214324
Headphoneus Supremus
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- Aug 24, 2011
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Parallax can be used to one's advantage, as it can be an offset to help you see the tip better. What people do is use custom nibs that they make themselves, and they make it longer or shorter than the standard nibs that came with Wacom pens. I know there's that funny article about using spaghetti for nibs but honestly that's a terrible idea. The grinded wheat will go everywhere. People have been using nylon trim wires or toothpicks for ages, especially as Wacom nib shapes are easy to mimick (just a cylinder that tapers to a round end) and they were very expensive. When the Intuos4 came out, Wacom added the new experimental paper texture to the surface. It was more like sand paper. My old Bamboo tablet was from the same time period. Many people complained that half the nib was gone after a painting session. For me, 3 days of very light use shaved my nib's round tip into a flat plane. Wacom quickly fixed that and offered to change the surface of people who bought the Intuos line. Can't remember if it was free or charged, but it was a very big deal and many people were not happy. Anyways, some carefully polished their tablet surface until it was smooth. Others used cheap replacements for nibs. I personally wrapped a paper on top of my tablet and sanded a toothpick to the shape of the nib. That one single nib lasted many many years! Only ditched it a few months ago. People discovered that the length of the custom nib affected the feel of the tool. Some could make it quite long and drag it like a brush. One person I know had a large Cintiq with a smooth glass surface. He cut his longer than usual (I believe. This was many years ago so memory is fading) with a nylon trim wire after I told him about it, and he rounded the tip by melting it slightly on top of a lighter. He was pretty happy, as the nylon tip didn't give him the annoying plastic-clicking-on-glass feel, and the extra distance increased the parallax effect, so he can see the brush tip in Photoshop without the stylus blocking anything, quite important for line art that requires a very small brush.
Apple's digitizer is honestly amazing. Still can use some polish here and there, but with the power in those tablets and the almost full migration of some very powerfull desktop art applications, they are seriously looking to become mobile workstations for those who just need one or two specific apps.
I think there's a bit of a difference here. Parallax is bad, period. If the system by default can't match pen tip to surface precisely it's just bad in a user experience setting. Nobody wants to draw somewhere on the screen only to have it appear elsewhere without notice. Edge accuracy is probably one of the worst user experience problems with EMR since it's basically variable, uncontrollable parallax.
That being said, offset is useful. That's why I included the small bit on people who do actually prefer separate displays and pen tablets (e.g. Intuos/Bamboo, Intuos Pro) because they don't need to see their hand or pen in the way while drawing. I don't do art (wish I could or had the time) so I'm not sure if there's software that introduces pen-to-cursor offset voluntarily but as far as I'm aware there isn't. Interchangeable surfaces are also nice for separate pen surfaces/tablets because they usually don't affect the performance of the device so long as the material is of the right thickness and doesn't interfere with electromagnetic radiation. For pen displays your only solution is stuff like matte screen protectors which degrade image sharpness.
Interesting. I haven't been following coffee lake news until yesterday night so you can say I'm clueless. I had a feeling this was a response to AMD but still, only started reading up what's up yesterday, and it's mainly to see what's inside the newest 2-in-1's. Thanks for the write-up. Appreciate it!
I mainly posted that section out of personal excitement regarding how things may go in a few years. The main program I use is Photoshop CS6. Others are some 3D program that are quite light if used in optimized workflows. In Photoshop, the only real tool I need is the brush tool and all those that surround it. They are nearly all CPU based, but really only use up to 4 cores. And they really really like high clock speeds.
Say a filter takes 12 seconds to complete. If I shave off 25%, it will be 9 seconds. I will notice it, but I'm already in a mode where I'm waiting, stretching, or sipping my coffee. I don't care about those 3 seconds. Now lets say my processor is struggling with keeping up with the brush, so there is a small lag. This is a common problem with weaker mobile devices that are working with complex brushes. If I shave off 25%, it will feel very responsive, as strokes are done quickly and consistently. Vise versa, if I increase the lag by 33%, it will feel terrible. It's one of those few workflows where when you need it, 2 cores turboing up to 4 ghz temporarily is extremely appreciated once in a while. 4 cores at lower speeds are acceptable for other stuff when Photoshop isn't chewing up a single core (and all the RAM).
