For me designing and seeing in real-time how the product is functioning and instantly interacting with it makes a huge difference for me, and many other designers that use a similar method, I believe.
The mirror feature is great, but we really would appreciate the possibility to fix it on a specific frame, so I can change my components without always selecting the frame again to preview the output.
Especially when I click on components in a frame with the intention to move it or make changes. The preview on mirror changes. I can get that. But, very frequently it just freezes and I have to restart the app.
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Now, some researchers believe that a recent discovery called mirror neurons might provide a neuroscience-based answer to those questions. Mirror neurons are a type of brain cell that respond equally when we perform an action and when we witness someone else perform the same action. They were first discovered in the early 1990s, when a team of Italian researchers found individual neurons in the brains of macaque monkeys that fired both when the monkeys grabbed an object and also when the monkeys watched another primate grab the same object.
Neuroscientist Giacomo Rizzolatti, MD, who with his colleagues at the University of Parma first identified mirror neurons, says that the neurons could help explain how and why we "read" other people's minds and feel empathy for them. If watching an action and performing that action can activate the same parts of the brain in monkeys--down to a single neuron--then it makes sense that watching an action and performing an action could also elicit the same feelings in people.
The concept might be simple, but its implications are far-reaching. Over the past decade, more research has suggested that mirror neurons might help explain not only empathy, but also autism (see page 52) and even the evolution of language (see page 54).
But that story is just at its beginning. Researchers haven't yet been able to prove that humans have individual mirror neurons like monkeys, although they have shown that humans have a more general mirror system. And researchers are just beginning to branch out from the motor cortex to try to figure out where else in the brain these neurons might reside.
The discovery of mirror neurons owes as much to serendipity as to skill. In the 1980s, Rizzolatti and his colleagues had found that some neurons in an area of macaque monkeys' premotor cortex called F5 fired when the monkeys did things like reach for or bite a peanut.
The researchers found that individual neurons would only respond to very specific actions. A mirror neuron that fired when, say, the monkey grasped a peanut would also fire only when the experimenter grasped a peanut, while a neuron that fired when the monkey put a peanut in its mouth would also fire only when the experimenter put a peanut in his own mouth.
The researchers wrote about their unexpected finding in a 1992 paper in Experimental Brain Research (Vol. 91, No. 1, pages 176-180). Four years later, in a paper in Brain (Vol. 119, No. 2, pages 593-609), they dubbed their discovery "mirror neurons."
Once the researchers identified mirror neurons in monkeys, the next step was to look for them in humans. But they couldn't record activity from single neurons in humans the way that they could in monkeys, because doing so requires attaching electrodes directly to the brain.
Instead, the first human mirror neuron study examined hand-muscle twitching. In a 1995 paper in the Journal of Neurophysiology (Vol. 73, No. 6, pages 2,608-2,611), Rizzolatti and neuroscientist Luciano Fadiga, MD, PhD, now at the University of Ferrara, recorded motor-evoked potentials--a signal that a muscle is ready to move--from participants' hand muscles as the participants watched the experimenter grasp objects. They found that these potentials matched the potentials recorded when the participants actually grasped objects themselves.
Since then, most studies on the human mirror-neuron system have used some sort of neuroimaging, generally functional magnetic-resonance imaging (fMRI). For example, University of California, Los Angeles, neuroscientist Marco Iacoboni, MD, PhD, used fMRI to image the brain activity of college-student participants as they watched experimenters make finger movements and as they made the same finger movements themselves. In the study, published in Science (Vol. 286, No. 5,449, pages 2,526-2,528), Iacoboni and his colleagues found activity in some of the same areas of the frontal cortex and the parietal lobule in both situations.
The difference between the imaging studies in humans and the electrophysiological studies in monkeys is one of scale, explains psychologist Christian Keysers, PhD, who studies the human mirror-neuron system at the University of Groningen in the Netherlands.
