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- Refilled autofeeder with a huge spread: shrimp, plankton, insect larvae, flake food, wormlike sticks, 3 types of sinking pellets, bloodworms.
- The breathing exercises have truly worked wonders. Much better control of my heartrate and respiration – which has direct impact on all the emotions behind it, causes and effects.
- Takes 5gal to water all the plants in my house.
- Still very tempted to connect these to the aquarium and close the loop for both halves. Nutrient provision, waste removal, clean water circulation. Salt is the issue.
- Lots of private work.
- Remember compound interest/yield/whatever is when the change is then folded back into the formula. If you make money from an investment, that extra money starts as a smaller additional investment and makes money on its own. If you accumulate interest on a loan, the interest you owe starts to accumulate additional interest, etc. The opposite of compound = simple. Just sum up the same change on the original principal over the n time periods.
- Monte carlo simulations. Pass the rules, the input parameters you want to modulate (and the distributions you want to vary them over) and it will output the most likely results.
- You can write a whole simulation manually, of course. Define your inputs, define the calculations for your outputs. Instantiate all the nodes with whatever randomness you want, permute your inputs however you want, define your run_sim() however you want, loop it, etc.
- As you can guess: there will be some boilerplate as you define input distributions, process environments, run loop settings, etc. For python, libraries like simpy and stochpy.
