async private void buttonGenerateGraph_Click(object sender, EventArgs e)
{
this.MyMF.PlayStop();
I_NetworkGenerator network_generator = null;
this.MyOSM.MyNetwork = null;
this.MyOSM.MyAgentSet = null;
this.MyOSM.MyAlgo = null;
bool seed_enable = true;
int node_num = (int)this.numericUpDownNodeNum.Value;
int network_seed = (int)this.numericUpDownGraphSeed.Value;
double rewire_p = (double)this.numericUpDownWSrewirep.Value;
int degree = (int)this.numericUpDownWSdegree.Value;
int attach_edge_num = (int)this.numericUpDownBAattachEdge.Value;
int rnd_edge_num = (int)this.numericUpDownPCrndEdge.Value;
double triangle_p = (double)this.numericUpDownPCaddTriP.Value;
double edge_creation_p = (double)this.numericUpDownEdgeCreationP.Value;
int grid_m = (int)this.numericUpDownGridM.Value;
int grid_n = (int)this.numericUpDownGridN.Value;
if (this.radioButtonSmallWorld.Checked)
{
seed_enable = true;
switch ((NetworkEnum)Enum.Parse(typeof(NetworkEnum), this.comboBoxSmallWorld.Text, true))
{
case NetworkEnum.WS:
network_generator = new WS_NetworkGenerator(node_num, degree, rewire_p);
break;
case NetworkEnum.NewmanWS:
network_generator = new NewmanWS_NetworkGenerator(node_num, degree, rewire_p);
break;
case NetworkEnum.ConnectedWS:
network_generator = new ConnectedWS_NetworkGenerator(node_num, degree, rewire_p);
break;
}
}
else if (this.radioButtonScaleFree.Checked)
{
seed_enable = true;
switch ((NetworkEnum)Enum.Parse(typeof(NetworkEnum), this.comboBoxScaleFree.Text, true))
{
case NetworkEnum.BA:
network_generator = new BA_NetworkGenerator(node_num, attach_edge_num);
break;
case NetworkEnum.PowerLawCluster:
network_generator = new PC_NetworkGenerator(node_num, rnd_edge_num, triangle_p);
break;
}
}
else if (this.radioButtonRandom.Checked)
{
seed_enable = true;
switch ((NetworkEnum)Enum.Parse(typeof(NetworkEnum), this.comboBoxRandom.Text, true))
{
case NetworkEnum.ER:
network_generator = new ER_NetworkGenerator(node_num, edge_creation_p);
break;
}
}
else if (this.radioButtonOther.Checked)
{
switch ((NetworkEnum)Enum.Parse(typeof(NetworkEnum), this.comboBoxOther.Text, true))
{
case NetworkEnum.Grid2D:
seed_enable = false;
network_generator = new Grid2D_NetworkGenerator(grid_m, grid_n);
break;
case NetworkEnum.Hexagonal:
seed_enable = false;
network_generator = new Hexagonal_NetworkGenerator(grid_m, grid_n);
break;
case NetworkEnum.Triangular:
seed_enable = false;
network_generator = new Triangular_NetworkGenerator(grid_m, grid_n);
break;
}
}
this.IsGeneratingNetwork = true;
await Task.Run(() =>
{
this.MyOSM.MyNetwork = network_generator.Generate(network_seed, seed_enable);
this.MyAF.UpdatePictureBox();
});
this.IsGeneratingNetwork = false;
/*
* I_Network network = new WS_NetworkGenerator(100, 6, 0.01).Generate(1);
* I_Layout layout = new Circular_LayoutGenerator(network).Generate();
* network.SetLayout(layout);
*
* I_AgentSet agent_set = new BasicAgentSetFactory(network, InfoEnum.Undeter, 0.9, 0.1).Generate(1, AgentInitMode.Random);
* agent_set.SetSensors(SetSensorMode.Number, 20, 0.55);
*
* this.MyAnimationForm.MyNetwork = network;
* this.MyAnimationForm.MyAgentSet = agent_set;
* var pos = new PlayOneStep(new SendOpinion(0.1), new ReceiveOpinion());
* I_Algo algo = new AAT_Algo(new GeneratingCanWeights(), new EstimatingAwaRates(), new SelectingWeiStrategies(), pos);
