Recently, we developed SPIDER3-Single that was dedicated to single-sequence-based prediction for not only secondary structure and solvent accessibility but also other structural properties such as backbone torsion angles and half-sphere exposures (HSE) ( Heffernan et al., 2018). A method called accessible surface area (ASA)-quick employed single-sequence information to predict the Accessible Surface Area ( Faraggi et al., 2017). (2000) proposed a profile-based secondary structure predictor along with a single-sequence-based predictor, which we will refer to as PSIPRED-Single. Unlike evolution profile-based methods, only a few methods were developed for single-sequence-based prediction of one-dimensional structural properties. After all, proteins fold into secondary and tertiary structures from their single sequences only. Developing single-sequence-based methods is important because one can only claim that the problem of secondary structure prediction is solved if only a single sequence is utilized as an input for prediction. Thus, it is necessary to develop single-sequence or no evolutionary information-based methods. Their predicted secondary structure and other structural properties are substantially less accurate than those with many homologous sequences ( Heffernan et al., 2018). However, more than 90% of proteins have none or very few homologous sequences ( Ovchinnikov et al., 2017). These methods employed the feature profiles generated by PSI-BLAST ( Altschul et al., 1997), HHblits ( Remmert et al., 2012) and the output of other predictors ( Cuff and Barton, 2000). However, most of the above-stated improvement came from evolutionary-profile-based methods ( Hanson et al., 2019 Klausen et al., 2019 Wang et al., 2016 Xu et al., 2020). Particularly, the protein secondary structure prediction is approaching the theoretical upper bounds at 88–90% accuracy with SPOT-1D prediction of three-state secondary structure at 86.18% and eight-state secondary structure at 79% accuracy ( Hanson et al., 2019 Yang et al., 2018). These improvements have ultimately led to a considerable improvement in protein tertiary structure prediction, as observed in CASP13 ( Cheng et al., 2019). Significant headway has been observed specifically for the protein secondary structure and contact map prediction ( Fang et al., 2018 Hanson et al., 2019 Li et al., 2019 Wang et al., 2016 Wu et al., 2020). The past two decades have seen many developments in the field of deep learning-based prediction of protein structure ( Yang et al., 2018).
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To progress further, You’ll need complete enchanted diamond armour, enchanted diamond equipment, and a sword.Piglins, the bastion defenders, are far more difficult to overcome, especially with their speed increase so you should pluck up your courage and bring objects that enclose enchantments compared to those found in End Cities. Brace yourself! Bastions are usually visited after you’ve reached the End and fought the Ender Dragon.Let’s see how can we find a bastion remnant Finding a Bastion Remnantīastion remnants are always beneficial when Minecraft gamers can locate them. This is your go-to tutorial for learning the basics of Bastion Remnants, one of the new constructions, and how to loot one without dying. The 1.16 update to Minecraft redesigned the whole Nether realm, including new biomes, critters, and structures. Where to Find and Raid a Minecraft Bastion? Hoglins can occasionally be seen in these buildings. The Piglin structure’s mouth is made up of numerous tiers of walkways where these violent mobs will be present. To begin, it boasts a lengthy bridge that runs through a massively destroyed rampart that resembles the face of a Piglin. It has a few distinguishing characteristics that set it apart from the competition. This variation of Bastion Minecraft has a 47.9% chance and Blocks and Ingots have an 11.2% chance. Surrounded by walkways and paths, the location has one of the lowest to find large quantities of gold. Bridges appear as an “entrance” of sorts to the Remnant, with a piglin head carved into them. This is the type of Bastion Minecraft is the final sort of Bastion Remnant that a player may encounter in the Nether. Nuggets have a 22.8% chance and blocks have an 18.2% chance here! They have unique hoglin stable chests, which have a higher chance for Saddles, Golden Carrots, and mushrooms. It’s a three-tiered rampart with wrecked hoglin stables on either side. When