but when I went to compile and upload through arduino IDE it would not even compile. I bought the mega because i was going to switch to MARLIN, they kinda have a CNC config patched together. One for Uno compatibility and another for the future.Īlthough as eluded to with "jumping", an adapter shield for Uno-compatibility is a pretty good idea : It's not for certain that Grbl will support 6-axis, but we definitely want to plan for the future and definitely will be supporting 4-axes at a minimum. IMO, I would be ok supporting, at least for a limited-time, two versions of the Mega firmware. If we have to move one or two pins around, or double up on the limit pins (v0.9d can now share a limit with multiple axes), I think this would be an acceptable trade for users. The rest are up to the user to solder or integrate. Most shields hardwire only the stepper control pins. Plus, I don't think it'll be appreciably slower than what's occurring now.Īs for the limit pin, I don't think this is a show stopper either. I think it will be a good idea to keep some form of backward compatibility, because not everyone can afford to buy a new shield or want to take the time to build another one. Reply to this email directly or view it on GitHub : I don't think making the Mega Uno compatible won't ruin the code simplicity too much. Need to be 3.3v compatible ( I think they are ). ( the stepper drivers would be transferable )ĭue/Mega shield should be achievable the I2C pins on the Due would need toīe kept clear so an I2C EEPROM could be used. We could look at other options like setting the pins low and using aīut IMHO if I was upgrading from an UNO to a mega I would be happy to You would still have no X-Limit or resume through the shield, because Separately ( especially once you start adding more axis ), Just so the UNO The speed and simplicity of the code by setting each step and dir pin On 1:27 PM, "Rob Brown" the main reason is because of theĭifferent ports for the Z-Step and X-Dir, but I wouldn't want to compromise Being able to configure each pin would open more hardware Isnt it just set high or low in grbl software?ĭue have also 100k pull ups not sure about the electro magnetic interference on such a due shield ,īut it can be tested later since its the same raster format as for mega how much slower would it be to set each step and dir pin ( mega apperantly too as i have seen in pic above. Have all analog pins on due mega pull up resistors?Īnd this for mega due since uno pinout is already known. ĭo we need interrupt pins for all inputs? the third one would be most elegant but also the most dificult to do. third try to use jumper or dip switch settins to to switch the boards. second make 3 shields for the main shield with routed connections to proper pins. there would be the dirty way to just use jumper cables to connect the drivers with the board pins on shield. the only thing we need to figure out how to connect those pins. The due and mega pin raster size is the same. Not 100% sure if there are complications there, but it's better to be safe. Meaning that so we won't have to worry about sharing the stepper pins with something like the command or limit pin interrupts. We will also need to consider where the interrupts are located and they don't overlap with critical stepper pins. I'd like for both of these to be compatible. I think if we can backward support Uno-based shield, we should, but I think we should also support a seperate Mega/Due pin layout as well, which would include space for up to 6 axes.Īlso, I would suggest here that before settling on a Mega pin layout, we should consider a pin layout for the Due too. I need to research : What's the main source of the issue in regards to not being able to make Grbl compatible with Uno-based shields? From a brief search, is it because the pins do not belong to the same port? If so, this would be relatively easy to fix by making those Grbl's stepper pin assignments independent of port. I may also use the A4989 from allegro with external fets if the lv8727 steping modes does not work for all machines. I managed also yesterday to send some data to grbl via atmega8 so i probably put also some manual moving functionality in to it. It basicly has every thing any driver should have just the microstepping is kinda weird. Single-channel PWM current control stepping motor driver.Īdvance the excitation step with the only step signal input. Output on-resistance (upper side : 0.25Ω lower side : 0.15Ω total of upper and lower : 0.4Ω Ta = 25☌, IO = 4.0A) Yeah i am using them right now but i need some more power so i decided make another shield using
