private void centerToolStripMenuItem2_Click(object sender, EventArgs e)
{
//Stop the sim if it's running
if (UpdateTimer.Enabled) UpdateTimer.Stop();
//Make sure the sim isn't null
if (Sim == null) Sim = new AutoSim(Size);
//Re-seed the simulation
Sim.Grid = Simulation.GetBlankGrid(Size);
int centerval = Sim.Grid.Length / 2;
Sim.Grid[centerval][centerval] = true;
Sim.Grid[centerval][centerval - 1] = true;
Sim.Grid[centerval][centerval + 1] = true;
Sim.Grid[centerval + 1][centerval] = true;
Sim.Grid[centerval - 1][centerval] = true;
Sim.Grid[centerval - 1][centerval - 1] = true;
Sim.Grid[centerval + 1][centerval + 1] = true;
Sim.Grid[centerval + 1][centerval - 1] = true;
Sim.Grid[centerval - 1][centerval + 1] = true;
//Scale the grid
ScaleGrid();
//Reset the generation count
GenerationCount = 0;
//Start the timer
UpdateTimer.Start();
}
private void tRUERANDToolStripMenuItem_Click(object sender, EventArgs e)
{
//Stop the sim if it's running
if (UpdateTimer.Enabled) UpdateTimer.Stop();
//Create a new autosim
Sim = new AutoSim(Size, Simulation.GenerateRandomDouble(0.1, 0.9));
Sim.SearchRadius = Simulation.RandomGen.Next(1, 10);
Sim.OvercrowdingCount = Simulation.RandomGen.Next(1, (Sim.SearchRadius * 2) * (Sim.SearchRadius * 2));
Sim.DeathCount = Simulation.RandomGen.Next(1, (Sim.SearchRadius * 2) * (Sim.SearchRadius * 2));
Sim.BirthCount = Simulation.RandomGen.Next(1, (Sim.SearchRadius * 2) * (Sim.SearchRadius * 2));
int roll = Simulation.RandomGen.Next(0, 5);
if (roll == 0) Sim.NeighborSearchAlgorithm = NeighborType.Moore;
if (roll == 1) Sim.NeighborSearchAlgorithm = NeighborType.Neumann;
if (roll == 2) Sim.NeighborSearchAlgorithm = NeighborType.Totty;
if (roll == 3) Sim.NeighborSearchAlgorithm = NeighborType.Diagonal;
if (roll == 4) Sim.NeighborSearchAlgorithm = NeighborType.AntiDiagonal;
//Scale the grid
ScaleGrid();
//Reset the generation count
GenerationCount = 0;
//Start the timer
UpdateTimer.Start();
}
private void StartButton_Click(object sender, EventArgs e)
{
//Stop the sim if it's running
if (UpdateTimer.Enabled) UpdateTimer.Stop();
//Create a new autosim
Sim = new AutoSim(Size, 0.7);
//Scale the grid
ScaleGrid();
//Reset the generation count
GenerationCount = 0;
//Start the timer
UpdateTimer.Start();
}
private void sR3DC4OC7ToolStripMenuItem_Click(object sender, EventArgs e)
{
//Stop the sim if it's running
if (UpdateTimer.Enabled) UpdateTimer.Stop();
//Create a new autosim
Sim = new AutoSim(Size, 0.7);
Sim.SearchRadius = 3;
Sim.OvercrowdingCount = 13;
Sim.BirthCount = 4;
//Scale the grid
ScaleGrid();
//Reset the generation count
GenerationCount = 0;
//Start the timer
UpdateTimer.Start();
}
private void ReSeedSim(double SeedVal)
{
//Stop the sim if it's running
if (UpdateTimer.Enabled) UpdateTimer.Stop();
//Make sure the sim isn't null
if (Sim == null) Sim = new AutoSim(Size);
//Re-seed the simulation
Sim.Grid = Simulation.SeedSimulation(Size, SeedVal);
//Scale the grid
ScaleGrid();
//Reset the generation count
GenerationCount = 0;
//Start the timer
UpdateTimer.Start();
}
private void randomTottyToolStripMenuItem_Click(object sender, EventArgs e)
{
//Stop the sim if it's running
if (UpdateTimer.Enabled) UpdateTimer.Stop();
//Create a new autosim
Sim = new AutoSim(Size, Simulation.GenerateRandomDouble(0.1, 0.9));
Sim.SearchRadius = Simulation.RandomGen.Next(2, 4);
Sim.OvercrowdingCount = Simulation.RandomGen.Next(1, (Sim.SearchRadius * 2) * (Sim.SearchRadius * 2));
Sim.DeathCount = Simulation.RandomGen.Next(1, Sim.OvercrowdingCount + 1);
Sim.BirthCount = Simulation.RandomGen.Next(1, Sim.OvercrowdingCount + 1);
Sim.NeighborSearchAlgorithm = NeighborType.Totty;
//Scale the grid
ScaleGrid();
//Reset the generation count
GenerationCount = 0;
//Start the timer
UpdateTimer.Start();
}
private void OFD_RuleSet_FileOk(object sender, CancelEventArgs e)
{
//Load the file to memory
SerializableRuleSet Rules = Serialization.DeserializeObject<SerializableRuleSet>(OFD_RuleSet.FileName);
//Create a new sim
Sim = new AutoSim(Size);
//Copy over the rule information
Sim.BirthCount = Rules.BirthCount;
Sim.DeathCount = Rules.DeathCount;
Sim.OvercrowdingCount = Rules.OvercrowdingCount;
Sim.SearchRadius = Rules.SearchRadius;
Sim.NeighborSearchAlgorithm = Rules.NeighborSearchAlgorithm;
//Now re-seed the simulation
Sim.Grid = Simulation.SeedSimulation(Size, 0.7);
MessageBox.Show("Automaton simulation ruleset successfully loaded...", "Load Successful!", MessageBoxButtons.OK);
GenerationCount = 0;
UpdateTimer.Start();
}
private void OFD_AutoSim_FileOk(object sender, CancelEventArgs e)
{
//Load the file to memory
Sim = Serialization.DeserializeObject<AutoSim>(OFD_AutoSim.FileName);
MessageBox.Show("Automaton simulation successfully loaded...", "Load Successful!", MessageBoxButtons.OK);
GenerationCount = 0;
UpdateTimer.Start();
}