Updated documentation.

Docs/Reference.dox

@@ -848,7 +848,7 @@ motion. For ragdolls this is not absolute, as retaining proper bone hierarchy is
 
 Specifying the constraint's motion axis instead of rotation is provided as an alternative as it can be more intuitive, see \ref Constraint::SetAxis "SetAxis()". However, by explicitly specifying a rotation you can be sure the constraint is oriented precisely as you want.
 
-Hinge and slider constraints support defining limits for the motion. To be generic, these are encoded slightly unintuitively into Vector2's. For a hinge constraint, the low and high limit X coordinates define the minimum and maximum angle in degrees. For example -45 to 45. For a slider constraint, the X coordinates define the maximum linear motion in world space units, and the Y coordinates define maximum angular motion in degrees. The cone twist constraint uses only the high limit to define the maximum angles (minimum angle is always -maximum) in the following manner: The X coordinate is the limit of the twist (main) axis, while Y is the limit of the swinging motion about the other axes.
+Hinge, slider and cone twist constraints support defining limits for the motion. To be generic, these are encoded slightly unintuitively into Vector2's. For a hinge constraint, the low and high limit X coordinates define the minimum and maximum angle in degrees. For example -45 to 45. For a slider constraint, the X coordinates define the maximum linear motion in world space units, and the Y coordinates define maximum angular motion in degrees. The cone twist constraint uses only the high limit to define the maximum angles (minimum angle is always -maximum) in the following manner: The X coordinate is the limit of the twist (main) axis, while Y is the limit of the swinging motion about the other axes.
 
 \section Physics_Events Physics events