public ProjectileMotionWithResistanceQuantities(InitialVelocity v, ElevationAngle α, InitialHeight h, GravAcceleration g, Mass m, Density ρ, FrontalArea a, DragCoefficient c, ProjectileMotionResultsUnits units = null) : base(v, α, h, g, units)
{
M = m;
Ρ = ρ;
C = c;
A = a;
}
/// <summary>
/// 7. Constructor for a projectile motion Quantities. Computes an elevation angle based on the length.
/// </summary>
/// <param name="v">An initial velocity.</param>
/// <param name="l">The length.</param>
/// <param name="h">An initial height.</param>
/// <param name="g">A gravitation acceleration of the planet.</param>
/// <param name="units">The units of Quantities. By default metre per second, radian, metre and metre per square second.</param>
public ProjectileMotionQuantities(Length l, InitialVelocity v, InitialHeight h, GravAcceleration g, ProjectileMotionResultsUnits units = null)
{
Units = units ?? new ProjectileMotionResultsUnits();
V = v;
H = h;
G = g;
Α = new ElevationAngle(
GetResultWithComputeExpection(
l.GetBasicVal() == 0 && H.GetBasicVal() == 0 ?
double.NaN
:
EquationSolver.BisectionFindRoot(
a => V.GetBasicVal() * Math.Cos(a) * (
V.GetBasicVal() * Math.Sin(a) + Math.Sqrt(Math.Pow(V.GetBasicVal() *
Math.Sin(a), 2) + 2.0 * G.GetBasicVal() * H.GetBasicVal())
) / G.GetBasicVal() - l.GetBasicVal(),
0,
new ElevationAngle(ElevationAngle.ElevationAngleTypes.Right).Val,
1E-4
)
),
UnitAngle.Basic
).Convert(Units.Angle);
UsedAssignmentType = AssignmentsTypes.ElevationAngleByLength;
}
/// <summary>
/// 13. Constructor for a projectile motion Quantities. Computes an elevation angle based on the duration and the length.
/// </summary>
/// <param name="v">An initial velocity.</param>
/// <param name="l">The length.</param>
/// <param name="dur">The duration.</param>
/// <param name="g">A gravitation acceleration of the planet.</param>
/// <param name="units">The units of Quantities. By default metre per second, radian, metre and metre per square second.</param>
public ProjectileMotionQuantities(InitialVelocity v, Length l, Duration dur, GravAcceleration g, ProjectileMotionResultsUnits units = null)
{
Units = units ?? new ProjectileMotionResultsUnits();
G = g;
V = v;
Α = new ElevationAngle(
GetResultWithComputeExpection(
l.GetBasicVal() == 0 && dur.GetBasicVal() == 0 && V.GetBasicVal() > 0 ?
0
:
Math.Acos(l.GetBasicVal() / (V.GetBasicVal() * dur.GetBasicVal()))
),
UnitAngle.Basic
).Convert(Units.Angle);
H = new InitialHeight(
GetResultWithComputeExpection(
0.5 * G.GetBasicVal() * Math.Pow(dur.GetBasicVal(), 2.0) -
Math.Sin(Α.GetBasicVal()) * V.GetBasicVal() * dur.GetBasicVal()
),
UnitLength.Basic
).Convert(Units.Length);
UsedAssignmentType = AssignmentsTypes.ElevationAngleByLengthAndDur;
}
/// <summary>
/// 1. Constructor for a projectile motion Quantities.
