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6 Portrait Lighting Patterns Every Photographer Should Know

25 Jul

The post 6 Portrait Lighting Patterns Every Photographer Should Know appeared first on Digital Photography School. It was authored by Darlene Hildebrandt.

lighting-patterns-2.jpg

In classical portraiture there are several things you need to control and think about to make a flattering portrait of your subjects, including: lighting ratio, lighting pattern, facial view, and angle of view. I suggest you get to know these basics inside out, and as with most things, then you can break the rules. But if you can nail this one thing you’ll be well on your way to great people photos. In this article we’re going to look at lighting pattern: what is it, why it’s important, and how to use it. Perhaps in another future article, if you enjoy this one, I’ll talk about the other aspects of good portraiture.

Lighting pattern I’d define as, how light and shadow play across the face to create different shapes. What shape is the shadow on the face, in simple terms. There are four common portrait lighting patterns, they are:

  • Split lighting
  • Loop lighting
  • Rembrandt lighting
  • Butterfly lighting

There are also Broad and Short lighting which are more of a style, and can be used with most of the patterns above. Let’s look at each of them individually.

1. Split Lighting

split-lighting-pattern1.jpg

Split lighting is exactly as the name implies – it splits the face exactly into equal halves with one side being in the light, and the other in shadow. It is often used to create dramatic images for things such as a portrait of a musician or an artist. Split lighting tends to be a more masculine pattern and as such is usually more appropriate or applicable on men than it is for women. Keep in mind however, there are no hard and fast rules, so I suggest you use the information I provide here as a starting point or guideline. Until you learn this and can do it in your sleep, default to the guideline whenever you’re not sure.

split lighting by Darlene Hildebrandt.png

To achieve split lighting simply put the light source 90 degrees to the left or right of the subject, and possibly even slightly behind their head. Where you place the light in relation to the subject will depend on the person’s face. Watch how the light falls on them and adjust accordingly. In true split lighting, the eye on the shadow side of the face does pick up light in the eye only. If by rotating their face a bit more light falls on their cheek, it’s possible their face just isn’t ideal for split lighting.

NOTE: any lighting pattern can be created on any facial view (frontal view showing both ears, or ¾ face, or even profile). Just keep in mind that your light source must follow the face to maintain the lighting pattern. If they turn their head the pattern will change. So you can use that to your advantage to easily adjust the patten just by them rotating their head a little.

What the heck is a “catchlight”?

Catch-lights-example.jpg

Notice in this photo above that the baby’s eyes have a reflection of the actual light source in them. It shows up as a little white spot, but if we look closer we can actually see the shape of the light I used in this portrait.

Catch-lights-closeup.jpg

See how the bright spot is actually hexagon with a dark centre? That’s the light I used which was a small hexagon shaped soft box on my Canon speedlight.

This is what is known as the “catchlight”. Without the eye of the subject catching this light, the eyes will appear dark, dead and lifeless. You need to ensure that at least one eye has a catchlight to give the subject life. Notice it also lightens the iris and brightens the eye overall. This also adds to the feeling of life and gives them a sparkle.

2. Loop Lighting

Loop-lighting-pattern.jpg

Loop lighting is made by creating a small shadow of the subjects noses on their cheeks. To create loop lighting, the light source must be slightly higher than eye level and about 30-45 degrees from the camera (depends on the person, you have to learn how to read people’s faces).

Loop-lighting-pattern-example.jpg

Look at this image to see where the shadows fall, and on their left sides you can see a small shadow of their noses. In loop lighting the shadow of the nose and that of the cheek do NOT touch. Keep the shadow small and slightly downward pointing, but be aware of having your light source too high which will create odd shadows and cause loss of the catchlights. Loop light is probably the most common or popular lighting pattern as it is easy to create and flatters most people.

loop lighting by Darlene Hildebrandt.png

In this diagram the black backdrop represents the bank of trees behind them. The sun is coming over the trees but they are completely in the shade. A white reflector is used at camera left to bounce light back into the subjects’ faces. The reflector may or may not be in the sun but you can still pick up light even if it’s not. Just play with the angles, by changing the placement of the reflector you can change the lighting pattern. For Loop lighting it will need to be somewhere around 30-45 degrees from the camera. It also needs to be slightly above their eye level so the shadow or loop of their nose angles down towards the corner of the mouth. That is one mistake I often see beginners make with reflectors is to place them down low and angle it up. That lights up the bottom of your subject’s nose and does not create a flattering pattern.

