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@ -88,10 +88,11 @@
higher kart numbers. Otherwhise, it will default to value for 20. -->
<reference_points ref1="1" ref2="5" ref3="9" ref4="14" ref5="20" />
<!-- Distribution of the items depending on position of the
kart. There are defined value for first kart, last kart, and
<!-- This defines the probabilities to get each type of item depending on
the position of the kart.
There are defined value for first kart, last kart, and
at three equally spaced points between those.
For example, with 5 karts those points will match positon 2, 3, 4.
For example, with 5 karts those points will match positions 2, 3, 4.
With 10 karts, they will correspond to 3,25 ; 5,5 ; 7,75.
It is not an issue for it to be a float, as the weights for positions
are linearly averaged.
@ -102,6 +103,13 @@
the weight at which it will yeld a triple item
rather than a single one
w1 corresponds to the weights at ref1, w2 to the weights at ref2, etc.
When the number of karts in the race fall between refi and refj,
the weights used are a weighted average between wi and wj.
wf and w-multif are the weights associated with the follow-the-leader
mode. Those are the same for all kart numbers.
The probability to get an item is its weight divided by
sum of weights of all items (single AND multi). It is recommended
to keep that sum equal to 200 to easily keep track of probabilities.
@ -111,7 +119,7 @@
too often (compared with many items which will only
affect a karts or two).
The distribution should give more similar item to different ranks
The distribution should give more similar items to different ranks
when there are few karts, but have more important differences when
there are more karts. -->
<!-- bubble cake bowl zipper plunger switch swattr rubber para anvil -->