> ## Documentation Index > Fetch the complete documentation index at: https://beta.docs.ideatura.ai/llms.txt > Use this file to discover all available pages before exploring further. # Revit families > Develop a component from your references as a detailed IFC model, then create and test a Revit family. [Create a parametric window family](https://www.youtube.com/embed/H9yVvVsYA8c) Recreate a component from photographs, a PDF, a specification sheet or screenshots, then develop it into a Revit family. The video demonstrates a window; the illustrated workflow below follows a cabinet from a PDF reference to an IFC model and a native Casework family. Start by developing a detailed IFC model in stages. Once you are satisfied with its geometry, ask Ideatura to recreate it as a Revit family and add the parameters you need. ## 1. Provide your references Start a chat and attach the reference document. Explain which dimensions and construction details must be preserved. Include a known dimension when working from photographs. The cabinet reference specifies a 1200 × 450 × 1800 mm assembly with seven 18 mm panels and two shelves. It leaves fixings, joints and tolerances unresolved. Ask AI to identify those gaps before modelling. > Read this cabinet drawing. List the dimensions, panel arrangement and material information it specifies. Identify missing details and propose a simple construction arrangement for review before creating the model. ![Cabinet reference sheet C-301 with overall height, shelf levels, panel thickness and unresolved construction details.](https://mintcdn.com/ideatura-preview/gkKKkFoliYdpb_RC/beta/images/studio/cabinet-reference-section.png?fit=max\&auto=format\&n=gkKKkFoliYdpb_RC\&q=85\&s=f3fe1d608e091d0fe83292b92343c8c5) ## 2. Agree on the modelling stages Work from the overall form toward the details. For this cabinet, first agree on the outside dimensions and panel arrangement, then the shelf positions and finish. > Create an IFC model with full-height sides, a back between the sides, and the top, base and shelves in front of the back. Preserve the written dimensions and shelf levels. Keep the panels separate and stop for review before adding details not shown in the drawing. State assumptions explicitly. A plausible joint drawn by AI is still an assumption until you accept it. ## 3. Review and refine the IFC Open the model in Studio. Inspect the open front, the two shelves and the relationships between panels. Compare the overall dimensions and shelf levels with the PDF. ![Full Studio window showing the cabinet IFC reconstructed from the reference PDF.](https://mintcdn.com/ideatura-preview/TWzcvTaStOCEp2mF/beta/images/studio/windows/cabinet-ifc.png?fit=max\&auto=format\&n=TWzcvTaStOCEp2mF\&q=85\&s=68696873c1278d9451c4a40f2d3c2850) Give focused corrections and state what should stay unchanged. Review the geometry from several angles before accepting it as the reference for a family. > Check the cabinet against the PDF. Verify the overall dimensions, 18 mm panel thickness and shelf levels. Identify overlaps or gaps. Keep the approved outside dimensions unchanged when correcting the panel junctions. ## 4. Create the Revit family Connect Revit and ask AI to recreate the accepted design with editable native family geometry. Specify the category and how the component should be placed. > Create a Revit Casework family from the approved cabinet. Keep the seven-panel construction and open front. Use native editable geometry and a shared finish material. Make the width, depth and height adjustable while retaining 18 mm panels. ![Complete Revit Family Editor window showing the native cabinet family.](https://mintcdn.com/ideatura-preview/Gx2zWggm-yZCFxBA/beta/images/studio/windows/revit-cabinet-family.png?fit=max\&auto=format\&n=Gx2zWggm-yZCFxBA\&q=85\&s=7e23e7938d0a7413290fa22d7db4581d) Inspect the result in Revit. Importing a shape alone does not establish that its parts respond correctly to parameter changes. ## 5. Add useful parameters Open Family Types and change one dimension at a time. Apply the value and inspect the geometry before trying another size. ![Revit Family Types dialog within the complete application window, showing cabinet dimensions and material controls.](https://mintcdn.com/ideatura-preview/TWzcvTaStOCEp2mF/beta/images/studio/windows/revit-cabinet-parameters.png?fit=max\&auto=format\&n=TWzcvTaStOCEp2mF\&q=85\&s=6cdb58a1a1185d790bcade49a61f144b) The retained example was checked at 1200 × 450 × 1800 mm, with separate depth and height tests at 500 mm and 2000 mm. The panels remained 18 mm thick and the seven solids remained separate without overlaps. These checks cover the tested sizes; test the other sizes your projects need as well. > Test the depth at 500 mm and the height at 2000 mm separately. Check that the back, top and shelves follow the changed dimensions and that panels remain connected without overlapping. Restore the original size after testing. ## 6. Test it in your project Load the family into a test project. Check its position, orientation and clearance from nearby walls, openings and other components. The Garden Office example retains the original cabinet type and adds a separate 1400 × 500 × 2000 mm type for the placed instance. Inspect the family in its project context after changing its size. > Create a separate 1400 × 500 × 2000 mm type for this cabinet. Keep the original type, instance location and orientation. Check the larger cabinet's geometry and clearance from the surrounding walls and window. ![Full Revit window showing the cabinet placed in the Garden Office project.](https://mintcdn.com/ideatura-preview/TWzcvTaStOCEp2mF/beta/images/studio/windows/revit-cabinet-project.png?fit=max\&auto=format\&n=TWzcvTaStOCEp2mF\&q=85\&s=938366f93f2af6b04ca9882ffaa02ee6) Save the checked family with a clear name and a description of its intended use and adjustable controls. This documentation is built and hosted on [Mintlify](https://mintlify.com), a developer documentation platform.