3. Rembrandt Lighting

Rembrandt.jpg

Rembrandt lighting is so named because the Rembrandt the painter often used this pattern of light in his paintings, as you can see in his self portrait here. Rembrandt lighting is identified by the triangle of light on the cheek. Unlike loop lighting where the shadow of the nose and cheek do not touch, in Rembrandt lighting they do meet which, creates that trapped little triangle of light in the middle. To create proper Rembrandt lighting make sure the eye on the shadow side of the face has light in it and has a catch light, otherwise the eye will be “dead” and not have a nice sparkle. Rembrandt lighting is more dramatic, so like split lighting it creates more mood and a darker feel to your image. Use it appropriately.

Rembrandt-lighting-pattern.jpg

Rembrandt lighting by Darlene Hildebrandt.png

To create Rembrandt lighting the subject must turn slightly away from the light. The light must be above the top of their head so that the shadow from their nose falls down towards the cheek. Not every person’s face is ideal for creating Rembrandt lighting. If they have high or prominent cheek bones it will probably work. If they have a small nose or flat bridge of the nose, it may be difficult to achieve. Again, keep in mind you don’t have to make exactly this pattern or another, just so long as the person is flattered, and the mood you want is created – then the lighting is working. If you are using window light and the window goes down to the floor, you may have to block off the bottom portion with a gobo or card, to achieve this type of lighting.

4. Butterfly Lighting

Butterfly-lighting-pattern.jpg

Butterfly lighting is aptly named for the butterfly shaped shadow that is created under the nose by placing the main light source above and directly behind the camera. The photographer is basically shooting underneath the light source for this pattern. It is most often used for glamour style shots and to create shadows under the cheeks and chin. It is also flattering for older subjects as it emphasizes wrinkles less than side lighting.

butterfly lighting by Darlene Hildebrandt-1.png

Butterfly lighting is created by having the light source directly behind the camera and slightly above eye or head level of the subject (depends on the person). It is sometimes supplemented by placing a reflector directly under their chin, with the subject themselves even holding it! This pattern flatters subjects with defined or prominent cheek bones and a slim face. Someone with a round, wide face would look better with loop or even split to slim their face. This pattern is tougher to create using windowlight or a reflector alone. Often a harder light source like the sun or a flash is needed to produce the more defined shadow under the nose.

5. Broad Lighting

Broad lighting is not so much a particular pattern, but a style of lighting. Any of the following patterns of light can be either broad or short: loop, Rembrandt, split.

Broad-lighting.jpg

Broad lighting is when the subject’s face is slightly turned away from centre, and the side of the face which is toward the camera (is broader) is in the light. This produces a larger area of light on the face, and a shadow side which appears smaller. Broad lighting is sometimes used for “high key” portraits. This type of lighting makes a person’s face look broader or wider (hence the name) and can be used on someone with a very slim face to widen it. Most people however want to look slimmer, not wider so this type of lighting would not be appropriate for someone who is heavier or round faced.

broad lighting by Darlene Hildebrandt.png

To create broad lighting the face is turned away from the light source. Notice how the side of the face that is towards the camera has the most light on it and the shadows are falling on the far side of the face, furthest from the camera. Simply put broad lighting illuminates the largest part of the face showing.

6. Short Lighting

Short-lighting.jpg

Short lighting is the opposite of broad lighting. As you can see by the example here, short lighting puts the side turned towards the camera (that which appears larger) in more shadow. It is often used for low key, or darker portraits. It puts more of the face in shadow, is more sculpting, add 3D qualities, and is slimming and flattering for most people.

short lighting by Darlene Hildebrandt.png

In short lighting, the face is turned towards the light source this time. Notice how the part of the face that is turned away from the camera has the most light on it and the shadows are falling on the near side of the face, closet to the camera. Simply put short lighting has shadows on the largest part of the face showing.

Putting it all together

Once you learn how to recognize and create each of the different lighting patterns you can then start to learn how and when to apply them. By studying your subject’s face you will learn which lighting pattern will be best for them, and for the type of portrait and mood desired. Someone with a very round face that wants to appear slimmer in a grad portrait, will be lit very differently than someone that wants a promo shot for their band that makes them appear mean or angry. Once you know all the patterns, how to recognize and master quality of light, direction of light and ratio (we’ll discuss that in a future article) then you will be well equipped to handle the challenge.

