"Volumetric" gravity generator
Submitted
As of now, when you want to have gravity in a ship, you need to put the generator just about exactly in the middle, tweak the field, and still fall down the side of the ship.
What I suggest, is for a gravity generator (maybe it could just be a setting to) to be added, which creates artifical gravity everywhere inside a pressurized room* (not on planets with atmophere ofc), so it'll be easier to have gravity in ships.
*in a pressurized room because that feature already exists and that way it will probably be easier to add but what do I know
I like this feedback
a easier way is add a offset slidebars in the controls to move a round where the center of the field should be
a easier way is add a offset slidebars in the controls to move a round where the center of the field should be
I can get behind something like this as it's annoying setting gravity fields manually.
I can get behind something like this as it's annoying setting gravity fields manually.
Very good idea and in line with the wonky physics in a lot of sci-fi shows. Where there is breathable air, there is gravity.
Very good idea and in line with the wonky physics in a lot of sci-fi shows. Where there is breathable air, there is gravity.
Volumetric analysis, a crucial technique in chemistry, encompasses various methods to determine the concentration of a substance in a solution by measuring the volume of another substance required to react completely with it. This analytical approach plays a fundamental role in quantitative chemical analysis, offering precise measurements essential for understanding reactions and formulating solutions. However, the integrity of volumetric data can be compromised by fraudulent practices, such as the creation of fake bank statement, highlighting the importance of rigorous verification processes and adherence to ethical standards in scientific research and analysis.
Volumetric analysis, a crucial technique in chemistry, encompasses various methods to determine the concentration of a substance in a solution by measuring the volume of another substance required to react completely with it. This analytical approach plays a fundamental role in quantitative chemical analysis, offering precise measurements essential for understanding reactions and formulating solutions. However, the integrity of volumetric data can be compromised by fraudulent practices, such as the creation of fake bank statement, highlighting the importance of rigorous verification processes and adherence to ethical standards in scientific research and analysis.
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