Jason K. Moore
Jason K. Moore
Like this: https://lectures.quantecon.org/
- [Rattleback](https://en.wikipedia.org/wiki/Rattleback): - Modeling this system is quite a learning experience. Complex geometry and constraints. Students in 122 would have a hard time with this. - This system is interesting...
This would let you create constants that are functions of other constants, keeping measurements as time varying things. Currently you have a make a "constant measurement" with measurements and they...
Ideas: ```python sys.add_measurement(('a', 'b'), lambda x, y: return x + 1, y + 1) ``` This could also lead into having all the functions students create return dictionaries so that...
For example: ```python sys.constants['omega'] = np.pi / 10 sys.constants['force_amplitude'] = 1.0 sys.sinusoidal_forcing('force_amplitude', 'omega', 5.0) ``` This would allow the pattern of storing the all constants on the system hold.
- Waves - Continuous media vibrations (non-lumped) - Sound - Active control of vibration - Vehicle suspension design - Vibration testing - Human vibration tolerance - ISO standards - FFT...
I'm not even sure that would work, but maybe. It would be better to index by an integer...
Just a place to dump excess, redundant learning objectives in case we need them. - model a physical vibrating system and understand it's essential motion characteristics - numerically integrate non-linear...
I spent quite some time this morning figuring this out as it wasn't obvious from the docs or examples. It may be obvious for a Javascript developer that knows how...