Of course it is much easier to change the lighting pattern if you can move the light source. However if the main light source is the sun, or a window – it’s a bit tougher to do that. So what you will need to do instead of moving the light, is to have the subject rotate in respect to the light to change the direction it falls on them. Or change your camera position. Or change their position. So basically move the things you can move in relation to the light, if you cannot move the light source itself.

Practice Exercise

Corral yourself a subject (as in a real live person, not your dog) and practice creating each of the lighting patterns we just discussed including:

  • butterfly lighting
  • loop lighting
  • Rembrandt lighting
  • split lighting

Remember to show both broad lighting and short lighting – for each of the different patterns, where applicable. Don’t worry about any other aspect (ratio, fill light, etc) for now, just concentrate getting the patterns down pat first. Use light from a window, a floor lamp with a bare bulb (take the shade off) or the sun – but try and use a light source that you can see what’s happening (I’d suggest that you do not try using flash until you’ve got more experience, it’s harder to learn with because you can’t see it until after the photo is taken) This also works best to start out with the subject facing the camera directly, no turning except to create the broad and short.

Show us your results please and share any challenges or problems you encountered. I’ll try and help you solve them so you and others can learn from it, and get better for next time.

If you’re on Pinterest – here’s a graphic to save this tutorial.

6 Portrait Lighting Patterns Every Photographer Should Know

The post 6 Portrait Lighting Patterns Every Photographer Should Know appeared first on Digital Photography School. It was authored by Darlene Hildebrandt.


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Tips for Finding Beautiful Portrait Light at Home

26 May

The post Tips for Finding Beautiful Portrait Light at Home appeared first on Digital Photography School. It was authored by Charlie Moss.

dps-finding-beautiful-portrait-light-at-home

It can be tempting to think that you need lots of money, space, and equipment to shoot great portraits. But using just your camera and a reflector, you can find beautiful portrait light at home to shoot in.

Almost everyone will have at least one room in their home with natural light from a window that could make a great portrait. It’s just a case of figuring out where the best light in your home is. Sometimes this takes a little trial and error, but as long as you get a good grasp of the basics, you should be able to shoot some great portraits at home!

Open up your aperture

Shooting indoors often means less light than if you were shooting outside or with studio strobes. To get some more light into your camera, try opening up your aperture and setting it to the lowest number possible.

Opening your aperture up to let more light into your camera also has the effect of creating a shallow depth of field. A shallow depth of field has real advantages when you’re shooting at home – it can blur out the background and any unwanted clutter.

portrait light at home
ISO200, 35mm (50mm equiv.), f1.4, 1/320th sec

Alternatively, if you need to place your subject right next to a wall that isn’t as great a background as you hoped for (like above), try hanging a large sheet of paper behind them. The result would be like going to a studio with a paper backdrop. Or if you fancy something completely different, try creating a more creative backdrop!

Get your subject to turn their face towards the light to make it fall in a very flattering way that illuminates their features. If you turn their face slightly back towards you then you can create the classic “Rembrandt light” that fine art photographers love so much (just turn their face towards you enough to create a “triangle” of light on the side of their face away from the window).

By just changing the way your subject faces, you should be able to experiment with broad and short lighting with just a single window. If you have a patient subject, then a single window and a model can be a great way to learn about new kinds of lighting while finding lovely portrait light at home.

Shoot in the bathroom

I’m not even messing about. Bathrooms often have incredible light because of all the white, reflective surfaces. Even a bathroom with a small window can have lots of light bouncing about just waiting for you to photograph it.

portrait light at home
ISO800, 35mm (50mm equiv.), f1.4, 1/1100th sec

If you want to fill in some shadows, or even add a bit more directional light, you can experiment with using a reflector. You can use the silver side to add a bright, directional light in a room like this by bouncing light into the brighter side of the face. Alternatively, you could use the white side of a reflector to just gently lift any shadows that you get, to make the light more even.

Tips for Finding Beautiful Portrait Light at Home
ISO1600, 35mm (50mm equiv.), f1.4, 1/3000th sec

Don’t be afraid to push up your ISO either if you want to capture a fast-moving or unpredictable subject like a pet. Most modern digital cameras can now go quite high with the ISO without seeing any problems in the images.

