types

What they are, what types there are and how the automated ones work with or without artificial intelligence

by

Let’s explain to you what is a workflow or work flowan increasingly popular type of automation. This is something that has been possible for some time with specialized tools, but they have taken a new step with the inclusion of artificial intelligence. These workflows allow you to create quite interesting and advanced automations. We have already taught you some, such as when you receive an email in Gmail the AI ​​processes it and You will receive a summary by Telegram so you don’t need to open or read the email. What is a workflow or work flow? A workflow is the term we use to define a structured sequence of steps, tasks, or processes programmed to achieve a specific objective. This process may have more or fewer steps depending on the goal you want to achieve. In essence, it is like a chain of tasks that you can configure. That is why it is a workflow, because to reach the objective you have to carry out one task after another in the order that you have configured, using the results of each of the steps for the next. The term workflow or workflow can be used in various contexts. In the business world it can be something as simple as a sequence of actions that employees perform, such as me requesting vacation days, the boss reviewing and approving them, and then human resources being notified to record it in the system. But at Xataka Basics we are going to talk to you about them especially in a context of software and tools for automate the completion of tasks through several steps. With them, you can increase productivity and reduce the time it takes to do various tasks, whether focusing on domestic actions or for the business world. There are several types of workflow There are several types of workflow, such as the sequential oneswhich are a chain in which the task is completed in each of the steps before jumping to the next. They are also the parallelsin which multiple tasks run at the same time and then converge to save time. You also have the workflows conditionalsin which there are certain rules. If one thing happens, then this task is performed, and if it does not happen or something else happens, it goes to different steps. And then there are automated workflows that are carried out using software, and that serve to reduce human errors and improve the speed at which tasks are completed. These They can use or not use artificial intelligence depending on the task you want to perform. These automated workflows are typically performed with digital tools, such as Zapier either Make.com. Depending on the volume of actions and complexity, you will then be able to use free accounts or you will have to pay a subscription to use them. How automated workflows work The tools to create automated workflows are like blank canvases on which you build the steps of your automation, although They also have template systems to help you with the processes and give you ideas of things you can do. You can use these linking the tool to the online services you want to usewhich can be anything from your email service to an artificial intelligence system to process information. When linking these services, depending on the tool, you will need to simply log in and grant access, or configure access using the API key of this service. It all depends on the goal you want to achieve and the steps you want to take or the method you want to use. When you are going to create a workflow Using these tools, the service you use will allow you to choose what you want to do at each step. Depending on the linked services, you can decide how to manage the information and what type of information to process. If you add an AI you can customize the prompt, and then decide what happens at the end of the chain. The first step of a workflow is a trigger or “trigger”, is the action that launches the process. This can be manual, you click on the launch button and it does the tasks, or automatic, such as receiving an email or a message with certain characteristics. And then from there you build each of the steps until you reach the end, where you can make decisions such as sending yourself an email with the result, linking a service like Google Drive so that the result generates or edits a text document or data sheet, or setting up a bot in apps like Telegram to send you a message. Be careful with privacy When you are going to use automated workflows You should be aware that you may put your privacy at risk. For example, if you add Gmail you must keep in mind that all the emails that the workflow uses will be obtained by the website or service you are using, so be careful about using sensitive content. Additionally, if you are using an AI to process content or Telegram to notify you, please note that messages and content are They will also be stored on the companies’ servers who manage them. This is the same thing that will happen to you with AI or with many private tools that you use, and I am not saying this to discourage you from using them, but so that you are aware of it when choosing whether or not you need a workflow for that task. In Xataka Basics | What is Claude Cowork, how it works, and what things you can do with this AI assistant on your computer

We thought we’d seen ‘Doom’ running on all types of devices. Until someone tried it with a ticket printer

