BayesNet *SimpleCondSoftMaxModel()
{
BayesNet *net;
net = new BayesNet();
net->AddNode("continuous^node0");
net->AddNode("continuous^node1");
net->AddNode("continuous^node2");
net->AddNode("discrete^node3", "True False");
net->AddNode("discrete^node5", "True False");// condsoftmax node
net->AddNode("discrete^node6", "True False");
net->AddArc("node0", "node5");
net->AddArc("node1", "node5");
net->AddArc("node2", "node5");
net->AddArc("node3", "node5");
net->AddArc("node5", "node6");
net->SetPGaussian("node0", "0.1", "0.9");
net->SetPGaussian("node1", "0.2", "0.8");
net->SetPGaussian("node2", "0.3", "0.7");
net->SetPTabular("node6^True node6^False", "0.3 0.7", "node5^True");
net->SetPTabular("node6^True node6^False", "0.5 0.5", "node5^False");
net->SetPSoftMax("node5^True node5^False", "0.3 0.4 0.5 0.6 0.7 0.8", "0.1 0.1", "node3^True");
net->SetPSoftMax("node5^True node5^False", "0.23 0.24 0.25 0.26 0.27 0.28", "0.21 0.21", "node3^False");
return net;
}
void TestAddArc()
{
BayesNet *net = SevenNodesModel();
net->AddArc("node2", "node5");
// net->SetPTabular("node6^True node6^False", "0.2 0.8", "node4^True");
// net->SetPTabular("node6^True node6^False", "0.1 0.9", "node4^False");
// all continuous nodes are observed
net->EditEvidence("node0^0.3");
net->EditEvidence("node1^0.2");
net->EditEvidence("node5^0.9");
net->EditEvidence("node4^True");
net->SetProperty("Inference", "jtree");
TokArr jpd3 = net->GetJPD("node3");
std::cout<< "jpd node3:\t"<<jpd3 << "\n";
TokArr jpd6 = net->GetJPD("node6");
std::cout<< "jpd node6:\t"<<jpd6 << "\n";
TokArr jpd2 = net->GetJPD("node2");
std::cout<< "jpd node2:\t"<<jpd2 << "\n";
delete net;
std::cout << "TestDelArc is completed successfully" << std::endl;
}
BayesNet *SimpleSoftMaxModel()
{
BayesNet *net;
net = new BayesNet();
net->AddNode(continuous^"node0 node1 node2");
net->AddNode(discrete^"node5", "True False");
net->AddArc("node0", "node5");
net->AddArc("node1", "node5");
net->AddArc("node2", "node5");
net->SetPGaussian("node0", "0.1", "0.9");
net->SetPGaussian("node1", "0.2", "0.8");
net->SetPGaussian("node2", "0.3", "0.7");
net->SetPSoftMax("node5^True node5^False", "0.3 0.4 0.5 0.6 0.7 0.8", "0.1 0.1");
return net;
}
BayesNet *TestsPnlHigh::SimpleCGM1()
{
//Cont0(3) Tab0(0)
// | |
// \/ \/
// Cont1(1)
// |
// \/
// Cont2(2)
BayesNet *net = new BayesNet();
net->AddNode(discrete^"Tab0", "State0 State1");
net->AddNode(continuous^"Cont1 Cont2", "Dim0");
net->AddNode(continuous^"Cont0", "Dim0 Dim1");
net->AddArc("Cont0 Tab0", "Cont1");
net->AddArc("Cont1", "Cont2");
return net;
};
BayesNet* RPSModel()
{
BayesNet *net;
net = new BayesNet();
TokArr aChoice = "Rock Paper Scissors";// possible values for nodes
// build Graph
// add nodes to net
net->AddNode(discrete ^ "PreviousCompTurn PreviousHumanTurn CurrentHumanTurn", aChoice);
// add arcs to create following Bayes net:
//
// PreviousCompTurn PreviousHumanTurn
// | |
// V V
// CurrentHumanTurn
net->AddArc("PreviousCompTurn", "CurrentHumanTurn");
net->AddArc("PreviousHumanTurn", "CurrentHumanTurn");
return net;
}
BayesNet *SevenNodesModel()
{
BayesNet *net;
net = new BayesNet();
net->AddNode(continuous^"node0 node1 node5");
net->AddNode(discrete^"node2 node3 node4 node6", "False True");
net->AddArc("node0", "node3");
net->AddArc("node1", "node3");
net->AddArc("node2", "node3");
net->AddArc("node3", "node4");
net->AddArc("node3", "node5");
net->AddArc("node0", "node6");
net->AddArc("node4", "node6");
net->SetPGaussian("node0", "0.5", "1.0");
net->SetPGaussian("node1", "0.5", "1.0");
net->SetPTabular("node2^True node2^False", "0.3 0.7");