I shot the images above at ISO 1600, with an extremely fast shutter speed as my cat zipped around the house from dark to light spots. I had the camera set to Aperture Priority mode, so the camera chose its shutter speeds. Aperture Priority mode is a great choice for shooting portraits indoors because it lets you make creative choices about aperture and depth of field without having to worry about shutter speed.

Experiment with the time of day

As the sun moves, the light will change in different parts of your house. Make it your mission to observe and try out the light as it changes throughout the day if you want to find the good spots for beautiful portrait light at home.

Tips for Finding Beautiful Portrait Light at Home
Left: ISO400, 35mm (50mm equiv.), f1.4, 1/280th sec
Right: ISO200, 35mm (50mm equiv.), f2.8, 1/2000th sec

I took both of the above shots in the same room, sitting in almost exactly the same place. The difference was the time of day. The shot on the right with the hard light was taken in the bright morning light. In comparison, I took the image on the left in the afternoon when the sun had stopped shining directly into the room.

portrait light at home

Patches of light and shadow can make for really interesting photographs as you let them play across the face or body of your subject. Be sure to experiment with how they create different effects both in the photographs themselves and when you post-process them afterward (increasing the contrast can work really well for light like this).

Use what you have

When I first moved into my home with its large room designated as my studio, I shot almost exclusively with strobes. I would shut out all of the natural light so that I could concentrate on just using my studio lights. I hadn’t even considered that I might have beautiful portrait light at home.

portrait light at home
ISO200, 35mm (50mm equiv.), f1.4, 1/240th sec

One day, though, I just wanted to grab a quick self-portrait. So I opened the curtains and photographed myself in the morning light.

On inspecting the files later, I discovered that this light was unexpectedly beautiful. Now I shoot regularly sat face-on to this big window in my studio with no additional lighting or reflectors because I discovered it was simply wonderful light.

Learn from my mistake – test out every window in your house for portraits, at different times of the day.

When you move into a new home, make it one of the first things that you do. Don’t wait several years to realize that you already have wonderful natural portrait light at home!

I’d love to see your portraits using the natural light in your home. Please share them with us in the comments section!

The post Tips for Finding Beautiful Portrait Light at Home appeared first on Digital Photography School. It was authored by Charlie Moss.


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Practice your portrait lighting in lockdown with this virtual studio program

16 Apr

With many people being off work at the moment it might seem the perfect time to practice our photography – except that in so much of the world we’re not allowed to go out of the house let alone meet up for a portrait shoot. Software company Elixxier claims to have a neat solution in its recently updated set.a.light 3D application that allows us to keep experimenting, perfecting and testing studio set-ups even when we have to stay at home.

Users of the application can create a virtual studio filled with lights, modifiers, backgrounds as well as a host of models to choose from. Photographers can pose their models and add lights to the scene while previewing exactly how each move and position will change the way the picture looks.

The program allows us a 3D view of the set-up we are creating so we can view the relationship between models and lights from the side or even above, and users have a choice of manufacturer-specific studio lights, speedlights and continuous light sources. A range of softboxes, snoots, barndoors and grids are available to alter the way the light looks, and colored gels can be added for atmosphere.

Users are able to shift the position of the lights and alter their intensity while seeing the effect immediately in the camera preview window. There is also a choice of lenses, apertures, shutter speeds and, of course, camera positions that all have an impact on the way the picture looks. You can even select the size of the sensor to match that of your camera so the settings, lens effects and looks can be mirrored in your real-life set-ups with a live sitter.

Not only can you experiment with your lighting set-ups using set.a.light but the complex range of options allows users to have precise control over the model’s poses. Legs bend and props can be placed under feet to get more shape into a pose, and even individual fingers can be carefully arranged. Models can be dressed, or undressed, the way you want them and glasses can be added for an extra challenge – in a range of colors and styles.

Once you are happy with the way the model looks you can actually ‘take’ the picture and the result is rendered out as a normal picture file. You can also save the lighting diagram and 3D plan so you can refer to it at a later date when preparing to shoot a person for real. The program is great to allow us to practice during this lock-down, but in normal times it lets us test and experiment at leisure without the cost of studio and model hire, and it should make us more prepared when we arrive at a real shoot.

The latest version of the program adds a community discussion area where users can share their setups with others and chat about how images could be improved.

The Basic version of the application costs €79 (approx. $ 90) at the moment, while the Studio version is €154 (approx. $ 170), and company offers a free trial of the full version for 15 days. For more information see the Elixxier website.

