Shenandoah trades concurrent cpu cycles and space for pause time improvements. Shenandoah is an open-source low-pause time collector for OpenJDK designed to move us closer to those goals. In order to meet the lower end of that goal we need garbage collection algorithms which are efficient enough to allow programs to run in the available memory, but also optimized to never interrupt the running program for more than a handful of milliseconds. Service Level Agreement (SLA) applications guarantee response times of 10-500ms. Modern machines have more memory and more processors than ever before. This project will be a success if we can keep consistent short gc pause times. Pause times due to reasons other than GC like Time To Safe Point (TTSP) issues or monitor inflation are outside the scope of this JEP. The goal is not to fix all JVM pause issues. Shenandoah is an appropriate algorithm for applications which value responsiveness and predictable short pauses. There are other garbage collection algorithms which prioritize throughput or memory footprint over responsiveness. Pause times with Shenandoah are independent of heap size, meaning you will have the same consistent pause times whether your heap is 200 MB or 200 GB. Source: I work on OpenJDK Windows builds at RH.Add a new garbage collection (GC) algorithm named Shenandoah which reduces GC pause times by doing evacuation work concurrently with the running Java threads. RH OpenJDK 8 installer includes a WebStart implementation RH OpenJDK 8 installer includes a JavaFX implementation RH OpenJDK 8 includes a set of font filesĪll native binaries in RH OpenJDK 8 are signed by RH certificate RH OpenJDK 8 does not include demos and samples RH OpenJDK 8 includes all Java sources code inside the src.zip file (that is used by IDEs to allow browsing jdk code), in upstream build substantial part of these sources is not included RH OpenJDK 8 may use slightly newer timezone data - it is taken from RHEL/CentOS RH OpenJDK 8 uses the set of root CA certificates from RHEL/CentOS RH OpenJDK 8 uses sources from RHEL/CentOS for dependency libraries (zlib, giflib, libjpeg-turbo, libpng, nss ( nss is not used anymore)) instead of the (partial) sources of these libraries that are included in-tree in upstream jdk sourcesĮlliptic Crypto implementation in RH OpenJDK 8 includes only 3 most popular elliptic curves - NIST P-256, NIST P-384 and NIST P-521. RH OpenJDK 8 includes Shenandoah garbage collector RHEL/CentOS changes can be tracked in a publicly-available repo for CentOS RPM These sources are generally very close to upstream sources, but contain some changes (see points below) and may include some bugfixes (RPM patches) ahead of time. RH OpenJDK 8 build is done from the sources of OpenJDK RPM package that is used on RHEL/CentOS. Generally Red Hat builds are trying to stay as close as possible in behaviour to OpenJDK 8 package that is included in RHEL and CentOS. Technical differences between Red Hat OpenJDK 8 for Windows and other mentioned builds are pretty minor, as all these builds pass TCK. All the restrictions about the "development use" are related only to the subscription (support) that can be purchased from Red Hat. Red Hat provides OpenJDK 8 Windows binaries under exactly the same license as AdoptOpenJDK and any other open-source OpenJDK 8 build - under the GNU GPL v.
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Throughout the conversation, Spiker asked questions about topics like mental health, Mandel’s career and his Tik Tok, where Mandel has more than 9.5 million followers. Mandel jumped on stage in a black and red outfit and sat in one of two chairs positioned on the stage. “The process for organizing the event was lengthy, but the most important aspect was the work of my staff.” “We chose Howie Mandel, as he has been a major force in show business for over 30 years,” Scheuer wrote. The SG organization chose Mandel to speak because of his mental health advocacy, which makes him relatable to students and his experience in the entertainment industry, Scheuer wrote in an email. Doors opened at 6 p.m.Īt 7 p.m., Accent Chair Jason Scheuer introduced Ted Spiker, UF’s journalism department chair, who hosted the interview and audience-led question and answer session. The event was free to students, who entered on a first-come, first-serve seating basis. A systematic review of RCTs on magnetic PFS for urinary incontinence in women concluded that the evidence was insufficient due to the small number of trials with short-term follow-up, methodological limitations and heterogeneity in patient populations, interventions and outcome reporting. Relevant outcomes are symptoms, quality of life and treatment-related morbidity. The evidence is insufficient to determine that the technology results in an improvement in the net health outcome.įor individuals who have urinary incontinence who receive magnetic PFS, the evidence includes RCTs and a systematic review. Systematic reviews of RCTs have not found that electrical stimulation is superior to control interventions for treating fecal incontinence. Among the RCTs that have evaluated electrical PFS as a treatment for fecal incontinence only 1 trial was sham-controlled, and it did not find that electrical stimulation improved the net health outcome. Relevant outcomes are symptoms, change in disease status, quality of life, and treatment-related morbidity. The evidence is insufficient to determine that the technology results in an improvement in the net health outcome.