public void ConvertTemplate()
{
foreach (var item in Templates)
{
string datPath = item.Name.Substring(0, item.Name.Length - 3) + "dat";
DES.DesDecrypt(item.Name, datPath, "12345678");
TowerTemplateReader templateReader = new TowerTemplateReader(TowerTypeStringConvert.TowerStringToType(item.TowerType));
TowerTemplate template = templateReader.Read(datPath);
string dirPath = datPath.Substring(0, datPath.LastIndexOf('\\'));
string templateName = datPath.Substring(datPath.LastIndexOf('\\') + 1);
string newDirPath = dirPath + "\\新模板\\";
if (!Directory.Exists(newDirPath))
{
Directory.CreateDirectory(newDirPath);
}
string newTemplatePath = newDirPath + templateName;
NewTowerTemplateReader newTemplateReader = new NewTowerTemplateReader(TowerTypeStringConvert.TowerStringToType(item.TowerType));
newTemplateReader.Save(newTemplatePath, template);
}
}
public void TestMethod1_NewTemplateReadAndSave()
{
var openFileDialog = new Microsoft.Win32.OpenFileDialog()
{
Filter = "DLL Files (*.dll)|*.dll"
};
if (openFileDialog.ShowDialog() != true)
{
return;
}
string datPath = openFileDialog.FileName.Substring(0, openFileDialog.FileName.Length - 3) + "dat";
DES.DesDecrypt(openFileDialog.FileName, datPath, "12345678");
TowerTemplateReader templateReader = new TowerTemplateReader(TowerTypeEnum.LineTower);
TowerTemplate template = templateReader.Read(datPath);
string newDatPath = openFileDialog.FileName.Substring(0, openFileDialog.FileName.Length - 4) + "New.dat";
NewTowerTemplateReader newTemplateReader = new NewTowerTemplateReader(TowerTypeEnum.LineTower);
newTemplateReader.Save(newDatPath, template);
TowerTemplate newTemplate = newTemplateReader.Read(newDatPath);
}
//解码没有加密的结构计算模板
public bool DecodeEncryTemplate(TowerTypeEnum towerType, string templatesPath)
{
TowerTemplateReader templateReader = new TowerTemplateReader(towerType);
Template = templateReader.Read(templatesPath);
WorkConditions = ConvertTemplateToSpec(Template);
return(true);
}
//解码加密的结构计算模板
public bool DecodeTemplate(TowerTypeEnum towerType, string templatesPath)
{
string file = templatesPath.Substring(0, templatesPath.Length - 3) + "dat";
DES.DesDecrypt(templatesPath, file, "12345678");
TowerTemplateReader templateReader = new TowerTemplateReader(towerType);
Template = templateReader.Read(file);
WorkConditions = ConvertTemplateToSpec(Template);
return(true);
}
public void TestMethod6()
{
var openFileDialog = new Microsoft.Win32.OpenFileDialog()
{
Filter = "DLL Files (*.dll)|*.dll"
};
if (openFileDialog.ShowDialog() != true)
{
return;
}
var openTemplateDialog = new Microsoft.Win32.OpenFileDialog()
{
Filter = "Excel Files (*.xlsx)|*.xlsx"
};
if (openTemplateDialog.ShowDialog() != true)
{
return;
}
var saveFileDialog = new Microsoft.Win32.SaveFileDialog()
{
Filter = "Dat Files (*.dat)|*.dat",
};
if (saveFileDialog.ShowDialog() != true)
{
return;
}
DES.DesDecrypt(openFileDialog.FileName, saveFileDialog.FileName, "12345678");
TowerTemplateReader TemplateReader = new TowerTemplateReader(TowerTypeEnum.CornerTower);
Mode.TowerTemplate template = TemplateReader.Read(saveFileDialog.FileName);
StruCalseBaseParas formulaParas = new StruCalseBaseParas();
formulaParas.Type = TowerTypeEnum.CornerTower;
formulaParas.LoadRatio = 1;
formulaParas.IsMethod1Selected = false;
//结构重要性系数
formulaParas.R1Install = 1.0f;
