void CheckWood()
{
if (RunTo(work.transform.position, 1.6f)) //если охотник близко к дереву
{
TreeBuild tempWork = work.GetComponent <TreeBuild>();
if (tempWork)
{
if (tempWork.progress >= 100)
{
axing = false;
tempWork.axing = false;
work = null;
}
else
{
axing = true;
tempWork.axing = true;
}
return;
}
}
else //если охотник далеко от дерева
{
axing = false;
GetUp();
maxSpeed = 4f;
}
}
private void MakeTree()
{
if (_patriarch == null)
{
var ged = LoadGEDFromStream(gedcom);
_patriarch = ged.PersonById("I1");
}
var tree = TreeBuild.BuildTree(treePanel21, _settings, _patriarch);
var nodeExtentProvider = new NodeExtents();
var treeLayout = new TreeLayout <ITreeData>(tree, nodeExtentProvider, _settings, false);
treePanel21.Boxen = treeLayout;
}
private void TreePerson(Person val)
{
var config = TreeConfiguration.LoadConfig();
config.MaxDepth = (int)spinMaxGen.Value;
var tree = TreeBuild.BuildTree(treePanel1, config, val);
// create the NodeExtentProvider for TextInBox nodes
var nodeExtentProvider = new NodeExtents();
// create the layout
var treeLayout = new TreeLayout <ITreeData>(tree, nodeExtentProvider, config, !tree.getRoot().IsReal);
treePanel1.Boxen = treeLayout;
}
void CheckWork()
{
if (RunTo(work.transform.position, 1.6f)) //если понь близко к работе
{
TreeBuild tempWork = work.GetComponent <TreeBuild>();
if (tempWork)
{
if (tempWork.progress >= 100)
{
axing = false;
tempWork.axing = false;
work = null;
}
else
{
axing = true;
tempWork.axing = true;
}
return;
}
WeaponBuilding tempWork1 = work.GetComponent <WeaponBuilding>();
if (tempWork1)
{
anim.SetBool("sit", true);
sit = true;
transform.position = tempWork1.workerPosition.position;
positionY = tempWork1.workerPosition.position.y;
return;
}
FarmBuild tempWork2 = work.GetComponent <FarmBuild>();
if (tempWork2)
{
anim.SetBool("sit", true);
sit = true;
transform.position = tempWork2.workerPosition.position;
positionY = tempWork2.workerPosition.position.y;
return;
}
}
else //если понь далеко от работы
{
axing = false;
GetUp();
maxSpeed = 4f;
}
}
public void LearnModel()
{
Init();
foreach (Feature currFeature in DomPool.SelectorFeatures)
{
String featureString = currFeature.ToString();
HashSet <HtmlNode> resNodes = DomPool.RunXpathQuery(featureString);
foreach (HtmlNode nd in resNodes)
{
if (!allNodes.Contains(nd))
{
continue;
}
nodeFeatures[nd].Add(featureString);
}
}
FastVector fvWekaAttributes = GetDataSetAtts();
Instances trainingSet = new Instances("TS", fvWekaAttributes, 100);
trainingSet.setClassIndex(fvWekaAttributes.size() - 1);
foreach (HtmlNode currNode in allNodes)
{
Instance item = new SparseInstance(fvWekaAttributes.size());
for (int i = 0; i < fvWekaAttributes.size() - 1; i++)
{
weka.core.Attribute currFeature = (weka.core.Attribute)fvWekaAttributes.elementAt(i);
if (nodeFeatures[currNode].Contains(currFeature.name()))
{
item.setValue(currFeature, 1);
}
else
{
item.setValue(currFeature, 0);
}
}
//set the class
weka.core.Attribute classFeature = (weka.core.Attribute)fvWekaAttributes.elementAt(fvWekaAttributes.size() - 1);
item.setValue(classFeature, (DomPool.TargetNodes.Contains(currNode)?"yes":"no"));
item.setDataset(trainingSet);
if (DomPool.TargetNodes.Contains(currNode))
{
for (int t = 0; t < (DomPool.NonTargetNodes.Count() / DomPool.TargetNodes.Count()); t++)
{
trainingSet.add(new SparseInstance(item));
}
}
else
{
trainingSet.add(item);
}
}
String[] options = new String[2];
options[0] = "-C"; // unpruned tree
options[1] = "0.1";
J48 tree = new J48(); // new instance of tree
tree.setOptions(options); // set the options
tree.buildClassifier(trainingSet); // build classifier
//save the resulting classifier
classifierTree = tree;
Reader treeDot = new StringReader(tree.graph());
TreeBuild treeBuild = new TreeBuild();
Node treeRoot = treeBuild.create(treeDot);
FeaturesUsed = getTreeFeatures(treeRoot);
}
