public override void Command2(SubMenuBase menu)
{
var saveFileDialog = new Microsoft.Win32.SaveFileDialog()
{
Filter = "Result Files (*.calc)|*.calc",
};
if (saveFileDialog.ShowDialog() != true)
{
return;
}
GlobalInfo globalInfo = GlobalInfo.GetInstance();
//StruCalsParas中塔位数据，是在点击这个塔位的页面后才加载的GlobalInfo中，
//下面代码针对的是，没有打开这个塔位的页面而直接进行计算的情况
if (globalInfo.StruCalsParas.Where(item => item.TowerName == ((SubMenuBase)menu).Title && item.SequenceName == ((StrCalsModuleSubMenu)menu).Sequence).Count() <= 0)
{
if (((StrCalsModuleSubMenu)menu).Sequence == "")
{
ProjectUtils.GetInstance().ReadStruCalsTowerParas(((SubMenuBase)menu).Title);
}
else
{
ProjectUtils.GetInstance().ReadStruCalsTowerParas(((SubMenuBase)menu).Title, ((StrCalsModuleSubMenu)menu).Sequence);
}
}
StruCalsParasCompose paras = globalInfo.StruCalsParas.Where(para => para.TowerName == ((SubMenuBase)menu).Title && para.SequenceName == ((StrCalsModuleSubMenu)menu).Sequence).FirstOrDefault();
if (paras == null)
{
return;
}
ConvertSpecToWorkCondition(paras.Template, paras.WorkConditions, true);
string path = saveFileDialog.FileName.Substring(0, saveFileDialog.FileName.Length - 5);
for (int i = 0; i < paras.HPSettingsParas.Count(); i++)
{
LoadComposeBase loadCompose;
if (paras.BaseParas.Type == TowerTypeEnum.LineTower)
{
loadCompose = new LoadComposeLineTower(paras.BaseParas, paras.LineParas.ToArray(), paras.HPSettingsParas[i], paras.Template, paras.ElectricalLoadFilePath);
}
else if (paras.BaseParas.Type == TowerTypeEnum.LineCornerTower)
{
loadCompose = new LoadComposeLineCornerTower(paras.BaseParas, paras.LineParas.ToArray(), paras.HPSettingsParas[i], paras.Template, paras.ElectricalLoadFilePath);
}
//剩下的都属于耐张塔
else
{
loadCompose = new LoadComposeTensionTower(paras.BaseParas, paras.LineParas.ToArray(), paras.HPSettingsParas[i], paras.Template, paras.ElectricalLoadFilePath);
}
paras.ResultPointLoad.AddRange(loadCompose.LoadCaculate(path));
}
}
/// <summary>
/// 结构计算中塔位的参数来源两个：
/// 1 新增塔位，在增加新塔时，已经将数据加入到globalInfo，
/// 2 原来已有塔位，塔位数据是逐步加载的，只有在需要查看这个塔位时，才会去配置文件中读取到
/// 针对这两种情况，首先在globalInfo中找到对应的数据；
/// 如果找不到，要从配置文件中将相应塔位数据读取到globalInfo中
/// </summary>
/// <param name="towerName"></param>
protected virtual void InitializeData(string towerName)
{
var globalInfo = GlobalInfo.GetInstance();
string sequence = "";
if (towerName.Contains("*"))
{
int pos = towerName.IndexOf('*');
TowerName = towerName.Substring(0, pos);
sequence = towerName.Substring(pos + 1);
}
else
{
TowerName = towerName;
}
if (globalInfo.StruCalsParas.Where(item => item.TowerName == towerName).Count() <= 0)
{
if (sequence == "")
{
ProjectUtils.GetInstance().ReadStruCalsTowerParas(towerName);
}
else
{
ProjectUtils.GetInstance().ReadStruCalsTowerParas(towerName, sequence);
}
}
int index = globalInfo.StruCalsParas.FindIndex(para => para.TowerName == towerName && para.SequenceName == sequence);
if (index < 0)
{
return;
}
struCalsParas = globalInfo.StruCalsParas[index];
}
public StruTemplateEditViewModel(TowerTemplate template, bool isReadOnly = true)
{
oldName = template.Name;
oldType = template.TowerType;
_template = template;
IsReadOnly = isReadOnly;
#region 导地线的初始化