by

We’d seen ‘Doom’ run on almost every device imaginable: from a Texas Instruments calculator until a modified pregnancy test, passing through the Touch Bar of a MacBook. The community has been proving for years that if something has a screen and some kind of processor, someone will try to run Doom. We thought the bar couldn’t be raised any higher, until someone decided to do it in an unexpected place even for this challenge: a ticket printer. Beyond the technical, this challenge has something almost philosophical: it is not about seeing if ‘Doom’ works, because we know that the game can run on very limited hardware. The question is whether we can do it on devices that, in theory, were not designed for that. Closed devices, with a very specific function, that suddenly become small gaming platforms. This transformation of the everyday into something unexpected is what keeps alive the question “what if you can also execute it?” A printer with the soul of a computer. The device chosen by the channel Bringus Studios It is not a conventional ticket printer. It is a solution created for small businesses, capable of printing receipts and running typical point-of-sale terminal applications from the same computer. That integration explains why it includes an embedded operating system, USB ports, its own connectivity and even an original Windows 7 Pro Embedded sticker. For those who used it back in the day, it was simply a point of sale terminal. For those who find it today, it is much more than that. When the creator decides to open the machine, the exterior appearance gives way to a metal structure more typical of an industrial computer than a receipt printer. Under the cover appear screws, SATA cables, internal USB ports, a motherboard and even a small integrated speaker. There are hardly any concessions to the design, everything is ready to function for hours in a commercial environment. Instead of a peripheral accessory, what you find is a complete computer, hidden under a functional and robust chassis. Play Doom on a paper screen. Once it was discovered that the machine could behave like a complete computer, the next step was inevitable: running ‘Doom’. The content creator turned to software rendering, adjusted the brightness and contrast to suit thermal printing, and turned the paper into the game’s visual output. Each frame was printed as a monochrome image, creating a sort of roll-up screen at its feet. The result was neither comfortable nor efficient, but it was extraordinarily ingenious. Too hot for a normal game. The system was capable of printing ‘Doom’, but was not prepared to do so for minutes at a time. Many scenes generated a lot of black, causing the thermal head to get hotter than intended. There came a point where the printer would pause printing or output messy and unintelligible sequences. The author used an external fan to prolong the session, while the paper piled up on the floor and the behavior of the game became so unpredictable that one almost had to play by pure intuition. The experiment did not end with Doom. When testing ‘Half-Life,’ the result was different: the game’s visual style seemed to fit better on thermal paper and produced clearer images. The author began to print scenes that did allow hallways, doors or characters to be distinguished with a certain clarity, to the point of wanting to save them. He even replicated one of the classic moments of the game, the microwave in the laboratory, and confirmed on paper that the pot ended up exploding. Despite the lag of several seconds between what was happening in the game and what appeared on paper, the scenes were still legible enough that I wanted to keep them. It was no longer just playing, it was documenting it. What started as a simple printer ended up being a reminder of why this challenge continues to fascinate so many people. It doesn’t matter if the result is impractical, illegible or full of paper: the important thing is that it worked. The game was run, the printer printed the images and it was demonstrated that even a routine device, designed to work silently behind a counter, can end up becoming an experiment worth telling. Images | Bringus Studios In Xataka | The Internet has been filled with videos with the new trailer for ‘GTA VI’. The only problem is they have all been made with AI

It is not whoever shoots faster who wins, but whoever types better

by

The video game ‘Final Sentence’ is the perfect example that there are no mechanics that are too dry or complex: if the design is good and the packaging attractive you can have some of the content creators most relevant on the internet typing lapidary phrases without rest as if they were secretaries of some oil magnate. Typing for the masses in a title whose final version is not yet available but whose demo is already sweeping Steam. What is it. ‘Final Sentence’ is an independent video game with an overwhelmingly simple concept: a battle royale typing game in which up to 100 players compete to survive based on speed and precision when writingand where every spelling mistake is potentially fatal. Developed by independent Lithuanian studio Button Mash (actually just one person), the game creates an experience that some media have compared it to ‘The Squid Game’ or other games like ‘Buckshot Roulette’. The inspiration, according to your managercomes from your own clumsiness at the keys and the search for more entertaining ways to improve. Why has it been so successful? A series of factors have come together that have turned it into a bombshell. On the one hand, and above all, the launch of a playable demo as part of the latest Steam Next Fest in October. On the other hand, it uses a mechanic that we know well, the free-for-all, which is part of the essence of hits like ‘Fortnite‘, and washes his face. Being easy to understand and difficult to master (that is, anyone can start playing immediately), it also has an implacable brutality with errors: any mistake is severely punished. Which gives it both an addictive component and a viral character that has helped many content creators try it. The pressure of 100. He battle royale It is carried out against groups of rivals of between 40 and 100 players (although it is also possible to organize smaller private games). But the interesting thing is in the most populated ones: seeing how one after another the rivals finish their sentences, the players can feel the imminent elimination, since not only those who make mistakes are punished, but also those who are slower in finishing writing what they have been ordered to. Who has played. People as followed on the Spanish-speaking internet as IlloJuan, ElRubius, Genuine993, PNKeasy They have tried the game, but you just have to go around platforms like Youtube to check that there are thousands of videos with gameplays of the game, all squeezing out the component of tension and terror that this very peculiar concept has. The reason? The idea of ​​”write or die” is extremely juicy and practically any viewer, regardless of cultures and languages, can identify with it. Play to write. Since that legendary ‘The Typing of the Dead‘ that allowed you to connect a keyboard to the Dreamcast to undertake a literary version of ‘House of the Dead’, the very specific subgenre of “typing video games” has experienced multiple mutations, to the point of generating its own variants. There are, for example, online competitive titles (‘TypeRacer‘, ‘NitroType‘, ‘Ratatype Race‘), narrative and adventure games (‘Epistory‘, ‘The Textorcist‘, ‘Type to Continue‘) and games more oriented towards educational or casualas ‘TypingClub‘, the platform Typing.com or the hilarious Ztype. The important thing: that you have the keys well oiled, because you can see every work tool there… In Xataka | Transcribing at full speed with a keyboard with only 21 keys: the job of a stenotypist, according to someone who has been in it for 35 years

