class Attendee
def initialize(height)
@height = height
end
def issue_pass!(pass_id)
@pass_id = pass_id
end
def revoke_pass!
@pass_id = nil
end
# Do not edit above methods, add your own methods below.
def has_pass?
if @pass_id != nil
pass_id = true
else
pass_id = false
end
# raise 'Please implement the Attendee#haspass? method'
end
def fits_ride?(ride_minimum_height)
if @height < ride_minimum_height
ride_minimum_height = false
else
ride_minimum_height = true
end
# raise 'Please implement the Attendee#fits_ride? method'
end
def allowed_to_ride?(ride_minimum_height)
fits_ride?(ride_minimum_height) && has_pass?
# raise 'Please implement the Attendee#allowed_to_ride? method'
end
end
The exercise was to improve the Amusement Park system to allow or reject visitors that have a pass or not and have a qualifying height.
Originally, I did allowed_to_ride? as a if else statement to analyze if both fits_ride? and hass_pass? is true, then it will return allowed_to_ride? true.
However, the if statement didn't work and so I saw this as a solution:
fits_ride?(ride_minimum_height) && has_pass?
This works because it already brings a boolean with the end and saves it onto ride_minimum_height.
According to the mentor, doing an if else statement would be redundant because both allowed_to_ride? and fits_ride? save values onto (ride_minimum_height)
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