public static void UpdateMapUnitPolysFeatureTemplates(IWorkspace theWorkspace)
{
// Get the MapUnitPolys Layer from the ToC
IFeatureLayer theLayer = commonFunctions.FindFeatureLayer(theWorkspace, "MapUnitPolys");
// If the layer was not found, don't try and update the templates!
if (theLayer == null)
{
return;
}
// Get a reference to the template editor, remove current templates
IEditor3 templateEditor = (IEditor3)ArcMap.Editor;
templateEditor.RemoveAllTemplatesInLayer((ILayer)theLayer);
// Get the DMU entries
var sortedDmu = GetDmuSortedByHierarchy(theWorkspace);
// Loop through the DMU, add templates to an array
IArray templateArray = new ArrayClass();
foreach (KeyValuePair <string, DescriptionOfMapUnitsAccess.DescriptionOfMapUnit> anEntry in sortedDmu)
{
// Get this DMU entry
DescriptionOfMapUnitsAccess.DescriptionOfMapUnit dmuEntry = anEntry.Value;
// Build the template if this is not a heading
if (dmuEntry.ParagraphStyle.Contains("Heading") == true)
{
continue;
}
IEditTemplateFactory templateFactory = new EditTemplateFactoryClass();
IEditTemplate newTemplate = templateFactory.Create(dmuEntry.MapUnit + " - " + dmuEntry.Name, (ILayer)theLayer);
// Set the Template's default values
newTemplate.SetDefaultValue("MapUnit", dmuEntry.MapUnit, false);
newTemplate.SetDefaultValue("Label", dmuEntry.Label, false);
newTemplate.SetDefaultValue("IdentityConfidence", "certain", false);
// Set defaults for landslide types
switch (anEntry.Value.Name)
{
case "Rock Fall":
newTemplate.SetDefaultValue("MoveType", "Fall", false);
newTemplate.SetDefaultValue("MoveClass", "Rock Fall", false);
newTemplate.SetDefaultValue("MoveCode", "RF", false);
break;
case "Earth Fall":
newTemplate.SetDefaultValue("MoveType", "Fall", false);
newTemplate.SetDefaultValue("MoveClass", "Earth Fall", false);
newTemplate.SetDefaultValue("MoveCode", "EF", false);
break;
case "Debris Fall":
newTemplate.SetDefaultValue("MoveType", "Fall", false);
newTemplate.SetDefaultValue("MoveClass", "Debris Fall", false);
newTemplate.SetDefaultValue("MoveCode", "DF", false);
break;
case "Rock Flow":
newTemplate.SetDefaultValue("MoveType", "Flow", false);
newTemplate.SetDefaultValue("MoveClass", "Rock Flow", false);
newTemplate.SetDefaultValue("MoveCode", "RFL", false);
break;
case "Earth Flow":
newTemplate.SetDefaultValue("MoveType", "Flow", false);
newTemplate.SetDefaultValue("MoveClass", "Earth Flow", false);
newTemplate.SetDefaultValue("MoveCode", "EFL", false);
break;
case "Debris Flow":
newTemplate.SetDefaultValue("MoveType", "Flow", false);
newTemplate.SetDefaultValue("MoveClass", "Debris Flow", false);
newTemplate.SetDefaultValue("MoveCode", "DFL", false);
break;
case "Rock Topple":
newTemplate.SetDefaultValue("MoveType", "Topple", false);
newTemplate.SetDefaultValue("MoveClass", "Rock Topple", false);
newTemplate.SetDefaultValue("MoveCode", "RT", false);
break;
case "Debris Topple":
newTemplate.SetDefaultValue("MoveType", "Topple", false);
newTemplate.SetDefaultValue("MoveClass", "Debris Topple", false);
newTemplate.SetDefaultValue("MoveCode", "ET", false);
break;
case "Earth Topple":
newTemplate.SetDefaultValue("MoveType", "Topple", false);
newTemplate.SetDefaultValue("MoveClass", "Earth Topple", false);
