How To Convert A 2D Coordinate To An Index

Although these two cases are arranged differently in CF-netCDF, each one contains, sometimes implicitly, a datum or a coordinate conversion formula and is therefore regarded as a coordinate reference construct by the data model. A grid mapping name or the standard name of a parametric vertical coordinate corresponds to a string-valued scalar parameter of a coordinate conversion formula. A grid mapping parameter which has more than one value (as is possible with the "standard parallel" attribute) corresponds to a vector parameter of a coordinate conversion formula. A data variable referenced by a formula_terms attribute corresponds to the term of a coordinate conversion formula—​either a domain ancillary construct or, if it is zero-dimensional, a scalar parameter.

This representation also allows one to have a variable number of elements in different profiles, at the cost of some wasted space. In that case, any unused elements of the data and auxiliary coordinate variables must contain missing data values (section 9.6). If the profile instances have the same number of elements and the vertical coordinate values are identical for all instances, you may use the orthogonal multidimensional array representation. This has either a one-dimensional coordinate variable, z, provided the vertical coordinate values are ordered monotonically, or a one-dimensional auxiliary coordinate variable, alt, where o is the element dimension. In the former case, listing the vertical coordinate variable in the coordinates attributes of the data variables is optional. A "reduced" longitude-latitude grid is one in which the points are arranged along constant latitude lines with the number of points on a latitude line decreasing toward the poles.

Storing this type of gridded data in two-dimensional arrays wastes space, and results in the presence of missing values in the 2D coordinate variables. We recommend that this type of gridded data be stored using the compression scheme described in Section 8.2, "Lossless Compression by Gathering". Compression by gathering preserves structure by storing a set of indices that allows an application to easily scatter the compressed data back to two-dimensional arrays.

The compressed latitude and longitude auxiliary coordinate variables are identified by the coordinates attribute. To geo-reference data horizontally with respect to the Earth, a grid mapping variable may be provided by the data variable, using the grid_mapping attribute. If the coordinate variables for a horizontal grid are not longitude and latitude, then a grid_mapping variable provides the information required to derive longitude and latitude values for each grid location. If no grid mapping variable is referenced by a data variable, then longitude and latitude coordinate values shall be supplied in addition to the required coordinates. For example, the Cartesian coordinates of a map projection may be supplied as coordinate variables and, in addition, two-dimensional latitude and longitude variables may be supplied via the coordinates attribute on a data variable. The use of the axis attribute with values X and Y is recommended for the coordinate variables .

If the time series instances have the same number of elements and the time values are identical for all instances, you may use the orthogonal multidimensional array representation. This has either a one-dimensional coordinate variable, time, provided the time values are ordered monotonically, or a one-dimensional auxiliary coordinate variable, time, where o is the element dimension. In the former case, listing the time variable in the coordinates attributes of the data variables is optional. In data for discrete sampling geometries written according to the rules of this section, wherever there are unused elements in data storage, the data variable and all its auxiliary coordinate variables must contain missing values. This situation may arise for the incomplete multidimensional array representation, and in any representation if the instance dimension is set to a larger size than the number of features currently stored. Data variables should also contain missing values to indicate when there is no valid data available for the element, although the coordinates are valid.

The orthogonal multidimensional array representation , the simplest representation, can be used if each feature instance in the collection has identical coordinates along the element axis of the features. For example, for a collection of the timeSeries that share a common set of times, or a collection of profiles that share a common set of vertical levels, this is likely to be the natural representation to use. In both examples, there will be longitude and latitude coordinate variables, x, y, that are one-dimensional and defined along the instance dimension. If there is only a single feature to be stored in a data variable, there is no need for an instance dimension and it is permitted to omit it.

The data will then be one-dimensional, which is a special case of the multidimensional array representation. The instance variables will be scalar coordinate variables; the data variable and other auxiliary coordinate variables will have only an element dimension and not have an instance dimension, e.g. data and t for a single timeSeries. To represent data at scattered locations and times with no implied relationship among of coordinate positions, both data and coordinates must share the same instance dimension. Because each feature contains only a single data element, there is no need for a separate element dimension. The representation of point features is a special, degenerate case of the standard four representations.

