Thursday, 5 October 2017

VEGAS Pro 15 Review

VEGAS Pro 15 Edit – € 399 / $399 / £299
VEGAS Pro 15 – € 599 / $599 / £499
VEGAS Pro 15 Suite – € 799 / $799 / £649

If you’ve used VEGAS before, the first thing you’ll notice when you load the new version is that it looks nicer. I’ve criticized VEGAS before for its rather inelegant and screen-hogging user interface so I am pleased to see that version 15 gets rid of some of the unnecessary clutter.

For a general overview of VEGAS see my previous review of VEGAS 14.

The user interface has redesigned icons, full-colour timeline tracks and the addition of four switchable colour schemes. As in previous releases, you can tailor some elements to taste – for example, by selecting alternative track colours. A new feature lets you switch the overall colour scheme of the entire user interface from a choice of four: Dark, Medium, Light or White. However, there is no way of previewing the colour-scheme change when you make it. Any change you make is only applied after you restart VEAGAS which, let’s be frank, is hardly the final word in user-friendliness!

In an attempt to reduce clutter, some new context-sensitive menu configuration tools (called, ‘hamburger’ buttons) have been added. These buttons are shown as three horizontal lines which appear on various UI elements such as the video preview window, the track panel and also in the top right-hand corner of individual video and audio clips. When you click the hamburger button a drop-down menu appears from which you can select various options. For instance, in the video preview window the hamburger menu shows items to go to the next or previous frame, to the start or to the end. In the track pane, it pops down a cascading menu to let you track motion, bypass motion blur, select a compositing mode and various other arcane options. If you decide that you need these features frequently and want a faster way of getting at them you can add them as icons to the window or tool itself.

Hamburger buttons have been around for a while – they are often used in mobile apps and web sites to hide functionality and keep the interface ‘clean’. Some users hate them. I have to say, though, that the way they are used in VEGAS (to hide less frequently used options or configure the selected track or window) they seem to me to be a reasonable way of keeping the user interface under control.

Notice the ‘hamburger’ buttons that provide menus from both the preview window and individual media clips
You can also rearrange the windows and the pages on tabbed panes by dragging them and dropping them into selected areas of the workspace. To redock an undocked pane you have to hold CTRL while dragging. Once you’ve created a layout you like you can save it by name or you can select from one of the redefined layouts – this is just as well as I found that it takes quite a bit of trial and error to redock tabbed panes in exactly the place you want (I kept accidentally messing up the layout in my attempts) once they’ve been undocked!

But never mind the appearance, what about new and improved functionality? Top of my personal list of desirable features would be increased rendering speed, so I was pleased to see that this is one of VEGAS 15’s claimed improvements.

There is no simple way to benchmark the speed of video rendering. The size and format of the project media, the overhead due to any editing and effects that have been added, plus the rendering varying efficiency of different production settings and the specifics of your computer hardware setup all have an impact. Even so, I decided to run a very simple test to get some idea of the speed of video rendering.

I ran this test on a PC with 16Gb of system memory and a NVIDIA GTX 980Ti graphics card with 6 Gb of video memory. I tried rendering a single 5 minute 25fps 1920x1080 video clip, with no editing applied. I enabled the NVIDIA GTX GPU acceleration using the VEGAS Preferences dialog. In VEGAS 14 I rendered as Mainconcept AVC/AAC H.264 MP4 at the original video size (1080p). It took 8 minutes and 52 seconds to render.  With VEGAS 15 the same clip was rendered with MAGIX AVC/AAC MP4 (the replacement for the Mainconcept format). It took 8 minutes and 10 seconds to render. So, in short, not much difference. For the sake of comparison, I rendered the exact same clip in Cyberlink PowerDirector 15 (AVC H.264 MP4, 25fps, 1080p with its hardware video encoder enabled) and the entire video was rendered in 31 seconds. Yes, really! More than 7 and a half minutes faster than VEGAS 15.

You may need to go and take a break while your videos are rendered
Now, as I say, rendering results vary according to numerous different factors and it may be that for certain projects, with certain hardware and rendering settings, VEGAS can be made to render more efficiently. There is, at any rate, a long discussion thread about this here:

All I can say for sure is that, in long experience of video editing and producing, Cyberlink PowerDirector has by far the fastest video rendering of any program I’ve ever used. VEGAS 15 doesn’t, as far as I can see, offer any real challenge in this respect.

One thing I do like is the new interactive sizing and cropping of video clips. Both Picture-in-Picture and Crop editing have been improved so that you can, for example, modify the size and position of a video clip that overlays another clip. For instance, if you have a video clip showing some scenery or a tutorial of some sort and you want to overlay a ‘talking head’ clip, you just drop the overlaid clip onto a new track and apply the ‘picture in picture’ plugin to it. This now lets you move and resize the overlaid clip right inside the video preview window. You can, of course, achieve the same results by panning and cropping the overlaid clip as in earlier VEGAS releases. But traditional VEGAS pan/crop has to be applied in a popup dialog so the new interactive PIP tools add an extra level of convenience. The Crop plugin works in a similar way. You start by dropping Crop from a list of plugins onto a video track. In order to do the actual cropping you have to pop up the Crop dialog box and then you can either make adjustments using sliders or you can drag the edges of the video clip in the preview window.

If you add a video overlay, you can use the Picture In Picture plugin to alter its size, position and rotation either using a dialog box or by dragging and dropping the overlay using the mouse
There are numerous other enhancements to tools throughout this release. These include the ability to selectively paste event attributes’ (such as an audio pitch shift, transitions or pans and crops) from one clip to another. And you can automate video rendering and uploading to YouTube, Facebook or Vimeo.

There are improvements to colour grading using lookup tables and enhanced titling capabilities. An expanded range of 3rd party plugins has been provided (for the Pro and Pro Suite editions). These include plugins some of the best known suppliers – BorisFX, HitFilem and NewBlueFX. You can find the full range of improvements and additions listed online along with a number of short video demos and tutorials:

In summary, this release of VEGAS has some useful improvements both to functionality and interactivity. But it has both the strengths and the weaknesses of earlier versions. Its ability to chain together multiple effects, for example, and tweak individual parameters in the ‘effects chain’ provides a high level of editing control but the downside is that this means that you have to do a lot of work in popup dialog boxes which can be quite fiddly and time-consuming. And its video rendering speed may have been improved a bit but it is still far from being a speed-demon. So if you need precise editing control and don’t mind the extra time it takes to edit and render, VEGAS has a lot to offer. But if you just want to get a whole load of videos edited and uploaded as rapidly as possible, VEGAS may not be the best choice.

