![]() The main sections on the interface of the Snagit program. The interface of the program is as follows: Step 2: Start the Snagit program, select Start and enter the keyword Snagit in Search program and files and then select Snagit. Step 1: If Snagit has not been installed, you can download and install Snagit here. The following article shows how to use the features to take screenshots and edit images. Support multiple choice of photographic features, helping you to take screenshots as you like. I think your problem can be overcome by changing your workflow.Snagit is a useful software that you can take screenshots and edit images after taking them. Reducing it down to 720p leaves you with only 92,160 pixels to work with.So you're removing 14,653,440 pixels of information.Īt 1920 x 1080, you have 2,072,600 to work with.Slightly over double the resolution.That's a substantial jump.ġ080p made 720p TV's and monitors obsolete the moment they came on the market.ĤK not so much, the file sizes make 4K untenable in most situations. 720p doesn't possess enough pixels to reduce an image to 25% of it's original size.Īn image thats 4 times larger than 720p contains 14,745,600 pixels. If your working with 1280 x 720 videos or slides. Adding narration and whatever floats your boat. PowerPoint can export a high quality 1920 x 1080 MP4 video of the presentation, that you could in turn edit in Camtasia. What the resolution of your projects, 1920 x 1080, 1280 x 720, or what?Īre you recording the presentation using Camtasia? ![]() Some insight into your workflow may lead to a suggestion. If I’m incorrect, I welcome any corrections others can offer. However, the resolution of your Images, Video Dimensions/Slide dimensions, and other factors are all relative. ![]() You need to consider these factors when creating a presentation. So the workflow can/will dictate finial output quality. As it would be scaled closer to 100% of its native resolution. If you were to record that same presentation on a 4K monitor. Yet the PowerPoint settings are identical. ![]() You will see the lower image is sharper and more detailed than the top one. If you click on that image and view it at 100% Scale. The lower one is recording at 2560 x 1440. The top one is being recorded on a 1280 x 720 monitor. There are 2 separate screen shots of a recording in progress. So a higher resolution monitor can display/record/produce a higher quality image. The monitors resolution, dictates what resolution the image appears at. The larger the image, the greater the degradation. Which reduces the sharpness of larger images. PowerPoint exports them at 1280 x 720 by default. If you export the images you’ve imported and placed in that slide. So the slide is actually much larger than what you see at 100% scale. This is the equivalent of a 4000 X 2250 pixel image. Yet, the default slide is actually 13.333 X 7.5 inches. PowerPoint can create a misleading representation/canvas view of what you're actually doing/producing in the long run.Ī Slide is scaled to 1280 x 720 by default. There are a number of factors affecting a PowerPoint presentation. Photoshop can re-scale images better than most programs.So there are exceptions where I'd prefer to re-scale them myself. Should be a good enough option in most cases. Importing an image directly, without re-scaling it first.
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