public static async void SetLineSequence(int nSequence)
{
Sequences.LineSequence = nSequence;
CLineValueSequencer.SetCurrentSequence(nSequence);
m_hvsCurrent.Update();
await m_dp.Dispatcher.RunAsync(CoreDispatcherPriority.Normal, UpdateDiagrams);
}
public static async void SetLineRatio(int nRatio)
{
Sequences.LineRatio = nRatio;
CLineValueSequencer.SetCurrentRatio(nRatio);
m_hvsCurrent.Update();
await m_dp.Dispatcher.RunAsync(CoreDispatcherPriority.Normal, UpdateDiagrams);
}
static void Main(string[] args)
{
YijingData yd = new YijingData();
yd.InitialseDB();
using (YijingEntities ye = new YijingEntities())
{
YijingDb.Type t = ye.Types.Find(3);
LabelSery ls2 = ye.LabelSeries.Where(ls1 => ls1.Name == "Vivash" &&
ls1.TypeId == (int)Sequences.ValueType.Hexagram).First(); // .OrderBy(ls1 => ls1.Name)
IEnumerable <LabelSery> iels = from ls3 in ye.LabelSeries where ls3.TypeId == (int)Sequences.ValueType.Line
orderby ls3.Name select ls3;
List <LabelSery> lls = iels.ToList();
LabelSery ls4 = ye.LabelSeries.Include(ls => ls.Type).Include(ls => ls.Labels).Single(ls5 => ls5.Name == "Vivash");
Label l1 = ls2.Labels.Single(l => l.LabelData == "Return");
t = l1.Type;
}
CLineValueSequencer.SetCurrentRatio(0); // 0 - 5 "Equal", "Coin", "Yarrow", "Marbles", "Yin", "Yang"
CHexagramArray ha = new CHexagramArray();
ha.MultiCast(10000);
foreach (CHexagram h in ha.HexagramArray())
{
if (h.Count > 0)
{
Console.WriteLine($"{h.Count,4:D} {h.DescribeCast}");
}
}
int x = 0;
}
public static async void SetLineLabel(int nLabel)
{
Sequences.LineLabel = nLabel;
CLineValueSequencer.SetCurrentLabel(nLabel);
await m_dp.Dispatcher.RunAsync(CoreDispatcherPriority.Normal, UpdateDiagrams);
}
