Tag Archives: F-Stop

A fast and simple introduction to portrait photography

How to make a digital camera

A rapid but full introduction to portraiture


When I introduce a new idea or a concept in these pages I often provide a video to help put the point across. Well, here is a video that stands up on its own. It is a light and simple introduction to portraiture. It bombs along at a great rate and has plenty to say about good principles in portrait photography. So, without further ado here it is. It’s 4mins 15secs long.

How to take great portrait photos


VideoJug  External link - opens new tab/page
Portraiture – Resources on Photokonnexion.com

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Using a neutral density filter

ND filters can be used to produce some great images

Lee Filters – Big stopper neutral density filter reduces the light by ten stops. You can produce great images like this one from the video.

Sometimes you need a long exposure…

However, to take a very long exposure in daylight will mean too much light will burn out your picture. So you need to turn down the incoming light. For that you use an ND Filter. Here is how they are used.

Remind me, why do I need this?

Remember, shutter speed controls movement blur. If you want to show a car looking blurred as it goes past you might set the shutter speed to about a fifteenth or thirtieth of a second. But what if you want to capture a much less obvious movement or a really slow movement? Say two minutes? Well, normally the amount of light coming in will burn out the shot. Of course you can use a really small aperture (eg: f22) and let less light into the camera. But on a bright day two minutes will still burn out the shot. This is where Neutral Density (ND) filters come in. They are specially darkened filters that cut the light down allowing you to extend your exposure. With one of these you can do some awesome effects.

10 stop Neutral Density Filter (video)

In the video we see the making of a picture (above) by using the Lee Big Stopper Neutral Density Filter. This ND filter is very dark, which takes down the light by 10 stops. It creates a great effect on of the water swirling under the pier. This is the darkest type of ND filter.

ND filter strengths

ND filters can reduce the light entering your camera for up to 10 stops. This allowed 2 minute exposures in the video. However, there is also ND2, then ND4 and ND8. Other strengths exist, but these are the most common. They allow you to have shorter exposures so you can adjust the exposure to the needs of your shot. You can also put them together so an ND8 + ND2 gives you an effective ND10 – the strength in the video.

ND Grad.

Another of these type of filter is the graduated Neutral Density, or ND grad. The use of an ND grad is quite specific. It is used to reduce the incoming light from the sky when you have a bright sky and dark ground. If you expose for the ground the sky burns out. If you expose for the sky the ground is too dark. The ND Grad. helps prevent the sky burning out.

The ND Grad. is dark at one end and clear at the other. The two zones meet in the middle where the clear graduates into grey. Put the filter over the lens so the line of clear/grey graduation lies on the horizon, darkening the sky. Now, you can expose for the scene and get even light distribution. The next video will show you how this type of ND is used.

Mike Browne  External link - opens new tab/page
Problems?

No, filters are simple and easy to use. There are some important things to remember…

Always use a tripod. It is impossible to hold a camera steady for more than about half a second. After that your image will start to get blurry.

You need to be quite precise about lining up ND Grads with the horizon. Take a little practice before going out to do the BIG shot.

The darker the ND Filter the more there is a tendency to impact on the white balance. Sometimes you get a blue colour cast, sometimes a red one. You can remove this in post production if you are using the RAW file format. Alternatively you can test the filter with your camera and adjust the white balance setting in-camera to correct for the aberration. Most of the stronger ND filters have this colour-shift tendency. it is exaggerated by the sensor type. CMOS sensors tend to magnify the effect.

Sometimes getting the exposure right is a matter of experimentation. Take a few test shots and make sure you do some “Chimping”.

If you are buying ND filters, especially ND Grads buy square ones. You can buy adaptors for these to fit any lens and it allows you get creative in more ways than round, screw-on filters that only fit one lens.

There are many different kinds of filters which produce a huge range of fun effects in-camera. Many of these effects cannot be processed into the shot later. The square filter system shown in these videos allows you to expand your collection and develop a new set of skills without buying an expensive filter for each lens.

ND Filter set…

3 full ND filters
3 graduated ND filters
Full fitting kit for a range of camera
and lens sizes.
10 Adapter Set + 6 Filter ND2 ND4 ND8 G.ND2 4 8 For Cokin P Canon Nikon Sony LF6

Please leave any questions or comments you have about these in the comments below.