/// </summary>
/// <param name="v">An initial velocity.</param>
/// <param name="α">An elevation angle.</param>
/// <param name="h">An initial height.</param>
/// <param name="g">A gravitation acceleration of the planet.</param>
/// <param name="units">The units of Quantities. By default metre per second, radian, metre and metre per square second.</param>
public ProjectileMotionQuantities(InitialVelocity v, ElevationAngle α, InitialHeight h, GravAcceleration g, ProjectileMotionResultsUnits units = null)
{
Units = units ?? new ProjectileMotionResultsUnits();
V = v;
Α = α;
H = h;
G = g;
UsedAssignmentType = AssignmentsTypes.Basic;
}
public void TestAssignmentsSpecialCases()
{
Duration nullDur = new Duration(0, UnitTime.Second);
Duration largeDur = new Duration(20, UnitTime.Second);
Length nullLen = new Length(0, UnitLength.Metre);
MaximalHeight nullMaxH = new MaximalHeight(0, UnitLength.Metre);
MaximalHeight smallMaxH = new MaximalHeight(2, UnitLength.Metre);
Length smallLen = new Length(4, UnitLength.Metre);
InitialVelocity nullV = new InitialVelocity(0, UnitVelocity.MetrePerSecond);
ElevationAngle nullΑ = new ElevationAngle(ElevationAngle.ElevationAngleTypes.Horizontal);
ElevationAngle rightΑ = new ElevationAngle(ElevationAngle.ElevationAngleTypes.Right);
InitialHeight nullH = new InitialHeight(0, UnitLength.Metre);
// should not throw the compute exception
new ProjectileMotionQuantities(Dur, nullΑ, nullV, G, Utilities.UnitsOfResults);
new ProjectileMotionQuantities(Dur, rightΑ, nullV, G, Utilities.UnitsOfResults);
new ProjectileMotionQuantities(Dur, Α, nullV, G, Utilities.UnitsOfResults);
new ProjectileMotionQuantities(nullDur, Α, nullV, G, Utilities.UnitsOfResults);
new ProjectileMotionQuantities(nullDur, nullΑ, nullV, G, Utilities.UnitsOfResults);
new ProjectileMotionQuantities(nullDur, rightΑ, nullV, G, Utilities.UnitsOfResults);
new ProjectileMotionQuantities(nullDur, nullΑ, V, G, Utilities.UnitsOfResults);
new ProjectileMotionQuantities(nullDur, rightΑ, nullH, G, Utilities.UnitsOfResults);
new ProjectileMotionQuantities(nullDur, Α, nullH, G, Utilities.UnitsOfResults);
new ProjectileMotionQuantities(nullDur, nullΑ, nullH, G, Utilities.UnitsOfResults);
new ProjectileMotionQuantities(nullDur, V, nullH, G, Utilities.UnitsOfResults);
new ProjectileMotionQuantities(smallLen, V, nullH, G, Utilities.UnitsOfResults);
new ProjectileMotionQuantities(nullLen, nullV, H, G, Utilities.UnitsOfResults);
new ProjectileMotionQuantities(Len, nullΑ, V, G, Utilities.UnitsOfResults);
new ProjectileMotionQuantities(nullLen, nullΑ, V, G, Utilities.UnitsOfResults);
new ProjectileMotionQuantities(smallLen, nullΑ, H, G, Utilities.UnitsOfResults);
new ProjectileMotionQuantities(smallLen, Α, nullH, G, Utilities.UnitsOfResults);
new ProjectileMotionQuantities(nullLen, Α, nullH, G, Utilities.UnitsOfResults);
new ProjectileMotionQuantities(nullLen, Α, H, G, Utilities.UnitsOfResults);
new ProjectileMotionQuantities(nullLen, nullΑ, H, G, Utilities.UnitsOfResults);
new ProjectileMotionQuantities(smallMaxH, V, nullH, G, Utilities.UnitsOfResults);
new ProjectileMotionQuantities(MaxH, V, new InitialHeight(MaxH.GetConvertedVal(UnitLength.Metre), UnitLength.Metre),
G, Utilities.UnitsOfResults);
new ProjectileMotionQuantities(MaxH, Α, new InitialHeight(MaxH.GetConvertedVal(UnitLength.Metre), UnitLength.Metre),
G, Utilities.UnitsOfResults);
new ProjectileMotionQuantities(nullMaxH, Α, nullH, G, Utilities.UnitsOfResults);
new ProjectileMotionQuantities(MaxH, Α, nullV, G, Utilities.UnitsOfResults);