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The game can also be played in timed mode or with unlimited time, providing different levels of challenge for players. The game can be played on a physical deck of cards or on a computer or mobile device, with many different variations available. Despite its difficulty, the game is very popular among solitaire fans, who enjoy the challenge and the satisfaction of successfully completing the game. It requires a great deal of strategy and patience, as well as a good memory, as players must remember where certain cards have been placed in order to make the best moves. Spider Solitaire is known for its high level of difficulty, as players must carefully plan their moves in order to complete the game. The remaining cards form the stock pile, which can be used to fill empty tableau piles. The game starts with ten tableau piles, with the first four having six cards each and the remaining six having five cards each, all arranged in a specific pattern. The goal of the game is to move all the cards to eight foundation piles, four of which are based on suit and in ascending order (Ace to King) and the other four are based on suit and in descending order (King to Ace). Spider Solitaire is a popular single player card game that is played with two decks of cards (104 cards total). A full descending suit pack must be made on the tableau, and then that pack will move to the first empty foundation pile. Cards cannot be moved to foundation piles directly.Ten foundation piles that must be filled by full descending suits.For example, a 9 8 7 pack may move to a pile with 10, as long as they are all the same suit. Only packs of cards that are of the same suit can be moved as a set. Packs of cards can also be moved between piles if they continue a descending order from the fully visible face up card on the pile they are moving to.For example, a 9 can be placed on top of a pile that has a 10 card face up. Cards can be moved between piles if they are one rank lower than the fully visible face up card on the pile they are moving to.The next six piles start with five cards. There is only one full pass through the stock.Can only be dealt if all piles in tableau have cards in them.The game is won once all cards are in the foundation. Once a full sequence of ranks with the same suit is built, it automatically moves to the foundation (cards cannot be placed on the foundation individually). If a game reaches a point where winning seems hopeless, playing on with a little ingenuity and patience can sometimes result in a victory.Sort cards on the tableau so they are in descending order, from King to Ace. When it does, moving the King to a vacant column should be given a high priority. It's the only rank that cannot be moved onto another rank. They can often cause problems because if one is at the bottom of a column, no cards can be moved to that column. The Ace has the distinction that it is the only card onto which another rank cannot be placed by the player.If possible, find a combination of moves that, when played, will result in something useful, such as turning a hidden card or vacating a column. Before making a move, look over the current game state to see what else might be available. Simply playing the most obvious move may not the best strategy. Please refer to Spider Solitaire 2 Suits and to Spider Solitaire 4 suits for more advanced strategy and tips. Beginner's Spider Solitaire Strategy (1-suit) Assemble your Company of customized soldiers, weapons, and vehicles – then take them on an expanding journey through Tides of War. Fight across the globe in the single-player War Stories campaign. Lead your squad to victory in all-new multiplayer experiences like the multi-map Grand Operations. VALID WHEREVER TRIAL IS AVAILABLE.ĭeluxe Edition BATTLEFIELD V NEVER BE THE SAMEĮnter mankind’s greatest conflict with Battlefield™ V as the series goes back to its roots with a never-before-seen portrayal of World War 2. TRIAL CAN BE PLAYED ONCE PER EA ACCOUNT AND COMPUTER. INTERNET CONNECTION, EA ACCOUNT, ACCEPTANCE OF EA USER AGREEMENT and PRIVACY AND COOKIE POLICY, INSTALLATION OF THE ORIGIN CLIENT SOFTWARE (/about) REQUIRED TO PLAY. *PERSISTENT INTERNET CONNECTION MAY BE REQUIRED TO PLAY. Learn more about the latest fest in this article. Progression will be saved and carried over if trial players should purchase the full version of Battlefield V.īattlefest is what we call our regular celebrations of the Battlefield community, where players can enjoy events, challenges, and rewards. Yes, trial players will unlock rewards as they play – and there’s some great gear to earn as Battlefest is active during the trial period. Will I be available to earn progress during the trial? Throughout the Trial weekends, though, an onboarding segment of the Squad Conquest mode and all of the War Stories, the untold and unplayed single-player stories inspired by real WW2 events, will be available. It depends on when you play! As seen in the Events Calendar above, the weekends will each feature different multiplayer modes. On what platforms are the Weekend Trials available? They will be live every weekend from October 10 up until November 4. When are the Battlefield V Free Weekend Trials active? Unlock weapons, gadgets, and more for your Company. EARN REWARDS DURING BATTLEFEST With Battlefest active during the Trials, there’s great gear to earn. Chapter 5 of Battlefield V will launch this weekend, bringing the intense invasion battles of the Pacific theater as the U.S. Weekend Trial #4 – Full Game: Sample all the multiplayer mayhem Battlefield V has to offer. Pulling this rope will allow them to start a light show overhead that mimics fireworks.