SiiNunit
{
accessory_addon_int_data : cobra29lx.kenworth.w990.cbradio
{
	name: "Cobra 29 LX"
	price: 150
	unlock: 0
	icon: "kenworth_w990/cobra29lx"

	interior_model: "/vehicle/truck/upgrade/cbradio/kenworth_w990/cobra_29_lx.pmd"

	data[]: .cobra29lx.phys_data
}
physics_toy_data : .cobra29lx.phys_data
{
        phys_model:             "/vehicle/truck/upgrade/cbradio/kenworth_w990/cobra_29_lx_cord.pmd"
        phys_model_coll:        "/vehicle/truck/upgrade/cbradio/kenworth_w990/cobra_29_lx_cord.pmc"

        rope_material:          "/material/ropes/rope_black.mat"

        toy_type:               "TT_double_rope"                # TT_rope, TT_double_rope, TT_joint
        toy_mass:               0.1                             # toy mass
        linear_damping:         0.99

        linear_stiffness:       1.0                             # rope - influences rope springing
        //locator_hook_offset:    (0.136738f, -0.134287f, 0.001835f)       # offset of connection point on hook against toy locator
		locator_hook_offset:    (0.135738f, -0.134287f, 0.001835f)       # offset of connection point on hook against toy locator

        # definitions valid only for toys with rope
        rope_width:             0.005                           # width of rope
        rope_length:            0.01                            # length of rope, in the case of double_rope, distance between hook and toy
        rope_hook_offset:       0.0666                           # double_rope - distance between hooks, locator is in the middle
        rope_toy_offset:        0.0666                         # double_rope - distance between rope tingles at toy
        rope_resolution:        3                               # number of inner nodes of rope, except end nodes with anchors
        rope_linear_density:    1.0                             # density, i.e. weight of rope per 1 m of length
        position_iterations:    4                               # number of iterations in position solver
        node_damping:           0.99                            # rope node velocity damping
}
}