newTemplate.SetDefaultValue("MoveCode", "ET", false);
break;
case "Rock Slide-rotational":
newTemplate.SetDefaultValue("MoveType", "Slide-rotational", false);
newTemplate.SetDefaultValue("MoveClass", "Rock Slide-rotational", false);
newTemplate.SetDefaultValue("MoveCode", "RS-R", false);
break;
case "Debris Slide-rotational":
newTemplate.SetDefaultValue("MoveType", "Slide-rotational", false);
newTemplate.SetDefaultValue("MoveClass", "Debris Slide-rotational", false);
newTemplate.SetDefaultValue("MoveCode", "DS-R", false);
break;
case "Earth Slide-rotational":
newTemplate.SetDefaultValue("MoveType", "Slide-rotational", false);
newTemplate.SetDefaultValue("MoveClass", "Earth Slide-rotational", false);
newTemplate.SetDefaultValue("MoveCode", "ES-R", false);
break;
case "Rock Slide-translational":
newTemplate.SetDefaultValue("MoveType", "Slide-translational", false);
newTemplate.SetDefaultValue("MoveClass", "Rock Slide-translational", false);
newTemplate.SetDefaultValue("MoveCode", "RS-T", false);
break;
case "Debris Slide-translational":
newTemplate.SetDefaultValue("MoveType", "Slide-translational", false);
newTemplate.SetDefaultValue("MoveClass", "Debris Slide-translational", false);
newTemplate.SetDefaultValue("MoveCode", "DS-T", false);
break;
case "Earth Slide-translational":
newTemplate.SetDefaultValue("MoveType", "Slide-translational", false);
newTemplate.SetDefaultValue("MoveClass", "Earth Slide-translational", false);
newTemplate.SetDefaultValue("MoveCode", "ES-T", false);
break;
case "Complex":
newTemplate.SetDefaultValue("MoveType", "Complex", false);
newTemplate.SetDefaultValue("MoveClass", "Complex, see notes", false);
newTemplate.SetDefaultValue("MoveCode", "Complex", false);
break;
case "Earth Slide-general":
newTemplate.SetDefaultValue("MoveType", "Slide-general", false);
newTemplate.SetDefaultValue("MoveClass", "Earth Slide-general", false);
newTemplate.SetDefaultValue("MoveCode", "ES-G", false);
break;
}
// Add the template to the array
templateArray.Add(newTemplate);
}
// Add one "UNLABELED" template
IEditTemplateFactory unlabeledTemplateFactory = new EditTemplateFactoryClass();
IEditTemplate unlabeledTemplate = unlabeledTemplateFactory.Create("UNLABELED", (ILayer)theLayer);
unlabeledTemplate.SetDefaultValue("MapUnit", "UNLABELED", false);
unlabeledTemplate.SetDefaultValue("Label", "UNLABELED", false);
templateArray.Add(unlabeledTemplate);
// Add the templates to the editor
templateEditor.AddTemplates(templateArray);
// Update the doc?
ArcMap.Document.UpdateContents();
}
public static void BuildGenericTemplates(IWorkspace theWorkspace, ILayer FeatureClassLayer, string FeatureClassName)
{
// Get reference to the template manager, remove current templates
IEditor3 templateEditor = ArcMap.Editor as IEditor3;
templateEditor.RemoveAllTemplatesInLayer(FeatureClassLayer);
// Setup the template array and the factory for making templates
IArray templateArray = new ArrayClass();
IEditTemplateFactory templateFactory = new EditTemplateFactoryClass();
IEditTemplate newTemplate;
// Generic legend generation depends on what class is being passed in
// Note - this routine assumes representations are in use.