net->SetPSoftMax("node3^True node3^False", "0.5 0.4 0.5 0.7", "0.3 0.5", "node2^False");
net->SetPSoftMax("node3^True node3^False", "0.5 0.1 0.5 0.7", "0.3 0.5 ", "node2^True");
net->SetPTabular("node4^True node4^False", "0.8 0.2", "node3^True");
net->SetPTabular("node4^True node4^False", "0.3 0.7", "node3^False");
net->SetPGaussian("node5", "0.5", "0.5", "1.0", "node3^True");
net->SetPGaussian("node5", "1.0", "1.0", "1.0", "node3^False");
net->SetPSoftMax("node6^True node6^False", "0.8 0.2", "0.1 0.9", "node4^True");
net->SetPSoftMax("node6^True node6^False", "0.5 0.9", "0.7 0.3", "node4^False");
return net;
}
BayesNet *TestsPnlHigh::CreateCondGaussianModel1()
{
// Cont1 Tab1
// | |
// \/ \/
// Cont2
BayesNet *net;
net = new BayesNet();
net->AddNode(continuous^"Cont1 Cont2", "dim1");
net->AddNode(discrete^"Tab1", "dim1 dim2");
net->AddArc("Cont1 Tab1", "Cont2");
return net;
}
BayesNet *VerySimpleMultivariateGaussianModel()
{
// NodeA -> NodeB -> NodeC
BayesNet *net;
net = new BayesNet();
net->AddNode(continuous^"NodeB NodeA NodeC", "dim1 dim2");
// net->AddNode(continuous^"NodeA NodeB NodeC", "dim1");
net->AddArc("NodeA", "NodeB");
net->AddArc("NodeB", "NodeC");
net->SetPGaussian("NodeA", "1.0 2.0", "10.0 0.1 0.1 10.0");
net->SetPGaussian("NodeB", "0.5 1.5", "7.0 0.0 0.0 7.0", "0.1 0.2 0.3 0.4");
net->SetPGaussian("NodeC", "0.8 1.8", "3.5 0.5 0.5 3.5", "0.5 0.6 0.7 0.8");
return net;
}
BayesNet *VerySimpleGaussianModel()
{
// NodeA -> NodeB -> NodeC
BayesNet *net;
net = new BayesNet();
net->AddNode(continuous^"NodeB NodeA NodeC", "dim1");
// net->AddNode(continuous^"NodeA NodeB NodeC", "dim1");
net->AddArc("NodeA", "NodeB");
net->AddArc("NodeB", "NodeC");
net->SetPGaussian("NodeA", "1.0", "10.0");
net->SetPGaussian("NodeB", "0.5", "7.0", "0.1");
net->SetPGaussian("NodeC", "0.8", "3.5", "0.4");
return net;
}
int main(int arg,char * argv[])
{
int a=1,b=2;
int c=a+b;
cout<<c<<endl;
//creating bayes net
//BayesNet net;
BayesNet net;
//adding node
net.AddNode("discrete^Cloudy","true false");
net.AddNode(discrete^"Sprinkler Rain WetGrass","true false");
//adding edges
net.AddArc("Cloudy","Sprinkler Rain");
net.AddArc("Sprinkler Rain","WetGrass");
//sopecfify the CPD
//cloudy
net.SetPTabular("Cloudy^true","0.6");
net.SetPTabular("Cloudy^false","0.4");
//spprinkler
net.SetPTabular("Sprinkler^true Sprinkler^false","0.1 0.9","Cloudy^true");
net.SetPTabular("Sprinkler^true Sprinkler^false","0.5 0.5","Cloudy^false");
//rain
net.SetPTabular("Rain^true Rain^false","0.8 0.2","Cloudy^true");
net.SetPTabular("Rain^true Rain^false","0.2 0.8","Cloudy^false");
//WetGrass
net.SetPTabular("WetGrass^true WetGrass^false","0.99 0.01","Sprinkler^true Rain^true");
net.SetPTabular("WetGrass^true WetGrass^false","0.9 0.1","Sprinkler^true Rain^false");
net.SetPTabular("WetGrass^true WetGrass^false","0.9 0.1","Sprinkler^false Rain^true");
net.SetPTabular("WetGrass^true WetGrass^false","0.0 1.0","Sprinkler^false Rain^false");
//get the cpd
TokArr PCloudy=net.GetPTabular("Cloudy");
String PCloudyStr=String(PCloudy);
float PCloudyTrueF=PCloudy[0].FltValue();
float PCloudyFalseF=PCloudy[1].FltValue();
cout<<endl<<"Cloudy"<<endl;
cout<<PCloudyStr<<endl;
cout<<PCloudyTrueF<<endl;
cout<<PCloudyFalseF<<endl;
/*
//adding evidence
//net.AddEvidToBuf("Rain^true WetGrass^true");
net.EditEvidence("Rain^true WetGrass^true");
net.CurEvidToBuf();
net.LearnParameters();
cout<<endl<<"evidence Rain^true WetGrass^true"<<endl;
//get the jpd
TokArr WetGrassMarg=net.GetJPD("WetGrass");
String WetGrassMargStr=String(WetGrassMarg);
cout<<endl<<"WetGrass JPD"<<endl<<WetGrassMargStr<<endl;
TokArr WetGrassAndSprinklerMarg=net.GetJPD("WetGrass Sprinkler Rain");