players uncover this variation of the building, they will see that it also includes Hoglins. Hoglins are vicious animals that spawn in the Crimson Forest biome. When players are in the Nether, they will quickly realize that Piglins are hostile to Hoglins. Gold? Yes! Blocks and Ingots, 11.2% chance This will also include chest treasure, gold blocks, and a plethora of Piglins and Zombified Piglins. This variation of Bastion Remnant can be recognized by many demolished walls placed around a tiny central courtyard with nether warts blooming on soul sand. This is also the riskiest type of building to visit. This rampart construction has numerous stories, with the middle section containing a Magma Cube spawner, gold blocks, and chest treasure surrounded by lava. This variety is easily identified and distinguished by its grids of lava lakes and one massive rampart structure composed entirely of Blackstone. Yes! You heard it right, Gold! Blocks and Ingots, 33.7% chance. This is the type of Bastion Minecraft that you should be aiming for! On the bottom level, you will find a magma cube spawner, but the central loot area will contain 1-2 treasure chests and huge amounts of gold and other treasure. This variant of Bastion Remnants is the most extensive and largest amongst all the structures with three primary segments. Where to Find and Raid a Minecraft Bastion?Īll 4 Types of Bastion Remnants in Minecraft.
Compatible with OS X 10.6 Snow Leopard, 10.7 Lion, 10.8 Mountain Lion, 10.9 Mavericks, and 10.Compatible with Logic Pro X, Mainstage 3, Final Cut Pro X, Garageband X, Live 9, Digital Performer 8, Studio One 2, Audition CC, Tracktion 4, Triumph, QLab, and others.GUI workflow is transparent and doesn't require additional clicks and windows.Ultra-low latency and high CPU efficiency.Fully compatible with older sessions, loads all presets, parameters, and automation.Transparently loads your legacy TC PowerCore, Abbey Road, URS, and other plug-ins into Logic Pro X and other 64-bit Audio Units-compatible DAW's.Creates 64-bit adapter plug-ins for your 32-bit only Audio Units plug-ins.All your 32-bit-only plug-ins will again reappear in the plug-ins menu as they once did. In this review I give you a quick overview on this neat tool. No special re-wiring or routing is required. Sound Radix 32 Lives is an easy and fast 32 to 64 bit converter for Audio Unit plugins. Older Logic 9 sessions will completely load into Logic Pro X, including all presets, parameters, and automation. Designed specifically for audio professionals seeking seamless integration in their digital audio workstations, this innovative plugin bridges the gap between old and new technology. Still there will be probably some old plugins you want to still use, so get 32 Lives. At this point 32 Lives will become obsolete. Auto-Align 2 Time and Phase Alignment by Sound Radix 199.00. 32 Lives generates 64-bit Audio Units versions of your beloved and hard-earned 32-bit legacy plug-ins, helping you to cross over to the new 64-bit Logic Pro X smoothly and transparently. Introducing 32 Lives, the ultimate 32-bit to 64-bit adapter brought to you by Sound Radix. 32 Lives 32-bit to 64-bit Adapter by Sound Radix 99.00. The future efficacy & support of the software depends on the developers you have to trust that they'll continue to update and work on the software once they've sold.Usually only have access to the most recent version of the program (updates and future releases often cost extra, and aren't included in the price of lifetime licenses).The price of lifetime licenses are often higher, because you'll only be paying once (often as a lump sum payment).
For instance, Mercury's surface possesses at least 10 times more sulfur, or brimstone, than Earth or the moon. The composition of Mercury's surface is substantially different from that of other terrestrial planets, according to Messenger's scans of the X-rays emanating from the planet. (Image credit: NASA/Johns Hopkins University Applied Physics Laboratory/Carnegie Institution of Washington) This NASA illustration shows how the Messenger spacecraft uses its gamma-ray spectrometer to spot the gamma rays and neutrons, which allows it determine the chemical composition of the planet's surface. "It is exactly this kind of unexpected discovery that makes planetary exploration such an adventure." "Analysis of the images and estimates of the rate at which the hollows may be growing leads to the exciting possibility that they are actively forming