private static void UpdateFasteners(PartsProperties partsProperties)
{
foreach (var solidName in Solids.Keys)
{
var userUpdated = partsProperties.parts.First(p => p.Name == solidName);
if (userUpdated.FastenerCertainty < 1)
{
SolidsNoFastener.Add(solidName, Solids[solidName]);
}
}
FastenerDetector.Fasteners =
new HashSet <Fastener>(
FastenerDetector.Fasteners.Where(f => !SolidsNoFastener.Keys.Contains(f.Solid.Name)).ToList());
FastenerDetector.Nuts =
new HashSet <Nut>(
FastenerDetector.Nuts.Where(n => !SolidsNoFastener.Keys.Contains(n.Solid.Name)).ToList());
FastenerDetector.Washers =
new HashSet <Washer>(
FastenerDetector.Washers.Where(w => !SolidsNoFastener.Keys.Contains(w.Solid.Name)).ToList());
var pF =
FastenerDetector.PotentialFastener.Where(u => !SolidsNoFastener.Keys.Contains(u.Key.Name))
.ToDictionary(t => t.Key, t => t.Value);
FastenerDetector.PotentialFastener =
new Dictionary <TessellatedSolid, double>(pF);
}
private static void SerializeSolidProperties()
{
XmlSerializer ser = new XmlSerializer(typeof(PartsProperties));
var partsProperties = new PartsProperties();
partsProperties.GenerateProperties();
var writer = new StreamWriter(state.inputDir + slash + "XML" + slash + "parts_properties.xml");
ser.Serialize(writer, partsProperties);
}
private static void UpdateSolidsProperties(PartsProperties partsProperties)
{
foreach (var solidName in Solids.Keys)
{
var userUpdated = partsProperties.parts.First(p => p.Name == solidName);
SolidsMass.Add(solidName,
userUpdated.Mass > 0
? userUpdated.Mass * Math.Pow(MeshMagnifier, 3)
: userUpdated.Volume * Math.Pow(MeshMagnifier, 3));
}
}