String WetGrassAndSprinklerMargStr=String(WetGrassAndSprinklerMarg);
cout<<endl<<"WetGrass and Sprinkler JPD"<<endl<<WetGrassAndSprinklerMargStr<<endl;
TokArr WetGrassMPE=net.GetMPE("WetGrass");
String WetGrassMPEStr=String(WetGrassMPE);
cout<<endl<<"WetGrass MPE"<<endl<<WetGrassMPEStr<<endl;
TokArr WetGrassAndSprinklerMPE=net.GetMPE("WetGrass Sprinkler Rain");
String WetGrassAndSprinklerMPEStr=String(WetGrassAndSprinklerMPE);
cout<<endl<<"WetGrass and Spinkler MPE"<<endl<<WetGrassAndSprinklerMPEStr<<endl;
//delete evidence
net.ClearEvid();
cout<<"ok"<<endl;*/
//net.AddEvidToBuf("Sprinkler^true WetGrass^true");
net.EditEvidence("Sprinkler^true WetGrass^true");
net.CurEvidToBuf();
net.LearnParameters();
cout<<endl<<"evidence Sprinkler^true WetGrass^true"<<endl;
//get jpd
TokArr WetGrassMarg=net.GetJPD("WetGrass");
String WetGrassMargStr=String(WetGrassMarg);
cout<<endl<<"WetGrass JPD"<<endl<<WetGrassMargStr<<endl;
TokArr WetGrassAndSprinklerMarg=net.GetJPD("WetGrass Sprinkler Rain");
String WetGrassAndSprinklerMargStr=String(WetGrassAndSprinklerMarg);
cout<<endl<<"WetGrass and Sprinkler JPD"<<endl<<WetGrassAndSprinklerMargStr<<endl;
TokArr WetGrassMPE=net.GetMPE("WetGrass");
String WetGrassMPEStr=String(WetGrassMPE);
cout<<endl<<"WetGrass MPE"<<endl<<WetGrassMPEStr<<endl;
TokArr WetGrassAndSprinklerMPE=net.GetMPE("WetGrass Sprinkler Rain Cloudy");
String WetGrassAndSprinklerMPEStr=String(WetGrassAndSprinklerMPE);
cout<<endl<<"WetGrass and Spinkler MPE"<<endl<<WetGrassAndSprinklerMPEStr<<endl;
cout<<endl<<"moonsea"<<endl;
return 0;
}
int main()
{
BayesNet net;
// adding nodes
net.AddNode("discrete^Cloudy", "true false");
net.AddNode("discrete^Sprinkler", "true false");
net.AddNode("discrete^Rain", "true false");
net.AddNode("discrete^WetGrass", "true false");
//adding edges
net.AddArc("Cloudy", "Sprinkler Rain");
net.AddArc("Sprinkler Rain", "WetGrass");
// specifying the conditional probabilities
net.SetPTabular("Cloudy^true Cloudy^false", "0.6 0.4");
net.SetPTabular("Sprinkler^true Sprinkler^false", "0.1 0.9", "Cloudy^true");
net.SetPTabular("Sprinkler^true Sprinkler^false", "0.5 0.5", "Cloudy^false");
net.SetPTabular("Rain^true Rain^false", "0.8 0.2", "Cloudy^true");
net.SetPTabular("Rain^true Rain^false", "0.2 0.8", "Cloudy^false");
//
net.SetPTabular("WetGrass^true WetGrass^false", "0.99 0.01", "Rain^true Sprinkler^true ");
net.SetPTabular("WetGrass^true WetGrass^false", "0.9 0.1", "Sprinkler^true Rain^false");
net.SetPTabular("WetGrass^true WetGrass^false", "0.9 0.1", "Sprinkler^false Rain^true");
net.SetPTabular("WetGrass^true WetGrass^false", "0.0 1.0", "Sprinkler^false Rain^false");
//To get the probability distribution of the node we must call the GetPTabular method:
TokArr PCloudy = net.GetPTabular("Cloudy");
// Now it is possible to represent this distribution as string or as float numbers:
String PCloudyStr = String(PCloudy);
float PCloudyTrueF = PCloudy[0].FltValue();
float PCloudyFalseF = PCloudy[1].FltValue();
cout << PCloudyStr << std::endl << PCloudyTrueF << "," << PCloudyFalseF << std::endl;
TokArr PSprinkler = net.GetPTabular("Sprinkler", "Cloudy^true");
String PSprinklerStr = String(PSprinkler);
float PSprinklerTrue = PSprinkler[0].FltValue();
float PSprinklerFalse = PSprinkler[1].FltValue();
cout << PSprinklerStr << std::endl << PSprinklerTrue << "," << PSprinklerFalse << std::endl;
// net.EditEvidence("Cloudy^false WetGrass^false");
// if the above line is un commented then after the net line the evidence buffer will have "Sprinkler^true Cloudy^true WetGrass^false"
net.EditEvidence("Sprinkler^true Cloudy^true");
TokArr PRain = net.GetJPD("Rain");