Articles: Digital Photography Review (dpreview.com)

 
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Apple announces new $399 iPhone SE model with 4.7-inch display, A13 chip and Portrait mode

16 Apr

Apple has announced a new version of the iPhone SE, its most affordable iPhone model. The new iPhone SE shares many of the features of the now-discontinued iPhone 8 model, including its glass-backed design and single camera.

Looking first at how the new second-generation iPhone SE compares to the original iPhone SE model, the new model is larger and now includes a 4.7″ HDR-capable Retina HD display rather than the 4″ Retina display of the original. Apple has upgraded its processors numerous times since the original iPhone SE launched with an A9 processor, and the new SE model comes with Apple’s A13 Bionic chip. Apple states that this chip results in 2.4 times faster CPU performance and 4 times faster GPU performance when compared to the A9.

Physically, the iPhone SE is very similar to the iPhone 8’s design. It utilizes a glass and aluminum design and is water-resistant to a depth of a meter for up to 30 minutes. The iPhone SE is 138.4mm (5.45″) tall, 67.3mm (2.65″) wide and has a depth of 7.3mm (0.29″). The phone weighs 148 grams (5.2 ounces).

The True Tone 4.7″ display is LCD and features IPS technology. The resolution is 1334 x 750 pixels at 326 ppi. During typical use, the contrast ratio is 1400:1. The phone can display wide color (P3) and has a maximum brightness of 625 nits.

Despite featuring a single camera, the iPhone SE (2nd generation) includes Apple’s Portrait mode (Night Mode is notably absent). The rear camera is a single 12MP wide camera, the same as the iPhone SE (1st generation), but the new phone has a faster F1.8 aperture compared to F2.2. The F1.8 lens includes six elements and features a sapphire crystal cover. Further, the new model now includes optical image stabilization, True Tone flash with slow sync and next-generation Smart HDR when capturing photos.

The iPhone SE (2nd generation) includes six Portrait Lighting effects. In these sample images, we see the Natural, Contour and Stage Mono effects. Image credits: Apple

The Portrait mode in the new iPhone SE includes advanced bokeh and depth control plus six Portrait Lighting effects: natural, studio, contour, stage, stage mono and high-key mono.

Additional camera features include panorama capture (up to 63MP), wide color capture, Live Photos, red-eye correction, auto stabilization, burst mode, photo geotagging and HEIF format image capture.

For video recording, Apple’s latest iPhone SE model can record 4K video at 24 fps, 30 fps or 60 fps, plus Full HD video 30 fps or 60 fps. The phone can also record with an extended dynamic range for video at up to 30 fps and includes optical image stabilization during recording. Full HD video can be recorded at 120 fps or 240 fps. Users can also record QuickTake video and the phone includes stereo recording. If you want to capture time lapse videos, the iPhone SE can do this as well, including with stabilization. Recording is captured in HEVC and H.264 formats.

The new iPhone SE includes a depth slider when using the Portrait mode. Here we see F1.8 (left) versus F16 (right). Image credit: Apple

The front camera is vastly improved in the 2nd generation iPhone SE. The megapixel count is up to 7MP from 1.2MP and the aperture is slightly faster at F2.2 compared to F2.4. The front camera includes Retina Flash, Auto HDR and can capture Portrait mode images with the same six effects as the rear camera. Further, you can record 1080p video at up to 30 fps using the front-facing camera.

In terms of connectivity, the iPhone SE (2nd generation) is much faster than the older iPhone SE. The phone includes Gigabit-class LTE, 802.11ax Wi-Fi 6 with MIMO and Bluetooth 5.0. The new Touch ID should also be faster with the new model. In line with other recent iPhone models, the revised SE forgoes a headphone jack and includes only a Lightning connector.

Users should expect similar battery life as the iPhone 8. This means that the built-in rechargeable lithium-ion battery will offer up to 13 hours of video playback and up to 40 hours of audio playback. The iPhone SE is now capable of wireless charging and includes fast charge with an 18W adapter (sold separately).

Image credit: Apple

Despite sharing many similarities with the iPhone 8, the iPhone SE (2nd generation) does have several differences. In terms of processing power, the iPhone 8 utilized an A11 chip rather than the A13 in the new SE. Further, the iPhone 8 did not include Apple’s Portrait mode or Apple’s latest next-generation Smart HDR image capture. Video features are similar between the two phones, but the iPhone 8 did not include extended dynamic range video capture, QuickTake video nor Stereo recording.

