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There's probably a common counter for all eggs in the party, which, when it rolls over, decrements all egg counters by 1. However, this doesn't explain the "divisible by 255" part. | There's probably a common counter for all eggs in the party, which, when it rolls over, decrements all egg counters by 1. However, this doesn't explain the "divisible by 255" part. | ||
:Partial answer: [[Egg cycles]]. Just need to get persimmons from Smogon to adapt that into an article here. '''[[User:TTEchidna|<span style="color:#FF0000">''TTE''</span>]][[User talk:TTEchidna|chidna]]''' 04:45, 6 February 2009 (UTC) | :Partial answer: [[Egg cycles]]. Just need to get persimmons from Smogon to adapt that into an article here. '''[[User:TTEchidna|<span style="color:#FF0000">''TTE''</span>]][[User talk:TTEchidna|chidna]]''' 04:45, 6 February 2009 (UTC) | ||
'''Comment : This may deserve a page by itself since there is a whole lot of info. BUT ... ''' | |||
* Step 1. | |||
** Case A : The HP IV is passed on from either parent (1/6) | |||
** Case B : The DEF IV is passed on from either parent (1/6) | |||
** Case C : A Random IV is passed on from either parent (4/6) | |||
* Step 2. | |||
** Case A1 : The DEF IV is passed on from either parent (1/5) | |||
** Case A2 : A Random IV is passed on from either parent (4/5) | |||
** Case B1 : The DEF IV is passed on from either parent (1/5) | |||
** Case B2 : A Random IV is passed on from either parent (4/5) | |||
** Case C1 : The DEF IV is passed on from either parent (1/5) | |||
** Case C2 : The same IV is passed on from either parent (1/5) | |||
** Case C3 : A Random IV is passed on from either parent (3/5) | |||
* Step 3 : | |||
** Case A1 : A random IV is passed on from either parent (4/4) | |||
** Case A2A : The same IV is passed from a parent (1/4) | |||
** Case A2B : Random IV is passed on from a parent (3/4) | |||
** Case B1A : A same IV as Step 1 is passed on from either parent (1/4) | |||
** Case B1B : Random IV is passed on from either parent ( 3/4 ) | |||
** Case B2A : The same IV from step 2 is passed on (1/4) | |||
** Case B2B : A Random IV is passed on (3/4) | |||
** Case C1A : The same IV as step one is passed on (1/4) | |||
** Case C1B : A Random IV is passed on From either parent. (3/4) | |||
** Case C2A : The same IV is passed on from either parent (1/4) | |||
** Case C2B : A Random IV is passed on from either parent (3/4) | |||
** Case C3A : The same IV from step 1 is passed on (1/4) | |||
** Case C3B : The same IV from step 2 is passed on (1/4) | |||
** Case C3C : A Random IV is passed on from either parent (2/4) | |||
Okay now we can combine the steps. | |||
* Case A1 - 3 stats (1/6 * 1/5 * 4/4) = 4/120 | |||
* Case A2A - 2 Stats (1/6 * 4/5 * 1/4) = 4/120 | |||
* Case A2B - 3 stats (1/6 * 4/5 * 3/4) = 12/120 | |||
* Case B1A - 1 Stats (1/6 * 1/5 * 1/4) = 1/120 | |||
* Case B1B - 2 Stats (1/6 * 1/5 * 3/4) = 3/120 | |||
* Case B2A - 2 Stats (1/6 * 4/5 * 1/4) = 4/120 | |||
* Case B2B - 3 stats (1/6 * 4/5 * 3/4) = 12/120 | |||
* Case C1A - 2 Stats (4/6 * 1/5 * 1/4) = 4/120 | |||
* Case C1B - 3 Stats (4/6 * 1/5 * 3/4) = 12/120 | |||
* Case C2A - 1 Stats (4/6 * 1/5 * 1/4) = 4/120 | |||
* Case C2B - 2 Stats (4/6 * 1/5 * 3/4) = 12/120 | |||
* Case C3A - 2 Stats (4/6 * 3/5 * 1/4) = 12/120 | |||
* Case C3B - 2 Stats (4/6 * 3/5 * 1/4) = 12/120 | |||
* Case C3C - 3 Stats (4/6 * 3/5 * 2/4) = 24/120 | |||
A quick check with the calculator and thankfully it adds up to 120/120. Now combining the possibilities ... | |||
* 3 Stats inherited 3 random | |||
** A1 + A2B + B2B + C1B + C3C = | |||
*** 4+12+12+12+24 = | |||
****64/120 | |||
* 2 Stats inherited 4 random | |||
** A2A + B1B + B2A + C1A + C2B + C3A + C3B = | |||
*** 4+3+4+4+12+12+12 = | |||
**** 51/120 | |||
* 1 Stat inherited 5 random | |||
** B1A + C2A = | |||
*** 1+4 = | |||
**** 5/120 | |||
That makes an easier chart of | |||
* 3 Stats = 8/15 | |||
* 2 Stats = 17/40 | |||
* 1 Stat = 1/24 | |||
So how do you maximize your total Stats? | |||
Do you got two pokemon who can breed with max HP and max DEF? | |||
[[User:Chromehawk|Chromehawk]] 19:02, 27 April 2009 (UTC) Chrome | |||
===[[Turnback Cave]]=== | ===[[Turnback Cave]]=== | ||