Perspective Correct Smooth-Shadow
A perspective correct smooth shadow is one which emulates physical shadows to a high degree. Additional processing is performed on the shadow, increasing its size as it gets further from the item it is the shadow of. At the same time the degree of anti-aliasing around the edges, expands into a general fuzziness, interlacing over the main shadow. If the distance is great enough, the distorted shadow begins to fade out or lessen.
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Typically in VR, when we model erosive forces, we think of the smoothing effect of water. We think of smooth stones, smooth edges, and smooth cavities. We don't typically think of sharp edges and triangles. That may be a mistake.
Endgame: Singularity is a single player game, developed to give a little taste of the perspective of a singularity event from the perspective of the emerging, embryonic AI. It skips over more than a few steps on its way out, but is still a unique perspective on the singularity, worthy of a look.
Idoru is, essentially, one long piece on the struggle to understand the quest for robot rights ? or in this case, the rights of an AI itself, from an outsider?s perspective; from the perspective of one who refuses to accept the AI as other than a tool, despite all evidence to the contrary.
Michael Heim, the author of this book, describes modern 'VR' as a pale imitation of real VR. On this point, he is of course, all too correct. He then goes on to state that the real thing is fast approaching. We'll soon be able to totally immerse ourselves in detail-rich, highly interactive artificial worlds....
A coder?s article about creating realistic, dynamic soft shadow in real-time interactive, and complex scenes.
Zebrafish are handy little critters, as far as neuroscience goes. These tiny, mostly transparent little fish have brains that whilst greatly simplified, have a structure remarkably similar in basic form, to our own. Add in that aforementioned near-transparency, and it becomes possible under the correct lighting conditions, to literally see right into their brains, to the point where you can practically watch as a thought takes place.
For a great many, the dream of being graceful and smooth of movement - or even not scattering every item on a desk they try to lean over - is something of a fondly held dream. For others, even being able to walk unaided holds a similar place of reverence.
One of the greatest problems with tomography based medical scanners, is what happens when the patient moves (breathes, or pumps blood). The distortion that occurs in each slice has long been correctable, but takes a long time to correct. With near-instant correction now possible, real-time medical scanning is starting to look like a true possibility.
A quote from "Otherland: City of golden shadow", talking about the probable confusion that could result from a realistic enough, surround news feed versus actual physical experience of a disaster.
Rolling terrain follows a specific pattern when viewed from the air. Anywhere on Earth, it is easily recognizable by the way it flows as a near never ending series of similar forms. Smooth, rounded ridges interspersed by valleys, leading down to deep valleys at either end.
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(Press Release) IRL, it?s still a national pastime for teens to spend their weekends at the mall, but for thousands of teens nationwide, virtual shopping is *ALDT* (all that). The Starpoint Galleria welcomed several exciting updates to its ...
Organic light-emitting diode (OLED) displays are more energy-efficient and provide a better picture than liquid-crystal displays (LCDs), but they haven't gained much of a market foothold because they're far more expensive. A recently intr...
In the lab of UCLA electrical engineering professor Aydogan Ozcan, a prototype cell phone has been constructed that is capable of monitoring the condition of HIV and malaria patients, as well as testing water quality in undeveloped areas or...
Researchers at the University of Minnesota have developed a cheap way to repeatedly make very smooth nanopatterned thin films. The advance could have implications for making devices - such as more efficient solar cells, higher-resolution mi...
Real-time, 3-D microscopic tissue imaging could be a revolution for medical fields such as cancer diagnosis, minimally invasive surgery and ophthalmology. University of Illinois researchers have developed a technique to computationally corr...