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By Damon Guy (author and Photokonnexion editor)

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Damon Guy (Netkonnexion)

Damon is a writer-photog and editor of this site. He has run some major websites, a computing department and a digital image library. He started out as a trained teacher and now runs training for digital photographers.
See also: Editors ‘Bio’.

Easy bird pictures in your own back yard

• Bird Compilation •

• Bird Compilation •
You can have a great time with these simple tips – a world of birds in your own back yard.

Birds offer endless photographic opportunities.

I’ve been fascinated by birds since boyhood, particularly birds of prey. Recently I’ve followed some keen bird photographers. I find that the small birds in my back yard are facinating too. Lets get started on some backyard photography. This will be a fun project for starting over the weekend.

This video gives down to earth, simple advice about working with birds close to home. Getting started in Feeding and attracting the birds mid-Winter gives a lead for the birds nesting in the spring. I am going to get started now. It’s Winter here and I am looking forward to spring.

How to Photograph Garden Birds


How to Photograph Garden Birds – RandoMnBest  External link - opens new tab/page – Uploaded on 28 Jan 2011

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Damon Guy (Netkonnexion)

Damon is a writer-photog and editor of this site. He has run some major websites, a computing department and a digital image library. He started out as a trained teacher and now runs training for digital photographers.
See also: Editors ‘Bio’.

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Depth of field – a powerful photographic tool

20130224_DepthOfFieldHeader

An important aspect of camera control and composition

We all know the value of getting control of your camera. It is of course equally important to have a good command of the elements of composition. In this video we are taken through the impact of the Depth of Field, both as a controlled factor of the shot, and how that is seen as a compositional feature. It is a simple video. The aim is to show the different ways that depth of field manifests itself with different f-stops, and different focal lengths. There are some good comparisons to look at.

Photography tutorial – depth of field
A photography tutorial on depth of field with Shelton Muller of Total Image magazine (www.total-image.com.au)
Uploaded on 1 Aug 2006

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A quick look at image stabilisation

Image Stabilisation

Image Stabilisation

Image stabilisation helps you get a sharper picture.

Good images rely on a steady hand or a tripod. You also get a help from the image stabilisation in your camera or lens. These systems help your lens stay steady. Here we are going to get a look at what is involved and how to use it.

What is image stabilisation?

The term “Image stabilisation” represents a number of technologies used to reduce blurring caused by camera movement during exposure. It compensates for movement in two planes. These are referred to as pan (lateral twisting or yawing movement) and tilt (vertical or pitching movement).

Camera movement is recorded as blur when the shutter is open long enough for the movement to be captured. The slower the shutter speed the more likely it is that the movement will be detected. The tiny, but continuous movements of our hands tend to make hand held shots a little soft. Longer exposures will be even softer since the tiny movements will continue blurring the shot throughout the exposure.

Using an image stabilisation technology allows a mechanism to off-set or compensate for the movement not prevent it. Extreme or large movements will still cause blur during the exposure. However, image stabilisation systems are designed to compensate for the movements created by the almost imperceptible movements of our hands while hand-holding a shot. Typically recent image stabilisation systems will compensate for exposures four to sixteen times longer than could be hand held without the compensation. This would mean that instead of using a shutter speed of 1/250th of a second, you can use image stabilisation to get a shutter speed of around a 1/30th of a second and still get similar image quality. This could significantly improve the light levels in your exposure.

Types of image stabilisation

Optical image stabilisation: This type is mounted in the lens. It uses high speed motors to shift a lens element around changing its orientation to compensate for the movement of the camera. It is highly accurate, compact and fast. It does add quite a lot of weight (and expense) to the photographic lens unit overall. However, it performs really well under all types of movement even fairly extreme movement that might be found in panning for example. It will not prevent the gross movement blur, but will compensate for the tiny variations while panning for example.

