![]() #create collection of circles corresponding to markersĬircles = collections. Plt.scatter(x, tests, c = colors, s = markersize) import matplotlib.pyplot as plt from matplotlib.legendhandler import HandlerTuple fig, ax1 plt.subplots (1, 1) First plot: two legend keys for a single entry p2, ax1.plot ( 3, 4, 2, 3, 'o', mfc'white', mec'k') p1, ax1.plot ( 1, 2, 5, 6, 's', mfc'gray', mec'gray') plot returns a list, but we want the handle - thus the co. Line, = plt.plot(x, models, linestyle = 'dashed', color = 'black', label = 'Model') ![]() ![]() Tests = Ĭolors = cm.brg(np.linspace(0, 1, len(models))) You can use a circle collection to represent the markers, and then have a legend label for the collection as a whole.Įxample code: import matplotlib.pyplot as plt I have a solution for you if you're willing to use all circles for markers and differentiate by color only. X_data1 = np.random.rand(num_samples) * 130 Here is the plot generated and the code used to generate it: Provides a simple way to change properties of all label text in a figure window. You'll need to create your own class, like they do, that defines the legend_artist method, which then adds squares and circles as appropriate. I think it's best to use a full legend - otherwise, how will your readers know the difference between the two models, or the two datasets? I would do it this way:īut, if you really want to do it your way, you can use a custom legend as shown in this guide.
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![]() In fact, REALTOR surveys state that homeowners move on average every 5-7. In addition to your DTI ratio, lenders may look at your credit history, current credit score, total assets and loan-to-value (LTV) ratio before deciding to approve, deny or suspend the loan approval with contingencies. Home Affordability Calculator Reveals what a Lender thinks you can afford AND. Our debt-to-income calculator looks at the back-end ratio when estimating your DTI, because it takes into account your entire monthly debt. Lenders often look at both ratios during the mortgage underwriting process - the step when your lender decides whether you qualify for a loan. Recurring monthly debt payments may include: Homeowner's association (HOA) dues (if applicable)īack-end ratio is the percentage of income that goes toward paying all recurring, minimum monthly debt payments, in addition to the monthly mortgage costs covered by the front-end ratio.For example, if you bring home 5,000 a month, your monthly mortgage payment should be no more than 1,250. We recommend keeping your mortgage payment to 25 or less of your monthly take-home pay. Are you ready to purchase a home for the first time Can you afford a mortgage payment The Mortgage Affordability Calculator will help you estimate a home. Hello Saved Properties Saved Searches Sign Out. My C21 Account My Favorites Create Account Sign In Now. To find out how you can pay off your mortgage faster, try our mortgage payoff calculator. That’s why it’s important to know what you can afford before you ever start looking at homes with your real estate agent. Find a home within your budget using Century21s affordability calculators. Mortgage insurance premium (if applicable) Use our mortgage calculator to get an idea of your monthly payment by adjusting the interest rate, down payment, home price and more. ![]() There are two kinds of DTI ratios - front-end and back-end - which are typically shown as a percentage like 36/43.įront-end ratio is the percentage of income that goes toward your total monthly mortgage costs, such as: If you stay in your home for 1 years, renting is the cheaper option. A debt-to-income ratio is the percentage of gross monthly income that goes toward paying debts and is used by lenders to measure your ability to manage monthly payments and repay the money borrowed. Year: 1 Renting is cheaper You will save 262,419, an average of 21,868 per month. ![]()
![]() A first level university degree in combination with qualifying experience (minimum 12 years) may be accepted in lieu of an advanced degree. Represents OPCW in ICT or UN fora: As required, the incumbent shall participate in appropriate external committees and bodies as the OPCW representative and actively pursue engagement with the peer group to foster inter-agency collaboration, adoption and use of beneficial standards or commercial contracts that enables OPCW technology resiliency and supports its outreach agenda.