// Now it is possible to represent this distribution as string or as float numbers:
String PRainStr = String(PRain);
float PRainTrueF = PRain[0].FltValue();
float PRainFalseF = PRain[1].FltValue();
cout << PRainStr << std::endl << PRainTrueF << "," << PRainFalseF << std::endl;
TokArr PWetGrass = net.GetJPD("WetGrass");
String PWetGrassStr = String(PWetGrass);
float PWetGrassTrue = PWetGrass[0].FltValue();
float PWetGrassFalse = PWetGrass[1].FltValue();
cout << PWetGrassStr << std::endl << PWetGrassTrue << "," << PWetGrassFalse << std::endl;
return 0;
}
BayesNet* CropModel()
{
// Subsidy(d) Crop(c)
// | |
// V V
// Price(c)
// |
// V
// Buy(d)
BayesNet *net;
net = new BayesNet();
textcolor(WHITE);
net->AddNode(discrete^"Subsidy", "Yes No");
printf("\n net->AddNode(discrete^\"Subsidy\", \"Yes No\");");
textcolor(LIGHTGREEN);
printf("\t\t\t\t\t\tAdding of nodes is in process....");
_sleep(2000);
textcolor(WHITE);
net->AddNode(continuous ^ "Crop");
printf("\n net->AddNode(continuous ^ \"Crop\");");
_sleep(1000);
net->AddNode(continuous ^ "Price");
printf("\n net->AddNode(continuous ^ \"Price\");");
_sleep(1000);
net->AddNode(discrete^"Buy", "Yes No");
printf("\n net->AddNode(discrete^\"Buy\", \"Yes No\");");
textcolor(LIGHTGREEN);
printf("\n ......All nodes are added....\n");
getch();
// arcs
textcolor(WHITE);
net->AddArc("Subsidy Crop", "Price");
printf("\n net->AddArc(\"Subsidy Crop\", \"Price\");");
textcolor(LIGHTGREEN);
printf("\t\t\t\t\t\t\tAdding of arcs is in process....");
_sleep(2000);
textcolor(WHITE);
net->AddArc("Price", "Buy");
printf("\n net->AddArc(\"Price\", \"Buy\");");
textcolor(LIGHTGREEN);
printf("\n ......All arcs are added....\n");
getch();
// distributions
textcolor(WHITE);
net->SetPTabular("Subsidy^Yes Subsidy^No", "0.3 0.7");
printf("\n net->SetPTabular(\"Subsidy^Yes Subsidy^No\", \"0.3 0.7\");");
textcolor(LIGHTGREEN);
printf("\t\t\t\t\tAdding of distributions is in process....");
_sleep(2000);
textcolor(WHITE);
net->SetPGaussian("Crop", "5.0", "1.0");
printf("\n net->SetPGaussian(\"Crop\", \"5.0\", \"1.0\");");
_sleep(1000);
net->SetPGaussian("Price", "10.0", "1.0", "-1.0", "Subsidy^Yes");
printf("\n net->SetPGaussian(\"Price\", \"10.0\", \"1.0\", \"-1.0\", \"Subsidy^Yes\");");
_sleep(1000);
net->SetPGaussian("Price", "20.0", "1.0", "-1.0", "Subsidy^No");
printf("\n net->SetPGaussian(\"Price\", \"20.0\", \"1.0\", \"-1.0\", \"Subsidy^No\");");
_sleep(1000);
net->SetPSoftMax("Buy^Yes Buy^No", "-1.0 1.0", "5.0 -5.0");
printf("\n net->SetPSoftMax(\"Buy^Yes Buy^No\", \"-1.0 1.0\", \"5.0 -5.0\");");
textcolor(LIGHTGREEN);
printf("\n ......All distributions are added....\n");
getch();
textcolor(WHITE);
return net;
}
BayesNet *WasteModel()
{
BayesNet *net;
net = new BayesNet();
textcolor(WHITE);
net->AddNode(discrete^"TypeOfWaste", "industrial household");
net->AddNode(discrete^"FilterState", "intact defective");
net->AddNode(discrete^"BurningRegime", "stable unstable");
printf("\n net->AddNode(discrete^\"TypeOfWaste\", \"industrial household\");");
textcolor(LIGHTGREEN);
printf("\t\t\t\tAdding of nodes is in process....");
_sleep(2000);
textcolor(WHITE);
printf("\n net->AddNode(discrete^\"FilterState\", \"intact defective\");");
_sleep(1000);
printf("\n net->AddNode(discrete^\"BurningRegime\", \"stable unstable\");");
_sleep(1000);
net->AddNode(continuous^"FilterEfficiency CO2Emission DustEmission", "dim1");
printf("\n net->AddNode(continuous^\"FilterEfficiency CO2Emission DustEmission\", \"dim1\");");
_sleep(1000);
net->AddNode(continuous^"MetalInWaste MetalEmission Light", "dim1");
printf("\n net->AddNode(continuous^\"MetalInWaste MetalEmission Light\", \"dim1\");");
