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![]() Translation: “May all your wishes come true.”) May everything go well for you this year.Translation: “Wishing you lots of energy and good spirit.”) I wish you happiness, laughter and positivity this new year.Translation: “May all that you do go smoothly.”) ![]() I wish you wealth, health and abundance this year.Translation: “May your year be filled with abundance of smiles and laughter.”) May your new year be full of laughter and luck.Translation: “May the five blessings–longevity, wealth, health, virtue, and a natural death–come to you.”) Wishing you good luck and fortune this new year.Translation: “May everything go well for you.”) May everything go smoothly for you in the new year ahead.Translation: “May you enjoy both longevity and blessing.”) Wishing you surplus and abundance year after year.Translation: “Wishing you good health.” ) Wishing you a good year, good health and good memories for the new year.Hoping that you have much joy, happiness and peace this upcoming year.I wish you a happy new year and good health.Wishing you peace, happiness and luck in the new year.Translation: “Wishing you prosperity and wealth.”) I hope you are healthy and happy this new year.Translation: “May you receive a lot of good fortune in the New Year.”) The Chinese character for rabbit is 兔 and is pronounced “too.”) Happy new year 兔 you (For Year of the Rabbit.You can say these phrases in passing, post them on social media or write them in a card along with a gift. Launch your holiday by sending positivity to those you know with this list of the best Lunar New Year greetings and well-wishes. Just like we greet people in early January with “Happy New Year,” various communities have different sayings to welcome in Lunar New Year. People celebrate Lunar New Year in vastly different ways depending on their particular culture, family or personal preference - but one common thread is setting an intention for a lucky, prosperous and fulfilling year ahead. Believed to have originated during China’s Shang Dynasty, Lunar New Year carries with it a trove of traditions that are based on a combination of history, symbolism, superstition and myth. Lunar New Year was originally an agricultural holiday marked by the traditional Chinese Lunar Calendar, which is based on the 12 cycles of the moon, that commemorated the end of winter and the beginning of spring. Sayings like, "I hope you are healthy and happy this new year!" "May your work go smoothly this new year!" and "May your family be blessed and fortunate this year!" will help loved ones, co-workers and neighbors celebrate with optimism and joy.Īlso known as Chinese New Year, Lunar New Year is considered an important holiday in many Asian countries - such as China, Korea, Japan, Vietnam, the Philippines, Tibet, Mongolia, Singapore, Thailand, Malaysia, and Indonesia, among others - and across the Asian diaspora. Ring in the Lunar New Year, which will be celebrated from January 22 to February 5 this year, with positive vibes and happy greetings. ![]() auto_log_co2: Default(True) - automatically tracks the CO2 emission of this experiment if codecarbon package is installed in the environment.The default is "default" which will detect your environment and deactivate the output logging for IPython and Jupyter environment and sets "native" in the other cases. If you want to disable automatic output logging, you can pass False. You can also pass "simple" which will work only for output made by Python code. You can pass "native" which will log all output even when it originated from a C native library. auto_output_logging: Default("default") - allows you to select which output logging mode to use.auto_histogram_activation_logging: Default(False) - allows you to enable/disable automatic histogram logging of activations.auto_histogram_gradient_logging: Default(False) - allows you to enable/disable automatic histogram logging of gradients.auto_histogram_weight_logging: Default(False) - allows you to enable/disable histogram logging for biases and weights.auto_histogram_epoch_rate: Default(1) - controls how often histograms are logged.auto_histogram_tensorboard_logging: Default(False) - allows you to enable/disable automatic tensorboard histogram logging.auto_metric_step_rate: Default(10) - controls how often batch metrics are logged.auto_metric_logging: Default(True) - allows you to enable/disable metrics logging.auto_param_logging: Default(True) - allows you to enable/disable hyper parameters logging.log_graph: Default(True) - allows you to enable/disable automatic computation graph logging.log_code: Default(True) - allows you to enable/disable code logging.Attach an experiment to a project that belongs to this workspace If project name does not already exists Comet.ml will create a new project. Otherwise will be sent to Uncategorized Experiments. Send your experiment to a specific project. _init_ ( api_key = None, project_name = None, workspace = None, log_code = True, log_graph = True, auto_param_logging = True, auto_metric_logging = True, parse_args = True, auto_output_logging = "default", log_env_details = True, log_git_metadata = True, log_git_patch = True, disabled = False, log_env_gpu = True, log_env_host = True, display_summary = None, log_env_cpu = True, log_env_network = True, log_env_disk = True, display_summary_level = None, optimizer_data = None, auto_weight_logging = None, auto_log_co2 = True, auto_metric_step_rate = 10, auto_histogram_tensorboard_logging = False, auto_histogram_epoch_rate = 1, auto_histogram_weight_logging = False, auto_histogram_gradient_logging = False, auto_histogram_activation_logging = False, experiment_key = None )Ĭreates a new experiment on the Comet.ml frontend. Linux Self-Hosted installation Linux Self-Hosted installation.Machine learning frameworks