ĭon’t miss Dumbo the Flying Elephant at night. Tell kids to look for a special rope as they climb up to the nets. The carousel on the left travels clockwise and is the only circular Disney attraction in the world that does not move counter-clockwise. The dual Dumbo carousels turn in opposite directions so that they meet in the middle plaza and travel out toward the park together. The vehicles at Disneyland were all painted pink - until Walt Disney himself objected and ordered them to be repainted gray. The ride was designed to represent the pink elephants that Dumbo and Timothy hallucinated after accidentally drinking champagne in the film. Now, he perches above the sign leading to both carousels in Storybook Circus. Mouse, Dumbo’s pal, sat in the center of the ride above the cars in the original version at Magic Kingdom. It was modified from the Disneyland version, which had 10 elephants, to include 16 vehicles. There is limited merchandise specific to the other attractions, including a Storybook Circus T-shirt.ĭumbo the Flying Elephant was one of the original attractions when the Magic Kingdom opened in 1971. The front displays are often reserved for Dumbo merchandise - various plush toys, mouse ears, T-shirts, plates, mugs and children’s clothes. The store offers a wide selection of merchandise for kids and adults, much like the Emporium on Main Street, U.S.A. There is a stationary Dumbo in between the two Dumbo Carousels for photographs!īig Top Souvenirs is the place to shop while you are visiting Storybook Circus. Seat Restrictions: Some guests may find the seating restrictive and ask to ride alone let a Cast Member know if the seat belt will not fasten. Guests who are afraid of heights or don’t enjoy gentle spinning may not want to ride this attraction. Warnings: This ride lifts up off the ground and spins. Lighning Lane access for Dumbo the Flying Elephant is available with the purchase of Genie+ – however it often has a shorter standby line than other attractions.Īccessibility: Guests must transfer from their wheelchair, motorized scooter or ECV to board the attraction vehicle. At the end of the ride, all of the elephants will fly to the top in unison before landing.ĬLICK HERE to read about the Disneyland Park version of this attraction. Smaller children should be seated to the inside of the elephant. Each car seats two guests, or maybe one adult and two small children. This is a gentle ride that allows guests of all ages to use a joystick to decide whether Dumbo goes up or down as he flies in a circle. If your kids would like to play anyway, simply talk to a Cast Member. NOTE: When the ride has a short wait time, they may not automatically offer you a pager or time to play in the Circus. Mouse speaks! Simply return it to a cast member and get ready to fly with Dumbo! You’ll have just a short wait before you board. When it’s your turn to ride, your pager, designed to look like a circus ticket, lights up and Timothy Q. Your kids can go wild in the play area, while you enjoy a much needed break. When you enter the Circus Tent, you’ll be given a pager from a Cast Member (like a restaurant). That’s right - your kids can play in an airconditioned play area while you sit down and wait - NOT A LINE! The interactive queue at Dumbo is one of the best on property! If you’re not using Genie+, your kids can play in a circus themed playground during the wait time. The primary colors are vibrant and welcoming, but, more importantly, Disney Imagineers have added another carousel, doubling the ride’s capacity to help with the perpetually long lines. ATTRACTIONĭUMBO THE FLYING ELEPHANT allows riders to soar with the star of the 1941 film, and this new version immerses them more deeply in the colorful world of the big-eared character and his Big Top home. The classic Dumbo the Flying Elephant attraction in Magic Kingdom is a quintessential Disney attraction. Part of the Fantasyland Expansion project, Dumbo was relocated from the center of Fantasyland to Storybook Circus, where it was doubled in capactiy.
EaseUS Photo Recovery Software (Windows & Mac)ĮaseUS is available on Windows and Mac. An optional graphical interface, called QPhotoRec, is available to Windows users, but it lacks polish and more advanced features. It features a powerful signature scanner capable of recognizing hundreds of photo file formats, but the tool operates via an unintuitive command-line interface. PhotoRec is another free data recovery tool that can be used to recover large quantities of photos without spending any money. However, due to the lack of recent updates and limited support, its effectiveness in recovering newer photo file types might be less than more regularly updated tools, such as Disk Drill. Recuva is a free data recovery tool that deserves the attention of all Windows users who want to recover an unlimited number of photos at no cost. However, you may be disappointed to find that it doesn’t offer full support for photo file formats used by professional-grade cameras, like CR2 and RAW. It includes a preview function that allows you to see the photo before recovering it. Stellar is another popular photo recovery tool that can recover deleted photos. Stellar Professional Photo Recovery Software (Windows & Mac) Additionally, it includes data protection features that keep your photos safe in the event of a data loss situation. It has the ability to scan your drive and recover an impressive number of lost or deleted photo file types without difficulty. Disk Drill Photo Recovery Software (Windows / Mac)ĭisk Drill includes everything you need in a photo recovery solution. However, the model assumed electrons in the shells didn't interact with each other and couldn't explain why