The coordinates attribute is used on the data variables to unambiguously identify the relevant space and time auxiliary coordinate variables. Character strings labelling the elements of an axis are regarded as string-valued auxiliary coordinate variables. The coordinatesattribute of the data variable names the variable that contains the string array. An application processing the variables listed in the coordinatesattribute can recognize a string-valued auxiliary coordinate variable because it has a type of char or string.

If the variable has a type of char, the inner dimension is the maximum length of each string, and the other dimensions are axis dimensions. If an auxiliary coordinate variable has a type of string and has no dimensions, or has a type of char and has only one dimension , it is a string-valued scalar coordinate variable (seeSection 5.7, "Scalar Coordinate Variables"). As such, it has the same information content and can be used in the same contexts as a string-valued auxiliary coordinate variable of a size one dimension.

If a data variable has two or more scalar coordinate variables, they are regarded as though they were all independent coordinate variables with dimensions of size one. At the cost of some wasted space, the multidimensional array representation also allows one to have a variable number of profiles for different trajectories, and varying numbers of levels for different profiles. In these cases, any unused elements of the data and auxiliary coordinate variables must contain missing data values (section 9.6). At the cost of some wasted space, the multidimensional array representation also allows one to have a variable number of profiles for different stations, and varying numbers of levels for different profiles. When storing multiple trajectories in the same file, and the number of elements in each trajectory is the same, one can use the multidimensional array representation.

This representation also allows one to have a variable number of elements in different trajectories, at the cost of some wasted space. This is both to enhance conformance to COARDS and to facilitate the use of generic applications that recognize the NUG convention for coordinate variables. An application that is trying to find the latitude coordinate of a variable should always look first to see if any of the variable's dimensions correspond to a latitude coordinate variable. If the latitude coordinate is not found this way, then the auxiliary coordinate variables listed by the coordinates attribute should be checked.

Note that it is permissible, but optional, to list coordinate variables as well as auxiliary coordinate variables in the coordinates attribute. CF-netCDF variables named by the formula_terms attribute of a CF-netCDF coordinate variable correspond to domain ancillary constructs. These CF-netCDF variables may be coordinate, scalar coordinate, or auxiliary coordinate variables, or they may be data variables. The CF conventions generalize and extend the COARDS conventions . This standard also relaxes the COARDS constraints on dimension order and specifies methods for reducing the size of datasets.

For each of the tie point coordinate and auxillary coordinate variables having a bounds_tie_points attribute, add the bounds attribute to the target coordinate variable and create the target domain bounds variable. For each interpolation subarea, apply the interpolation method to reconstitute the target domain bound values and store these in the target domain bound variables. Repeat this step for each combination of indices of the non-interpolated dimensions. If an axis attribute is attached to an auxiliary coordinate variable, it can be used by applications in the same way the axis attribute attached to a coordinate variable is used. For instance, auxiliary coordinate variables which lie on the horizontal surface can be identified as such by their dimensions being horizontal.

Horizontal dimensions are those whose coordinate variables have an axis attribute of X or Y, or a units attribute indicating latitude and longitude. The dimensions of the domain must be stored with the dimensionsattribute, and the presence of a dimensions attribute will identify the variable as a domain variable. Therefore thedimensions attribute must not be present on any variables that are to be interpreted as data variables.

It is necessary to list these dimensions, rather than inferring them from the contents of the other attributes, as it can not be guaranteed that the referenced variables span all of the required dimensions . The value of the dimensionsattribute is a blank separated list of the dimension names. There is no restriction on the order in which the dimensions appear in thedimensions attribute string. If a domain has no named dimensions then the value of the dimensions attribute must be an empty string, as could be the case if the dimensions of the domain are all defined implicitly by scalar coordinate variables.

The use of scalar coordinate variables is a convenience feature which avoids adding size one dimensions to variables. A numeric scalar coordinate variable has the same information content and can be used in the same contexts as a size one numeric coordinate variable. Similarly, a string-valued scalar coordinate variable has the same meaning and purposes as a size one string-valued auxiliary coordinate variable (Section 6.1, "Labels"). Note however that use of this feature with a latitude, longitude, vertical, or time coordinate will inhibit COARDS conforming applications from recognizing them. For each of the tie point coordinate and auxillary coordinate variables, create the corresponding target coordinate variable.