* this.MyAnimationForm.MyAlgo = algo;
*
* I_OSM osm = new BaseOSM(network, agent_set, algo);
* osm.Initialize();
* osm.PlaySteps(1000, 1);
* this.MyAnimationForm.UpdatePictureBox();
*
* return;
* osm.RunRounds(100, 1000, 1);
* osm.PlaySteps(1000, 1);
*/
}
public void Run()
{
//network
int network_start_seed = 14;
int network_finish_seed = 19;
int total_rounds = 300;
int round_steps = 1500;
int round_seed = 0;
List <int> node_num_list = new List <int> {
600, 700, 800, 900, 1000
};
bool fix_sensor_num = false;
double sensor_rate = 0.1;
int sensor_num = 10;
double rewire_p = 0.01;
int degree = 6;
int attach_edge_num = 2;
int rnd_edge_num = 1;
double triangle_p = 0.01;
double edge_creation_p = 0.01;
//int grid_m = 20;
//int grid_n = 20;
bool seed_enable = true;
//List<NetworkEnum> network_enum_list = new List<NetworkEnum> { NetworkEnum.WS, NetworkEnum.BA, NetworkEnum.ER, NetworkEnum.Grid2D, NetworkEnum.Hexagonal, NetworkEnum.Triangular };
List <NetworkEnum> network_enum_list = new List <NetworkEnum> {
NetworkEnum.Grid2D, NetworkEnum.Hexagonal, NetworkEnum.Triangular
};
I_NetworkGenerator network_generator = null;
//agent
InfoEnum init_op = InfoEnum.Undeter;
//int agent_seed = ;
double g_sigma = 0.9;
double r_sigma = 0.1;
double sensor_acc = 0.55;
double op_intro_rate = 0.1;
int op_intro_duration = 1;
var t_awa_rate = 0.9;
//algo
List <AlgoEnum> algo_enum_list = new List <AlgoEnum> {
AlgoEnum.OriginalAAT, AlgoEnum.AATD_NoTargetH
};
//List<AlgoEnum> algo_enum_list = new List<AlgoEnum> { AlgoEnum.AATD_NoTargetH, AlgoEnum.AATD };
for (int network_seed = network_start_seed; network_seed <= network_finish_seed; network_seed++)
{
foreach (var node_num in node_num_list)
{
foreach (var network_enum in network_enum_list)
{
int grid_m, grid_n;
grid_m = grid_n = 0;
//grid_m = grid_n = (int)Math.Floor(Math.Sqrt(Convert.ToDouble(node_num)));
switch (network_enum)
{
case NetworkEnum.WS:
seed_enable = true;
network_generator = new WS_NetworkGenerator(node_num, degree, rewire_p);
break;
case NetworkEnum.BA:
seed_enable = true;
network_generator = new BA_NetworkGenerator(node_num, attach_edge_num);
break;
case NetworkEnum.ER:
seed_enable = true;
network_generator = new ER_NetworkGenerator(node_num, edge_creation_p);
break;
case NetworkEnum.Grid2D:
grid_m = grid_n = (int)Math.Floor(Math.Sqrt(Convert.ToDouble(node_num)));
seed_enable = false;
network_generator = new Grid2D_NetworkGenerator(grid_m, grid_n);
break;
case NetworkEnum.Hexagonal:
if (node_num == 100)
{
grid_m = grid_n = 6;
}
else if (node_num == 200)
{
grid_m = grid_n = 9;
}
else if (node_num == 300)
{
grid_m = 12;
grid_n = 11;
}
else if (node_num == 400)
{
grid_m = 13;
grid_n = 13;
}
else if (node_num == 500)
{
grid_m = grid_n = 15;
}
else if (node_num == 600)
{
grid_m = 18;
grid_n = 15;
}
else if (node_num == 700)
{
grid_m = 19;
grid_n = 17;
}
else if (node_num == 800)
{
grid_m = 20;
grid_n = 18;
}
else if (node_num == 900)
{
grid_m = 21;
grid_n = 20;
}
else if (node_num == 1000)
{
grid_m = 22;
grid_n = 21;
}
seed_enable = false;
network_generator = new Hexagonal_NetworkGenerator(grid_m, grid_n);
break;
case NetworkEnum.Triangular:
if (node_num == 100)
{
grid_m = 12;
grid_n = 13;
}
else if (node_num == 200)
