SoundBridge Commander v1.0.1
Control your Roku SoundBridge from your Windows, Macintosh or Linux PC!
Control of the device can be done by faking a click on each of the buttons, or submitting a value in the case of the volume control. This can all be done via standard http POST commands.
First, the basic commands. The number after "x=" can vary, I think it's actually the x location on the button image where the mouse was clicked. That doesn't matter since each image only controls one function.
- Play
curl --data Play.x=1 http://192.168.1.45/Forms/SoundBridgeNP_1 - Pause
curl --data Pause.x=1 http://192.168.1.45/Forms/SoundBridgeNP_1 - Others
- Rinse and repeat for the remaining buttons on the page, if desired:
Prev
Stop
Next
RptOff
Shutoff
- Volume Control
For volume control, you POST a number between 0 and 100:
curl --data gPageVolume=80 http://192.168.1.45/Forms/SoundBridgeNP_2
I was rummaging around the other day and found my old streamer, a Roku SoundBridge M1000. This was Roku's first(?) product way back before there was any such thing as video streaming. I got it in 2005, so it's about 16 years old. It is long since abandoned, but I'm guessing if I hooked it up it would still work. I still have the original packing stuff, and bonus, an actual printed User Guide with detailed instructions, diagrams, screen shots, and everything.
While Russia frequently accuses the West of escalation, we look at all the times Russia has made nuclear threats against the West. //
... [List from 6/2024 -- 10/1999] ...
Practically, if Russia wanted to launch a nuclear attack, it wouldn't send a geriatric alcoholic out to make an announcement, and if we were going to attack Russia, we wouldn't announce submarine deployments in advance. With Russia's record in engineering and maintenance, there is a non-zero chance that its nuclear arsenal has been disabled by mice nesting in the controls. The fact is that Russia uses the threat of nuclear war as a frequent tactic to increase the sales of Depends in some parts of the West.
This is a list of Russia's threats to use nukes since the beginning of the Ukraine war and ending in June 2024.
... [List of 74 instances between 2/2022 - 6/2024] ...
A high-profile, public reaction to Russian threats has been needed for years. While we may not take Russia's bluster all that seriously, what we ignore is that Russia's threat messages aren't aimed at us. They are aimed at our allies or unaligned nations who see Russia threatening us while we do nothing. Hopefully, this will also be a sign to Russian President Vladimir Putin that the stories he read about Russia's influence over President Trump in the Washington Post were fake news and a warning to the Russian simps who have been invited into the Defense Department in large numbers that it's time to choose a side. //
KJSpeed
3 days ago
It should be interesting watching Trump's enemies try to accuse him of being "Putin's Puppet" while simultaneously shrieking that he's pushing us headlong into WWIII by standing up to Putin. Cognitive dissonance overload!!!
The designers of the NTSC system knew theoretically that it would be possible to properly separate Y and C, but did not have a cost-effective way to do it in the early years. In fact, the more sophisticated methods of separation through "comb filters" did not arrive in the market until the late 70's, more than 20 years after the system was adopted.
So, early television receivers used the notch/bandpass filter system for Y/C separation because the method is low cost and easily implemented with reasonable results. In many situations, that approach is used today. In fact, most all of the digital decoders on the market automatically switch back-and-forth between notch/bandpass and combing as required. Watching a VHS tape? You'll most likely be operating in the notch/bandpass mode even if you have a comb filter in your display. Why is it called a notch/bandpass filter?
No cheating. Here's a simple math test for you.
A traveler must make a 60-mile round trip between two towns, Aliceville and Bobtown. The distance each way is 30 miles. Going from Aliceville to Bobtown, the traveler drives at exactly 30 miles per hour. By the time they reach Bobtown, they decide they want to average 60 miles per hour for the entire 60-mile journey.
Question: How fast must they drive on the return trip from Bobtown to Aliceville to achieve an overall average of 60 mph? https://x.com/DataRepublican/status/1951494116488978447?t=hy7wFm-BLUY0FJnG3TN4jw&s=19 //
RubyPorto
•
7mo ago
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Edited 7mo ago
Profile Badge for the Achievement Top 1% Commenter Top 1% Commenter
To average 60mph on a 60 mile journey, the journey must take exactly 1 hour. (EDIT: since this is apparently confusing: because it takes 1 hour to go 60 miles at 60 miles per hour and the question is explicit about it being a 60 mile journey)
The traveler spent an hour traveling from A to B, covering 30 miles. There's no time left for any return trip, if they want to keep a 60mph average.
If the traveler travels 120mph on the return trip, they will spend 15 minutes, for a total travel time of 1.25hrs, giving an average speed of 48mph.
If the traveller travels 90mph on the return trip, they will spend 20 minutes, for a total time of 1.333hrs, giving an average speed of 45mph.
The first widespread success in curing HIV may come from children, not adults.
Vintage Wings of Canada is a not-for-profit, charitable organization with a collection of historically significant aircraft and is run entirely by volunteers. It is our mission to acquire, restore, maintain and fly classic aircraft significant to the early history of powered flight in Canada, focussing largely on the aircraft of the Second World War. We run education and flying programs with our own aircraft and in concert with the aircraft collection of our founder, Michael Potter. It is our goal to inspire and educate future generations about the historical significance of our aviation heritage and to demonstrate that these aircraft are more than just metal, fabric, and wood artifacts. We seek to keep the souls of these aircraft alive through the thundering sound of engines, the smell of leather, glycol, oil and sweat, as well as the laughter of their pilots as they dance with them in their natural element in the skies over Canada.
"AI solutions that are almost right, but not quite" lead to more debugging work.
