private List <VizData> GetStateRepresentation()
{
List <VizData> result = new List <VizData>();
bool allUnsafe = true;
for (int j = 0; j < plotData.Count; ++j)
{
if (plotData[j].type != PlotData.PlotType.UNSAFE)
{
allUnsafe = false;
break;
}
}
for (int j = 0; j < plotData.Count; ++j)
{
PlotData data = plotData[j];
if (data.q == null)
{
continue;
}
Dictionary <string, DoubleInterval> varValues = GetSystemState(data.q);
if (timeAxis)
{
PlotData datanext = j < plotData.Count - 1 ? plotData[j + 1] : null;
if (datanext == null || datanext.q == null || data.searchIndex != datanext.searchIndex)
{
continue;
}
Dictionary <string, DoubleInterval> varValuesNext = datanext != null?GetSystemState(datanext.q) : null;
// X is time
double time = NormalizeAlongAxis(data.q.step, 0);
double timenext = NormalizeAlongAxis(datanext.q.step, 0);
if (searchIndexAxis)
{
// Z is search index
double index = NormalizeAlongAxis(data.searchIndex, 2) * searchZDepth;
DoubleInterval value = axisValue[1].Eval(varValues);
DoubleInterval valueNext = axisValue[1].Eval(varValuesNext);
double[] nvalue = NormalizeAlongAxis(value, 1);
double[] nvalueNext = NormalizeAlongAxis(valueNext, 1);
VizData viz = new VizData();
viz.data = data;
viz.quad[0] = new Vector3d(time, nvalue[1], index);
viz.quad[1] = new Vector3d(time, nvalue[0], index);
viz.quad[2] = new Vector3d(timenext, nvalueNext[0], index);
viz.quad[3] = new Vector3d(timenext, nvalueNext[1], index);
result.Add(viz);
}
else
{
if (data.type == PlotData.PlotType.UNSAFE && !allUnsafe)
{
continue;
}
// Y-Z are variables
DoubleInterval valueY = axisValue[1].Eval(varValues);
DoubleInterval valueZ = axisValue[2].Eval(varValues);
DoubleInterval valueYnext = axisValue[1].Eval(varValuesNext);
DoubleInterval valueZnext = axisValue[2].Eval(varValuesNext);
double[] nvalueY = NormalizeAlongAxis(valueY, 1);
double[] nvalueZ = NormalizeAlongAxis(valueZ, 2);
double[] nvalueYnext = NormalizeAlongAxis(valueYnext, 1);
double[] nvalueZnext = NormalizeAlongAxis(valueZnext, 2);
VizData viz = new VizData();
viz.data = data;
viz.quad[0] = new Vector3d(time, nvalueY[1], nvalueZ[1]);
viz.quad[1] = new Vector3d(time, nvalueY[0], nvalueZ[1]);
viz.quad[2] = new Vector3d(timenext, nvalueYnext[0], nvalueZnext[1]);
viz.quad[3] = new Vector3d(timenext, nvalueYnext[1], nvalueZnext[1]);
result.Add(viz);
viz = new VizData();
viz.data = data;
viz.quad[0] = new Vector3d(time, nvalueY[1], nvalueZ[0]);
viz.quad[1] = new Vector3d(time, nvalueY[0], nvalueZ[0]);
viz.quad[2] = new Vector3d(timenext, nvalueYnext[0], nvalueZnext[0]);
viz.quad[3] = new Vector3d(timenext, nvalueYnext[1], nvalueZnext[0]);
result.Add(viz);
viz = new VizData();
viz.data = data;
viz.quad[0] = new Vector3d(time, nvalueY[1], nvalueZ[0]);
viz.quad[1] = new Vector3d(time, nvalueY[1], nvalueZ[1]);
viz.quad[2] = new Vector3d(timenext, nvalueYnext[1], nvalueZnext[1]);
viz.quad[3] = new Vector3d(timenext, nvalueYnext[1], nvalueZnext[0]);
result.Add(viz);
viz = new VizData();
viz.data = data;
viz.quad[0] = new Vector3d(time, nvalueY[0], nvalueZ[0]);
viz.quad[1] = new Vector3d(time, nvalueY[0], nvalueZ[1]);
viz.quad[2] = new Vector3d(timenext, nvalueYnext[0], nvalueZnext[1]);
viz.quad[3] = new Vector3d(timenext, nvalueYnext[0], nvalueZnext[0]);
result.Add(viz);
}
}
else
{
if (searchIndexAxis)
{
// X-Y are variables
double index = NormalizeAlongAxis(data.searchIndex, 2) * searchZDepth;
DoubleInterval valueX = axisValue[0].Eval(varValues);
DoubleInterval valueY = axisValue[1].Eval(varValues);
double[] nvalueX = NormalizeAlongAxis(valueX, 0);
double[] nvalueY = NormalizeAlongAxis(valueY, 1);
VizData viz = new VizData();
viz.data = data;
viz.quad[0] = new Vector3d(nvalueX[1], nvalueY[0], index);
viz.quad[1] = new Vector3d(nvalueX[0], nvalueY[0], index);
viz.quad[2] = new Vector3d(nvalueX[0], nvalueY[1], index);
viz.quad[3] = new Vector3d(nvalueX[1], nvalueY[1], index);
result.Add(viz);
}
}
}
return(result);
}
public bool doQuery(PropertyGrid grid)
{
data = (VizData)grid.SelectedObject; ;
string res = viz.cataloguesData(data.Target, data.Radius, data.Unit, data.Text);
try
{
XmlDocument doc = new XmlDocument();
doc.LoadXml(res);
//XmlNodeList root = doc.DocumentElement.ChildNodes;//SelectNodes("VOTABLE");
//object[] o = new object[root.Count];
//int i=0;
//foreach (XmlNode n in root)
//{
// o[i++] = n.InnerXml;
//}
//grid.SelectedObjects = o;
grid.SelectedObject = doc.DocumentElement.FirstChild;
return true;
}
catch (Exception) {}
OutData x = new OutData();
x.Result = res;
grid.SelectedObject = x;
return (x.Result != null);
}