Wednesday, 20 September 2017

C Programming for Beginners: Operators

This is part 4 of my series on C programming for beginners. (See also part 3)

In your programs you will often want to assign values to variables and, later on, test those values. For example, you might write a program in which you test the age of an employee in order to calculate his or her bonus. Here I use the ‘greater than’ operator > to test of the value of the age variable is greater than 45:

if (age > 45) {
bonus = 1000;

Operators are special symbols that are used to do specific operations such as the addition and multiplication of numbers. One of the most important operators is the assignment operator, =, which assigns the value on its right to a variable on its left. Note that the type of data assigned must be compatible with the type of the variable. This is an assignment of an integer (10) to an int variable named myintvariable:

int myintvariable;
myintvariable = 10;


Beware. While one equals sign = is used to assign a value, two equals signs == are used to test a condition.

= this is the assignment operator.
e.g. x = 1;

== this is the equality operator.
e.g. if (x == 1) 


C can perform tests using the if statement. The test itself must be contained within parentheses and it should be capable of evaluating to true or false. If true, the statement following the test executes. Optionally, an else clause may follow the if clause and this will execute if the test evaluates to false. Here is an example:

if (age > 45) {
bonus = 1000;
} else {
bonus = 500;

You may use other operators to perform other tests. For example, this code tests if the value of age is less than or equal 70. If it is, then the conditional evaluates to true and "You are one of our youngest employees!"  is displayed. Otherwise the condition evaluates to false and nothing is displayed:

if (age <= 70){
printf("You are one of our youngest employees!\n");

Notice that the <= operator means ‘less than or equal to’. It performs a different test than the < operator which means ‘less than’. These are the most common comparison operators that you will use in tests:

== // equals
!= // not equals
> // greater than
< // less than
<= // less than or equal to
>= // greater than or equal to


Some assignment operators in C perform a calculation prior to assigning the result to a variable. This table shows some examples of common ‘compound assignment operators’ along with the non-compound equivalent.

operator                    example                       equivalent to
+= a += b a = a + b
-= a -= b a = a - b
*= a *= b a = a * b
/= a /= b a = a / b

It is up to you which syntax you prefer to use in your own code. Many C and C++ programmers prefer the terser form as in: a += b. But the same effect is achieved using the slightly longer form as in: a = a + b.

I’ll explain prefix and postfix operators in the next article. And if you want to learn C in more depth, why not sign up to my online video course – C Programming for beginners. See here:

Monday, 4 September 2017

iClone 7 Review

iClone 7 $199
iClone 7 Pro Bundle (includes 3DXchange7 Pro and Character Creator 2) $299

iClone 7 is a 3D animation package. It lets you create and render scenes populated with animated figures. It provides realtime animation, so that you can view your animation as you create it rather than being forced to wait until it is rendered. It can be used either for creating animations from scratch or it can exchange data with other packages including game development software such as Unity or general-purposes modelling and animation software such as Maya, 3ds Max and Blender. It can also be used for creating still images and for designing figures and animations to be used in games created using packages such as Unity 3D or Unreal (though you may need additional tools and licenses to use some exporting options).

iClone 7 is a 3D animation package. Here I am editing a supplied cartoon-like figure. I’ve added two props (a hat and dark glasses) and applied a predefined pose.

This is how Reallusion describes the product: “Integrated with the latest real-time technologies, iClone7 simplifies the world of 3D Animation in a user-friendly production environment that blends character creation, animation, scene design and cinematic storytelling. The GPU powered renderer gives unparalleled production speed and artistic visual quality. The iClone Animation Pipeline seamlessly connects industry-standard 3D tools and game-engines for interactive applications, film and virtual production.”

Let’s see how you get started. First, let’s suppose you want to animate a character. You can use a pre-designed figure by selectin one from the Content panel and dropping it right into the main edition area. Here you can tailor the figure as required by morphing and shaping it. You can do that using dialog boxes to set parameters to change the width of the mouth, the length of the hair, the figure’s height, muscularity and so on. Then you can go on to add clothes from a supplied library and use a timeline editor to modify and animate the figure’s movement and facial expressions.

You can also create entire scenes by arranging objects – chairs, doors, stairways and so on - and you can use the software to make adjustments to the lighting, including subtle effects from multiple-light sources and reflections from surfaces. For advanced video-makers, there is even the ability to use simulations of real-world cameras to ‘film’ the action using settings based on specific real-world camera models. The video below provides a short overview of some of the most significant new features in this release.

Where to start?

This is undoubtedly a powerful product. But, if you are new to iClone (as I am), how easy is it to learn to use? Well, in my experience, it is by no means easy as it could be. The user interface looks really slick but it is also very, very complicated. There is a menu system across the top - File, Edit, Create, Modify etc. – and each menu item shows a drop-down menu with many items having further levels of pop-out menus. Below this is a toolbar of icons covering features ranging from scaling and rotating to enabling global illumination and setting constraints. Then there are multi-page docked panels at the sides (Template, Animation, Stage, Modify and more) which are furher complicated by sub-selecting side-tabs (Content, Scene, Visual), nested pages (Template, Custom) which contain collapsible outlines of items (Characters, GI, Morph and so forth) used to browse folders of items shown in yet another nested pane. The arrangement of views can be altered by selecting various workspaces from a menu (Standard, Visual Effects, Animation etc.) and in some of these workspaces an animation Timeline appears down at the bottom of the screen.

But where exactly do I start? Several cups of coffee later, a browse through the online Help and a visit to the web site to watch some video tutorials and I am still not entirely sure… To give them their due, I have to say that Reallusion has a lot of online lessons and having watched a few I quickly discovered that I use iClone to create scenes, modify figures, add props, do facial animation and much more besides. But I didn’t find a simple “This is how to create your first iClone 7 project” lesson.  Or “Your first ten minutes with iClone”. The online Help isn’t that helpful either. It starts with a detailed section on the user interface ‘Knowing The Environment’ which laboriously documents all the menus and panels before going on to explain optimal rendering settings and the various software capabilities – 3D character generation, Character Animation, Facial Animation and so on. Yes, this is no doubt a great reference. But even so, as a beginner – where do I start?

The user interface is quite crowded, with panels, pages, buttons, icons, menus and folders all needing to be navigated. The editing is fast and good quality, though. Here I am posing one of the supplied figures.

OK, so over the years I’ve used numerous graphics and animation packages – everything from general-purpose packages such as Cinema 4D and Blender to specialist packages such as Vue (for landscape design) and Poser (for character animation) so with a bit of playing about I was eventually able to work out how to create geometrical objects, add and modify characters and do some basic animation. Assuming you have previous experience, you too should probably be able to work out how to create and animate simple objects fairly quickly just by trial and error. But if you are completely new to 3D design and animation, iClone doesn’t go out of its way to help you get going.

Let’s assume that you stick with it long enough to get over the initial hurdles. The good news is that adding and animating objects is actually quite a fast and straightforward business once you know how. You can even animate cameras to, for example, follow an object or change its focal length to ‘zoom in’. You can make most of these changes by selecting specific ‘modes’ by clicking icons to scale, move or rotate objects but some things, such as camera focal length, need to be selected in one of the docked panels. Each change is automatically added as a marker or ‘keyframe’ on the timeline and the motion between keyframes is automatically calculated by the software.

