public void Connect(List <Vertex> vertextList,
Tesselate.Tesselator tesselator,
Tesselator.WindingRuleType windingRule, bool setEdgeFlag)
{
this._inputVertextList = vertextList;
tesselator.WindingRule = windingRule;
NeedEdgeFlag = setEdgeFlag;
tesselator.SetListener(this);
}
public void Connect(Tesselate.Tesselator tesselator, Tesselator.WindingRuleType windingRule, bool setEdgeFlag)
{
tesselator.callBegin = new Tesselate.Tesselator.CallBeginDelegate(BeginCallBack);
tesselator.callEnd = new Tesselate.Tesselator.CallEndDelegate(EndCallBack);
tesselator.callVertex = new Tesselate.Tesselator.CallVertexDelegate(VertexCallBack);
tesselator.callCombine = new Tesselate.Tesselator.CallCombineDelegate(CombineCallBack);
tesselator.windingRule = windingRule;
if (setEdgeFlag)
{
tesselator.callEdgeFlag += new Tesselate.Tesselator.CallEdgeFlagDelegate(EdgeFlagCallBack);
}
}
void RunTest(int instructionStreamIndex, Tesselator.WindingRuleType windingRule, bool setEdgeFlag)
{
Tesselate.Tesselator tesselator = new Tesselate.Tesselator();
tesselator.callBegin += new Tesselate.Tesselator.CallBeginDelegate(BeginCallBack);
tesselator.callEnd += new Tesselate.Tesselator.CallEndDelegate(EndCallBack);
tesselator.callVertex += new Tesselate.Tesselator.CallVertexDelegate(VertexCallBack);
tesselator.callCombine += new Tesselate.Tesselator.CallCombineDelegate(CombineCallBack);
tesselator.windingRule = windingRule;
if (setEdgeFlag)
{
tesselator.callEdgeFlag += new Tesselate.Tesselator.CallEdgeFlagDelegate(EdgeFlagCallBack);
}
ParseStreamForTesselator(tesselator, instructionStreamIndex);
}
private void RunTest(int instructionStreamIndex, Tesselator.WindingRuleType windingRule, bool setEdgeFlag)
{
Tesselate.Tesselator tesselator = new Tesselate.Tesselator();
tesselator.callBegin += BeginCallBack;
tesselator.callEnd += EndCallBack;
tesselator.callVertex += VertexCallBack;
tesselator.callCombine += CombineCallBack;
tesselator.windingRule = windingRule;
if (setEdgeFlag)
{
tesselator.callEdgeFlag = EdgeFlagCallBack;
}
ParseStreamForTesselator(tesselator, instructionStreamIndex);
}
void RunTest(int instructionStreamIndex, Tesselator.WindingRuleType windingRule, bool setEdgeFlag)
{
Tesselate.Tesselator tesselator = new Tesselate.Tesselator();
TessTest.TessListener listner = new TessTest.TessListener();
tesselator.WindingRule = windingRule;
listner.Connect(tesselator, setEdgeFlag);
//tesselator.callBegin += new Tesselate.Tesselator.CallBeginDelegate(BeginCallBack);
//tesselator.callEnd += new Tesselate.Tesselator.CallEndDelegate(EndCallBack);
//tesselator.callVertex += new Tesselate.Tesselator.CallVertexDelegate(VertexCallBack);
//tesselator.callCombine += new Tesselate.Tesselator.CallCombineDelegate(CombineCallBack);
//tesselator.windingRule = windingRule;
//if (setEdgeFlag)
//{
// tesselator.callEdgeFlag += new Tesselate.Tesselator.CallEdgeFlagDelegate(EdgeFlagCallBack);
//}
//ParseStreamForTesselator(tesselator, instructionStreamIndex);
}
public void Connect(List <Vertex> vertextList, Tesselate.Tesselator tesselator, Tesselator.WindingRuleType windingRule, bool setEdgeFlag)
{
this.inputVertextList = vertextList;
tesselator.callBegin += new Tesselate.Tesselator.CallBeginDelegate(BeginCallBack);
tesselator.callEnd += new Tesselate.Tesselator.CallEndDelegate(EndCallBack);
tesselator.callVertex += new Tesselate.Tesselator.CallVertexDelegate(VertexCallBack);
tesselator.callCombine += new Tesselate.Tesselator.CallCombineDelegate(CombineCallBack);
tesselator.windingRule = windingRule;
if (setEdgeFlag)
{
tesselator.callEdgeFlag += new Tesselate.Tesselator.CallEdgeFlagDelegate(EdgeFlagCallBack);
}
}