formulaParas.R0Normal = 1.1f;
//荷载分项系数
formulaParas.RGBad = 1.2f;
formulaParas.RGGood = 1.00f;
formulaParas.RQ = 1.4f;
//formulaParas.RGCheck01 = 1.3f;
//可变荷载组合系数
formulaParas.VcFNormal = 1f;
formulaParas.VcFInstall = 0.9f;
formulaParas.VcFBroken = 0.9f;
formulaParas.VcFUnevenIce = 0.9f;
formulaParas.VcFCheck = 0.75f;
//其他参数
formulaParas.WindAdjustFactor = 1f;
formulaParas.OtherWindAdjustFactor = 1.00f;
formulaParas.DynamicCoef = 1.1f;
formulaParas.LiftCoefJumper = 2f;
formulaParas.TempStayWireAngle = 45f;
formulaParas.TractionAgnle = 20f;
formulaParas.IsMethod1Selected = false;
//formulaParas.RA = 1.5f;
StruLineParas[] lineParas = new StruLineParas[] {
new StruLineParas
{
TstringNum = 0,
WireExtraLoad = 4,
TwireExtraLoad = 0,
AnchorTension = 47.49f,
TemporaryTension = 10f,
AngleMin = 20f,
AngleMax = 40f,
isTurnRight = true,
DrawingCoef = 1.05f,
PulleyTensionDif = 0,
},
new StruLineParas
{
TstringNum = 0,
WireExtraLoad = 4,
TwireExtraLoad = 0,
AnchorTension = 47.49f,
TemporaryTension = 10f,
AngleMin = 20f,
AngleMax = 40f,
isTurnRight = true,
DrawingCoef = 1.05f,
PulleyTensionDif = 0,
},
new StruLineParas
{
TstringNum = 1,
WireExtraLoad = 12,
TwireExtraLoad = 6,
AnchorTension = 412.14f,
TemporaryTension = 40f,
AngleMin = 20f,
AngleMax = 40f,
isTurnRight = true,
DrawingCoef = 1.1f,
PulleyTensionDif = 50,
},
new StruLineParas
{
TstringNum = 1,
WireExtraLoad = 12,
TwireExtraLoad = 6,
AnchorTension = 412.14f,
TemporaryTension = 40f,
AngleMin = 20f,
AngleMax = 40f,
isTurnRight = true,
DrawingCoef = 1.1f,
PulleyTensionDif = 50,
},
new StruLineParas
{
TstringNum = 1,
WireExtraLoad = 12,
TwireExtraLoad = 6,
AnchorTension = 412.14f,
TemporaryTension = 40f,
AngleMin = 20f,
AngleMax = 40f,
isTurnRight = true,
DrawingCoef = 1.1f,
PulleyTensionDif = 50,
},
};
List <HangingPointParas> normalList = new List <HangingPointParas>()
{
new HangingPointParas()
{
Index = 1,
WireType = "左地",
StringType = "常规",
Points = new string[] { "11", "13" }
},
new HangingPointParas()
{
Index = 2,
WireType = "右地",
StringType = "常规",
Points = new string[] { "40", "42" }
},
new HangingPointParas()
{
Index = 3,
WireType = "左导",
StringType = "常规",
Points = new string[] { "1511", "1513", "1601", "1603" }
},
new HangingPointParas()
{
Index = 4,
WireType = "中导",
StringType = "常规",
Points = new string[] { "1060", "1062" }
},
new HangingPointParas()
{
Index = 5,
WireType = "右导",
StringType = "常规",
Points = new string[] { "1600", "1602", "1510", "1512" }
},
};
List <HangingPointParas> normalTList = new List <HangingPointParas>()
{
new HangingPointParas()
{
Index = 1,
WireType = "左地",
StringType = "无跳线"
},
new HangingPointParas()
{
Index = 2,
WireType = "右地",
StringType = "无跳线",
},
new HangingPointParas()
{
Index = 3,
WireType = "左导",
StringType = "I串",
Points = new string[] { "1481", "1483" }
},
new HangingPointParas()
{
Index = 4,
WireType = "中导",
StringType = "I串",
Points = new string[] { "490", "492" }
},
new HangingPointParas()
{
Index = 5,
WireType = "右导",
StringType = "I串",
Points = new string[] { "1480", "1482" }
},
};
List <HangingPointParas> intallTList = new List <HangingPointParas>()
{
new HangingPointParas()
{
Index = 1,
WireType = "左导",
StringType = "I串",
Array = "第a组",
Points = new string[] { "1481", "1483" }
},
new HangingPointParas()
{
Index = 2,
WireType = "中导",
StringType = "I串",
