Difference between revisions of "User:Zhan"
(→DoA) |
(→DoA) |
||
| Line 19: | Line 19: | ||
Now, let ''g'' be a finite number ''n<sub>i</sub>'' of composition of functions ''f<sub>i</sub>'', (''i'' in {1,...,4}). We consider ''g'' to be solution if it is the minimal number of composition which gives the minimum possible difference of gemstones. This gives the following minimization problem: | Now, let ''g'' be a finite number ''n<sub>i</sub>'' of composition of functions ''f<sub>i</sub>'', (''i'' in {1,...,4}). We consider ''g'' to be solution if it is the minimal number of composition which gives the minimum possible difference of gemstones. This gives the following minimization problem: | ||
| − | argmin<sub>''g''</sub> (max<sub>(i, j)</sub> |g<sub>i</sub>(y) - g<sub>j</sub>(y)| | + | argmin<sub>''g''</sub> (max<sub>(i, j)</sub> |g<sub>i</sub>(y) - g<sub>j</sub>(y)| + ''||n||<sub>1</sub>'') |
==Contact== | ==Contact== | ||
Revision as of 17:08, 8 June 2021
DoA
What are the next starts i should choose to reduce gemstones type difference, the discrete optimization point of view.
Let us consider the gemstones as a vector y = (y1, y2, y3, y4) in N4, where the components respectively respresent the number of margonite gemstones, stygian gemstones, torment gemstones, titan gemstones.
Then, we consider successful runs by the following functions going from N4 to N4:
f1(x) = x + k(1, 2, 3, 4)
f2(x) = x + k(4, 1, 2, 3)
f3(x) = x + k(3, 4, 1, 2)
f4(x) = x + k(2, 3, 4, 1)
Where k = 2 in Hard Mode (HM), and where the functions respectively represent start city, start veil, start gloom, start foundry.
Now, let g be a finite number ni of composition of functions fi, (i in {1,...,4}). We consider g to be solution if it is the minimal number of composition which gives the minimum possible difference of gemstones. This gives the following minimization problem:
argming (max(i, j) |gi(y) - gj(y)| + ||n||1)
Contact
You may contact me:
In game character name Kunvie Zhan
