This is a complete listing of all the files in the Sony PlayStation directory, as of September 18, 2016 at 05:10 PM EDT. There are 2675 midi files in the Sony PlayStation directory. Page last updated September 18, 2016 at 05:10 PM EDT.In-Win GRone Case Review: Do Features Make the Case by Dustin Sklavos on September 18, 2012 12:01 AM EST Introducing the In-Win GRone It's been a very long time since we've had an In-Win case in house for review. In fact, the last one we checked out was the BUC, an affordable enclosure that was able to hit just the right balance between silence and performance for its price class. The BUC was and remains a reasonable value for end users who want a flexible case and don't mind the slightly gaudy aesthetic, but today we have In-Win's recently launched GRone. The GRone is poised to be one of In-Win's flagship enclosures, an E-ATX-capable case with a built-in fan controller, attractive if understated LED lighting, five large fans, and a wealth of features even beyond those.

Yet it also comes with a substantial asking price of $160, which puts it directly up against some serious competition from vendors like Antec, Corsair, and SilverStone. This is around the price point where we stop making trades between acoustics and thermal performance and start demanding both. Does the GRone fit the bill? My gut instinct with the GRone is admittedly not a great one. I'm inclined to take aesthetics off the table for the most part; cases that look like the GRone does have a tendency to split audiences into "love it" or "hate it" camps, and many users simply don't care what the case looks like as long as it performs well. Yet the sheer abundance of plastic on a $160 case is disconcerting, though that unease is staved off somewhat by the substantial amount of features In-Win has crammed into this design. Mini-ITX, Micro ATX, ATX, E-ATX 1x 5.25", 8x 2.5"/3.5" 2x 140mm intake fan (1x internal 140xmm intake fan); 1x 140mm exhaust fan (supports 120mm)

1x 140mm exhaust fan (supports 120mm), 2x 120mm/140mm fan mounts 1x 120mm/140mm fan mount (behind motherboard tray) 2x 120mm/140mm fan mount 2x USB 3.0, 2x USB 2.0, 1x Headphone, 1x Mic, SATA hotswap dock, two-speed fan controller 22.13" x 9.65" x 23.35" 562mm x 245mm x 593mm 26.5 lbs. / 12kg USB 3.0 connectivity via internal headersair duct cleaning santa clarita ca Integrated two-step fan controlleramazon surround air purifier Support for 360mm radiator in top of enclosure and 240mm radiator in bottomconvair eco air purifier In-Win is probably most anxious to catch your attention with the tremendous number of fans included; five fans are nothing to sneeze at, and it's interesting to see how the "behind-the-drive-cage" fan has caught on in recent months despite the fact that I'm not really sure just how effective this decision is.

The two-step fan controller is worth paying attention to as well, though, as is the SATA dock integrated into the top of the enclosure. SATA docks aren't uncommon, though I personally would still like to see card readers integrated into more case designs since they're absolute bog standard on notebooks these days.HAL 9000 reimagined as a useless machine GeekCon participants add a switch and actuator to a HAL 9000 model for the world’s largest “leave-me-alone box.” You’ve probably seen the silly boxes that when you flip a switch to turn it “on,” an arm comes out to turn itself “off” again. At this year’s GeekCon Makers conference, participants decided to make a useless machine, but in place of a simple box, they made a model of the HAL 9000 computer from 2001: A Space Odyssey. Rather than the normal “useless” configuration, it turns itself “on” instead of “off” in an apparent nod to the fact that the computer didn’t want to be disconnected in the movie.

One Arduino controls a projector for the “eye” assembly, while another takes care of the servos and audio. HAL’s sounds are stored on an SD card inside an Adafruit Music Shield. Read the rest of this entry » Posted by Arduino Team in Arduino, Featured, Uno | An Arduino VU meter for classrooms With his beautifully-colored classroom “noise-o-meter,” Mr. Jones knows when things are getting out of hand. When you were in school (or if you are in school) the teacher likely told the class to be quiet, perhaps repeating him or herself over an over during the day. The teacher, however, likely never really defined what is good and bad. Mr. Jones has finally solved this issue by creating a classroom “noise-o-meter” using an Arduino, an electret microphone, and a programmable LED strip. In order (apparently) too keep the class in line, noise is simply marked as green for “expected,” amber for “louder,” and “red” for too loud which corresponds nicely with more “traditional” VU meters.

Posted by Arduino Team in Arduino, Featured, Mega, Uncategorized | Build your own robotic vacuum from scratch This dust buster-based robotic vacuum may or may not work as well as a Roomba. If you’re fascinated by the idea of a robotic vaccum cleaner to keep you from having to do certain chores, you could buy an iRobot, or you could make your own instead. This particular DIY model uses four motors for locomotion, an Arduino Uno, IR and ultrasonic sensors to avoid obstacles, as well as a (formerly) handheld vacuum cleaner to suck up debris. The assembly sits on a wooden chassis, and as author B. Aswinth Raj is quick to point out, many variations on this robot could be made. Code is included and fairly short, so whether you’d like to copy this design or improve upon it, the bot should certainly give you some build ideas! Posted by Arduino Team in Arduino, Featured, Robots, Uno | An animatronic talking takeout container An Arduino plus fake food and audio capabilities equals something truly unique!

