A list of puns related to "Couple Fishing"
They were called Rod and Annette.
I'm pretty sure I read this in middle school ( early 2000's) and it was one of several short stories we could read, each in their own small book. Anyway. I recall the ending had to do with the man going out onto a lake in a fishing boat after the last death. I'm not sure if he or his wife turned out to be either the killer or the copycat, but that's the impression I get thinking about it.
Sorry, that's all I remember, but it's been driving g me mad for years.
So, the game is simple. We have a pool of 100 fishes divided into 5 rarity categories. Players spend a "ticket" to catch a fish, it's guaranteed that they will always get one.
To calculate what fish the user will get, the program first obtains its rarity using a random number generator (python) and taking its probability. Once a category has been selected, a random fish is picked from it. Every fish type in the category is equally likely to be selected.
The following table resumes this information.
The pool of fishes is infinite, the 100 fishes are just species to be found.
Category | Probability (%) | Number of fishes |
---|---|---|
Common | 50 | 54 |
Rare | 35 | 22 |
Epic | 12.5 | 14 |
Legendary | 2 | 8 |
Mythic | 0.5 | 2 |
What i want to do, and I confess i don't have the slightest idea how, is to plot the distribution of the number of tickets a user would have to use to get all 100 species of fishes.
I hope you can point me in the right direction. The game itself does not require me to do this, i want to do it to learn more about probability, for my own growth. I hope you can help me out
Additionally, I apologize for my spelling and phrasing... English is not my first.
Rod and Annette.
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