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View Management
Prompt
Rename all callouts in this view based on the rooms they are located in, and add the room name as a suffix to the existing name.
Workset Management
Prompt
Remove
BMLQ-Arc-from the beginning of all workset names and set all worksets to be visible in all views. Then, for each element visible in the current view, retrieve its category name and assign the element to the workset whose name includes the corresponding category name.Parameter Management
Prompt
Add an instance parameter with the name of "Opening Direction" in text type in Identity Data group in each family whose name starts with "Door" then load back the family in project.
Project Setup
Prompt
For each scope box in this view, duplicate the current view as dependent, set the crop region based on the scope box region, and assign the view template 'ScopeBoxTemplate'
Excel Data Integration
Prompt
Open Plumbing Fixtures Asset Info.xlsx from
C:\Test. Match each Plumbing Fixture’s Mark with Column A and import the corresponding Asset Number from Column B into the model.View Management
Prompt
Create a 3D view with a 3D section box for each room that has 'Live/Work' in its name (with a margin of 0.5 m). Set the height of each section box to 2 meters
Visualization & QA
Prompt
For each wall in this view, assign a unique color with a <Solid fill> to the cut patterns based on its Fire Rating value.
Visualization & QA
Prompt
Create a separate filled region for each room in this view, assigning a unique fill pattern and color based on its name.
Architectural Modeling
Prompt
Create wall openings in size of pipes at intersection of walls and all pipes in this project.
MEP Modeling
Prompt
Apply duct insulation of type Duct Wrap to all ducts of type Tees in the current view. For ducts with a System Type of "Supply Air," use 2-inch insulation if the duct diameter exceeds 5 inches. If the diameter is 5 inches or smaller, use 1-inch insulation instead.
Tagging
Prompt
Public Command
Parameter Management
Prompt
In the selected space, please read the Specified Supply Airflow and divide it by the number of air terminals in that space with a "Supply Air" System Type. then, enter calculated value into the Flow parameter for each air terminals.
Structural Modelling
Prompt
Switch the join order between all structural columns and all floors. Check it between all Structural columns and all floors.
Structural Modelling
Prompt
For each structural beam, calculate the number of studs using the formula:
Number of Studs = floor(("Cut Length" - 100) / 400) + 1,
then write the result into the "Number of Studs" parameter.
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