On the Inspect tab, AutoLimits panel, click Dimensional AutoLimits, Area-Perimeter AutoLimits, Physical Properties AutoLimits, or Refresh AutoLimits.
When you use dimensional AutoLimits, your selections refine the AutoLimits type. For instance, if you select a planer model face, and then select another planar model face, the command recognizes that the only valid AutoLimit types are Angle, and minimum distance.

Monitors the length of a selected edge. The measurement can be the result of an accumulation of edges that yield a cumulative length. You can add or subtract the values included in the measurement.
Distance monitors the distance between selections. The AutoLimit input is like that of assembly constraints. The measurement can be the result of an accumulation of edges that yield a cumulative length. You can add or subtract the values included in the measurement.
Monitors the angle between selections. The measurement can be the result of an accumulation of selections that yield a cumulative angle. You can add or subtract the values included in the measurement.
Monitors the diameter of selections, such as a cylinder, cylindrical section, sphere, or spherical section. The measurement can be the result of an accumulation of selections that yield cumulative values. You can add or subtract the values included in the measurement.
Monitors the minimum distance between selected selections. The measurement can be the result of an accumulation of selections that yield a cumulative length. You can add or subtract the values included in the measurement.
Monitors the area of a selected face. The measurement can be the result of an accumulation of selections that yield a cumulative area. You can add or subtract the values included in the measurement.

Monitors the length of edges enclosing a face. The measurement can be the result of an accumulation of selections that yield a cumulative length. You can add or subtract the values included in the measurement.
Monitors the volume of selected input. The measurement can be the result of an accumulation of selections that yield a cumulative volume. You can add or subtract the values included in the measurement

Monitors the mass of selected input. The measurement can be the result of an accumulation of selections that yield a cumulative mass. You can add or subtract the values included in the measurement.
Specifies the objects in a part document that the AutoLimits are attached to.
Selects an element to monitor in the graphics window from which to obtain the design parameter corresponding to the AutoLimit type.
Specifies that you want to select a circular or arc edge and monitor its radius value instead of its diameter. Available only when the Diameter AutoLimit is selected and active.
Specifies how the selected parameter contributes to the total monitored value. You can add or subtract each parameter from the total monitored value. Click the + column to change the arithmetic operator.
Displays the length value of each AutoLimit you select to monitor. When you create another AutoLimit, the value name displays as Length, Distance, Angle, Diameter, Minimum Distance, Area, Perimeter, Volume, or Mass. As you create different AutoLimits, it differs accordingly.
Shows the total value of several AutoLimits selected. It is the result of the plus or minus calculation according to the value list. When you create another AutoLimit, the value name displays as Length, Distance, Angle, Diameter, Minimum Distance, Area, Perimeter, Volume, or Mass. As you create different AutoLimits, it differs accordingly.
Select the level of precision (number of decimal places) you want to specify for your tolerances.
Specifies boundaries for the AutoLimits you create in the fields in the Boundaries box.
Defines the lower value of the boundary range.
Defines the comparison mathematical operator for the left value of the boundary range. Select the blank to disable the lower value.
Applies a user-defined meaning to various value ranges for the monitored design parameters.
Defines the upper value of the boundary range.
Defines the comparison mathematical operator for the upper value of the boundary range.