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  Now add @DBENTRY and @DBOBJECT to the object Data and remove these from the Ships object. Object Data has become your entry point;

  Now add a Ships object to the Data object by dragging the Ships object from the Knowledge Browser to the Data object in the Dataset. Now you have a Ships object in the Data object and you still have the Ships object on the top level;
  Now want to move the data in the Ships object on the top level to the Ships object in the Data object. Select the Ships object on the top level, right click ,  , and select All to clipboard (or F4). Then select the Ships object under the Data object an click on Paste. You will be asked whether or not to create new parameters, select Yes to All and continue;

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We'd like to have a clear overview of the stability of all our ships. Therefore, we'll create a TeLiTab containing the contents of Shipscompleted with GM_rounded, a rounded value of GM, and a ship number.

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By adding # to a parameter, Quaestor automatically assigns it the TeLiTab dimension. Similarly, a $ assigns a string dimension (see also QuaestorSyntax). The relation defines that GM, GM_rounded and Ship_no should added as goals in the Ships object for each case (B and Lpp combination). Stability# will contain the data from the original selected object Ships, augmented with the three columns and all data needed to calculate these results. 
Make sure Stability# is determined by system/function.

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If you run a calculation now with Stability_check# as top goal (and select Data as dataset), you will obtain a solution in whichStability_check# using object Ships, augmented with: GM, GM_rounded, Ship_no, Stab, Comf, KB, KG, BM and Moment_of_Inertia. 

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