In-camera stabilisation or sensor shift stabilisation
This technology uses motor technology to move the Digital Image Sensor to compensate for the movement of the camera. This method concentrates the stabilisation in the camera body and therefore it is only paid for once on the purchase of the camera body (unlike lens-based systems). Sensor shift technology tends to mean the lens is lighter too making handling easier for some people. This type of system does not cope as well as lens-based systems for more extreme movements. Long focal lengths and telephoto lenses will tend to exaggerate the degree of movement of a beam of light hitting the sensor. Consequently the sensor needs to be able to compensate for more extreme vibrations or movements to get the same image quality as a lens system. As the sensor shift system is limited by its range of movement it has limited tolerance at the more extreme end of the range.

Stay sharp!

Many learners find that the softness they get when using a DSLR is very frustrating. While image stabilisation helps, it does not cure the problem. Remember that these systems can only compensate, not prevent, movement blur and softness. So you need to take other steps to make your shots sharp. Here are some issues to consider regarding image stabilisation…

High ISO (in manual control modes): Raising your ISO can help reduce movement blur because you are making the sensor more sensitive to light. Your image sensor will be exposed more readily allowing you to still have a faster shutter speed to take your shot – then movements don’t have time to make the shot soft. Remember, high ISO may increase your digital noise, particularly with very high ISO levels (say 800 or more).

One way to overcome this softness created by hand movement is to raise the and set a faster shutter speed The point and shoot mode or auto mode of your camera will do this to ensure your get sharp shots in most daylight situations. Of course this means a short exposure which may not be suitable for your shot.

Wide aperture(in manual control modes): This too will allow more light into the shot and will allow you to have a faster shutter speed. However, the depth of field will be reduced and that will reduce your sharpness in some areas of the shot.

Use a tripod: Using a tripod is probably the best way to get a sharp shot. In most situations you should turn off your image stabilisation to use a tripod. The motors that do the stabilisation actually create vibration in the tripod and can cause softness. Some systems compensate automatically for being on a tripod so read your technical manual to get guidance for your camera.

Panning: This will definitely create movement blur. But some image stabilisation systems have mechanisms to reduce the vertical movement while panning. In this case make sure you know how to switch to this mode. The difference it can make to getting a moving object sharp is surprising.

Mirror lock-up: Vibration is caused when the reflex mirror in a DSLR flips up. You can lock up these mirrors while you take the shot. The procedure for that is different on every camera so check the manual for the correct method. The image stabilisation mechanisms will not compensate for movement caused by the mirror movement.

Careful use of the shutter button
Don’t stab the shutter button. Roll your finger onto the button gently depressing it. If you stab at it there will almost certainly be an erratic movement that the image stabilisation will not be able to compensate for.

Eagerness!
While enthusiasm is great, taking the camera away from your face too quickly can induce movement before the exposure is complete. Image stabilisation will not compensate for this type of action. Try to count to two before taking the camera away from your face.

Improving overall

Image stabilisation systems vary in their effectiveness according to model, camera, lens, use and how much movement there is. They can be very effective in helping you gain control over your sharpness but they are not the final answer. Sharpness involves a range of techniques and procedures which you will need to learn and practice to improve. Nevertheless, if you are hand-holding a shot you will get significant improvements in sharpness by using these systems. If you want to know a little bit more detail about image stabilisation you can see some more detail in Definition: Image stabiliser; Image stabilisation.

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By Damon Guy (author and Photokonnexion editor)

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Damon Guy (Netkonnexion)

Damon is a writer-photog and editor of this site. He has run some major websites, a computing department and a digital image library. He started out as a trained teacher and now runs training for digital photographers.
See also: Editors ‘Bio’.

Easy ideas for controlling your flash unit

Specular highlights

Bath toy
Specular highlights are distracting and draw the eye which spoils the shot.

Flash is a great benefit and a problem all at once!

Most people don’t realise two things about flash. First, the standard setting is nearly always too powerful. Second, the highlights resulting from flash are very distracting.

Working with flash power

Like all things in photography you need to think carefully about using flash. It is not simply click and move on. Most improving photographers are just beginning to make shots rather than snaps when they begin to see the quality and colour of light. So it is easy to miss some of the impacts that flash has on a subject. Here are a few consequences of a flash shot…

  • An over-bright subject.
  • Strong highlights with a tendency to wash out colours.
  • Specular highlights that create sharp, bright spots that distract the eye.
  • Bright foreground, dark background.
  • Flesh tones strongly whitened giving a sick look to the face.