electrons seemed to stack in an irregular manner. It also explained why the noble gases were inert and why atoms on the left side of the periodic table attract electrons, while those on the right side lose them. Bohr atomic model of a nitrogen atom See all media Category: Science & Tech Key People: Niels Bohr atom See all related content Bohr model, description of the structure of atoms, especially that of hydrogen, proposed (1913) by the Danish physicist Niels Bohr. For example, the shell model explained why atoms got smaller moving across a period (row) of the periodic table, even though they had more protons and electrons. The model explained some of the atomic properties of heavier atoms, which had never been reproduced before. Thus, the Bohr model for heavier atoms described electron shells. Once the level was full, additional electrons would be bumped up to the next level. Bohr believed each electron orbit could only hold a set number of electrons. Here’s how you can draw the Bohr model of nitrogen step by step. In an atom, the number of protons the number of electrons the atomic number of that atom. The 3 electrons revolve around the nucleus. More electrons were required to cancel out the positive charge of all of these protons. The Bohr model of the Lithium atom has 3 protons and 4 neutrons in the nucleus. The orbits are labeled by an integer, the quantum number n. This helps us understand the possible location of the electrons in. The quantum mechanical model presents the atom as an electron cloud. It helps us understand the energy level of electrons and how they are organised in relation to the nucleus. Using the Bohr model, determine the energy, in electron volts, of the photon produced when an electron in a. The Bohr model presents the atom as a shell containing a nucleus and the electrons in orbit around it. It is the amount of energy that an electron gains when subjected to a potential of 1 volt 1 eV 1.602 ×1019 J 1 e V 1.602 × 10 19 J. Understanding Bohr's model requires some knowledge of electromagnetic radiation (or light).īohr's key idea in his model of the atom is that electrons occupy definite orbitals that require the electron to have a specific amount of energy.Heavier atoms contain more protons in the nucleus than the hydrogen atom. In the Bohr model of the atom, electrons travel in defined circular orbits around the nucleus. The electron volt (eV) is a convenient unit of energy for expressing atomic-scale energies. The number of neutrons for the Bohr diagram of Lithium. Lithium is neutral and its atomic number is 3, hence, the number of protons and electrons available for its Bohr diagram is also 3. In 1913, the Danish physicist Niels Bohr proposed a model of the electron cloud of an atom in which electrons orbit the nucleus and were able to produce atomic spectra. The Bohr model of Lithium is drawn with only two electron shells, the first shell contains 2 electrons and the second shell contains only 1 electron. These difficulties cast a shadow on the planetary model and indicated that, eventually, it would have to be replaced. Neil Bohr, one of the founders of quantum mechanics, was interested in the much-debated topic of the time the structure of the atom.Numerous atomic models, including the theory postulated by J.J Thompson and the discovery of the nucleus by Ernest Rutherford, had emerged. Furthermore, Rutherford's model was unable to describe how electrons give off light forming each element's unique atomic spectrum. Quantum mechanics emerged in the mid-1920s. Check how the prediction of the model matches the experimental results. If the electron circling the nucleus in an atom loses energy, it would necessarily have to move closer to the nucleus as it loses energy, and would eventually crash into the nucleus. Try out different models by shooting light at the atom. Poke holes through the middle of each of the electrons. This is, after all, how we produce TV signals. Adhere the plain (neutron) and red (proton) Styrofoam balls together randomly in a cluster to form the nucleus of the nitrogen atom. It was already known that when a charged particle (such as an electron) moves in a curved path, it gives off some form of light and loses energy in doing so. Unfortunately, there was a serious flaw in the planetary model. vector illustration for science Bohr Model In atomic physics, the Bohr model or RutherfordBohr model, presented by Niels Bohr and Ernest Rutherford in 1913, is a system consisting of a small, dense nucleus surrounded by orbiting electronssimilar to the structure of the Solar System, but with. (b) The energy of the orbit becomes increasingly less negative with increasing n. 2: The Bohr Model of the Hydrogen Atom (a) The distance of the orbit from the nucleus increases with increasing n. \): Niels Bohr with Albert Einstein at Paul Ehrenfest's home in Leiden (December 1925). In this state the radius of the orbit is also infinite. 1920x1080px Huge dump! 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Here’s an analysis: Lesson #3: Add variety to your solos by breaking up swung eighth-note lines with eighth-note and quarter-note triplet rhythms.ĭuring the first 16 bars of his solo, he clearly sets up two contrasting phrases. His choice to leave out chords gives the solo’s beginning a beautiful sense of openness, lightness, and space.