switch (FeatureClassName)
{
case "ContactsAndFaults":
// Accurate contact
newTemplate = templateFactory.Create("contact, accurate", FeatureClassLayer);
newTemplate.SetDefaultValue("Type", "contact", false);
newTemplate.SetDefaultValue("IsConcealed", "N", false);
newTemplate.SetDefaultValue("ExistenceConfidence", "certain", false);
newTemplate.SetDefaultValue("IdentityConfidence", "certain", false);
newTemplate.SetDefaultValue("LocationConfidenceMeters", 0, false);
newTemplate.SetDefaultValue("RuleID", 1, false);
templateArray.Add(newTemplate);
// Approximate contact
newTemplate = templateFactory.Create("contact, approximate", FeatureClassLayer);
newTemplate.SetDefaultValue("Type", "contact", false);
newTemplate.SetDefaultValue("IsConcealed", "N", false);
newTemplate.SetDefaultValue("ExistenceConfidence", "certain", false);
newTemplate.SetDefaultValue("IdentityConfidence", "certain", false);
newTemplate.SetDefaultValue("LocationConfidenceMeters", 0, false);
newTemplate.SetDefaultValue("RuleID", 3, false);
templateArray.Add(newTemplate);
// Concealed contact
newTemplate = templateFactory.Create("contact, concealed", FeatureClassLayer);
newTemplate.SetDefaultValue("Type", "contact", false);
newTemplate.SetDefaultValue("IsConcealed", "Y", false);
newTemplate.SetDefaultValue("ExistenceConfidence", "certain", false);
newTemplate.SetDefaultValue("IdentityConfidence", "certain", false);
newTemplate.SetDefaultValue("LocationConfidenceMeters", 0, false);
newTemplate.SetDefaultValue("RuleID", 265, false);
templateArray.Add(newTemplate);
// Gradational contact
newTemplate = templateFactory.Create("contact, gradational", FeatureClassLayer);
newTemplate.SetDefaultValue("Type", "contact", false);
newTemplate.SetDefaultValue("IsConcealed", "N", false);
newTemplate.SetDefaultValue("ExistenceConfidence", "certain", false);
newTemplate.SetDefaultValue("IdentityConfidence", "certain", false);
newTemplate.SetDefaultValue("LocationConfidenceMeters", 0, false);
newTemplate.SetDefaultValue("RuleID", 17, false);
templateArray.Add(newTemplate);
// Accurate fault
newTemplate = templateFactory.Create("fault, accurate", FeatureClassLayer);
newTemplate.SetDefaultValue("Type", "fault", false);
newTemplate.SetDefaultValue("IsConcealed", "N", false);
newTemplate.SetDefaultValue("ExistenceConfidence", "certain", false);
newTemplate.SetDefaultValue("IdentityConfidence", "certain", false);
newTemplate.SetDefaultValue("LocationConfidenceMeters", 0, false);
newTemplate.SetDefaultValue("RuleID", 118, false);
templateArray.Add(newTemplate);
// Approximate fault
newTemplate = templateFactory.Create("fault, approximate", FeatureClassLayer);
newTemplate.SetDefaultValue("Type", "fault", false);
newTemplate.SetDefaultValue("IsConcealed", "N", false);
newTemplate.SetDefaultValue("ExistenceConfidence", "certain", false);
newTemplate.SetDefaultValue("IdentityConfidence", "certain", false);
newTemplate.SetDefaultValue("LocationConfidenceMeters", 0, false);
newTemplate.SetDefaultValue("RuleID", 120, false);
templateArray.Add(newTemplate);
// Concealed fault
newTemplate = templateFactory.Create("fault, concealed", FeatureClassLayer);
newTemplate.SetDefaultValue("Type", "fault", false);
newTemplate.SetDefaultValue("IsConcealed", "Y", false);
newTemplate.SetDefaultValue("ExistenceConfidence", "certain", false);
newTemplate.SetDefaultValue("IdentityConfidence", "certain", false);
newTemplate.SetDefaultValue("LocationConfidenceMeters", 0, false);
newTemplate.SetDefaultValue("RuleID", 273, false);
templateArray.Add(newTemplate);
// Accurate high angle normal fault
newTemplate = templateFactory.Create("high-angle normal fault, accurate", FeatureClassLayer);
