In this exercise you'll be writing code to help a freelancer communicate with a project manager by providing a few utilities to quickly calculate daily and monthly rates, optionally with a given discount.
We first establish a few rules between the freelancer and the project manager:
The daily rate is 8 times the hourly rate. A month has 22 billable days. The freelancer is offering to apply a discount if the project manager chooses to let the freelancer bill per month, which can come in handy if there is a certain budget the project manager has to work with.
Discounts are modeled as fractional numbers representing percentage, for example 25.0 (25%).
Implement a function to calculate the daily rate given an hourly rate:
freelancer_rates.daily_rate(60)
# => 480.0The returned daily rate should be a float.
Implement a function to calculate the price after a discount.
freelancer_rates.apply_discount(150, 10)
# => 135.0The returned value should always be a float, not rounded in any way.
Implement a function to calculate the monthly rate, and apply a discount:
freelancer_rates.monthly_rate(77, 10.5)
# => 12130The returned monthly rate should be rounded up (take the ceiling) to the nearest integer.
Implement a function that takes a budget, a hourly rate, and a discount, and calculates how many days of work that covers.
freelancer_rates.days_in_budget(20000, 80, 11.0)
# => 35The returned number of days should be rounded down (take the floor) to one decimal place.
In this exercise you'll be writing code to help a freelancer communicate with a project manager by providing a few utilities to quickly calculate daily and monthly rates, optionally with a given discount.
We first establish a few rules between the freelancer and the project manager:
The daily rate is 8 times the hourly rate. A month has 22 billable days. The freelancer is offering to apply a discount if the project manager chooses to let the freelancer bill per month, which can come in handy if there is a certain budget the project manager has to work with.
Discounts are modeled as fractional numbers representing percentage, for example 25.0 (25%).
Implement a function to calculate the daily rate given an hourly rate:
freelancer_rates.daily_rate(60)
# => 480.0The returned daily rate should be a float.
Implement a function to calculate the price after a discount.
freelancer_rates.apply_discount(150, 10)
# => 135.0The returned value should always be a float, not rounded in any way.
Implement a function to calculate the monthly rate, and apply a discount:
freelancer_rates.monthly_rate(77, 10.5)
# => 12130The returned monthly rate should be rounded up (take the ceiling) to the nearest integer.
Implement a function that takes a budget, a hourly rate, and a discount, and calculates how many days of work that covers.
freelancer_rates.days_in_budget(20000, 80, 11.0)
# => 35The returned number of days should be rounded down (take the floor) to one decimal place.