The iPhone SE is available in black, white and (PRODUCT)RED colorways. Available storage capacities are 64, 128 and 256GB. Pricing starts at $ 399 USD for the 64GB model and increases to $ 549 for the 256GB model. Pre-order begins at 5:00 a.m. PDT on April 17 with availability beginning on April 24. For more information, visit Apple’s iPhone SE product page.

Articles: Digital Photography Review (dpreview.com)

 
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Wet plate photographer shoots portrait of subject 4000 miles away via Zoom

08 Apr

Life is difficult when you are a portrait photographer and social distancing restrictions prevent face-to-face meetings with anyone beyond the people you live with. Not one to let a global virus pandemic get in the way of a good picture, Shane Balkowitsch combined modern and ancient technology to create a wet-plate photograph of a friend who was almost 4000 miles away using video-conferencing application Zoom. From his studio in Bismarck, North Dakota, Shane photographed Morgan Barbour in London, England, as she streamed video of herself to his computer screen – which he photographed using a 10x8in large format camera with a wet collodion plate loaded in the back.

Morgan in the Zoom video conference on Shane’s screen

Shane tells DPReview that the idea came about when Morgan asked him to make a wet plate image of her. He was going to copy a previous print he had made of her, but having just been introduced to video conferencing the week before it occurred to him that he could make the picture ‘live’ using the computer screen. He sent instructions to Morgan about how she could set up the lighting in her house to create a silhouette and they had a conference call to make the shot.

‘I’d never shot this way before’ Shane explained ‘and I didn’t know what to expect, so I decided that instead of trying to capture a “well lit” portrait we could go for a silhouette. It would take us back to when photography was first invented and the very simple, honest photographs of 180 years ago when photographers were just trying to get any proof of the photograph.’

‘The two plates we made are rather lovely in their simplicity and mood. Our first attempt, which is now known as “A Distance Exposure In Isolation”, is the better of the two. The light reflecting off her upper body adds just the right degree of femininity for me.

Shane tells us that he would usually expect an exposure of ten seconds for his wet plate portraits but this one needed Morgan to remain still while he counted down a full minute.
‘I wasn’t sure how the image on the screen would come out, or if it would come out at all. The wet plate process relies on ultraviolet light to make the exposure, and I didn’t know whether there would be some sort of UV filter on the monitor to protect users’ eyes. Fortunately, however, that turned out not to be the case. It still needed six times the usual exposure to activate the silver on the plate though, and that was for a backlit silhouette. If I’d wanted to get detail in her face I’d probably need two to three minutes.’

Shane says he is stunned by the mixture of technologies that exist 170 years apart, and how the light traveled from Hampstead in London to his Bismarck studio 3961 miles away. ‘There’s no truth in the light I recorded!’ he exclaims. ‘It has been transfigured and translated so many times. It passed through the background in Morgan’s house to reach her phone, where it was converted into zeros and ones to travel across the globe via the internet before reaching my screen. Here it was turned back into light again before passing through my lens and on to the plate. It’s amazing.’

The final image – note the cursor in the top left corner. A sure clue to the mix of technologies

To avoid capturing the texture of the screen Shane says he focused on the outline of Morgan’s lips and nose, and then pulled the focus back a little to blur the pixels of the screen and to create a softer feel to the picture. ‘I didn’t know if I’d get reflections off the screen too, but they don’t seem to show in the picture. There was an odd mark on the plate that I noticed as the image developed. I didn’t know what it was at first, but when I came to remove it I realized it is the arrow cursor from my computer left in the picture area by mistake. Kinda funny!’

Shane’s darkroom, where he sensitizes and develops his plates

Shane will have the chance to practice the process once again this Friday as a model from New York has contacted him since seeing the pictures of Morgan to have her portrait taken. ‘We’ll see what we can come up with. We just got off the phone together, we have never met but she has wanted to have her portrait taken by me for some time.’
Shane says ‘If we ask ourselves, “why would you even attempt this?” the answer is simple – out of necessity. I am usually booked 7-8 months ahead for my Friday sessions in my natural light wet plate studio, but right now I’m having to cancel all those sittings. Now I can shoot remotely. Take that Coronavirus! You think you can stop us from creating? I think not.’

Self-portrait with one of his wet plate cameras

Below you can see the video of the conference call during which Shane made the picture, which also shows the process of sensitising the plate and developing it after the exposure. You can see more of Shane’s wet plate work on Instagram and on his website.

