As you can see from the photograph and the table on this page, the Mini-ITX motherboard is far smaller than the more usual ATX format found in the majority of desktop/tower PCs. Firstly, Shuttle PCs use a Mini-ITX-format motherboard that can also be found in the set-top boxes that sit on top of TVs to provide them with Internet and games capability, and even in in-car PC systems. Of course, reducing size by a factor of four does entail some compromises. You can carry them around easily in a bag or backpack, fit replacement motherboards yourself if you ever fry a port, or install a suitable PCI adaptor card with extra ports. Shuttle cases are also extremely stylish, and the range now encompasses much of the latest PC technology, including PCI Express graphics slots and support for dual-core processors. Over a million have been sold so far, and judging by the SOS Forums quite a few musicians have already taken advantage of them to save space and become more mobile. Shuttle now market a large family of such XPC products that will run both Intel and AMD processors, available either as complete systems or as 'XPC Barebones' kits pre-fitted with an integrated proprietary motherboard, special power supply and patented ICE (Integrated Cooling Engine) heatpipe cooling system. The SFF (Small Form Factor) PC was virtually invented by Shuttle back in 2001 when they launched their XPC SV24 model, which featured a stylish, brushed-aluminium, cube-like case approximately a quarter the size of a typical desktop PC (typically 18 x 20 x 30cm). If you're in the market for a PC that's easily 'luggable', like a laptop, yet rather more robust, takes up far less space than a desktop or tower model, yet retains many of the latters' advantages, such as easy upgrading and largely user-replaceable parts, you may like to contemplate a rather different approach. Finally, of course, they have no PCI slots, which restricts the audio interfaces you can use to PCMCIA, USB or Firewire, all of which mean another item of gear to cart about.īut there is another way. If they do become damaged, there are few user-serviceable parts inside, with the exception of RAM and the hard drive, and for the same reason they are mostly difficult to upgrade. For example, most remain fairly fragile and not really up to the rigours of regular gigging unless handled very carefully and given their own padded bag or dedicated flightcase. More and more musicians are relying on laptops as their main music PCs, but they don't suit everyone, for various reasons. But how well does the SFF PC fit the bill for musicians? We find out. To set up the scene, I removed the original UnityUITypewriterEffect component and added the new script in its place.The Small Form Factor (SFF) PC is a useful halfway house between the flexible but bulky desktop PC and the very portable but expensive and not easily upgradeable laptop. It still uses the same concept of defining the pitch range in the actor's definition in your dialogue database. It works similarly to the example in this post, except is uses a subclass of the typewriter effect script instead of a separate script that works in parallel with the typewriter. The comments in the script should hopefully explain what it does. I've also included it in this example scene so you can see how it works: Protected override void Pla圜haracterAudio()ĪudioSource.pitch = Random.Range(minPitch, maxPitch) Then do the regular StartTyping() method: MaxPitch = actor.LookupFloat("MaxPitch") MinPitch = actor.LookupFloat("MinPitch") Look up character's MinPitch and MaxPitch field values: Public override void StartTyping(string text, int fromIndex = 0) Public class CustomPitchTypewriterEffect : UnityUITypewriterEffect
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