Compute Roller Coaster Scores

You are given a list of roller coaster descriptions. Each description is a string in the format: `<CoasterType> <MaxSpeed> <BumpsPerSecond> <LiftType>` Examples: - `"Wooden 4 2 Chain"` - `"Steel 20 0 Cable"` - `"Suspended 2 0.5 Cable"` For each coaster, compute an overall score using: `OverallScore = ScaleFactor * ComfortScore * MaxSpeed` The `ScaleFactor` and `ComfortScore` depend on the coaster type: - `Wooden` - `ScaleFactor = 1.0` - `ComfortScore = min(1.0, 1.0 / BumpsPerSecond)` - `Steel` - `ScaleFactor = 2.0` - `ComfortScore = min(1.0, 5.0 / MaxSpeed)` - `Suspended` - `ScaleFactor = 0.5` - `ComfortScore = min(1.0, 1.0 / BumpsPerSecond) + LiftTypeBonus` - `LiftTypeBonus` is: - `0.5` if `LiftType` is `Cable` - `0.1` if `LiftType` is `Launched` - `0.0` otherwise Return a list of strings in the same order as the input, where each string is formatted as: `"Overall: <score>"` The score should be rounded to one decimal place. Assume the input strings are well-formed, numeric fields can be parsed as floating-point values, and any denominator used by the relevant formula is nonzero. Follow-up: design the solution so that adding new coaster types or changing scoring rules does not require modifying the core processing loop.