textcolor(LIGHTGREEN);
printf("\n ......All nodes are added....\n");
getch();
// arcs
textcolor(WHITE);
net->AddArc("TypeOfWaste FilterState", "FilterEfficiency");
printf("\n net->AddArc(\"TypeOfWaste FilterState\", \"FilterEfficiency\");");
textcolor(LIGHTGREEN);
printf("\t\t\t\tAdding of arcs is in process....");
_sleep(2000);
textcolor(WHITE);
net->AddArc("FilterState FilterEfficiency BurningRegime", "DustEmission") ;
printf("\n net->AddArc(\"FilterState FilterEfficiency BurningRegime\", \"DustEmission\") ;");
_sleep(1000);
net->AddArc( "FilterState", "MetalInWaste");
printf("\n net->AddArc(\"FilterState\", \"MetalInWaste\");");
_sleep(1000);
net->AddArc( "BurningRegime", "CO2Emission");
printf("\n net->AddArc(\"BurningRegime\", \"CO2Emission\");");
_sleep(1000);
net->AddArc( "DustEmission MetalInWaste", "MetalEmission");
printf("\n net->AddArc(\"DustEmission MetalInWaste\", \"MetalEmission\");");
_sleep(1000);
net->AddArc( "MetalInWaste", "Light");
printf("\n net->AddArc(\"MetalInWaste\", \"Light\");");
_sleep(1000);
textcolor(LIGHTGREEN);
printf("\n ......All arcs are added....\n");
getch();
// distributions
textcolor(WHITE);
net->SetPTabular( "TypeOfWaste^industrial TypeOfWaste^household", "0.95 0.05");
printf("\n net->SetPTabular(\"TypeOfWaste^industrial TypeOfWaste^household\", \"0.95 0.05\");");
textcolor(LIGHTGREEN);
printf("\t\tAdding of distributions is in process....");
_sleep(2000);
textcolor(WHITE);
net->SetPTabular( "FilterState^intact FilterState^defective", "0.285714 0.714286");
printf("\n net->SetPTabular(\"FilterState^intact FilterState^defective\", \"0.285714 0.714286\");");
_sleep(1000);
net->SetPTabular( "BurningRegime^stable BurningRegime^unstable", "0.85 0.15");
printf("\n net->SetPTabular(\"BurningRegime^stable BurningRegime^unstable\", \"0.85 0.15\");");
_sleep(1000);
net->SetPGaussian( "FilterEfficiency", "-3.2", "0.00002", "", "TypeOfWaste^industrial FilterState^defective");
printf("\n net->SetPGaussian(\"FilterEfficiency\", \"-3.2\", \"0.00002\", \"\", \n\t\t\"TypeOfWaste^industrial FilterState^defective\");");
_sleep(1000);
net->SetPGaussian( "FilterEfficiency", "-0.5", "0.0001", "", "TypeOfWaste^industrial FilterState^intact");
printf("\n net->SetPGaussian(\"FilterEfficiency\", \"-0.5\", \"0.0001\", \"\", \n\t\t\"TypeOfWaste^industrial FilterState^intact\");");
_sleep(1000);
net->SetPGaussian( "FilterEfficiency", "-3.9", "0.00002", "", "TypeOfWaste^household FilterState^defective");
printf("\n net->SetPGaussian(\"FilterEfficiency\", \"-3.9\", \"0.00002\", \"\", \n\t\t\"TypeOfWaste^household FilterState^defective\");");
_sleep(1000);
net->SetPGaussian( "FilterEfficiency", "-0.4", "0.0001", "", "TypeOfWaste^household FilterState^intact");
printf("\n net->SetPGaussian(\"FilterEfficiency\", \"-0.4\", \"0.0001\", \"\", \n\t\t\"TypeOfWaste^household FilterState^intact\");");
_sleep(1000);
net->SetPGaussian( "CO2Emission", "-2", "0.1", "", "BurningRegime^stable");
printf("\n net->SetPGaussian(\"CO2Emission\", \"-2\", \"0.1\", \"\", \"BurningRegime^stable\");");
_sleep(1000);
net->SetPGaussian( "CO2Emission", "-1", "0.3", "", "BurningRegime^unstable");
printf("\n net->SetPGaussian(\"CO2Emission\", \"-1\", \"0.3\", \"\", \"BurningRegime^unstable\");");
_sleep(1000);
net->SetPGaussian( "DustEmission", "6.5", "0.03", "1.0", "FilterState^intact BurningRegime^stable");
printf("\n net->SetPGaussian(\"DustEmission\", \"6.5\", \"0.03\", \"1.0\", \"FilterState^intact \n\t\tBurningRegime^stable\");");
_sleep(1000);
net->SetPGaussian( "DustEmission", "7.5", "0.1", "1.0", "FilterState^intact BurningRegime^unstable");