Each of these is almost always down to using too much power in the flash. So, the way to over come these issues is to do two things. Turn down the power of the flash and diffuse the flash so it scatters the light.

Turning down the flash is simple. You must find the setting that adjusts the flash power level. This is easy if you are using an off camera flash because the unit usually has a display and a dial or buttons to change the settings. On-camera (pop-up) flash is usually adjusted by finding a menu setting that turns the power up or down. You may need to consult your camera manual to find where that setting is found.

The key to getting the right setting for your flash is to understand how to change it. Most off-camera flash units are marked up so there is two stops of light on the flash. Normally if the flash is marked 1:1 then that is full power, and more often than not this is the default setting. You can usually turn this down by one third of a stop of light at a time. Each time you stop down the setting one stop you are halving the light it emits.

Pop-up flash units may not be marked so clearly. Some are marked [low – medium – high], others, particularly point and shoot cameras, may just have “full | half”. More sophisticated pop-up units may also be marked in the same way that off-camera flash units are marked. Which ever your flash is, you should practice with it so you have an idea of how powerful it is and how much the settings can change the impact of the flash.

Flash diffusion

The best way to get used to using flash and controlling the power is experimenting. However, the issue of nasty highlights is the other problem the inexperienced user often does not spot at first. Strong highlights raise the light levels so you can see the tonal changes in the colour of the surface the light hits. This helps to define the shape of an object. So, for example, a brighter top on a ball and dark shadows under it help to define the spherical shape.

If the light intensity is too high, particularly on reflective surfaces, the reflected light level will exceed the level the camera can cope with. The highlight then becomes blown out. The light is so bright in that area that it becomes a bright spot where all the detail is lost to pure white. Unfortunately such strong, blown out areas, are severe distractions. In the picture above, the small reflective points, called specular highlights, are also strongly distracting. So what can you do to avoid these nasty effects?

If your power adjustments are not working and you still have blown out spots or highlights then you should consider diffusing the flash. This makes a difference in two ways. The diffused light will scatter the light from the flash over a wider area. This effectively lowers the light intensity even further in the area of the highlight since the light is not hitting it from a direct focused hard light from the flash.

Secondly, diffused light spreads the effect of the light. This makes it more likely to bounce off other surfaces nearby. These surfaces then become multiple mini-light sources. All these sources hitting your subject create a soft light which is much less likely to create specular highlights or very strong colour-destroying highlights.

So how do you do this diffusing? I just love this great flash diffuser. Designed to fit your off-camera flash unit it is an ingenious design and easily adaptable to any flash unit. Check out the Rogue FlashBender 2 – off camera flash. If you have an off-camera flash this is the best. It is the most adaptable diffuser I have ever used. You attach it to the flash with a wrap around grip. The big diffuser stands up above the lens of the flash. It is tough, flexible and creates a lovely daylight-white light. It is superb for portraits and still life work. Coupled with adjustments to the power settings on your flash it gives you excellent control and helps reduces highlights and the effects of hard light direct onto the subject.

For off camera flash there are a range of diffusers available. They are based on various different mounting or reflector principles too. So, you need to look around to see if you can find a diffuser that suits you.

For pop-up flash the options are not as easy. However, I recommend one of two options. I have successfully used ordinary white tissue paper sticky taped over the pop-up flash to both reduce and diffuse flash. However, while this works well, reducing the light by about a full stop, it is a temporary solution. Also, if you use the flash a lot the extra insulation may cause the flash to over heat. So, not for regular use.

My favoured options for pop-up flash diffusion are one of these three methods…

Professor Kobre’s Lightscoop, Standard Version Bounce Flash Device, Universal Model, fits over the Pop-up Flash of most SLR Cameras This diffuser produces a very effective ceiling bounce for the diffusion. However, make sure that in rooms where you use it there is no strong colours on the ceiling or it will cause colour casts.