More, more, more…

Things start to get a bit more interesting when you use some of the supplied content. There are ready-to-use figures that can be dropped into the edit view ready for you to animate. To save time, you can even drop on some predefined poses and animations – for example, there is a ‘leaning against a wall’ pose and a ‘walking down a catwalk’ animation. When these are added, the figure immediately adopts the pose or follows the predefined animation. It’s worth noting, by the way, that (assuming your computer has the appropriate memory and graphic requirements – see below) the quality of the in-editor preview is extraordinarily good. The facial animation is slick too. The skin and muscles really do seem to respond pretty convincingly when a character moves its eyes, smiles or speaks.

Here I’ve re-posed my figure just by dropping onto it one of the predefined poses. This will need some manual adjustments (his fingers seem to be going through his boots).

Here I’m fixing the hand position using a feature called ‘Edit motion layer’ that lets me move virtual bones to repose the figure. You can also animate figures with predefined animations.

When you’ve finished designing and animating you can render your video in a variety of formats and resolutions up to a theoretical 3840 x 2160 – but in fact when I tried to produce video at that resolution on my Windows 7 PC it warned me that 1920 x 1088 is the maximum possible on Windows 7 or 8.

Overall, this is a remarkably capable package that lets you create and edit scenes, figures and animations and shows an impressively high resolution and fast preview of animations right inside the editing area. If you are already an experienced animator you will probably be able to ‘guess your way’ around the user interface to find the essential resources, properties, tools and timelines reasonably quickly. If you are not so experienced, however, the learning curve is likely to be steep. In spite of a fairly detailed manual and a good range of tutorial videos, this software really would benefit from one or more ‘quick start’ guides to get the new user up and running quickly.

Bear in mind too that while it comes with a number of ready to use figures, props and scenes, these may not supply everything you need, depending of course on the type of project you are working on. Reallussion has many additional add-in packages that can fill the gaps. These include libraries of additional characters, monsters, talking heads, video effects and 3d assets. There are also plug-in tools for thing such as motion capture, Chroma key (green screen) and enhanced rendering. In fact, I suspect that the market for add-ins and additional content explain the relatively low price of the base software. True, you can do a great deal without paying for any of the added extras, but many of the optional add-ins are so darn’ useful that most serious iClone user will probably want to buy some of them at some point.

Overall then, this is a good, low-cost animation package that could be both useful and fun for the serious amateur animator, graphic artist or video-maker. It does take some effort to learn but once you are over the initial hurdles, it really is quite impressive. If you plan to use it professionally, however, for example to create characters for 3D games you may need to buy some additional tools and content which could push up the price quite a bit.

iClone 7 Recommended System Requirements

  • Intel i5 dual core CPU or higher
  • 8GB RAM or higher recommended
  • 10GB free hard disk space or higher recommended
  • Display Resolution: 1920 x 1080 or higher
  • Graphics Card: NVidia Geforce GTX 600 Series/ AMD Radeon HD 7000 Series or higher
  • Video Memory: 2GB RAM or higher recommended
  • Video card compatible with Pixel Shader 3.0 recommended for optimized visual performance

Tuesday, 15 August 2017

Landscape Pro 2 Review

Anthropics Technology Ltd.

So you take a photo. Everything looks great. The arrangement of the sea, the mountains in the distance, the people in the foreground is just as you want it. The trouble is, it’s all a bit dull. The lighting is flat. The sky is dull. The water is as flat and boring as a mill pond.

That is where Landscape Pro can help out. This program can change the lighting, the colours and the atmosphere of an image. It does this by letting you select different image elements – sky, water, mountain, grass and so on – and then changing its visual properties such as the colour and brightness or by dropping in completely new images to, for example, substitute a dramatic cloudy sunset sky for a boring cloudless afternoon sky.

My boring holiday snap loaded into Landscape Pro 2. What can I do to add some drama to it?

I reviewed the previous version of Landscape Pro HERE. For a quick overview of its features, be sure to read that review.  This latest release is broadly similar in both look and operation to its predecessors. Some small improvements have been made to the user interface (including the addition of separate icons for the Save and Save As buttons which I criticised in my previous review).

However, the most significant changes include a large expansion of the number of ‘presets’. So, for example, there are now over 100 new skies – that is, images of a daytime and night-time skies, sunsets, storms and unusual skies including rainbows and auroras. The selection tools have been improved and there is a new 3D lighting brush that lets you ‘paint’ lighting effects onto selected surfaces of structural objects and scenes.  And one of my favourite improvements is the ability to make lakes and seas reflect the sky, producing more convincing results than hitherto.

First you need to select important photo elements such as water, buildings and sky. Landscape Pro does this automatically and you can extend regions if it fails to get the boundaries exactly right.
Then you can select presets from a panel on the left or use sliders to make fine adjustments to specific image elements, tones and colours.

You can switch instantly from one preset to another. Notice here I have chosen to reflect the new sky in the water of the lake.
And here I have selected a new sky to put my once quite dull scene into a dramatic sunset!
All in all, this is a great product for anyone who wants to fix faults or add dramatic effects to landscape photographs.  The regular price of £59.90 is quite reasonable but the current offer price of £29.95 makes it a really good buy.

There are also some higher end editions.  Landscape Pro Studio (£99.990 but on offer for £49.95) supports some additional camera and image output formats and also works as a PhotoShop or Lightroom plugin.  Landscape Pro StudioMax ($199.90, on offer for $99.95) has everything in Landscape Pro Studio plus batch mode for quickly processing multiple images and a histogram panel. See the feature lists for full details:

System requirements:
Windows 10, Windows 8, Windows 7, Vista or Mac OSX (10.7 or later)

Sunday, 30 July 2017

The Golden Wombat Of Destiny (the game, the musical and me)

Little did I know when I wrote my first big computer program that it would end up as possibly the most enduring thing I’ve ever done. This was back in the early 1980s. Having decided to learn how to program, I bought myself a copy of Turbo Pascal and within weeks I’d embarked on writing a text-based adventure game of vast complexity (it’s more normal for a beginner programmer to begin by learning how to print “Hello world” but I obviously had ambitions well above my talents). Anyway, it took me a year to write that game, The Golden Wombat Of Destiny, and it was one of the most difficult things I’ve ever done. Also one of the most enjoyable. It taught me more about programming that I could ever have learnt if I’d followed a more traditional route.

You can still download a copy of the game from THIS PAGE should you be interested.