For each interpolation subarea, apply the interpolation method, as described in Section J.3, "Interpolation Methods", to reconstitute the target domain coordinate values and store these in the target domain coordinate variables. CF-netCDF auxiliary coordinate variables and non-numeric scalar coordinate variables correspond to auxiliary coordinate constructs. Reconstitution of the uncompressed coordinate and auxiliary coordinate variables is based on interpolation. To accomplish this, the target domain is segmented into smaller interpolation subareas, for each of which the interpolation method is applied independently. For the reconstitution of the uncompressed coordinate and auxiliary coordinate variables within an interpolation subarea, the interpolation method is permitted to access its defining tie points, and no others.

A data variable defines its domain via its own attributes, but a domain variable provides the description of a domain in the absence of any data values. The variable should be a scalar (i.e. it has no dimensions) of arbitrary type, and the value of its single element is immaterial. It acts as a container for the attributes that define the domain.

The purpose of a domain variable is to provide domain information to applications that have no need of data values at the domain's locations, thus removing any ambiguity when retrieving a domain from a dataset. Ancillary variables and cell methods are not part of the domain, because they are only defined in relation to data values. The expanded form of the grid_mapping attribute is required if one wants to store coordinate information for more than one coordinate reference system. In this case each coordinate or auxiliary coordinate is defined explicitly with respect to no more than one grid_mapping variable. This syntax may be used to explicitly link coordinates and grid mapping variables where only one coordinate reference system is used.

In this case, all coordinates and auxiliary coordinates of the data variable not named in the grid_mapping attribute are unrelated to any grid mapping variable. All coordinate names listed in the grid_mapping attribute must be coordinate variables or auxiliary coordinates of the data variable. The subscripts o and p distinguish the data elements that compose a single feature. For example in a collection of timeSeries features, each time series instance, i, has data values at various times, o. In a collection of profile features, the subscript, o, provides the index position along the vertical axis of each profile instance.

We refer to data values in a feature as its elements , and to the dimensions of o and p as element dimensions . Each feature can have its own set of element subscripts o and p. For instance, in a collection of timeSeries features, each individual timeSeries can have its own set of times. The notation t means there is a set of times with subscripts o for the elements of each feature i.

Feature instances within a collection need not have the same numbers of elements. If the features do all have the same number of elements, and the sequence of element coordinates is identical for all features, savings in simplicity and space are achievable by storing only one copy of these coordinates. This is the essence of the orthogonal multidimensional representation (see section 9.3.1). For some applications the coordinates of a data variable can require considerably more storage than the data itself. Space may be saved in the netCDF file by storing a subsample of the coordinates that describe the data. The uncompressed coordinate and auxiliary coordinate variables can be reconstituted by interpolation, from the subsampled coordinate values to the domain of the data (i.e. the target domain).

The creator of the compressed dataset can control the accuracy of the reconstituted coordinates through the degree of subsampling and the choice of interpolation method, see Appendix J, Coordinate Interpolation Methods. A grid mapping variable may be referenced by a data variable in order to explicitly declare the coordinate reference system used for the horizontal spatial coordinate values. For example, if the horizontal spatial coordinates are latitude and longitude, the grid mapping variable can be used to declare the figure of the earth (WGS84 ellipsoid, sphere, etc.) they are based on. The direction of positive (i.e., the direction in which the coordinate values are increasing), whether up or down, cannot in all cases be inferred from the units. The direction of positive is useful for applications displaying the data.

For this reason the attribute positive as defined in the COARDS standard is required if the vertical axis units are not a valid unit of pressure — otherwise its inclusion is optional. This attribute may be applied to either coordinate variables or auxiliary coordinate variables that contain vertical coordinate data. A domain axis construct (Figure I.3) comprises a positive integer which specifies the number of cells lying along an independent axis of the domain. In CF-netCDF, it is usually defined either by a netCDF dimension or by a scalar coordinate variable, which implies a domain axis of size one. The field construct's data array spans the domain axis constructs of the domain, except that the size-one axes may optionally be omitted, because their presence makes no difference to the order of the elements. Hence, the data array may be zero-dimensional (i.e. scalar) if there are no domain axis constructs of size greater than one.