The feathers can emit two frequencies of laser light from multiple regions across their colored eyespots. //
Peacock feathers are greatly admired for their bright iridescent colors, but it turns out they can also emit laser light when dyed multiple times, according to a paper published in the journal Scientific Reports. Per the authors, it's the first example of a biolaser cavity within the animal kingdom.
As previously reported, the bright iridescent colors in things like peacock feathers and butterfly wings don't come from any pigment molecules but from how they are structured. The scales of chitin (a polysaccharide common to insects) in butterfly wings, for example, are arranged like roof tiles. Essentially, they form a diffraction grating, except photonic crystals only produce certain colors, or wavelengths, of light, while a diffraction grating will produce the entire spectrum, much like a prism.
Both are naturally occurring examples of what physicists call photonic crystals. Also known as photonic bandgap materials, photonic crystals are "tunable," which means they are precisely ordered in such a way as to block certain wavelengths of light while letting others through. Alter the structure by changing the size of the tiles, and the crystals become sensitive to a different wavelength. (In fact, the rainbow weevil can control both the size of its scales and how much chitin is used to fine-tune those colors as needed.).
Even better (from an applications standpoint), the perception of color doesn't depend on the viewing angle. //
quackmeister Wise, Aged Ars Veteran
8y
162
If this didn't already appear in a scene from the Incredibles set in the villain's palatial gardens, it should have. //
Chuckstar Ars Legatus Legionis
22y
35,919
Gives me an opportunity to link to my favorite video of a wild peacock in action. In case anyone wondered if the peacock's tail really acted as a proxy that the individual had to be fit enough to simply survive carrying such a thing around (if the embedded time stamp doesn't work, the action starts at 1:15):
U.S. — President Trump has reportedly finalized a new trade deal with the United Kingdom, securing a 15% tariff on the extra "U" in British words.
"I guess you could say this is my favourite trade deal," Trump said, explicitly using the British form of favorite. "And England's shown a lot of honour, a lot of honour. Colour me impressed."
According to sources, the U.S. will now collect a fee every time someone uses a word with an unnecessary "U" in it. This is expected to have vast repercussions across the globe, taking the focus from British English and placing it on American English where it belongs.
aptX HD is a variant of the aptX codec, designed specifically for high-definition audio. It supports 24-bit/48 kHz audio transmission, with a maximum bitrate of 576 kbps. While not truly lossless, aptX HD offers a significant improvement over standard SBC, with a more detailed and nuanced sound.
LDAC, on the other hand, is a proprietary codec developed by Sony. It supports 24-bit/96 kHz audio transmission, with a maximum bitrate of 990 kbps. LDAC is designed to provide a more accurate and detailed sound, with a focus on preserving the dynamic range and frequency response of the original audio signal.
Both aptX HD and LDAC offer a superior listening experience compared to standard SBC, but they still don’t quite match the quality of wired connections or true lossless audio transmissions.
If it seems like there's a satellite launch almost every day, the numbers will back you up.
The US Space Force's Mission Delta 2 is a unit that reports to Space Operations Command, with the job of sorting out the nearly 50,000 trackable objects humans have launched into orbit.
Dozens of satellites are being launched each week, primarily by SpaceX to continue deploying the Starlink broadband network. The US military has advance notice of these launches—most of them originate from Space Force property—and knows exactly where they're going and what they're doing.
That's usually not the case when China or Russia (and occasionally Iran or North Korea) launches something into orbit. With rare exceptions, like human spaceflight missions, Chinese and Russian officials don't publish any specifics about what their rockets are carrying or what altitude they're going to.
That creates a problem for military operators tasked with monitoring traffic in orbit and breeds anxiety among US forces responsible for making sure potential adversaries don't gain an edge in space. Will this launch deploy something that can destroy or disable a US satellite? Will this new satellite have a new capability to surveil allied forces on the ground or at sea?
Award-winning photo editing, graphic design and page layout software for Mac, Windows & iPad. ///
alternative to PhotoShop & Adobe InDesign
WebSDR is a Software-Defined Radio receiver connected to the internet, allowing many listeners to listen and tune it simultaneously. SDR technology makes it possible that all listeners tune independently, and thus listen to different signals; this is in contrast to the many classical receivers that are already available via the internet.
This is a story about an accidental activist. Bill Browder started out his adult life as the Wall Street maverick whose instincts led him to Russia just after the breakup of the Soviet Union, where he made his fortune.
Along the way he exposed corruption, and when he did, he barely escaped with his life. His Russian lawyer Sergei Magnitsky wasn’t so lucky: he ended up in jail, where he was tortured to death. That changed Browder forever. He saw the murderous heart of the Putin regime and has spent the last half decade on a campaign to expose it. Because of that, he became Putin’s number one enemy, especially after Browder succeeded in having a law passed in the United States—The Magnitsky Act—that punishes a list of Russians implicated in the lawyer’s murder. Putin famously retaliated with a law that bans Americans from adopting Russian orphans.
A financial caper, a crime thriller, and a political crusade, Red Notice is the story of one man taking on overpowering odds to change the world, and also the story of how, without intending to, he found meaning in his life.
A RACI chart (RACI matrix) clarifies roles and responsibilities, making sure that nothing falls through the cracks. RACI charts also prevent confusion by assigning clear ownership for tasks and decisions.
RACI charting is easy (here’s the Excel file for the one below).
- RACI is a project management acronym for the different responsibility types within a project: Responsible, Accountable, Consulted, and Informed.
- The RACI matrix, or RACI chart, clarifies the roles named individuals or groups will play in the successful delivery of the project.
- Accurate RACI matrices help ensure a project’s success before it even begins.
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