When it was finished, I sent it away to a distributor of public domain (free) software. And pretty soon it was being played by people all over the world. I know this for a fact, because in subsequent years many of them wrote to me…

I’ve kept a stack of old letters. Here are some extracts…

“I am writing from the padded cell into which I was flung after being driven completely loopy by your dreadfully devious game…”
(A Wombat Fan from Nottingham, UK)

“I’m stumped. I’ve been trying to crack (your game) for a few months now…”
 (A Wombat Fan from Ballajura, Australia)

“Have you thought of developing a visual version of ‘Wombat’? … Can’t imagine what a potto looks like.”
(A Wombat Fan from Honolulu, Hawaii)

“I was really frustrated when I played your game because I couldn’t get into the Forbidden City…. Then my dad found the trapdoor. Your game gave me a great many laughs.”
(A Wombat Fan from a town whose name includes letters that don’t even appear on my keyboard, Finland)

I also occasionally get letters saying something like “I really enjoyed playing your game when I was little. Now I’m playing it with my grand-daughter” (which makes my heart sink somewhat – it doesn’t really seem so long ago).

Over the years I’ve also been approached by several people who wanted to turn The Wombat into a play or a film. None of these ventures has ever come to fruition. So I was, to say the least, surprised when Peter Theophilus-Bevis not only asked me if he could create a film musical about the Wombat but then went ahead and actually did it!

Um, but before you watch it, here is the obligatory “author’s introduction” which will no doubt feature among the Extras on the DVD when the Director’s Cut is eventually released….

And here is The Golden Wombat Of Destiny epic musical movie itself….

Thursday, 22 June 2017

MAGIX Video Pro X (2017 edition) review
£349 (399.99 Euros)
[Currently (June 2017) on offer at: £299]
Upgrade from previous version: £149 (199.99 Euros)

If you need a good video-editing package for Windows, the latest release of Video Pro X from MAGIX software is something that you may want to consider. It’s a nice-looking, easy-to-use package that lets you import video and audio clips, edit them on a multi-track time-line, apply transitions and video effects and export the final movie in various common formats. For a broad overview see my review of the previous release, Video Pro X 8. Contrary to expectations, this new release is not called Video Pro X 9. The number has now been silently omitted. This is now just plain Video Pro X. More on that later…

The main new feature in this version is something called ‘deep colour grading’. Colour grading is a post-production process for altering the overall appearance of your video by changing the colours. This may involve ‘colour correction’ (adding warmth to the colour of a video made using cold-looking studio lighting, for example) as well as effects to  make the videos look more vibrant or subdued or to give them the look of certain types of traditional film stock. This is what MAGIX has to say: “Colour-true processing of material is carried out by precise measuring instruments: vectorscope, waveform monitor, histogram and RGB parade. The software supports all formats from the professional and consumer sector such as ProRes, HEVC 10-Bit, AVC and MPEG-2. Thanks to new support for lookup tables (LUT) in Video Pro X, it can sync flat recordings with LUTs from the camera manufacturer or upload cinematic effect LUTs to create unique film styles. Lookup tables save colour grading information and can easily be imported and applied, or custom created and saved.”

Here I’ve applied one of the (admittedly fairly extreme) Lookup Table colour effects to a clip. The original clip is on the right. The one with the colour effects applied is on the left.
Colour grading can be a fairly specialised area of video processing and high-end professional users may use a combination of expensive software and hardware (editing and mixing panels) for this job. By integrating a useful range of colour correction tools, Video Pro X seems to be trying to appeal to the ‘mid range’ professional video-maker. However, you need to be aware that, in spite of heavy promotion of this feature, Video Pro X does not provide a completely new ‘Colour Grading’ toolset (as I was expecting). Instead, the existing colour manipulation effects such as brightness/contrast, Colour, Colour Correction and Shot Match (the ability to automate make two video adopt the same range of colours and tonal values) have all been updated to provide greater (16-bit) colour accuracy. There are also sets of predefined colour schemes called ‘lookup tables’ which let you quickly apply to a clip a set of colour values with names such as ‘Cinematic’, ‘Neo’ and ‘Vintage’.

The other principal changes to this release of Video Pro X are support for more video formats such as H.264 and HEVC/H.265; more control over audio processing for sound mixing and audio restoration; and various new effects including some new blurs and masks that can be ‘attached’ to moving images. It also does 360 degree ‘video stitching’ and exporting, assuming you have a camera capable of recording 360 degree videos.

As I mentioned earlier, Video Pro X no longer uses version numbers. The idea is that rather than release a mass of updates all at once, when a new version is released, updates will be made incrementally as the software continues to be developed. The purchaser gets all new updates at no additional cost for one year. After that, you can carry on using your existing version but you will only get updates if you extend your ‘Update Service subscription’ at an additional cost.  That cost is, in my view, rather high at £149 (199.99 Euros). I can’t say I’m terribly keen on this subscription model. When software is upgraded with a numbered release you should usually expect to see a definitive list of fairly substantial changes and you can then make an informed decision on whether or not the upgrade cost is worth it. By signing up to a ‘trickle through’ system of updates you have no real idea whether you are paying for major new features or just minor changes and bug fixes.

The other thing I dislike about this ‘non-numbered’ update system is that new versions of the software overwrite older versions. If you have an older version that works and that you are happy with, that means that you cannot keep that installation while you evaluate a new release. I experienced a problem with this myself. When I installed the latest version, it failed to activate successfully online. I had to consult MAGIX technical support to find out how to remove an initialisation file in order to uninstall and reinstall the software and activate it as required. If a user had a similar – or even more catastrophic – problem with installation, there would be no way to revert back to the older release while that problem was solved because the new installation automatically removes any previous release. I think that’s essentially undesirable.

MAGIX often has special deals and added extras on offer. At the time of writing, a bundle is offered including 3rd part effects such as the HitFilm Toolkit pack which I am using here to enhance skin tones.
So, in short, how does this latest release compare with the previous one? Is it worth upgrading? The only ‘big’ new feature in this release is the integrated colour grading. Now, I don’t mean to underestimate the importance of this. If you want more control over colour temperature, saturation and so on, well, this will give it to you. And for artistic video-making – for example, if you want to convey mood and drama in your videos – that’s a good thing to have. But if that is not of compelling interest to you, then it seems to me that this new release is a bit thin on exciting new features.


Video Pro X is a good general-purpose video editing application that (depending on your perspective) sits at the high end of the ‘serious amateur’ or low end of the ‘professional’ calibre products. MAGIX also markets the VEGAS video-editing suites, which it acquired from Sony (see my reviews of VEGAS Pro Edit 14 and VEGAS Movie Studio). As I’ve said previously, this large range of competing editions is confusing. It’s confusing to me and I can only assume it must be equally confusing to most potential customers. The various editions of VEGAS range from beginner to advanced level. It appears that the high-end VEGAS editions are now considered to be the more professional-level of the offerings from MAGIX since ‘upgrade’ deals are offered from Video Pro X to VEGAS Pro Edit ($199) or VEGAS Pro ($299).