In other words, although researchers have found evidence of a mirror system in humans, they have yet to prove the existence of individual mirror neurons outside monkeys. That's why, Keysers says, it's important that researchers continue to study the mirror system in both monkeys and humans.
All of the original mirror-neuron studies examined monkeys and humans as they performed actions and watched others perform actions. There's a good reason for that, says Keysers--the motor areas of the brain are some of the most well understood and well mapped, so it's easier to know where to look for particular neurons there.
But some of the most interesting questions that mirror neurons raise can't be answered by the motor neurons alone--researchers want to understand how we perceive other people's emotions and sensations, not only their actions.
In a recent study published in PLOS Biology (Vol. 3, No. 3, pages 529-535), he and his colleagues found some evidence that they can. The researchers used fMRI to examine 23 participants as they watched videos of a hand picking up a teacup. In one video, the teacup sat on a table amid a pot of tea and plate of cookies--a signal that a tea party was under way and the hand was grasping the cup to take a sip. In the other video, the table was messy and scattered with crumbs--a sign that the party was over and the hand was clearing the table. In a third video the cup was alone, removed from any context. The researchers found that mirror neurons in the premotor cortex and other brain areas reacted more strongly to the actions embedded in the tea-party context than to the contextless scene.
Take all these lines of evidence together, and it seems clear that mirror neurons are one key to understanding how human beings survive and thrive in a complex social world, says neuroscientist Vittorio Gallese, MD, PhD, one of Rizzolatti's colleagues at the University of Parma.
Use AirPlay to stream or share content from your Apple devices to your Apple TV, AirPlay-compatible smart TV, or Mac. Stream a video. Share your photos. Or mirror exactly what's on your device's screen.
However, please try to use one of the many mirrors of our site listed below:the mirrors will give you faster response. Some mirrors also provide a copyof the rest of ftp.gnu.org; try the parent directory if you'reinterested. You can use the generic URLs and automatically choose a nearby and up-to-date mirror.
Indicates whether the client request body is mirrored.When enabled, the client request body will be readprior to creating mirror subrequests.In this case, unbuffered client request body proxyingset by theproxy_request_buffering,fastcgi_request_buffering,scgi_request_buffering,anduwsgi_request_bufferingdirectives will be disabled.
With Repositories you specify from which locations you want to download certain artifacts, such as dependencies and maven-plugins. Repositories can be declared inside a project, which means that if you have your own custom repositories, those sharing your project easily get the right settings out of the box. However, you may want to use an alternative mirror for a particular repository without changing the project files.
To configure a mirror of a given repository, you provide it in your settings file (${user.home}/.m2/settings.xml), giving the new repository its own id and url, and specify the mirrorOf setting that is the ID of the repository you are using a mirror of. For example, the ID of the main Maven Central repository included by default is central, so to use the different mirror instance, you would configure the following:
Note that there can be at most one mirror for a given repository. In other words, you cannot map a single repository to a group of mirrors that all define the same value. Maven will not aggregate the mirrors but simply picks the first match. If you want to provide a combined view of several repositories, use a repository manager instead.
You can force Maven to use a single repository by having it mirror all repository requests. The repository must contain all of the desired artifacts, or be able to proxy the requests to other repositories. This setting is most useful when using an internal company repository with a Maven Repository Manager to proxy external requests.
Be careful not to include extra whitespace around identifiers or wildcards in comma separated lists. For example, a mirror with set to !repo1, * will not mirror anything while !repo1,* will mirror everything but repo1.
When you use the advanced syntax and configure multiple mirrors, the declaration order matters. When Maven looks for a mirror of some repository, it first checks for a mirror whose exactly matches the repository identifier. If no direct match is found, Maven picks the first mirror declaration that matches according to the rules above (if any). Hence, you may influence match order by changing the order of the definitions in the settings.xml
The size of the central repository is increasing steadily To save us bandwidth and you time, mirroring the entire central repository is not allowed. (Doing so will get you automatically banned.) Instead, we suggest you setup a repository manager as a proxy. ff782bc1db
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