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Rokinon AF 14mm F2.8 launches in September for Nikon F-mount

22 Aug

Rokinon has announced that its ultra-wide AF 14mm F2.8 lens will arrive for Nikon F-mount in September. The lens, which is already available for Canon EF, is the maker’s first auto focus lens for Nikon. The model features 15 glass elements in 10 groups, including two aspherical lenses, four high refractive index lenses, and one extra-low dispersion lens. The glass has Ultra Multi-Coating (UMC) anti-reflective coatings.

The lens features a Manual / Auto Focus switch and an aluminum alloy housing, as well as a 7.8″ / 0.20m minimum focusing distance, weather sealing, and a 16.7oz / 474 grams weight. According to Rokinon, the AF 14mm F2.8 “meets or exceeds the performance characteristics” of similar ultra-wide lenses.

The Rokinon AF 14mm F2.8 for Nikon F will be available in September for $ 799 USD.

Via: Imaging Resource

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Review – Acratech GP Ball Head for Tripods

22 Aug

When my original tripod head started getting a bit loose and wobbly, the decision had to be made to replace it. But what was I going to get for a new head?

There are many brands and choices and after doing a lot of research and reading reviews, the most important parameters (for me) were narrowed down to these:

  1. It must be as light as possible
  2. There must be a lever clamp
  3. Panorama leveling included

Review - Acratech GP Ball Head for Tripods

After much careful consideration, I opted to go with the Acratech Ball Head with Lever Clamp option. For those interested, the other serious contender was from Really Right Stuff. Pricing was similar but the Acratech was a lot lighter.

When it finally arrived (it takes a long time for things to travel to NZ affordably) the first thing that surprised me was how small it was. The second thing was how hefty, solid and well made it was. It is almost a work of art in its own right, how sculptured it looks.

Up close and personal with the Acratech GP Ball Head

There are three knobs on the base of the Acratech GP. The largest one with the notches is the ball head release – this is the one that gets used all the time to position the head.

On the same level is a smaller round knob which is responsible for adjusting the tension. When you loosen the main knob it can go completely loose and floppy really quickly, or you can tension it to have a bit more resistance.

There is a small notched knob on the panorama ring. It allows the whole head to swivel around from side to side – a necessary requirement when panning across for panorama images.

Review - Acratech GP Ball Head for Tripods

Back of the tripod as it faces the photographer with the three main control knobs and the lever clamp in a closed position.

There is one notch that allows you to drop the camera over 90 degrees (to a vertical position) and be held firmly in place there.

Review - Acratech GP Ball Head for Tripods

Front of the tripod head showing the drop notch.

At the top is the camera mount plate which has a lever clamp with a safety release. This has to be held down for the lever to let go. It’s easy to get a shirt cuff caught in the lever so this is a very important feature.

On the front of the camera mount, is a high friction adjustment knob so you can close the lever tightly around the tripod plate on the camera.

Finally, there is a bubble level on the camera mount plate.

Review - Acratech GP Ball Head for Tripods

Top view of camera mounting plate with the lever clamp in the closed position.

Here are the specifications on the Acratech GP Ball Head from the manufacturer’s website:

  • Will hold up to 25lbs (11.4kg)
  • Height 4.14″ (105mm)
  • Length 3.47″ (88mm)
  • Wide 3.20″ (81mm)
  • Base Diameter 2.375″ (60mm)
  • Weight 0.95 lbs (.43kg)

NOTE: It also comes with a 10-year warranty.

Setting up the Acratech GP Ballhead

Step 0 is to screw the head to the top of your tripod legs.

Step 1 is to sort out your appropriate level of tension needed for the ball head when you release the main locking knob.

  • Too loose and the camera will instantly flop over to one side if you don’t have a hand supporting it.
  • Too tight and it can be stiff and difficult to position, which slows you down and is quite tiring after a while.
  • My preferred option is set so that it’s tight enough to loosen off slowly initially but has enough play to move about easily.

Step 2 is to put the camera on the mounting plate (with the ball locked shut) and the adjustment knob on the mounting plate loosened.

This allows you to seat the camera firmly and holding tightly with one hand, screw the adjustment knob as tight as you possibly can.

Step 3 is to figure out how it all works together with the camera mounted. You may want to change the tensioning once the camera adds its weight to the arrangement.

There is a full set up video on the manufacturer’s website, or you can watch it below:

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Features

One of the benefits of the Acratech GP ball head is it offers three key features in one mount:

  1. Standard ball head with lever clamp option
  2. Gimbal head
  3. Panorama head

1. The standard ball head allows you full rotation around the top of the head and a drop notch to allow a 90-degree supported camera position.

2. Gimbal head utilizes the drop notch and by having both the main knob and the panorama knobs loosened, you can swing the camera around and swivel up and down freely. This works best when you have it mounted on a longer lens with a locking collar.

3. The panorama head is a unique feature where you unscrew the head from the legs, also unscrewing the camera mounting plate from the top of the tripod.

You then screw the camera mounting plate on the bottom of the head and screw the reassembled head back onto the tripod legs.

(See the video above which fully explains all these features.)

The User Experience

I have had my Acratech GP Ballhead for several years now and in general, I really like it though there are some design features I find quite irritating.

  1. The main locking knob has a really short shank (the distance between it and the body of the head). My hands aren’t huge but I often scrape my knuckles on the side of the head when tightening the locking knob.
  2. The main locking knob is quite small which means you need to turn it a lot because it lacks the leverage a wider knob would give. As a result, I have the tensioning set quite high.
  3. When the tensioning is set towards the higher end (i.e. quite resistant), it can sometimes seem that the camera is locked in place. However, if the locking knob is not fully engaged, the camera can suddenly drop or slump especially if you have a heavy lens. Or if you are really unlucky and you didn’t check the friction knob was tight, your camera literally falls out of the head and smashes onto a concrete floor!
  4. Check that the lever clamp high friction knob is tight as it can loosen over time.
  5. It may be the age of my head but I notice it droops down a bit when the camera settles into position. Not a huge amount but it’s noticeable when working with macro and tightly framed compositions. It’s manageable by setting it a tad higher than usual and letting it drop into the correct position.
  6. For panoramas I have never bothered to muck around with unscrewing it as its designed to be, I just set everything up and then loosen the pano base knob and swing it around happily.
  7. I have never used the gimbal feature so I cannot comment here.
Review - Acratech GP Ball Head for Tripods

Side view showing some of the wear and tear on my Acratech GP Ball Head – it’s a solid piece of kit.