If all of the profiles along any given trajectory have the same set of vertical coordinates values, the vertical auxiliary coordinate variable could be dimensioned alt. In the latter case, listing the vertical coordinate variable in the coordinates attribute is optional. If all of the profiles at any given station have the same set of vertical coordinates values, the vertical auxiliary coordinate variable could be dimensioned alt.

The variable, row_size , is the count variable containing the length of each time series feature. It is identified by having an attribute with name sample_dimension whose value is name of the sample dimension . The sample dimension could optionally be the netCDF unlimited dimension.

The variable bearing the sample_dimension attribute must have the instance dimension as its single dimension, and must have an integer type. This variable implicitly partitions into individual instances all variables that have the sample dimension. The auxiliary coordinate variables lat , lon , alt and station_name are station variables. Table 9.2 illustrates the storage of a data variable using the orthogonal multidimensional array representation. The individual features, distinguished by color, are sequenced along the horizontal axis by the instance dimension indices, i1, i2, i3, i4.

Each instance contains three elements, sequenced along the vertical with element dimension indices, o1, o2, o3. The i and o subscripts would be interchanged (i.e. Table 9.2 would be transposed) if the element dimension were the netCDF unlimited dimension. A bounds_tie_points attribute must be defined for each tie point coordinate variable corresponding to reconstituted coordinates with cell boundaries. An example of the usage of the bounds_tie_points is shown in Example 8.7. Because identification of a coordinate type by its units is complicated by requiring the use of an external software package , we provide two optional methods that yield a direct identification. The attribute axis may be attached to a coordinate variable and given one of the values X, Y, Z or T which stand for a longitude, latitude, vertical, or time axis respectively.

Alternatively the standard_name attribute may be used for direct identification. But note that these optional attributes are in addition to the required COARDS metadata. The NUG conventions provide the _FillValue, missing_value,valid_min, valid_max, and valid_range attributes to indicate missing data. Missing data is allowed in data variables and auxiliary coordinate variables. Generic applications should treat the data as missing where any auxiliary coordinate variables have missing values; special-purpose applications might be able to make use of the data. There are two methods used to identify variables that contain coordinate data.

The first is to use the NUG-defined "coordinate variables." The use of coordinate variables is required for all dimensions that correspond to one dimensional space or time coordinates . In cases where coordinate variables are not applicable, the variables containing coordinate data are identified by the coordinates attribute. For each of the target coordinate and auxillary coordinate variable having a bounds attribute, add the bounds_tie_points attribute to the tie point coordinate variable and create the bounds tie point variable.

Fortnite Chapter 2 Season 3 Start Time Uk

Players will be able to complete the Battle Pass challenges until the gaming servers are taken offline for maintenance. After the Season 3 server downtime, players will be able to download an update file before finally jumping into the battle royale when the game comes back online. Epic Games hasn't provided any details on when the servers will be back online, but one can expect the downtime to last for a couple of hours. Following on from another epic live event, players were left floating at sea as the Island completely flipped to reveal some brand new locations. Although details about what exactly is coming in Chapter 3, leaks have revealed that new mechanics such as sliding will be introduced, as well as a Spider-Man collab. The Battle Pass trailer for Fortnite Chapter 3 season 1 was leaked on Twitter on Saturday.

While it doesn't go into detail about the changes, there are some noticeable changes, such as different environments on the island and a new slide mechanic. Fortnite Chapter 2 Season 3 is almost upon us after multiple delays and extensions. The Doomsday in-game event concluded on Monday, June 15, and the upcoming Season 3 is slated to begin on Wednesday, June 17. Epic Games has finally announced the Season 3 start time for its hit battle royale game. This is interesting as the countdown timer is set to end on December 4 and the live event will commence at 4.00 pm ET the same day. It is anticipated that the live event will be of around 15 to 20 minutes in its entirety, following which the island will be engulfed by a massive black hole.