Įssential : Advanced University Degree in computer sciences, business administration, mathematics, engineering or related field relevant to the work.Project Management:Direct involvement in highly visible organisational projects, either as project manager, as a member of the project steering committee overseeing the project implementation, or chairing some internal working groups.ICT Governance and policy: Accountability for the adoption and implementation of relevant processes, methodologies, policies, instructions and practises across all federated ICT teams including matrix oversight of technology projects and procurement undertaken by those teams.Organises and/or carries out all administrative activities necessary for the functioning of the branch, such as procurement, staff performance, reporting of programme performance and Result based Budget (RBM).Organises with the Human Resources Branch the recruitment of staff for vacant positions Oversees the supervision of other staff of ISB. Human resources management: supervises ISB staff, mainly the two Heads of section and staff members of the IS Main Office.Budget: identifies and manages budget requirements and resource allocation, participates in the overall IS branch budget life cycle, proposing and negotiating the branch budget and, once approved, controlling and monitoring the use of allocated funds (as certifying officer).Workplan: prepares the annual branch work plan, reviews it on a periodical basis and ensures the timely implementation of it by determining the priorities and allocating the necessary resources for its completion.Manages the Information Services Branch, planning organising and overseeing its work:. ![]() Provides policy guidance on the use of Information Technology to senior management on conceptual strategy development and management of the implementation of overall strategies and intra and interdivisional policies and procedures.Formulates the medium-term OPCW ICT strategy and, once approved within the IT Governance framework, is responsible to implement it.Evaluates and recommend to Management the appropriate treatment of legacy data and systems replaced by the ERP project.Manages the existing supplier relationships and contracts and advises Management on areas of adaption and improvement.Supervises the ERP project and directly manages the internal and external resources currently engaged in the testing phase, and deliver the project into operational status.Reporting to the Director of Administration, and in accordance with the OPCW Core Values of Integrity, Professionalism and Respect for Diversity/Gender Equality, the Head, Information Services Branch (ISB): Are you traveling with an avid angler? Key Largo is also known for its sport fishing.įor offshore or wilderness expeditions for bonefish in the Atlantic shallow water, or redfish and tarpon in Florida Bay, team up with the top charter captains and fishing experts in the world. The Spiegel Grove shipwreck, a 510-foot former US Navy ship purposefully sunk in 2002, sits six miles off the coast in the Florida Keys National Marine Sanctuary. The only living coral barrier reef in the mainland United States is to the east, contributing to Key Largo having earned the title of Diving Capital of the World. To the west, Key Largo is bordered by Everglades National Park, a top attraction for kayakers, birder watchers, and other environmental tourists. The Caribbean Club, a local pub, served as the setting for several of the film’s scenes. The 1947 film Key Largo, starring Humphrey Bogart and Lauren Bacall, brought the Keys international recognition. The island also has a number of on-shore attractions, such as nature paths and a wild bird rehabilitation facility. When staying at one of the stunning Key Largo vacation rentals, getting out and about is easy. Snorkeling, swimming, scuba diving, sport fishing, eco-tours, beaches, and dolphin therapy programs are just a few of the sea-related activities available to visitors in Key Largo. From June to November, expect high summer temperatures in the 90s, but fewer visitors. Temperatures stay in the 70s and 80s in April and May, and it is a relatively quiet season to come. Calm weather and moderate temperatures make every day pleasant enough for the ocean and other outdoor recreation. Check the prices at both locations to be sure you’re receiving the best value.īetween December and March is a temperate and pleasant time to visit Key Largo. Miami International Airport and the Fort Lauderdale-Hollywood International Airport have one-hour and two-hour driving times to Key Largo. Vacationing Tips and Tricks for Key Largo ![]() When you’re renting one of the beautiful Key Largo vacation houses, you have more privacy and the comfort of feeling like you’re in your own home, without worrying about unknown guests and shared walls. When visiting the area, staying in Key Largo vacation rentals is much more satisfying than paying for an overpriced hotel. ![]() Key Largo has some of the most interesting botanical landscapes in the state, including tropical hardwoods, twisting creeks, two state parks, a national park, and a piece of a national marine sanctuary. Key Largo is the first and northernmost of the Florida Keys, and it’s a world apart from the two major airports in South Florida. Key Largo Vacation Rentals and Things to Do Fort Lauderdale Vacation Rentals 77 rentals starting at $70 avg/night. ![]()
Halloween is traditionally a scary holiday and many kids like to wear costumes to spook.