new ProjectileMotionQuantities(MaxH, nullΑ, nullV, G, Utilities.UnitsOfResults);
new ProjectileMotionQuantities(MaxH, rightΑ, nullV, G, Utilities.UnitsOfResults);
new ProjectileMotionQuantities(nullMaxH, rightΑ, nullV, G, Utilities.UnitsOfResults);
new ProjectileMotionQuantities(nullMaxH, nullΑ, nullV, G, Utilities.UnitsOfResults);
new ProjectileMotionQuantities(nullMaxH, Α, nullV, G, Utilities.UnitsOfResults);
new ProjectileMotionQuantities(nullMaxH, nullΑ, V, G, Utilities.UnitsOfResults);
new ProjectileMotionQuantities(nullΑ, Len, Dur, G, Utilities.UnitsOfResults);
new ProjectileMotionQuantities(nullΑ, nullLen, Dur, G, Utilities.UnitsOfResults);
new ProjectileMotionQuantities(Α, nullLen, Dur, G, Utilities.UnitsOfResults);
new ProjectileMotionQuantities(Α, nullLen, nullDur, G, Utilities.UnitsOfResults);
new ProjectileMotionQuantities(V, nullLen, nullDur, G, Utilities.UnitsOfResults);
new ProjectileMotionQuantities(V, nullLen, largeDur, G, Utilities.UnitsOfResults);
}
static void Main()
{
InitialVelocity v = new InitialVelocity(40, UnitVelocity.KilometrePerHour);
ElevationAngle α = new ElevationAngle(41, UnitAngle.Degree);
InitialHeight h = new InitialHeight(169, UnitLength.Centimetre);
GravAcceleration g = new GravAcceleration(GravAcceleration.GravAccelerations.Earth);
ProjectileMotionResultsUnits units = new ProjectileMotionResultsUnits()
{
Length = UnitLength.Metre,
Time = UnitTime.Second,
Velocity = UnitVelocity.KilometrePerHour,
Angle = UnitAngle.Degree,
Area = UnitArea.SquareMetre,
GravAcceleration = UnitGravAcceleration.MetrePerSquareSecond
};
ProjectileMotion motion = new ProjectileMotion(
new ProjectileMotionSettings(new ProjectileMotionQuantities(v, α, h, g, units))
{
RoundDigits = 4,
PathToFiles = "C:\\Users\\oplan\\Documents\\c#\\ProjectileMotions",
PointsForTrajectory = 160
});
motion.Saving.InfoToTxt();
ProjectileMotionWithResistance motionWithResistance = new ProjectileMotionWithResistance(
new ProjectileMotionWithResistanceSettings(
new ProjectileMotionWithResistanceQuantities(
v, α, h, g,
new Mass(46, UnitMass.Gram),
new Density(Density.Densities.Air),
new FrontalArea(Math.Pow(new Length(12.9, UnitLength.Centimetre).GetBasicVal(), 2.0) * Math.PI, UnitArea.SquareMetre),
new DragCoefficient(DragCoefficient.DragCoefficients.Sphere),
units
)
)
{
RoundDigits = 4,
PathToFiles = "C:\\Users\\oplan\\Documents\\c#\\ProjectileMotions",
PointsForTrajectory = 153
});
motionWithResistance.Saving.InfoToTxt();
}
/// <summary>
/// 9. Constructor for a projectile motion Quantities. Computes an initial height based on the maximal height.
/// </summary>
/// <param name="α">An elevation angle.</param>
/// <param name="maxHeight">The maximal height.</param>
/// <param name="v">An initial velocity.</param>
/// <param name="g">A gravitation acceleration of the planet.</param>
/// <param name="units">The units of Quantities. By default metre per second, radian, metre and metre per square second.</param>
public ProjectileMotionQuantities(MaximalHeight maxHeight, ElevationAngle α, InitialVelocity v, GravAcceleration g, ProjectileMotionResultsUnits units = null)
{
Units = units ?? new ProjectileMotionResultsUnits();
V = v;
Α = α;
G = g;
H = new InitialHeight(
GetResultWithComputeExpection(
maxHeight.GetBasicVal() - Math.Pow(V.GetBasicVal() * Math.Sin(Α.GetBasicVal()), 2.0) / (2.0 * G.GetBasicVal())
),
UnitLength.Basic
).Convert(Units.Length);
UsedAssignmentType = AssignmentsTypes.InitialHeightByMaxHeight;
}
/// <summary>
/// 4. Constructor for a projectile motion Quantities. Computes an initial height based on the duration.