Randy “randofo” Sarafan had an idea when he was in college: a takeout container that talked. To the world’s great benefit, now that he knows about electronics, he finally made this dream a reality. Using an Arduino Mega with a Seed Studio Music Shield, he was able to coordinate the movements of a servo and thus the lid of a box with the audio coming out of a speaker. After attaching googly, or “googily” eyes, and modifying a fake serving of spaghetti, he had something that should be quite entertaining! Posted by Arduino Team in Arduino, Featured, Mega | IDE 1.6.12 released with Sierra support and more A new version of the Arduino IDE (1.6.12) supporting OSX Sierra is available for download! All OSX users updating to Sierra are invited to also update the IDE to avoid crashes when uploading sketches. This update includes an experimental integration with Arduino Cloud API already used by Arduino Create. The Arduino Cloud is simple tool to connect your Arduinos to the Internet and to each other.

From now on, when you insert for the first time an Arduino/Genuino or AtHeart board which needs an additional core, you will be prompted to automagically install its bundled software. You’ll notice that the example menu has been reorganized, making it much more consistent and easier to navigate. We’ve released version 1.0.7 of Curie core as well, which is a transitional release guiding us towards 2.0.0 with BLE central role and a lot of other goodies. You can read all the details on the forum. Posted by Arduino Team in Announcements, Arduino, Featured, Genuino, IDE | PIXIE is an Arduino-based NeoPixel watch Not looking for a smartwatch? PIXIE is an Arduino-based NeoPixel wearable device that not only keeps time, but will also keep your geek cred intact. You won’t find any numbers on this watch; instead, PIXIE uses LEDs to reveal the time–hours in blue, minutes in red, and seconds in green. Beyond that,  a capacitive touch switch on its strap will activate a flashlight mode.

In terms of electronics, PIXIE is equipped with an Arduino Pro Mini, an Adafruit NeoPixel Ring, a real-time clock module, a lithium-ion battery, and a few other components–all housed inside a simple cardboard box with a piece of transparent plexiglass. Posted by Arduino Team in Arduino, Featured, Pro Mini, Wearable Computing | Capture time-lapses with a steel and aluminum camera slider Using an Arduino, along with a stepper motor and ball bearings, YouTuber GreatScott! has created a very smooth camera slider. Time-lapse sequences can be interesting on their own, but if you can add motion to the camera, this adds a really neat element. To give a little extra flair to his video production, GreatScott! built his own motorized slider using stainless steel and aluminum parts. Movement is accomplished via an Arduino Nano controlling a stepper motor, and ball bearings are used to keep the shots smooth. You can see the results and process in the two-part video sequence below.

Posted by Arduino Team in Arduino, Featured, Nano | The MR-808 is a robotic drum “synthesizer” The MR-808 robotic drum machine looks like a gigantic Roland synthesizer, but plays with real instruments! The Roland TR-808 was released in 1981 and was meant to replace a human drummer for practice purposes, but was instead used to produce music itself, helping to birth the electronic, techno, and hip hop genres. Moritz Simon Geist and the Sonic Robots collective, however, decided to turn this on its head, with a machine made to look like a gigantic ‘808, but containing real instruments. With a variety of hardware, including an Arduino Uno and Mega, an audience can program the MR-808 using a tablet and get down to the grooves they create themselves! Read the rest of this entry » Posted by Arduino Team in Arduino, Featured, Mega, Music, Uno | Meet Floris.cc: a new Genuino reseller in The Netherlands Joining a list of others from Germany, Spain, Italy and Portugal, Europe’s latest Genuino reseller hails from The Netherlands! 

Let’s give a warm welcome to Pieter Floris, who we recently had a chance to catch up with to learn a little more about the work he’s been doing with Floris.cc! Posted by Arduino Team in Announcements, Featured, Genuino, Resellers | Analyze your world with the WiSci portable spectrometer Spectroscopy is an incredible tool for chemical analysis–and now you can make your own Bluetooth-enabled device with an Arduino Pro Mini. If you took advanced chemistry classes, you may have had the opportunity to work with a spectrometer. It probably seemed like a magical gadget, identifying the chemicals in a substance through its light characteristics unlike the experimental methods you previously had to use. Using off-the-shelf components–including an Arduino, a Bluetooth module, an LED, optical filters, and a LiPo battery–housed inside a 3D-printed case, the WiSci aims to take this tool out of the lab, and into the “real world.” By following the instructions on its project page, you can build one for just under $250.