newTemplate.SetDefaultValue("Type", "high angle normal fault", false);
newTemplate.SetDefaultValue("IsConcealed", "N", false);
newTemplate.SetDefaultValue("ExistenceConfidence", "certain", false);
newTemplate.SetDefaultValue("IdentityConfidence", "certain", false);
newTemplate.SetDefaultValue("LocationConfidenceMeters", 0, false);
newTemplate.SetDefaultValue("RuleID", 126, false);
templateArray.Add(newTemplate);
// Approximate high angle normal fault
newTemplate = templateFactory.Create("high-angle normal fault, approximate", FeatureClassLayer);
newTemplate.SetDefaultValue("Type", "high angle normal fault", false);
newTemplate.SetDefaultValue("IsConcealed", "N", false);
newTemplate.SetDefaultValue("ExistenceConfidence", "certain", false);
newTemplate.SetDefaultValue("IdentityConfidence", "certain", false);
newTemplate.SetDefaultValue("LocationConfidenceMeters", 0, false);
newTemplate.SetDefaultValue("RuleID", 128, false);
templateArray.Add(newTemplate);
// Concealed high angle normal fault
newTemplate = templateFactory.Create("high-angle normal fault, concealed", FeatureClassLayer);
newTemplate.SetDefaultValue("Type", "high angle normal fault", false);
newTemplate.SetDefaultValue("IsConcealed", "Y", false);
newTemplate.SetDefaultValue("ExistenceConfidence", "certain", false);
newTemplate.SetDefaultValue("IdentityConfidence", "certain", false);
newTemplate.SetDefaultValue("LocationConfidenceMeters", 0, false);
newTemplate.SetDefaultValue("RuleID", 275, false);
templateArray.Add(newTemplate);
// Accurate thrust fault
newTemplate = templateFactory.Create("thrust fault, accurate", FeatureClassLayer);
newTemplate.SetDefaultValue("Type", "thrust fault", false);
newTemplate.SetDefaultValue("IsConcealed", "N", false);
newTemplate.SetDefaultValue("ExistenceConfidence", "certain", false);
newTemplate.SetDefaultValue("IdentityConfidence", "certain", false);
newTemplate.SetDefaultValue("LocationConfidenceMeters", 0, false);
newTemplate.SetDefaultValue("RuleID", 206, false);
templateArray.Add(newTemplate);
// Approximate thrust fault
newTemplate = templateFactory.Create("thrust fault, approximate", FeatureClassLayer);
newTemplate.SetDefaultValue("Type", "thrust fault", false);
newTemplate.SetDefaultValue("IsConcealed", "N", false);
newTemplate.SetDefaultValue("ExistenceConfidence", "certain", false);
newTemplate.SetDefaultValue("IdentityConfidence", "certain", false);
newTemplate.SetDefaultValue("LocationConfidenceMeters", 0, false);
newTemplate.SetDefaultValue("RuleID", 208, false);
templateArray.Add(newTemplate);
// Concealed thrust fault
newTemplate = templateFactory.Create("thrust fault, concealed", FeatureClassLayer);
newTemplate.SetDefaultValue("Type", "thrust fault", false);
newTemplate.SetDefaultValue("IsConcealed", "Y", false);
newTemplate.SetDefaultValue("ExistenceConfidence", "certain", false);
newTemplate.SetDefaultValue("IdentityConfidence", "certain", false);
newTemplate.SetDefaultValue("LocationConfidenceMeters", 0, false);
newTemplate.SetDefaultValue("RuleID", 295, false);
templateArray.Add(newTemplate);
// Accurate right lateral strike slip fault
newTemplate = templateFactory.Create("right lateral strike slip fault, accurate", FeatureClassLayer);
newTemplate.SetDefaultValue("Type", "right lateral strike slip fault", false);
newTemplate.SetDefaultValue("IsConcealed", "N", false);
newTemplate.SetDefaultValue("ExistenceConfidence", "certain", false);
newTemplate.SetDefaultValue("IdentityConfidence", "certain", false);
newTemplate.SetDefaultValue("LocationConfidenceMeters", 0, false);
newTemplate.SetDefaultValue("RuleID", 174, false);
templateArray.Add(newTemplate);