These MacrosFirst tutorials keep the tracking part of the equation straightforward and simple. Whether that means stocking your fridge with veggies and protein or keeping your macro tracking quick and painless, ease is the name of the game when you want to reach your goals quickly and with minimal frustration. We’re big believers in keeping the healthy choice the easy choice. Macro Tracking with Working Against Gravity
![]() "Luminous Beauty: The Secret World of Fluorescent Arthropods." Wired, Condé Nast, November 20, 2013. "Encyclopedia of Entomology." 2nd edition, Springer, September 17, 2008. "Order Scorpiones - Scorpions." Iowa State University Department of Entomology, February 16, 2004.Ĭapinera, John L. Fortunately, antivenom is widely available in medical facilities throughout its range, so deaths are rare.īartlett, Troy. The Arizona bark scorpion, Centruroides sculpturatus, does produce venom strong enough to kill a small child. In the U.S., there's only one scorpion that is worth worrying about. Young children are at greater risk, simply because of their smaller size. Of the nearly 2,000 known species of scorpions in the world, only 25 are known to produce venom powerful enough to pack a dangerous punch to an adult. But the truth is, with few exceptions, scorpions can't do much harm to humans. The truth is, we just don’t know why scorpions glow under a black light.Sure, scorpions can sting, and being stung by a scorpion isn't exactly fun. The fluorescence makes their bodies more sensitive to light, so it’s easier to find a shady hiding spot. ![]() A glowing exoskeleton makes it easier for scorpions to recognize one another.Their bright blue-green glow confuses prey and makes it easier to catch.The fluorescence works as a kind of sunblock and protects the scorpions.Some of the other hypotheses as to why scorpions are fluorescent under UV light are pretty cool, too. If they do need to eat, however, they’ll come out and hunt regardless of how bright the night is. Kloock is still testing his theory but has noticed that scorpions who aren’t really hungry won’t come out to hunt on nights when there’s a lot of moonlight. California State University arachnologist Carl Kloock has suggested that the scorpions use their exoskeletons to detect UV light, so that they know when it’s night and time to eat. One of the most interesting hypotheses is that the scorpion uses its exoskeleton as a giant eye. But they haven’t given up on trying, either. So why would a scorpion need to glow in the first place? As a predatory nocturnal creature, wouldn’t it want to stay hidden? Here again, scientists haven’t yet nailed down an answer to this mystery. ![]() But scientists still don’t know if the glowing material comes from a chemical reaction in the hardening process, or if the scorpions actually secrete the glowing substance. Rather, the cuticles have to harden completely before they shine blue-green in the starlight. While observing scorpions, scientists have noticed that the creatures don’t glow immediately after molting. Additionally, when scientists preserve scorpion specimens in liquid-filled jars, the hyaline layer can make the liquid glow! Crazy, right? In fact, scientists have found that even fossilized scorpions glow under UV light. The hyaline layer is really strong and truly stands up to the tests of time. This cuticle has a thin section called the “hyaline layer.” The hyaline layer is what reacts to ultraviolet (UV) light, such as black light or moonlight, and causes the scorpion’s body to glow. Scorpions, along with other arthropods and insects, have an outer layer called a “cuticle.” Unlike the cuticles on your fingers, which are made of hard or dead skin, the cuticle on a scorpion is a part of its exoskeleton. What scientists do know is that something in the scorpions’ exoskeletons cause them to glow. In fact, scientists are still working on finding a firm answer to that question. It’s a bit more difficult to pin down what exactly causes them to glow. What makes scorpions glow under black light?ĭo scorpions glow? Yes. That’s right, scorpions are fluorescent.īut what makes them glow? And why on earth would they need to glow in the first place? Let’s take a look. What you probably don’t picture is a group of scorpions glowing a bright bluish green under the starlight. Picture a scorpion and you most likely imagine the notoriously poisonous creature scurrying around with its tail held high in the air. The scorpions are here to light up the night. ![]() The statements differ in that the more recent conjecture requires that the pattern be a still-life, whereas the original statement was a ‘stable object’ (allowing for oscillators, which is why the description you linked suggests the period-2 clock as a candidate solution). In particular, the Unique Father Problem (1972) is weaker than the conjecture in Conway’s 1992 e-mail. There’s been some confusion because Törmä and Salo simultaneously solved two open problems with this construction, one of which is a strict strengthening of the other. Unfortunately it was released slightly too early to include the Törmä-Salo result or Raucci’s period-38 oscillator. Nathaniel Johnston and Dave Greene have published a book on Conway’s Game of Life, featuring both the theoretical aspects and engineering that’s been accomplished in the half-century since its conception. ![]() Darren Li has connected Charity Engine to Catagolue, providing approximately 2000 CPU cores of continuous effort and searching slightly more than 10^12 random initial configurations per day.The remaining unsolved periods are 19, 34, and 41. David Raucci discovered the first oscillator of period 38.A few days later they discovered the pattern in this post, which implies the stronger (and indeed optimal up to a constant factor) result above. Recently Törmä and Salo settled the problem for all positive integers, but the diameter of the pattern implied by their proof grows like Θ(N). Previous results were known for small values of N ( N=0 by Roger Banks, and N=1,2,3 by mtve). ![]() The diameter of such a pattern grows like Θ(sqrt(log(N))). The construction also implies a solution to the generalised grandfather problem: a pattern which has an N-tick predecessor but not an (N+1)-tick predecessor. Was addressed only to you – please circulate it if you like. Originally