public static string ToXML(FeatureCAMTool fc_tool, bool is_doc_metric)
{
StringBuilder tool_info = new StringBuilder();
try
{
if (fc_tool == null)
{
return("");
}
if (Variables.are_all_setups_milling)
{
fc_tool.turret_prefix = "";
}
if (fc_tool.cutter_geom != null)
{
if (fc_tool.cutter_geom.Count > 0)
{
if (Variables.doc_options.tool_turret_id_prefix)
{
fc_tool.optional_id += fc_tool.turret_prefix;
}
if (Variables.doc_options.tool_id_option == eToolOptions.eTO_PositionOnly)
{
fc_tool.optional_id += fc_tool.tool_number.ToString("00");
}
else if (Variables.doc_options.tool_id_option == eToolOptions.eTO_PositionAndName)
{
fc_tool.optional_id += String.Format("{0}_{1}", fc_tool.tool_number.ToString("00"), fc_tool.name);
}
else if (Variables.doc_options.tool_id_option == eToolOptions.eTO_IDOnly)
{
fc_tool.optional_id += fc_tool.id;
}
if (fc_tool.is_milling_tool)
{
tool_info = MillingToolToXML(fc_tool, is_doc_metric);
}
else
{
tool_info = TurningToolToXML(fc_tool, is_doc_metric);
}
}
}
}
catch (Exception Ex)
{
LogFile.WriteException(Ex, "ToXML");
}
return(tool_info.ToString());
}
private static StringBuilder TurningToolToXML(FeatureCAMTool fc_tool, bool is_doc_metric)
{
string x_coord, y_coord, radius;
StringBuilder tool_info = new StringBuilder();
StringBuilder tool_geom = new StringBuilder();
/* Turning tool */
tool_info.AppendFormat("<Tool ID=\"{0}\" Units=\"{1}\">\n", fc_tool.optional_id, (is_doc_metric ? "Millimeter" : "Inch"));
tool_info.AppendFormat("{0}\n", Utilities.String2XML("Description", fc_tool.name, 1));
tool_info.AppendFormat("{0}\n", Utilities.String2XML("Teeth", fc_tool.num_of_flutes, 1));
tool_info.AppendFormat("{0}\n", Utilities.String2XML("Type", "Turning", 1));
tool_info.AppendLine(Utilities.Indent("<Cutter>", 1));
string thickness = String.Format("Thickness=\"{0:0.####}\"", fc_tool.thickness);
tool_info.AppendFormat(Utilities.Indent("<Sweep ID=\"{0}\" {1}>\n", 2), fc_tool.group, thickness);
for (int i = 0; i < fc_tool.cutter_geom.Count; i++)
{
GeomSegment segment = fc_tool.cutter_geom[i];
if (i == 0)
{
tool_geom.Append(segment.pt1.ToVericutString(fc_tool.is_metric, is_doc_metric, 1));
}
if (!segment.is_arc)
{
tool_geom.Append(segment.pt2.ToVericutString(fc_tool.is_metric, is_doc_metric, 1));
}
else
{
tool_geom.Append(Utilities.Indent("<Arc>\n", 1));
x_coord = String.Format("<X>{0:0.####}</X>\n", Utilities.UnitsToUnits(segment.arc_center.x, fc_tool.is_metric, is_doc_metric));
y_coord = String.Format("<Z>{0:0.####}</Z>\n", Utilities.UnitsToUnits(segment.arc_center.y, fc_tool.is_metric, is_doc_metric));
radius = String.Format("<Radius>{0:0.####}</Radius>\n", Utilities.UnitsToUnits(segment.radius, fc_tool.is_metric, is_doc_metric));
tool_geom.AppendFormat(Utilities.Indent(x_coord, 2));
tool_geom.AppendFormat(Utilities.Indent(y_coord, 2));
tool_geom.AppendFormat(Utilities.Indent(radius, 2));
tool_geom.AppendFormat(Utilities.Indent("<Direction>Shortest</Direction>\n", 2));
tool_geom.Append(Utilities.Indent("</Arc>\n", 1));
tool_geom.Append(segment.pt2.ToVericutString(fc_tool.is_metric, is_doc_metric, 1));
}
}
tool_info.Append(Utilities.Indent(tool_geom.ToString(), 2));
tool_info.AppendFormat("{0}\n", (Utilities.String2XML("NoSpin", "0", 3)));
tool_info.Append(Utilities.Indent("</Sweep>\n", 2));
tool_info.Append(Utilities.Indent("</Cutter>\n", 1));
/* Holder */