Video Pro X is pretty easy to use and has a decent range of features. Personally, I’d be happy to use it for most video-editing projects. As for the value of the new additions, though, that all depends on how much you need ‘deep colour grading’. If you don’t feel any compelling need for this feature, then this new release may seem somewhat underwhelming.

Tuesday, 6 June 2017

C Programming for Beginners: Variables and Types

This is part 3 of my series on C programming for beginners.

See also: part 2.

When you want to store values in your programs you need to declare variables. A variable is simply a name (more formally, we’ll call it an ‘identifier’) to which some value can be assigned. A variable is like the programming equivalent of a labelled box. You might have a box labelled ‘Petty Cash’ or a variable named pettycash. Just as the contents of the box might vary (as money is put into it and taken out again), so the contents of a variable might change as new values are assigned to it. You assign a value using the equals sign (=).

In C a variable is declared by stating its data-type (such as int for an integer variable or double for a floating-point variable) followed by the variable name. You can invent names for your variables and, as a general rule, it is best to make those names descriptive.

This is how to declare a floating-point variable named mydouble with the double data-type:

double mydouble;

You can now assign a floating-point value to that variable:

mydouble = 100.75;

Alternatively, you can assign a value at the same time you declare the variable:

double mydouble = 100.75;


There are several data types which can be used when declaring floating point variables in C. The float type represents single-precision numbers; double represents double-precision numbers and long double represents higher precision numbers. In this course, I shall normally use double for floating-point variables.


Now let’s look at a program that uses integer and floating point variables to do a calculation. My intention is to calculate the grand total of an item by starting with its subtotal (minus tax) and then calculating the amount of tax due on it by multiplying that subtotal by the current tax rate. Here I’m assuming that tax rate to be 17.5% or, expressed as a floating point number, 0.175. Then I calculate the final price – the grand total – by adding the tax onto the subtotal. This is my program:

#include <stdio.h>

int main(int argc, char **argv) {
int subtotal;
int tax;
int grandtotal;
double taxrate;

taxrate = 0.175;
subtotal = 200;
tax = subtotal * taxrate;
grandtotal = subtotal + tax;

printf( "The tax on %d is %d, so the grand total is %d.\n",
subtotal, tax, grandtotal );
return 0;

Once again, I use printf to display the results. Remember that the three place--markers, %d, are replaced by the values of the three matching variables: subtotal, tax and grandtotal.

When you run the program, this is what you will see:

The tax on 200 is 34, so the grand total is 234.

But there is a problem here. If you can’t see what it is, try doing the same calculation using a calculator. If you calculate the tax, 200 * 0.175, the result you get should be 35. But my program shows the result to be 34.

This is due to the fact that I have calculated using a floating-point number (the double variable, taxrate) but I have assigned the result to an integer number (the int variable, tax). An integer variable can only represent numbers with no fractional part so any values after the floating point are ignored. That has introduced an error into the code.

The error is easy to fix. I just need to use floating-point variables instead of integer variables. Here is my rewritten code:

#include <stdio.h>

int main(int argc, char **argv) {
double subtotal;
double tax;
double grandtotal;
double taxrate;

taxrate = 0.175;
subtotal = 200;
tax = subtotal * taxrate;
grandtotal = subtotal + tax;

printf( "The tax on %.2f is %.2f, so the grand total is %.2f.\n",
  subtotal, tax, grandtotal );
return 0;

This time all the variables are doubles so none of the values is truncated. I have also used the float %f specifiers to display the float values in the string which I have passed to the printf function. In fact, you will see that the format specifiers in the string also include a dot and a number numbers like this: %.2f. This tells printf to display at least two digits to the right of the decimal point.

You can also format a number by specifying its width – that is, the minimum number of characters it should occupy in the string. So if I were to write %3.2 that would tell printf to format the number in a space that takes up at least 3 characters with at least two digits to the right of the decimal point. Try entering different numbers in the format specifiers (e.g. %10.4f) to see the effects these numbers have. Here are examples of numeric formatting specifiers that can be used with printf:


%d   print as decimal integer
%4d   print as decimal integer, at least 4 characters wide
%f   print as floating point
%4f   print as floating point, at least 4 characters wide
%.2f   print as floating point, 2 characters after decimal point
%4.2f   print as floating point, at least 4 wide and 2 after decimal point

This series of C programming lessons is based on my book, The Little Book Of C, which is the course text for my online video-based course, C Programming For Beginners, which teaches C programming interactively in over 70 lessons including a source code archive, eBook and quizzes. For information on this courses see HERE.

Tuesday, 18 April 2017

Advanced C Programming – Pointers. NEW COURSE!

Get this $95 course for just $15.

Pointers. In C, there is just no getting away from them. Understanding and being able to use pointers correctly (and safely) – well, it’s the difference between a professional programmer and an amateur. But pointers are really difficult to use. Aren’t they?

The fact of the matter is, they needn’t be. If you understand them. And that’s what my new course is all about. “Advanced C Programming: Pointers” explains pointers from the ground up. What exactly is a pointer variable and how does it work with addresses in memory? What is indirection? How can you avoid common pointer problems such as memory leaks and program crashes?

Topics covered include:

  • Pointers and addresses
  • Indirection and multiple indirection
  • Pointers and arrays
  • Pointers to structs
  • Data-type alignment
  • Generic pointers and casts
  • Null pointers
  • Memory allocation and reallocation
  • Freeing memory safely
  • Pointer arithmetic
  • Singly and doubly linked lists
  • Queues and stacks
  • Pushing and popping
  • Function pointers
  • Deep and shallow copying
  • Common pointer errors

…and much more

NOTE: This is not a course for beginners. It is aimed at programmers who already have a good working knowledge of C programming and who need to take the next step in mastering C by gaining a deep understanding of pointers. (If you are a beginner, you should sign up to my C Beginners Course first).

Course contents:

  • 58 Lectures
  • Over 3.5 hours of video instruction
  • Downloadable source code of all examples
  • Quizzes and course notes
  • Lifetime access

Advanced C Programming: Pointers
Regular Price: $95
Sign up today for just $15
(Offer runs until end of May, 2017)

Wednesday, 5 April 2017

NetBeans Day - in London!

If you are a fan (as I am) of the cross-platform, multi-language programmer's editor/IDE, NetBeans, then you may be interested in the forthcoming NetBeans Day event at The University of Greenwich on Tuesday, 25th April 2017.The free day will include a wide range of talks related to cutting edge Java and JavaScript technologies and tools, both for beginners and experts alike.