intended to be only a very much shorter thank-you note, and so Well, I’m going out to get a hot dog now, so will stop this. That found the old orphans (gardens-of-eden), but restricted to still-lifes. This one! I imagine it might be findable too, by a version of the searches Indeed, is there a Godlike still-life, one that can only have existedįor all time (apart from things that don’t interfere with it)? I like That’s almost an orphan, in that it can only arise from a similarĬonfiguration at the previous time, which itself can only arise from …. Sorry – A non-(glider-)constructible configuration might be something Teaches us perhaps that there is no orphan, that almost all configurationsĭie down pretty soon – whereas almost all configurations ARE orphans, ofĬourse, and PROBABLY almost all configurations grow infinitely, as youĪsserted in your note, but I’m sure not meaning that it was provably true. Experience is a bad guide to large configurations – it This brings me to an interesting point – the false lessons experience Though obviously that sense must allow for fading configurations outside Of such delicacy that in some essential sense it is its only ancestor – Should NOT believe, however, that everything of infinite age is soīuildable (even if most of us do). Infinite “age” (at least if you define them correctly). The things buildable by gliders (an idea I think first popularizedīy Buckingham) are a nice class, mainly because they are provably of More importantly, the Törmä-Salo result positively answers a question first posed by John Conway himself on 24th August 1992: There exists a strict still-life with 306 cells that cannot be synthesised.Every strict still-life with ≤ 20 cells can be synthesised by gliders.Oscar moreover proved, again using SAT solvers, that this is the minimum-population stabilisation of the Törmä-Salo configuration.Ĭonsequently, we have the following pair of bounds: ![]() The first finite stabilisation was 374 cells, but this was promptly reduced to 334 cells by Danielle Conway and then to the 306-cell configuration above by Oscar Cunningham. Since this configuration can be stabilised (by the addition of further live cells, shown in yellow) into a finite still-life, this demonstrates that not every still-life can be constructed by colliding gliders. Similarly, one can use a SAT solver to verify that Törmä and Salo’s result is correct. The configuration was discovered by experimenting with finite patches of repeating ‘agar’ and using a SAT solver to check whether any of them possess this property. Here is the configuration of live and dead cells, surrounded by an infinite background of grey “don’t care” cells: Ilkka Törmä and Ville Salo, a pair of researchers at the University of Turku in Finland, have found a finite configuration in Conway’s Game of Life such that, if it occurs within a universe at time T, it must have existed in that same position at time T−1 (and therefore, by induction, at time 0). ![]() ![]() Guilbeault said the PBO report admits that its net cost warning doesn’t include a comparison to the economic pain that climate change itself will cause if we don’t do more to slow it down through policies like carbon pricing. “(Prime Minister Justin) Trudeau’s claim that the carbon tax would make people better off (was) proven a lie by his own budget officer’s report today,” Poilievre tweeted March 30. The budget watchdog’s analysis included the potential for lower incomes and job losses as a result of the policy.Ĭonservative Leader Pierre Poilievre, who has campaigned vigorously against carbon pricing for years and plans to scrap it if he is elected prime minister, jumped on that prediction to accuse the government of misleading Canadians about the cost of carbon pricing to their family budgets. The findings were tabled in the House of Commons March 31, the day after a separate analysis by the parliamentary budget officer (PBO) that agreed direct rebates exceed the costs for most families, but warned they may be left worse off by the end of this decade as the carbon price stunts economic growth. In Manitoba, those numbers were $462 and $705, respectively, while in Ontario, they were $439 and $592. In Saskatchewan, the cost averaged $720 and the rebate averaged $969. In Alberta, the average carbon price cost was $598, and the average household rebate was $953. ![]() The report said that in 2021, the average household costs were below the average rebate in every province. Albertans, for example, get 85 per cent of their power from coal and natural gas, so they pay the carbon price on their electricity bills, while in Manitoba, 99.9 per cent of electricity is renewable and has no carbon price attached to it.īut on the other hand, Manitoba’s relatively colder climate, as compared to Ontario, means that its residents consume more natural gas for heat in the winter, adding to their carbon price totals. The costs and rebates vary by province, because the amount and types of fuel consumed for driving, home heating and electricity vary. The rebates, which are distributed regardless of how much fuel you use, are intended to keep most families from being worse off as a result of the carbon price. The system is designed so the carbon price makes it more expensive to use greenhouse−gas emitting fossil fuels, thus incenting people to find ways to use less fuel. Those that use the federal system receive a rebate. Northwest Territories and the other provinces opted for their own programs. Yukon and Nunavut also pay the federal carbon price, but those revenues are returned to the territorial governments directly, not as rebates to households. “Numbers still show that as of now, most Canadians get more back from pollution pricing than what they pay,” Environment Minister Steven Guilbeault said in an interview.Įvery province must have the same price levied on greenhouse gas−emitting fuels, but only Alberta, Saskatchewan, Manitoba and Ontario used the federal system that year. Most of the Canadians who paid the national carbon price in 2021 got far more back than they paid, a newly released annual report on pollution pricing says.īased on the numbers in the report, the average amount that people paid in the four provinces where the carbon price applied that year was $555. |
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