tool_info.Append(Utilities.Indent("<Holder>\n", 1));
if (fc_tool.holder_stl_fpath != null && fc_tool.holder_stl_fpath != "") //holder was exported to an .stl file
{
tool_info.Append(Utilities.Indent(String.Format("<Model ID=\"holder_{0}\" Type=\"STL\">\n", fc_tool.name), 2));
tool_info.AppendFormat(Utilities.Indent("<FileName>{0}</FileName>\n", 3), fc_tool.holder_stl_fpath);
tool_info.Append(Utilities.Indent("<NoSpin>1</NoSpin>\n", 3));
tool_info.Append(Utilities.Indent("<Origin>\n", 3));
tool_info.Append(Utilities.Indent("<X>0</X>\n", 4));
tool_info.Append(Utilities.Indent("<Y>0</Y>\n", 4));
tool_info.Append(Utilities.Indent("<Z>0</Z>\n", 4));
tool_info.Append(Utilities.Indent("</Origin>\n", 3));
tool_info.Append(Utilities.Indent("<Rotation>\n", 3));
tool_info.Append(Utilities.Indent("<X>0</X>\n", 4));
tool_info.Append(Utilities.Indent("<Y>0</Y>\n", 4));
tool_info.Append(Utilities.Indent("<Z>0</Z>\n", 4));
tool_info.Append(Utilities.Indent("</Rotation>\n", 3));
tool_info.Append(Utilities.Indent("<Color>255</Color>\n", 3));
tool_info.Append(Utilities.Indent("</Model>\n", 2));
}
else
{
tool_info.Append(Utilities.Indent(String.Format("<Sweep ID=\"holder_{0}\" Thickness=\"-1\">\n", fc_tool.name), 2));
tool_geom = new StringBuilder();
for (int i = 0; i < fc_tool.holder_geom.Count; i++)
{
GeomSegment segment = fc_tool.holder_geom[i];
if (i == 0)
{
tool_geom.Append(segment.pt1.ToVericutString(fc_tool.is_metric, is_doc_metric, 1));
}
if (!segment.is_arc)
{
tool_geom.Append(segment.pt2.ToVericutString(fc_tool.is_metric, is_doc_metric, 1));
}
else
{
tool_geom.Append(Utilities.Indent("<Arc>\n", 1));
x_coord = String.Format("<X>{0:0.####}</X>\n", Utilities.UnitsToUnits(segment.arc_center.x, fc_tool.is_metric, is_doc_metric));
y_coord = String.Format("<Z>{0:0.####}</Z>\n", Utilities.UnitsToUnits(segment.arc_center.y, fc_tool.is_metric, is_doc_metric));
radius = String.Format("<Radius>{0:0.####}</Radius>\n", Utilities.UnitsToUnits(segment.radius, fc_tool.is_metric, is_doc_metric));
tool_geom.AppendFormat(Utilities.Indent(x_coord, 2));
tool_geom.AppendFormat(Utilities.Indent(y_coord, 2));
tool_geom.AppendFormat(Utilities.Indent(radius, 2));
tool_geom.AppendFormat(Utilities.Indent("<Direction>Shortest</Direction>\n", 2));
tool_geom.Append(Utilities.Indent("</Arc>\n", 1));
tool_geom.Append(segment.pt2.ToVericutString(fc_tool.is_metric, is_doc_metric, 1));
}
}
tool_info.Append(Utilities.Indent(tool_geom.ToString(), 2));
tool_info.AppendFormat("{0}\n", (Utilities.String2XML("NoSpin", "0", 3)));
tool_info.Append(Utilities.Indent("</Sweep>\n", 2));
}
tool_info.Append(Utilities.Indent("</Holder>\n", 1));
tool_info.AppendFormat("{0}\n", Utilities.Indent(
Utilities.String2XML("GagePoint",
Utilities.String2XML("X", 0) + "\n" +
Utilities.String2XML("Y", 0) + "\n" +
Utilities.String2XML("Z", Utilities.UnitsToUnits(fc_tool.exposed_length + fc_tool.holder_length, fc_tool.is_metric, is_doc_metric)))
, 1));
tool_info.AppendFormat("{0}\n", Utilities.Indent(
String.Format("<DrivenPoint ID=\"{0}\">\n", fc_tool.len_offset) +
Utilities.String2XML("X", Utilities.UnitsToUnits(fc_tool.prog_pt_x, fc_tool.is_metric, is_doc_metric), 1) + "\n" +
Utilities.String2XML("Y", 0, 1) + "\n" +
Utilities.String2XML("Z", Utilities.UnitsToUnits(fc_tool.prog_pt_z, fc_tool.is_metric, is_doc_metric), 1) + "\n" +
String.Format("</DrivenPoint>\n")