This is the line-up:

10:00 - 10:30: News from the NetBeans Community (Geertjan Wielenga)
10:30 - 11:00: 
Graal: A Polyglot VM for a Polyglot IDE (Chris Seaton)
11:00 - 12:00: NetBeans 101 (Zain Arshad & Mark Stephens)
12:00 - 13:00: Lunch & Networking
13:00 - 14:30: Workshops (The two below will run in parallel, you'll need to choose!)
 - Baking a Java EE 8 Micro Pi (Andrew Pielage & Mike Croft)
 - Diving into the Newest Jigsaw and Java 9 Features (John Kostaras, Geertjan Wielenga)
14:30 - 15:00:
 Tea & Networking
15:00 - 16:30: Workshops (The two below will run in parallel, you'll need to choose!)
- Rapid JavaScript Development with Enterprise Technologies (Geertjan Wielenga)
- Extending NetBeans IDE (Zain Arshad, Mark Stephens, Neil Smith) 
16:30: Wrap Up and Prizes

There are very few spaces left so if you want to go be sure to register NOW!

Tuesday, 4 April 2017

Media 100 - Mac video editor, now free!

Media 100 Suite, a well-established video editing suite for the Mac is now available free. This news was just announced by MacVideo Promo, a company that specializes in deals on Mac software, in partnership with Media 100's developers, Boris FX.

According to the press release, key features include: "4K/2K/HD Video Editing with Professional Video I/O Support Media 100 supports dozens of video standards in 4K, 2K, HD, and SD resolutions at frame rates from 23.98 to 60 frames per second. Acquisition interfaces for AVCHD, AVC-Intra, FireWire, Panasonic P2, and Sony XDCAM are provided as well as support for AJA and Blackmagic Design video I/O interfaces.

"Boris RED: Professional Transitions and Titling The Boris RED plug-in for Media 100 is included free with each Media 100 download. Boris RED is integrated 3D titling and visual effects software that launches a user-friendly custom interface directly from the Media 100 timeline for advanced title animation and effects.

"Eye Scream Factory’s 100 Essential Transitions Each free Media 100 Suite download includes Eye Scream Factory’s “100 Essential Transitions” package, a $49.95 value. 100 Essential Transitions features a variety of designer transition effects ranging from the familiar to the inspired, including Artistic Dissolves, Glow Dissolves, Luma Dissolves, PullSwaps, Rays Dissolves, and Wipes. Editors can tap into a variety of looks featuring glints, lens flares, waves, ripples, and DVE effects. The customizable transitions can be applied at any duration."

Download the software from:

Tuesday, 7 March 2017

VEGAS Movie Studio 14 Platinum review

VEGAS Movie Studio 14 Platinum $79.99 (£69.99)

VEGAS Movie Studio 14 is a low cost video editing package that provides the essential functionality of MAGIX’s more expensive VEGAS Pro software. The entry-level product costs $49.99 while the more powerful Movie Studio Platinum (which I am reviewing here), costs just $79.99.

In common with the more expensive VEGAS Pro video editing package, Movie Studio lets you create videos by importing clips onto a multi-track timeline where you can edit them by cutting, copying, pasting and trimming them. You can merge one clip into another by adding a range of fades and transitions. And you can also apply a large range of video effects to alter colour and brightness, glows, lens flares, pixilation effects and so on. The transitions and effects are arranged in a panel at the top-left, a previewer is shown to its right and the timeline is docked underneath. As with VEGAS Pro, multiple effects can be added to a single clip and when you do this they are arranged as a linked list or ‘plugin chain’ which can be shown in a popup dialog. Here you can delete unneeded plugins or select a specific effect from the chain in order to edit its parameters.

You can render videos in a large range of formats suitable for internet, mobile devices, DVD or viewing on desktop computer
Other essential features of Movie Studio include the ability to pan and crop videos to zoom in and out or move the viewing area up or across a video clip; you can record and edit audio tracks and apply effects such as reverb and distortion or apply an audio restoration filter to remove unwanted clicks or background noises; and when you are finished you can create your final video either by selecting the ‘Make a movie’ option (the simplest way) or by producing the video in a large number of rendering formats such as Quicktime, Video For Windows and MPEG-2, each of which provides a large range of options to tailor the output.

There are a few new features in this latest release such as ‘hover scrub’ editing – that is the ability to select and trim clips simply by moving the mouse over a popup video preview; there is a multi-camera editor to help you edit together clips taken simultaneously with more than one camera; and various new video effects and transitions have also been added. As an extra bonus, all editions of Movie Studio now come with a separate music editing application called Music Maker. This lets you record and edit music either by ‘playing’ an on-screen keyboard or mixing together pre-recorded sounds (‘loops’) on a multi-track timeline, editing them in much the same way you would edit video clips in Movie Studio. As the stand-alone edition of Music Maker costs around $60, this is a pretty good deal. The software provides a limited range of instruments and loops as standard and you can buy more if you need them. If you want to add royalty-free music to your videos (even if you aren’t a musician!) this is a pretty good way of doing so.

There is even a music-making program supplied as an added extra. This lets you make music tracks even if you can’t play an instrument!
Overall, Movie Studio Platinum is a good video editing product for serious amateurs or even professionals on a tight budget. Its interface can be a bit over-fussy (all those popup dialog boxes – see my review of VEGAS Pro) so it is not, in my view, as easy to use as MAGIX’s other video editor, Video Pro X. Even so, at a price of around $80, it packs a lot of punch and is great value. If you decide that this is the program for you, I would recommend that you get the Platinum or Studio edition rather than the slightly cheaper entry-level edition. The entry-level version omits some important tools such image stabilization and colour correction, multi-camera editing and hover-scrubbing, it lacks the ‘DVD Architect’ for burning DVD and Blu-ray discs and its timeline is limited to 10 video tracks (rather than the Platinum’s 200).  Given the fact that there is only a $30 difference between the price of the entry-level and Platinum editions, I’d say that opting for the Platinum would be $30 well spent!

The VEGAS range – spoilt for choice?

MAGIX has a bewildering range of video editing software. In addition to its well established Video Pro X, it has now released two separate ranges of VEGAS video editing packages. In theory, the high-end range, VEGAS Pro, is aimed at professional users while the less expensive VEGAS Movie Studio range is aimed at novices and amateurs. However, this distinction is not entirely clear-cut. Gary Rebholz  (MAGIX Software Product Owner) explains that “VEGAS Movie Studio Platinum is a great next step, which introduces pro-level features and techniques.” At any rate, this is a list of the full VEGAS range:

  • VEGAS Movie Studio 14 $49.99
  • VEGAS Movie Studio 14 Platinum $79.99
  • VEGAS Movie Studio 14 Suite $139.99
  • VEGAS Pro 14 Edit $399
  • VEGAS Pro  14 $599
  • VEGAS Pro Suite 14 $799

As you would expect, the range of editing features and addins (such as 3rd party effects) is more limited in the cheaper packages than in the more expensive editions. In fact, it’s bit more complicated than that. For example, the top of the Movie Studio range (Movie Studio Suite) seems to have some things that are missing from the bottom of the VEGAS range such as NewBlue Titler Pro Express plugin (which is not in VEGAS Pro 14 Edit). In addition, while the low-cost Movie Studio products include a copy of the Music Maker application, the higher cost VEGAS Pro products do not. At any rate, even by making a close comparison of the product features (see the Movie Studio and VEGAS Pro feature comparison charts, it is by no means easy to determine which edition provides the best mix of features in its price range. To be honest, I think the mix of features spread across six alternative editions is confusing. In my opinion, six editions is a few editions too many.

