<function name="LocalToWorld" parent="Global" type="libraryfunc"> <description> Translates a vector and angle from a local coordinate system into a global coordinate system. For the reverse of this function see <page>Global.WorldToLocal</page>. For working with an entity's local space vectors/angles you might want to use <page>Entity:LocalToWorld</page>/<page>Entity:LocalToWorldAngles</page> instead. </description> <realm>Shared</realm> <args> <arg name="localPos" type="Vector">A vector from a local coordinate system.</arg> <arg name="localAng" type="Angle">An angle from a local coordinate system. Pass a zero angle if you don't need to translate an angle.</arg> <arg name="originPos" type="Vector">The origin point of a global coordinate system, in worldspace coordinates.</arg> <arg name="originPos" type="Vector">The origin of a global coordinate system, in worldspace coordinates.</arg> <arg name="originAngle" type="Angle">The angles of a global coordinate system, as a worldspace angle.</arg> </args> <rets> <ret name="" type="Vector">The correspondent worldspace vector of `localPos`.</ret> <ret name="" type="Angle">The correspondent worldspace angle of `localAng`.</ret> </rets> </function> <example> <description>A matrix math that shows how this is calculated internally.</description> <code> local localTransform = Matrix() localTransform:SetTranslation( localPos ) localTransform:SetAngles( localAng ) local worldTransform = Matrix() worldTransform:SetTranslation( originPos ) worldTransform:SetAngles( originAngle ) -- Transform the local coordinates using the world transform as a transformation matrix local localToWorld = worldTransform * localTransform print( localToWorld:GetTranslation(), localToWorld:GetAngles() ) </code> </example>