My Gear

I shoot with a Canon 7D Mark II and my heaviest/longest lenses are Canon 24-70 II F2.8 IS, Canon 100mm F2.8 IS L macro and Canon 70-200 F4 IS L with a locking collar.

I got an RRS L-plate for the camera and a lens plate for the 70-200mm lens.

My tripod gets used a lot. I always use it for landscapes, as I do a fair amount of long exposures. Any macro photography is always done using the tripod and most of my food and still life shots are done on a tripod as well.

Review - Acratech GP Ball Head for Tripods

Acratech ball head with a Canon 7D mounted for scale.

Summary

This is only the second tripod head I have owned in 10 years of doing photography and in general, I am very happy with it.

It is tiny in comparison to other options, so the lighter weight is appreciated when traveling or carrying the tripod. Despite the size, it does provide a good firm base and allows me to get solid sharp images.

There are a few quirks to get used to in regards to setting up and using the head. I am sure this is pretty common no matter what brand or option you get.

My one main niggle is the design of the main locking knob. The shank is too short and I have scraped my knuckles bloody on more than one occasion. It can be avoided by careful positioning of my hand in relation to the knob, but in my opinion, it is a design flaw that should be improved upon.

Overall, based on the range of features it offers a run of the mill photographer (i.e. you don’t have big heavy lenses), the lighter weight, quality of workmanship and design, I give the Acratech GP Ball Head 8 out of 10.

The post Review – Acratech GP Ball Head for Tripods appeared first on Digital Photography School.


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The Insta360 Pro 2 is an 8K 3D 360-degree camera

22 Aug

Insta360 is probably best known for its smartphone 360-degree cameras, but the company is also very active in the professional space. Today it underlined its ambitions in the market for professional 360-degree imaging equipment by launching the Insta360 Pro 2, a six-lens 8K 3D professional VR camera.

The Insta360 Pro 2 uses six cameras to capture a scene, fusing the image data into two 8K photos or videos to create 3D VR image output. Available shooting modes include 8K 3D at 30 fps, 8K monoscopic at 60 fps, 6K 3D at 60 fps, and 4K 3D at 120 fps.

In-camera HDR allows for capturing highlight and shadow detail, even in difficult lighting situations, and i-Log mode offers flexibility in post-production coloring. The camera also features Insta360’s FlowState stabilization. The software-based system uses data from a gyroscope and the company says it offers gimbal-like performance, doing away with the need for bulky stabilizing gear that would possibly be visible in the footage.

For monitoring the Pro 2 comes with a 360-degree live monitoring system that, according to Insta360, offers a high-definition, low-latency video stream that is optimized for long-distance previewing. Thanks to a transmitter and receiver, the camera can be controlled and footage previewed from a distance of roughly 300 meters ground-to-ground, and 1 kilometer ground-to-air.

In addition the camera features four built-in mics for 360 audio, a pair of USB and 3.5 mm audio inputs, and six MicroSD card slots for recording at the maximum possible bit rate. A seventh SD card is reserved for recording stabilization data and low-res proxy files that can be used for editing in Adobe Premiere Pro.

The Insta360 Pro 2 can now be preordered at the Insta360 Store and other retailers for $ 4999.95 USD. The package includes the Farsight transmitter system and an additional battery. Shipping is scheduled for September. Sample footage can be viewed on the Insta360 Youtube channel.

Press Release:

Insta360 Pro 2 Launches with 8K 3D, FlowState Stabilization, Simplified VR Workflow

Insta360 today launched the Insta360 Pro 2, a groundbreaking six-lens professional VR camera. Ready to shoot 8K-per-eye 3D 360 video, the Pro 2 innovates the entire professional VR production workflow – offering effortless FlowState stabilization, long-range live monitoring, simplified post-production in partnership with Adobe, and a new technology that delivers 8K VR to viewers regardless of whether they have high-end playback devices.

Introducing the Insta360 Pro 2: https://www.youtube.com/watch?v=wjM3wS68cYo

Every Detail. From Every Angle.

The Insta360 Pro 2 uses six cameras to capture every angle of a scene at once. The resulting videos or photos are then fused into two 8K 360 images, one per eye, to create immersive, beautifully detailed 3D VR.

Available shooting modes include 8K 3D at 30 FPS, 8K monoscopic at 60 FPS, 6K 3D at 60 FPS, and 4K 3D at 120 FPS, among others. New in-camera HDR keeps lighting natural even when it varies in every direction, and i-Log mode is optimized for maximum flexibility in post-production coloring.

Make Your Move

The Pro 2 features Insta360’s proprietary FlowState stabilization, bringing a high-quality in-camera stabilization system to professional VR for the first time ever. Until now, VR creators have faced a grim choice: Make their audience sick with poorly stabilized footage, or use bulky stabilizing gear that would show up in scene and create a post-production headache.

FlowState solves this, achieving gimbal-level, pro-quality stabilization with no gear necessary. The Pro 2 uses an ultra-precise gyroscope that tracks motion on nine axes, and then – when paired with Insta360’s software innovations – allows creators to stabilize their footage down to a hair, fully automatically.

The dynamic, moving shots that filmmakers rely on to tell good stories are now possible in VR, along with a new language of dynamic 360 shots waiting to be created.

Action at a Distance

VR creators struggle with a fundamental challenge of the medium. How do you direct a shot when you can’t be on-set? The common solution – Wi-Fi monitoring – is notorious for being unreliable, short-range and prone to delay and interference.

