": [32, 48], "sizeAdd": 0.25}
			]
		},
		{
			"part": "right_leg",
			"id": "right_leg",
			"invertAxis": "xy",
			"translate": [2, -12, 0],
			"submodels": [
				{
					"id": "right_leg_sub_0",
					"invertAxis": "xy",
					"translate": [0, 0, 0],
					"mirrorTexture": "u",
					"boxes": [
						{"coordinates": [-4, 0, -2, 4, 12, 4], "textureOffset": [0, 16], "sizeAdd": 0.25}
					]
				}
			]
		},
		{
			"part": "left_leg",
			"id": "left_leg",
			"invertAxis": "xy",
			"translate": [-2, -12, 0],
			"boxes": [
				{"coordinates": [0, 0, -2, 4, 12, 4], "textureOffset": [16, 48], "sizeAdd": 0.25}
			]
		},
		{
			"part": "headwear",
			"model": "drowned_outer_head.jpm",
			"attach": "true"
		},
		{
			"part": "headwear",
			"model": "drowned_outer_baby_head.jpm",
			"attach": "true"
		},
		{
			"part": "body",
			"model": "drowned_outer_body.jpm",
			"attach": "true"
		},
		{
			"part": "left_arm",
			"model": "drowned_outer_left_arm.jpm",
			"attach": "true"
		},
		{
			"part": "right_arm",
			"model": "drowned_outer_right_arm.jpm",
			"attach": "true"
		},
		{
			"part": "left_leg",
			"model": "drowned_outer_left_leg.jpm",
			"attach": "true"
		},
		{
			"part": "right_leg",
			"model": "drowned_outer_right_leg.jpm",
			"attach": "true"
		}
	]
}