// Approximate right lateral strike slip fault
newTemplate = templateFactory.Create("right lateral strike slip fault, approximate", FeatureClassLayer);
newTemplate.SetDefaultValue("Type", "right lateral strike slip fault", false);
newTemplate.SetDefaultValue("IsConcealed", "N", false);
newTemplate.SetDefaultValue("ExistenceConfidence", "certain", false);
newTemplate.SetDefaultValue("IdentityConfidence", "certain", false);
newTemplate.SetDefaultValue("LocationConfidenceMeters", 0, false);
newTemplate.SetDefaultValue("RuleID", 176, false);
templateArray.Add(newTemplate);
// Concealed right lateral strike slip fault
newTemplate = templateFactory.Create("right lateral strike slip fault, concealed", FeatureClassLayer);
newTemplate.SetDefaultValue("Type", "right lateral strike slip fault", false);
newTemplate.SetDefaultValue("IsConcealed", "Y", false);
newTemplate.SetDefaultValue("ExistenceConfidence", "certain", false);
newTemplate.SetDefaultValue("IdentityConfidence", "certain", false);
newTemplate.SetDefaultValue("LocationConfidenceMeters", 0, false);
newTemplate.SetDefaultValue("RuleID", 287, false);
templateArray.Add(newTemplate);
// Accurate left lateral strike slip fault
newTemplate = templateFactory.Create("left-lateral strike slip fault, accurate", FeatureClassLayer);
newTemplate.SetDefaultValue("Type", "left lateral strike slip fault", false);
newTemplate.SetDefaultValue("IsConcealed", "N", false);
newTemplate.SetDefaultValue("ExistenceConfidence", "certain", false);
newTemplate.SetDefaultValue("IdentityConfidence", "certain", false);
newTemplate.SetDefaultValue("LocationConfidenceMeters", 0, false);
newTemplate.SetDefaultValue("RuleID", 182, false);
templateArray.Add(newTemplate);
// Approximate left lateral strike slip fault
newTemplate = templateFactory.Create("left-lateral strike slip fault, approximate", FeatureClassLayer);
newTemplate.SetDefaultValue("Type", "left lateral strike slip fault", false);
newTemplate.SetDefaultValue("IsConcealed", "N", false);
newTemplate.SetDefaultValue("ExistenceConfidence", "certain", false);
newTemplate.SetDefaultValue("IdentityConfidence", "certain", false);
newTemplate.SetDefaultValue("LocationConfidenceMeters", 0, false);
newTemplate.SetDefaultValue("RuleID", 184, false);
templateArray.Add(newTemplate);
// Concealed left lateral strike slip fault
newTemplate = templateFactory.Create("left-lateral strike slip fault, concealed", FeatureClassLayer);
newTemplate.SetDefaultValue("Type", "left lateral strike slip fault", false);
newTemplate.SetDefaultValue("IsConcealed", "Y", false);
newTemplate.SetDefaultValue("ExistenceConfidence", "certain", false);
newTemplate.SetDefaultValue("IdentityConfidence", "certain", false);
newTemplate.SetDefaultValue("LocationConfidenceMeters", 0, false);
newTemplate.SetDefaultValue("RuleID", 289, false);
templateArray.Add(newTemplate);
// Accurate landslide
newTemplate = templateFactory.Create("landslide, Accurate", FeatureClassLayer);
newTemplate.SetDefaultValue("Type", "landslide", false);
newTemplate.SetDefaultValue("IsConcealed", "N", false);
newTemplate.SetDefaultValue("ExistenceConfidence", "certain", false);
newTemplate.SetDefaultValue("IdentityConfidence", "certain", false);
newTemplate.SetDefaultValue("LocationConfidenceMeters", 0, false);
newTemplate.SetDefaultValue("RuleID", 307, false);
templateArray.Add(newTemplate);
// Approximate landslide
newTemplate = templateFactory.Create("landslide, Approximate", FeatureClassLayer);
newTemplate.SetDefaultValue("Type", "landslide", false);
newTemplate.SetDefaultValue("IsConcealed", "N", false);
newTemplate.SetDefaultValue("ExistenceConfidence", "certain", false);