/// </summary>
/// <param name="α">An elevation angle.</param>
/// <param name="dur">The duration.</param>
/// <param name="v">An initial velocity.</param>
/// <param name="g">A gravitation acceleration of the planet.</param>
/// <param name="units">The units of Quantities. By default metre per second, radian, metre and metre per square second.</param>
public ProjectileMotionQuantities(Duration dur, ElevationAngle α, InitialVelocity v, GravAcceleration g, ProjectileMotionResultsUnits units = null)
{
Units = units ?? new ProjectileMotionResultsUnits();
V = v;
Α = α;
G = g;
H = new InitialHeight(
GetResultWithComputeExpection(
(Math.Pow(dur.GetBasicVal(), 2.0) * G.GetBasicVal() -
2.0 * Math.Sin(Α.GetBasicVal()) * dur.GetBasicVal() * V.GetBasicVal()) / 2.0
),
UnitLength.Basic).Convert(Units.Length);
UsedAssignmentType = AssignmentsTypes.InitialHeightByDuration;
}
/// <summary>
/// 3. Constructor for a projectile motion Quantities. Computes an initial velocity based on the duration.
/// </summary>
/// <param name="α">An elevation angle.</param>
/// <param name="dur">The duration.</param>
/// <param name="h">An initial height.</param>
/// <param name="g">A gravitation acceleration of the planet.</param>
/// <param name="units">The units of Quantities. By default metre per second, radian, metre and metre per square second.</param>
public ProjectileMotionQuantities(Duration dur, ElevationAngle α, InitialHeight h, GravAcceleration g, ProjectileMotionResultsUnits units = null)
{
Units = units ?? new ProjectileMotionResultsUnits();
Α = α;
H = h;
G = g;
V = new InitialVelocity(
GetResultWithComputeExpection(
dur.GetBasicVal() == 0 && H.GetBasicVal() == 0
? 0
:
(Math.Pow(dur.GetBasicVal(), 2.0) * G.GetBasicVal() - 2 * H.GetBasicVal()) /
(2.0 * Math.Sin(Α.GetBasicVal()) * dur.GetBasicVal())
),
UnitVelocity.Basic).Convert(Units.Velocity);
UsedAssignmentType = AssignmentsTypes.InitialVelocityByDuration;
}
/// <summary>
/// 2. Constructor for a projectile motion Quantities. Computes an elevation angle based on the duration.
/// </summary>
/// <param name="v">An initial velocity.</param>
/// <param name="dur">The duration.</param>
/// <param name="h">An initial height.</param>
/// <param name="g">A gravitation acceleration of the planet.</param>
/// <param name="units">The units of Quantities. By default metre per second, radian, metre and metre per square second.</param>
public ProjectileMotionQuantities(Duration dur, InitialVelocity v, InitialHeight h, GravAcceleration g, ProjectileMotionResultsUnits units = null)
{
Units = units ?? new ProjectileMotionResultsUnits();
V = v;
H = h;
G = g;
Α = new ElevationAngle(
GetResultWithComputeExpection(
V.GetBasicVal() > 0 && H.GetBasicVal() == 0 && dur.GetBasicVal() == 0
? 0
:
Math.Asin(
(Math.Pow(dur.GetBasicVal(), 2.0) * G.GetBasicVal() - 2 * H.GetBasicVal()) /
(2.0 * V.GetBasicVal() * dur.GetBasicVal())
)
),
UnitAngle.Basic).Convert(Units.Angle);
UsedAssignmentType = AssignmentsTypes.ElevationAngleByDuration;
}
/// <summary>
/// 11. Constructor for a projectile motion Quantities. Computes an elevation angle for motion with maximum range.