today," Blewett told. This would suggest Mercury is loaded with higher levels of volatile materials than most scenarios of its formation predict. Planetary scientist David Blewett at Johns Hopkins' Applied Physics Laboratory and his colleagues suspect these hollows were created when volatile materials - perhaps sulfur-bearing compounds - were liberated from the surface through some combination of heating, outgassing, explosive volcanism, micrometeoroid bombardment or solar radiation. These hollows, ranging in diameter from tens of yards to a few miles, occur across Mercury and are commonly seen in clusters. These images of Mercury's surface also revealed an odd feature - shallow, rimless hollows of irregular shapes. (Image credit: Courtesy of Science/AAAS and Brown University) Red circles show the locations of impact craters larger than 20 km in diameter. This Mercury map shows the contiguous northern high-latitude smooth plains mapped by NASA's Messenger spacecraftfrom orbit (inside the black line) covers 4.7 million square kilometers, over 6 percent of the planet. "This one deposit is so huge, volcanism has got to be important elsewhere," Head said. Head and his colleagues expect that other parts of Mercury also experienced volcanism. "Now we're in orbit with Messenger, we're up close and personal, just going around and around and really building up our picture of Mercury." "When we flew by Mercury the first time with Mariner 10, we weren't really sure if volcanism caused these smooth plains," Head told. Mercury's northern high latitudes had largely escaped view until now. "We can't say if it took 2.7 days or 15 years or any exact time from orbit, but it wasn't hundreds of millions of years," Head added. Įarly in the planet's history, some 3.5 billion to 4 billion years ago, these gigantic volumes of lava poured from cracks in the surface as far as 125 miles (200 kilometers) outside the volcanic zone, flooding the surrounding, low-lying plains "like a bathtub," Head said.īased on the way this lava apparently eroded the underlying surface, the researchers suggest it rushed out rapidly. This once-molten rock filled craters more than a mile (1.6 kilometers) deep and covers 6 percent of Mercury's surface, an area equal to nearly 60 percent of the continental United States, explained planetary geoscientist James Head at Brown University. For instance, high-resolutionimages of Mercury's surface reveal that epic lava flows helped create the planet's smooth northern plains. And explore unlikely instruments and unique foley recordings with the Lost and Found collection. New Packs – Find new tricks for performing on the fly with the four Max for Live devices of Performance Pack.Plus, you can now capture audio in real time and start manipulating it immediately. Granulator III – The latest iteration of Robert Henke’s granular instrument now has MPE capability, giving you expressive control over parameters like note bend, vibrato and glissando.Roar’s three saturation stages can be used in series, parallel, or even in mid/side and multiband configurations – and it comes equipped with an extensive modulation matrix. Roar – Create everything from subtle and precise mastering-grade warmth to wild and unpredictable sound degradation with Live’s new coloring and saturation effect.Meld – A bi-timbral, MPE-capable instrument designed for deep sound-shaping that generates a wide array of textural and experimental sounds with two easy-to-use macro oscillators.Tuning Systems – Work in tunings outside the 12-tone equal temperament system, and access them with Live’s devices as well as any MPE-capable plugin.Then edit clips using scale highlighting as a guide, use the clip scale to transform and generate musical ideas, or sync the scale of MIDI devices and instruments to the clip being played. Keys and Scales – Choose a key in Live’s Control Bar to see its notes in any clip you create.Stretch, split, chop or join notes in new ways shape the velocity of notes more easily transpose them into a scale or add intervals chromatically or in key. MIDI Editor improvements – Rearrange the order of a selection of notes by pitch, velocity or duration.Add ornaments, connect successive notes and chords, simulate guitar strums, or pick from a set of generative algorithms to conjure up melodies, rhythms and chords that follow constraints you define. MIDI Transformations and Generators – Create a variety of simple or complex variations to your MIDI clips.Ableton today announced Live 