static ModelDoc2 Convert2Part(ModelDoc2 assembly, Dictionary <string, Info> assemblyInfo)
{
// Used when comparing assemblies.
ModelDoc2 model = assembly;
ModelDocExtension modelExt = model.Extension;
int errors = 0;
int warnings = 0;
string assemblyPartName;
string assemblyPartPath;
ModelDoc2 convertedAssembly;
object[] bodies_array;
bool check;
if ((int)assemblyInfo["Type"].Value == (int)swDocumentTypes_e.swDocPART)
{
Logger.Error("VolumeComparator.cs", "Convert2Part()", "The document provided is not an assembly document.");
return(null);
}
assemblyPartName = assemblyInfo["Name"].Value + "_PartConversion.sldprt";
assemblyPartPath = assemblyInfo["Folder"].Value + assemblyPartName;
// Logger.Info("Saving Assembly as '.SLDPRT'...");
// Logger.Info("More Specifically: " + assemblyPartPath);
swApp.ActivateDoc3((string)assemblyInfo["Title"].Value, true, (int)swRebuildOnActivation_e.swRebuildActiveDoc, ref errors);
check = modelExt.SaveAs(assemblyPartPath, (int)swSaveAsVersion_e.swSaveAsCurrentVersion, (int)swSaveAsOptions_e.swSaveAsOptions_Silent, null, errors, warnings);
if (errors != 0)
{
Logger.Error("VolumeComparator", "SaveAsPart", "swSaveAsError: " + errors);
}
else if (warnings != 0)
{
Logger.Warn("swFileSaveWarning: " + warnings);
}
else if (check)
{
// Logger.Info("Save successful.");
}
else
{
Logger.Error("VolumeComparator", "SaveAsPart", "Couldn't save for unknown reason.");
}
// CloseDocs(new object[] { assembly });
convertedAssembly = SwApp.OpenFile(assemblyPartPath);
FeatureManager partFeatureMgr = convertedAssembly.FeatureManager;
Feature partFeature;
bodies_array = ((PartDoc)convertedAssembly).GetBodies2((int)swBodyType_e.swSolidBody, true);
Body2[] bodies = new Body2[bodies_array.Length];
for (int i = 0; i < bodies_array.Length; i++)
{
bodies[i] = (Body2)bodies_array[i];
}
// Logger.Info("Combining all bodies together...");
partFeature = partFeatureMgr.InsertCombineFeature((int)swBodyOperationType_e.SWBODYADD, null, bodies);
if (partFeature == null)
{
Logger.Warn("No Body found to be touching eachother");
return(null);
}
convertedAssembly.Save();
return(convertedAssembly);
}
static CompareResultStatus StartComparison(ModelDoc2 component1, ModelDoc2 component2)
{
AssemblyDoc swAsbly;
int volumeDiff, faceDiff, areaDiff;
double aMinusB, bMinusA, aAndB;
object[] bodies;
Body2 body1, body2;
ModelDoc2 comparePart;
int comparisonType;
double volumeA, volumeB;
VolumeCompareResultStatus result;
bool cgAligned;
lang = SwApp.GetLang();
Dictionary <string, Info> component1Info;
Dictionary <string, Info> component2Info;
component1Info = GetInfo(component1);
component2Info = GetInfo(component2);
comparisonType = CheckComponents(component1, component1Info, component2, component2Info);
if (comparisonType == 1)
{
component1 = Convert2Part(component1, component1Info);
component2 = Convert2Part(component2, component2Info);
}
Logger.Info("Comparing '" + component1Info["Name"].Value + "' with '" + component2Info["Name"].Value + "'");
Program.report.AddDelayedSubSection("'" + component1Info["Title"].Value + "' & '" + component2Info["Title"].Value + "'");
swAsbly = CreateAssembly();
InsertComponents(swAsbly, component1, component2);
SaveAsPart(swAsbly, component1Info, component2Info);
cgAligned = CheckCG(component1, component2);
if (!cgAligned)
{
Logger.Warn("CG has moved by more than 10%");
Program.report.AddDelayedLine("CG has moved by more than 10%");
}
// CloseDocs(new object[] { swAsbly, component1, component2 });
comparePart = SwApp.OpenFile(comparePartPath);
bodies = ((PartDoc)comparePart).GetBodies2((int)swBodyType_e.swSolidBody, true);
body1 = (Body2)bodies[0];
body2 = (Body2)bodies[1];
volumeA = (body1.GetMassProperties(0))[3];
volumeB = (body2.GetMassProperties(0))[3];
faceDiff = CompareFaces(body1, body2);
areaDiff = CompareArea(body1, body2);
volumeDiff = CompareVolume(body1, body2);
Logger.Info("Volume Compare:\t" + volumeDiff);
Logger.Info("Area Compare:\t" + areaDiff);
Logger.Info("Faces Compare:\t" + faceDiff);
Program.report.AddDelayedLine("Volume Compare:\t" + volumeDiff);
Program.report.AddDelayedLine("Area Compare:\t" + areaDiff);
Program.report.AddDelayedLine("Faces Compare:\t" + faceDiff);
aMinusB = SubstractVolume(comparePart, body1, body2);
Logger.Info("Volume A-B: " + aMinusB);
Program.report.AddDelayedLine("Volume A-B:\t\t" + aMinusB);
bMinusA = SubstractVolume(comparePart, body2, body1);
Logger.Info("Volume B-A: " + aMinusB);
Program.report.AddDelayedLine("Volume B-A:\t\t" + aMinusB);
aAndB = CommonVolume(comparePart, body1, body2);
Logger.Info("Volume B&A: " + aAndB);
Program.report.AddDelayedLine("Volume B&A:\t\t" + aAndB);
// CloseDocs(new object[] { comparePart });
result = casefinder(volumeA, volumeB, volumeDiff, faceDiff, areaDiff, aMinusB, bMinusA, aAndB);
if (result == VolumeCompareResultStatus.Identical && cgAligned)
{
Logger.Info("Geometric result: Identical");
return(CompareResultStatus.Identical);
}
else if (!cgAligned)
{
Logger.Info("Geometric result: Similar");
return(CompareResultStatus.Similar);
}
else
{
Logger.Info("Geometric result: Different");
return(CompareResultStatus.Different);
}
}