![]() ![]() Not required but good to have is the Pose Heading Degree (the Pose Heading Degree is the position on your panorama facing North) If you don't know which way is north it's not a big issue just use '0'ĥ. To get started make sure you have the following information, Latitude, Longitude and the respective references of the location of the panorama. It's going to be convenient and faster if you create a single folder for your final panoramic images that way you won't have to be creating a url to the folder every time.Ĥ. Pose Heading Degrees (0-360) (if left blank the center of the image will be used)ģ. ![]() In order for it to be located on Google Maps and be seen as a 360˚ panorama not just an image we need to add "GPS/Location" and "GPano" data as follows: My personal preference is for a 6-8k x 3-4k pixel file exported from Photoshop using Save for Web at a setting of 90.Ģ. Prepare your Equirectangular panorama image, saving it as a JPG file. Download the Mac OS X Package 10.05 (2.4mb) or visit the website Ĩ. So let's get started with ExifTool by Phil Harvey. Let me tell you it's super fast and efficient. Now this doesn't mean you can't use either program but you will have to work in a different way, just using ExifTool. However the recent release by Apple of El Capitan has for now broken the ability for the two applications to work together. One thing that has remained constant is the requirement to add a specific set of MetaData to your panorama before loading it up to Google Maps.Ī previous tutorial, Prepare 360˚ Panoramas for Google+ on Mac OSX, explained how to use ExifTool with pyExifToolGui to add the data to your image. In the change over some things remained the same while many others changed. In June Google effectively shuttered Google Map Views and a legion of 360˚ panorama photographers started the painful struggle to move from Map Views, to a much more constrained and unfriendly Google Maps platform. ![]()
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