12, a major update that introduces new MIDI tools, support for alternate tunings, new and updated instruments, workflow improvements, new sounds and more. The DAC8531 is available in both MSOP-8 and 3x3 SON-8 (same size as QFN) packages. The power consumption is 2mW at 5V reducing to 1 µW in power-down mode. The low power consumption of this part in normal operation makes it ideally suited to portable battery-operated equipment. The DAC8531 contains a power-down feature, accessed over the serial interface, that reduces the current consumption of the device to 200nA at 5V. The DAC8531 incorporates a power-on reset circuit that ensures that the DAC output powers up at 0V and remains there until a valid write takes place to the device. The DAC8531 requires an external reference voltage to set the output range of the DAC. The DAC8531 uses a versatile three-wire serial interface that operates at clock rates up to 30MHz and is compatible with standard SPI, QSPI, Microwire, and Digital Signal Processor (DSP) interfaces. Its on-chip precision output amplifier allows rail-to-rail output swing to be achieved. The DAC8531 is a low-power, single, 16-bit buffered voltage output Digital-to-Analog Converter (DAC). PACKAGES: MSOP-8 and 3x3 SON-8 (same size as QFN)Īll trademarks are the property of their respective owners.ON-CHIP OUTPUT BUFFER AMPLIFIER, RAIL-TO-RAIL OPERATION.LOW-POWER SERIAL INTERFACE WITH SCHMITT-TRIGGERED INPUTS.Force sensor reading 0 -> no pressure Force sensor reading 0 -> no pressure Force sensor reading 132 -> light touch Force sensor reading 147 -> light touch Force sensor reading 394 -> light squeeze Force. Obviously not the fastest as I was still using digitalWrite, haha. Click Upload button on Arduino IDE to upload code to Arduino. * write to the MCP4922 channel 0 or 1, int value will be masked */ simplest fastest MCP4922 testĭacWrite(0, cUp) // channel B will be skewed! measure it. I don't typically leave sketches around that don't function. I suggest you build a small circuit on a breadbox or otherwise and get the simplest thing working. I would rather strukkle with my own code than figure out someone's library. Evidently I knew more about SPI at the moment and just rolled my own interface to the DAC.īTW last time I used SPI I did not use the SPI library. I should say I have experimented with it and deployed it in local noncritical projects. I poked around because I have used some MCP49X variant. ( Sorry, just working towards my "thumb's up" badge, 99 to go, but sincere) Here is a screen capture from the MPX and photo from the PCB. I've searched around the new and at some posts there was a mention that SPI codes/libraries that are ment for UNO wouldn't work with Mega due that the MOSI, SCK and SPI SS are on the different pins and those would need to be addressed with software SPI in some cases. I just can't figure out what I'm doing wrong since the very simple DAC library code won't work. Now I know that the MCP4921 is active on LOW so I have to make some fixes but those I can handle. I made a mistake thinking that the DAC is active on HIGH CS signal so I could easily feed it to dacs with MPX. I've build Analog Polysynth voice pcb's and other synth clones for the past 10 years and I thought I can handle this But I have to say, I'm more familiar with the analog world than with the digital hardware and coding, so this I'm just learning butI thought I can get the Dacs to work.ĭAC's are driven by 4051 multiplexer that feeds the CS signal from arduino. Hi alto777 and thank you for the comments Is there something with the Arduino Megas default SPI pins that it won't correspond to the MCP492x library settings? (I put the delays to make the measuring easier). And the voltages at DAC pin 4 (MOSI 51) and DAC pin 3 (SCK 52) show swing between 0-40 mV. I dont have a scope but I measured with multimeter that the DAC pin 2 (from pin 53 SS) is at 4,97V and swinging. ( GitHub - michd/Arduino-MCP492X: MCP4921/MCP4922 Digital to analog converter Arduino library, using SPI.h library)Īnd I've put the following lines to my code but it won't work:Īnd in the program code: myDac.analogWrite(2048) I've mostly noodled with the MCP492x library : I've hardwired the MCP4921 DACs to Arduinos MOSI (51), SCK (52) and (SPI)SS (53) and I've tried several Arduino MCP4921 libraries but the result is the same. I have eight MCP421 DACs on the board and thought these are a cakewalk with libraries and all but no. Everything else on the circuitry works but I'm