/// </summary>
/// <param name="v">An initial velocity.</param>
/// <param name="h">An initial height.</param>
/// <param name="g">A gravitation acceleration of the planet.</param>
/// <param name="units">The units of Quantities. By default metre per second, radian, metre and metre per square second.</param>
public ProjectileMotionQuantities(InitialVelocity v, InitialHeight h, GravAcceleration g, ProjectileMotionResultsUnits units = null)
{
Units = units ?? new ProjectileMotionResultsUnits();
V = v;
H = h;
G = g;
Α = new ElevationAngle(
GetResultWithComputeExpection(
Math.Acos(
Math.Sqrt(
(2.0 * G.GetBasicVal() * H.GetBasicVal() + Math.Pow(V.GetBasicVal(), 2.0)) /
(2.0 * G.GetBasicVal() * H.GetBasicVal() + 2.0 * Math.Pow(V.GetBasicVal(), 2.0))
)
)
),
UnitAngle.Basic
).Convert(Units.Angle);
UsedAssignmentType = AssignmentsTypes.ElevationAngleGetMaxRange;
}
/// <summary>
/// 10. Constructor for a projectile motion Quantities. Computes an elevation angle based on the maximal height.
/// </summary>
/// <param name="v">An initial velocity.</param>
/// <param name="dur">The maximal height.</param>
/// <param name="h">An initial height.</param>
/// <param name="g">A gravitation acceleration of the planet.</param>
/// <param name="units">The units of Quantities. By default metre per second, radian, metre and metre per square second.</param>
public ProjectileMotionQuantities(MaximalHeight maxHeight, InitialVelocity v, InitialHeight h, GravAcceleration g, ProjectileMotionResultsUnits units = null)
{
Units = units ?? new ProjectileMotionResultsUnits();
V = v;
H = h;
G = g;
Α = new ElevationAngle(
GetResultWithComputeExpection(
maxHeight.GetBasicVal() == 0 && H.GetBasicVal() == 0 ?
double.NaN
:
Math.Asin(Math.Sqrt(
2.0 * G.GetBasicVal() * (maxHeight.GetBasicVal() - H.GetBasicVal()) /
Math.Pow(V.GetBasicVal(), 2)
))
),
UnitAngle.Basic
).Convert(Units.Angle);
UsedAssignmentType = AssignmentsTypes.ElevationAngleByMaxHeight;
}
/// <summary>
/// 8. Constructor for a projectile motion Quantities. Computes an initial velocity based on the maximal height.
/// </summary>
/// <param name="α">An elevation angle.</param>
/// <param name="maxHeight">The maximal height.</param>
/// <param name="h">An initial height.</param>
/// <param name="g">A gravitation acceleration of the planet.</param>
/// <param name="units">The units of Quantities. By default metre per second, radian, metre and metre per square second.</param>
public ProjectileMotionQuantities(MaximalHeight maxHeight, ElevationAngle α, InitialHeight h, GravAcceleration g, ProjectileMotionResultsUnits units = null)
{
Units = units ?? new ProjectileMotionResultsUnits();
Α = α;
H = h;
G = g;
V = new InitialVelocity(
GetResultWithComputeExpection(
maxHeight.GetBasicVal() == 0 && H.GetBasicVal() == 0 ?
Α.GetBasicVal() == 0 ?
double.NaN : 0
:
Math.Sqrt(
2.0 * G.GetBasicVal() * (maxHeight.GetBasicVal() - H.GetBasicVal()) /
Math.Pow(Math.Sin(Α.GetBasicVal()), 2.0)
)
),
UnitVelocity.Basic
).Convert(Units.Velocity);
UsedAssignmentType = AssignmentsTypes.InitialVelocityByMaxHeight;
}
/// <summary>
/// 5. Constructor for a projectile motion Quantities. Computes an initial height based on the length.