TemplateWire wire = new TemplateWire();
wire.Wire = new string[16];
List<Column> wireColumns = new List<Column>() {
new HeaderColumn() {
Settings = SettingsType.Binding,
FieldName = "Name",
Header = "序号",
AllowEditing = (!isReadOnly).ToString(),
},
};
if (template.Wires != null)
{
for(int i = 0; i < template.Wires.Count; i++)
{
WireNum++;
wire.Wire[i] = template.Wires[i];
wireColumns.Add(new HeaderColumn() {
Settings = SettingsType.Binding,
FieldName = "Wire[" + i.ToString() + "]",
Header = (i + 1).ToString(),
AllowEditing = (!isReadOnly).ToString(),
});
SetWireVisbility(WireNum);
}
}
Wires = new ObservableCollection<TemplateWire>();
Wires.Add(wire);
WireColumns = new ObservableCollection<Column>(wireColumns);
#endregion
#region 工况的初始化
TemplateWorkCondition workCondition = new TemplateWorkCondition();
workCondition.WorkCondition = new string[16];
List<Column> workConditionColumns = new List<Column>() {
new HeaderColumn() {
Settings = SettingsType.Binding,
FieldName = "Name",
Header = "序号",
AllowEditing = (!isReadOnly).ToString(),
},
};
if (template.WorkConditongs != null)
{
for (int i = 0; i < template.WorkConditongs.Count; i++)
{
WorkConditionNum++;
workCondition.WorkCondition[i] = template.WorkConditongs[i+1];
workConditionColumns.Add(new HeaderColumn()
{
Settings = SettingsType.Binding,
FieldName = "WorkCondition[" + i.ToString() + "]",
Header = (i + 1).ToString(),
AllowEditing = (!isReadOnly).ToString(),
});
}
}
WorkConditions = new ObservableCollection<TemplateWorkCondition>();
WorkConditions.Add(workCondition);
WorkConditionColumns = new ObservableCollection<Column>(workConditionColumns);
#endregion
#region 工况的初始化
WorkConditionCombos = new ObservableCollection<WorkConditionComboSpec>(StruCalsParasCompose.ConvertTemplateToSpec(template));
//List<Column> workConditionComboColumns = new List<Column>();
//workConditionComboColumns.Add(new HeaderColumn() {
// Settings = SettingsType.Binding,
// FieldName = "Index",
// Header = "序号",
// Width = "*",
// AllowEditing = (!isReadOnly).ToString(),
//});
//workConditionComboColumns.Add(new HeaderColumn() {
// Settings = SettingsType.Binding,
// FieldName = "IsCalculate",
// Header = "选择与否",
// Width = "2*",
// AllowEditing = (!isReadOnly).ToString(),
//});
//workConditionComboColumns.Add(new HeaderColumn() {
// Settings = SettingsType.Binding,
// FieldName = "WorkConditionCode",
// Header = "工况",
// Width = "*",
// AllowEditing = (!isReadOnly).ToString(),
//});
//workConditionComboColumns.Add(new HeaderColumn() {
// Settings = SettingsType.Binding,
// FieldName = "TensionAngleCode",
// Header = "张力角",
// Width = "*",
// AllowEditing = (!isReadOnly).ToString(),
// Visible = "{Binding IsTensionAngleVisible}"
//});
//workConditionComboColumns.Add(new HeaderColumn() {
// Settings = SettingsType.Binding,
// FieldName = "VertialLoadCode",
// Header = "垂直载荷",
// Width = "*",
// AllowEditing = (!isReadOnly).ToString(),
// Visible = "{Binding IsVertialLoadCodeVisible}"
//});
//workConditionComboColumns.Add(new HeaderColumn() {
// Settings = SettingsType.Binding,
// FieldName = "WindDirectionCode",
// Header = "风向",
// Width = "*",
