public StruCalsElecLoad ConvertLoadHang()
{
StruCalsElecLoad elecLoad = new StruCalsElecLoad();
List <ElecCalsWorkConditionBase> wkCdtList = new List <ElecCalsWorkConditionBase>();
List <WireElecLoadLine> LineElecLoads = new List <WireElecLoadLine>();
for (int i = 1; i <= StruTemplate.WorkConditongs.Count; i++)
{
string wkNameS = StruTemplate.WorkConditongs[i];
if (wkNameS == null)
{
continue;
}
string wkNameE = WorkConditionMaps(wkNameS);
//查找工况
GetWorkCondition(wkNameE, out ElecCalsWorkConditionBase wkCdt);
wkCdt.Id = i;
wkCdt.Name = wkNameS;
wkCdtList.Add(wkCdt);
for (int j = 0; j < StruTemplate.Wires.Count; j++)
{
string wire = StruTemplate.Wires[j];
//GetWindLoad();
}
}
return(elecLoad);
}
public void InitElecLoadSheet(TowerTypeEnum type, StruCalsElecLoad load)
{
towerType = type;
elecLoad = load;
UpdateElecLoadWorkSheetFromMem();
}
//此构造函数用于从配置文件中获取已经保存的塔位参数，所有参数都来做保存文件
public StruCalsParasCompose(string electricalLaodFilePath, string templatePath, List <string> fullStressTemplatePaths, StruCalsParasCompose temp)
{
TowerName = temp.TowerName;
TemplateName = temp.TemplateName;
ElectricalLoadFilePath = electricalLaodFilePath;
FullStressTemplateNames = temp.FullStressTemplateNames;
FullStressTemplatePaths = fullStressTemplatePaths;
BaseParas = temp.BaseParas;
LineParas = temp.LineParas;
HPSettingsParas = temp.HPSettingsParas;
DecodeTemplate(BaseParas.Type, templatePath);
ResultPointLoad = new List <StruCalsPointLoad>();
ElecLoad = new StruCalsElecLoad()
{
CornerElecLoads = new List <WireElecLoadCorner>(),
LineCornerElecLoads = new List <WireElecLoadLineCorner>(),
LineElecLoads = new List <WireElecLoadLine>(),
ExtraLoad = new List <StruCalsTension>(),
WorkCondition = new List <ElecCalsWorkConditionBase>(),
};
}
protected override void InitializeData(string towerName)
{
base.InitializeData(towerName);
BaseParas = struCalsParas.BaseParas;
ElecLoad = struCalsParas.ElecLoad;
Wind45TenParas = new ObservableCollection <StruCalsTension>(struCalsParas.ElecLoad.ExtraLoad);
}
//此构造函数用于不是杆塔序列中新增塔位， 线条相关的初始化信息主要来自于Template，
public StruCalsParasCompose(string towerName, string towerType, float voltage, string templatePath, string electricalLaodFilePath, List <string> fullStressTemplatePaths, out string decodeTemolateStr)
{
decodeTemolateStr = "";
TowerName = towerName;
SequenceName = "";
TemplatePath = templatePath;
TemplateName = templatePath.Substring(templatePath.LastIndexOf('\\') + 1);
FullStressTemplatePaths = fullStressTemplatePaths;
FullStressTemplateNames = new List <string>();
foreach (var path in FullStressTemplatePaths)
{
FullStressTemplateNames.Add(path.Substring(path.LastIndexOf('\\') + 1));
}
TowerTypeEnum type = TowerTypeStringConvert.TowerStringToType(towerType);
ElectricalLoadFilePath = electricalLaodFilePath;
if (!DecodeTemplate(type, templatePath))
{
decodeTemolateStr = "解码模块错误！";
return;
}