The Pro 2 comes paired with all-new Farsight technology, a 360° live monitoring system that offers a high-definition, low-latency video stream that’s optimized for long-distance previewing.

With a transmitter and receiver, creators can effortlessly direct and control their scene from a distance of roughly 300 meters ground-to-ground, and 1 kilometer ground-to-air. Transmitting at 5.18Ghz, the Farsight uses smart channel switching to ensure it always cuts through the noise.

“No-Stitch” Editing in Adobe Premiere Pro

The Pro 2 is tailored for convenient stitching and editing using Insta360’s integrated Adobe Premiere Pro workflow. Every time the Pro 2 captures a video, it automatically saves a low-res proxy version in addition to the full-quality footage.

All a creator needs to do when they finish a shoot is directly import their footage into Adobe Premiere Pro. The proxy files will be automatically recognized and stitched instantly to let creators preview their final project.

This proxy version can be used to edit the project as usual. Then, when users are ready to export, Insta360’s algorithm will take over and stitch together exactly the footage they used in the final project, at full quality. There’s no wasted time, processing power, or effort. Creators stitch only what they use.

Ready for Anything

The Pro 2 weighs in at a handy 3.42 pounds (including a battery and antennae), making it easy to carry on remote shoots or send up on a drone, and its hot-swap battery dock ensures that it stays powered-up out in the field.

It sports four built-in mics for 360 audio, plus a pair of USB and 3.5 mm audio inputs on its top and bottom – allowing creators to add a custom audio setup or other add-ons as their shoots demand.

Six MicroSD card slots, one per each camera, allow the Pro 2 to record at the maximum possible bitrate, ensuring optimal image quality and post-production flexibility. A seventh Full SD card captures stabilization data and low-res proxy files optimized for editing in Adobe Premiere Pro.

Clear as Crystal

There’s a drawback to creating a beautiful, high-res VR project: You have to figure out how to deliver it to an audience — most of whom are going to be using either a smartphone or a popular headset like the Oculus Go or Samsung Gear VR, both of which max out at 4K.

Using Insta360’s proprietary CrystalView technology, Pro 2 content can be quickly converted into a format that’s ready to play back – at full 8K quality – on any mainstream smartphone or headset. Insta360’s free playback apps (such as Insta360 Moment) will dynamically render these files, displaying in full quality the exact segment of a scene that a user is looking at.

Live In the Moment. But Capture It.

The Insta360 supports 360 live-streaming at 4K resolution — in both 3D and monoscopic formats. The best part: Creators can save full-quality 8K footage at the same time that they broadcast in 4K, giving them the flexibility to turn their live recording into a polished edit later on.

Perfect Sense of Direction

The Insta360 Pro 2 sports a built-in GPS module, enhanced with a top-mounted antenna to improve signal strength. Creators can automatically append GPS data to their captures, allowing for easy contributions to Google Maps Street View and other precision-mapping projects.

Tools for Any Job

Insta360 Pro 2 customers will also have access to some of the premiere post-production tools in the VR industry. Included in the purchase of the Pro 2 is a 3-month license for Mistika VR Professional Edition ($ 236 USD value), offering customizable stitching controls, integrated with Insta360’s official stitching libraries. Also included is a 3-month license for Blend Media’s 360 Stories Pro software ($ 745 USD value), letting users easily create and publish virtual tours and other interactive 360 experiences.

Preorder Open

Preorders for the Insta360 Pro 2 are open now via Insta360 Store, B&H Photo Video and select retailers worldwide. It’s priced at $ 4999.95 USD, and includes the Farsight transmitter system, plus one battery. Cameras are set to ship in September.

Pre-order Now:

https://store.insta360.com/

Sample Footage – 8K 2D H265

https://www.youtube.com/watch?v=rjES6kpciWY

https://www.youtube.com/watch?v=Jb700lV7oLc


Sample Footage – FlowState

https://www.youtube.com/watch?v=WPlpTvutqzs

https://www.youtube.com/watch?v=bQKHZFn5A_c

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Making the Best Use of HDR in Landscape Photography

22 Aug

Do you love landscape photography? It provides ample rewards for those who are drawn to the outdoors. Chasing the light can be very exciting but it also poses some significant challenges. What you see versus what the camera sees can be two very different things.

Making the Best Use of HDR in Landscape Photography - two images of a forest

What is High Dynamic Range and why it matters

Much of the best light comes with difficulties related to exposure, and all cameras have limitations when it comes to exposure. The problem is High Dynamic Range or HDR.

Your eyes have an immense dynamic range when it comes to scenes with extremes of bright and dark. Your eye adjusts so quickly you don’t notice it. But your cameras sensor, on the other hand, has a fixed dynamic range. If the scene you’re photographing exceeds that, the camera can’t capture all the details at both ends of the contrast range.

There are several methods for dealing with this limitation:

  • You can underexpose the image and allow the darker elements to become silhouettes. But that only works in a few situations.
  • You can use a graduated neutral density filter. This works best when there is a straight dividing line between the bright and dark areas of the image. Otherwise, the tops of foreground objects like trees become darker than the bottoms.
  • Or you can use a method that works in all situations and the solution is simple. If the sensor can’t capture the full dynamic range in a single shot, take several shots at different exposures that span the dynamic range. Later, in the digital darkroom, blend the images together to make a single image.

Lower Antelope Canyon - Making the Best Use of HDR in Landscape Photography

There are two parts to the HDR process – capturing the image in the field and processing it in the digital darkroom. Let’s start in the field.

Setting up an HDR shot

Here are the things you need to do to set up an HDR shot for landscape photography. The starting point is your normal landscape configuration.