Shane may be the first to shoot a wet plate image directly from a live subject on computer screen, but Robert Matheson used a similar process to record portraits from a live image projected onto a wet plate during the interview below.

Articles: Digital Photography Review (dpreview.com)

 
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These are the best portrait lenses for Sony mirrorless shooters

05 Apr

Our guide to the best lenses for Sony APS-C and full-frame mirrorless cameras has been updated to include recommendations for portrait shooters.

Articles: Digital Photography Review (dpreview.com)

 
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These are the best lenses for Nikon DSLR portrait shooters

05 Apr

We think that the Nikon 50mm F1.4G and 85mm F1.4G are great all-around picks for APS-C and full-frame Nikon DSLR portrait shooters, respectively. Read on for more recommendations and all of our top lens picks for these systems.

Articles: Digital Photography Review (dpreview.com)

 
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These are the best portrait lenses for Canon DSLR shooters

02 Apr

We think the Canon EF 50mm F1.8 STM and Sigma 85mm F1.4 Art are the best all-around picks for APS-C and full-frame Canon DSLRs, respectively, but we’ve got more recommendations to meet a range of budgets.

Articles: Digital Photography Review (dpreview.com)

 
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Skylum releases Luminar 4.2, includes AI Augmented Sky and new portrait enhancements

19 Mar

Skylum has announced a new version of its Luminar 4 software, Luminar 4.2. The free update includes a major new feature, AI Augmented Sky. The new AI Augmented Sky feature allows photographers to place various objects directly into the sky, leading to new ways to create digital art. In addition to AI Augmented Sky, Luminar 4.2 includes new portrait tools and general performance improvements.

The new AI Augmented Sky feature can be found in Luminar 4’s Creative tab. This tool allows users to select objects from Luminar’s database or import their own. The included objects are: Aurora, Balloons, Birds (three choices), Clouds (six), Eagle, Fireworks (three), Lightning (two), Moon (two), Mountains (four), Plane (two), Planet (four) and Rainbow (two).

Luminar leverages its artificial intelligence to automatically detect the sky in a selected image and place the chosen object, including creating masks for foreground objects such as trees or buildings. Luminar also includes content-aware technologies, allowing the object and overall image to blend together naturally.

In the before and after comparison above, my original image had a completely bare sky. Using Luminar 4.2’s new AI Augmented Sky functionality, I added clouds and mountains to the image. The software did a good job masking out the trees along the horizon and matching the clouds and mountains to the existing scene.

You have control over the placement and size of the chosen object. You can also adjust its opacity, the color temperature and the strength of the software’s blending tools. If you have any issues with the automatic masking, you can also customize the mask manually with brush, radial, gradient and luminosity mask tools. The mask refinement strength and defocus can be adjusted as well through sliders.

In this before (top) and after (bottom) comparison, you can see that I added clouds and an additional hot air balloon to my image. I resized the added hot air balloon and placed it where I wanted for my preferred composition. When adding the clouds, the software identified the blue panel on the balloon as sky, which resulted in clouds appearing on the balloon. This was easily addressed by manually erasing that part of the balloon using the mask brush tool.

During my time with the software ahead of its public release, I experienced varying levels of success using the AI Augmented Sky feature. In some cases, the feature worked well, especially for adding clouds to an otherwise bland sky. Even when working around trees and other fine details, the software did well, especially when working with a blue sky. Around very fine branches, even when adjusting the strength of the mask, there were some occasional problems. I experienced less success when working with darker skies, including dark gray skies. Also, the software doesn’t automatically detect and mirror objects for reflections in water, which can make it difficult to create a convincing image in some cases.

Of the new AI Augmented Sky feature, Co-Founder and Chief Product Officer of Skylum, Dima Sytnyk, said, “We’re really excited to see how photographers use the AI Augmented Sky to create digital works of art. AI Augmented Sky can be used to make everything from subtle tweaks, like moving the moon in the sky, or to totally transform the world around us. The possibilities are endless!”

In addition to AI Augmented Sky, Luminar 4.2 includes enhancements to its built-in portrait tools. The software includes new architecture for the Face Features Detection Neural Network, which allows for the software to better detect different faces in multiple positions, bad or mixed lighting and faces with heavy makeup. Luminar 4.2 can also detect multiple faces in a group photo. By utilizing the software’s improved face detection technology, Luminar 4.2 can now help users restore skin in overly shiny areas and slim faces via a slider adjustment.

