<function name="GetModelInfo" parent="util" type="libraryfunc"> <description> Returns a table containing the info about the model. <note>This function will silently fail if used on models with following strings in them: * _shared * _anims * _gestures * _anim * _postures * _gst * _pst * _shd * _ss * _anm * _include</note> </description> <realm>Shared</realm> <args> <arg name="mdl" type="string">Model path</arg> </args> <rets> <ret name="" type="table">The model info as a table with the following keys: * <page>number</page> SkinCount - Identical to <page>Entity:SkinCount</page>. * <page>string</page> KeyValues - Valve key-value formatted info about the model's physics (Constraint Info, etc). This is limited to 4096 characters. * <page>string</page> ModelKeyValues - Valve key-value formatted info about the model ($keyvalues command in the .qc of the model), if present</ret>⤶ * <page>number</page> **SkinCount** - Identical to <page>Entity:SkinCount</page>. * <page>string</page> **KeyValues** - Valve key-value formatted info about the model's physics (Constraint Info, etc). This is limited to 4096 characters. * <page>string</page> **ModelKeyValues** - Valve key-value formatted info about the model ($keyvalues command in the .qc of the model), if present⤶ * <page>number</page> **MeshCount** - Number of meshes the model has⤶ * <page>number</page> **BoneCount** - Number of bones the model has⤶ * <page>number</page> **Flags** - Model flags⤶ * <page>boolean</page> **StaticProp** - Whether the model is meant to be a static prop (a specific flag)⤶ </ret>⤶ </rets> </function> <example> <description>Example usage of the function. We use <page>util.KeyValuesToTablePreserveOrder</page> in order to preserve multiple keys with the same name.</description> <code> local ModelInfo = util.GetModelInfo("models/combine_gate_vehicle.mdl" ) print( ModelInfo.SkinCount ) // The skin count PrintTable( util.KeyValuesToTablePreserveOrder( ModelInfo.KeyValues ) ) // Physics data </code> <output> ``` 1: Key = solid Value: 1: Key = index Value = 0 2: Key = name Value = Vehicle_Gate.Gate2_L 3: Key = mass Value = 1 4: Key = surfaceprop Value = metal 5: Key = damping Value = 0 6: Key = rotdamping Value = 0 7: Key = inertia Value = 1 8: Key = volume Value = 68522.9296875 ... 6: Key = editparams Value: 1: Key = rootname Value = 2: Key = totalmass Value = 1 ``` </output> </example>