private void lowestNumberOfTotalTestsMonthly(StackedStringArray givenList, MonthlyCovidStatistics statisticsToWriteTo)
{
List <string> unformattedDateOfCurrentLowest = new List <string>();
int currentLowestNumberOfTests = int.MaxValue;
foreach (List <string> currentList in givenList.getListOfList())
{
if (int.Parse(currentList.ElementAt(PositiveIncrease)) + int.Parse(currentList.ElementAt(NegativeIncrease)) < currentLowestNumberOfTests)
{
unformattedDateOfCurrentLowest.Clear();
unformattedDateOfCurrentLowest.Add(currentList.ElementAt(Date));
currentLowestNumberOfTests = int.Parse(currentList.ElementAt(PositiveIncrease)) + int.Parse(currentList.ElementAt(NegativeIncrease));
}
else if (int.Parse(currentList.ElementAt(PositiveIncrease)) +
int.Parse(currentList.ElementAt(NegativeIncrease)) < currentLowestNumberOfTests)
{
unformattedDateOfCurrentLowest.Add(currentList.ElementAt(Date));
}
}
if (currentLowestNumberOfTests == int.MaxValue)
{
statisticsToWriteTo.NumberLowestTotalTests = "-1";
}
else
{
statisticsToWriteTo.NumberLowestTotalTests = currentLowestNumberOfTests.ToString();
statisticsToWriteTo.DateLowestTotalTests = unformattedDateOfCurrentLowest;
}
}
private void iterateThroughEachMonth()
{
int monthOfFirstTest = this.getMonthValue(this.firstTestDate);
for (int currentMonth = monthOfFirstTest; currentMonth <= 12; currentMonth++)
{
StackedStringArray currentMonthCovidInformationList = new StackedStringArray();
MonthlyCovidStatistics currentMonthlyCovidStatistics = new MonthlyCovidStatistics(currentMonth, 2020);
foreach (List <string> currentList in this.getStackedStringList())
{
if (int.TryParse(currentList.ElementAt(Date), out _) &&
this.getMonthValue(currentList.ElementAt(Date)) == currentMonth &&
int.Parse(currentList.ElementAt(Date)) >= int.Parse(this.firstTestDate))
{
currentMonthCovidInformationList.addListToList(currentList);
currentMonthlyCovidStatistics.NumberOfDaysContainingData++;
}
}
if (currentMonthlyCovidStatistics.NumberOfDaysContainingData > 0)
{
this.highestNumberOfPositiveTestsMonthly(currentMonthCovidInformationList, currentMonthlyCovidStatistics);
this.lowestNumberOfPositiveTestsMonthly(currentMonthCovidInformationList, currentMonthlyCovidStatistics);
this.highestNumberOfTotalTestsMonthly(currentMonthCovidInformationList, currentMonthlyCovidStatistics);
this.highestNumberOfTotalTestsMonthly(currentMonthCovidInformationList, currentMonthlyCovidStatistics);
this.lowestNumberOfTotalTestsMonthly(currentMonthCovidInformationList, currentMonthlyCovidStatistics);
this.averageNumberOfPositiveTestsPerDayMonthly(currentMonthCovidInformationList, currentMonthlyCovidStatistics);
this.averageNumberOfTotalTestsPerDayMonthly(currentMonthCovidInformationList, currentMonthlyCovidStatistics);
this.theProcessedMonthlyCovidStatisticses.Add(currentMonthlyCovidStatistics);
}
}
}
private string formatMonthlyStatistics()
{
string outputString = "";
for (int currentMonthIndex = 0;
currentMonthIndex < this.theCovidInformation.getNumberOfMonthsInData();
currentMonthIndex++)
{
MonthlyCovidStatistics currentMonthlyCovidStatistics =
this.theCovidInformation.getMonthlyCovidStatistics(currentMonthIndex);
outputString += Environment.NewLine + Environment.NewLine
+ getMonthStringFromInt(currentMonthlyCovidStatistics.Month)
+ " " + currentMonthlyCovidStatistics.Year + " ("
+ currentMonthlyCovidStatistics.NumberOfDaysContainingData
+ " days of data):";
outputString += Environment.NewLine
+ "Highest number of positive tests: "
+ thousandsCommaPlacer(currentMonthlyCovidStatistics.NumberHighestPositiveTests)
+ " occurred on the " + multipleDaysFormat(currentMonthlyCovidStatistics.DateHighestPositiveTests)
+ ".";
outputString += Environment.NewLine
+ "Lowest number of positive tests: "
+ thousandsCommaPlacer(currentMonthlyCovidStatistics.NumberLowestPositiveTests)
+ " occurred on the " + multipleDaysFormat(currentMonthlyCovidStatistics.DateLowestPositiveTests)
+ ".";
outputString += Environment.NewLine
+ "Highest number of total tests: "
+ thousandsCommaPlacer(currentMonthlyCovidStatistics.NumberHighestTotalTests)
+ " occurred on the " + multipleDaysFormat(currentMonthlyCovidStatistics.DateHighestTotalTests)
+ ".";
outputString += Environment.NewLine
+ "Lowest number of total tests: "
+ thousandsCommaPlacer(currentMonthlyCovidStatistics.NumberLowestTotalTests)
+ " occurred on the " + multipleDaysFormat(currentMonthlyCovidStatistics.DateLowestTotalTests)
+ ".";
outputString += Environment.NewLine
+ "Average number of positive tests: "
+ thousandsCommaPlacer(currentMonthlyCovidStatistics.NumberAveragePositiveTests);
outputString += Environment.NewLine
+ "Average number of all tests: "
+ thousandsCommaPlacer(currentMonthlyCovidStatistics.NumberAverageTotalTests);
}
return(outputString);
}
private void averageNumberOfTotalTestsPerDayMonthly(StackedStringArray givenList, MonthlyCovidStatistics statisticsToWriteTo)
{
int totalNumberOfTotalTests = 0;
int numberOfDaysCounted = 0;
foreach (List <string> currentList in givenList.getListOfList())
{
totalNumberOfTotalTests += int.Parse(currentList.ElementAt(PositiveIncrease)) + int.Parse(currentList.ElementAt(NegativeIncrease));
numberOfDaysCounted++;
}
if (numberOfDaysCounted == 0)
{
statisticsToWriteTo.NumberAverageTotalTests = "-1";
}
else
{
double averageNumberOfTotalTests = Convert.ToDouble(totalNumberOfTotalTests) / Convert.ToDouble(numberOfDaysCounted);
statisticsToWriteTo.NumberAverageTotalTests = averageNumberOfTotalTests.ToString(CultureInfo.InvariantCulture);
}
}