 

Gary Fong Puffer – Pop-Up Flash Diffuser for Canon / Nikon / Pentax / Olympus / Panasonic- Lumix pop-up flashes A well reviewed unit, and has the advantage of an easy fit. The other advantage is that it diffuses the light moving forwards. The other two units here bounce the light which puts you slightly at a disadvantage in controlling the flash light direction.

 

Cateye LETS Flash Reflector/Diffuser Hybrid, for use with DSLR pop-up flashes Although I have not used this one personally, I know some people who have. I have had some very good feedback on this unit and it seems to work effectively in a wide range of situations.

 

Great shots with flash…

Yes, like everything else in photography, to get good with it, you have to practice use of flash. However, first you need to make sure you can spot the highlights, specular highlights and over-powered flash. Once you know what you are looking for you can adjust your flash power.

The best way to gain control of your flash is reducing the power, or at least adjusting it. Also, the more you soften the harsh, hard flash light the less distracting and natural the highlights will be.

Whatever you decide to do to make your flash manageable do plenty of experimenting to gain control of the light. Don’t forget to Examine Shots Before Shooting Again – “Chimping” to check for highlights. The practice will pay you back in great, well lit shots many times over.

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Damon Guy (Netkonnexion)

Damon is a writer-photog and editor of this site. He has run some major websites, a computing department and a digital image library. He started out as a trained teacher and now runs training for digital photographers.
See also: Editors ‘Bio’.

Simple explanations of camera exposure modes

Choose your settings from a range of modes.

Canon550DModeDial

Camera Mode Dial
Choose the most suitable setting for your shot.


The DSLR contains a sophisticated computer providing a wide range of exposure options. They may seem bewildering. In this post we will provide simple explanations for the most common exposure modes to help you choose the best method for your next shot.

Exposure…

The modern Digital Single Lens Reflex (DSLR) can accommodate so many options that it is often difficult to know how to get started. So it is helpful if you have some idea of what exposure is about.

As photographers we are concerned with the use and manipulation of light. Everything else is secondary. We need to understand the concepts relation to how the camera detects light and the impact that has. Basically there are three controls which affect way the camera uses light. These controls are:

  • ISO – controls how sensitive the camera is to light. However, at high ISO levels there is an increase in digital noise.
  • Shutter speed – controls how long the camera sensor is exposed to light. The shutter speed also affects the amount of movement blur in the shot. The slower the shutter speed the more blur.
  • Aperture – controls how much light is allowed into the camera. Aperture also controls the depth of field. The wider the aperture the shallower the sharp zone in the picture.

(The links above take you to a full explanation of each control).

Between them these three provide control over your exposure. Co-ordinating them requires a little practice. Nothing too difficult. It is about balance. For the camera to create an exposure it has to collect a fixed amount of light. Too much light and the picture will be over-exposed. Too little light and the pictures will be underexposed. Getting it right requires a little knowledge of your camera light meter and how to change the controls to create the balance that makes the exposure.

In addition to the direct controls listed above there are the others called “modes” found on most cameras. These have been developed by the camera manufacturers to try and assist beginners who don’t understand the exposure process. The modes are intended to provide easy pre-selections for certain situations.

The different modes range from fully controlled by the camera (fully automatic mode) through to fully controlled by you (full manual mode). That is a range of controls from where the camera does everything for you through to where you make all the decisions. These modes differ from camera to camera but in general terms they are described below. The names may be different with each manufacturer too…

Full Auto: Basically this puts your camera into “point-and-shoot” mode. The camera uses its sensors to make an exposure. It responds to its programming and creates a picture which is of good quality but which you have no creative control over at all. It will even activate the flash if the camera detects insufficient light to create a balanced exposure.

Auto with No Flash: This is the same as the full auto setting, but the flash will not work under any circumstances. This leaves the camera to make the exposure without the additional light from the flash.

Program: The camera responds to its programming and makes an exposure by controlling the settings on your behalf. However, you have the option to make changes to that pre-programmed exposure – small adjustments that allow you to have a small amount of creative control.