/// </summary>
/// <param name="α">An elevation angle.</param>
/// <param name="l">The length.</param>
/// <param name="v">An initial velocity.</param>
/// <param name="g">A gravitation acceleration of the planet.</param>
/// <param name="units">The units of Quantities. By default metre per second, radian, metre and metre per square second.</param>
public ProjectileMotionQuantities(Length l, ElevationAngle α, InitialVelocity v, GravAcceleration g, ProjectileMotionResultsUnits units = null)
{
Units = units ?? new ProjectileMotionResultsUnits();
V = v;
Α = α;
G = g;
H = new InitialHeight(
GetResultWithComputeExpection(
Α.IsRight() ?
double.NaN
: (
Math.Pow(l.GetBasicVal(), 2.0) * G.GetBasicVal() /
Math.Pow(Math.Cos(Α.GetBasicVal()), 2.0) -
2.0 * l.GetBasicVal() * Math.Pow(V.GetBasicVal(), 2.0) * Math.Tan(Α.GetBasicVal())
) / (2.0 * Math.Pow(V.GetBasicVal(), 2.0))
),
UnitLength.Basic
).Convert(Units.Length);
UsedAssignmentType = AssignmentsTypes.InitialHeightByLength;
}
/// <summary>
/// 6. Constructor for a projectile motion Quantities. Computes an initial velocity based on the length.
/// </summary>
/// <param name="α">An elevation angle.</param>
/// <param name="l">The length.</param>
/// <param name="h">An initial height.</param>
/// <param name="g">A gravitation acceleration of the planet.</param>
/// <param name="units">The units of Quantities. By default metre per second, radian, metre and metre per square second.</param>
public ProjectileMotionQuantities(Length l, ElevationAngle α, InitialHeight h, GravAcceleration g, ProjectileMotionResultsUnits units = null)
{
Units = units ?? new ProjectileMotionResultsUnits();
Α = α;
H = h;
G = g;
V = new InitialVelocity(
GetResultWithComputeExpection(
Α.IsRight() ?
double.NaN
:
l.GetBasicVal() == 0 && H.GetBasicVal() == 0 && Α.GetBasicVal() > 0 ? 0 :
l.GetBasicVal() * Math.Sqrt(G.GetBasicVal() / Math.Cos(Α.GetBasicVal())) /
Math.Sqrt(
2.0 * l.GetBasicVal() * Math.Sin(Α.GetBasicVal()) +
2.0 * H.GetBasicVal() * Math.Cos(Α.GetBasicVal())
)
),
UnitVelocity.Basic
).Convert(Units.Velocity);
UsedAssignmentType = AssignmentsTypes.InitialVelocityByLength;
}
public ActionResult Properties(SetPropertiesModel postModel)
{
if (ModelState.IsValid)
{
SessionStore session = GetSession();
InitialVelocity v = new InitialVelocity(postModel.Quantities.InitialVelocity, new UnitsReflectionHelper <UnitVelocity>().GetUnit(postModel.Quantities.InitialVelocityUnit));
InitialHeight h = new InitialHeight(postModel.Quantities.InitialHeight, new UnitsReflectionHelper <UnitLength>().GetUnit(postModel.Quantities.InitialHeightUnit));
GravAcceleration g = new GravAcceleration(postModel.Quantities.GravAcceleration, new UnitsReflectionHelper <UnitGravAcceleration>().GetUnit(postModel.Quantities.GravAccelerationUnit));
ElevationAngle α = new ElevationAngle(postModel.Quantities.ElevationAngle, new UnitsReflectionHelper <UnitAngle>().GetUnit(postModel.Quantities.ElevationAngleUnit));
ProjectileMotionResultsUnits units = new ProjectileMotionResultsUnits()
{
Length = new UnitsReflectionHelper <UnitLength>().GetUnit(postModel.ResultUnitLength),
Time = new UnitsReflectionHelper <UnitTime>().GetUnit(postModel.ResultUnitTime),
Velocity = new UnitsReflectionHelper <UnitVelocity>().GetUnit(postModel.ResultUnitVelocity),
Angle = new UnitsReflectionHelper <UnitAngle>().GetUnit(postModel.ResultUnitAngle),