Science has divided us into two types of brewers

by

He beer taste It is certainly quite peculiar. We are many people who agree that the first time we tried this drink, the taste Not that we would like muchbut that in the long run ended up. But tastes go further: there are people who He likes a beer guy and others prefer to opt for another type. Science wanted to give light on this. Confirming what was suspected. A recent study Made by a team of scientists from Ohio State University, it has shed light to what many thought, not everyone perceived the taste of beer in the same way. The investigation, presented at the meeting of the American Chemical Society in Washingtonreveals that whoever consumes beer is divided into two different fields, and everything is reduced to chemistry. An investigation as objective as possible. To get to this conclusion, the researchers recruited 135 beer enthusiasts and gave him 18 different types of beer Lager In three tasting sessions. These beers are characterized by using yeasts to Ferment at low temperature and that need a longer time to give the final result. The result is the characteristic transparent gold color. To guarantee objectivity, all beers had a similar percentage of alcohol and a similar level of bitterness. The participants evaluated in this characteristic case as the sweetness and intensity of the aroma, while the researchers used mass spectrometry to identify the chemical compounds that predominated in each of the beers. From here it was only crossing the data collected. Two divided factions. The results were surprising, since the tasters were divided into two very clear groups according to their preferences. A group preferred beers with more intense and complex flavors, while the other opted for the softest and most subtle. Interestingly, the beers that one group described as their favorites, the other placed them in the last positions of their ranking. A great disparity, which in the end makes sense in chemistry. What differentiates these two groups of ‘brewers’? The answer is in your sensitivity to certain chemical compounds. Intense flavors lovers showed a preference for the Furaneolwhich is a compound associated with the aroma of strawberries and jam. On the other hand, those who preferred the softest flavors bowed to the ETYL-3-methyltiopropionato that provides pineapple notes. This second group, in addition, showed an aversion at high doses of α-terpineol, a compound with pine aroma. Good news for the beer industry. These findings are not just a curiosity for beer fans, but also open a world of possibilities for the beer industry. According to Devin Peterson, researcher at Ohio State University and study director, “this research allows us to better adapt the products to the different consumer cohorts.” In this way, brewers could develop beers specifically designed to satisfy the palates of each of these two groups. The rise of craft beer in Spain. In a market like Spanish, where Artisanal beer is increasingly present in our day to daythis type of studies takes on a special relevance. Artisanal beer producers, which are characterized by their innovation and their search for unique flavors, could use this information to create new variables that fit consumer preferences. Although, the artisanal beer sector in Spain still represents a small portion of the total market, Its constant growth It shows that there is an increasingly interested audience in trying new things and getting out of traditional industrial beers. The key to success for these small brewers lies, to a large extent, in their ability to connect with consumers’ tastes and science can be a great ally in this regard. There is science behind what we know. The perception of flavor is a much more complex phenomenon than might seem to the naked eye. The neurogastronomya discipline that studies how our brain creates the perception of flavor, teaches us that this is a multisensory experience. Not only does taste influence, but also smell, sight, touch and even the ear. Our past expectations and experiences also play a crucial role. For example, the same wine can know different if we drink it in a plastic glass or in a glass, or if we know its price in advance. In the same way, the way we perceive a beer can be influenced by its label, the shape of the vessel or even the music we are listening to at that time. Images | Elevate In Xataka | The last extreme idea in beer fermentation has nothing to do with alcohol. It has to do with murderous bees

