public CreateElectrodeCAM(ElectrodeModel model, string template)
{
this.EleModel = model;
this.CamInfo = new ElectrodeCAMInfo(model);
this.template = template;
EleOper = ElectrodeOperationFactory.CreateOperation(template, model, CamInfo);
}
public AbstractElectrodeOperation(ElectrodeModel ele, ElectrodeCAMInfo info)
{
this.EleModel = ele;
Part workPart = Session.GetSession().Parts.Work;
CamInfo = info;
tool = new ComputeTool(CamInfo.MinDim, CamInfo.MinDia);
Cam = new ElectrodeCAM();
}
public AbstractElectrodeOperation(ElectrodeModel ele, bool isInter)
{
this.ele = ele;
Part workPart = Session.GetSession().Parts.Work;
camInfo = new ElectrodeCAMInfo(ele, isInter);
tool = new ComputeTool(camInfo.MinDim, camInfo.MinDia);
if (workPart.Tag != ele.PartTag.Tag)
{
PartUtils.SetPartDisplay(ele.PartTag);
}
Cam = new ElectrodeCAM();
}
public ZleveEleOperation(ElectrodeModel ele, ElectrodeCAMInfo info) : base(ele, info)
{
CreateOper();
}
public UserDefinedEleOperation(ElectrodeModel ele, ElectrodeCAMInfo info) : base(ele, info)
{
CreateOper();
}
public PlanarAndSufaceEleOperation(ElectrodeModel ele, ElectrodeCAMInfo info) : base(ele, info)
{
CreateOper();
}
public SimplenessVerticalEleOperation(ElectrodeModel ele, ElectrodeCAMInfo info) : base(ele, info)
{
CreateOper();
}
public static AbstractElectrodeOperation CreateOperation(string template, ElectrodeModel ele, ElectrodeCAMInfo info)
{
AbstractElectrodeOperation ao = null;
switch (template)
{
case "直电极":
ao = new SimplenessVerticalEleOperation(ele, info);
break;
case "直+等宽":
ao = new PlanarAndSufaceEleOperation(ele, info);
break;
case "直+等高":
ao = new PlanarAndZleveEleOperation(ele, info);
break;
case "等宽+等高":
ao = new SufaceAndZleveEleOperation(ele, info);
break;
case "等高电极":
ao = new ZleveEleOperation(ele, info);
break;
case "User":
ao = new UserDefinedEleOperation(ele, info);
break;
default:
break;
}
return(ao);
}