Regarding the 6 core part, I'm not trying to argue. You are completely right. It's just looking up the current CPU lines made me think that Intel is actually doing something (albeit they are probably just reacting to AMD), and the CPU market will finally get interesting. The current gen stuff is set, but in 5 years, mobile workstations might be very interesting for digital painting, even if it is a fairly niched market. For what I do, some 3D renderers take advantage of GPU rendering very well (saw a watercooled 11 Titan XP setup as a dedicated Octane Render setup a while back), but most rely still on the CPU. Seeing higher core counts being brought to the mainstream, especially on portable devices really makes me wonder about how things will be like in a few years. A light device, that can turbo very high on 2 cores when needed but also packaged with a good 6 core design can be pretty nice for Photoshop and a 3D program on the side. Also really excited for AMD's stuff, especially with power efficiency as you mentioned. I guess I kinda got ahead of myself with daydreaming.
Mmm I wouldn't exactly describe it as the CPU/GPU market getting more interesting, rather more of it's getting to the point where it should have been. Intel's been just sitting on their butts doing nothing as usual. I expected them to have something proper planned in response to Ryzen but I guess they stopped making good Plan B's after the several years of Bulldozer so that's not surprising.
I'd pin it more at 3 years for GPGPU to take off. AMD, as far as I'm concerned, is still very serious about HSA and from what I gather, Intel is getting serious about it too after poaching Radeon Technology Group's head of design, Raja Koduri, for their own graphics department. GPUs have basically been sitting at the front of AI and self-driving cars as well. One of the big themes of electronic chips is integration. The most obvious one is SoC's (system on a chip) which have a CPU, GPU, modem, etc. all integrated into a single chip. x86 CPUs are finally starting to move into this direction, with AMD creating the infinity fabric to help them tie different chips together on a logical level and Intel's EMIB to help create smaller, thinner packages, connecting dies on a physical level. With AMD trying to forcefully gain marketshare in their partnership with Intel, which I can only expect to continue for at least the next 3-4 years before Intel can come up with competing integrated graphics products, we'll see more optimizations for GCN-based architectures (NVIDIA's marketshare needs to fall. They play very dirty and somehow get away with it, but I can't take away credit from their recent architectures which are quite amazing honestly) and alongside it, hopefully, more support for GPGPU stuff like OpenCL and even more HSA pressure.
The more exciting products I would expect to come next year with Zen 2. Zen right now is a bit held back by 1. AMD's relative inexperience with SMT and the newly developed Infinity Fabric and 2. GlobalFoundry's 14nm process which currently limits the maximum clockspeed on Zen chips to basically 4GHz for the most part. GlobalFoundries has been on a roll recently and their 7nm process sounds like it's going to be a winner. Intel has had enormous issues with their 10nm process, now even on 10nm++ which is still having problems. The original 10nm and I believe 10nm+ process as well were actually performing worse than the 14nm processes so Intel is hard stuck on the lithography side.
Anyways with Zen 2 we should probably see the single core IPC gap between Intel and AMD to shrink to something that's quite negligible which will basically make Zen the better buy, period, unless Intel can come up with something good. Hopefully at that point we can see high performance APUs much like Kaby Lake G.
Hopefully we also get to see something more promising regarding Navi. I'm not exactly sure how Vega is actually. From what I understand, at the correct operating point, Vega is actually very, very power efficient despite how Vega 56 and Vega 64 look. Vega GL and GH for the Kaby Lake G processors look fantastic, giving us 65W chips and 100W chips with performance near 1050-1050Ti and 1050Ti-1060 levels with a CPU to boot as well. We'll see. Anyways, this year will not be that exciting with Zen+ (Zen on GlobalFoundries 12nm+ process made specifically for Zen to allow for better clockspeeds and power efficiency). Next year with Zen 2 will be the truly exciting year. If AMD can hold up on it's 7-8% performance increase per Zen generation, I will be very happy, especially since they also have to deal with Spectre fixes (Meltdown is one of 3/4 Spectre attacks that's only possible on Intel systems. AMD, Intel, and ARM architectures are vulnerable to varying degrees to the other kinds of Spectre attacks) which can hurt IPC slightly.
What I do want to see are updated VAIO Z Canvas and VAIO Z Flip machines. I do wish VAIO (no longer under Sony for those who don't follow) would consider using Wacom EMR much like Samsung does for their pen products. I'm personally hoping for a VAIO Z Flip with a 65W Kaby Lake G chip.
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