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Focus Shift Bracketing → Using In-Camera Focus Bracketing for Infinite Depth of Field There are certain situations where even f/16 simply is not enough. Maybe you are photographing a flower from just a few centimetres away, or you are shooting a landscape with rocks pretty much touching your lens while mountains are far in the distance. You stop the lens down as much as possible, but you still cannot get everything sharp from front to back → And this is where focus bracketing

Advanced Hyperfocal Testing (Why You Should Create Your Own Hyperfocal Distance Charts for Every Lens You Own) Hyperfocal distance has been part of photography for decades, yet most photographers still rely on smartphone apps, online calculators, or generic charts. The problem is that these tools are based on theoretical calculations and not on how your own camera and lenses actually perform in the real world. Every lens is slightly different. Every camera sensor resolves det

In-Camera Multiple Exposure Arithmetic Multiple exposure photography can be very experimental, but it does not have to be completely out of control/out of your hands. If you understand how the exposure of each frame contributes to the final photo, you can actually plan these composites quite precisely while you are still out shooting. So, let’s go through it like this → the basic idea is pretty simple → every exposure adds light. So if you combine several normally exposed fra

Colour Temperature Bridging → Blending Different White Balance Versions to Fix Extreme Mixed Lighting Mixed lighting can be one of the most annoying colour problems to deal with in photography. You might have warm tungsten light coming from a building, cool blue-hour light outside, greenish fluorescent lighting in the back, and maybe even LEDs adding another colour temperature on top of everything. One global white balance simply cannot correct all of that at once. Colour tem

Directional Noise Shaping → Making Noise Reduction and Grain Follow the Natural Flow of a Photo Noise reduction is usually treated as a global correction, so → increase the slider until the noise disappears, add some sharpening back, and move on. The problem is that photos are not actually made up of equally detailed surfaces. Water flows horizontally. Fabric follows folds. Hair runs in strands. Rain falls downward. Motion blur follows the direction of movement. Directional n

Frequency-Based Colour Grading Colour grading can sometimes start causing problems when you push it into areas full of fine texture such as skin, hair, fabric, foliage (aka leaves etc.), bricks, and other detailed surfaces can start to pick up strange colour shifts that make the photo feel very processed. Frequency-based colour grading approaches the edit differently. Instead of treating your whole photo as one layer, you separate broad colour and tonal information from fine

Custom Highlight Recovery Curves When it comes to highlight recovery, it is often treated as a single slider → you pull highlights down, maybe reduce whites, and hope the bright areas come back. That works sometimes, but it is important to remember that not all highlights behave the same way by nature. A reflection on polished metal is very different from bright skin, a white cloud, or direct sunlight reflecting off water. If you recover all of them equally, your photo can be

Exposure Triangle Locking → Lock Two Exposure Variables and Change Only the Third for Faster, More Consistent Shooting! The exposure triangle gives us three main controls → aperture, shutter speed, and ISO. Normally, we are taught to balance all three depending on the available light. That is certainly important to understand, but always changing everything can slow you down. A much simpler way to go about it in many situations is what I like to think of as Exposure Triangle

Custom Film Emulation Curves → Building Your Own Film Look by Recreating How Real Film Responds to Light Film emulation often gets reduced to very simple presets. Faded blacks, warmer highlights, some grain, maybe slightly muted colours, and you are done. Yes that can look good already, but it does not necessarily behave anything like actual film. A cooler approach is to study the characteristic curve of a real film stock and recreate that response yourself. Instead of copyin

Crop-Factor Depth-of-Field Correction → How to Adjust Your Aperture on APS-C and Micro Four Thirds for Full-Frame-Like Background Blur One of the biggest misconceptions about crop-sensor cameras is that they simply cannot produce the same background blur as full-frame cameras. That is not entirely true. You can get remarkably similar results, but you need to understand how sensor size, focal length, aperture, and shooting distance work together. The technique I want to highli

Micro-Contrast Enhancement in Post Micro-contrast is something that separates a ‘nice-looking’ photo from one that feels very crisp, detailed, and alive. It is (I would say) the cherry on top of an already good photo. It is about the small tonal differences that give textures depth and make details pop. The thing is, when it is done right, you do not actually notice it. You just feel that the photo has more presence. When it is overdone, however, it is the first thing you see

Zone Focusing for Street Photography If there is one technique that every street photographer has to learn/get familiar with, it is zone focusing. Autofocus is great, it is fast, accurate, and incredibly advanced now. But on the street, moments happen in fractions of a second. And sometimes even the fastest autofocus system is just a little too slow, or it grabs the wrong subject, or it hunts at the worst possible time. Zone focusing removes that delay entirely. Instead of fo