, 1));
tool_info.Append(Utilities.Indent(
Utilities.String2XML("Orientation",
Utilities.String2XML("X", 0) + "\n" +
Utilities.String2XML("Y", 0) + "\n" +
Utilities.String2XML("Z", 0))
, 1));
tool_info.AppendLine("");
tool_info.Append("</Tool>");
return(tool_info);
}
private static StringBuilder MillingToolToXML(FeatureCAMTool fc_tool, bool is_doc_metric)
{
string x_coord, y_coord, radius,
flute_len, shank_dia,
last_pt_str, pt_str;
StringBuilder tool_info = new StringBuilder();
StringBuilder tool_geom = new StringBuilder();
tool_info.AppendFormat("<Tool ID=\"{0}\" Units=\"{1}\">\n", fc_tool.optional_id, (is_doc_metric ? "Millimeter" : "Inch"));
tool_info.AppendFormat("{0}\n", Utilities.String2XML("Description", fc_tool.name, 1));
tool_info.AppendFormat("{0}\n", Utilities.String2XML("Teeth", fc_tool.num_of_flutes, 1));
tool_info.AppendFormat("{0}\n", Utilities.String2XML("Type", "Milling", 1));
flute_len = String.Format("FluteLength =\"{0:0.####}\"", Utilities.UnitsToUnits(fc_tool.cutter_len, fc_tool.is_metric, is_doc_metric));
if (fc_tool.shank_dia > 0)
{
shank_dia = String.Format("ShankDiameter=\"{0:0.####}\"", Utilities.UnitsToUnits(fc_tool.shank_dia, fc_tool.is_metric, is_doc_metric));
}
else
{
shank_dia = "";
}
tool_info.AppendFormat(Utilities.Indent("<Cutter {0} {1}>\n", 1), flute_len, shank_dia);
tool_info.AppendFormat(Utilities.Indent("<SOR ID=\"{0}\">\n", 2), fc_tool.group);
last_pt_str = "";
for (int i = 0; i < fc_tool.cutter_geom.Count; i++)
{
GeomSegment segment = fc_tool.cutter_geom[i];
if (i == 0)
{
pt_str = segment.pt1.ToVericutString(fc_tool.is_metric, is_doc_metric, 1);
if (pt_str != last_pt_str)
{
tool_geom.Append(pt_str);
last_pt_str = pt_str;
}
}
if (!segment.is_arc)
{
pt_str = segment.pt2.ToVericutString(fc_tool.is_metric, is_doc_metric, 1);
if (pt_str != last_pt_str)
{
tool_geom.Append(pt_str);
last_pt_str = pt_str;
}
}
else
{
tool_geom.Append(Utilities.Indent("<Arc>\n", 1));
x_coord = String.Format("<X>{0:0.####}</X>\n", Utilities.UnitsToUnits(segment.arc_center.x, fc_tool.is_metric, is_doc_metric));
y_coord = String.Format("<Z>{0:0.####}</Z>\n", Utilities.UnitsToUnits(segment.arc_center.y, fc_tool.is_metric, is_doc_metric));
radius = String.Format("<Radius>{0:0.####}</Radius>\n", Utilities.UnitsToUnits(segment.radius, fc_tool.is_metric, is_doc_metric));
tool_geom.AppendFormat(Utilities.Indent(x_coord, 2));
tool_geom.AppendFormat(Utilities.Indent(y_coord, 2));
tool_geom.AppendFormat(Utilities.Indent(radius, 2));
tool_geom.AppendFormat(Utilities.Indent("<Direction>Shortest</Direction>\n", 2));
tool_geom.Append(Utilities.Indent("</Arc>\n", 1));
pt_str = segment.pt2.ToVericutString(fc_tool.is_metric, is_doc_metric, 1);
tool_geom.Append(pt_str);
last_pt_str = pt_str;
}
}
for (int i = 1; i < fc_tool.shank_geom.Count; i++)
{
GeomSegment segment = fc_tool.shank_geom[i];
if (!segment.is_arc)
{
pt_str = segment.pt2.ToVericutString(fc_tool.is_metric, is_doc_metric, 1);
if (pt_str != last_pt_str)
{
tool_geom.Append(pt_str);
last_pt_str = pt_str;
}
}
else
{
tool_geom.Append(Utilities.Indent("<Arc>\n", 1));
x_coord = String.Format("<X>{0:0.####}</X>\n", Utilities.UnitsToUnits(segment.arc_center.x, fc_tool.is_metric, is_doc_metric));
y_coord = String.Format("<Z>{0:0.####}</Z>\n", Utilities.UnitsToUnits(segment.arc_center.y, fc_tool.is_metric, is_doc_metric));
