Adding More Void and Solid Forms

We have done with creating door basic. We add the main panel and symbolic lines. In this tutorial, we will add more forms: void and solid. As I always said, creating Revit family is just a repetitive process. More complex your object is, more repetition you will do. Not more difficult,but certainly more work!

Open the door you created previously.

Modifying Parameter

We will add a void for the top part of this door panel, and add a glass panel to cover it.

Let us modify a parameter first. Click types button on Revit ribbon>create tab>family properties panel.

Revit_Family_Types

This will open Revit family types dialog. Find Frame Width parameter in the dialog.It’s in others group. Others group is at the bottom of types dialog. We will often change this parameter (let’s assume it that way), so we would want it on top. At least along with the other dimensions.

Click modify button to modify its properties.

Modify_Revit_parameters

Move the group parameter to under dimensions.

Revit_parameters_group

Adding Void

There’s nothing different with placing voids. It’s just like placing a solid form. But instead add the Revit geometry, void will remove your solid geometry. Activate void>extrusion. Void is in Revit ribbon>create tab>forms panel.

Revit_Void_Form

Adding the Extrusion Profile

Just like what we did in creating the door panel, draw a rectangular profile like below. Don’t worry about the size, we will adjust it later.

Revit_Door_Glass_Panel

Adding Parameter Dimensions

Now add dimension that measure the rectangle sides to its’ left, top, and right.

After you finish, activate modify tool. Hold [ctrl] and click each of the dimension until all of three dimensions selected.

In Revit option bar, click the label drop down menu and select Frame Width.

Revit_parameters_label

You should see the dimensions become like below. Add one more dimension to measure the rectangle height.

Panel_void_parameters

Select the dimension, and from label drop down menu, choose <add parameter…>. Give the parameter name ‘glass panel height’ and put it in other group. This is a dependant parameter, and we don’t want to change the value. So we put it at the bottom of our parameters list.

Defining_glass_panel_parameter_for_Revit_door

Creating Formula

Open Revit family types dialog. Find the parameter we just created. Click in formula column and type this formula:

(Height-3*Frame Width)/2

Remember, the parameter name is case sensitive. Do you know why we created the formula, and where are the parameters name come from? And how can we create the calculation?

Revit_parameters_formula

You can see the parameters name in elevation view. Examine them, and find the correlation with our formula. Probably you can create a better formula!

Defining the Void Height

Click the extrusion properties button. It’s on Revit ribbon> create tab> element panel.

Revit_Extrusion_properties

Change the extrusion height to 50. Click OK.

Click Finish Extrusion.

Adding Glass Panel

Creating Reference Plane

We are going to add a glass panel at the middle of the door panel. To achieve this, we must create a reference plane first. Open Floor Plan>Ref. Level view. Activate Reference Plane. It’s on Revit ribbon>create tab> datum panel.

Revit_Create_Reference_Plane_Tool

Draw a reference plane right at the middle of our door panel thickness.

Revit_Door_Panel_Reference_Plane

Select the reference plane, and click element properties>instance properties from your Revit ribbon. Give the reference plane a name.

Revit_Ref_Plane_Name

Keep in mind that we did not use parameters for our door thickness and this reference plane location. Sometimes we don’t need to give everything a parameter. However, you may use parameters if you feel necessary. Consider this is your extra exercise. We will also discuss about it in the next tutorial.

Creating Solid Form

Now back to elevation view.

Setting Active Reference Plane

Before we start, change the reference plane to the last one we draw. Click set from Revit ribbon>create tab>work plane panel.

Setting_active_Revit_Reference_Plane

In the dialog, find the reference plane, and click OK.

Drawing Solid Extrusion Profile

Draw a rectangle covering our previous void. Try to snap to intersection to make sure the glass will follow the void size.

Remember, try to test it after you create the profile. Change the door width, height, and frame width to see if it works. It is always a good idea to test it after make a change!

Before we finish this extrusion, change the extrusion value. Change the extrusion end to 5 and extrusion start to –5. This will make our glass panel extruded to both direction with the same value.

Glass_extrusion_value

Click finish extrusion.

Check in plan view, is your glass in correct position?

Finished_Revit_Glass_Panel

Challenge

Can you create parameters for frame, door panel, and glass panel? Try it and don’t hesitate to discuss with us!

What’s Next?

We are going to set and define more parameters for this Revit door family. Including material parameters. We will also add one more void, then define several door types.

In the mean time, you can submit inquiries about Revit families. So we can do further exercises, based on your case. This offer is not permanent! :)

Comments

  1. Vaughn Parker says

    I like the way you explain things. I have a problem with a couple items.

    1-Doing window brick sills and soldier headers

    2-Brick around an arch dooror window

    Thanks for your help

    • says

      Hi Vaughn, I sent you an email. Could you provide drawings/sketch of what you want to achieve? Just reply to my email. I'm not really familiar with that terminology… Sorry.

  2. Biswas says

    Hi Edwin

    Would it be possible to explain a step by step process of transfering the information from a AutoCAD title block DWT file to create a new Revit titleblock template file. Thanks

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