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Damage: Difference between revisions
→Generation III: Decided to test this in gen 3. Hacked the starter Squirtle to have Earthquake against Blue's Bulbasaur, and the calculation would yield a range of 9-11 damage taking type effectiveness as just 1 (11 attack on 9 defense). On one attempt, I got a damage roll of 8.
(→Generation III: Decided to test this in gen 3. Hacked the starter Squirtle to have Earthquake against Blue's Bulbasaur, and the calculation would yield a range of 9-11 damage taking type effectiveness as just 1 (11 attack on 9 defense). On one attempt, I got a damage roll of 8.) |
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* ''HH'' is 1.5 if the attacker's ally in a [[Double Battle]] has used {{m|Helping Hand}} on it, and 1 otherwise. <!-- multiplication by 15, then division by 10 --> | * ''HH'' is 1.5 if the attacker's ally in a [[Double Battle]] has used {{m|Helping Hand}} on it, and 1 otherwise. <!-- multiplication by 15, then division by 10 --> | ||
* ''STAB'' is the [[same-type attack bonus]]. This is equal to 1.5 if the move's [[type]] matches any of the user's types and 1 if otherwise. <!-- rounded down --> | * ''STAB'' is the [[same-type attack bonus]]. This is equal to 1.5 if the move's [[type]] matches any of the user's types and 1 if otherwise. <!-- rounded down --> | ||
* '' | * ''Type1'' is the [[type effectiveness]] of the used move against the target's first type (or only type, if it only has a single type). This can be 0.5 (not very effective), 1 (normally effective), or 2 (super effective). If the used move is {{m|Struggle}}, {{m|Future Sight}}, {{m|Beat Up}}, or {{m|Doom Desire}}, both ''Type1'' and ''Type2'' are always 1. | ||
* ''Type2'' is the [[type effectiveness]] of the used move against the target's second type. This can be 0.5 (not very effective), 1 (normally effective), or 2 (super effective). If the target only has a single type, ''Type2'' is 1. <!-- Individual factors are performed one after the other, in the order of the type matchup table. Each individual factor is a multiplication followed by a division by 10, with possible multipliers being 20 and 5 (and 0). --> | |||
* ''random'' is realized as a multiplication by a random uniformly distributed integer between 85 and 100 (inclusive), followed by an integer division by 100. <!-- rounded down --> ''random'' is always 1 if {{m|Spit Up}} is used. | * ''random'' is realized as a multiplication by a random uniformly distributed integer between 85 and 100 (inclusive), followed by an integer division by 100. <!-- rounded down --> ''random'' is always 1 if {{m|Spit Up}} is used. | ||