private static MDT.Tool ToData(this MMT.Tool tool)
{
switch (tool.ToolType)
{
case MME.ToolType.Simple:
return(ToSimple(tool));
case MME.ToolType.TwoSection:
return(ToTwoSection(tool));
case MME.ToolType.Pointed:
return(ToPointed(tool));
case MME.ToolType.Disk:
return(ToDisk(tool));
case MME.ToolType.Countersink:
return(ToCountersink(tool));
case MME.ToolType.DiskOnCone:
return(ToDiskOnCone(tool));
case MME.ToolType.AngularTransmission:
return(ToAnguralTransmission(tool));
default:
throw new NotImplementedException();
}
}
private static void UpdateBaseData(MDT.Tool dest, MMT.Tool source)
{
dest.Name = source.Name;
dest.Description = source.Description;
dest.ConeModelFile = source.ConeModelFile;
dest.ToolLinkType = ConvertLinkType(source.ToolLinkType);
}
private static MDT.Tool ToSimple(MMT.Tool tool)
{
var t = new MDT.SimpleTool();
var simpleTool = tool as MMT.SimpleTool;
t.Diameter = simpleTool.Diameter;
t.Length = simpleTool.Length;
t.UsefulLength = simpleTool.UsefulLength;
UpdateBaseData(t, tool);
return(t);
}
private static MDT.Tool ToPointed(MMT.Tool tool)
{
var t = new MDT.PointedTool();
var pt = tool as MMT.PointedTool;
t.ConeHeight = pt.ConeHeight;
t.Diameter = pt.Diameter;
t.StraightLength = pt.StraightLength;
t.UsefulLength = pt.UsefulLength;
UpdateBaseData(t, tool);
return(t);
}
private static MDT.Tool ToTwoSection(MMT.Tool tool)
{
var t = new MDT.TwoSectionTool();
var tst = tool as MMT.TwoSectionTool;
t.Diameter1 = tst.Diameter1;
t.Diameter2 = tst.Diameter2;
t.Length1 = tst.Length1;
t.Length2 = tst.Length2;
UpdateBaseData(t, tool);
return(t);
}
private static MDT.Tool ToDisk(MMT.Tool tool)
{
var t = new MDT.DiskTool();
var dt = tool as MMT.DiskTool;
t.Diameter = dt.Diameter;
t.CuttingRadialThickness = dt.CuttingRadialThickness;
t.BodyThickness = dt.BodyThickness;
t.CuttingThickness = dt.CuttingThickness;
t.RadialUsefulLength = dt.RadialUsefulLength;
UpdateBaseData(t, tool);
return(t);
}
private static MDT.Tool ToCountersink(MMT.Tool tool)
{
var t = new MDT.CountersinkTool();
var cst = tool as MMT.CountersinkTool;
t.Diameter1 = cst.Diameter1;
t.Diameter2 = cst.Diameter2;
t.Length1 = cst.Length1;
t.Length2 = cst.Length2;
t.Length3 = cst.Length3;
t.UsefulLength = cst.UsefulLength;
UpdateBaseData(t, tool);
return(t);
}
private static IntTools.Tool ToInternal(ExTools.Tool item)
{
IntTools.Tool t = null;
switch (item.ToolType)
{
case MachineModels.Enums.ToolType.Simple:
t = ToInternal((ExTools.SimpleTool)item);
break;
case MachineModels.Enums.ToolType.TwoSection:
t = ToInternal((ExTools.TwoSectionTool)item);
break;
case MachineModels.Enums.ToolType.Pointed:
t = ToInternal((ExTools.PointedTool)item);
break;
case MachineModels.Enums.ToolType.Disk:
t = ToInternal((ExTools.DiskTool)item);
break;
case MachineModels.Enums.ToolType.Countersink:
t = ToInternal((ExTools.CountersinkTool)item);
break;
case MachineModels.Enums.ToolType.DiskOnCone:
t = ToInternal((ExTools.DiskOnConeTool)item);
break;
//case MachineModels.Enums.ToolType.Base:
//case MachineModels.Enums.ToolType.None:
//case MachineModels.Enums.ToolType.BullNoseConcave:
//case MachineModels.Enums.ToolType.BullNoseConvex:
//case MachineModels.Enums.ToolType.Composed:
default:
throw new NotImplementedException();
}
return(t);
}
private static MDT.Tool ToAnguralTransmission(MMT.Tool tool)
{
var t = new MDT.AngularTransmission();
var at = tool as MMT.AngolarTransmission;
t.BodyModelFile = at.BodyModelFile;
foreach (var item in at.Subspindles)
{
t.Subspindles.Add(new MDT.Subspindle()
{
ToolName = item.ToolName,
Position = item.Position.ToMachineDataPoint(),
Direction = item.Direction.ToMachineDataVector()
});
}
UpdateBaseData(t, at);
return(t);
}
