public void AverageSpeedTest()
{
SummaryCalculator sv = new SummaryCalculator(heart, speed, speed_mile, cadence, altitude, power, powerBalance, time);
String result = sv.AverageSpeed();
Assert.AreEqual(result, "Average Speed=30 km/hr");
}
/// <summary>
/// Calls the summary calculator class and calculates summary and displays it in text area
/// </summary>
public void SummaryFiller()
{
SummaryCalculator sv = new SummaryCalculator(heart, speed, speed_mile, cadence, altitude, power, powerbalance, time);
string totalDistanceKm = sv.TotalDistance();
string totalMile = sv.TotalDistanceMile();
string avgSpeed = sv.AverageSpeed();
string maxSpeed = sv.MaxSpeed();
string avgSpeedMile = sv.AverageSpeedMile();
string maxSpeedMile = sv.MaxSpeedMile();
string avgHeartRate = sv.AverageHeartRate();
string minHeartRate = sv.MinHeartRate();
string maxHeartRate = sv.MaxHeartRate();
string avgPower = sv.AveragePower();
string avgAlt = sv.AverageAltitude();
string maxPower = sv.maxPower();
List <string> summary = new List <string>();
summary.Add(totalMile);
summary.Add(avgSpeedMile);
summary.Add(maxSpeedMile);
summary.Add(avgHeartRate);
summary.Add(maxHeartRate);
summary.Add(minHeartRate);
summary.Add(avgPower);
summary.Add(maxPower);
summary.Add(avgAlt);
foreach (string val in summary)
{
txtSummary.Text = txtSummary.Text + val + Environment.NewLine;
summary2.Text = summary2.Text + val + Environment.NewLine;
}
}
/// <summary>
/// method to fetch the calculations from summary class and fill the text area
/// </summary>
/// <param name="unit"></param>
public void SummaryFiller(String unit)
{
SummaryCalculator sv = new SummaryCalculator(heart, speed, speed_mile, cadence, altitude, power, powerbalance, timee);
string totalDistanceKm = sv.TotalDistance();
string totalMile = sv.TotalDistanceMile();
string avgSpeed = sv.AverageSpeed();
string maxSpeed = sv.MaxSpeed();
string avgSpeedMile = sv.AverageSpeedMile();
string maxSpeedMile = sv.MaxSpeedMile();
string avgHeartRate = sv.AverageHeartRate();
string minHeartRate = sv.MinHeartRate();
string maxHeartRate = sv.MaxHeartRate();
string avgPower = sv.AveragePower();
string avgAlt = sv.AverageAltitude();
string maxPower = sv.maxPower();
if (unit.Equals("km/hr"))
{
List <string> summary = new List <string>
{
totalDistanceKm,
avgSpeed,
maxSpeed,
avgHeartRate,
maxHeartRate,
minHeartRate,
avgPower,
avgAlt,
maxPower,
};
foreach (string val in summary)
{
txtSummary.Text = txtSummary.Text + val + Environment.NewLine;
summary2.Text = summary2.Text + val + Environment.NewLine;
}
foreach (string val in summary)
{
summary2.Text = summary2.Text + val + Environment.NewLine;
}
}
else if (unit.Equals("miles/hr"))
{
List <string> summary = new List <string>();
summary.Add(totalMile);
summary.Add(avgSpeedMile);
summary.Add(maxSpeedMile);
summary.Add(avgHeartRate);
summary.Add(maxHeartRate);
summary.Add(minHeartRate);
summary.Add(avgPower);
summary.Add(maxPower);
summary.Add(avgAlt);
foreach (string val in summary)
{
txtSummary.Text = txtSummary.Text + val + Environment.NewLine;
summary2.Text = summary2.Text + val + Environment.NewLine;
}
foreach (string val in summary)
{
summary2.Text = summary2.Text + val + Environment.NewLine;
}
}
}
/// <summary>
/// Fills the Summary details into the table for compariion
/// </summary>
