Follow  AmateurNikon on Facebook  Follow  AmateurNikon on Google+  Follow  AmateurNikon on Pinterest  Susbcribe to RSS/email

Wednesday, November 16, 2016

Photoshop Tutorial: Fake Tilt Shift

A Photoshop tutorial for today, after some time. This is an effect that has become very popular in the era of Instagram and built-in filters, but - as you'd expect from AmateurNikon - I think it's so much better to have full control of your image. So, without further delay, I'll show you the short and easy-to-follow steps to create a fake tilt-shift effect - or a fake miniature of your images. In other words, this:

So, let's begin!

Note: the instructions are based on my PC-based version of Photoshop CS2. You can adjust accordingly for other versions, programs, or platforms.

Step 1: Open a copy of your image (always a good idea not to work on the original).

Step 2: Duplicate the layer
Step 3: Go to Filter > Blur > Lens Blur
Step 4: You can experiment with the settings, but the "Radius" is the one that controls the blur. I usually pick 20

Step 5: Apply a new mask and click on it. We're now working on the mask
Step 6: Select the gradient tool (use the black/white combination and the reflected linear gradient shape - so that there is a black-white-black shape; on the gradient list it's the 2nd from the right)
Step 7: Draw a gradient keeping in mind that this will be the area which will simulate the focus area. You'll understand it better when you see it on your example. Here's a screenshot of my own gradient (I added the green arrow to show you the direction; if you get an image that the blur is in the middle while the top and bottom are in-focus, it means you did it in reverse - swap the foreground and background colors from black/white to white/black)

Step 8: You're basically done, but in order to enhance the appearance of the image as a miniature, increase the contrast and saturation (quite a lot) until it looks fake and plasticky

As a final note, let me remind you that the best candidates for the procedures are images that are taken from a high elevation, such as the one in our example.

No comments:

Post a Comment