For example, setting the Eye Elevation closer to ground level and looking up at a higher Target Elevation will make the building seem larger, especially as the Camera is moved closer to the Target. Adjusting these values can create interesting perspective views. The Target Elevation (where the Camera is looking) is set to the same. The Eye Elevation, or height of the Camera, is set to a default value of 5’-6” above the plan level. As the width of the frame is adjusted, the corresponding line in the Plan view will automatically adjust as well. The size of the view can be adjusted by clicking and dragging on the dots at the midpoints of the frame. In the Perspective view on the right, the Far Clip Offset serves as the Crop region for the view. This is the Far Clip Offset line – the extents of the Perspective FOV. Notice the line with the blue dot in the Plan view on the left. This is the area included in the perspective, both horizontally and vertically. ![]() By default, the Revit Camera settings use an approximate Field of View (FOV) of 50°. This will be the point that the camera will be looking toward. Move the mouse away and click to select a target location. Click on the View tab, Create panel, 3D View drop-down triangle, and click Camera.Ĭlick in the Plan view to place the Camera. To create a new Revit Perspective view, open a Plan view. We will explore the Revit Camera Settings in the Perspective view. Unless you are an experienced photographer or have taken a perspective course, Revit’s Camera settings can seem a bit complicated. Civil Site Design & Stringer Topo Online Courses.Autodesk Vehicle Tracking Online Courses.BIM Services for Architecture and Engineering. ![]() Facility Control Systems with Bluebeam Revu.Construction Project Setup in Bluebeam Revu.Bluebeam Tool Chest Customization Services.But with view templates and filters it isn't so bad, and the value vastly outweighs the extra up front effort. Yeah, you end up with a lot of views, and some extra effort putting it all together. The result is presentation boards that can actually be read at normal board viewing distance, and callouts that are more appropriate for presentations. For large format presentation boards, I went to a larger 1" symbol, and simplified the reference to be simple Sheet.Detail, i.e. The callouts are more readable as well as smaller, which I like. So instead of a bunch of typical CD style callouts, all of which reference detail #1, I simplified the small format callouts to only reference the sheet number. I find that when sheeting on 11x17, I always have one view per sheet. The 1/2" size tag on a 30x42 is ok but when using a 11x17 format it looks like a kindergarden drawing.So it sounds like I must make CUSTOM sized Callouts for the 11x17 in the family editor.Cliff Collins also summed it up at the end of his posts.thank you bothIt seems initially like a PitA, but there is an opportunity here too. I want to print using callouts and tags that have a REASONABLE text size but scaled down. obscuring the drawing, but as far as I know that's not possible. It would be handy to have a way to make a special type of tags that would scale, because it would make it much easier to print out a working view at scale without room tags, etc. So-you can make smaller annotations (such as 3/32" text instead of 1/8" and smaller circles in Callout Heads) that will fit a bit more comfortably at different scale views, but don't make them too much smaller or they will not read when printed. 1/32" text would print too small to read.) ![]() It is only because the text height stays at 1/8" at ALL scales, and does not shrink,Īnd if you think about it you would not want it to reduce size, as it would become unreadable ( i.e. However, 1/8" text WILL look huge on a 1" = 200' Plan on an 11x17 sheet. The annotation sizes stay constant, the views change scale. Revit DOES adjust according to the scale. An elevation symbol that is 3/8" across in one view will be 3/8" across at ANY view scale and the 1/8" text in one view will be 1/8" tall at ANY scale.")ĭo this again at a different scale. Then, as need4mospd indicates, confirm the height of the annotations. Please print out a hard copy, and be sure it is set correctly to print to scale.
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