įor individuals who have fecal incontinence who receive electrical PFS, the evidence includes RCTs and systematic reviews. Moreover, meta-analyses of RCTs have not found a significant benefit of electrical PFS in men with postprostatectomy incontinence compared with a control intervention. Findings from systematic reviews have not found that electrical PFS used to treat urinary incontinence in women consistently improves the net health outcome compared with placebo or other conservative treatments. SUMMARY OF EVIDENCE:įor individuals who have urinary incontinence who receive electrical PFS, the evidence includes systematic reviews of RCTs. The most recent literature was reviewed through June 16, 2022. This policy is updated regularly with searches of the PubMed database. Note: Stimulation of the sacral nerve as a treatment of incontinence is discussed separately (see Medical Policy #159 Sacral Nerve Modulation/Stimulation). Magnetic PFS may be delivered in the physician’s office. Patients receiving electrical PFS may undergo treatment in a physician’s office or physical therapy facility, or patients may undergo initial training in a physician’s office followed by home treatment with a rented or purchased pelvic floor stimulator. Magnetic PFS does not require an internal electrode instead, patients sit fully clothed on a specialized chair with an embedded magnet. Variation in the amplitude and frequency of the electrical pulse is used to mimic and stimulate the different physiologic mechanisms of the voiding response, depending on the etiology of the incontinence, i.e., either detrusor instability, stress incontinence, or a mixed pattern. The methods of electrical PFS have varied in location (e.g., vaginal, rectal), stimulus frequency, stimulus intensity or amplitude, pulse duration, pulse to rest ratio, treatments per day, number of treatment days per week, length of time for each treatment session, and overall time period for device use between clinical and home settings. In addition, PFS is thought to improve partially denervated urethral and pelvic floor musculature by enhancing the process of reinnervation. Stimulation of the pudendal nerve to activate the pelvic floor musculature may lead to improved urethral closure. Pelvic floor stimulation (PFS) involves electrical stimulation of pelvic floor muscles using either a probe wired to a device for controlling the electrical stimulation or, more recently, extracorporeal electromagnetic (also called magnetic) pulses. Electrical stimulation of the pelvic floor is also proposed as a treatment of fecal incontinence. This approach involves either electrical stimulation of pelvic floor musculature or extracorporeal pulsed magnetic stimulation. Pelvic floor stimulation (PFS) is proposed as a nonsurgical treatment option for women and men with urinary incontinence. Electrical or magnetic stimulation of the pelvic floor muscles (pelvic floor stimulation) as treatment for urinary or fecal incontinence is considered investigational. But if a service can deliver on the things above for a substantially lower price, that’s a bonus.Īmong the services we tested, Simply to Impress provided one of the simplest and most intuitive card-design experiences. Reasonable prices: We think about $2.50 per 5-by-7-inch card, including shipping, is the most you should consider paying for custom photo cards.For stationery aficionados, fancy extras like decorative envelope liners are another plus. Ideally, the service will offer to mail your envelopes for you (at a cost). Additional services: After you get your card looking the way you want, the service should make it easy to understand the different paper, finish, envelope, and addressing options.And once you have a template, the card editor should provide useful options (such as extra fonts, borders, and photo-editing tools) so that it’s simple to make a great-looking card. The best services offer plenty of filters to narrow the list of designs. Easy-to-use site and card builder: If it’s a pain to find a template that fits the photo you want to use, you’ll probably move on to a site that makes it easy. The best services make these templates easy to adjust, augment, and override. High-quality, customizable templates: A good holiday photo-card service offers an array of templates to suit a wide variety of occasions, from Halloween and Thanksgiving to Christmas and Kwanzaa.There should be a variety of photo finishes to choose from, such as matte, glossy, and satin. Typically, this means thick (around 110- to 120-pound) card stock. Nice paper: Those good-looking prints should come on paper that feels great-even at the lowest price tier.Great print quality: The best cards should have sharp details and vibrant colors that accurately represent a wide range of skin tones. Your prospective new employer is a multinational organization that has been acknowledged as one of the best sales and customer service solutions provider companies in the world. Located in Lisbon, you will find a company that takes care of you from your career development, language skills, and accommodation to your social integration.