newTemplate.SetDefaultValue("IdentityConfidence", "certain", false);
newTemplate.SetDefaultValue("LocationConfidenceMeters", 0, false);
newTemplate.SetDefaultValue("RuleID", 309, false);
templateArray.Add(newTemplate);
// Questionable landslide
newTemplate = templateFactory.Create("landslide, questionable", FeatureClassLayer);
newTemplate.SetDefaultValue("Type", "landslide", false);
newTemplate.SetDefaultValue("IsConcealed", "N", false);
newTemplate.SetDefaultValue("ExistenceConfidence", "questionable", false);
newTemplate.SetDefaultValue("IdentityConfidence", "questionable", false);
newTemplate.SetDefaultValue("LocationConfidenceMeters", 0, false);
newTemplate.SetDefaultValue("RuleID", 308, false);
templateArray.Add(newTemplate);
// Concealed, landslide
newTemplate = templateFactory.Create("landslide, Concealed", FeatureClassLayer);
newTemplate.SetDefaultValue("Type", "landslide", false);
newTemplate.SetDefaultValue("IsConcealed", "y", false);
newTemplate.SetDefaultValue("ExistenceConfidence", "certain", false);
newTemplate.SetDefaultValue("IdentityConfidence", "certain", false);
newTemplate.SetDefaultValue("LocationConfidenceMeters", 0, false);
newTemplate.SetDefaultValue("RuleID", 313, false);
templateArray.Add(newTemplate);
// Concealed questionable, landslide
newTemplate = templateFactory.Create("landslide, Concealed questionable", FeatureClassLayer);
newTemplate.SetDefaultValue("Type", "landslide", false);
newTemplate.SetDefaultValue("IsConcealed", "y", false);
newTemplate.SetDefaultValue("ExistenceConfidence", "questionable", false);
newTemplate.SetDefaultValue("IdentityConfidence", "questionable", false);
newTemplate.SetDefaultValue("LocationConfidenceMeters", 0, false);
newTemplate.SetDefaultValue("RuleID", 314, false);
templateArray.Add(newTemplate);
break;
case "GeologicLines":
// Pink Dike
newTemplate = templateFactory.Create("dike, pink", FeatureClassLayer);
newTemplate.SetDefaultValue("Type", "felsic dike", false);
newTemplate.SetDefaultValue("ExistenceConfidence", "certain", false);
newTemplate.SetDefaultValue("IdentityConfidence", "certain", false);
newTemplate.SetDefaultValue("LocationConfidenceMeters", 0, false);
newTemplate.SetDefaultValue("RuleID", 321, false);
templateArray.Add(newTemplate);
// Blue Dike
newTemplate = templateFactory.Create("dike, blue", FeatureClassLayer);
newTemplate.SetDefaultValue("Type", "mafic dike", false);
newTemplate.SetDefaultValue("ExistenceConfidence", "certain", false);
newTemplate.SetDefaultValue("IdentityConfidence", "certain", false);
newTemplate.SetDefaultValue("LocationConfidenceMeters", 0, false);
newTemplate.SetDefaultValue("RuleID", 325, false);
templateArray.Add(newTemplate);
// Purple Dike
newTemplate = templateFactory.Create("dike, purple", FeatureClassLayer);
newTemplate.SetDefaultValue("Type", "pegmatite dike", false);
newTemplate.SetDefaultValue("ExistenceConfidence", "certain", false);
newTemplate.SetDefaultValue("IdentityConfidence", "certain", false);
newTemplate.SetDefaultValue("LocationConfidenceMeters", 0, false);
newTemplate.SetDefaultValue("RuleID", 323, false);
templateArray.Add(newTemplate);
// Anticline
newTemplate = templateFactory.Create("anticline, accurate", FeatureClassLayer);
newTemplate.SetDefaultValue("Type", "anticline", false);
newTemplate.SetDefaultValue("ExistenceConfidence", "certain", false);
newTemplate.SetDefaultValue("IdentityConfidence", "certain", false);
newTemplate.SetDefaultValue("LocationConfidenceMeters", 0, false);
newTemplate.SetDefaultValue("RuleID", 1, false);
templateArray.Add(newTemplate);
// Syncline
newTemplate = templateFactory.Create("syncline, accurate", FeatureClassLayer);