Wednesday, 1 March 2017

Getting Started with C Programming

In the last article in this series, I gave a quick overview of the C programming language and showed how to write a very simple program. Here I will explain how to pass arguments to your programs and display formatted strings.

See also: part 3.

Passing Arguments

To pass values to the program, you can just run the program at the command prompt and put any arguments after the name of the program itself, with spaces between each item. For example, if I wanted to pass the arguments “hello” and “world” to a program called HelloWorldArgs.exe (on Windows) or (on OS X) I would enter this at the command prompt or Terminal:

HelloWorldArgs hello world

We’ll assume that the program has a main() function with argc and argv arguments like this:

int main(int argc, char **argv)

My program ‘receives’ the two bits of data (the strings “Hello” and “world”) which I entered after the program name itself and it stores them in the second argument, argv. The first argument, argc is an automatically calculated value that represents the total number of the arguments stored in argv. This is the program code:

int main(int argc, char **argv) {
int i;
for (i = 0; i < argc; i++) {
 printf("Hello World! argc=%d arg %d is %s\n", argc, i, argv[i]); }
return 0;

When I pass the program the two arguments: hello and world, this is the output which is displayed:

Hello World! argc=3 arg 0 is 03_HelloWorldArgs
Hello World! argc=3 arg 1 is hello
Hello World! argc=3 arg 2 is world

This shows that the count (argc) of arguments is 3 even though I have only passed two arguments. That’s because the program name itself, HelloWorldArgs, is automatically passed as the first argument. The first argument here has the index number 0. The arguments at index 1 and 2 are the arguments that I passed to the program: hello and world.

Note: the two asterisks before argv are important:

char **argv

They indicate that argv is a list of strings. Strictly speaking argv is an ‘argument vector’ or a pointer to an array of character-string arguments.

The block of code that starts with the keyword for is a loop that causes the code that follows it, between the curly braces, to execute for a certain number of times. Here the code executes for the number of times indicated by the value of the argc argument). The printf statement prints the string "Hello World! argc=%d arg %d is %s\n" and it substitutes the values of argc, i, argv[i], at the points marked by %d, %d and %s in the string. At each turn through the for loop the string at the index i in the argv array is printed.

puts and printf

There are several functions that can be used to display (print) information when your C programs run. Both printf and puts, can display a simple string.

printf("hello world\n");
puts("hello world again\n");

The printf function also allows you to embed ‘format specifiers’ into a string. A format specifier begins with a % and is followed by a letter: %s specifies a string. %d specifies a decimal or integer. When format specifiers occur in the string, the string must be followed a comma-delimited list of values. These values will replace the specifiers in the string. The programmer must take care that the values in the list exactly match the types and the number of the format specifiers in the string otherwise the program may crash. Here is an example:

printf("There are %d bottles standing on the %s.\n", 20, "wall\n" );

When run, the code produces the following output:

There are 20 bottles standing on the wall


It is a good idea to add comments to your programs to describe what each section is supposed to do. C lets you insert multi-line comments between pairs of /* and */ delimiters, like this:

/* This program displays any 
 * arguments that were passed to it */

In addition to these multi-line comments, modern C compilers also let you use ‘line comments’ that begin with two slash characters // and extend to the end of the current line. Line comments may either comment out an entire line or any part of a line which may include code before the // characters. These are examples of line comments:

// This is a full-line comment

for (i = 0; i < argc; i++) // this comment follows some code

This series of C programming lessons is based on my book, The Little Book Of C, which is the course text for my online video-based course, C Programming For Beginners, which teaches C programming interactively in over 70 lessons including a source code archive, eBook and quizzes. For information on this courses see HERE.

Friday, 10 February 2017

Visual Studio 2017 Launches March 7th

The latest version of Microsoft's powerful multi-language Windows-based programming environment, Visual Studio, is launched on March 7th, 2017. For more information see this Microsoft blog post: - For more technical details (and a download of the release candidate if you can't wait for the finished version) to to:

Friday, 3 February 2017

Introduction to C Programming

This is the first in a series about the basics of programming in C. These lessons are taken from my book, The Little Book Of C, which is the course text for my online video-based course, C Programming For Beginners, which teaches C programming interactively in over 70 lessons including a source code archive, eBook and quizzes. For information on this courses see HERE.

What is C?

C is a general-purpose compiled programming language. It was first developed by Dennis Ritchie in the late ‘60s and early ‘70s. The C language is widely used for all kinds of programming: everything from general-purpose applications, programming language tools and compilers – even operating systems. The C language is also widely used for programming hardware devices.

A C compiler (and an associated tool called a ‘linker’) is the program that translates your source code (the text you write in an editor) into machine code that is capable of being run by your operating system. C compilers are available for all major operating systems including Windows, OS X and Linux.

Editors and IDEs

In order to write C code you will need a programming editor or IDE (Integrated Development Environment) and a C compiler. For beginners, I recommend the CodeLite editor which is freely available for several operating systems: However, if you already use an editor or IDE that supports C programming, that’s fine. Suitable IDEs include NetBeans, Microsoft Visual Studio, Code Blocks and many others.

Once you have a C compiler and a C source code editor installed you are ready to start programming in C.

Hello World

This is the traditional “Hello World” program in C…

#include <stdio.h>

main() {
printf("hello world\n");

This program uses (that is, it ‘includes’) code from the C-language ‘standard input/output library, stdio, using this statement:

#include <stdio.h>

The code that starts with the name main is the ‘main function’ – in other words, it is the first bit of code that runs when the program runs. The function name is followed by a pair of parentheses. The code to be run is enclosed between a pair of curly brackets:

main() {


In this case, the code calls the C printf function to print the string (the piece of text) between double-quotes. The “\n” at the end of the string causes a newline to be displayed:

printf("hello world\n");

The anatomy of a C program

This shows the essential features of the simple ‘Hello world’ program…

The program above could be rewritten like this:

#include <stdio.h>

int main(int argc, char **argv) {
printf("hello world\n");
return 0;

In fact, if you create a new C project using the CodeLite environment, the code above will be generated automatically. When this program is run, you will see no difference from the last program – it too displays “Hello world” followed by a newline. The main differences are that this time the name of the main function is preceded by int. This shows that the function returns an integer (a full number) when it finishes running. The number 0 is returned in the last line of the function:

return 0;

This return value is unlikely to be of any significance in your programs and, for the time being at any rate, you can ignore it. By tradition, a value of 0 just means that the program ran without any errors. Any other value might indicate an ‘error code’.