We have centuries studying the different types of clouds. What tells us the shape and color of these atmospheric phenomena

by

The atmosphere of the earth hides about 12.9 billion liters of watermore or less. And a good part of that water is in huge clouds that we see fly over our heads as if nothing. These huge atmospheric objects captivate our imagination in childhood, but we often stop thinking about them during our day. Knowing them can help us pay attention to them. What is a cloud The clouds are essentially water, a lot of water. Steam -shaped water, small drops and Even small ice crystals that remain in suspension in the atmosphere. This water becomes visible when condensed, generating a contrast with the blue of the sky. The clouds circulate in the atmosphere dragged through the differences in pressure and the wind that they generate. They also move as a result of the land rotation itself, since the solid surface of the earth does not rotate in the same way as the atmosphere. The clouds can be of very different types that we classify according to certain conditions, such as the height to which they occur. For example, when the clouds are formed at surface height, we do not even usually refer to them as such, but as a fog. But the fog is still a type of cloud. How a cloud is formed The atmosphere keeps water vapor, small H2O molecules that are mixed with the other gases that make up the atmosphere. The amount of water that the atmosphere can store in the form of gas depends on factors such as temperature and pressure. There is a threshold from which the atmosphere Water “sat”and that is when this water can begin to accumulate. This accumulation is good when the amount of water increases or because atmospheric conditions make the threshold reduce, and implies that the molecules go from being a gas in suspension to form microscopic water drops. When these drops, still in suspension, accumulate, the clouds are formed. Types of clouds and characteristics The clouds are usually classified according to two fundamental characteristics: Your altitude in the atmosphere and its appearance. According to its altitude, three types of clouds are distinguished (with an additional case), groups that the State Meteorology Agency (Aemet) call of “high floor” (the highest altitude), of “middle floor” (intermediate altitude) and those of low floor (those of minor antura), to which we must add the clouds of vertical development. There are different terms with which referring to these clouds, for example we can speak sympleously of high, medium and low clouds. High floor clouds The high -floor clouds are those that are at heights between 5 and 13 kilometers on the ground, and include cirro, circoum and cirrostrates. Cirrus: According to Explain Aemetcirrus are clouds of the high floor, separate and “in the form of white and delicate filaments, or banks or narrow, white or almost white bands.” Cirrus. Piccolonamek, Commons. CIRCOUM: It is a thin layer of clouds, white and shadowless, “very small elements” in the form of grains or undulations. Circummers. King of Hearts. CIRROSTRATE: These clouds for their part acquire the appearance of a “cloudy veil”, also transparent and rather white, only that this type of clouds covers the sky, totally or partially, producing “halos.” Cirros and its characteristic halo. SeanMack Medium floor clouds The clouds of the middle floor are located at heights between two and seven kilometers, and can also be of various types: altocumulos, high, and nimbostratos. Altocúmulos: The altocumulus are already located at medium heights. It is a bank or cloud layer that can be white or gray. Its structure can varybeing formed by “tiles”, “rounded masses” or “rollers”, structures that, in turn, can be “partially fibrous or diffuse,” Explain Aemet. Altocumulos. Bidgee Altostrates: This layer of clouds usually has gray or bluish colors, it can also have a fibrous appearance, it is characterized by totally or partially covering the sky allowing to distinguish vaguely, but unlike cirrostrates, it does not produce halos. Altostrates. Famartin. Nimbostrates: These clouds form an already dark gray layer, with “appearance veiled by rainfall or snow precipitation”, rainfall that usually falls from it more or less continuously. Nimbostratos. Famartin. Low floor clouds The low floor clouds are those located at heights of up to two kilometers and can be of two types: strata and strata. Stratocumulous: Again clouds that can acquire a gray color, or, on other occasions, whitish with dark parts. Stratocumulous. DjClimber. Strata: Generally gray clouds, uniform base (relatively), which can produce drizzle. The halos in this cloud only occur when very low temperatures are reached. Strata. Couch-Scratching-Cats. Vertical Development Clouds Finally, vertical development clouds can also be of two types: clusters and cumulonimbos. Clusters: These are clouds that arise in isolation, dense and well -defined contours. These clouds develop vertically with the form of “protuberances”, “domes” or “towers.” Clusters. Piccolonamek. Cumulonimbos: Finally, the cumulonimbos are clouds that Aemet describes as “Amazacotadas and Dense”, of vertical development “in the form of a mountain or huge towers.” On his cusp, a top “smooth, fibrous or striated.” Cumulonimbos. NOAA/AOML/Hurricane Research Division. How much water is there in a cloud? The clouds are ethereal objects, “cotton” and with a density low enough to keep afloat at a certain height in the atmosphere. However, they are also huge, so the amount of water they can house is enormous. A few years ago, a group of researchers proposed answer the question How much water is in a cloud. The truth is that the answer can vary greatly since the volume of these atmospheric phenomena can be the most diverse. However, the team made an estimate based on a 0.5 grams of water per cubic meter of cloud. The team took as reference an average cluster, an cloud that would have a cubic shape and a kilometer long. The result: this imaginary cloud would contain about 500 tons of water. Larger clouds, of course, would be able to house an even greater amount of water. In Xataka | “We are changing the clouds”: … Read more