newTemplate.SetDefaultValue("Type", "syncline", false);
newTemplate.SetDefaultValue("ExistenceConfidence", "certain", false);
newTemplate.SetDefaultValue("IdentityConfidence", "certain", false);
newTemplate.SetDefaultValue("LocationConfidenceMeters", 0, false);
newTemplate.SetDefaultValue("RuleID", 97, false);
templateArray.Add(newTemplate);
break;
case "OrientationPoints":
// bedding, approximate
newTemplate = templateFactory.Create("bedding, approximate", FeatureClassLayer);
newTemplate.SetDefaultValue("Type", "bedding fabric", false);
newTemplate.SetDefaultValue("IdentityConfidence", "certain", false);
newTemplate.SetDefaultValue("PlotAtScale", 24000, false);
newTemplate.SetDefaultValue("RuleID", 53, false);
templateArray.Add(newTemplate);
// bedding, horizontal
newTemplate = templateFactory.Create("bedding, horizontal", FeatureClassLayer);
newTemplate.SetDefaultValue("Type", "bedding fabric", false);
newTemplate.SetDefaultValue("IdentityConfidence", "certain", false);
newTemplate.SetDefaultValue("PlotAtScale", 24000, false);
newTemplate.SetDefaultValue("RuleID", 21, false);
templateArray.Add(newTemplate);
// bedding, inclined
newTemplate = templateFactory.Create("bedding, inclined", FeatureClassLayer);
newTemplate.SetDefaultValue("Type", "bedding fabric", false);
newTemplate.SetDefaultValue("IdentityConfidence", "certain", false);
newTemplate.SetDefaultValue("PlotAtScale", 24000, false);
newTemplate.SetDefaultValue("RuleID", 22, false);
templateArray.Add(newTemplate);
// bedding, transposed
newTemplate = templateFactory.Create("bedding, transposed", FeatureClassLayer);
newTemplate.SetDefaultValue("Type", "transposed bedding layering", false);
newTemplate.SetDefaultValue("IdentityConfidence", "certain", false);
newTemplate.SetDefaultValue("PlotAtScale", 24000, false);
newTemplate.SetDefaultValue("RuleID", 142, false);
templateArray.Add(newTemplate);
// cleavage
newTemplate = templateFactory.Create("cleavage", FeatureClassLayer);
newTemplate.SetDefaultValue("Type", "cleavage", false);
newTemplate.SetDefaultValue("IdentityConfidence", "certain", false);
newTemplate.SetDefaultValue("PlotAtScale", 24000, false);
newTemplate.SetDefaultValue("RuleID", 68, false);
templateArray.Add(newTemplate);
// contact dip
newTemplate = templateFactory.Create("contact dip", FeatureClassLayer);
newTemplate.SetDefaultValue("Type", "contact dip", false);
newTemplate.SetDefaultValue("IdentityConfidence", "certain", false);
newTemplate.SetDefaultValue("PlotAtScale", 24000, false);
newTemplate.SetDefaultValue("RuleID", 398, false);
templateArray.Add(newTemplate);
// fault attitude
newTemplate = templateFactory.Create("fault attitude", FeatureClassLayer);
newTemplate.SetDefaultValue("Type", "fault attitude", false);
newTemplate.SetDefaultValue("IdentityConfidence", "certain", false);
newTemplate.SetDefaultValue("PlotAtScale", 24000, false);
newTemplate.SetDefaultValue("RuleID", 395, false);
templateArray.Add(newTemplate);
// fault attitude, no fault trace
newTemplate = templateFactory.Create("fault attitude (no fault trace)", FeatureClassLayer);
newTemplate.SetDefaultValue("Type", "fault attitude", false);
newTemplate.SetDefaultValue("IdentityConfidence", "certain", false);
newTemplate.SetDefaultValue("PlotAtScale", 24000, false);
newTemplate.SetDefaultValue("RuleID", 396, false);
templateArray.Add(newTemplate);
// foliation, eutaxitic
newTemplate = templateFactory.Create("foliation, eutaxitic", FeatureClassLayer);
newTemplate.SetDefaultValue("Type", "eutaxitic foliation", false);
newTemplate.SetDefaultValue("IdentityConfidence", "certain", false);
newTemplate.SetDefaultValue("PlotAtScale", 24000, false);
