The outer width of the door main frame.
The outer height of the door main frame.
A calculated parameter representing the structural opening width (sum of Rough Distance Left + Width + Rough Distance Right) to be used for the schedule.
A calculated parameter representing the structural opening height (sum of Rough Distance Top + Height + Rough Distance Bottom) to be used for the schedule.
The width of the side main frame on the left (from exterior). Setting this value to 0 (zero) hides the frame.
The width of the side main frame on the right (from exterior). Setting this value to 0 (zero) hides the frame.
The width of the bottom main frame. Setting this value to 0 (zero) hides the frame.
The width of the top main frame. Setting this value to 0 (zero) hides the frame.
The depth of the main frame, applied to bottom sides and top.
The horizontal position of the main frame. A positive value moves the main frame towards exterior, a negative towards interior. By default this value is 0 (zero) positioning the main frame centred to the wall.
A positive value extending the side main frames below the bottom main frame.
The miter angle for the frame on the left (from exterior). Setting this parameter to a positive value allows to setup a corner frame. The angle gets applied either inside or outside facing, depending on the value of Frame Corner Void Angle Flip Left.
Flip the miter for the frame on the left (from exterior) between inside or outside facing.
The miter angle for the frame on the right (from exterior). Setting this parameter to a positive value allows to setup a corner frame. The angle gets applied either inside or outside facing, depending on the value of Frame Corner Void Angle Flip Right.
Flip the miter for the frame on the right (from exterior) between inside or outside facing.
The panel is a nested family that can be switched with this parameter. By default the bi-fold door family comes with 2 options, a full panel and a frame panel. If the default options don't fully satisfy your needs and you feel comfortable in the family editor you can create your own panel.
We are going to add an article on how to add your own panel shortly.
The number of panels for the Single Bi-fold Door. Setting this value automatically calculates the width of each panel equally.
The number of panels on the left (from exterior) for the Double Bi-fold Door. Setting this value automatically calculates the width of each panel equally, taking the value of Panel Count Right into account.
The number of panels on the right (from exterior) for the Double Bi-fold Door. Setting this value automatically calculates the width of each panel equally, taking the value of Panel Count Left into account.
The distance between each panel as well as between the panels and the mainframe bottom, sides and top.
The thickness of each panel, applying to both included panel types (see Panel Family).
Offset of hinge centre, effecting the distance between panels when fully opened. This value effects the clear opening calculated for scheduling by Opening Area.
Opening state of panels. The default value is 0%, the max value 100% (fully open). A value of 50% results in the the panels to show with an angle of 45degrees.
The width of each panel's side frame, applying only to the included frame panel type (see Panel Family).
The width of each panel's bottom frame, applying only to the included frame panel type (see Panel Family).
The width of each panel's top frame, applying only to the included frame panel type (see Panel Family).
The thickness of the glass for all panels, applying only to the included frame panel type (see Panel Family). For double glazing see Panel Double Glazing.
The number of vertical glazing bars equally spaced in each panel, applying only to the included frame panel type (see Panel Family). Setting this value to 0 (zero) disables any vertical glazing bars.
The number of horizontal glazing bars equally spaced in each panel, applying only to the included frame panel type (see Panel Family). Setting this value to 0 (zero) disables any horizontal glazing bars.
The width of all visible glazing bars, applying only to the included frame panel type (see Panel Family).
The depth of all visible glazing bars, applying only to the included frame panel type (see Panel Family).
The distance between the exterior wall face and the cavity closer, applied equally to all visible cavity closers.
The cavity closer width, applied equally to all visible cavity closers.
The cavity closer depth, applied equally to all visible cavity closers.
The distance between the outer edge of the main frame and the structural wall opening on the left (from exterior). Changing this value effects the calculated scheduling parameter Rough Width. The set value is only applied if the Visibility Rough Distance is enabled. The default value is 0 (zero).