Area = new UnitsReflectionHelper <UnitArea>().GetUnit(postModel.ResultUnitArea),
GravAcceleration = new UnitsReflectionHelper <UnitGravAcceleration>().GetUnit(postModel.ResultUnitGravAcceleration)
};
if (postModel.Quantities.WithResistance)
{
session.SaveProjectileMotionWithResistance(new ProjectileMotionWithResistance(
new ProjectileMotionWithResistanceSettings(
new ProjectileMotionWithResistanceQuantities(
v, α, h, g,
new Mass(postModel.Quantities.Mass.Value, new UnitsReflectionHelper <UnitMass>().GetUnit(postModel.Quantities.MassUnit)),
new Density(postModel.Quantities.Density.Value, new UnitsReflectionHelper <UnitDensity>().GetUnit(postModel.Quantities.DensityUnit)),
new FrontalArea(postModel.Quantities.FrontalArea.Value, new UnitsReflectionHelper <UnitArea>().GetUnit(postModel.Quantities.FrontalAreaUnit)),
new DragCoefficient(postModel.Quantities.DragCoefficient.Value),
units
)
)
{
RoundDigits = postModel.RoundDigits,
PointsForTrajectory = postModel.PointsForTrajectory,
TxtInfoFileName = postModel.TxtInfoFileName,
CsvDataFileName = postModel.CsvDataFileName,
PdfInfoFileName = postModel.PdfInfoFileName,
ChartFileName = postModel.ChartFileName,
HexColorOfTrajectory = postModel.HexColorOfTrajectory,
ShowMotionWithoutResistanceTrajectoryToo = postModel.ShowMotionWithoutResistanceTrajectoryToo
})).SaveProjectileMotion(null);
return(RedirectToAction(nameof(DisplayController.MotionWithResistance), "Display"));
}
ProjectileMotionQuantities quantitiesWithoutResistance = null;
try
{
if (new List <ProjectileMotionQuantities.AssignmentsTypes>()
{
ProjectileMotionQuantities.AssignmentsTypes.ElevationAngleByDuration,
ProjectileMotionQuantities.AssignmentsTypes.InitialHeightByDuration,
ProjectileMotionQuantities.AssignmentsTypes.InitialVelocityByDuration
}.Contains(postModel.Quantities.SelectedAssignmentType))
{
Duration d = new Duration(postModel.Quantities.Duration.Value, new UnitsReflectionHelper <UnitTime>().GetUnit(postModel.Quantities.DurationUnit));
switch (postModel.Quantities.SelectedAssignmentType)
{
case ProjectileMotionQuantities.AssignmentsTypes.ElevationAngleByDuration:
quantitiesWithoutResistance = new ProjectileMotionQuantities(d, v, h, g, units);
break;
case ProjectileMotionQuantities.AssignmentsTypes.InitialHeightByDuration:
quantitiesWithoutResistance = new ProjectileMotionQuantities(d, α, v, g, units);
break;
case ProjectileMotionQuantities.AssignmentsTypes.InitialVelocityByDuration:
quantitiesWithoutResistance = new ProjectileMotionQuantities(d, α, h, g, units);
break;
}
}
else if (new List <ProjectileMotionQuantities.AssignmentsTypes>()
{
ProjectileMotionQuantities.AssignmentsTypes.ElevationAngleByMaxHeight,
ProjectileMotionQuantities.AssignmentsTypes.InitialHeightByMaxHeight,
ProjectileMotionQuantities.AssignmentsTypes.InitialVelocityByMaxHeight
}.Contains(postModel.Quantities.SelectedAssignmentType))
{
MaximalHeight maxH = new MaximalHeight(postModel.Quantities.MaxHeight.Value, new UnitsReflectionHelper <UnitLength>().GetUnit(postModel.Quantities.MaxHeightUnit));
switch (postModel.Quantities.SelectedAssignmentType)
{
case ProjectileMotionQuantities.AssignmentsTypes.ElevationAngleByMaxHeight:
quantitiesWithoutResistance = new ProjectileMotionQuantities(maxH, v, h, g, units);
break;
case ProjectileMotionQuantities.AssignmentsTypes.InitialHeightByMaxHeight:
quantitiesWithoutResistance = new ProjectileMotionQuantities(maxH, α, v, g, units);
