public BufferedViewer(BufferedSimulation Buffered)
{
InitializeComponent();
Sim = Buffered;
TimeTracker.Maximum = Sim.Data.Count - 1;
TimeTracker.TickFrequency = Sim.Data.Count / 20;
}
/// <param name="FileName">The file path to save the buffered simulation to</param>
/// <param name="SimToSave">The buffered simulation to save</param>
public LoadSaveBSim(string FileName, BufferedSimulation SimToSave)
{
InitializeComponent();
this.IsSaving = true;
this.WorkingSim = SimToSave;
this.FilePath = FileName;
}
private void StartButton_Click(object sender, EventArgs e)
{
StartButton.Enabled = false;
NumGen.Enabled = false;
label1.Enabled = false;
MaxGen = Convert.ToInt32(NumGen.Value);
PBar.Maximum = MaxGen;
BufferedSimulation Sim = new BufferedSimulation(MaxGen);
//For each generation
for (CurrentGen = 0; CurrentGen < MaxGen; CurrentGen++)
{
//Perform the calculation on that generation
ParticleList = Simulation.Threaded_UpdateList(ParticleList, Precision, SofteningValue, GravityConstant, MaxVelocity);
//Update the number of calculations
TotalCalculations += ParticleList.Count * ParticleList.Count * 2;
Status.Clear();
Status.AppendText("Performed " + TotalCalculations.ToString("n0") + " Calculations...");
Thread.Sleep(0);
//Check for collisions!
if (Collisions == true)
{
ParticleList = Simulation.CheckCollisions(ParticleList, Precision, CollisionsDivider, CollisionType);
//Update the number of calculations
TotalCalculations += ParticleList.Count * ParticleList.Count * 2;
Status.Clear();
Status.AppendText("Performed " + TotalCalculations.ToString("n0") + " Calculations...");
}
//Check for boundaries!
ParticleList = Simulation.CheckBoundaries(ParticleList, BoundaryType, UniverseSize);
//Update the title
double Percent = ((double)CurrentGen / (double)MaxGen) * 100;
this.Text = "Buffering (" + Percent.ToString("n2") + "% Complete)...";
//Add the set to the generation count
Sim.AddGeneration(ParticleList);
PBar.Value++;
Thread.Sleep(0);
}
BufferedViewer x = new BufferedViewer(Sim);
x.Show();
this.Close();
}
private void LoadSim()
{
//Open the file and create a new binary formatter
UpdateStatus("Accessing " + this.FilePath + "...");
PBar.Style = ProgressBarStyle.Marquee;
Stream stream = File.Open(this.FilePath, FileMode.Open);
BinaryFormatter bFormatter = new BinaryFormatter();
//Deserialize the number of generations
int NumGenerations = (int)bFormatter.Deserialize(stream);
WorkingSim = new BufferedSimulation(NumGenerations);
List<List<List<double>>> ReadData = new List<List<List<double>>>(NumGenerations);
//Prepare the progress bar
PBar.Style = ProgressBarStyle.Blocks;
PBar.Maximum = NumGenerations;
PBar.Minimum = 0;
//Read the data
for (int i = 0; i < NumGenerations; i++)
{
UpdateStatus("Loading generation " + i + " of " + NumGenerations + "...");
ReadData.Add((List<List<double>>)bFormatter.Deserialize(stream));
PBar.Value++;
double percent = ((double)i / (double)NumGenerations) * 100;
this.Text = "Opening Buffered Simulation (" + percent.ToString("n2") + "% Complete)...";
}
//Set the working sim
WorkingSim.Data = ReadData;
//Close the stream
stream.Close();
//Open the Buffered Viewer
Thread.Sleep(100);
BufferedViewer x = new BufferedViewer(WorkingSim);
x.Show();
this.Close();
}