  • It’s customary to use a tripod for landscape photography and this applies to HDR as well. However, with the exciting advances in alignment technology in applications like Photomatix Pro, more and more HDR photography can be done hand-held.
  • Set your camera mode to Aperture Priority. You want all your exposures to maintain the same depth of field.
  • Set your focus to manual (or use back button focus); you don’t want the focal point changing between shots.
  • Use a remote release and set your drive to continuous mode. That way, you don’t inadvertently jiggle the camera when you press the shutter button. This way, one press of the remote‘s button takes all your shots.
  • Set your exposure bracketing, you’ll typically want 2 stops difference between shots.
  • Set the number of shots, typically 3. But be aware that in extreme conditions you may need 5 or more shots to capture the full dynamic range of the scene.

Note: Your camera may have restrictions on exposure bracketing and/or the number of shots, so you will need to work with that. The important thing is to get enough shots to cover the entire dynamic range.

Now you’re ready to go. For a more detailed introduction, see this article “Setting up Your Digital Camera for HDR Shooting”

How to know you need to do HDR

Your histogram will tell you if you need to use HDR. Here is an example of what you’re looking for.

Histogram - Making the Best Use of HDR in Landscape Photography

The histogram spans the range of brightness from maximum dark on the left to maximum bright on the right. For each level of brightness, the graphs shows you how much of your scene has that tone.

The histogram above clearly shows a situation where HDR is needed. The histogram pushes up against the left side, which indicates the shadows are clipping and there is a loss of shadow detail. Similarly, the histogram pushes up against the right side where you have highlight clipping, again, with a loss of detail.

When checking your histogram for potential HDR problems, you only need to look at the left and right sides. What it looks like in the middle doesn’t matter.

For a full explanation of histograms, check out “How to Read and Use Histograms”.

Capturing the images in the field

You’ve identified a shot that requires HDR. Next, you’ve set up the shot and taken your set of bracketed exposures.

Riverside Walk - Making the Best Use of HDR in Landscape Photography

You got it. Or did you?

How do you know your shots spanned the entire dynamic range? If you’re thinking it’s the histogram, you’re right. You don’t need to check the histogram for every one of your shots, just two – the most underexposed (the darkest one) and the most overexposed (the lightest one).

Over and underexposed histograms - Making the Best Use of HDR in Landscape Photography

The histogram on the left is the most underexposed shot. It is well away from the right side. In fact, there’s very little beyond the middle. You may think this is too underexposed, but experience shows that the best practice is to underexpose by too much rather than not enough. There can be areas that are extremely bright but too small to register. It’s better to play it safe.

The histogram on the right is the overexposed shot. Because it is pulled away from the left side, you can be confident you have captured detail in the shadows. Regardless of how many shots you took, these are the only two histograms you need to check.

Making the Best Use of HDR

In landscape photography, you have no control over the light. You need to work with what nature serves up. Sooner or later you will run into HDR situations.

With experience, you begin to anticipate when you need to use HDR. Here are some of those situations, with the before and after images displayed for each. The after image, by the way, is the result of the HDR blending and nothing else. More work will be done in Lightroom and Photoshop later.

Twilight

HDR conditions occur during twilight, the hour before sunrise and just after sunset. During most of this time, the dynamic range is well within your camera’s limits. But there is a period of about 10 minutes or so when the sky becomes very bright while the land is still dark.

This moment captured in Joshua Tree National Park, California, illustrates this issue.

Twilight before and after - Making the Best Use of HDR in Landscape Photography

The image on the left is the before image; a single exposure that captures detail in the foreground. Notice how the dramatic sky is lost. With HDR you get it all – foreground, sky, everything. And besides capturing the sky, look at the enhanced detail in the foreground.

Sunrise and sunset

Often during sunrise and sunset, you want to have the sun in the composition. The bright sun can create an extreme dynamic range, however, and can also confuse your camera’s light meter. The sky may get washed out or the foreground can be darker than you’d like.

Sunrise before and after - Making the Best Use of HDR in Landscape Photography

Look at this photograph of Thor’s Hammer (above), captured at sunrise in Bryce Canyon National Park, Utah. The hoodoo to the right is an important part of the composition. Getting the starburst of the rising sun through the window adds to the interest.

But the before image without a sky misses another key element. With HDR, however, it all comes together and the moment is recreated.

Full moon at twilight

As it rises through the Venus Belt, a full moon makes an exciting image, with the band of color that sometimes appears in the eastern sky as the sun sets. The best time to capture this is one or two days before the actual full moon.

You may not think of this as an HDR shot. The dynamic range of the earth and the darkening sky is well within your camera’s capabilities. The moon, however, is in full sunlight. It is as bright as midday. So, the challenge is to capture the detail in the moon.

Full moon before and after - Making the Best Use of HDR in Landscape Photography

The before image has no detail in the moon or the shadows. But the HDR image captures the moon and can be worked with to produce a beautiful photograph. You might like to see how this turned out (below).

Bristlecone moon - Making the Best Use of HDR in Landscape Photography

Dappled sunlight

In a woodland or forest on a sunny day, the sun’s rays pierce the canopy to create enchanting bright patches. It’s beautiful, but it presents a serious exposure problem. In the days of film with a limited dynamic range, you would likely pass it by.

Dappled sunlight before and after - Making the Best Use of HDR in Landscape Photography

This before image (above) has a problem that often goes overlooked; the foliage in the background is blown out. And not just that, but the fern at the bottom is also in the sun and it too is overexposed. But the HDR image handles both areas beautifully and, as a side benefit, produces richer colors.

This is just the beginning

There are a lot more situations where HDR can save the photograph. Slot canyons come to mind or rays of light in a redwood forest, as you saw above. The trick to avoiding HDR problems is to always check your histogram.

Another good practice is to do brackets shots even when it’s not obvious that the scene requires it. It’s good insurance. If you don’t need the bracketed images, you lose nothing. But if you need them and don’t have them you lose the photograph.

Processing in the digital darkroom

There are many tools that can blend your bracketed files. Even Lightroom and Photoshop now have very rudimentary HDR options, albeit without any significant controls. You get what you get.

