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History

youainti 9335ce1295 verified working state in connect_trans* and moved the next steps from that file to README		5 years ago
..
2Firm_vfi.jl	Recording code stuff	5 years ago
BasicNeuralNet.ipynb	updated a couple of files (one of which will be overwritten in a soon to exist pull/merge), and added a readme	5 years ago
README.md	verified working state in connect_trans* and moved the next steps from that file to README	5 years ago
ThoughtsOnUsingPytorch.ipynb	cleaned up files, got a working transition function	5 years ago
TransitionDerivatives.ipynb	got successful recursive generation for the euler equation stuff	5 years ago
TwoFirmVariation.wxmx	Stuff I had worked on previously but not touched recently. Cleanup before resuming work.	5 years ago
Untitled.ipynb	began writing computational approach	5 years ago
composition_Exploration.ipynb	got successful recursive generation for the euler equation stuff	5 years ago
connect_transition_to_optimality.ipynb	verified working state in connect_trans* and moved the next steps from that file to README	5 years ago
successful_recursion.ipynb	updated a couple of files (one of which will be overwritten in a soon to exist pull/merge), and added a readme	5 years ago
test_double.ipynb	cleaned up files, got a working transition function	5 years ago

COMPUTATIONAL TODO

Next steps

implement 'launch function as a function' portion
- This will probably use a neural network as a function type approach.
substitute the transition functions into the optimality conditions.
use these optimality conditions to create a loss function
add boundary conditions to loss function
get a basic gradient descent/optimization of launch function working.
add satellite deorbit to model.
turn this into a framework in a module, not just a single notebook (long term goal)