radius = String.Format("<Radius>{0:0.####}</Radius>\n", Utilities.UnitsToUnits(segment.radius, fc_tool.is_metric, is_doc_metric));
tool_geom.AppendFormat(Utilities.Indent(x_coord, 2));
tool_geom.AppendFormat(Utilities.Indent(y_coord, 2));
tool_geom.AppendFormat(Utilities.Indent(radius, 2));
tool_geom.AppendFormat(Utilities.Indent("<Direction>Shortest</Direction>\n", 2));
tool_geom.Append(Utilities.Indent("</Arc>\n", 1));
pt_str = segment.pt2.ToVericutString(fc_tool.is_metric, is_doc_metric, 1);
tool_geom.Append(pt_str);
last_pt_str = pt_str;
}
}
tool_info.Append(Utilities.Indent(tool_geom.ToString(), 2));
tool_info.Append(Utilities.Indent("</SOR>\n", 2));
tool_info.Append(Utilities.Indent("</Cutter>\n", 1));
tool_info.Append(Utilities.Indent("<Holder>\n", 1));
if (fc_tool.holder_stl_fpath != null && fc_tool.holder_stl_fpath != "") //holder was exported to an .stl file
{
tool_info.Append(Utilities.Indent(String.Format("<Model ID=\"holder_{0}\" Type=\"STL\">\n", fc_tool.name), 2));
tool_info.AppendFormat(Utilities.Indent("<FileName>{0}</FileName>\n", 3), fc_tool.holder_stl_fpath);
tool_info.Append(Utilities.Indent("<NoSpin>1</NoSpin>\n", 3));
tool_info.Append(Utilities.Indent("<Origin>\n", 3));
tool_info.Append(Utilities.Indent("<X>0</X>\n", 4));
tool_info.Append(Utilities.Indent("<Y>0</Y>\n", 4));
tool_info.Append(Utilities.Indent(String.Format("<Z>{0}</Z>\n", Utilities.UnitsToUnits(fc_tool.exposed_length, fc_tool.is_metric, is_doc_metric)), 4));
tool_info.Append(Utilities.Indent("</Origin>\n", 3));
tool_info.Append(Utilities.Indent("<Color>255</Color>\n", 3));
tool_info.Append(Utilities.Indent("</Model>\n", 2));
}
else
if (fc_tool.holder_geom.Count > 0)
{
StringBuilder holder_geom = new StringBuilder();
for (int i = 0; i < fc_tool.holder_geom.Count; i++)
{
GeomSegment segment = fc_tool.holder_geom[i];
if (i == 0)
{
holder_geom.Append(segment.pt1.ToVericutString(fc_tool.is_metric, is_doc_metric, 1));
}
if (!segment.is_arc)
{
holder_geom.Append(segment.pt2.ToVericutString(fc_tool.is_metric, is_doc_metric, 1));
}
else
{
holder_geom.Append(Utilities.Indent("<Arc>\n", 1));
x_coord = String.Format("<X>{0:0.####}</X>\n", Utilities.UnitsToUnits(segment.arc_center.x, fc_tool.is_metric, is_doc_metric));
y_coord = String.Format("<Z>{0:0.####}</Z>\n", Utilities.UnitsToUnits(segment.arc_center.y, fc_tool.is_metric, is_doc_metric));
radius = String.Format("<Radius>{0:0.####}</Radius>\n", Utilities.UnitsToUnits(segment.radius, fc_tool.is_metric, is_doc_metric));
holder_geom.AppendFormat(Utilities.Indent(x_coord, 2));
holder_geom.AppendFormat(Utilities.Indent(y_coord, 2));
holder_geom.AppendFormat(Utilities.Indent(radius, 2));
holder_geom.AppendFormat(Utilities.Indent("<Direction>Shortest</Direction>\n", 2));
holder_geom.Append(Utilities.Indent("</Arc>\n", 1));
holder_geom.Append(segment.pt2.ToVericutString(fc_tool.is_metric, is_doc_metric, 1));
}
}
tool_info.AppendFormat(Utilities.Indent("<SOR ID=\"holder_{0}\">\n", 2), fc_tool.name);
tool_info.Append(Utilities.Indent(holder_geom.ToString(), 2));
tool_info.AppendLine(Utilities.Indent(
Utilities.String2XML("Origin",
Utilities.String2XML("X", 0) + "\n" +
Utilities.String2XML("Y", 0) + "\n" +
Utilities.String2XML("Z", Utilities.UnitsToUnits(fc_tool.exposed_length, fc_tool.is_metric, is_doc_metric)))
, 3));
tool_info.Append(Utilities.Indent("</SOR>\n", 2));
