Write two functions, one that converts standard time to decimal time and one that converts decimal time to standard time.
toIndustrial(time)should accept either the time in minutes as an integer or a string of the format "h:mm" or "hhh:mm". Minutes will always consist of two digits in the tests (e.g., "0:05"); hours can have more. Tests are simple in this regard: Expect rather small values (900 is the maximum). Return a double that represents decimal hours (e.g. 1.75 for 1h 45m). Round to a precision of two decimal digits - do not simply truncate!toNormal(time)should accept a double representing decimal time in hours. Return a string that represents standard time in the format "h:mm".- Working time is usually rounded to Integer decimal minutes. Thus one normal minute equals 0.02 decimal hours, while two normal minutes equal 0.03 decimal hours and so on.
- There will be no seconds in the tests. We'll neglect them for the purpose of this kata.
toIndustrial(61) => 1.02toIndustrial("1:45") => 1.75toNormal(0.33) => "0:20"```