The distance between the outer edge of the main frame and the structural wall opening on the right (from exterior). Changing this value effects the calculated scheduling parameter Rough Width. The set value is only applied if the Visibility Rough Distance is enabled. The default value is 0 (zero).
The distance between the outer edge of the main frame and the structural bottom wall opening. Changing this value effects the calculated scheduling parameter Rough Height. The set value is only applied if the Visibility Rough Distance is enabled. The default value is 0 (zero).
The distance between the outer edge of the main frame and the structural top wall opening. Changing this value effects the calculated scheduling parameter Rough Height. The set value is only applied if the Visibility Rough Distance is enabled. The default value is 0 (zero).
The offset of the interior wall opening from the rough opening on the left (from exterior), allowing the wall to overlap the door main frame. The set value is only applied if the Visibility Render Offset is enabled. The default value is 0 (zero).
The offset of the interior wall opening from the rough opening on the right (from exterior), allowing the wall to overlap the door main frame. The set value is only applied if the Visibility Render Offset is enabled. The default value is 0 (zero).
The offset of the interior wall opening from the top rough opening, allowing the wall to overlap the door main frame. The set value is only applied if the Visibility Render Offset is enabled. The default value is 0 (zero).
The offset of the exterior wall opening from the rough opening on the left (from exterior), allowing the wall to overlap the door main frame. The set value is only applied if the Visibility Render Offset is enabled. The default value is 0 (zero).
The offset of the exterior wall opening from the rough opening on the right (from exterior), allowing the wall to overlap the door main frame. The set value is only applied if the Visibility Render Offset is enabled. The default value is 0 (zero).
The offset of the exterior wall opening from the top rough opening, allowing the wall to overlap the door main frame. The set value is only applied if the Visibility Render Offset is enabled. The default value is 0 (zero).
Extends the exterior opening void to cut any walls joined on the exterior side by setting the value to at least the thickness of the joined wall.
(Due to the render offset, this family doesn't use the opening tool, resulting in only cutting the opening into the actual host wall but not joined walls.)
Extends the interior opening void to cut any walls joined on the interior side by setting the value to at least the thickness of the joined wall.
(Due to the render offset, this family doesn't use the opening tool, resulting in only cutting the opening into the actual host wall but not joined walls.)
Sets the material for the main frame.
Sets the material for all panel frames, applying to both included frame panel types (see Panel Family).
Sets the material for all panel glazing, applying only to the included frame panel type (see Panel Family).
Sets the material for all panel glazing bars, applying only to the included frame panel type (see Panel Family).
Disabling this parameter results in no rough distances being applied, no matter what individual values are set for Rough Distance Left, Rough Distance Right, Rough Distance Bottom, and Rough Distance Top.
Disabling this parameter results in no render offsets being applied, no matter what individual values are set for Render Offset Interior Left, Render Offset Interior Right, Render Offset Interior Top, Render Offset Exterior Left, Render Offset Exterior Right, and Render Offset Exterior Top
Controls the visibility of the cavity closer on the left (from exterior).
Controls the visibility of the cavity closer on the right (from exterior).
Controls the visibility of the bottom cavity closer.
Controls the visibility of the top cavity closer.
This parameter is only intended for scheduling and doesn't change the visual representation of the panel glazing.
A calculated parameter intended for scheduling, representing the total area of glass, taking Width, Height, Frame Width Left, Frame Width Right, Frame Width Bottom, Frame Width Top, Panel Spacing, Panel Frame Width Sides, Panel Frame Width Bottom, and Panel Frame Width Top into account.
Revit doesn't support reading values from nested families, which means that the bi-fold door family doesn't know if the set Panel Family has a glass or not. This parameter allows you to manually set if you want the Glass Area to be calculated for this type. That's useful if you have a door schedule with mixed doors with frame and full panel.
A calculated parameter intended for scheduling, representing the total clear opening when panels are fully open, taking Width, Height, Frame Width Left, Frame Width Right, Frame Width Bottom, Frame Width Top, Panel Spacing, and Panel Thickness into account.
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