In this before (top) and after (bottom) comparison, you can see the impact of the new Shine Removal tool inside Luminar 4.2’s AI Skin Enhancer. The result was subtle in each image I processed.

These portrait enhancement tools join existing tools such as AI Skin Enhancer, face lighting, eye whitening, eye enhancement, dark circles remover, eye enlargement, eyebrow improvement, lip saturation, lip redness, lip darkening and teeth whitening. As with the AI Augmented Sky feature, the shine removal and Slim Face 2.0 features have automatic masks but can be manually edited.

The new shine removal tool can be found in the AI Skin Enhancer section of the Portrait tab in Luminar 4.2 and works on a 0-100 slider scale. The tool works well on different skin types and in my experience, did a good job of convincingly reducing the shine without adversely affecting texture or color balance in the image. It works better than simply reducing highlights in an image.

In this before (left) and after (right) example, I utilized the new Slim Face 2.0 tool. Even using 100 percent slimming, the final result is quite subtle. In this example, I was particularly impressed by how the software handled the model’s hand against her face and her hair partially obscuring her right eye. The face detection technology is highly impressive.

The new Slim Face 2.0 adjustment is found in the AI Portrait Enhancer section and is also a 0-100 sliding scale. While I’m unlikely to use this feature when processing portraits, its implementation is very good. The software does an excellent job of convincingly slimming a face while keeping proportions looking natural and maintaining the overall quality of the image file. I tried it on a variety of portraits and found it to do a good job in every instance. Alongside the existing AI Portrait Enhancer tools, the new Slim Face 2.0 function fits in nicely.

In addition to the key new features of Luminar 4.2, the software includes various upgrades and other enhancements. The Relight Scene technology in the AI Sky Replacement tool has been improved, providing better and more natural colors. There are also improvements to the ML Cache, which will increase the speed of interaction with the machine’s processor. Windows users will find faster previews on multi-core systems and third-party plugin implementation to be able to use plugins such as Aurora HDR, DxO Nik Collection and Topaz plugins inside Luminar 4.2. Luminar 4.2 also includes a new user manual, making it easier for users to find information on the software’s included tools and functionality.

In Luminar 4.2, the Relight Scene technology has been reworked, resulting in more natural colors. In the example above, I replaced the original sky with a very different sky and the software did a nice job changing the overall image to represent the change. It’s impressive how Luminar 4.2 is able to deal with not only the objects in the scene, but the reflection as well, including the ripples in the water.

Luminar 4.2 is available now as a free update for existing Luminar 4 users. If you are interested in trying Luminar 4 for the first time, you can download a free trial from Skylum. For a limited time, if you purchase Luminar 4 for $ 89 USD, you will also receive the Inspiration Looks pack, a $ 49 value, free of charge. You can also upgrade to the Plus Edition, which includes the Inspiration Looks pack and the California Sunset skies for $ 99. There is also a bundle with Luminar 4 (with bonuses) plus Aurora HDR 2019 for $ 169. You can learn more by visiting Skylum.

Articles: Digital Photography Review (dpreview.com)

 
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Magic Plate quick-release plate makes it easy to toggle from landscape to portrait

31 Jan

A new Kickstarter campaign from Silence Corner is seeking funds for ‘Magic Plate,’ a new quick-release plate that enables photographers to quickly switch between landscape and portrait shooting. Magic Plate is CNC machined from aerospace-grade aluminum, is compatible with most Arca gear and includes a 14″-20 UNC screw in addition to a quick-release button and strap slots.

This quick release plate doesn’t need to be removed from the ball head, according to the team behind the product. Instead, users can toggle the camera from landscape to portrait mode by pressing the plate’s quick-release button, rotating the camera and then locking the plate into its new position. The device is more compact than L-brackets and lighter at only 40g (1.4oz).

Silence Corner’s Kickstarter campaign is offering the Magic Plate in Silence Black and Corner Gray color options for pledges of at least $ 55, a 32% discount off the anticipated retail price, assuming the product makes it to market. Magic Plate is expected to start shipping to backers in April 2020.


Disclaimer: Remember to do your research with any crowdfunding project. DPReview does its best to share only the projects that look legitimate and come from reliable creators, but as with any crowdfunded campaign, there’s always the risk of the product or service never coming to fruition.

Articles: Digital Photography Review (dpreview.com)

 
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