printf("\n net->SetPGaussian(\"DustEmission\", \"7.5\", \"0.1\", \"1.0\", \"FilterState^intact \n\t\tBurningRegime^unstable\");");
_sleep(1000);
net->SetPGaussian( "DustEmission", "6.0", "0.04", "1.0", "FilterState^defective BurningRegime^stable");
printf("\n net->SetPGaussian(\"DustEmission\", \"6.0\", \"0.04\", \"1.0\", \"FilterState^defective \n\t\tBurningRegime^stable\");");
_sleep(1000);
net->SetPGaussian( "DustEmission", "7.0", "0.01", "1.0", "FilterState^defective BurningRegime^unstable");
printf("\n net->SetPGaussian(\"DustEmission\", \"7.0\", \"0.01\", \"1.0\", \"FilterState^defective \n\t\tBurningRegime^unstable\");");
_sleep(1000);
net->SetPGaussian( "MetalInWaste", "0.5", "0.01", "", "FilterState^intact");
printf("\n net->SetPGaussian(\"MetalInWaste\", \"0.5\", \"0.01\", \"\", \"FilterState^intact\");");
_sleep(1000);
net->SetPGaussian( "MetalInWaste", "-0.5", "0.005", "", "FilterState^defective");
printf("\n net->SetPGaussian(\"MetalInWaste\", \"-0.5\", \"0.005\", \"\", \"FilterState^defective\");");
_sleep(1000);
net->SetPGaussian( "MetalEmission", "0.0", "0.02", "1.0 1.0");
printf("\n net->SetPGaussian(\"MetalEmission\", \"0.0\", \"0.02\", \"1.0 1.0\");");
_sleep(1000);
net->SetPGaussian( "Light", "3.0", "0.25", "-0.5");
printf("\n net->SetPGaussian(\"Light\", \"3.0\", \"0.25\", \"-0.5\");");
_sleep(1000);
textcolor(LIGHTGREEN);
printf("\n ......All distributions are added....\n");
getch();
textcolor(WHITE);
return net;
}
BayesNet *ScalarGaussianBNetModel()
{
// NodeA NodeB
// \ /
// NodeC
// / \
// NodeD NodeE
BayesNet *net;
net = new BayesNet();
textcolor(WHITE);
net->AddNode(continuous^"NodeA NodeB NodeC", "dim1");
printf("\n net->AddNode(continuous^\"NodeA NodeB NodeC\", \"dim1\");");
textcolor(LIGHTGREEN);
printf("\t\t\t\tAdding of nodes is in process....");
_sleep(2000);
textcolor(WHITE);
net->AddNode(continuous^"NodeD NodeE", "dim1");
printf("\n net->AddNode(continuous^\"NodeD NodeE\", \"dim1\");");
_sleep(1000);
textcolor(LIGHTGREEN);
printf("\n ......All nodes are added....\n");
getch();
// arcs
textcolor(WHITE);
net->AddArc("NodeA NodeB", "NodeC");
printf("\n net->AddArc(\"NodeA NodeB\", \"NodeC\");");
textcolor(LIGHTGREEN);
printf("\t\t\t\t\t\tAdding of arcs is in process....");
_sleep(2000);
textcolor(WHITE);
net->AddArc("NodeC", "NodeD NodeE");
printf("\n net->AddArc(\"NodeC\", \"NodeD NodeE\");");
_sleep(1000);
textcolor(LIGHTGREEN);
printf("\n ......All arcs are added....\n");
getch();
// distributions
textcolor(WHITE);
net->SetPGaussian("NodeA", "1.0", "4.0");
printf("\n net->SetPGaussian(\"NodeA\", \"1.0\", \"4.0\");");
textcolor(LIGHTGREEN);
printf("\t\t\t\t\tAdding of distributions is in process....");
_sleep(2000);
textcolor(WHITE);
net->SetPGaussian("NodeB", "1.0", "1.0");
printf("\n net->SetPGaussian(\"NodeB\", \"1.0\", \"1.0\");");
_sleep(1000);
net->SetPGaussian("NodeC", "0.0", "2.0", "1.0 2.0");
printf("\n net->SetPGaussian(\"NodeC\", \"0.0\", \"2.0\", \"1.0 2.0\");");
_sleep(1000);
net->SetPGaussian("NodeD", "0.0", "4.0", "1.1");
printf("\n net->SetPGaussian(\"NodeD\", \"0.0\", \"4.0\", \"1.1\");");
_sleep(1000);
net->SetPGaussian("NodeE", "-0.8", "1.2", "2.0");
printf("\n net->SetPGaussian(\"NodeE\", \"-0.8\", \"1.2\", \"2.0\");");
textcolor(LIGHTGREEN);
printf("\n ......All distributions are added....\n");
getch();
textcolor(WHITE);
return net;
}
PNLW_BEGIN
BayesNet *AsiaModel()
{
BayesNet *net;
net = new BayesNet();
// nodes
textcolor(WHITE);
net->AddNode(discrete^"Smoking", "True False");
printf("\n net->AddNode(discrete^\"Smoking\", \"True False\");");
textcolor(LIGHTGREEN);
printf("\t\t\t\tAdding of nodes is in process....");
