private void Calculate()
{
m_dTQMax = 0.0;
m_dHPMax = 0.0;
double[] numArray1 = new double[m_arrRpmValues.Count - 1];
numArray1.Initialize();
HPValue = numArray1;
double[] numArray2 = new double[m_arrRpmValues.Count - 1];
numArray2.Initialize();
TQValue = numArray2;
double[] numArray3 = new double[m_arrRpmValues.Count - 1];
numArray3.Initialize();
SampleRPM = numArray3;
int index1 = 0;
if (0 < m_arrRpmValues.Count - 1)
{
do
{
double num1 = (m_arrRpmValues[index1] as DatedValue).Value;
int index2 = index1 + 1;
double num2 = (m_arrRpmValues[index2] as DatedValue).Value;
DateTime dateTime1 = (m_arrRpmValues[index1] as DatedValue).Date;
TimeSpan timeSpan = (m_arrRpmValues[index2] as DatedValue).Date.Subtract(dateTime1);
dateTime1.AddSeconds(timeSpan.TotalSeconds * 0.5);
double num3 = (m_arrKphValues[index1] as DatedValue).Value;
double num4 = (m_arrKphValues[index2] as DatedValue).Value;
DateTime dateTime2 = (m_arrKphValues[index1] as DatedValue).Date;
DateTime dateTime3 = (m_arrKphValues[index2] as DatedValue).Date;
SampleRPM[index1] = (num2 + num1) * 0.5 * 0.001;
double num5 = (num4 + num3) * 0.5 * 0.621371192 * 0.44704;
double num6 = m_dVehicleWeight * 0.45359237 * num5 * num5 * 0.5 / dateTime3.Subtract(dateTime2).TotalSeconds;
HPValue[index1] = num6 * 0.00134102209;
if (HPValue[index1] > m_dHPMax)
{
m_dHPMax = HPValue[index1];
}
TQValue[index1] = HPValue[index1] * 5252.0 / (SampleRPM[index1] * 1000.0);
if (TQValue[index1] > m_dTQMax)
{
m_dTQMax = TQValue[index1];
}
index1 = index2;
}while (index1 < m_arrRpmValues.Count - 1);
}
dyno.XData1 = SampleRPM;
dyno.YData1 = HPValue;
dyno.XData2 = SampleRPM;
dyno.YData2 = TQValue;
dyno.YRangeEnd = m_dHPMax < m_dTQMax ? m_dTQMax : m_dHPMax;
dyno.YRangeEnd = (double)Convert.ToInt32(dyno.YRangeEnd + 0.5);
if (Convert.ToInt32(dyno.YRangeEnd) % Convert.ToInt32(dyno.YGrid) != 0)
{
do
{
dyno.YRangeEnd = dyno.YRangeEnd + 1.0;
}while (Convert.ToInt32(dyno.YRangeEnd) % Convert.ToInt32(dyno.YGrid) != 0);
}
dyno.ShowData1 = true;
dyno.ShowData2 = true;
dyno.Refresh();
}
private void Calculate()
{
m_TQMax = 0.0;
m_HPMax = 0.0;
m_HPValue = new double[m_RpmValues.Count - 1];
m_TQValue = new double[m_RpmValues.Count - 1];
m_SampleRPM = new double[m_RpmValues.Count - 1];
int idx = 0;
if ((m_RpmValues.Count - 1) > 0)
{
do
{
double rpm_value_0 = m_RpmValues[idx].Value;
int next = idx + 1;
double rpm_value_1 = m_RpmValues[next].Value;
DateTime rpm_date_0 = m_RpmValues[idx].Date;
TimeSpan delta_time = m_RpmValues[next].Date.Subtract(rpm_date_0);
rpm_date_0.AddSeconds(delta_time.TotalSeconds * 0.5);
double kph_value_0 = m_KphValues[idx].Value;
double kph_value_1 = m_KphValues[next].Value;
DateTime kph_date_0 = m_KphValues[idx].Date;
DateTime kph_date_1 = m_KphValues[next].Date;
m_SampleRPM[idx] = (rpm_value_1 + rpm_value_0) * 0.5 * 0.001;
double num5 = (kph_value_1 + kph_value_0) * 0.5 * 0.621371192 * 0.44704;
double kw_value = m_dVehicleWeight * 0.45359237 * num5 * num5 * 0.5 / kph_date_1.Subtract(kph_date_0).TotalSeconds;
m_HPValue[idx] = kw_value * 0.00134102209;
if (m_HPValue[idx] > m_HPMax)
{
m_HPMax = m_HPValue[idx];
}
m_TQValue[idx] = m_HPValue[idx] * 5252.0 / (m_SampleRPM[idx] * 1000.0);
if (m_TQValue[idx] > m_TQMax)
{
m_TQMax = m_TQValue[idx];
}
idx = next;
}while (idx < m_RpmValues.Count - 1);
}
dyno.XData1 = m_SampleRPM;
dyno.YData1 = m_HPValue;
dyno.XData2 = m_SampleRPM;
dyno.YData2 = m_TQValue;
dyno.YRangeEnd = m_HPMax < m_TQMax ? m_TQMax : m_HPMax;
dyno.YRangeEnd = (double)Convert.ToInt32(dyno.YRangeEnd + 0.5);
if (Convert.ToInt32(dyno.YRangeEnd) % Convert.ToInt32(dyno.YGrid) != 0)
{
do
{
dyno.YRangeEnd = dyno.YRangeEnd + 1.0;
}while (Convert.ToInt32(dyno.YRangeEnd) % Convert.ToInt32(dyno.YGrid) != 0);
}
dyno.ShowData1 = true;
dyno.ShowData2 = true;
dyno.Refresh();
}