Array = "第a组",
Points = new string[] { "490", "492" }
},
new HangingPointParas()
{
Index = 3,
WireType = "右导",
StringType = "I串",
Array = "第a组",
Points = new string[] { "1480", "1482" }
},
};
List <HangingPointParas> turingList = new List <HangingPointParas>()
{
new HangingPointParas()
{
Index = 1,
WireType = "左导",
StringType = "I串",
Points = new string[] { "1511", "1513", "1601", "1603" }
},
new HangingPointParas()
{
Index = 2,
WireType = "中导",
StringType = "I串",
Points = new string[] { "1040", "1042", "1050", "1052" }
},
new HangingPointParas()
{
Index = 3,
WireType = "右导",
StringType = "I串",
Points = new string[] { "1600", "1602", "1510", "1512" }
},
};
HangingPointSettingParas ratioParas = new HangingPointSettingParas
{
BLTQ = 0.5f,
BLTH = 0.5f,
BLTZ = 0,
BLDZTQ = 0.5f,
BLDZTH = 0.5f,
BLDZTZ = 0,
IsTuringPointSeleced = true,
NormalXYPoints = normalList,
NormalZPoints = normalTList,
InstallXYPoints = intallTList,
InstallZPoints = intallTList,
TurningPoints = turingList,
};
LoadComposeTensionTower loadCornerTower = new LoadComposeTensionTower(formulaParas, lineParas, ratioParas, template, openTemplateDialog.FileName);
string filePath = saveFileDialog.FileName.Substring(0, saveFileDialog.FileName.Length - 3) + "calc";
loadCornerTower.CalculateLoadDistribute(filePath);
string filePath2 = saveFileDialog.FileName.Substring(0, saveFileDialog.FileName.Length - 3) + "div";
List <StruCalsPointLoad> loadList = loadCornerTower.CalsPointsLoad(filePath2);
string filePath3 = saveFileDialog.FileName.Substring(0, saveFileDialog.FileName.Length - 3) + "load";
loadCornerTower.GenerateLoadFile(filePath3, loadList);
}
public void TestMethod7()
{
var openFileDialog = new Microsoft.Win32.OpenFileDialog()
{
Filter = "DLL Files (*.dll)|*.dll"
};
if (openFileDialog.ShowDialog() != true)
{
return;
}
var openTemplateDialog = new Microsoft.Win32.OpenFileDialog()
{
Filter = "Excel Files (*.xlsx)|*.xlsx"
};
if (openTemplateDialog.ShowDialog() != true)
{
return;
}
var saveFileDialog = new Microsoft.Win32.SaveFileDialog()
{
Filter = "Dat Files (*.dat)|*.dat",
};
if (saveFileDialog.ShowDialog() != true)
{
return;
}
DES.DesDecrypt(openFileDialog.FileName, saveFileDialog.FileName, "12345678");
TowerTemplateReader TemplateReader = new TowerTemplateReader(TowerTypeEnum.LineTower);
Mode.TowerTemplate template = TemplateReader.Read(saveFileDialog.FileName);
StruCalseBaseParas formulaParas = new StruCalseBaseParas();
formulaParas.Type = TowerTypeEnum.LineTower;
formulaParas.LoadRatio = 1;
//结构重要性系数
formulaParas.R1Install = 1f;
formulaParas.R0Normal = 1.1f;
//荷载分项系数
formulaParas.RGBad = 1.2f;
formulaParas.RGGood = 1f;
formulaParas.RQ = 1.4f;
//可变荷载组合系数
formulaParas.VcFNormal = 1f;
formulaParas.VcFInstall = 0.9f;
formulaParas.VcFBroken = 0.9f;
formulaParas.VcFUnevenIce = 0.9f;
formulaParas.VcFCheck = 0.75f;
//其他参数
formulaParas.WindAdjustFactor = 1f;
formulaParas.OtherWindAdjustFactor = 1f;
formulaParas.DynamicCoef = 1.1f;
formulaParas.AnchorWindCoef = 0.7f;
formulaParas.AnchorGravityCoef = 0.7f;
formulaParas.AnchorAngle = 20f;
formulaParas.IsMethod1Selected = true;
StruLineParas[] lineParas = new StruLineParas[] {
new StruLineParas
{
HoistingCoef = 2f,
WireExtraLoad = 4,
AnchorTension = 43.32f,
PulleyTensionDif = 0,
DrawingCoef = 1.2f
},
new StruLineParas
{
HoistingCoef = 2f,
WireExtraLoad = 4,
