public List <string> ResultList()
{
List <string> list = new List <string>();
foreach (var dNode in _listFlowNode)
{
if (dNode.Kind != NodeKinds.Distribute)
{
continue;
}
double result = 0;
string rltStr = "";
foreach (var node in dNode.ListFlowNode)
{
string subStr = "";
double subRst = 0;
if (node.Kind == NodeKinds.ConstantPayload)
{
ConstantPayloadNode cpn = (ConstantPayloadNode)node.SubControl;
double constant = Convert.ToDouble(cpn.Constant());
double para = Convert.ToDouble(cpn.Parameter());
subRst = constant * para;
subStr = cpn.Constant() + "X" + cpn.Parameter();
}
else if (node.Kind == NodeKinds.FlexiblePaylaod)
{
FlexiblePayloadNode fpn = (FlexiblePayloadNode)node.SubControl;
double constant = Convert.ToDouble(fpn.Constant());
double para = Convert.ToDouble(fpn.Parameter());
double para2 = Convert.ToDouble(fpn.Parameter2());
subRst = constant * para * para2;
subStr = fpn.Constant() + "X" + fpn.Parameter() + "X" + fpn.Parameter2();
}
result += subRst;
if (rltStr == "")
{
rltStr = subStr;
}
else
{
rltStr = rltStr + "+" + subStr;
}
}
rltStr = rltStr + "=" + result.ToString();
DistributeNode dn = (DistributeNode)dNode.SubControl;
string coeAStr = dn.Coefficient();
double rstA = result * Convert.ToDouble(coeAStr);
string strA = "A " + result.ToString() + "X" + coeAStr + "= " + "" + rstA.ToString();
string coeBStr = dn.Coefficient2();
double rstB = result * Convert.ToDouble(coeBStr);
string strB = "B " + result.ToString() + "X" + coeBStr + "= " + "" + rstB.ToString();
string coeCStr = dn.Coefficient3();
double rstC = result * Convert.ToDouble(coeCStr);
string strC = "C " + result.ToString() + "X" + coeCStr + "= " + "" + rstC.ToString();
list.Add(rltStr);
list.Add(strA);
list.Add(strB);
list.Add(strC);
}
_result = list[0];
_a = list[1];
_b = list[2];
_c = list[3];
return(list);
}
