Amiibo drops: Difference between revisions

Amiibo drops (view source)

Revision as of 20:57, 25 October 2018

362 bytes added , 5 years ago

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 [[AIDef:Action/ItemAmiiboCreateFromDropTable]] (the action that is responsible for determining the drop table and spawning the drops) follows the following process:
-*Get the number of times the amiibo has been scanned for the current day (using AmiiboTouchHistory): $scan_count
+*Get the number of times the amiibo has been scanned for the current day (using AmiiboTouchHistory): $scanCount
-*Get the number of times the amiibo has been scanned (using AmiiboTouchHistoryTotal): $scan_count_total
+*Get the number of times the amiibo has been scanned (using AmiiboTouchHistoryTotal): $$scanCountTotal
 *Determine the drop table category to use.
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 **When the amiibo has been scanned 0 to $HitRateAdjustStart times, the adjust rate is 0%.
 **This value increases linearly and reaches its maximum (100%) when the amiibo scan count is >= $HitRateAdjustEnd.
-**In practice, because HitRateAdjustStart and HitRateAdjustEnd are both set to the same value (5), the formula can be simplified: the rate is 100% if $scan_count_total >= $HitRateAdjustEnd and 0% otherwise.
+**In practice, because HitRateAdjustStart and HitRateAdjustEnd are both set to the same value (5), the formula can be simplified: the rate is 100% if $$scanCountTotal >= $HitRateAdjustEnd and 0% otherwise.
 *Determine if there should be a Great Hit (RNG)
-**If $scan_count is <2, use GreatHitRate1st as the probability of getting a Great Hit.
+**If $scanCount is <2, use GreatHitRate1st as the probability of getting a Great Hit.
-**If $scan_count is 2, use GreatHitRate2nd.
+**If $scanCount is 2, use GreatHitRate2nd.
-**If $scan_count is 3, use GreatHitRate3rd.
+**If $scanCount is 3, use GreatHitRate3rd.
 **In these three cases, if the great hit rate is >0.0, add <code>adjustRate * (100.0 - greatHitRate)</code> to the great hit rate.
-**Otherwise, if $scan_count is >3, the great hit rate is 0%.
+**Otherwise, if $scanCount is >3, the great hit rate is 0%.
 *If there was no Great Hit, determine if there should be a Big Hit (RNG)
-**If $scan_count <= 3, a Big Hit is guaranteed.
+**If $scanCount <= 3, a Big Hit is guaranteed.
-**If $scan_count >= 4, a Big Hit will never happen.
+**If $scanCount >= 4, a Big Hit will never happen.
 *Determine if there should be a Small Hit (RNG)
-**If $scan_count is <2, use SmallHitRate1st.
+**If $scanCount is <2, use SmallHitRate1st.
-**If $scan_count is 2, use SmallHitRate2nd.
+**If $scanCount is 2, use SmallHitRate2nd.
-**If $scan_count is 3, use SmallHitRate3rd.
+**If $scanCount is 3, use SmallHitRate3rd.
-**Otherwise, if $scan_count is >3, the great hit rate is 0%.
+**Otherwise, if $scanCount is >3, the great hit rate is 0%.
-*Determine the drop number rate
+*Determine the drop num rate
-**If $scan_count is <2, use DropNumRate1st.
+**If $scanCount is <2, use DropNumRate1st.
-**If $scan_count is 2, use DropNumRate2nd.
+**If $scanCount is 2, use DropNumRate2nd.
-**If $scan_count is 3, use DropNumRate3rd.
+**If $scanCount is 3, use DropNumRate3rd.
-**Otherwise, if $scan_count is >3, the drop num rate is 0%.
+**Otherwise, if $scanCount is >3, the drop num rate is 0%.
+*For each [[#Drop tables|drop table]] ({Normal,SmallHit,BigHit,GreatHit}{,2}), calculate the actual drop num.
+**0 if the table doesn't exist in the [[bdrop]]
+**<code>max(1, (dropNumRate * repeatNum) / 100.0)</code> otherwise
+**'''Note:''' For BigHit and GreatHit tables, (Remain), (Parasail) or (Normal) are appended to the table name.
+*Fix the drop nums based on the RNG results
 == References ==