void GetPipePiameter()
{
ElementClassFilter instanceFilter = new ElementClassFilter(typeof(FamilyInstance));
ElementClassFilter hostFilter = new ElementClassFilter(typeof(HostObject));
LogicalOrFilter andFilter = new LogicalOrFilter(instanceFilter, hostFilter);
FilteredElementCollector collector = new FilteredElementCollector(m_uIDocument.Document);
collector.WherePasses(andFilter);
Dictionary <string, float> m_dic = new Dictionary <string, float>();
List <Element> eles = new List <Element>();
float piameter = 0;
MtCommon.WriteStringIntoText("总共：" + collector.Count().ToString());
int index = 0;
foreach (var ele in collector)
{
if (m_IsCreateFile)
{
var content = MtCommon.ReadStringFromText();
content += "\r\n" + $"索引{index}:" + ele.Id.ToString();
MtCommon.WriteStringIntoText(content);
index++;
}
string eleID = ele.Id.ToString();
//判断是否是设备，通过设备编码参数，判断是否为设备,设备的直径默认设置为10000
var equipCode = MtCommon.GetOneParameter(ele, MtCommon.GetStringValue(Parameters.EquipmentCode));
if (!string.IsNullOrEmpty(equipCode))
{
piameter = 10000f;
}
else
{
//获取管道直径参数：只要包含“直径”二字的选择一个作为直径参数
var paramter = GetParameterWithPiameterParam(ele, "直径");
if (paramter != null && paramter.Count != 0)
{
foreach (var item in paramter)
{
var value = GetMultiNumbers(item.AsValueString()).FirstOrDefault();
piameter += value;
}
piameter = (int)(piameter / paramter.Count);
}
else
{
//没有直径参数的，利用宽高等参数判断，取中值
var width = GetParameterWithPiameterParam(ele, "风管宽度").FirstOrDefault();;
var height = GetParameterWithPiameterParam(ele, "风管高度").FirstOrDefault();
if (width != null && height != null)
{
var widthValue = GetMultiNumbers(width.AsValueString()).FirstOrDefault();
var heightValue = GetMultiNumbers(height.AsValueString()).FirstOrDefault();
piameter = (int)((widthValue + heightValue) / 2);
}
else
{
//利用尺寸200x100,200x100200x100,只取前后两位计算
var size = MtCommon.GetOneParameter(ele, "尺寸");
if (!string.IsNullOrEmpty(size))
{
var result = GetMultiNumbers(size);
if (result.Count >= 2)
{
piameter = (int)((result[0] + result[result.Count - 1]) / 2);
}
else if (result.Count == 1)
{
piameter = result[0];
}
else
{
piameter = 0;
}
}
else
{
piameter = 0f;
}
}
}
}
var campus = MtCommon.GetOneParameter(ele, MtCommon.GetStringValue(Parameters.Campus));
var build = MtCommon.GetOneParameter(ele, MtCommon.GetStringValue(Parameters.Building));
var level = MtCommon.GetOneParameter(ele, MtCommon.GetStringValue(Parameters.MtLevel));
var verticalPipe = MtCommon.GetOneParameter(ele, MtCommon.GetStringValue(Parameters.VerticalPipe));
string pipeCode = string.Empty;
if (verticalPipe.Equals("1-1"))
{
pipeCode = campus + "-" + build + "-" + level + "_" + m_SystemCode + "_" + ele.Id + "#L";
}
else
{
pipeCode = campus + "-" + build + "-" + level + "_" + m_SystemCode + "_" + ele.Id;
}
if (!m_dic.ContainsKey(pipeCode))
{
m_dic.Add(pipeCode, piameter);
eles.Add(ele);
}
piameter = 0;
}
MtCommon.HideElements(m_uIDocument.Document, eles);
m_sqlite = new MtSQLite(m_sqliteFilePath);
List <string> quarays = new List <string>();
foreach (var item in m_dic)
{
quarays.Add($"Update Facility_Pipe Set diameter = '{item.Value}' where code = '{item.Key}'");
//quarays.Add($"Insert into Pipe (code,diameter) values ('{item.Key}','{item.Value}')");
}
m_sqlite.ExecuteNoneQuery(quarays.ToArray());
}