The premier HDR tool is HDRsoft’s Photomatix Pro. HDRsoft has been around since the dawn of HDR photo editing. All they have ever done is HDR processing, and they are very good at it. Photomatix Pro provides a robust and powerful set of adjustments that enable you to create photographs ranging from natural to surreal, and even black and white.

Suppose you were photographing in Zion National Park, Utah at sunrise, and you took these three shots bracketed by 2-stops.

3 bracketed exposures - Making the Best Use of HDR in Landscape Photography

None of these photographs are very good on their own. The middle image, the underexposed one, captures the blue of the sky that isn’t in any of the other images. And the image on the right captures all the detail in the foreground. However, this is exactly what you want for HDR.

Let’s pick up the workflow where you have already uploaded your images into Lightroom and selected the files you want to process.

1. Initial Lightroom processing

Don’t do anything to your files before you do the HDR blending other than capture sharpening. In the Develop module, make sure all your settings in the Basic, Tone Curve and HSL groups are set to zero.

2. Export the files to Photomatix Pro

When you install Photomatix Pro with the Lightroom extension, an Export preset is created automatically. With all the files selected, in Library mode, click the Export… button in the lower left-hand corner. In the Export dialog, select the Photomatix Pro preset and click Export.

3. Make setting selections in the Export dialog

There are a number of settings in the export dialog box. The two most frequently used are Align images and Automatically re-import into Lightroom Library.

  • Align images – Always click the Align source images checkbox. In the Preset pull-down menu select whether you captured the images on a tripod or hand-held. It’s a good idea to also click Crop aligned images.
  • Automatically re-import into Lightroom library – Check this box because you will want to continue your workflow in Lightroom once you have your HDR image. In Output Format: be sure to select TIFF 16-bit. Also, click Stack with selected photo.
  • Other Settings – You can explore the other settings for further control. The Show dialog with options to remove ghosts setting is like magic if any elements in your composition moved between exposures. It’s called ghosting. You have a tremendous amount of control in removing ghosting with this option. Check it out. Sooner or later you’re going to need it.
  • When everything is set the way you want, click Export.

Lightroom converts the selected files to TIFFs, launches Photomatix Pro and exports the files. Photomatix Pro will do the initial processing and display the blended image.

4. Refine the image in Photomatix Pro

The image is already looking so much better. But you can do more.

The best place to start is the presets. Try out the various presets. There are over 40 of them, not counting any that you might have created. Everything from natural to surreal is covered. Detailed seems to work best for this photograph.

Check the histogram. Check the luminance, red, green, and blue histograms. The point of using Photomatix Pro is to eliminate clipping, especially highlight clipping and the histogram tells you how you’re doing.

Here, luminance has a small amount of highlight clipping. Red is fine but green and blue have a lot of clipping. That can be fixed with the White Point adjustment in the HDR settings group (you need to scroll down to see it).

White Clip – Set this to 0 and check your histograms again. The luminance and green clipping is totally gone but there’s still blue clipping. That’s not really a problem, though, because most of the blue has no detail.

Other HDR SETTINGS

Try the other adjustments in the HDR SETTINGS group. At the bottom of the panel is an explanation of what each does, so refer to that. After a little experimenting, setting Strength to 65 and Tone Compression to -4.0 produces a very favorable result with this image.

COLOR SETTINGS

Color Settings are fairly new and a great addition. Bumping both Saturation and Temperature to 4.0 is very pleasing.
It would be nice to draw more attention to the trees in their autumn colors. To do that, select Yellow from the Image Colors drop down and adjust the Brightness slider to 5.0, Saturation to 2.0 and Hue to -2.0.

5. The Results

Here’s how the image looks now. Looking good.

Photomatix pro ending point - Making the Best Use of HDR in Landscape Photography

6. Finishing up

Click Next: Finish to continue. Photomatix Pro applies all of the adjustments you’ve made and gives you the option of a few more – Contrast, Sharpen, Crop, and Straighten. These are handy when you’re using Photomatix Pro to create the final image. But if you intend to do more processing in Lightroom or Photoshop, you might want to do your tweaks there instead.

7. Save and Reimport

Click Save & Reimport. Photomatix Pro will create a TIFF file and save it to the same drive as the original files. It will also add the new file to the Lightroom catalog so you can continue editing it there.

8. Finish your workflow

Continue your normal workflow with the file that’s just been imported. You could end up with something like this.

Final thoughts

Sometimes I’m asked if my photographs are what the camera saw. My response is, “No, because the camera doesn’t know what I’m feeling.”

Landscape photography can be so much more than just documenting experiences. It has the power to convey the emotions and states of mind that come upon us when we stand in the presence of such majestic scenery as this.

But there are times when nature challenges us. And with techniques like HDR and powerful tools like Photomatix Pro, our creative expression is unleashed, and we are able to make photographs that go beyond simply capturing the moment but hold a deeper meaning.

Do you have any questions about using HDR in landscape photography? If you do, please let me know in the comment area below and I will be happy to answer them.

Disclaimer: HDRsoft is a paid partner of dPS

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Yongnuo releases 50mm F1.4 for Nikon F-mount

21 Aug

Lens and camera accessory manufacturer Yongnuo has announced the availability of the new YN 50mm F1.4N E II lens for Nikon F-mount cameras. This announcement comes roughly three months after Yongnuo released the same lens for Canon EF-mount cameras.

As is to be expected, the YN 50mm F1.4N E II lens for Nikon F-mount is identical to its Canon equivalent in every way aside from the metal lens mount. It features an electromagnetic aperture with full shooting mode support, a 7-blade aperture diaphragm and a built-in USB port for on-the-fly firmware updating.

The nine optical elements in seven groups feature a multi-layer coating for reducing glare and ghosting while simultaneously letting in more light. The front filter is 58mm in diameter and the lens weighs 577g/20.35oz.

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The YN 50mm F1.4N E II lens for Nikon F-mount is currently available through multiple sellers on eBay for roughly $ 175. The lens will likely make its way to other retailers, such as Amazon and B&H, in the coming weeks.