}
tool_info.Append(Utilities.Indent("</Holder>\n", 1));
tool_info.Append(Utilities.Indent(
Utilities.String2XML("GagePoint",
Utilities.String2XML("X", 0) + "\n" +
Utilities.String2XML("Y", 0) + "\n" +
Utilities.String2XML("Z", Utilities.UnitsToUnits(fc_tool.exposed_length + fc_tool.holder_length, fc_tool.is_metric, is_doc_metric)))
, 1));
tool_info.AppendLine("");
tool_info.Append("</Tool>");
return(tool_info);
}
public static void ToolsToList(FeatureCAM.Application app, FMDocument doc,
List <SetupInfo> setups_info, List <bool> save_tools_for_all_setups,
bool is_single_program, string output_dir, bool is_doc_metric)
{
List <string> setup_tools = new List <string>();
//string unsupported_tool_names;
string tool_name;
FMTool tool;
FMToolMap2 toolmap;
tagFMTurretIDType turret_id;
bool temp;
for (int i = 1; i <= doc.Setups.Count; i++)
{
if (doc.Setups.Item(i).Enabled)
{
doc.Setups.Item(i).Activate();
if (!is_single_program)
{
if (save_tools_for_all_setups[i - 1])
{
setup_tools.Add(GetToolsInSetups(doc.Setups.Item(i)));
}
else
{
setup_tools.Add("");
}
}
else
{
setup_tools.Add(GetToolsInSetups(doc.Setups.Item(i)));
}
}
}
/* If we need to create separate tls file for each setup, write tools for each setup to a separate file */
doc.InvalidateToolpaths();
if (!is_single_program)
{
for (int si = 1; si <= doc.Setups.Count && doc.Setups.Item(si).Enabled; si++)
{
((FMSetup)doc.Setups.Item(si)).Activate(); //Need this line for A-038162 VERICUT: If option Combine setups isn't turned on and exporting 2 milling setups, we get tool export error.
if (save_tools_for_all_setups[si - 1])
{
LogFile.Write(String.Format("Construct tool list for setup {0}", doc.Setups.Item(si).Name));
for (int i = 1; i <= doc.ToolMaps.Count; i++)
{
toolmap = doc.ToolMaps.Item(i);
if (toolmap.Operations.Count > 0)
{
tool = (FMTool)toolmap.Tool;
tool_name = "";
tool_name += tool.Name;
if (setup_tools[si - 1].IndexOf(tool_name) >= 0)
{
app.GetTurnTurretInfo(toolmap.turret, out temp, out turret_id, out temp, out temp, out temp, out temp);
FeatureCAMTool fc_tool = new FeatureCAMTool(toolmap, tool, turret_id, app.TurningInputMode, output_dir, is_doc_metric);
if (setups_info[si - 1].tools == null)
{
setups_info[si - 1].tools = new List <FeatureCAMTool>();
}
setups_info[si - 1].tools.Add(fc_tool);
}
}
}
}
else
{
LogFile.Write(String.Format("Skip setup {0}. User chose not to export tools for it", doc.Setups.Item(si).Name));
}
}
}
else
{
string all_tools;
all_tools = String.Join(";", setup_tools);
bool save_tools = true;
foreach (bool save_tools_for_setup in save_tools_for_all_setups)
{
save_tools &= save_tools_for_setup;
}
if (save_tools)
{
LogFile.Write("Construct tool list for all features in the part");
for (int i = 1; i <= doc.ToolMaps.Count; i++)
{
toolmap = doc.ToolMaps.Item(i);
/* Doing below check, because toolmap.Operations.Count didn't seem to work every time */
if (all_tools.Contains(toolmap.Tool.Name + ";"))
{
tool = (FMTool)toolmap.Tool;
app.GetTurnTurretInfo(toolmap.turret, out temp, out turret_id, out temp, out temp, out temp, out temp);
FeatureCAMTool fc_tool = new FeatureCAMTool(toolmap, tool, turret_id, app.TurningInputMode, output_dir, is_doc_metric);
if (setups_info[0].tools == null)
{
setups_info[0].tools = new List <FeatureCAMTool>();
}
setups_info[0].tools.Add(fc_tool);
}
}
}
}
}