The season finale of Fortnite Chapter 2 Season 8, known as 'The End', will begin December 4 at 4pm ET / 1pm PT / 9pm GMT. Like other season finale events, we recommend that you log into the game at least 30 minutes before the event starts to guarantee your place. Any player who logs into Fortnite and completes the event will unlock a unique loading screen and a wrap.

And now, players are taken on immersive trips in front of Ariana Grande and Travis Scott. Apart from the teasers, there have also been some leaks online suggesting that the new Fortnite Chapter 2 Season 3 will feature an underwater map. And while it hasn't been confirmed yet, a number of data miners have leaked certain details that support the idea of underwater mechanics present in the game files. The end-of-season event also showed us that the Midas' device has completely transformed the storm into water. Now, this week kicked off with one of Fortnite's best in-game events to date, turning The Storm into a giant wall of water in which players could swim. Fast forward two more days and that wall of water appears to have collapsed and flooded the island.

The collapse has brought sharks, waterskis, a tiny cat with a mech body, and Aquaman. The Ice Storm Event happened in the middle of Season 7 as the season's major event. The event was preceded by The Ice King casting a spell in an ice sphere over Polar Peak for 3 days. When the event started, The Ice King broke out of the ice ball. He proceeded to make a giant projection of himself which took form over the ocean. He waved his hand back and forwards a few times before casting it forward, with the large projection mimicking his movements.

After he cast his hand forward, the entire map is full of snow now. Fortnite Chapter 3 Season 2 is still quite a ways away, but leaks have already begun emerging about the upcoming battle pass. Want to know how Season 2 will impact the ongoing conflict between the Foundation and the Seven? Here's everything we know about Fortnite Chapter 3 Season 2 based on official and unofficial sources. Previous end-of-season events conclude with a countdown screen showing how long players will have to wait until the servers go live for the new season.

Chapter 2 Season 8 had a similar event which began at 9am GMT / 4am ET / 1am PT, so you can use this time as a benchmark for what to expect when that countdown appears. With the Doomsday Device event complete, Fortnite fans are waiting in anticipation for Season 3 to get underway. Before the next season can begin, players will need to take a break as there will be Fortnite downtime with a new update, before the start of Season 3. While details of the event have not yet been released by the battle royale developer, a date, time and warning has been provided for players scrambling to finish the Season 8 Battle Pass.

When Chapter 2 arrived, Fortnite became a black hole for a day after a series of dimension-shattering rocket launches sucked everything into oblivion. This is more or less a cheeky way of performing huge amounts of maintenance, which is obviously needed when shifting to a brand new map, updating game features, and whatever else Epic is planning. Following the finale of Chapter 2, players were left floating in the ocean. Fortnite Chapter 3 will start sometime on December 7th according to leaker HYPEX. Epic Games will take the Fortnite servers offline immediately after the live event and players will return to the Black Hole screen they watched after Season X. For the second time in Fortnite history, the game is set to enter into a new chapter - and marking the end of Chapter 2 Season 8 is a huge one-off live event for players.

The closest comparison is probably the live event that brought the original version of Fortnite to a close back in October 2019. That event surprised players with a black hole that sucked up the entire Fortnite island, effectively rendering the game unplayable for two days before Fortnite Chapter 2 began. Following the live event, the developers will release a new chapter with a new map altogether. A new Battle Pass as well as new characters will be introduced.

Epic will need considerable time to add and implement the changes and a three-day downtime seems justified. The live event gives way to a downtime, after which players can access the brand new season. However, the end of Fortnite Chapter 2 Season 8 will give way to a new chapter altogether. Therefore, it is certain that the downtime will be longer than the normal stint.

As the clock counts down to the launch of Fortnite's Chapter 2 Season 3 on Wednesday , two images are hinting at the return of astronauts to the battle royale game. Released Monday, the images are actually different views of the same picture and appear to show a spacesuit-clad astronaut holding a small, round mini-moon. As for its expected release time, we anticipate that to be sometime in the morning on the East Coast of the United States. Eastern, Season 1 of Chapter 3 changed things up by launching at 10 a.m. For now, keeping an eye on that four-hour block of time is the best suggestion we have.