is that these types of events will become increasingly frequent

by

Since the end of May the meteorology in Spain has been A roller mountain in which summer heat days have alternated with days of thermal drops and abundant storms. And if the last of these episodes of instability has been characterized by something has been for the intense hails seen in some points of the peninsular center. After the beak. After reaching Wednesday its peak of activity, the last stormy episode begins to love the Peninsula. However, the chronicle of a hail leaves us that in some places reached the ground with a considerable size such as three centimeter balls Views in Madrid. And suddenly, Pedrisco. The big question is how we have come to see such a situation in the middle of June, when the weather spring has come to an end. The key may be precisely in the thermal oscillations that we have lived during these weeks. According to they explain from Eltiempo.essurface heat generates ascending convective currents. These are entered into clouds of great vertical growth and raise water drops to large heights. From water to ice. These drops, in their ascent they can reach very cold layers of the atmosphere, when reaching the -15º Celsius They begin to form hail. Ice falls by gravity, but can rise again trapped by convective currents. When descending, hail captures moisture dragged by the warm air that returns it to the high and cold layers. The result is hail balls that increasingly accumulate more water, more mass and greater diameter. Finally, atmospheric instability ends up unleashing storms in which accumulated hail is precipitated against the surface. End of the stormy episode. Meteorologists point out that the last stormy episode has come to an end: the Dana responsible for instability seen these days moves away from the peninsula. However, storms will not complete has issued several notices For storms and possibility of hail. Among these notices are orange notices due to an important risk of storms, in force tomorrow on the Ebro banks in Zaragoza and in the province of Huesca. In some areas, storm notices of these days will coexist with notices due to high temperatures. A problem that will go to more. Climate experts point out that the frequency and intensity of extreme weather phenomena will increase as a consequence of climate change. Although we associate storms to instability and cold, heat plays an important role. The heat not only generates ascending currents that alter the structure of the clouds, there is also the fact that hot air causes the atmosphere to accumulate more moisture. More water in the atmosphere means greater rainfall associated with storms such as those lived during these days. In Xataka | The time of truth of the Spanish reservoirs: how are they going to endure the heat after rains that has left them overflowing Image | ECMWF/ David Trinks

50 years ago we discovered people whose blood did not fit into conventional types. We have just discovered why

