Vortex Gaming

· Like other sandbox games, Hytale has limits. In Minecraft, these limits are known as the Far Lands.
· The goal of this video is to find out Hytale's limit and what lies beyond it. Before starting, the creator asks for viewer support with likes and subscriptions.

· The creator begins the exploration by creating a new world and using commands to become an operator and activate creative mode.
· The first test is teleporting 10,000 blocks away. Initially, there was a coordinate error, but after correcting it, the player finds themselves in Zone 3, in an icy biome, with mobs and the ability to break blocks normally.
· When attempting 100,000 blocks, the situation remains similar, still in Zone 3, with the presence of mobs, including a new type of bat. The game's performance is monitored, showing around 70 FPS.

· Upon teleporting 500,000 blocks away, the player notices the location is still in Zone 3 and there are no major visual differences on the map.
· Visual bugs start to appear, such as the screen shaking, although breaking and dropping blocks still function.
· At 1 million blocks, the visual bug becomes more evident, and the player leaves Zone 3, entering Zone 1 (Emerald Forest). Bugged and flickering mobs are observed, and rendering begins to show glitches.
· Compared to Minecraft, these bugs in Hytale seem to appear earlier, starting from 500,000 blocks or less.

· The exploration continues up to 5 million blocks. The creator speculates that Hytale's limit, being programmed in Java, might be 2 billion blocks (32-bit limit).
· At 4 million blocks, rendering is significantly bugged, with the screen flickering and the world seeming to move. The player has difficulty moving forward and backward, requiring teleportation.
· At 5 million blocks, the terrain is still generated, but the visual bug is more intense. The player can break blocks and observes the presence of mobs, but movement is restricted.

· The creator approaches the coordinates equivalent to Minecraft's beta Far Lands (12 million blocks).
· At 12 million blocks, the terrain is still generated, but in a very buggy and shaky way, reminiscent of Minecraft's Far Lands.
· Mobs are still present and interact, unlike in Minecraft, where there are no mobs in the Far Lands.
· When attempting to reach 30 and 50 million blocks, the game exhibits more visual and rendering bugs. At 50 million blocks, physics seem non-existent, with blocks floating and the player falling indefinitely.

· The exploration advances to 100 million blocks. The coordinate is the same as the barrier in Minecraft.
· The terrain is still generated, and the game remains stable, despite visual bugs.
· The creator notes that these distances are unattainable in Minecraft.
· When attempting to teleport 1 billion blocks, the game freezes, and the character is not rendered. After exiting and re-entering the world, the player finds themselves 1 billion blocks away, with a Far Lands appearance, but with no possibility of movement. Mobs are not seen, but bird sounds are heard.

· The creator attempts to reach 2 billion blocks, the theoretical 32-bit limit.
· To reach this distance, it's necessary to exit and re-enter the world after teleporting, as the game tends to crash.
· When trying to go to 3 billion blocks, the game freezes and displays a critical code error, indicating that 2 billion is the limit.
· When attempting to enter the world with coordinates near the limit, the game fails to load or enters a loop, requiring the creation of a new world.

· Hytale's limit appears to be around 2 billion blocks, similar to Java's 32-bit limit.
· Even at the limits, the game still generates terrain and mobs, although physics and rendering are severely compromised, creating "ghost" blocks.
· The creator compares the experience to Minecraft's Far Lands, noting that Hytale allows for more interactions and novelties within these limits.
· The video concludes that, although the technical limit is 2 billion blocks, the game is still in development and may feature more functionalities in the future. The 64-bit limit (five quintillion) is mentioned as a vastly larger number than the observable universe.