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remote-site-searching [2025/01/16 16:48] isitaris |
remote-site-searching [2025/01/16 17:15] (current) isitaris |
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====Scenario ==== | ====Scenario ==== | ||
- | Searching with a X2 mage (no crosspaths) using a remote search spell for a given number of turns, then searching manually by walking and using the search order on a new province every other turn for another given number of turns. | + | Searching with a X2+ mage (no crosspaths) using a remote search spell for a given number of turns, then searching manually by walking and using the search order on a new province every other turn for another given number of turns. |
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+ | I have not tried modelling mages with more than one path. | ||
====Variables definition==== | ====Variables definition==== | ||
- | C: cost of the remote | + | C: cost of the remote\\ |
- | r: number of provinces searched with a remote | + | r: number of provinces searched with a remote\\ |
- | N: number of provinces to cover with the mage | + | N: number of provinces to cover with the mage\\ |
- | T: number of turns considered total (T gotta be larger than 2N here) | + | T: number of turns considered total (T gotta be larger than 2N here)\\ |
- | G the expected gem income from the remote spell, g the gem income from the mage search (per turn value) | + | G: the expected gem income from the remote spell, g the gem income from the mage search (per turn value)\\ |
====Formula==== | ====Formula==== | ||
The expected number of gems received since starting the remote searching is: | The expected number of gems received since starting the remote searching is: | ||
- | -C·r ----------------------------- cost of the r remotes | + | - C·r ------------------------------------- cost of the r remotes\\ |
- | + r·(r+1)/ | + | + r·(r+1)/ |
- | + (N-r)·(N-r+1)/ | + | + (N-r)·(N-r+1)/ |
- | + 2·(N-r)·r·G --------------------- gems found by the N-r provinces searched manually during the 2·(N-r) turns of walking search | + | + 2·(N-r)·r·G |
- | + (T-(r+2·(N-r))·(r·G+(N-r)·g) ----- gems found by all the provinces during the T-(x+2·(N-x) turns left after everything has been searched | + | + (T-(r+2·(N-r))·(r·G+(N-r)·g) ----- gems found by all the provinces during the T-(x+2·(N-x) turns left after everything has been searched\\ |
to be compared with N·(N+1)/ | to be compared with N·(N+1)/ | ||
- | Here is the difference for 15 provinces and T=2x15 turns of horizon (that' | + | ====Result with an example==== |
+ | Here is the difference for 15 provinces and T=2x15 turns of horizon (that' | ||
The optimum way of searching those 15 provinces with a single mage if you look at your gem income in 30 turns (ie when the mage has finished walking in the no remote scenario) seems to be 5-8 casts of remotes (less than a gem of difference). (assuming no error in the modeling) | The optimum way of searching those 15 provinces with a single mage if you look at your gem income in 30 turns (ie when the mage has finished walking in the no remote scenario) seems to be 5-8 casts of remotes (less than a gem of difference). (assuming no error in the modeling) | ||
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+ | Contact: Isitaris on most dominion' |