Articles: Digital Photography Review (dpreview.com)

 
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Smartphone image sensors are low in supply

21 Aug

In May we reported that CMOS sensor sales were at an all time high and record numbers were expected for 2018.

It appears the strong sales have not slowed down at all over the summer, and we’re now in a situation where CMOS sensors are in short supply. Industry news publication IFNews quotes a number of Chinese sources that refer to an article in the Taiwan Economic Times, reporting that image sensors are now in short supply.

Big suppliers like Sony and Omnivision are increasing their prices for image sensors

This is largely due to dual and triple cameras becoming more commonplace on smartphones, with even mid-range models often featuring dual-setups now, sometimes at front and back.

As a result big suppliers like Sony and Omnivision are increasing their prices for image sensors. Smaller smartphone manufacturers who don’t get the same priority access to the big suppliers as major manufacturers are diverting orders to smaller sensor makers, such as Pixart and Silicon Optronics (SOI) to keep component cost under control.

The trend for multiple cameras and sensors on smartphones is unlikely to stop any time soon, so be prepared for increased sensor prices having a minor knock-on effect on final device retail pricing. On the plus side, as this development mainly affects the smaller sensor implemented in smartphone cameras, the impact on the market for the larger units used in DLSRs and most mirrorless system cameras should be minimal.

Articles: Digital Photography Review (dpreview.com)

 
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How Color Balance Can Kill Your Color

21 Aug

Sometimes taking a neutral position on things like color balance isn’t really the safe or smart thing to do – sometimes it’s downright dangerous!

Gray Balance Versus White Balance

The camera term for color balance is White Balance, although we measure gray cards rather than white surfaces. Why? The difference isn’t about semantics, it’s about math.

Color Checker Gray - How Color Balance Can Kill Your Color

This is the bottom row of patches from the full ColorChecker chart published (now) by X-Rite.

Neutral gray colors (yes, gray is a color) are all composed of equal measurable parts of each RGB color, while pure white contains no measurable color at all. Photographic gray cards are absolutely color-neutral. We don’t use white cards simply because you can’t measure data that doesn’t exist.

What we perceive as white in a photograph more often than not contains trace amounts of red, green, or blue. Just enough to throw the color balance of the photo way off center if used as a reference (try it and you’ll see).

The Gray Balance tools in Photoshop and Lightroom will neutralize whatever color you click on, so always pick a gray patch rather than a white one. The ColorChecker includes a row of neutral gray patches, none of them being pure white.

Eye Versus Camera

The human eye is very forgiving in this respect. It perceives white in a very assumptive manner. White paper viewed under color light still appears white because of what we call memory colors, a cognitive database of repeated experience. If we associate a color with an object often enough, we establish a link between the two.

Not so with the camera. Its sensors have no such recollection and are not so forgiving. This is why you must balance color in Photoshop and Lightroom by referencing known neutral gray elements in the photo to known values.

Auto White Balance

Your camera’s Auto White Balance, or AWB, is what is relied on by most shooters because the flawed assumption that cameras recognize light like we humans do. Actually, the cameras are dumb electronic devices that evaluate light more clinically than do our eyes. Our brain’s cerebral cortex parses the hues of light according to our memory color catalog.

Memory Colors

White Balance Memory Colors - How Color Balance Can Kill Your Color

Memory colors are logged into our brains. These include grass (green), sky (blue), paper (white), orange (orange), etc.

Whether under candlelight or sunlight, fluorescent or tungsten, sunset or noonday, a white sheet of paper will always appear white because your brain retains the associative reference. Your brain compensates for almost every color of light, delivering a believable impression of what you’ve come to think of as reality.

No matter when you see these memory color items, your brain registers these colors and in a sense, overrides the actual color of the light. Unfortunately, this is not true for (digital or film) cameras.

White Balance Symbols - How Color Balance Can Kill Your Color

How it works

Trusting that the camera’s AWB will correctly diagnose light and set the proper color interpretation is a flawed and risky assumption fraught with problems.

First, in the language of RGB color, equal values of red, green, and blue (like red 128, green 128, and blue 128) light produce an absolutely neutral gray color. This is an absolute of color science.

In order for the camera’s AWB algorithm to deliver accurate color, it must assume that there exists a detectable and absolutely neutral gray component in the scene. A pretty wild assumption considering that there are over 16,000,000 colors in the visible spectrum.

The camera then examines the light reflecting from objects in the scene and locks onto the cluster of pixels whose RGB values are closest to equal (regardless of how dissimilar). The AWB mandate then forces those colors to become absolutely neutral value while twisting all other colors in the scene in a similar manner.

This is all well and good IF that cluster of pixels in the captured scene actually is, in reality, neutral (gray) in color. The corrected values will then actually balance the colors in the image and produce an image that looks “real”.

The issue

But, if the scene does not have an absolutely neutral component – if there is a bluish somewhat-gray item in the scene but is not truly neutral gray (like the snow scene below) – then the image processor in your camera will dutifully and obediently change that bluish color to neutral gray, and shift all the other colors in the scene in the same direction on the color wheel.

While your eyes and your cerebral cortex use memory colors to forgive any color cast in a scene, they do not afford that same corrective assumption to photographic images. If the collection of pixels or printed dots produce off-color results, your perception will register and report “bad color”.

You are smarter than your camera

Your camera is not smart, it is simply efficient and obedient. It will obey anything you tell it to do. It’s a machine, it is not a volitional entity. It has neither reasoning power nor color-compensating algorithms.

Your camera may claim to have “intelligence,” but that intelligence is merely scripted logic, sometimes labeled artificial intelligence (the keyword here is “artificial”). You are the only one with actual intelligence. You must tell the camera what to do, NOT the other way around.

Take control of the situation and set your camera’s white balance setting according to the current lighting conditions. Your options include manual pre-sets for all typical lighting situations: Daylight, Cloudy, Shade, Tungsten, Fluorescent, Flash, and usually a couple of custom setups.