break;
case ProjectileMotionQuantities.AssignmentsTypes.InitialVelocityByMaxHeight:
quantitiesWithoutResistance = new ProjectileMotionQuantities(maxH, α, h, g, units);
break;
}
}
else if (new List <ProjectileMotionQuantities.AssignmentsTypes>()
{
ProjectileMotionQuantities.AssignmentsTypes.InitialVelocityByLength,
ProjectileMotionQuantities.AssignmentsTypes.InitialHeightByLength,
ProjectileMotionQuantities.AssignmentsTypes.ElevationAngleByLength
}.Contains(postModel.Quantities.SelectedAssignmentType))
{
Length l = new Length(postModel.Quantities.Length.Value, new UnitsReflectionHelper <UnitLength>().GetUnit(postModel.Quantities.MaxHeightUnit));
switch (postModel.Quantities.SelectedAssignmentType)
{
case ProjectileMotionQuantities.AssignmentsTypes.ElevationAngleByLength:
quantitiesWithoutResistance = new ProjectileMotionQuantities(l, v, h, g, units);
break;
case ProjectileMotionQuantities.AssignmentsTypes.InitialHeightByLength:
quantitiesWithoutResistance = new ProjectileMotionQuantities(l, α, v, g, units);
break;
case ProjectileMotionQuantities.AssignmentsTypes.InitialVelocityByLength:
quantitiesWithoutResistance = new ProjectileMotionQuantities(l, α, h, g, units);
break;
}
}
else if (postModel.Quantities.SelectedAssignmentType == ProjectileMotionQuantities.AssignmentsTypes.ElevationAngleGetMaxRange)
{
quantitiesWithoutResistance = new ProjectileMotionQuantities(v, h, g, units);
}
else if (new List <ProjectileMotionQuantities.AssignmentsTypes>()
{
ProjectileMotionQuantities.AssignmentsTypes.ElevationAngleByLengthAndDur,
ProjectileMotionQuantities.AssignmentsTypes.InitialVelocityByLengthAndDur
}.Contains(postModel.Quantities.SelectedAssignmentType))
{
Length l = new Length(postModel.Quantities.Length.Value, new UnitsReflectionHelper <UnitLength>().GetUnit(postModel.Quantities.MaxHeightUnit));
Duration d = new Duration(postModel.Quantities.Duration.Value, new UnitsReflectionHelper <UnitTime>().GetUnit(postModel.Quantities.DurationUnit));
switch (postModel.Quantities.SelectedAssignmentType)
{
case ProjectileMotionQuantities.AssignmentsTypes.InitialVelocityByLengthAndDur:
quantitiesWithoutResistance = new ProjectileMotionQuantities(α, l, d, g, units);
break;
case ProjectileMotionQuantities.AssignmentsTypes.ElevationAngleByLengthAndDur:
quantitiesWithoutResistance = new ProjectileMotionQuantities(v, l, d, g, units);
break;
}
}
else
{
quantitiesWithoutResistance = new ProjectileMotionQuantities(v, α, h, g, units);
}
session.SaveProjectileMotion(new ProjectileMotion(
new ProjectileMotionSettings(quantitiesWithoutResistance)
{
RoundDigits = postModel.RoundDigits,
PointsForTrajectory = postModel.PointsForTrajectory,
TxtInfoFileName = postModel.TxtInfoFileName,
CsvDataFileName = postModel.CsvDataFileName,
PdfInfoFileName = postModel.PdfInfoFileName,
ChartFileName = postModel.ChartFileName,
HexColorOfTrajectory = postModel.HexColorOfTrajectory
})).SaveProjectileMotionWithResistance(null);
return(RedirectToAction(nameof(DisplayController.Motion), "Display"));
}
catch (UnableToComputeQuantityException ex)
{
ModelState.AddModelError(string.Empty, ex.Message);
}
}
postModel.Layout = new LayoutModel("Repair properties");
postModel.Layout.Menu.SetWithResistance = postModel.Quantities.WithResistance;
postModel.Layout.Menu.ActiveMenuItem = LayoutMenuModel.ActiveNavItem.Set;
return(View(postModel));
}