stuck with the most annoying part. My ambitious project is to build Midi to CV for 8 voices and I've drawn the schematics, got the PCB and it's now populated. I'm new to the Forum but a long time user of Arduino and I've been here on the site many times for troubleshooting my code with your help. Additionally you will be able to teach others about money management by sharing tips or playing the game together which creates a meaningful connection with those you care about. This knowledge will help you to plan for retirement with realistic goals. You will gain confidence in managing your own finances such as setting a budget, allocating savings goals, researching investments and understanding interest rates and credit scores. By playing this game you can strengthen your problem solving skills by making decisions quickly based on opportunity cost and risk tolerance. Not only does it provide a fun and engaging way to become educated on the financial realm, but playing Cashflow 101 has many other benefits that can improve your financial well-being. The game also educates players on budgeting, saving and living within their means as well as introducing them to different investment strategies such as buying rental properties, stocks, businesses and mutual funds. It offers an interactive way to get an understanding of how money works, how investments are made and the effects of each five-year period in the stock market. The Cashflow 101 board game created by Robert Kiyosaki is a great tool for those wanting to learn about personal finance and investing. Through Cashflow 101 players learn valuable lessons such as delayed gratification, reducing lifestyle inflation and investing in assets that generate income rather than liabilities which take it away. Kiyosaki’s teachings have had an immense impact on countless investors’ decisions and it also served as a jumping off point for Kiyosaki’s journey as an investor and entrepreneur. The game has become immensely popular over the years due to its unique ability to teach players key financial principles in an entertaining way. Through this process players can often grow their income enough to “break free” from the rat race – meaning reach a level of income that exceeds their outgoings. Players use their incomes to invest in these assets and generate cash flow, while avoiding lifestyle inflation. The object of the game is to create cash flow from passive investments such as stocks, bonds and real estate. It was designed to help people learn financial principles and gain an understanding of how money works in business. Cashflow 101 is a board game created by Robert Kiyosaki, the best-selling author of ‘Rich Dad, Poor Dad’. Nutrition (per 2 tablespoon serving): 60 calories, 5.5g fat, 2.5g carbs, 1g fiber, <1g sugars (includes 0g added sugars), 2g protein.* Pumpkin Pie (seasonal) Ingredients: almond milk (water, almonds), coconut oil, cane sugar, strawberries, coconut cream (water, coconut), mushroom extract (to help preserve freshness), salt, natural flavor, enzyme, pectin, xanthan gum, guar gum, black carrot juice (for color), lemon juice concentrate, cultures, lactic acid. Ingredients: almond milk (water, almonds), pumpkin, sugar, salt, spices, natural flavors, enzyme, xanthan gum, guar gum, mushroom extract (to help preserve freshness), lactic acid, citric acid, cultures. Nutrition (per 2 tablespoon serving): 60 calories, 4g fat, 7g carbs, 1g fiber, 5g sugars (includes 5g added sugars), 2g protein.* Allergen Note*Īccording to Kite Hill, “we manage the big eight allergens per FALCPA regulations in all of our products.” They do not offer details beyond stating that their products are dairy-free and soy-free. For More Product Information: Visit the Kite Hill website at *Always read the ingredient and nutrition statement prior to consumption.Dietary Notes: By ingredients, Kite Hill Cream Cheese Style Spread is dairy-free / non-dairy, egg-free, gluten-free, grain-free, peanut-free, soy-free, vegan, and vegetarian.Certifications: Kite Hill Cream Cheese Style Spread is Non-GMO Verified and Certified Kosher DE (for dairy equipment, not ingredients see our Understanding Kosher Guide).Availability: Kite Hill Cream Cheese Style Spread is sold at mainstream grocers, like Target, Publix, and Kroger stores, and natural food markets, like Whole Foods and Sprouts.More Facts on Kite Hill Cream Cheese Style Spread The Jalapen0 variety of Kite Hill dairy-free cream cheese was discontinued. Ingredients, processes, and