AnchorTension = 43.32f,
PulleyTensionDif = 0,
DrawingCoef = 1.2f
},
new StruLineParas
{
HoistingCoef = 1.5f,
WireExtraLoad = 8,
AnchorTension = 829.39f,
PulleyTensionDif = 50,
DrawingCoef = 1.2f
},
new StruLineParas
{
HoistingCoef = 1.5f,
WireExtraLoad = 8,
AnchorTension = 829.39f,
PulleyTensionDif = 50,
DrawingCoef = 1.2f
}
};
List <HangingPointParas> normalList = new List <HangingPointParas>()
{
new HangingPointParas()
{
Index = 1,
WireType = "左地",
StringType = "常规",
Points = new string[] { "11", "13" }
},
new HangingPointParas()
{
Index = 2,
WireType = "右地",
StringType = "常规",
Points = new string[] { "10", "12" }
},
new HangingPointParas()
{
Index = 3,
WireType = "左导",
StringType = "V1",
Points = new string[] { "421", "1241" }
},
new HangingPointParas()
{
Index = 4,
WireType = "右导",
StringType = "V1",
Points = new string[] { "1240", "420" }
}
};
List <HangingPointParas> installList = new List <HangingPointParas>()
{
new HangingPointParas()
{
Index = 1,
WireType = "左导",
Array = "第a组",
Points = new string[] { "671", "673", "781", "783" }
},
new HangingPointParas()
{
Index = 2,
WireType = "右导",
Array = "第a组",
Points = new string[] { "670", "672", "780", "782" }
},
new HangingPointParas()
{
Index = 3,
WireType = "左导",
Array = "第b组",
Points = new string[] { "611", "613", "671", "673", "781", "783", "791", "793" }
},
new HangingPointParas()
{
Index = 4,
WireType = "右导",
Array = "第b组",
Points = new string[] { "610", "612", "670", "672", "780", "782", "790", "792" }
},
new HangingPointParas()
{
Index = 5,
WireType = "左导",
Array = "第c组",
Points = new string[] { "671", "673", "781", "783" }
},
new HangingPointParas()
{
Index = 6,
WireType = "右导",
Array = "第c组",
Points = new string[] { "670", "672", "780", "782" }
},
};
List <HangingPointParas> turningPoingts = new List <HangingPointParas>
{
new HangingPointParas
{
Index = 1,
WireType = "左导",
Angle = 90,
Points = new string[] { "1001", "1003" }
},
new HangingPointParas
{
Index = 2,
WireType = "右导",
Angle = -90,
Points = new string[] { "1000", "1002" }
},
};
List <VStringParas> vStringList = new List <VStringParas>()
{
new VStringParas()
{
Index = "V1",
L1 = 8350,
H1 = 9940,
L2 = 8350,
H2 = 9940,
StressLimit = 0,
Angle = 0
},
};
HangingPointSettingParas ratioParas = new HangingPointSettingParas()
{
GCQ = 0.5f,
GCH = 0.5f,
GXN = -1,
GXW = 2,
DQWQ = 0.7f,
DQWH = 0.3f,
DQCQ = 0.7f,
DQCH = 0.3f,
DDWQ = 0.7f,
DDWH = 0.3f,
DDCQ = 0.7f,
DDCH = 0.3f,
DMWQ = 0.7f,
DMWH = 0.3f,
DMCQ = 0.7f,
DMCH = 0.3f,
IsTuringPointSeleced = true,
NormalXYPoints = normalList,
NormalZPoints = normalList,
InstallXYPoints = installList,
InstallZPoints = installList,
TurningPoints = turningPoingts,
VStrings = vStringList,
};
LoadComposeLineTower loadLineTower = new LoadComposeLineTower(formulaParas, lineParas, ratioParas, template, openTemplateDialog.FileName);
string filePath = saveFileDialog.FileName.Substring(0, saveFileDialog.FileName.Length - 3) + "cals";
loadLineTower.CalculateLoadDistribute(filePath);
string filePath2 = saveFileDialog.FileName.Substring(0, saveFileDialog.FileName.Length - 3) + "div";
List <StruCalsPointLoad> loadList = loadLineTower.CalsPointsLoad(filePath2);
string filePath3 = saveFileDialog.FileName.Substring(0, saveFileDialog.FileName.Length - 3) + "load";
loadLineTower.GenerateLoadFile(filePath3, loadList);
}