Follow-up to #1406: now that the function M.Q.Convert.DoubleAsStringWithPrecision is available, we can use it in the katas to shorten the long floating-point numbers.
Here are a few examples of the katas that print long doubles:
There are probably others; the typical scenario in which this occurs is printing the Double parameters of the test or returns of the solution for an incorrect solution. We are unlikely to need more than 2-3 digits of precision in these cases.
Follow-up to #1406: now that the function M.Q.Convert.DoubleAsStringWithPrecision is available, we can use it in the katas to shorten the long floating-point numbers.
Here are a few examples of the katas that print long doubles:
There are probably others; the typical scenario in which this occurs is printing the Double parameters of the test or returns of the solution for an incorrect solution. We are unlikely to need more than 2-3 digits of precision in these cases.