The popular battle royale game ended its second chapter and went offline until the start of Fortnite Chapter 3 on Tuesday. One big change is that players will have more ways to earn battle pass XP outside of the battle royale mode. Typically, if you wanted to earn battle pass stars/XP, you were restricted to playing in one of the normal battle royale modes, or the 50 vs. 50 Team Rumble.

Presumably, this means you can earn XP in alternate modes like Creative and LTMs. That will be great for players who want to earn higher-level skins, but don't have the interest or skill for intensely competitive multiplayer stuff. Based on the countdown timer that has appeared within the game, the event takes place at 7pm on Tuesday evening for UK players. That translates to 2pm ET and 11am PT for fans who live in the US. Unless it's for a major event, the story of Fortnite stays in the background of the game, but this very much changed in Season 2. The majority of skins from the battle pass allowed you to pick a side - Ghost or Shadow - and hidden bases could be found across the map, which were occupied by both henchmen and leaders of both agencies.

Chapter 2 – Season 2 arrives in a couple of week's time, and promises to bring some big changes to the popular battle royale multiplayer game. The storm subsided and for a brief moment, the event appeared over. The storm was gone, butterflies flapped around and The Device was pulled back down below The Agency. As it went under, players' screens began to glitch out before they took a visit to John Jones.

When they returned to the island, The Wall Of Water circled The Agency replacing the Storm. Players were sucked into the mysterious office once more to see Jonesy make an appearance in an Agent suit. Then, once again players were sucked back into the game, Players now respawned inside the battle bus concluding The Device Event & reopening a whole new storyline. The event began with voices of Midas and his agents around the Agency, just before the countdown hit zero. Once it did, the five hatches around the Agency bubbling up, later being opened and releasing a column with an antenna at the top. After all five columns had been raised, The Agency blew up and The Doomsday Device rose.

Afterward, The Device harvested energy from the column and started to push back the storm while radiating energy away. The Device then cooled down until the storm started going haywire. The player is then sent to an office that is the office of John Jones. Outside, people are talking especially a man we can't see very well because of the blinds. There were photos of people on the walls that are similar to ones found in Save The World. On a desk, there were 3 folders with "Top Secret" on them, one for Lynx, one for Midas, and one for Jules.

They are then pulled back into reality before the Doomsday Device starts to push back the storm once more. The electricity surged against the storm, and it looked like it was working. The event started when players began seeing a small comet in the sky that kept getting larger by the day. The community speculated that the meteor was going to hit the map and destroy Tilted Towers. Epic Games even played along with the community by placing watch stations on top of a building and around Tilted. As well as this , smaller meteors began falling from the sky and had a chance to destroy player made buildings, In the Season 4 trailer.

The meteor descended upon the map and hit Dusty Depot, turning it into Dusty Divot. Epic Games' Battle Royale can arrive anytime around the beginning of next month. Epic Games has already confirmed a live event for the current season to tie up loose ends in this season's storyline. According to many leaks, rumors, and official announcements, Chapter 2 will be two seasons shorter and we might see the new chapter in the next month itself. The article talks all about the release date of Chapter 3 and the end dates of season 8 of Fortnite, including maps, leaks, etc.

Fortnite Season 3 brings a variety of gameplay changes that are largely tied to the new underwater map. The game world now has sharks that can steal your items, but you can also ride them by using your fishing rod and zipping around the map. New Marauder enemies have also been introduced to make each battle royale more chaotic. You can also use the Build-a-Brella feature to create your own custom umbrella.

We're all eager to jump back into the ever-changing world of Fortnite, especially considering this time it's not just a new season, but a whole new chapter. So, here's everything you need to know surrounding Fortnite Chapter 3 Season 1, including the expected start time and date. With another epic live event officially in the books, it's a wrap on Chapter 2.

Fans have been left floating at sea, staring at the new Island from a distance wondering "what time is Fortnite Chapter 3 actually going to release? After a dramatic live event on Saturday, Fortnite is moving on to Chapter 3, which introduces some big changes for the battle royale. With the announcement of the finale to Chapter 2, 'The End' has players fight against the Cube Queen as she emerges from the pyramid she built using her purple Cube brethren. However, like previous end-of-season events, this will likely end with a countdown timer showing when the next season begins. Epic Games' next Season of Fortnite is due to begin soon – but you can expect a big ol' event to start before that as confirmed by a new in-game countdown until the official start time. Expectations for the finale event are high, when the first chapter ended the island map was completely destroyed and the game itself was unavailable for a few days.