White Balance Genoa Cathedral - How Color Balance Can Kill Your Color

These two images were captured within 5 minutes of one another, under identical lighting. AWB (left) neutralized the color but destroyed the richness of the scene. The camera’s Shade color balance (right) added a slight amount of warmth and captured more closely what my eyes observed.

Color Balance Tools

There is a time to use your white balance tools to reference true neutral gray in the scene to set the gray balance in your photos, and there is a time to keep those items in your camera bag. The truth is, neutralizing every image can literally suck the natural color right out of a scene.

White Balance Tools - How Color Balance Can Kill Your Color

White Balance Tools: A) Digital Grey Card, B) DataColor SpyderCube, C) X-Rite ColorChecker Passport, D) Photoshop Levels, E) Camera Raw, F) Lightroom.

A gray balance tool placed in the scene (for an initial test shot) will serve as the gray balance reference for correcting any color casts in images captured in that scene.

This correction takes place after the capture when the test image is opened in Adobe Lightroom, Camera Raw, or Photoshop. When the White Balance tool is applied to a reference gray in the test image, all photos open at the time can be color corrected automatically.

This is truly a great way to accurately set the lighting balance within a series of photos taken during a single session.

White Balance Sunset Fence - How Color Balance Can Kill Your Color

The sunset light reflecting off this wooden fence would be scuttled if the colors were neutral balanced.

Exceptions

Unless the scene contains “emotional” light such as candlelight, sunrise/sunset, late afternoon or early morning light, nightlife/neon, etc. If the scene to be captured contains this kind of emotional (or mood) lighting, the very mood can effectively be neutered by the white balance process. Shooter beware.

White Balance Disney - How Color Balance Can Kill Your Color

Late afternoon Florida sun added a very warm and rich appearance to the shot on the left. I used the Neutral Balance eyedropper (choosing the most neutral colored surface I could find) to set the White Balance. As a result, the process destroyed the warmth that attracted me to capture the image in the first place.

White Balance Alaska - How Color Balance Can Kill Your Color

This snowy night shot was taken in Fairbanks Alaska on December 28th at 10 PM, capturing the surreal natural lighting that occurs in Alaska at this time of year.

The cool shadows that are evident in the image on the left are typical of moonlight reflecting off the snow. Setting the camera’s color mode to Daylight, allowed the tungsten lamplight to capture warm lighting amidst the cold snow, recording the scene exactly as I experienced it.

In the picture on the right, the camera’s White Balance was set to AWB, assuming that this “automatic” setting would capture the colors of the image faithfully. Oops! In truth, AWB actually lost the shivering cold lighting altogether.

In both of the above cases, white/neutral balance routines were employed, and the ambiance of both scenes was dutifully destroyed. By forcing each unique lighting to be neutralized, both the warmth of the sun and the frigid look of the night snow were lost.

Conclusion

There is no single, always-right color balance setting on the camera. In fairness, most times the AWB setting in the camera and gray balance in the editing software work out very nicely.

But occasionally the “intelligent” camera and the powerful editing software need smarter input. That means you. Using a known neutral color element in the picture as a reference allows you to become the color expert.

White Balance Kids - How Color Balance Can Kill Your Color

Using the aluminum window panel (top right) as a gray reference allowed me to automatically color correct this picture with a single click.

So what have we learned? There is a time for White Balance just as there is a time for political correctness. BUT to force the strict application of either in every situation can destroy the spirit of free expression.

Use gray balance only when emotional/mood lighting isn’t present and when a good gray component is in the scene. Too many dramatic scenes get neutered (or neutralized) in the name of neutrality.

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4 Less Popular Types of Lighting Every Photographer Should Know

20 Aug

How can you, as a photographer, best use lighting to your advantage? Working with different kinds of light can be a challenge for even the most seasoned photographers. This often leads to a common suggestion: “Point your shadow at the subject.” Yet certain underutilized less popular types of lighting can actually enhance your photographs.

macro photography bokeh flower dahlia - Types of Lighting

In this article, you’ll get tips for working with four different types of natural lighting, including shade, overcast light, and strong backlighting. Hopefully, you’ll come away with the know-how and inspiration to start using more creative lighting in your own photographs.

macro photography bokeh flower tulip - Types of Lighting

1. Shade plus front light

By “shade plus front light” I’m referring to the lighting situation when the sun is behind you (and coming over your shoulder), but the subject is shaded. That is, the sun would normally front light the subject, but it is blocked by an object.

macro photography bokeh flower trout lily - Types of Lighting

I shaded this trout lily with my body, resulting in a shaded subject and a well-lit background.

Many photographers like to ignore shaded subjects. However, I love this lighting situation for a few reasons.

The first is that it is easier to expose for a shaded subject. You don’t have to deal with intense highlights and shadows. Instead, you can rest easy knowing that the range of lights and darks in your image will be rendered properly by your camera’s sensor.

purple flower - Types of Lighting

Another shaded but front lit situation. Notice the brighter background here.

The second is that this lighting scenario offers up wonderful backgrounds. This is an especially powerful technique when shooting during the “golden hours”, the time just after sunrise and just before sunset.

If you can position the subject so that the sun falls behind it, you can take images with rich, warm background colors. The key is to expose for the main subject (i.e., meter off it), and let the background remain bright. Use a wide aperture to ensure that the background is thrown out of focus.

macro photography bokeh flower cosmos - Types of Lighting

Shading this cosmos flower allowed me to produce a more subtle looking subject with a beautiful background.

Shaded subjects can make for great photographs if you know how to use them!

2. Shade plus backlight

To continue with the “shade” theme, let’s discuss another underutilized type of light: shade and backlight.

By this, I am referring to a situation with a shaded subject where the sun is positioned behind that subject so that you are pointed toward the sun. In this situation, you cannot do the shading yourself. Instead, you have to rely on environmental features to block the light.

macro photography bokeh flower - Types of Lighting

This flower was shaded by some nearby grasses. I was able to get these background highlights by including the edge of the sun in the frame.

