public static void Init()
{
_GameService = new GameService();
_GameService.Init();
_PhysicSystem = new PhysicalSystem();
_PhysicSystem.Open();
}
private void SolveButton_Click(object sender, EventArgs e)
{
Particle Earth = new Particle(new Mass(5.97237E24));
Particle particle = new Particle(new Mass(Convert.ToDouble(massBox.Text)));
Spring spring = new Spring(particle, Earth, Convert.ToDouble(springRateBox.Text));
Damper damper = new Damper(spring, Convert.ToDouble(dampingRatioBox.Text));
Time lengthOfSimulation = new Time(Convert.ToDouble(timeBox.Text));
particle.interactions.Add(spring);
particle.interactions.Add(damper);
particle.position.values[0] = 1.0;
PhysicalSystem system = new PhysicalSystem(new List <Particle>()
{
particle, Earth
});
int numberOfPoints = 1024;
Time timeStep = lengthOfSimulation / numberOfPoints;
chart1.ChartAreas["ChartArea"].AxisX.Maximum = lengthOfSimulation.value;
for (Time time = new Time(); time <= lengthOfSimulation; time += timeStep)
{
chart1.Series["Series"].Points.AddXY(time.value, particle.position.values[0]);
system.Iterate(timeStep);
}
this.Refresh();
}
public void TestPhysicalSystem()
{
var physicalSystem = new PhysicalSystem(new Sphere(new Meter(1)).SetMass(new Kilogram(5)),
new Sphere(new Meter(1)).SetMass(new Kilogram(7)));
Assert.AreEqual(12, physicalSystem.GetTotalMass <Kilogram>().Value);
}
public async Task ImplicitAsyncTest(int numberOfAsteroids = 0)
{
system = new PhysicalSystem(new List <Particle>(GetCelestialBodies(numberOfAsteroids)));
while (!end)
{
try {
system.Iterate(timeStep);
simulatedTime.value += timeStep.value;
}
catch (Exception ex) { MessageBox.Show(ex.Message); }
}
}
public void TestPhysicalSystem()
{
var physicalSystem = new PhysicalSystem(new Sphere(new Meter(1)).SetMass(new Kilogram(5)),
new Sphere(new Meter(1)).SetMass(new Kilogram(7)));
Assert.AreEqual(12, physicalSystem.GetTotalMass<Kilogram>().Value);
}