// AllowEditing = (!isReadOnly).ToString(),
//});
//for (int i = 0; i < template.Wires.Count; i++)
//{
// workConditionComboColumns.Add(new HeaderColumn() {
// Settings = SettingsType.Binding,
// FieldName = "Wire" + (i + 1).ToString(),
// Header = template.Wires[i],
// Width = "*",
// AllowEditing = (!isReadOnly).ToString(),
// });
//}
//workConditionComboColumns.Add(new HeaderColumn() {
// Settings = SettingsType.Binding,
// FieldName = "WorkCode",
// Header = "工况代码",
// Width = "*",
// AllowEditing = (!isReadOnly).ToString(),
//});
//workConditionComboColumns.Add(new HeaderColumn() {
// Settings = SettingsType.Binding,
// FieldName = "WorkComment",
// Header = "注释",
// Width = "6*",
// AllowEditing = (!isReadOnly).ToString(),
//});
//WorkConditionComboColumns = new ObservableCollection<Column>(workConditionComboColumns);
#endregion
}
public override void Command3(SubMenuBase menu)
{
var loadFileDialog = new Microsoft.Win32.OpenFileDialog()
{
Filter = "Load Files (*.load)|*.load",
};
if (loadFileDialog.ShowDialog() != true)
{
return;
}
string stQtPath = GlobalInfo.GetInstance().GetSmartTowerPath();
if (stQtPath == null || stQtPath == "")
{
MessageBox.Show(" 请设置SmartTower程序的路径！");
return;
}
if (!File.Exists(stQtPath))
{
MessageBox.Show("无法找到SmartTower，请设置它的路径！");
return;
}
string stConsolePath = stQtPath.Substring(0, stQtPath.LastIndexOf("\\")) + "\\" + ConstVar.SmartTowerConsoleName;
if (!File.Exists(stConsolePath))
{
return;
}
string mode = GlobalInfo.GetInstance().GetSmartTowerMode().ToString();
GlobalInfo globalInfo = GlobalInfo.GetInstance();
if (globalInfo.StruCalsParas.Where(item => item.TowerName == ((SubMenuBase)menu).Title && item.SequenceName == ((StrCalsModuleSubMenu)menu).Sequence).Count() <= 0)
{
if (((StrCalsModuleSubMenu)menu).Sequence == null)
{
ProjectUtils.GetInstance().ReadStruCalsTowerParas(((SubMenuBase)menu).Title);
}
else
{
ProjectUtils.GetInstance().ReadStruCalsTowerParas(((SubMenuBase)menu).Title, ((StrCalsModuleSubMenu)menu).Sequence);
}
}
StruCalsParasCompose paras = globalInfo.StruCalsParas.Where(para => para.TowerName == ((SubMenuBase)menu).Title && para.SequenceName == ((StrCalsModuleSubMenu)menu).Sequence).FirstOrDefault();
if (paras == null)
{
return;
}
string path = paras.FullStressTemplatePaths[0];
if (!File.Exists(path))
{
return;
}
SmartTowerInputGenerator.InputGenerator(loadFileDialog.FileName, path);
string stParas = path + " " + mode;
//string stParas1 = "C:\\Users\\zhifei\\Desktop\\测试\\StruCals\\直线塔7\\满应力分析\\Z31.dat 0"; //0: 正常计算 1:基础作用力BetaZ=1 2：基础作用力betaZ=-1/2+1 不容许有空格
ProcessStartInfo startInfo = new ProcessStartInfo(stConsolePath, stParas);
//startInfo.UseShellExecute = false;
//startInfo.CreateNoWindow = true;
Process process = new Process();
process.StartInfo = startInfo;
process.Start();
process.WaitForExit();
//}
TowerMemberBLL memberBLL = new TowerMemberBLL();
string outPath = path.Substring(0, path.LastIndexOf(".")) + ".out";
paras.ResultFullStess = memberBLL.TextFileReadAll(outPath).ToList();
}
protected HangingPoint(string title, StruCalsParasCompose calsParas)
{
Title = title;
Template = calsParas.Template;
