private void InitializeGridViewDataForIdealEngine()
{
this.dataGridView_IdealEngine.Rows.Add(
DEFAULT_VALUE_N1, DEFAULT_VALUE_N2, DEFAULT_VALUE_LAMBDA, String.Empty,
String.Empty, String.Empty, String.Empty, String.Empty
);
FormDiagramProcessOfCylinder.AutosizeGridView(dataGridView_DataForDiagram);
}
private void ShowTorqueUniformities(List <TorqueUniformity> torqueUniformities, DataGridView dataGridView)
{
int iter = 0;
torqueUniformities.ForEach(torqueUniformity =>
{
dataGridView.Rows.Add(iter + 1, Round(torqueUniformity.Mmax, 3), Round(torqueUniformity.Mmin, 3), Round(torqueUniformity.Mu, 3));
iter++;
});
FormDiagramProcessOfCylinder.AutosizeGridView(dataGridView);
}
private void InitializeGridViewDataForDiagram()
{
for (int i = 0; i < COUNT_CYLINDER_ENGINE; i++)
{
this.dataGridView_DataForDiagram.Rows.Add(
i + 1, DEFAULT_VALUE_N1, DEFAULT_VALUE_N2, DEFAULT_VALUE_LAMBDA, String.Empty,
String.Empty, String.Empty, String.Empty, String.Empty
);
}
FormDiagramProcessOfCylinder.AutosizeGridView(dataGridView_DataForDiagram);
}
private void ShowSpecificForcesAndTorqueEngineOnGridView(DataGridView dataGridView)
{
// remove records in calculations of data specific forces with first angle == 360, and left next record with 360(left record with pressure expansion)
CalcSpecificForcesOfCylinders.ForEach(calcSpecForces =>
{
int indexRecordWith360Degree = calcSpecForces.DataSpecificForces.Angles.BinarySearch(360);
if (calcSpecForces.DataSpecificForces.Angles[indexRecordWith360Degree + 1] == 360) // data for 360 degree was remmoved
{
calcSpecForces.DataSpecificForces.Angles.RemoveAt(indexRecordWith360Degree);
calcSpecForces.DataSpecificForces.T.RemoveAt(indexRecordWith360Degree);
}
});
//CalcSpecificForcesOfCylinders[FIRST_CYLINDER].
//reset total torque
TotalTorqueOfCylinders = new List <double>();
//create bearing index of T in 6 cylinder for going along T in data specif forces
int bearingIndexT1 = CalcSpecificForcesOfCylinders[FIRST_CYLINDER].DataSpecificForces.Angles.BinarySearch(START_ANGLE_T1);
int bearingIndexT2 = CalcSpecificForcesOfCylinders[SECOND_CYLINDER].DataSpecificForces.Angles.BinarySearch(START_ANGLE_T2);
int bearingIndexT3 = CalcSpecificForcesOfCylinders[THIRD_CYLINDER].DataSpecificForces.Angles.BinarySearch(START_ANGLE_T3);
int bearingIndexT4 = CalcSpecificForcesOfCylinders[FOURTH_CYLINDER].DataSpecificForces.Angles.BinarySearch(START_ANGLE_T4);
int bearingIndexT5 = CalcSpecificForcesOfCylinders[FIFTH_CYLINDER].DataSpecificForces.Angles.BinarySearch(START_ANGLE_T5);
int bearingIndexT6 = CalcSpecificForcesOfCylinders[SIXTH_CYLINDER].DataSpecificForces.Angles.BinarySearch(START_ANGLE_T6);
int lengthInternalObjectsInDataSpecForces = CalcSpecificForcesOfCylinders[FIRST_CYLINDER].DataSpecificForces.LengthInternalObject;
for (int iterT = 0; iterT < lengthInternalObjectsInDataSpecForces - 1; iterT++) // go along DataSpecificForces for get T of differentcylinder
{
double T1 = CalcSpecificForcesOfCylinders[FIRST_CYLINDER].DataSpecificForces.T[bearingIndexT1];
double T2 = CalcSpecificForcesOfCylinders[SECOND_CYLINDER].DataSpecificForces.T[bearingIndexT2];
double T3 = CalcSpecificForcesOfCylinders[THIRD_CYLINDER].DataSpecificForces.T[bearingIndexT3];
double T4 = CalcSpecificForcesOfCylinders[FOURTH_CYLINDER].DataSpecificForces.T[bearingIndexT4];
double T5 = CalcSpecificForcesOfCylinders[FIFTH_CYLINDER].DataSpecificForces.T[bearingIndexT5];
double T6 = CalcSpecificForcesOfCylinders[SIXTH_CYLINDER].DataSpecificForces.T[bearingIndexT6];
double Tsum = Round(T1 + T2 + T3 + T4 + T5 + T6, 3);
//Mi = 1000 * TSum * Fn * R
double totalTorque = Round(1000 * Tsum * FormsDiagrOfCylinderProcesses[FIRST_CYLINDER].CalcPolitrops.Fn * CalcPolitrops.R, 3);
TotalTorqueOfCylinders.Add(totalTorque);
//save max totalTorque and min totalTorque
if (iterT == 0)
{
this.maxTotalTorque = totalTorque;
this.minTotalTorque = totalTorque;
}
else
{
if (totalTorque > maxTotalTorque)
{
this.maxTotalTorque = totalTorque;
}
if (totalTorque < minTotalTorque)
{
this.minTotalTorque = totalTorque;
}
}
dataGridView.Rows.Add(CalcSpecificForcesOfCylinders[FIRST_CYLINDER].DataSpecificForces.Angles[iterT], T1, T2, T3, T4, T5, T6, Tsum, totalTorque);
//increase index
bearingIndexT1++;
bearingIndexT2++;
bearingIndexT3++;
bearingIndexT4++;
bearingIndexT5++;
bearingIndexT6++;
//lengthInternalObjectsInDataSpecForces-1 cause value in 720 degree is the same as 0 degree
if (bearingIndexT1 == lengthInternalObjectsInDataSpecForces - 1) //index in end - go from start,
{
bearingIndexT1 = 0;
}
if (bearingIndexT2 == lengthInternalObjectsInDataSpecForces - 1) //index in end - go from start
{
bearingIndexT2 = 0;
}
if (bearingIndexT3 == lengthInternalObjectsInDataSpecForces - 1) //index in end - go from start
{
bearingIndexT3 = 0;
}
if (bearingIndexT4 == lengthInternalObjectsInDataSpecForces - 1) //index in end - go from start
{
bearingIndexT4 = 0;
}
if (bearingIndexT5 == lengthInternalObjectsInDataSpecForces - 1) //index in end - go from start
{
bearingIndexT5 = 0;
}
if (bearingIndexT6 == lengthInternalObjectsInDataSpecForces - 1) //index in end - go from start
{
bearingIndexT6 = 0;
}
}
//save average total torque
this.averageTotalTorque = (this.maxTotalTorque + this.minTotalTorque) / 2;
FormDiagramProcessOfCylinder.AutosizeGridView(dataGridView);
}
