Option Conditions for Macro Assembly Dialog Box

Option System

Select the conditions for the optional building component assembly in the Option Conditions for Macro Assembly dialog box.

Dialog Box Options

Option condition
Select the options to which the selected task in the Function box applies.
Find the option code from the Options database by clicking the Select button. The Building Options database view opens. Move the cursor on the desired row and click the OK button.
The Building Options Database View
You can use three operators to define conditions for the selected task:
  • And - For example A and B. The selected task will only apply if both options A and B are selected when you solve the options.
  • Or - For example A or B. The selected task will only apply if option A or option B is selected when you solve the options.
  • Not - For example A and not B. Note the syntax “and not”. The selected task will only apply if option A is selected and option B is not selected when you solve the options.
Select one of the radio buttons, if necessary, and then select another option from the Options database. The logical operations are performed in the following order: first the Not operation, then the And operations and finally the Or operations.
New
Click the button to define another task. The fields in the dialog box will be cleared, and you can select another options, conditions between options and a task in the Function box. The condition will be added to the Condition list.
Delete
To delete a condition, select the condition from the Condition list, and click the Del button.
Function
Select one of the following tasks:
  • Add macro assembly - When the option conditions come true, the selected macro assembly will be added to the floor plan.
  • Delete macro assembly - When the option conditions come true, the selected macro assembly will be deleted.
  • Move - When the option conditions come true, the selected macro assembly will be moved. Define the new location of the macro assembly by entering the offset coordinates in relation to the original location in the Dx, Dy and Dz fields.