private string GetUniqueName()
{
return(GetUniqueString(FRandom.Next(2, 10), true, FExistingDefinitions.Select(x => x.Name).Union(FNewlyInsertedDefinitions.Select(x => x.Name))));
}
public static FList <Particles.Particle> GenerateListOfParticlesWithRandomVelocity <T>(T particle, int numberOfInputParticles, FRandom Rand) where T : Particle
{
return(numberOfInputParticles != 1 ? FList.New(GenerateParticleWithRandomVelocity(particle, Rand), GenerateListOfParticlesWithRandomVelocity(GenerateParticleWithRandomVelocity(particle, FRandom.Next(Rand, 0, 100)), numberOfInputParticles - 1, FRandom.Next(Rand, 0, 100))) : FList.New(GenerateParticleWithRandomVelocity(particle, Rand)));
}
public static FRandom RandomiseVelocity(FRandom Rand)
{
return(FRandom.Next(Rand, Convert.ToInt32(Math.Pow(1, 3)), Convert.ToInt32(Math.Pow(2.9, 8))));
}
public static Tuple <Photon, Photon> OppositeEjections(Photon P1, Photon P2, FRandom Rand)
{
Vector3D v = new Vector3D(Convert.ToDouble(FRandom.Next(Rand, 0, 360).Number), Convert.ToDouble(FRandom.Next(Rand, -90, 90).Number), Convert.ToDouble(FRandom.Next(FRandom.Next(Rand, 0, 360), 0, 360).Number)); // Dirty need to look into for a better solution
return(new Tuple <Photon, Photon>(new Photon(P1.Wavelength, P1.Frequency, v), new Photon(P2.Wavelength, P2.Frequency, CreateOpposite(v).Item2)));
}
//Dirty
public static Tuple <Particle, Particle> OppositeEjections <T> (T P1, T P2, FRandom Rand) where T : Particle
{
Vector3D v = new Vector3D(Convert.ToDouble(FRandom.Next(Rand, 0, 360).Number), Convert.ToDouble(FRandom.Next(Rand, -90, 90).Number), Convert.ToDouble(FRandom.Next(FRandom.Next(Rand, 0, 360), 0, 360).Number)); // Dirty need to look into for a better solution
return(new Tuple <Particle, Particle>((T)Activator.CreateInstance(typeof(T), P1.Velocity, v), (T)Activator.CreateInstance(typeof(T), P2.Velocity, CreateOpposite(v).Item2)));
}
//Pure
public static Photon SingularEjection(Photon p, FRandom Rand) //Overloded function for photons
{
return(new Photon(p.Wavelength, p.Frequency, new Vector3D(Convert.ToDouble(FRandom.Next(Rand, 0, 360).Number), Convert.ToDouble(FRandom.Next(Rand, -90, 90).Number), Convert.ToDouble(FRandom.Next(FRandom.Next(Rand, 0, 360), 0, 360).Number))));
}
//Pure
public static Particle SingularEjection <T>(T p, FRandom Rand) where T : Particle
{
return((T)Activator.CreateInstance(typeof(T), p.Velocity, new Vector3D(Convert.ToDouble(FRandom.Next(Rand, 0, 360).Number), Convert.ToDouble(FRandom.Next(Rand, -90, 90).Number), Convert.ToDouble(FRandom.Next(FRandom.Next(Rand, 0, 360), 0, 360).Number)))); // The values for x,y,z will be replaced by the random function to find a vector and then calculate the relative position of it from (0,0,0)
}
protected override async Task TestPost()
{
FNewlyInsertedOLAMarks = new List <OlaMark>();
Uri uri = new Uri(FBaseUri, "OLAStaging");
int numIters = FRandom.Next(4, 10);
for (int n = 0; n < numIters; ++n)
{
var newDefn = new OlaMark
{
Session = FRandom.Next(),
MarkStamp = GetRandomDate(),
MarkAbbrev = GetRandomString(1, false),
MarkingUserId = FRandom.Next(),
MarkId = FRandom.Next(),
Student = GetRandomString(FRandom.Next(1, 129), true),
StudentContext = 1,
Room = GetRandomString(FRandom.Next(1, 129), true),
RoomContext = 1,
Status = FRandom.Next(),
Uploaded = DateTime.Now,
Processed = FRandom.Next(0, 100)
};
if (FRandom.Next(0, 2) == 1)
{
newDefn.StudentId = FRandom.Next();
}
if (FRandom.Next(0, 2) == 1)
{
newDefn.RoomId = FRandom.Next();
}
if (FRandom.Next(0, 2) == 1)
{
newDefn.EventId = FRandom.Next();
}
if (FRandom.Next(0, 2) == 1)
{
newDefn.Week = FRandom.Next();
}
var response = await FClient.PostAsJsonAsync(uri.ToString(), newDefn);
await CheckStatusCodeIs(response, HttpStatusCode.Created);
var md = await response.Content.ReadAsAsync <OlaMark>();
md.CheckSameValues(newDefn);
FNewlyInsertedOLAMarks.Add(md);
}
// perform the GETItem check here...
foreach (var m in FNewlyInsertedOLAMarks)
{
uri = new Uri(FBaseUri, string.Format("OLAStaging/{0}", m.Id));
var response = await FClient.GetAsync(uri);
await CheckSuccessStatusCode(response);
var md = await response.Content.ReadAsAsync <OlaMark>();
md.CheckSameValues(m);
}
}