It isn't "fanboyism" or "science".it is peer-reviewed literature. Real science with, yunno, quantifiable and statistically significant results. F.lux is applied science, working on a fairly solid base of academic research. However, that doesn't mean their research cannot be applied.
#MAC OSX 10.8.5 GAME BOY COLOR EMULATOR SOFTWARE#
If you mean, "why has no one done a study on f.lux itself?", then I'm assuming no one has done a study on f.lux per se because (I'm just guessing here) no serious academic researcher really gives two shits about a piece of software on the internet. Shift colors away from blue and you can limit the decrease in melatonin production. To your question: All the studies are basically examining the principle that f.lux operates on. But bonus points for trying to be edgy I guess.
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People use greater-than characters all the time for quotations. Haha, what? That is the most bizarre insult? argument? that I've seen in a while. Thus, the selection of commercially available compact fluorescent lights with different colour temperatures significantly impacts on circadian physiology and cognitive performance at home and in the workplace. Our findings suggest that the sensitivity of the human alerting and cognitive response to polychromatic light at levels as low as 40 lux, is blue-shifted relative to the three-cone visual photopic system.
#MAC OSX 10.8.5 GAME BOY COLOR EMULATOR SERIAL#
With respect to cognitive performance, light at 6500K led to significantly faster reaction times in tasks associated with sustained attention (Psychomotor Vigilance and GO/NOGO Task), but not in tasks associated with executive function (Paced Visual Serial Addition Task). Non-visual effects of light on melatonin, alertness and cognitive performance: can blue-enriched light keep us alert?Įxposure to light at 6500K induced greater melatonin suppression, together with enhanced subjective alertness, well-being and visual comfort. Evening exposure to conventional lamps in an everyday setting influences melatonin excretion and alertness perception within 30 min. > Subjective alertness was significantly increased after exposure to three of the lighting conditions which included blue spectral components in their spectra. Out of the lab and into the bathroom: evening short-term exposure to conventional light suppresses melatonin and increases alertness perception. Modern sources of LAN that contain blue wavelengths may be particularly disruptive to the circadian system, potentially contributing to altered mood regulation. > Our results demonstrate that exposure to LAN influences behavior and neuronal plasticity and that this effect is likely mediated by ipRGCs. Nocturnal light exposure impairs affective responses in a wavelength-dependent manner. Statistically significant results can be obtained with few participants. If you don't want to believe in peer-reviewed academic literature, I'm not sure why I'm bothering. Isn't a thread stack around 4-8 MB?Īlso, Flux appears to use 0.1% CPU continuously which is sloppy since CPU usage can be remedied by putting (nano)sleep in the poll cycle to make it use zero CPU. If someone has more details on this, please elaborate.Įdit: Flux is also running with 4 threads(!) which of course also adds to the process memory usage. So a large part of the memory the process is currently holding (45MB) might be released back to the OS if needed, I think. I remember I used Xcode's instruments to investigate my program and could then see that the real active memory used by the process was usually much less than what Activity Manager, top, and ps w/friends were reporting. I still think this is way too high if you think about what the program is doing, but given the above, even if Activity Manager reports that Flux is using 45MB, it might not really use 45MB now, only at some point. When I just restart Flux without fiddling with preferences, memory usage stays at around 45MB.
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Second, I seem to recall that modern OS allocators are reluctant to release memory back to the OS (pool) unless required (when available memory is low) hence the process appears to use more memory than what it actual might be using. As you say, this is when the Webkit frameworks kicks in, which might explain the memory blowup to 118MB.
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I was playing around with preferences and also location. On second though, I think I know what is going on.įirst, linking with the webkit framework is not the problem, using the framework is.
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I'm using the latest Mountain Lion 10.8.5.