Īlso, by starting with such sparse musical texture, it leaves ample room for the trio to build energy and volume later on as the solo progresses by adding more voices and instruments.īill’s start to his solo on “What is this Thing Called Love” is a reminder to us all that you haven’t truly mastered a tune until you can play single-line melodies by yourself and communicate a clear sense of the time, groove, form, and chord progression. Impressively, Bill very clearly communicates the underlying harmonic progression during this chordless passage. Bill could’ve made it easier to maintain the form, harmony, and groove by comping for himself with chords in his left hand, but instead, he chose to improvise unaccompanied single-line melodies in his right hand. So, Bill has to start his solo without the full harmonic and rhythmic assistance of the rest of the trio. Here’s a simplified and analyzed notation of the head in: Lesson #2: Be able to play unaccompanied improvised melodies and clearly outline the chord changes.Īt the end of the head in (and the beginning of Bill’s full-blown solo), the drummer (Paul Motian) drops out completely and the bassist (Scott LaFaro) starts playing in “broken” time, freely switching between playing whole notes, half notes, and walking quarter-note lines. Since the piano lacks the ability to shape long held notes, he shortens some of the melody’s held-out notes and adds melodic fills.Īlso note how he creates balance and variety by contrasting his relatively busy playing on the A sections by playing a simplified, stripped-down version of the bridge. Most likely he’s trying to deal with the fact that the piano lacks the same power as a voice or horn in its ability to sustain long notes. It’s almost like he’s commenting on or responding to the melody in real time as it unfolds.Īdditionally, sometimes he holds on the longer notes of the melody, whereas at other moments he plays them crisp and short. His fills create a kind of call and response between his improvisations and the original melody. So, Bill starts improvising during the head in by decorating the melody with bebop-esque surrounding tones and melodic fills during the gaps between phrases. “What is this Thing Called Love” has a relatively simple and repetitive melody with lots of space in between phrases. The first things that struck me about Bill’s approach to “What is this Thing Called Love” are how freely he interprets the melody and how much he improvises before his full-blown solo choruses begin. Lesson #1: You don’t always have to wait for your “solo” to start improvising. Here’s the recording so you can listen along: So, for the sake of brevity, I’ve distilled the analysis down to 3 major takeaways from Bill’s approach to playing “ What is this Thing Called Love.” It would require thousands of words to properly analyze the entire solo because there are so many great musical ideas packed into a few choruses. I learned improvisational strategies from this transcription that I still use regularly to this day. Bill Evans’s 1959 recording of “What is this Thing Called Love” from Portrait in Jazz was one of the first solos I transcribed as a jazz major in college. The arc flash boundary is the minimum distance between an energised part and persons, without further protection measures such as barriers and enclosures, to protect against the thermal effects should an arc flash occur. The nominal voltage is the phase to phase (line to line) voltage that should be expected at that point of supply. The working distance is the minimum distance that should be maintained between accessible live parts and persons, their tools and other materials. It should also be noted that if the supply of electricity has been removed from that equipment, the arc flash risk is removed. It is worth noting that equipment that is well maintained and in good condition should be capable of being operated in its normal way. It is important in that any personal protective equipment worn by operators of the equipment should be able to protect against the incident energy level that is present. This is the calculated energy that would be released on that equipment should an arc fault occur. Incident energy value, which could be stated in a number of units, is often quoted as Calories per centimetre squared. It also contains details relating to protective equipment to be worn when working on or near that equipment whilst it is live. It details the incident energy at the panel and the working distance, the arc flash boundary and the nominal voltage of that equipment. Note: the above distances may be different to those stated in company operational safety rules, DNO standards or transmission standards.