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Tesla’s New Gravity-Defying Roadster Makes A Strong Case For IRL Rocket League

Tesla’s New Gravity-Defying Roadster Makes A Strong Case For IRL Rocket League https://ift.tt/FPIJR4L After nearly a decade of development, Tesla showed off the Roadster this week in a stunt-heavy show that made a strong case for starting an IRL Rocket League . Originally promised as the flying car of the future, the electric supercar did just that in controlled conditions, as Tesla showed off the Roadster's ability to defy gravity and pull off some impressive stunts. One of the Roadster's incredible feats is its ability to drive up a ramp and cling upside down to the surface. Using its thrusters and a SpaceX fan-based suction system to stay upside down, the Roadster's cold-gas thrusters helped bring it back down to Earth after that demonstration. https://youtu.be/7p5LxFdc-Qg The next stunt saw the Roadster hit its turbo-boost button to leap over a selection of Tesla vehicles. The vehicle is equipped with two ultra-high-pressure air tanks that can fire approxi...

Building Tears Of The Kingdom From The Bones Of BotW Was Harder Than You Would Think

Building Tears Of The Kingdom From The Bones Of BotW Was Harder Than You Would Think https://ift.tt/msQrjzL

Even though The Legend of Zelda: Tears of the Kingdom built off the extensive world map created for its predecessor Breath of the Wild, it wasn't as much of a development shortcut as you might think. In a GDC talk on ToTK's physics and sound systems, Zelda devs have revealed just how much had to be changed for ToTK thanks to the introduction of the game-changing Ultrahand.

As covered by Eurogamer, the talk explained that the Zelda developers went into ToTK wanting to expand on BoTW's two core concepts: the "vast and seamless Hyrule," and "multiplicative gameplay"--where physics systems create novel solutions in-game even where those solutions weren't explicitly designed for.

The expansion on multiplicative gameplay came from the introduction of the Ultrahand, which fundamentally changed the game by allowing players to combine objects with almost endless possibilities. Early in the development chain, this unsurprisingly resulted in a lot of chaos, with lead physics engineer Takahiro Takayama relating that he would often hear his team exclaiming "it broke!" or "it went flying!" to which he would say "I know--we'll deal with it later. Just focus on getting the gameplay together and trying it out."

Continue Reading at GameSpot

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