![]() The equirectangular image or the flat projection of a sphere, is saved in the same location as your rendered image is saved.īy default, SU Podium will save the final rendered image to the same folder as where the SketchUp model is saved. Where is the equirectangular image saved? hdr to the Panorama server can not convert an. hdr because Podium Image Editor does read. PNG will have a higher quality but we result in a larger file. The best image format to save your equirectangular image is. You might reserve the higher quality presets for your final equirectangular image. You may want to experiment with much lower resolutions and presets just so you can render faster to experiment with the results. The _high presets can take 3 to 4 times longer than the _default presets.That is because the view being rendered is 360° X 180° and Podium takes into account everything in front and behind the camera. The equirectangular image can take four to six times longer to render than the standard perspective still image.However, there are two things to keep in mind. And also, the higher the resolution, the larger the final panorama VR files, which is an important consideration when sending panorama files to clients.įor highest quality results the interior_high or exterior_high or the new bright 2.0_high are recommended although it's not required. But keep in mind that the higher the resolution, the longer the render will take. Any different aspect ratio will result in distorted final panoramic sphere.Īs you experiment with how the final panorama should look, you will recognize that the higher the pixel resolution, the higher the quality of the final panorama VR. This is because for panorama spheres the field of view is 360° X 180°. You can change the Width pixel resolution but the Height will always be 50% of the width. When you select Panorama in Options, the aspect ratio of Width to Height is automatically converted to a 2:1 ratio. You can also use Google Cardboard to obtain a VR experience. htm file and examine your rendering in a 360° panoramic virtual sphere. When this equirectangular image is converted to a 3D sphere in PIE or in the server, you and your clients can open the generated. The below image is an example of the rendered equirectangular image. The conversion process is extremely simple. This is an automatic, one-step process with no messy stitching involved. This equirectangular image will then need to be "mapped" to a 3D sphere in an HTML file using Podium Image Editor's Panorama feature or the server. To render a scene as an equirectangular panorama, simply chose "Panorama" from the options window. The equirectangular image you want to render is a flat projection of a sphere. This process is almost identical to rendering any SketchUp scene except you will use the Panorama mode for image size. The first step in creating the Panorama VR is to render an equirectangular image using SU Podium V2.5 or V2.6. Render an equirectangular image using Version 2.5 or V2.6 The Panoram can also be viewed on VR devices such as Google Cardboard. #PANOTOUR VIEWER IOS ANDROID#The final Panorama is viewed in any HTML5 browser such as Internet Explorer, Safari, Chrome or Firefox and on an iOS or Android device. Once the image is converted you can rotate and tilt the camera in any direction, creating a virtual, 360° spherical experience. The URL can be sent to your clients who can use any device (Windows, Mac, iOS, Android) to view the 360° X 180° experience of your design. The panorama server automatically converts the images to a spherical panorama and creates a URL. #PANOTOUR VIEWER IOS FREE#PIE gives you free access to Cadalog's Panorama server called which you can automatically upload and convert the equirectangular image to a 360° X 180° spherical panorama. #PANOTOUR VIEWER IOS HOW TO#These steps are outlined in the following section of this guide, but the process is very easy and fun and you may enjoy experimenting with how to get the most impressive results.Ĭonvert the image in PIE or in the Panorama Server to a spherical panorama: Use PIE or alternatively the Panorama Server ( to automatically convert your equirectangular image into a 360° X 180° spherical panorama. There are several best practices to use when creating a high resolution equirectangular image. You need SU Podium V2.5 or V2.6 to do this. Render an equirectangular image: The first step is to render a flat projection of a sphere, called an equirectangular image (See the image at the top of this page, for an example). There are three broad steps required to create the virtual panorama experience. Watch the embedded video above, or click here to open in a new window ![]()
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