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Creating 3D Renderings and Camera Shots – Revit Architecture

Creating 3D Renderings and Camera Shots – Revit Architecture

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Creating 3D Renderings and Camera Shots – Revit Architecture. Preparing Renderings of a 3D view for PowerPoint. There are two output setting options when rendering: Screen Printer - PowerPoint PPT Presentation

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Page 1: Creating 3D Renderings and Camera Shots – Revit Architecture

Creating 3D Renderings and Camera Shots – Revit Architecture

Page 2: Creating 3D Renderings and Camera Shots – Revit Architecture

Preparing Renderings of a 3D view for PowerPointThere are two output setting options when rendering: 1. Screen 2. Printer Screen renders are a lower quality that are used for displaying images on a screen. When viewing images on a computer, an image can have a much smaller resolution size and still not have a discernible difference compared to a render for printing.

Print renders use what’s called DPI. (dots per inch) This is different than a term you might have heard before-PPI. The higher the DPI, the better tonality the image will have once printed and the longer it will take to render and print. Because of the quality difference, print renders in general take a lot more time than screen renders. Also, as far as Revit is concerned, the greater the DPI, the larger the size of the image will be. If you want to make large size image prints, a greater amount of DPI will benefit you.You may not be able to tell the difference here, but compare the two on the printed out example I have in class.

Screen Render (Med) Print Render (Med 150 DPI)

Click here for more info about the difference between DPI and PPI

Page 3: Creating 3D Renderings and Camera Shots – Revit Architecture

SCREEN RENDER1. Select the view that you want to render

A. Hide anything that does not need to be in the view – this reduces Rending Time

B. Zoom into and crop only the region you want to illustrate2. Click on the Rendering Dialog icon at the bottom of your screen3. Select the Quality of Rendering (Better quality = more time)To right are examples of a Medium and High Quality Rendering 4. Select a Lighting Scheme and Sun setting5. Select a Background6. Click Render and wait……7. Then Click on Save to Project

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MEDIUM

HIGH

There really isn’t much of a difference between Medium and High, but a much larger difference when you go with Best (Tradeoff= takes much longer)

Remember this #

Page 4: Creating 3D Renderings and Camera Shots – Revit Architecture

PRINTER RENDER1. Select the view that you want to render

a. Hide anything that does not need to be in the view – this reduces Rending Timeb. Zoom into and crop only the region you want to illustrate

2. Click on the Rendering Dialog icon at the bottom of your screen3. Select the Quality of Rendering (Better quality = more time)4. Switch Resolution to Printer and choose a DPI5. Select a Lighting Scheme and Sun setting6. Select a Background7. Click Render and wait……8. Then Click on Save to Project

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Remember this #

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Page 5: Creating 3D Renderings and Camera Shots – Revit Architecture

Exporting Images for PowerPoint1. Select your saved rendering from the Project Browser2. Go to the Application Button and select Export/Images/Image3. To export the image make sure your setting match the example shown here4. Change the Output location and name to your CAD II/GEP folder

5. From this point you just need to Insert/Image in PowerPoint and navigate to the file you created

This number should be whatever the number was that I said you should remember earlier in the PPT

Page 6: Creating 3D Renderings and Camera Shots – Revit Architecture

Preparing Renderings using the Camera View1. Navigate to a floor plan where you want to create a Camera View2. Click on 3D View/Camera

Page 7: Creating 3D Renderings and Camera Shots – Revit Architecture

Preparing Renderings using the Camera View1. Select a starting Point of view for the Camera (click on the screen)2. Notice the Options Bar

A. Check the Perspective BoxB. Edit the level of Offset for the Camera C. Select the Level you want to view from

3. Drag and drop the grip to create the Perspective View

Page 8: Creating 3D Renderings and Camera Shots – Revit Architecture

Preparing Renderings using the Camera View4. Change your Model Graphics Style to Shading w/ Edges5. Notice that 3D View 1 has now been created under 3D Views in your browser6. Export this image so you can insert it onto your PowerPoint

Page 9: Creating 3D Renderings and Camera Shots – Revit Architecture

Preparing Renderings using the Camera ViewControl Grips can be used to expand the Crop

Region

If you go back to the floor plan you can edit the angle of the camera view and it will update your 3D automatically

3D View adjustedFloor Plan 1 – with camera grips

Original 3D View

Page 10: Creating 3D Renderings and Camera Shots – Revit Architecture

Edit your view using the Navigation WheelYou can use the Navigation Wheel and all the options to Pan, Zoom, or Orbit your view.

Original 3D View New 3D View

Page 11: Creating 3D Renderings and Camera Shots – Revit Architecture

Creating a Rendering from a Camera Shot

You can also change perspectives in the properties panel:

If you click on the border around the 3D View. You can click on

which will allow you to change the physical dimensions of the image.