Of course you can also make use of a panorama to end up with a higher pixel count. After you’re done, merge the layer stack and you have the same result. The percentage can be calculated by dividing 100% by the number of the layer. You can reduce opacity of the layer stack in the following method: bottom layer, 100% next layer, 50% next layer, 33%, next layer, 25% and so on.
Photostack in cs6 software#
If your software doesn’t have the ability to use smart objects, but it has layers, you can also do the merging manually. The stacking of many images will reduce the amount of noise significantly, making the image really clean without the loss of detail you get from a normal noise reduction. There is a nice benefit from this method.
You can see a increase in resolution as well as a reduction in noise levels. The top images are the normal resolution, the bottom images the super resolution.
Just do your thing on the first one, and copy the setting onto the other nineteen. When you have imported these similar shots into your software program, you need to perform exactly the same post processing on these twenty images. Set your camera on continues shooting and make about 20 shots of a scenery. Make sure the shutter speed allows for images without motion blur, because you need to shoot without a tripod. A raw file format gives the best result, but you could also use jpeg if you like. When shooting a scene, it is advised to keep the ISO level as low as possible, and use an aperture between f/5,6 and f/11. But you can use image stabilization of course. You need to shoot by hand because the technique is based on the shift between the series of images. There is one thing you have to keep in mind don’t use a tripod. Shooting the Imagesįor this technique you can use basically every camera available, but I want to advise a camera that can shoot series. This is what you can achieve with super resolution a 21 megapixel sensor can produce a 87 megapixel image without loss in detail.
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