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Remove whitespace, eof newline

Margen67
2021-04-21 16:03:22 -10:00
parent 646ed6d0db
commit aea0d04ae7
1 changed files with 11 additions and 12 deletions
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Ride-rating-calculation.md

@@ -3,7 +3,7 @@ This is an (incomplete) attempt to document some of the ride rating calculations
**Effect of G-force on ride ratings** ([ride_ratings_get_g_force_ratings](https://github.com/OpenRCT2/OpenRCT2/blob/develop/src/ride/ride_ratings.c?#L1127))
The effect of G-force on the ratings is calculated in the same manner for each ride, and then the results are multiplied by ride-specific coefficients and added to the current total. The ride-independent portion of this is:
excitement=0.08*max_positive_g-0.24*clamp(-2.5,max_negative_g,0)+0.4*min(1.5,max_lateral_g)
intensity=0.8*max_positive_g+0.8*(1-max_negative_g)+max_lateral_g
nausea=0.26*max_positive_g+0.22*(1-max_negative_g)+0.33*max_lateral_g
@@ -44,16 +44,15 @@ The effect of scenery is again calculated in the same manner for every ride. If
**Effect of proximity on excitement** ([ride_ratings_get_proximity_score](https://github.com/OpenRCT2/OpenRCT2/blob/develop/src/ride/ride_ratings.c?#L1256))
This is probably the most interesting routine if only because I never knew this was taken into account. Unfortunately, I'm not quite sure how this method works - it accesses a (presumably global?) array and I don't know where that is initialised. However, it appear that points are awarded for:
* Passing close to another point on the track
* Passing close to the station
* Passing close to the track of a different ride
* Passing close to paths
* Passing close to scenery
* Passing close to water (more points are awarded the closer the track is to the water)
* Passing through a vertical loop
* Looping around a path
* Interlocking loops
* Passing close to another point on the track
* Passing close to the station
* Passing close to the track of a different ride
* Passing close to paths
* Passing close to scenery
* Passing close to water (more points are awarded the closer the track is to the water)
* Passing through a vertical loop
* Looping around a path
* Interlocking loops
The score from each of these is totalled up, multiplied by a ride-specific constant, and then added to the excitement rating
@@ -80,4 +79,4 @@ Each ride has it's own minimum threshold for highest drop height, maximum speed,
**Effect of excessive intensity on excitement** ([ride_ratings_apply_intensity_penalty](https://github.com/OpenRCT2/OpenRCT2/blob/develop/src/ride/ride_ratings.c?#L1170))
If the intensity is above ten, the excitement is decreased by 25%. It is decreased again by 25% if the intensity exceeds 11, again if the intensity exceeds 12, again if the intensity exceeds 13.2, and finally if the intensity exceeds 14.5.
If the intensity is above ten, the excitement is decreased by 25%. It is decreased again by 25% if the intensity exceeds 11, again if the intensity exceeds 12, again if the intensity exceeds 13.2, and finally if the intensity exceeds 14.5.