Ĭonsider the arc flash warning label above which contains important information. Restricted Approach Boundary Includes Inadvertent Movement Adder Nominal System Voltage Range, Phase to Phase The table below has been adapted from NFPA 70E, Table 130.4(E)(a) Shock Protection Approach Boundaries to Exposed Energised Electrical Conductors or Circuit Parts for Alternating Current Systems. In Europe we would know this person as an electrically skilled or instructed person, in other words a competent person, again stating the minimum distance that should be maintained from exposed live parts in order to prevent electric shock. Restricted Approach Boundary- approach by a Qualified Person. Typically, in the UK, switchpanels contain live parts within enclosure and it is only when such enclosures are open and live parts are accessible does an issue exist. In Europe we would know this as an ordinary person, that being a person who is neither electrically skilled nor instructed and is the minimum distance that a non-competent person can approach parts that are energized and dangerous. Limited Approach Boundary- approach by Unqualified Persons. This article looks at the arc flash boundary, however, before moving on it is work discussing the limited and restricted approach boundaries that in fact relate to electric shock protection, rather than arc flash control. Dependant on the remit of any arc flash study carried out, labels fitted to switchgear may make reference to one, or all of the above boundaries. Arc Flash Boundary DistancesĪccording to NFPA 70E, three boundaries exist, these are Limited Approach Boundary, Restricted Approach Boundary and Arc Flash Boundary. Compliance Director, Andy Linley, discusses Arc Flash Boundary distances, what they are and factors affecting them. When it’s in sleep it generates almost no heat.” So when my PC turns off it stops charging and the screen goes off. But to sleep after 15 seconds inactivity. Indeed, div2691 explains that they initially had the phone on all the time, but that it got “really hot”, so: “I’ve now set the phone to have the screen always on when charging. If you read the entire Reddit thread, some posters are warning about the danger of the phone overheating, or even the potential of the battery exploding if the handset is on 24/7. We’d exercise a good deal of caution if you go the latter route, though. So, the idea is you can use this old Android smartphone as a permanent system monitor propped up next to your PC or monitor – or even positioned inside your PC case as div2691 illustrates (see the above photo). The software is capable of monitoring not just processor and GPU temperatures, but all manner of drive details, memory usage info, fan speeds and more. Then if you’re playing one of the latest demanding PC games, and you hear all the fans kicking into higher gear inside your PC, you can just glance at the phone screen to see exactly how hard your CPU and graphics card are being driven (and which might be bottlenecking the other, or other useful information besides). The slight catch is that the app will show adverts, but for a tiny donation, you can get rid of the ads and have the monitoring readouts displayed permanently on the phone screen. Your PC is pretty great at regulating its own chassis temperature, and if your components were really getting too toasty, you'd know about it before any harm was ever done.As long as both the PC and the Android device are on the same Wi-Fi network, the phone can pull all the system monitoring info from your rig and display it. Though now when I've got a good view of what's going on there, I let sleeping dogs lie after that. When I swap a component out, sure, I'll check the new kit is working as intended, and if I swap my PC case I'll keep an eye on temperatures. Nowadays, I tend to monitor my PC a little less. I used to be really obsessed with checking my temperatures and fan speeds, like annoyingly into it, and while I'm sure not everyone is going to want to to check their PC temps mid-game, I sure did. Now onto my second recommendation: maybe you don't always need to keep an eye on your PC's every electrical action. That is a bit of an all-in-one open RGB control app that not only simplifies the many apps you have to install and keep up-to-date, but also allows you to then ditch the proprietary monitoring software for something simpler. Though you might find you can get the same functionality from third-party tools such as OpenRGB. So sometimes you're a bit stuck with one of them.Įven I'm stuck with a few of them and I'm not all that pleased about it. Those added extras are normally always to do with proprietary lighting or features on the manufacturers products that you might not be able to control easily elsewhere. There are tons to choose from, every manufacturer has one, basically, but they all achieve something along the lines of system monitoring with a few added extras along the way. Though what I've never been a fan of are the all-in-one manufacturer specific system monitoring tools, and that's why you won't find me recommending any here today. HWMonitor is fast, simple, logs all the information you could need out of it, and keeps track of every PC vital stat you could reasonably be after. That helps when you're doing some actively to the system and wish to monitor the impact those changes have in real-time. While it's effectively more of the same by way of monitoring, the handy GPU overclocking tools and live graph presentation really aid in easily understanding the monitoring data presented to you over time. I'd also like to give an honourable mention to the old hand that is MSI's Afterburner software. The built-in tools Performance tab offers a lot of data nowadays without the need for any third-party tools, and it'll even report your graphics card's temperature. Another system monitoring tool worth mentioning, and in keeping with the spirit of minimal fuss, is Windows' own Task Manager. |
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