KiwiJohnno
Joined 10 years ago
Joined 10 years ago
It sounds like it may be right up your alley. Its a simplified digital logic simulator, you make basic circuits from NAND gates, and then build these into functional units in later levels, then further on you build an instruction decoder, and combine it with these functional units and before long you have a Turing complete architecture and you are writing your own assembly on it - Assembly language that you defined, from scratch. You'll find the need for new opcodes... so, you build them! Challenging game for sure, but very, very rewarding.
The game is still in early access, but very near a full release. They just put out a trailer: https://www.youtube.com/watch?v=goclUECM2ds
However if we’re going to talk about moral responsibility for vaccine mandates, we also have to consider moral responsibility for non-vaccination leading to spread of a dangerous virus during a pandemic.
If you are going to hold one group responsible for vaccine-related deaths of mandated vaccines, you must also hold the group who refused the vaccine responsible for any deaths of other people who were infected as a result of their vaccine refusal.
Vaccine deaths were real, and very rare. COVID deaths from preventable spread were also real, and much more common. Public policy had to weigh both, not pretend either side of the risk didn’t exist.
Not quite.
If you are at apogee and accelerate, your perigee will be raised. If you are at perigee and accelerate, your apogee will be raised. You can't increase your apogee and perigee at the same time.
If the impulse is in the direction of orbit, then the altitude of your orbit 180 degrees from your current position will raise. If the impulse is against your orbital direction, your height 180 deg away will be lowered. Once you complete an entire orbit (360 degrees) you will pass through your current position again.
If you wish to move to a higher, circular orbit two impulses are required, 180 deg apart.
It may seem counterintuitive, but if something in orbit gets a push that isn’t strong enough to make it totally escape orbit, it will stay in a new elliptical orbit. That new orbit will pass through the point where the push happened, so it will come back through that location again, just with a different speed and direction.