One day I was already awake, and like many other normal people I wondered if there was a UA-cam video explaining how to simulate rocket launches, and here I am. Nice!
Thank you for this! I knew next to nothing about python (I work in Ada and Fortran mainly) before watching this video and I had forgotten all of my orbital mechanics (I do atmospheric work) so I gave your code and methods a shot anyways as a refresher on both. I was able to reproduce your circular orbit results after some fumbling and algorithm tuning, and even learned some cool tricks along the way! I do, however need some clarification on the derivation: why is v/r = phi_dot and why does psi_dot = phi_dot - theta_dot? Probably something I am missing very fundamental, but figured I would ask anyhow! Thank you for this, you make it really easy to understand!
Love the video I’m going into my second year of my physics with astronomy undergrad. And this video was really fun and interesting for me keep up the great work excited for more of ur stuff in the future
This is fun! I want to make a program that predicts nerf gun dart trajectory. Then make some arduino projects that drop a dart on a predetermined coordinate. I'm a bit thick and can't figure it out!
Air resistance is also dependent upon atmospheric density which is dependent upon density, so performance is underestimated. See US Standard Atmosphere.
Можно просто задать функцию изменения плотности в зависимости от удаления от земли и соотнести ее с удалением ракеты от поверхности по нормали от стартовой площадки.
One day I was already awake, and like many other normal people I wondered if there was a UA-cam video explaining how to simulate rocket launches, and here I am. Nice!
1 minute in, and some Karen calls the cops on the singing birds. I like where this is going!
This is an awesome video! Keep making stuff of this quality and you will have a huge following in no time!
Thank you!
Amazing video! I can't believe you have just 33 subscribers, you really deserve more. You earned one.
Thanks and welcome!
You’ve just got yourself another subscriber! Good work :D
Great and very helpful video. Can you also make the codes available in some sort to text ? I would like to used it and add more function to it...
Thank you for this! I knew next to nothing about python (I work in Ada and Fortran mainly) before watching this video and I had forgotten all of my orbital mechanics (I do atmospheric work) so I gave your code and methods a shot anyways as a refresher on both. I was able to reproduce your circular orbit results after some fumbling and algorithm tuning, and even learned some cool tricks along the way!
I do, however need some clarification on the derivation: why is v/r = phi_dot and why does psi_dot = phi_dot - theta_dot? Probably something I am missing very fundamental, but figured I would ask anyhow!
Thank you for this, you make it really easy to understand!
Loved the video! Didn't know you could do all that with only 100-ish lines of code.
Thanks! The code ended up being about 150 lines, but the last 50 are just to generate all the plots so I didn't show them
Love the video I’m going into my second year of my physics with astronomy undergrad. And this video was really fun and interesting for me keep up the great work excited for more of ur stuff in the future
Glad you enjoyed, good luck at school!
I didn't know I was going to be watching a comedy special! ur hilarious
is there any possibility to get the source code for the 2 stage simulation? thx..great work
never related more with the first 6 seconds of a video haha :)
Do you have a reference for your trajectory calculations?
Love it
Amazing Video! would you please post the final code? Thank You
hey, im working on a schoolproject on a rocket that needs to bring a payload into orbit with a group of people, could you post the code file please?
Can you please post the final code for this project? I'll be sure to make improvements if you do haha. Thanks.
This stuff is interesting. I made a 6dof Excel rocket sim for a goddard level rocket. I'd like to bring it to Python, but i dont know where to start.
I saved this video in case I ever get myself an orbital rocket.
Hi! Do you provide the code for it?
I'm working on some updates and improvements that I'll make a video for some time soon (ish), I'll post the 'final' file then
@@MiscellaneousBits hi! i know its only been 3 months but im very impatient lol. pleaseeee post the code soon, thank you :)
Nice. Can you maybe post a link to the source code?
I subscribed 😤
Welcome 🙏
This is fun! I want to make a program that predicts nerf gun dart trajectory. Then make some arduino projects that drop a dart on a predetermined coordinate. I'm a bit thick and can't figure it out!
Good luck on your project! UA-cam tutorials and guides for arduino and motion control will definitely help
I need the full amazing code
Yes, could you please post the code
Post the code file please.
I'm working on some updates and improvements that I'll make a video for some time soon (ish), I'll post the 'final' file then
Your equation for the drag ist not correct ist should be
-abs(v)*v
Instead of -v^2
It makes a huge difference ;)
It's python "^" is a pack of lies, and it's unfortunate
Air resistance is also dependent upon atmospheric density which is dependent upon density, so performance is underestimated. See US Standard Atmosphere.
Можно просто задать функцию изменения плотности в зависимости от удаления от земли и соотнести ее с удалением ракеты от поверхности по нормали от стартовой площадки.