Observe that the rear end is higher than the front end. Draw the rear overhang and complete the rest of the body as shown in the figure. We will keep the overhangs short for this race car. Extend this line from the front tire for the overhangs. Start drawing the body with a line joining the two wheels at the bottom – this line should be just a few centimeters above the baseline to keep the ground clearance low.Draw the rims of the wheels as seen in Figure 1.2.This gives the car a slight inclination towards the front. Notice that the rear wheel is slightly bigger than the front wheel. As shown in the image, draw two circles on the baseline a few centimeters apart. We will start the car bottom-up, beginning with the tires and taking it from there. Take the scale ruler and draw a horizontal line on the paper.Here is the dynamic sports car drawing for kids.Īn A4 sheet or drawing book, pencil, eraser, sharpener, stencil with different shapes, and a scale ruler. Have fun and experiment! In the next lesson, you’ll be learning about structure and using your chosen thumbnail sketch as the blueprint for your final drawing.Sports cars have attractive, sleek designs, and your little artists will love to create them. However, don’t forget to keep going back to your reference photos to check that your cartoon car drawing is still recognizable as a 1967 Mustang! Keep Going Back to Your Reference Photosīy now, you’re probably creating some wild and wacky shapes for your thumbnail sketch. Here, you can see how April makes the trunk slightly shorter and squashes the roof of the car slightly. You can even draw a marquee around specific areas of your cartoon car drawing to alter them. Selecting Warp will create a grid around your sketch which you can drag to get some really cool effects. Holding down Shift and selecting Scale will enable you to make your sketch larger or smaller in proportion. You can also right-click for more Transform options. Pressing Command (Mac) or Ctrl (PC) will enable you to drag the box out at each corner and warp your sketch for some interesting effects! You’ll see that you now have a bounding box around your duplicate sketch. Once you’ve done this, hold down Alt and you’ll now have a duplicate image to work with which you can drag to wherever you want To do this, use the Lasso Tool to draw round and select your sketch, then hit V to bring up your Move Tool. Some Useful Tips to Remember When Creating Thumbnail Sketches of a 1967 Mustang:ĭuplicating and Warping Your Sketches to Create New Onesīecause you’re working digitally, it’s easy to duplicate and warp your 1967 Mustang sketches to create new ones. Work quickly and loosely and refer to your reference pictures to make sure your car still looks like a 1967 Mustang – it’s easy to get carried away and lose the shape of what you’re trying to draw. The side view may not look very interesting at the moment, but that’ll soon change once you start turning it into a 3D sketch! Try and use your thumbnails to gather all the information you need to create your finished lineart drawing. So, let’s step on the gas and get moving!Īt this stage of your cartoon car drawing, don’t worry if your sketches look a little rough – it’s all part of the creative process and it’s much easier to correct any mistakes during these early stages. Now that you’ve looked at basic shapes and forms for cartoon car drawing, it’s time to develop these into a series of thumbnail sketches so you can choose your favorite design. Take a look at the finished painting in this series It should be noted that μ J T is always equal to zero for ideal gases. Hence, the two most abundant gases in air can be cooled by a J-T expansion at typical room temperatures. On the other hand, nitrogen has an inversion temperature of 621 K (348 ☌) and oxygen has an inversion temperature of 764 K (491 ☌). Thus, helium and hydrogen will warm during a J-T expansion at typical room temperatures. With that in mind, the following table explains when the Joule-Thomson effect cools or heats a real gas:įor some gases, the Joule-Thomson inversion temperatures at 1 atm are very low: for helium, about 51 K (−222 ☌), and for hydrogen, about 202 K (-71 ☌). In any gas expansion, the gas pressure decreases and thus the sign of is always negative. The Joule-Thomson inversion temperature depends on the pressure of the gas before expansion. The value of μ J T is typically expressed in K/ Pa or ☌/ bar and depends on the specific gas, as well as the temperature and pressure of the gas before expansion.įor all real gases, it will equal zero at some point called the inversion point and, as explained above, the Joule-Thomson inversion temperature is the temperature where the coefficient changes sign (i.e., where the coefficient equals zero). The change of temperature ( T ) with a decrease of pressure ( P ) at constant enthalpy ( H ) in a Joule-Thomson process is the Joule-Thomson coefficient denoted as μ J T and may be expressed as: For most gases at atmospheric pressure, the inversion temperature is fairly high (above room temperature), and so most gases at those temperature and pressure conditions are cooled by the J-T expansion. For any given pressure, real gases have a Joule-Thomson inversion temperature: above which the J-T expansion causes the temperature to rise, and below which the J-T expansion causes cooling. However, when a real gas (as differentiated from an ideal gas) expands through a throttling device, the temperature may either decrease or increase, depending on the initial temperature and pressure. For example, when gas is expanded through an expansion turbine (also known as a turboexpander), the temperature of the gas always decreases. Isentropic expansion (meaning an expansion at constant entropy) - in which a gas does positive work in the process of expansion - always causes a decrease in the gas temperature. In other words, the J-T effect does not apply for ideal gases. There is no temperature change when an ideal gas is allowed to expand through an insulated throttling device. Engineers often refer to it as simply the J-T effect. The Joule-Thomson effect is sometimes referred to as the Joule-Kelvin