private void Shoot()
{
int lRtn;
double lDR = 0; //Trajectory Range increment.
double lCR; //Current Range.
TrajectoryData lTD;
lRtn = _MyBallisticsCalculator.PreflightCheck();
if (lRtn < 0)
{
PostFlightCheck(lRtn);
return;
}
lDR = 1;
lCR = lDR;
_MyTrajectories = new ObservableCollection <TrajectoryData>();
while (lCR < _MyBallisticsCalculator.ShotDistance)
{
lTD = new TrajectoryData();
lTD.Range = lCR;
lTD.MuzzleDrop = MyBallisticsCalculator.MuzzleDrop(lCR);
lTD.SightDelta = MyBallisticsCalculator.SightDelta(lCR);
lTD.Velocity = MyBallisticsCalculator.Velocity(lCR);
lTD.Energy = MyBallisticsCalculator.Energy(MyBallisticsCalculator.BulletWeight, lCR);
lTD.SpinRate = MyBallisticsCalculator.SpinRate(lCR);
lTD.GyroStability = MyBallisticsCalculator.GyroscopicStability(MyBallisticsCalculator.Velocity(lCR), MyBallisticsCalculator.TempF, MyBallisticsCalculator.BaroPressure);
lTD.HorizDev = MyBallisticsCalculator.TotalHorizontalDrift(lCR);
lTD.CoriolisH = MyBallisticsCalculator.GetCoriolisHoriz(lCR);
lTD.CoriolisV = MyBallisticsCalculator.GetCoriolisVert(lCR);
lTD.SpinDrift = MyBallisticsCalculator.GetSpinDrift(lCR);
lTD.WindDeflect = MyBallisticsCalculator.WindDriftDegrees(_MyBallisticsCalculator.WindSpeed, _MyBallisticsCalculator.WindDirectionDeg, lCR);
lTD.FlightTime = MyBallisticsCalculator.FlightTime(lCR);
lCR += lDR;
if (lCR >= _MyBallisticsCalculator.ShotDistance)
{
lTD = new TrajectoryData();
lTD.Range = _MyBallisticsCalculator.ShotDistance;
lTD.MuzzleDrop = MyBallisticsCalculator.MuzzleDrop(_MyBallisticsCalculator.ShotDistance);
lTD.SightDelta = MyBallisticsCalculator.SightDelta(_MyBallisticsCalculator.ShotDistance);
lTD.Velocity = MyBallisticsCalculator.Velocity(_MyBallisticsCalculator.ShotDistance);
lTD.Energy = MyBallisticsCalculator.Energy(MyBallisticsCalculator.BulletWeight, _MyBallisticsCalculator.ShotDistance);
lTD.SpinRate = MyBallisticsCalculator.SpinRate(lCR);
lTD.GyroStability = MyBallisticsCalculator.GyroscopicStability(MyBallisticsCalculator.Velocity(_MyBallisticsCalculator.ShotDistance), MyBallisticsCalculator.TempF, MyBallisticsCalculator.BaroPressure);
lTD.HorizDev = MyBallisticsCalculator.TotalHorizontalDrift(_MyBallisticsCalculator.ShotDistance);
lTD.CoriolisH = MyBallisticsCalculator.GetCoriolisHoriz(_MyBallisticsCalculator.ShotDistance);
lTD.CoriolisV = MyBallisticsCalculator.GetCoriolisVert(_MyBallisticsCalculator.ShotDistance);
lTD.SpinDrift = MyBallisticsCalculator.GetSpinDrift(_MyBallisticsCalculator.ShotDistance);
lTD.WindDeflect = MyBallisticsCalculator.WindDriftDegrees(_MyBallisticsCalculator.WindSpeed, _MyBallisticsCalculator.WindDirectionDeg, _MyBallisticsCalculator.ShotDistance);
lTD.FlightTime = MyBallisticsCalculator.FlightTime(_MyBallisticsCalculator.ShotDistance);
}
_MyTrajectories.Add(lTD);
}
RaisePropertyChanged(nameof(MyTrajectories));
LoadCharts();
}
private void GetTestBulletBC()
{
double lBC = 0; BulletShapeEnum lShape;
if (_frmBCcalc == null)
{
return;
}
_frmBCcalc.txtBulletDia.GetBindingExpression(System.Windows.Controls.TextBox.TextProperty).UpdateSource();
_frmBCcalc.txtBulletWt.GetBindingExpression(System.Windows.Controls.TextBox.TextProperty).UpdateSource();
lShape = (BulletShapeEnum)Enum.Parse(typeof(BulletShapeEnum), _TestBulletType);
lBC = MyBallisticsCalculator.EstimateBC(_TestBulletWeight, _TestBulletDiameter, lShape);
_TestBulletBC = Math.Round(lBC, 4);
RaisePropertyChanged(nameof(TestBulletBC));
}