public void SummaryFiller()
{
SummaryCalculator sv = new SummaryCalculator(heart, speed, speed_mile, cadence, altitude, power, powerbalance, timee);
string[] stotalDistanceKm = sv.TotalDistance().Split('=');
String totalDistanceKm = stotalDistanceKm[1];
string[] stotalMile = sv.TotalDistanceMile().Split('=');
String totalMile = stotalMile[1];
string[] savgSpeed = sv.AverageSpeed().Split('=');
String avgSpeed = savgSpeed[1];
string[] smaxSpeed = sv.MaxSpeed().Split('=');
string maxSpeed = smaxSpeed[1];
string[] savgSpeedMile = sv.AverageSpeedMile().Split('=');
string avgSpeedMile = savgSpeedMile[1];
string[] smaxSpeedMile = sv.MaxSpeedMile().Split('=');
string maxSpeedMile = smaxSpeedMile[1];
string[] savgHeartRate = sv.AverageHeartRate().Split('=');
string avgHeartRate = savgHeartRate[1];
string[] sminHeartRate = sv.MinHeartRate().Split('=');
string minHeartRate = sminHeartRate[1];
string[] smaxHeartRate = sv.MaxHeartRate().Split('=');
string maxHeartRate = smaxHeartRate[1];
string[] savgPower = sv.AveragePower().Split('=');
string avgPower = savgPower[1];
string[] savgAlt = sv.AverageAltitude().Split('=');
string avgAlt = savgAlt[1];
string[] smaxPower = sv.maxPower().Split('=');
string maxPower = smaxPower[1];
string ftp = sv.CalculateFTP();
string[] norm1 = sv.CalculateNP().Split('=');
string Np1 = norm1[1];
string[] sIF1 = sv.CalculateIF().Split('=');
string IF1 = sIF1[1];
string[] sTss1 = sv.CalculateTSS().Split('=');
string Tss1 = sTss1[1];
dataGridView3.Rows.Add(totalDistanceKm, avgSpeed, maxSpeed, avgHeartRate, maxHeartRate, minHeartRate, avgPower, maxPower, avgAlt, IF1, Tss1, Np1);
SummaryCalculator sv1 = new SummaryCalculator(heart11, speed11, speed_mile11, cadence11, altitude11, power11, powerbalance11, timee1);
string[] stotalDistanceKm1 = sv1.TotalDistance().Split('=');
String totalDistanceKm1 = stotalDistanceKm[1];
string[] stotalMile1 = sv1.TotalDistanceMile().Split('=');
String totalMile1 = stotalMile1[1];
string[] savgSpeed1 = sv1.AverageSpeed().Split('=');
String avgSpeed1 = savgSpeed1[1];
string[] smaxSpeed1 = sv1.MaxSpeed().Split('=');
string maxSpeed1 = smaxSpeed1[1];
string[] savgSpeedMile1 = sv1.AverageSpeedMile().Split('=');
string avgSpeedMile1 = savgSpeedMile1[1];
string[] smaxSpeedMile1 = sv1.MaxSpeedMile().Split('=');
string maxSpeedMile1 = smaxSpeedMile1[1];
string[] savgHeartRate1 = sv1.AverageHeartRate().Split('=');
string avgHeartRate1 = savgHeartRate1[1];
string[] sminHeartRate1 = sv1.MinHeartRate().Split('=');
string minHeartRate1 = sminHeartRate1[1];
string[] smaxHeartRate1 = sv1.MaxHeartRate().Split('=');
string maxHeartRate1 = smaxHeartRate1[1];
string[] savgPower1 = sv1.AveragePower().Split('=');
string avgPower1 = savgPower1[1];
string[] savgAlt1 = sv1.AverageAltitude().Split('=');
string avgAlt1 = savgAlt1[1];
string[] smaxPower1 = sv1.maxPower().Split('=');
string maxPower1 = smaxPower1[1];
string ftp1 = sv1.CalculateFTP();
string[] norm = sv1.CalculateNP().Split('=');
Console.WriteLine(sv1.CalculateTSS());
string Np = norm[1];
string[] sIF = sv1.CalculateIF().Split('=');
string IF = sIF[1];
string[] sTss = sv1.CalculateTSS().Split('=');
string Tss = sTss[1];
dataGridView4.Rows.Add(totalDistanceKm1, avgSpeed1, maxSpeed1, avgHeartRate1, maxHeartRate1, minHeartRate1, avgPower1, maxPower1, avgAlt1, IF, Tss, Np);
}