_sleep(2000);
textcolor(WHITE);
net->AddNode(discrete^"VisitToAsia", "True False");
printf("\n net->AddNode(discrete^\"VisitToAsia\", \"True False\");");
_sleep(1000);
net->AddNode(discrete^"Bronchitis", "True False");
printf("\n net->AddNode(discrete^\"Bronchitis\", \"True False\");");
_sleep(1000);
net->AddNode(discrete^"LungCancer", "True False");
printf("\n net->AddNode(discrete^\"LungCancer\", \"True False\");");
_sleep(1000);
net->AddNode(discrete^"Tuberculosis", "True False");
printf("\n net->AddNode(discrete^\"Tuberculosis\", \"True False\");");
_sleep(1000);
net->AddNode(discrete^"Dyspnoea", "True False");
printf("\n net->AddNode(discrete^\"Dyspnoea\", \"True False\");");
_sleep(1000);
net->AddNode(discrete^"CancerOrTuberculosis", "True False");
printf("\n net->AddNode(discrete^\"CancerOrTuberculosis\", \"True False\");");
_sleep(1000);
net->AddNode(discrete^"XRayPositive", "True False");
printf("\n net->AddNode(discrete^\"XRayPositive\", \"True False\");");
_sleep(1000);
textcolor(LIGHTGREEN);
printf("\n ......All nodes are added....\n");
getch();
// arcs
textcolor(WHITE);
net->AddArc("Smoking", "Bronchitis LungCancer");
printf("\n net->AddArc(\"Smoking\", \"Bronchitis LungCancer\");");
textcolor(LIGHTGREEN);
printf("\t\t\t\tAdding of arcs is in process....");
_sleep(2000);
textcolor(WHITE);
net->AddArc("VisitToAsia", "Tuberculosis");
printf("\n net->AddArc(\"VisitToAsia\", \"Tuberculosis\");");
_sleep(1000);
net->AddArc("LungCancer Tuberculosis", "CancerOrTuberculosis");
printf("\n net->AddArc(\"LungCancer Tuberculosis\", \"CancerOrTuberculosis\");");
_sleep(1000);
net->AddArc("Bronchitis", "Dyspnoea");
printf("\n net->AddArc(\"Bronchitis\", \"Dyspnoea\");");
_sleep(1000);
net->AddArc("CancerOrTuberculosis", "Dyspnoea XRayPositive");
printf("\n net->AddArc(\"CancerOrTuberculosis\", \"Dyspnoea XRayPositive\");");
_sleep(1000);
textcolor(LIGHTGREEN);
printf("\n ......All arcs are added....\n");
getch();
// distributions
textcolor(WHITE);
net->SetPTabular("Smoking^True Smoking^False", "0.5 0.5");
printf("\n net->SetPTabular(\"Smoking^True Smoking^False\", \"0.5 0.5\");");
textcolor(LIGHTGREEN);
printf("\t\t\tAdding of distributions is in process....");
_sleep(2000);
textcolor(WHITE);
net->SetPTabular("VisitToAsia^True VisitToAsia^False", "0.01 0.99");
printf("\n net->SetPTabular(\"VisitToAsia^True VisitToAsia^False\", \"0.01 0.99\");");
_sleep(1000);
net->SetPTabular("Bronchitis^True", "0.3", "Smoking^False");
printf("\n net->SetPTabular(\"Bronchitis^True\", \"0.3\", \"Smoking^False\");");
_sleep(1000);
net->SetPTabular("Bronchitis^False", "0.7", "Smoking^False");
printf("\n net->SetPTabular(\"Bronchitis^False\", \"0.7\", \"Smoking^False\");");
_sleep(1000);
net->SetPTabular("Bronchitis^True", "0.4", "Smoking^True");
printf("\n net->SetPTabular(\"Bronchitis^True\", \"0.4\", \"Smoking^True\");");
_sleep(1000);
net->SetPTabular("Bronchitis^False", "0.6", "Smoking^True");
printf("\n net->SetPTabular(\"Bronchitis^False\", \"0.6\", \"Smoking^True\");");
_sleep(1000);
net->SetPTabular("LungCancer^True", "0.01","Smoking^False");
printf("\n net->SetPTabular(\"LungCancer^True\", \"0.01\",\"Smoking^False\");");
_sleep(1000);
net->SetPTabular("LungCancer^False", "0.99","Smoking^False");
printf("\n net->SetPTabular(\"LungCancer^False\", \"0.99\",\"Smoking^False\");");
_sleep(1000);
net->SetPTabular("LungCancer^True", "0.1","Smoking^True");
printf("\n net->SetPTabular(\"LungCancer^True\", \"0.1\",\"Smoking^True\");");
_sleep(1000);
net->SetPTabular("LungCancer^False", "0.9","Smoking^True");
printf("\n net->SetPTabular(\"LungCancer^False\", \"0.9\",\"Smoking^True\");");