The other difference is that this program contains two ‘arguments’, called argc and argv, between parentheses:

int main(int argc, char **argv)

 These arguments may optionally be initialized with values passed to the program when it is run. I’ll shown an example of this in the next lesson.

Tuesday, 17 January 2017

VEGAS Pro Edit 14 Review

The is the first new release of VEGAS since MAGIX bought it from Sony early in 2016. In spite of its new ownership, the software looks and works pretty much the way it did when it was owned by Sony. There have been only very minor changes to the look of the user interface such as some slightly redesigned icons. Apart from that, if you are accustomed to an older version of VEGAS (see for example my review of version 11 of VEGAS Movie Studio from 2011), then you should feel very much at home with this new release.

VEGAS is a video editing program for Windows. It lets you import and edit video and audio clips by placing them, onto tracks in a timeline area. There you can cut, copy, trim and move the clips. You can add effects, transitions, zooms and pans. And when you are happy with the end results you can create your final video in a large variety of configurable formats.

Scrubbing and Trimming

One of the new features that MAGIX are keen to highlight is the ‘hover scrubbing’ mode in the trimmer window. You can edit individual clips by loading them into the trimmer window where you can preview the clip and cut out a section to create a smaller subclip. By tradition, the trimming is done by selecting regions on a track shown beneath the video preview. By enabling hover scrubbing, you can work much more quickly by simply hovering your mouse from left to right over the video preview in order to scroll rapidly through the clip. When you see an appropriate start-point for your subclip you just click the mouse then carry on hovering until you find a suitable end-point, then click again.

You can hover your mouse over the clip preview to scroll quickly through it.

One curious feature of the Trimmer window is that the popup menu from which you select options is disabled when you turn off hover scrubbing. I spent some time trying to find out how to turn that option on again, but since the appropriate menu no longer popped up, it seemed impossible. Finally I discovered that if I opened up the wave-form track displayed beneath the window, I was able to click on that in order to display the menu. I presumed that the vanishing Trimmer menu was a bug and I have reported it to MAGIX. I am told it will be fixed in a forthcoming update.

If you want to speed up a clip you can do that by adding a ‘velocity envelope’ that now speeds up the clip by up to 40 times. The velocity envelope is shown as a horizontal line on the clip and you can add points to the line to increase or decrease the speed at selected points. The velocity only applies to video, however, and any accompanying audio is not synchronized when changes are made.

High Definition

There have also been a few additions to support high definition and high frame-rate video. For example, if you are working on a 4K video project and you need to include lower resolution video clips, VEGAS can ‘upscale’ those clips to improve their appearance when viewed at a higher resolution than the one in which they were recorded. If you are making slow-motion videos, you can simplify the inclusion of videos recorded at a high frame rate (say 120 or 240 frames per second) into your lower frame-rate videos by selecting the desired playback rate and letting the software automatically calculate the necessary adjustments. Other additions for 4K video include support of Black Magic and RED Digital 4K cameras and rendering in HEVC/H265 video formats.


A new Smart Zoom plugin has been added. That lets you select the plugin from a list, then, in a dialog, pick the zoom level and the centre of the zoom to add panning or cropping to a video clip. The Smart Zoom plugin is an alternative to the regular pan/crop tool and it is aimed at preserving the sharpness and resolution of a video when zooming.

At this point, it’s probably worth mentioning that VEGAS makes fairly extensive use of plugins. To use one, you click an icon in a clip on the timeline to pop up the plugin selector. Plugins can do everything from correcting the colour balance to adding blurs, light rays and vignettes. Each plugin comes with its own dialog in which you can set and adjust parameters. When multiple plugins are selected, this creates a ‘plugin chain’ - in effect, a linked list of plugins that are shown at the top of the plugin editing dialog. You can switch from one plugin to another by clicking the button in the chain, then make adjustments as necessary. This is a useful and flexible capability but, especially for a new user, it can be confusing. The problem is that while some plugins are selected from the plugin dialog, others provide video effects which are selected from a docked pane in VEGAS. Those effects are also added to the plugin chain. Each time an effect, or a plugin, is added to the chain, you are obliged to work in a popup dialog. This means you you regularly have to switch ‘modes’ from editing within the integrated environment to working in popup editors - the same is true for pan-and-crop and transitions (blurs, fades and animated effects) between clips: they all come with their own popup editors. Long-time users of VEGAS are, of course, used to working in all these popup editors and probably MAGIX has good reasons for retaining this way of working. Even so, I have to say it seems quite an inelegant way of editing at times.

When multiple effects or plugins are selected, these are added to a ‘plugin chain’ seen at the top of this dialog. Each plugin in the chain can be selected in order to change its parameters. But this does mean that you have to work a great deal in dialog boxes.

By comparison, many of the effects such as zooms and traditions in MAGIX’s other video editing package, Video Pro X (see my review), are added and edited in a docked window so that you can see the effects immediately applied in the preview window alongside. Personally, I prefer Video Pro X’s more integrated approach to VEGAS’s innumerable popup dialogs. Moreover, the entire user interface of Video Pro X is altogether sleaker and more modern-looking than that of VEGAS.

Video rendering speed (when producing your finished video) in VEGAS is unremarkable. It’s always hard to make direct comparisons, since rendering varies greatly according to the hardware, the video output format, the selected options and the video resolution. However, it is certainly the case that VEGAS does not provide rendering at anything like the speed of the fast video rendering of Cyberlink’s PowerDirector (see my review).

VEGAS Editions

VEGAS comes in three different editions: Pro Edit - which is the one I’ve been reviewing ($399), Pro ($599) and Pro Suite ($799). The two higher level products include DVD creation functionality and a number of additional third-party plugins and tools for colour correction, text and title design. The Suite edition also includes Boris FX Match Move and FX Key Blend for enhanced motion tracking and chromakey (green screening). For a full list of features see the product comparison chart

If VEGAS is beyond your budget, there are also three lower-end editions which are called VEGAS Movie Studio (see the product comparison chart These have more limited capabilities (fewer effects, a more limited timeline etc.) and this product range is still at version 13 rather than 14.

Overall, VEGAS Pro Edit 14 is a solid performer with lots of editing options for producing pro-quality videos. Its interface is a bit fussy for my tastes, but on the plus side the fact that this remains little changed from earlier versions makes it easily accessible to existing users. In spite of various useful additions to this release, there are no real show-stoppers. My impression is that this first new release from MAGIX is primarily aimed at providing an upgrade to current VEGAS users rather than trying to attract substantial numbers of new users. Given the increasingly competitive market in video editing software, I’d like to see some more substantial innovations in version 15.