The Fortnite Chapter 2 finale event, called The End, took place on Saturday with players seeing the entire island flipped over. Developer Epic Games took the game offline following the event leaving players waiting to see what happens in Chapter 3. It would be weird for Fortnite to not include a battle pass for the inaugural season of Chapter 3, so of course they've got one ready. The official Polish Fortnite YouTube channel jumped the gun and posted its trailer early, and although it was quickly taken down players had already saved copies. Finally, it's also likely that we'll learn more about the upcoming Matrix crossover that's expected to bring us Neo and Trinity skins. An 'Unreal 5 Experience' has been announced for sometime in the month of December as we expect the Fortnite crossover to go live around the same time.

Last week, the hashtag #RipFortnite trended on Twitter, with thousands of players protesting against the current state of the free-to-play battle royale game. However, the most exciting events are the ones focused on the game's storyline. Before The End live event, a special watch playlist will be added to Fortnite. This is to avoid the griefing that went on during past live events, where mean-spirited players would wait until the action was just about to begin before blowing up everyone watching. Fortnite season 3 release date looks to have been revealed by Epic Games at the start of chapter 2 season 2.

The latest Fortnite Battle Pass launched on Thursday February 20 and came after the longest Fortnite season in history. But thankfully Battle Royale fans won't be waiting as long for the next Fortnite season. The Agency has also been destroyed by the use of The Device and, where the doomsday machine once sat, is now just a pool of water. If you visit the dedicated page for Midas on the battle pass skins, however, you can see the damage remains of the device in the background. Not only does this new season promise a collection of new battle pass skins to unlock and challenges to complete, but there's the promise of some very exciting Fortnite lore developments on the way.

The event is scheduled to be going live on Tuesday, March 16, but depending on where you are in the US it'll be happening at different times. Unfortunately for all of us, no matter where you live, it's going to premiere early tomorrow morning. EDT.Not totally convenient for our sleep schedules, but there will be plenty of other people up celebrating and watching the event.

Then, Galactus hit the Helicarrier with the back of his hand, ultimately destroying it and launching all players off it. Just when players thought they would fall off the island, Tony Stark saved them with a Jetpack. Live Events are events that occur within the match that connects to the story line of Fortnite.

Some events involve turning off shooting, so everyone can enjoy the event. Sometimes, build is still enabled, so players can build up and get a better view. The servers will go under maintenance right after the live event.

Therefore, it is evident that the servers are going offline on December 4, while the Xbox Store reveals the end date to be December 7. To clarify, the downtime for Fortnite Chapter 3 will be three days. The end of each season in Fortnite is marked by a live event demonstrating the progress of the storyline. Gamers look forward to the end-of-season event to know what to expect next season in terms of content and probable cosmetics.

Prior to the end of Chapter 2 Season 8, gamers will see an end-of-season event. The countdown timer is already up and running and leaks hint towards a Black Hole event. The astronaut images come amid a flurry of teases from Epic Games that include an adorable kitten and a shiny, gold trident, all of which set the stage for the Chapter 2 Season 3 launch this week. On Monday, Fortnite held a record-setting event to end Season 2. Called "The Device," the event destroyed the central Agency location and transformed the game's harrowing purple storm into a towering ring of water.

Fortnite's second chapter launched in 2019 following a surprise black hole event, and similarly led to an all-new island. It spanned eight seasons that included everything from an alien invasion to an Ariana Grande concert to a Marvel superhero takeover. In a video posted on January 4, Fortnite content creator and reliable leaker Tabor Hill had this to say about the upcoming battle pass. However, if you're already looking forward to what will come next with Fortnite Season 2, then here's everything we know about it so far. The latest 'season' of popular battle royale game Fortnite has been delayed until early June, much to the dismay of the game's rabid fanbase of followers. If you need to record the live event, Epic recommends having your software set up before the event starts, as there's no way to obtain footage afterwards.