by

We have been classifying blood types for more than a century as a function of two characteristics, the antigens of these and the RH factor. The four types of blood depending on the antigens (0, A, B, AB) and the two depending on the RH (positive or negative) allow us to classify people’s blood into one of eight categories. But as always, there are exceptions and one had intrigued scientists since the 1970s. Until now. A new blood group. A study led by researchers from the University of Bristol a new blood group has describedANWJ (positive or negative). According to the study, the key to this group is in the evil gear, a gene that encodes a homonymous protein that we can find on the surface of the red blood cells. A more complex system than it seems. The antigens surrounding the cell wall of the red blood cells are a pillar of blood transfusions. The presence of antibodies linked to this type of molecules makes some transfusions associated with complications. For example, a person from Group A receives a transfusion of a person from group B, antibodies associated with antigens to attack newly arrived cells. There are two key systems, AOB and RH Factorwhich are key since they are the ones that present the most diversity, and therefore greater is the possibility that a blood transplant can generate incompatibilities. However to date we have found more than a quarantine Of variants that, although they affect a small part of the population, must be considered. 50 years of mystery. The ANWJ antigen was discovered in 1972 but it has not been until now that we have discovered the genetic background behind the existence of Anwj-negative people, that is, people whose cells do not contain this antigen on its surface. This absence affects less than 0.1% of humanity and is generally due to hematological and oncoligic disorders. The evil gear. The team responsible for the discovery investigated the few known cases of ANWJ-negative people who were not as a result of any disorder. They found that this antigen was in the bad protein. They found that the hostj-negative people lacked full copies of the protein badly. “The work was difficult because genetic cases are very scarce. We would not have achieved this without the sequencing of exams, since the gene we identify was not an obvious candidate and it is little that we know of the bad protein in the red blood cells,” explained in a press release Louise Tilley, co -author of the study. The details of the study were published In an article In the magazine Blood. Less risks in transfusions. Knowing the different blood groups, including those that only include a very small portion of the planet’s inhabitants is important. The more we know about these groups, the greater our ability to Avoid complications associated with blood transfusions. “Now it is possible Nicole Thornton addedalso member of the work responsible for the work. In Xataka | The unequal distribution of blood groups in the world, illustrated in this detailed map Image | Swiftsciencewriting

Tariffs pose price increases in all types of products. Digital services are not going to escape

by

On January 20, 2025 there were five very special guests to Donald Trump’s investiture ceremony. Were nothing less That Mark Zuckerberg, Jeff Bezos, Sundar Pichai, Elon Musk and Tim Cook, the CEO or founders of five of the most important technology companies on the planet. Then things happened. Billionaire losses. Three months later the companies of these five leaders have lost 1.26 billion dollars, An absolutely colossal figure. Donald Trump tariff All products that we buy and consume They rise appreciable. The services are not safe. However, what will happen to digital services? Taking into account that they are intangible, almost ethereal products, one might think that they will be safe from those increases, but we fear that there will also be important increases in these services. Infrastructure after service. The reason is clear: to provide these services services make use of data centersservers and components that will end up more. And if maintaining and providing these services costs companies more, it is logical to think that this cost increase will end up impacting users and customers. Subscriptions more expensive than ever. Thus, it seems that we will end up paying (even) more for being able to use Netflix, Spotify, Microsoft 365 or, of course, our subscription to Chatgpt Plus. Here the dominoes will fall everywhere, and it is expected that the digital services that users and companies use daily rise. We will buy less (and less imported products). As they point out In The New York Timesthere are outstanding examples such as internet payment intermediaries and of course electronic commerce platforms such as Amazon. If, for example, in the US, fewer people buy products imported from abroad – because tariffs will make them much more expensive – both Amazon itself and payment processing entities such as banks or services such as Paypall will suffer the consequences. And the EU prepares tariffs for those services. One of the possible EU responses to the tariffs Trump has announced for member countries (20%, without differentiating by country) is that of impose tariffs to services exports by the Big Tech. China exports goods, but USA exports services. The United States is the largest digital services exporter in the world. According to the analyst Jerry Ar P., in 2022 the United States exported digital services to Europe worth 187,000 million dollars, more than 25% of the total. Tariffs would clearly affect the US revenues due to these exports of digital services, and this consultant estimates that in 2022 these digital services represented 2.5% of the US GDP. Unpredictable collateral effects. The implementation of these tariffs on digital services raises notable consequences for the US economy and, of course, for global finances. North American technological ones who nourish these exports would be the clear victims, and there would also be a direct effect on their templates not only in that country, but globally. The market capitalization of these companies would probably also fall, triggering clearly clear effects in all types of areas, not only at the economic level but also at the diplomatic level. Image | Xataka with chatgpt In Xataka | The great technology built their empires in a connected world. Now that world is falling apart

Log In

Forgot password?

Forgot password?

Enter your account data and we will send you a link to reset your password.

Your password reset link appears to be invalid or expired.

Log in

Privacy Policy

Add to Collection

No Collections

Here you'll find all collections you've created before.