{
grid_m = 18;
grid_n = 19;
}
else if (node_num == 300)
{
grid_m = 24;
grid_n = 22;
}
else if (node_num == 400)
{
grid_m = 27;
grid_n = 27;
}
else if (node_num == 500)
{
grid_m = grid_n = 30;
}
else if (node_num == 600)
{
grid_m = 32;
grid_n = 34;
}
else if (node_num == 700)
{
grid_m = 36;
grid_n = 36;
}
else if (node_num == 800)
{
grid_m = 39;
grid_n = 38;
}
else if (node_num == 900)
{
grid_m = 42;
grid_n = 40;
}
else if (node_num == 1000)
{
grid_m = 42;
grid_n = 45;
}
seed_enable = false;
network_generator = new Triangular_NetworkGenerator(grid_m, grid_n);
break;
default:
break;
}
var network = network_generator.Generate(network_seed, seed_enable);
I_Layout layout = new Square_LayoutGenerator(network).Generate();
int agent_seed = network_seed;
I_AgentSet agent_set = new BasicAgentSetFactory(network, init_op, g_sigma, r_sigma).Generate(agent_seed, AgentInitMode.Normal);
if (!fix_sensor_num)
{
agent_set.SetSensors((int)(node_num * sensor_rate), sensor_acc);
}
else
{
agent_set.SetSensors(sensor_num, sensor_acc);
}
I_Algo algo = null;
foreach (var algo_enum in algo_enum_list)
{
switch (algo_enum)
{
case AlgoEnum.OriginalAAT:
var gcw = new GeneratingCanWeights();
var ear = new EstimatingAwaRates();
var sws = new SelectingWeiStrategies(t_awa_rate);
var pos = new PlayOneStep(new SendOpinion(op_intro_rate, op_intro_duration), new ReceiveOpinion());
algo = new AAT_Algo(AlgoEnum.OriginalAAT, gcw, ear, sws, pos);
break;
case AlgoEnum.HCII_AATD:
var hcii_aatd_gcw = new GeneratingCanWeights();
var hcii_aatd_ear = new HCII_AATD_EstimatingAwaRates();
var hcii_sws = new SelectingWeiStrategies(t_awa_rate);
var hcii_aatd_pos = new PlayOneStep(new SendOpinion(op_intro_rate, op_intro_duration), new ReceiveOpinion());
algo = new AAT_Algo(AlgoEnum.HCII_AATD, hcii_aatd_gcw, hcii_aatd_ear, hcii_sws, hcii_aatd_pos);
break;
case AlgoEnum.AATD:
var aatd_gcw = new GeneratingCanWeights();
var aatd_ear = new AATD_EstimatingAwaRates();
var aatd_sws = new AATD_SelectingWeiStrategies(t_awa_rate, 2, agent_set.AgentList.Count);
var aatd_pos = new PlayOneStep(new SendOpinion(op_intro_rate, op_intro_duration), new ReceiveOpinion());
algo = new AAT_Algo(AlgoEnum.AATD, aatd_gcw, aatd_ear, aatd_sws, aatd_pos);
break;
case AlgoEnum.AATD_NoTargetH:
var aatd_noth_gcw = new GeneratingCanWeights();
var aatd_noth_ear = new AATD_EstimatingAwaRates();
var aatd_noth_sws = new AATD_SelectingWeiStrategies(1.0, 2, agent_set.AgentList.Count);
var aatd_noth_pos = new PlayOneStep(new SendOpinion(op_intro_rate, op_intro_duration), new ReceiveOpinion());
algo = new AAT_Algo(AlgoEnum.AATD, aatd_noth_gcw, aatd_noth_ear, aatd_noth_sws, aatd_noth_pos);
break;
}
I_OSM osm = new BaseOSM();
osm.MyNetwork = network;
osm.MyAgentSet = agent_set;
osm.MyAlgo = algo;
osm.Initialize();
this.MakeFile(network_enum, node_num, network_seed, algo_enum);
RandomPool.Declare(SeedEnum.RoundSeed, round_seed);
RandomPool.Declare(SeedEnum.PlayStepSeed, round_seed);
//Console.WriteLine(this.PrintObject());
osm.MyAlgo.MyOSMLog.StartRecordRounds(this.OutputRoundFilePath);
for (int current_round = 1; current_round <= total_rounds; current_round++)
{
osm.MyAlgo.RunOneRound(osm.MyNetwork, osm.MyAgentSet, current_round, round_steps);
}
osm.MyAlgo.MyOSMLog.StopRecordRounds();
}
}
}
}
}