//����������ԭ֮��ľ��룬���������ԭ���û�й�ͬ�ڵ㣬���������ǵľ���Ϊ20��
public int disPrimitive(Primitive p, string primitive1, string primitive2)
{
//Primitive p = new Primitive();
List<int> list1 = p.getparents(primitive1);
List<int> list2 = p.getparents(primitive2);
for (int i = 0; i < list1.Count; i++)
{
int id1 = list1[i];
if (list2.Contains(id1))
{
int index = list2.IndexOf(id1);
return index + i;//������ԭ�����ϵĽڵ��·����
}
}
return DEFAULT_PRIMITIVE_DIS;
}
public MasterDataBL(string path, double confredence, Primitive yiYuan, WordSimilarity yiXiang, List<string> posSentiment, List<string> negSentiment)
{
YiYuan = yiYuan;
YiXiang = yiXiang;
PosSentiment = posSentiment;
NegSentiment = negSentiment;
MasterDatas = new Dictionary<string, MasterData>();
Path = path;
Confredence = confredence;
MasterDataTable = new DataTable();
MasterDataTable.Columns.Add("id");
MasterDataTable.Columns.Add("docid");
// MasterDataTable.Columns.Add("SentenceId");
MasterDataTable.Columns.Add("word-string");
//MasterDataTable.Columns.Add("WordOrder");
MasterDataTable.Columns.Add("confidence-score", typeof(double));
MasterDataTable.Columns.Add("word-polarity");
MasterDataTable.Columns.Add("context-string");
}
private void btnImportYiYuan_Click(object sender, RoutedEventArgs e)
{
YiYuan = new Primitive();
IsImportYiYuan = false;
MessageInit();
txtYiYuanMessage.Text = "义原导入中...";
Application.Current.Dispatcher.Invoke(DispatcherPriority.Background, new ThreadStart(delegate { }));
YiYuan.Path = txtYiYuanPath.Text;
YiYuan.loadGlossary();
if (YiYuan.PRIMITIVESID.Count > 0)
{
IsImportYiYuan = true;
txtYiYuanMessage.Text = "成功导入义原" + YiYuan.ALLPRIMITIVES.Count.ToString() + "条";
txtYiYuanMessage.Foreground = Brushes.Green;
}
else
{
IsImportYiYuan = false;
txtYiYuanMessage.Text = "义原尚未导入";
txtYiYuanMessage.Foreground = Brushes.Red;
MessageFail("义原导入失败，请去日志查看原因");
}
}
//�ڲ��Ƚ������ʣ�������Ϊ����ʣ�Ҳ��������ԭ
private double innerSimWord(Primitive p, string word1, string word2)
{
//Primitive p = new Primitive();
bool isPrimitive1 = p.isPrimitive(word1);
bool isPrimitive2 = p.isPrimitive(word2);
//������ԭ
if (isPrimitive1 && isPrimitive2)
return simPrimitive(p, word1, word2);
if (!isPrimitive1 && !isPrimitive2)
{
if (word1.Equals(word2))
return 1;
else
return 0;
}
// ��ԭ�;���ʵ����ƶ�, Ĭ��Ϊgamma=0.2
return gamma;
}
//����������ԭ֮������ƶ�
public double simPrimitive(Primitive p, string primitive1, string primitive2)
{
int dis = disPrimitive(p, primitive1, primitive2);
return alpha / (dis + alpha);
}