LineParas = new List <StruLineParas>();
SetDefaultValue(type);
BaseParas.Voltage = voltage;
HPSettingsParas = new List <HangingPointSettingParas>();
NewHangingPointSetting();
ResultPointLoad = new List <StruCalsPointLoad>();
ElecLoad = new StruCalsElecLoad()
{
CornerElecLoads = new List <WireElecLoadCorner>(),
LineCornerElecLoads = new List <WireElecLoadLineCorner>(),
LineElecLoads = new List <WireElecLoadLine>(),
ExtraLoad = new List <StruCalsTension>(),
WorkCondition = new List <ElecCalsWorkConditionBase>(),
};
}
public StruCalsElecLoad ConvertLoadStrain()
{
StruCalsElecLoad elecLoad = new StruCalsElecLoad();
List <ElecCalsWorkConditionBase> wkCdtList = new List <ElecCalsWorkConditionBase>();
for (int i = 1; i <= StruTemplate.WorkConditongs.Count; i++)
{
string wkNameS = StruTemplate.WorkConditongs[i];
if (wkNameS == null)
{
continue;
}
string wkNameE = WorkConditionMaps(wkNameS);
//查找工况
GetWorkCondition(wkNameE, out ElecCalsWorkConditionBase wkCdt);
wkCdt.Id = i;
wkCdt.Name = wkNameS;
wkCdtList.Add(wkCdt);
}
return(elecLoad);
}
public void TestMethod07_StruCalsParas()
{
//var openFileDialog = new Microsoft.Win32.OpenFileDialog()
//{
// Filter = "XML Files (*.xml)|*.xml",
//};
//if (openFileDialog.ShowDialog() != true)
// return;
//StruCalsParas paras = XmlUtils.Deserializer<StruCalsParas>(openFileDialog.FileName);
StruCalsParas paras = new StruCalsParas();
List <ElecCalsWorkConditionBase> listWd = new List <ElecCalsWorkConditionBase>
{
new ElecCalsWorkConditionBase
{
Id = 1,
Name = "大风",
IceThickness = 0,
Temperature = 10,
WindSpeed = 35,
},
new ElecCalsWorkConditionBase
{
Id = 2,
Name = "覆冰",
IceThickness = 0,
Temperature = 10,
WindSpeed = 35,
}
};
List <WireElecLoadLine> listLoad = new List <WireElecLoadLine>()
{
new WireElecLoadLine {
WireType = "左地",
ElecLoad = new List <ElecLoadLine>()
{
new ElecLoadLine
{
WorkConditionId = 1,
WorkConditionName = "大风",
Wind = 8.07f,
GMax = 8.07f,
GMin = 8.07f,
TensionMax = 8.07f,
TensionMin = 8.07f,
},
new ElecLoadLine
{
WorkConditionId = 2,
WorkConditionName = "覆冰",
Wind = 8.07f,
GMax = 8.07f,
GMin = 8.07f,
TensionMax = 8.07f,
TensionMin = 8.07f,
},
}
},
new WireElecLoadLine {
WireType = "右地",
ElecLoad = new List <ElecLoadLine>()
{
new ElecLoadLine
{
WorkConditionId = 1,
WorkConditionName = "大风",
Wind = 8.07f,
GMax = 8.07f,
GMin = 8.07f,
TensionMax = 8.07f,
TensionMin = 8.07f,
},
new ElecLoadLine
{
WorkConditionId = 2,
WorkConditionName = "覆冰",
Wind = 8.07f,
GMax = 8.07f,
GMin = 8.07f,
TensionMax = 8.07f,
TensionMin = 8.07f,
},
}
}
};
StruCalsElecLoad elecLoad = new StruCalsElecLoad {
WorkCondition = listWd,
LineElecLoads = listLoad,
};
paras.ElecLoad = elecLoad;
var saveFileDialog = new Microsoft.Win32.SaveFileDialog()
{
Filter = "XML Files (*.xml)|*.xml",
};
if (saveFileDialog.ShowDialog() != true)
{
return;
}
XmlUtils.Serializer <StruCalsParas>(saveFileDialog.FileName, paras);
}