newTemplate.SetDefaultValue("RuleID", 128, false);
templateArray.Add(newTemplate);
// foliation, generic
newTemplate = templateFactory.Create("foliation, generic", FeatureClassLayer);
newTemplate.SetDefaultValue("Type", "foliation", false);
newTemplate.SetDefaultValue("IdentityConfidence", "certain", false);
newTemplate.SetDefaultValue("PlotAtScale", 24000, false);
newTemplate.SetDefaultValue("RuleID", 136, false);
templateArray.Add(newTemplate);
// foliation, gneissic layering
newTemplate = templateFactory.Create("foliation, gneissic layering", FeatureClassLayer);
newTemplate.SetDefaultValue("Type", "gneissic layering", false);
newTemplate.SetDefaultValue("IdentityConfidence", "certain", false);
newTemplate.SetDefaultValue("PlotAtScale", 24000, false);
newTemplate.SetDefaultValue("RuleID", 181, false);
templateArray.Add(newTemplate);
// foliation, mylonitic
newTemplate = templateFactory.Create("foliation, mylonitic", FeatureClassLayer);
newTemplate.SetDefaultValue("Type", "generic mylonitic foliation", false);
newTemplate.SetDefaultValue("IdentityConfidence", "certain", false);
newTemplate.SetDefaultValue("PlotAtScale", 24000, false);
newTemplate.SetDefaultValue("RuleID", 381, false);
templateArray.Add(newTemplate);
// joint
newTemplate = templateFactory.Create("joint", FeatureClassLayer);
newTemplate.SetDefaultValue("Type", "joint fabric", false);
newTemplate.SetDefaultValue("IdentityConfidence", "certain", false);
newTemplate.SetDefaultValue("PlotAtScale", 24000, false);
newTemplate.SetDefaultValue("RuleID", 3, false);
templateArray.Add(newTemplate);
// lineation, horizontal
newTemplate = templateFactory.Create("lineation, horizontal", FeatureClassLayer);
newTemplate.SetDefaultValue("Type", "lineation", false);
newTemplate.SetDefaultValue("IdentityConfidence", "certain", false);
newTemplate.SetDefaultValue("PlotAtScale", 24000, false);
newTemplate.SetDefaultValue("RuleID", 199, false);
templateArray.Add(newTemplate);
// lineation, generic (arrowhead)
newTemplate = templateFactory.Create("lineation, generic (arrowhead)", FeatureClassLayer);
newTemplate.SetDefaultValue("Type", "lineation", false);
newTemplate.SetDefaultValue("IdentityConfidence", "certain", false);
newTemplate.SetDefaultValue("PlotAtScale", 24000, false);
newTemplate.SetDefaultValue("RuleID", 195, false);
templateArray.Add(newTemplate);
// lineation, generic (no arrowhead)
newTemplate = templateFactory.Create("lineation, generic (no arrowhead)", FeatureClassLayer);
newTemplate.SetDefaultValue("Type", "lineation", false);
newTemplate.SetDefaultValue("IdentityConfidence", "certain", false);
newTemplate.SetDefaultValue("PlotAtScale", 24000, false);
newTemplate.SetDefaultValue("RuleID", 384, false);
templateArray.Add(newTemplate);
// Slickenline, horizontal
newTemplate = templateFactory.Create("slickenline, horizontal", FeatureClassLayer);
newTemplate.SetDefaultValue("Type", "slickenline", false);
newTemplate.SetDefaultValue("IdentityConfidence", "certain", false);
newTemplate.SetDefaultValue("PlotAtScale", 24000, false);
newTemplate.SetDefaultValue("RuleID", 213, false);
templateArray.Add(newTemplate);
// Slickenline, inclined
newTemplate = templateFactory.Create("slickenline, inclined", FeatureClassLayer);
newTemplate.SetDefaultValue("Type", "slickenline", false);
newTemplate.SetDefaultValue("IdentityConfidence", "certain", false);
newTemplate.SetDefaultValue("PlotAtScale", 24000, false);
newTemplate.SetDefaultValue("RuleID", 211, false);
templateArray.Add(newTemplate);
break;
}
// Add the templates to the editor
templateEditor.AddTemplates(templateArray);
// Update the Doc
ArcMap.Document.UpdateContents();
}