effect. It is named for James Prescott Joule and William Thomson, 1st Baron Kelvin who established the effect in 1852, following earlier work by Joule on Joule expansion in which a gas expands at constant internal energy. The Joule-Thomson effect is an isenthalpic process, meaning that the enthalpy of the fluid is constant (i.e., does not change) during the process. The Joule-Thomson effect or Joule-Kelvin effect describes the increase or decrease in the temperature of a real gas (as differentiated from an ideal gas) or a liquid when allowed to expand freely through a valve or other throttling device while kept insulated so that no heat is transferred to or from the fluid, and no external mechanical work is extracted from the fluid. Eventually, due to the increased scope of the project Team Cherry decided to expand the DLC to a full sequel. Originally, Hornet was planned as a second playable character to be included in a downloadable content (DLC) pack for Hollow Knight, funded as a stretch goal in the game's Kickstarter campaign. Since announcement, per GameSpot, "updates have been sporadic and infrequent". Hollow Knight: Silksong was announced on 14 February 2019 in a trailer and with a developer diary video sharing more information about the game. Hornet is captured and taken to the unknown kingdom of Pharloom, which is said to be "haunted by Silk and Song", and must climb to the top to reach a shining citadel. It will feature more differences from the base game than "Steel Soul mode" did in Hollow Knight. Silksong will have an additional difficulty mode with permanent death called "Silk Soul mode", akin to the "Steel Soul mode" found in Hollow Knight. Team Cherry stated the game to be very large, featuring at least 165 new enemies and over 100 different benches in the game, while Hollow Knight only has 41 benches. The includes quest system divided into four categories: Gather, Wayfarer, Hunt, and Grand Hunt which are requested from the non-playable characters within the game. Sidequests will also be part of the game, and include a journal to keep track of them. Some changes are made from the original, such as how the character Hornet moves with a more acrobatic flair and how the character can heal themselves instantly. Hollow Knight: Silksong gameplay is similar to the previous Hollow Knight title, featuring 2D platforming and combat. It was announced on 14 February 2019, as a sequel to the 2017 game Hollow Knight. Hollow Knight: Silksong is an upcoming video game developed and published by Team Cherry for Windows, macOS, Linux, PlayStation 4, PlayStation 5, Nintendo Switch, Xbox One, and Xbox Series X/S. * Sights: I would definitely like to see as much as I can in both settings. * Travel: I would 100% like to be able to take this with us camping to really dark areas. * Setting: We have fairly dark skies, some household light pollution nearby. Pertinent Information, according to the top sticky: I did not see this telescope listed, but some similar ones are in there, and there is no $600+ price range, which is what this normally sells for, so I wasn't sure if maybe it is a really good telescope, there just wasn't a price range for it.Īnyway, I would like to know if this is a must grab kinda deal, or if there is something better for the same or similar money. I read through the sticky that gives recommendations in price ranges, which is awesome. I know Absolutely Nothing about telescopes. r/telescopes aims to be a high quality sub where users can discuss all things telescopes and astronomy, but allowing such repetitive and low-effort posts will drastically lower the overall quality of the sub.Īmazon has this for $300 and I am looking to get a telescope for my son, possibly for christmas this year. Low-effort content such as those complaining about the weather (we get it, clouds are bad), simple questions that usually result in one line responses (these should be posted in our weekly discussion threads instead), general 'shitposting', memes, etc. Titles should be descriptive about what you're discussing/posting. Titles should not be 'clickbaity' nor self-deprecating - we're all here to learn so there is no point in calling yourself a 'noob' and/or putting yourself down. Concept art is not permitted, nor is content not relating to visual astronomy/telescopes. Images must be taken by you, with gear which you own - remote or professional services such as DSW or Hubble are not permitted. This enforces quality, encourages discussion, and benefits everyone. This includes your gear as well as any processing you did to the image. Images must have a top-level comment containing acquisition and processing details. Self promotion is only permitted to active members of the community. Not providing commentary, or posting content from a single source will be assumed to be attempts of driving traffic, which is not allowed here. This sub is a place for everyone to learn and help each other, and such behaviour only does bad things to everyone involved.ĭirect links should be accompanied by commentary as a top level comment, and should be a source of discussion. Non-civil behaviour such as insulting, flaming, etc, will not be tolerated. You can post used item ads here, but do post them on other communities or websites such as Cloudynights, Astromart, etc. There are other subs and communities for this. Links to petitions, surveys, crowdfunders, and other advertisements to sell your own products are prohibited here. Failure to read and posting "which telescope should I buy" will result in your post being removed and you being referred to this guide. If you're totally new to telescopes and astronomy, please read our Beginner's Quick Guide to choosing your first telescope which is sticky'd to the top of the subreddit. Posts are helpful for people with similar questions.)īefore posting, make sure your post follows the subreddit rules otherwise they may be removed. ( For more in-depth help, please use the subreddit. Anything that relates to amateur astronomy and its practice. Telescopes, eyepieces, events, marathons, charts, eyepieces, reviews, marathons, articles, etc. |
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