Scene settings:
The scene settings on your camera includes a number of scene variations. These are likely to vary widely between the manufacturers and various models they make. Here are some of the more popular options:
• Portrait (for taking portraits)
• Landscape (landscapes shots and long distance shots)
• Night-time (night and dark shots)
• Sports and/or Action
• Macro
The above are standard modes. In most recent cameras these may be extended to include other additional modes to cover children, pets, specialised filters for colours and vintage settings for example. All sorts of other modes may be included depending on the target market for the camera.

These automatic modes above are pretty much camera controlled. Aside from tweaks, the camera has all the control. The problems with all of these is that the manufacturer is calling the shots. You can compose the shot, but have little control over what it looks like in the exposure. The discerning photographer wants to take creative control and use the main three controls mentioned above. Then they will be able to use the depth of field, movement blur and sensitivity to light to create the exposure that expresses their interpretation of the scene they are shooting. As a result there are three modes to deal with this. The first two are “semi-automatic” and the third gives you full manual control of the camera.

Aperture Priority:
The aperture semi-automatic mode relates to the manual control of aperture and the automatic control of the shutter speed and ISO. When you are in ‘A’ or ‘Av’ (aperture value) mode you are able to change the size of the aperture. The different sizes of the aperture are measured in “f-stops”. You can find out more about f-stops in this Definition: f number; f stop; Stop. The term aperture relates to the size of the hole which allows light into the camera. As the aperture varies the depth of field changes. Controlling the depth of field gives you discretion over the sharp area of the picture. The sharp parts of the picture attract the eye. Controlling where the sharpness is in the picture therefore affects where the viewer looks. This makes aperture control a valuable aspect of your composition.

Aperture also determines how much light is allowed through to the digital imaging sensor. A wide aperture allows more light in (say, F2.8) and has a shallow depth of field. A narrow aperture allows less light through (say, F22) but has a deep depth of field – at F22 sharpness will be more or less right through the picture.

Aperture priority allows you true control over the creative aspects of the light levels in the exposure. However, the camera balances your exposure control to make a good quality exposure because it sets appropriate ISO and shutter speed. You have creative control, it provides the quality exposure you need to make a great image.

Shutter Priority: This too is a semi-automatic mode. However, using this mode you have access to the shutter speed. Nominated as S, T, or Tv (time value) mode allows you creative control over the length of the exposure. Using this mode you can set yourself up for longer or shorter shutter opening. If the shutter is open for longer anything moving in the field of view will tend to blur. If the shutter is open longer the movement will be more blurred.

Shutter speed allows for control over the creative aspects of the total amount of light allowed to influence the exposure. While using the shutter speed the aperture setting and the ISO are under the control of the camera so it can balance the overall exposure while you control the creative part.

Manual or Full manual setting: The manual setting or “M” setting on the modes dial of your camera is used to give you full control. If you do it right your exposure will allow for depth of field control as well as creative use of movement blur. This mode gives you full control of all three aspects of the exposure.

So which mode do you choose?
In essence the automatic modes and scene modes are manufacturers programming – they do all the work for you. They represent an attempt to create classic ways of doing certain shots without you needing to take part in the exposure control. However, as a result these modes respond to make a picture that is not of your vision. Instead it is the suggested settings that manufacturers have researched about what the average shot of that type. These modes are in effect telling you how to take the shot.

On the other hand, the semi-automatic modes allow you to take control of major aspects of the control of the camera. As you have control of only one of the controls it allows you to concentrate on working on the creative part of the shot. That leaves the camera the make a balanced exposure to support your creativity. As this mode gives you an important aspect of the control without upsetting the outcome of the exposure it is an excellent mode to learn control of the camera.

Likewise, when using the shutter speed as a way of controlling the camera. You have the creative control over the length of exposure and any movement blur. This too is a great mode to learn control of the camera.

Both Av and Tv modes are affected by the other controls when in use. So, it stands to reason that you do not have the total control needed to get an exact overall exposure. However, for you to make full use of such a full manual control you should also have quite a sophisticated vision of what you want to achieve in your final exposure. While that is quite a normal requirement for a picture it does require some practice. The semi-automatic modes allow you to learn about the use of these controls and to develop the vision you need to start using the full manual mode. Learn to use these semi-automatic modes and you are not only on the way to full manual control, but also learning about how to envision your final exposure.

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