What does this type of lighting offer you? Similar to a shaded and front lit subject, a shaded but backlit subject is easier to expose.

If you’re struggling to photograph a brightly colored flower, for instance, it might be beneficial to find a similar specimen in a shaded area. This will help prevent you from blowing out the highlights on the flower’s petals.

macro photography bokeh flower aster - Types of Lighting

Another compelling reason to use this particular type of lighting is that it can create beautiful bokeh. I’m not really talking about bokeh in the sense of that smooth, creamy look that we photographers love (for that, go back to shade plus front light).

Rather, I’m referring to those beautiful geometric shapes that occasionally appear in the background of photographs.

macro photography bokeh flower tulip - Types of Lighting

Notice the slight highlights in the background, created by the shade-sun combination.

How do you do this?

In a backlit environment, the light is often filtered through the surrounding greenery. These are often leaves, but also grasses, shrubs, branches, tree trunks, etc. The rays of the sun are broken up into small points of light, which are then rendered in that geometric fashion when incorporated into your images.

This is a beautiful effect that can add an extra punch to your photographs.

3. Overcast lighting

This type of lighting is more commonly used than the two mentioned above, but overcast light (i.e., light on cloudy days) deserves a mention.

macro photography bokeh flower aster - Types of Lighting

I photographed these flowers on a cloudy afternoon.

You might think that the camera should stay inside on overcast days. After all, the subjects aren’t very well lit, and everything seems a bit gloomy and bland.

Actually, overcast days are fantastic for photography. Especially if you go out toward the middle of the day when the sun is high in the sky (and blocked by clouds), you’ll find wonderfully diffused lighting.

The clouds act as a giant softbox, subtly lighting the entire landscape. This results in colors that are deeply saturated. Macro photographers such as myself love overcast lighting because our flower photographs become much more colorful.

macro photography bokeh flower tulip - Types of Lighting

Another advantage to shooting on overcast days is similar to that of shaded lighting in that the subjects are easier to expose well. There is no bright sunlight to create harsh shadows and unpleasant highlights.

Therefore, overcast days can be a great choice for photographing brightly colored subjects.

4. Direct backlighting

Direct backlighting refers to situations where the sun is directly behind the subject (and therefore directly in front of the photographer).

macro photography bokeh flower tulip - Types of Lighting

The sun is just out of the frame here, above the tulip.

This type of lighting is difficult to work with. Photographers often come away with unwanted flare and a drastically underexposed subject. However, using backlighting is simpler than you might think. Just remember a few key guidelines.

The first thing to note is that I don’t like to use direct backlighting unless the sun is low in the sky. Otherwise, instead of achieving a charming, warm look, you’ll find yourself with a harsh, contrasty image. Sunrise and sunset are your windows, so you’ll need to work quickly and efficiently.

Second, don’t put the sun in the image itself. This will result in a nearly impossible lighting situation. Instead, block the sun with your subject. Move around a bit. Get down low. If you do decide to include the sun in the image, put it at the very edge of the frame (as I did in one of the photos above).

macro photography bokeh flower bleeding heart - Types of Lighting

Backlighting (the sun was in the background on the right-hand side) produced some really interesting bokeh in this bleeding heart photograph.

Third, make sure that your subject stands out against the background. I often try to compose with the subject against the sky.

Fourth, expose for your main subject. Don’t worry about the bright background. Then, once you’ve settled on an accurate exposure for the subject itself, feel free to raise or lower the exposure. Lower it for a slightly darker, more dramatic look (and if you lower it a significant amount, you’ll end up shooting a silhouette). Raise it for a slightly brighter, in-your-face type image.

While there are certainly variations in backlighting conditions, these four guidelines will get you well on your way to shooting some creative backlit images.

Conclusion

While it can be difficult to think outside the box and take risks when it comes to lighting, the rewards can be great.

Try using some of the lighting scenarios discussed above: shade and front light or backlight, overcast light, or even direct backlighting.

Your images will become far more diverse and a lot more impressive!

macro photography bokeh flower aster - Types of Lighting

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Huawei caught trying to pass off DSLR images as smartphone photos…again

20 Aug

It appears Huawei hasn’t learned its lesson. Two years after the Chinese smartphone manufacturer was busted for trying to pass off a DSLR image as a photograph captured with its P9 smartphone, it’s under scrutiny yet again.

Huawei is now taking heat over a recent advertisement for its Nova 3 and 3i smartphones, wherein Huawei insinuates certain photos were captured with a smartphone when a behind-the-scenes photo proves that’s not the case.

The video, which is 30 seconds long, shows various scenes in which the subjects snap photos using various built-in camera features, including beauty, HDR and AI modes. Although the video never explicitly states the images were captured with a Huawei smartphone, it’s very much implied that’s the case.

A critical eye would instantly realize the images weren’t captured with the phone. But for the sake of empirical evidence, we’ll reference the above image uploaded to Instagram (and subsequently deleted) by Sarah Elshamy, the actress in the ad. In the behind-the-scenes still, pictured above, it’s clear the main actor was holding his hand out to make it appear as though he’s holding a phone, when in reality the scene was being shot with a Canon DSLR.

Again, Huawei never specifically mentions what the ad was shot with, leaving a bit of room for leniency. But it’s misleading at best, and downright false advertising at worst. We’ve reached out to Huawei for an official comment and will update this article accordingly if we hear back.

Articles: Digital Photography Review (dpreview.com)

 
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Nikon mirrorless system beta testers share first impressions in latest teaser

20 Aug

Nikon has posted teaser number five for its full-frame mirrorless system that will be announced in just three days. In this one, early users of the camera share their first impressions, and there’s also a quick glimpse of an F-mount adapter.

You can find the rest of Nikon’s teaser videos here.

Articles: Digital Photography Review (dpreview.com)

 
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