To access this dialog, run a Warp analysis, select the Warp page in the Summary pane, and then click Warpage indicator, all effects.
(). The top section of this dialog allows you to define the X, Y and Z coordinates for the points used to define warpage in the model.
There are two ways that warpage can be displayed:

It is constrained in all directions
(X, Y, Z).
(X) direction.
(X and Y ) direction. 
The Nominal Max. Deflection section of this dialog is used to specify the maximum allowable out-of-plane deflection in the part. This information is used to assess the level of warpage in different regions of the model.
| Anchor plane | Use an anchor plane to measure the deflection of your part. |
| Best fit | Use the Best fit technique to measure the deflection of your part. |
| X, Y and Z coordinates | Click the model or enter the X, Y and Z coordinates to specify the three points on your model that will be used to calculate the part deflection. |
| List of reference points | Contains the list of all reference points that have been specified. |
| Add | Adds the X, Y and Z coordinates to the list of reference points. |
| Delete | Deletes the selected coordinates from the list of reference points. |
| Modify | Alter the selected coordinates. |
| Nominal maximum deflection | Specify the maximum allowable out-of-plane deflection value to be used in the warpage assessment. |
| Restore default value | Sets the Nominal maximum deflection back to its default value. |