_sleep(1000);
net->SetPTabular("Tuberculosis^True", "0.01", "VisitToAsia^False");
printf("\n net->SetPTabular(\"Tuberculosis^True\", \"0.01\", \"VisitToAsia^False\");");
_sleep(1000);
net->SetPTabular("Tuberculosis^False", "0.99", "VisitToAsia^False");
printf("\n net->SetPTabular(\"Tuberculosis^False\", \"0.99\", \"VisitToAsia^False\");");
_sleep(1000);
net->SetPTabular("Tuberculosis^True", "0.05", "VisitToAsia^True" );
printf("\n net->SetPTabular(\"Tuberculosis^True\", \"0.05\", \"VisitToAsia^True\" );");
_sleep(1000);
net->SetPTabular("Tuberculosis^False", "0.95", "VisitToAsia^True" );
printf("\n net->SetPTabular(\"Tuberculosis^False\", \"0.95\", \"VisitToAsia^True\" );");
_sleep(1000);
net->SetPTabular("CancerOrTuberculosis^True", "0.0", "LungCancer^False Tuberculosis^False");
printf("\n net->SetPTabular(\"CancerOrTuberculosis^True\", \"0.0\", \n \t \"LungCancer^False Tuberculosis^False\");");
_sleep(1000);
net->SetPTabular("CancerOrTuberculosis^False", "1.0", "LungCancer^False Tuberculosis^False");
printf("\n net->SetPTabular(\"CancerOrTuberculosis^False\", \"1.0\", \n \t \"LungCancer^False Tuberculosis^False\");");
_sleep(1000);
net->SetPTabular("CancerOrTuberculosis^True CancerOrTuberculosis^False", "1.0 0.0", "LungCancer^False Tuberculosis^True");
printf("\n net->SetPTabular(\"CancerOrTuberculosis^True CancerOrTuberculosis^False\",\n \t \"1.0 0.0\", \"LungCancer^False Tuberculosis^True\");");
_sleep(1000);
net->SetPTabular("CancerOrTuberculosis^True CancerOrTuberculosis^False", "1.0 0.0", "LungCancer^True Tuberculosis^False");
printf("\n net->SetPTabular(\"CancerOrTuberculosis^True CancerOrTuberculosis^False\", \n \t\"1.0 0.0\", \"LungCancer^True Tuberculosis^False\");");
_sleep(1000);
net->SetPTabular("CancerOrTuberculosis^True CancerOrTuberculosis^False", "1.0 0.0", "LungCancer^True Tuberculosis^True");
printf("\n net->SetPTabular(\"CancerOrTuberculosis^True CancerOrTuberculosis^False\", \n \t\"1.0 0.0\", \"LungCancer^True Tuberculosis^True\");");
_sleep(1000);
net->SetPTabular("Dyspnoea^True Dyspnoea^False", "0.1 0.9", "Bronchitis^False CancerOrTuberculosis^False");
printf("\n net->SetPTabular(\"Dyspnoea^True Dyspnoea^False\", \"0.1 0.9\", \n \t\"Bronchitis^False CancerOrTuberculosis^False\");");
_sleep(1000);
net->SetPTabular("Dyspnoea^True Dyspnoea^False", "0.7 0.3", "Bronchitis^False CancerOrTuberculosis^True");
printf("\n net->SetPTabular(\"Dyspnoea^True Dyspnoea^False\", \"0.7 0.3\", \n \t\"Bronchitis^False CancerOrTuberculosis^True\");");
_sleep(1000);
net->SetPTabular("Dyspnoea^True Dyspnoea^False", "0.8 0.2", "Bronchitis^True CancerOrTuberculosis^False");
printf("\n net->SetPTabular(\"Dyspnoea^True Dyspnoea^False\", \"0.8 0.2\", \n \t\"Bronchitis^True CancerOrTuberculosis^False\");");
_sleep(1000);
net->SetPTabular("Dyspnoea^True Dyspnoea^False", "0.9 0.1", "Bronchitis^True CancerOrTuberculosis^True");
printf("\n net->SetPTabular(\"Dyspnoea^True Dyspnoea^False\", \"0.9 0.1\", \n \t\"Bronchitis^True CancerOrTuberculosis^True\");");
_sleep(1000);
net->SetPTabular("XRayPositive^True XRayPositive^False", "0.05 0.95", "CancerOrTuberculosis^False");
printf("\n net->SetPTabular(\"XRayPositive^True XRayPositive^False\", \"0.05 0.95\", \n \t\"CancerOrTuberculosis^False\");");
_sleep(1000);
net->SetPTabular("XRayPositive^True XRayPositive^False", "0.98 0.02", "CancerOrTuberculosis^True");
printf("\n net->SetPTabular(\"XRayPositive^True XRayPositive^False\", \"0.98 0.02\", \n \t\"CancerOrTuberculosis^True\");");
_sleep(1000);
textcolor(LIGHTGREEN);
printf("\n ......All distributions are added....\n");
textcolor(WHITE);
getch();
return net;
}