Machine learning frameworks.JavaScript Panels SDK JavaScript Panels SDK.Python SDK reference Python SDK reference.Work with Large Language Models Work with Large Language Models. ![]() Write custom visualizations Write custom visualizations.Use Comet in your workflows Use Comet in your workflows. ![]() Regularly clean bedding and hutches to keep fly eggs away from your pet. To protect your rabbit’s health, check for maggots regularly in areas where flies are present. Permanent damage can occur to the skin and body. Severe pain and suffering can occur from infection. If left untreated, a rabbit can die within hours. Rabbits are particularly vulnerable to the risks associated with this deadly disease. If you notice signs of irritation, such as fur loss or skin sores, it could be a sign of Flystrike. Ultimately, by being vigilant about checking for signs of flystrike and keeping their pet’s home free from potential sources of infestation, owners will go a long way in helping to keep their bunny safe from this deadly disease. Moreover, owners must keep their rabbit’s living environment clean to prevent egg laying by flies in the first place. Rabbits should be checked regularly for signs of flystrike such as redness, bald patches or maggots on their fur, so that appropriate treatment can be given as soon as possible. The risk of flystrike is highest during warm months as this increases fly migration and disease transmission. This painful process can cause infection, tissue damage, and even death if left untreated. ![]() It occurs when flies lay eggs on the fur of a rabbit, and the larvae then hatch and burrow into the skin. ![]() You’d better watch out for flystrike, ’cause it can take your rabbit’s life in a matter of hours!įlystrike is an unpleasant and potentially fatal disease that affects rabbits. 5 Treatment and Prevention of Flystrike.4 How Quickly Flystrike Can Kill a Rabbit. ![]() Let’s look at actual graphs of a specific function. To put it another way, the shrink in the second version also moved the starting point of the graph I drew (by shrinking the empty space), so I had to shift it less to get to the destination graph. The other shrinks first, and then shifts-but not as far, since the shrink reduced the distance it has to go: The first takes the graph of f and moves it left then shrinks it: First, let's visualize what each pair of transformations does. There are a couple things to notice here. As we’ll see later, some books teach this form as their routine method I approve of that because this order of transformations works better for many students. We would do this because of what the first example showed, that this order resulted in the factored form, with parentheses, so we used that form. Shift b/a units to the left: f(a(x+b/a)) = f(ax+b) ![]() Shrink horizontally by a factor of a: f(ax) We can write f(ax+b) as f(a(x+b/a)), factoring out the a, and then do this: But in fact we COULD do the two transformations in the other order, if we change the particular amounts. When I want to be sure of the order, I always take it step by step like this. Shrink horizontally by a factor of a: f(ax+b) If instead we first do the shift, changing f(x) to f(x+b), and THEN do the shrink, we replace x in x+b with ax, and get f(ax+b), which is what we want. Here, shrinking first, changing \(f(x)\) to \(g(x) = f(ax)\), and then shifting, \(h(x) = g(x + b) = f(a(x+b))\), didn’t result in the desired function \(h(x) = f(ax+b)\). ![]() As I said here, transformations can be applied in any order, but changing the order changes the result, so the trick is to find the order that results in the desired transformed function. ![]() I’ll also be emphasizing later some details on what each transformation does to the graph. I will be reiterating the key idea several times: the horizontal transformations (which affect the input to the function) should be thought of as replacing x with a new expression. So this order of doing those particular transformations is wrong. That is NOT what we are looking for it's equal to f(ax+ab). If we then apply a horizontal shift (translation) b units to the left, we would be REPLACING x in f(ax) with x+b, and we'd get f(a(x+b)). Suppose we first do the horizontal shrink f(x) -> f(ax). What I do is to explicitly write the steps, one at a time. The order makes a difference in how you get there. But in this case, you are asking in which order to do them in order to transform f(x) into a specific goal, f(ax+b). You can perform transformations in any order you want, in general. Since this is a favorite topic of mine, I answered: Good question! I haven't seen this treated well in textbooks, either, but it's an important topic. Which comes first? (And the example he gives is the hardest case.) Ozgur has learned about each individual transformation (respectively, vertical and horizontal reflections, vertical and horizontal stretches or shrinks, and vertical and horizontal shifts) but now wants to be able to read a function and determine the correct sequence of transformations. I've looked in many textbooks and have been unable to find an answer. We’ll spend most of our time with the following question, from 2004: Order of Transformations of a FunctionĬould you please tell me in what order I would perform transformations such as -f(x), f(-x), af(x), f(ax), f(x)+a, f(x+a) if two or more were to be applied to f(x)? As an example, if I had f(ax+b) would I do the As we do this, we will develop a deeper understanding of how each transformation works, and how they interact. Now we can look at cases where two or more transformations are combined. All our examples involved only a single transformation. Last time we looked at questions about how to shift, stretch, or flip a graph by changing the equation of a function. |
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