In this article, going to be revealing to you the major difference between a normal 2D photo and a 3D photo created with LucidPix – the leading digital photo editing software on the market today! If you’re looking to improve your photos, this will show you how. If you’ve seen pictures of my friends, or even just normal photos taken around town, you may have noticed a slight difference in the background and clarity of the image. When taking 3D images, there are many more factors at play. Let’s explore these a bit and see how they work in practice.
The first difference you’ll notice when taking 3d pictures is the camera lens vs. binoculars. You’ll notice that 3d images are often a little softer due to the camera lens focusing light in a different way than a normal photo. The reason for this is because the lens has to work a little harder to focus an image than a normal photo. This difference also creates some less crisp results than normal.
In the next section, we’ll be taking some examples of 2D photos and comparing them to a 3D photo. First up is our 2d photo, shot in front of the bathroom mirror. We’ve moved the camera a bit and notice that both sides of the image have a slight distortion. What does this mean?
As you’ll note, in the 2d photo above, you can clearly see the nose and mouth of the subject. Now look at the stereogram. The horizon is very far away and the rays from the sun are curved. This means that the colors are slightly off-center. This effect is called stereograms and can be seen when looking at photos and illustrations which were made using the same model. Now, if the sun rays were directed directly at the subject, the colors would be off-center as well and be much more vivid.
We can use this knowledge when trying to get a good look at objects in 3d pictures, but it’s not the most useful tool. We can see the effects of this when looking at a flower or a star which are usually easier to interpret as a flat picture. It’s very hard to make 3d pictures look like actual photos.
But stereograms can help if the objects are moving. For instance, when you’re watching a basketball game and one of the players takes a missed shot, you’ll notice the ball in the hoop sticking out a bit. It was as if the ball was floating in mid air! But if the player had used 3d glasses, you could see the ball move as if it were on a desk. That is what stereo glasses can do for you and help you get a good look at 3d images.