labeling are subject to change at any time for any company or product. Contact the company to discuss their manufacturing processes if potential allergen cross-contamination is an issue for you. No food product can be guaranteed “safe” for every individual’s needs. There are a few ways to retrieve deleted messages on Tinder. How do you retrieve deleted messages on Tinder With a little bit of effort, you should be able to get your deleted conversations back. You can try using a data recovery app, restoring from a backup, or contacting Tinder support. If you’ve deleted a Tinder conversation and want it back, there are a few ways to undelete it. They may be able to retrieve your deleted conversations from their servers. If you can’t find your deleted conversations using either of the methods above, then you may be able to get them back by contacting Tinder support. The third way to undelete a Tinder conversation is to contact Tinder support. Once you’ve found the backup file, you can restore it to your phone and get your deleted Tinder conversations back. To do this, you’ll need to connect your phone to your computer and find the backup file. If you’ve ever backed up your phone data, then you may be able to restore your deleted Tinder conversations from your backup. The second way to undelete a Tinder conversation is to use a backup. Once the scan is complete, you should be able to see your deleted Tinder conversations. You just need to connect your phone to your computer, run the app, and let it scan your phone for deleted data. There are many data recovery apps on the market, and they all work in a similar way. The first way to undelete a Tinder conversation is to use a data recovery app. With a little bit of effort, you can get your deleted Tinder conversations back. If you’ve deleted a Tinder conversation by accident, or if you just want to see what was said, there are a few ways to undelete it. You can then choose where you want to save them on your computer.Īnd that’s all there is to it! With these simple steps, you should be able to recover any deleted Tinder conversations without any problems. To do this, simply select the messages you want and hit ‘Recover’. You can now preview all of your recovered messages and decide which ones you want to save. Once the scan is complete, all of your recoverable data will be displayed in the software window. The software will now scan your device for any recoverable data, which includes deleted Tinder messages. On the next screen, make sure that the ‘Messages’ option is selected and then hit ‘Scan Now’. Once the software has detected your device, select ‘Recover’ from the main menu. Simply download and install the software on your computer, then connect your phone to the computer using a USB cable. This software is designed specifically for recovering lost data from Android devices, which makes it ideal for retrieving deleted Tinder messages. There are a few different ones out there, but we recommend Dr.Fone – Android Data Recovery. If there are no backups available, or if you want to try another method, then you can try using a third-party recovery tool. If there are, then simply select the one you want to restore and hit ‘Restore’. Tap on this and see if there are any backups of your conversations available. Under ‘Account’, you should see an option for ‘Backups’. Once you’re logged in, go to the settings menu and look for the ‘Account’ section. To do this, simply open up the app and log into your account. The first thing you’ll want to do is check to see if Tinder has a backup of your conversations in their servers. However, it’s definitely worth a shot and there are a few different methods you can try. We’ve got all the tips and tricks you need to get those messages back, so you can pick up right where you left off.įirst things first, it’s important to know that there is no guarantee that you’ll be able to retrieve your deleted Tinder messages. If you’re wondering how to recover deleted Tinder conversations, then you’re in luck. Whether you’re trying to decipher what your match is saying or figure out how to start a conversation, there’s a lot that can go wrong.Īnd one of the most frustrating things that can happen is having a great conversation with someone on Tinder, only to have it disappear into thin air because you accidentally deleted it. When it comes to online dating, things can often get lost in translation – quite literally. |
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