HPSetitingParas = calsParas.HPSettingsParas.Where(item => item.HangingPointSettingName == title).FirstOrDefault();
BaseParas = calsParas.BaseParas;
NormalXYPoints = new ObservableCollection <HangingPointParas>(HPSetitingParas.NormalXYPoints);
NormalZPoints = new ObservableCollection <HangingPointParas>(HPSetitingParas.NormalZPoints);
InstallXYPoints = new ObservableCollection <HangingPointParas>(HPSetitingParas.InstallXYPoints);
InstallZPoints = new ObservableCollection <HangingPointParas>(HPSetitingParas.InstallZPoints);
TurningPoints = new ObservableCollection <HangingPointParas>(HPSetitingParas.TurningPoints);
VStrings = new ObservableCollection <VStringParas>(HPSetitingParas.VStrings);
List <string> normalSource = new List <string> {
"无跳线", "常规", "悬臂", "I串", "V1", "V2", "V3"
};
List <Column> normalXYColumns = new List <Column>()
{
new HeaderColumn()
{
Settings = SettingsType.Binding, FieldName = "Index", Header = "序号"
},
new HeaderColumn()
{
Settings = SettingsType.Binding, FieldName = "WireType", Header = "项目"
},
new ComboColumn()
{
Settings = SettingsType.Combo, FieldName = "StringType", Header = "串型", Source = normalSource
}
};
NormalXYColumns = new ObservableCollection <Column>(normalXYColumns);
int hpNum = GetMaxHPNum(HPSetitingParas.NormalXYPoints);
if (hpNum == 0)
{
hpNum = 1;
}
for (int i = 0; i < hpNum; i++)
{
AddNormalXYPoint();
}
List <Column> normalZColumns = new List <Column>()
{
new HeaderColumn()
{
Settings = SettingsType.Binding, FieldName = "Index", Header = "序号"
},
new HeaderColumn()
{
Settings = SettingsType.Binding, FieldName = "WireType", Header = "项目"
},
new ComboColumn()
{
Settings = SettingsType.Combo, FieldName = "StringType", Header = "串型", Source = normalSource
}
};
NormalZColumns = new ObservableCollection <Column>(normalZColumns);
hpNum = GetMaxHPNum(HPSetitingParas.NormalZPoints);
if (hpNum == 0)
{
hpNum = 1;
}
for (int i = 0; i < hpNum; i++)
{
AddNormalZPoint();
}
List <Column> installXYColumns = new List <Column>()
{
new HeaderColumn()
{
Settings = SettingsType.Binding, FieldName = "Index", Header = "序号"
},
new HeaderColumn()
{
Settings = SettingsType.Binding, FieldName = "WireType", Header = "项目"
},
new HeaderColumn()
{
Settings = SettingsType.Binding, FieldName = "Array", Header = "组数"
}
};
InstallXYColumns = new ObservableCollection <Column>(installXYColumns);
hpNum = GetMaxHPNum(HPSetitingParas.InstallXYPoints);
if (hpNum == 0)
{
hpNum = 1;
}
for (int i = 0; i < hpNum; i++)
{
AddInstallXYPoint();
}
List <Column> intallZColumns = new List <Column>()
{
new HeaderColumn()
{
Settings = SettingsType.Binding, FieldName = "Index", Header = "序号"
},
new HeaderColumn()
{
Settings = SettingsType.Binding, FieldName = "WireType", Header = "项目"
},
new HeaderColumn()
{
Settings = SettingsType.Binding, FieldName = "Array", Header = "组数"
}
};
InstallZColumns = new ObservableCollection <Column>(intallZColumns);
hpNum = GetMaxHPNum(HPSetitingParas.InstallZPoints);
if (hpNum == 0)
{
hpNum = 1;
}
for (int i = 0; i < hpNum; i++)
{
AddInstallZPoint();
}
List <Column> turningColumns = new List <Column>()
{
new HeaderColumn()
{
Settings = SettingsType.Binding, FieldName = "Index", Header = "序号"
},
new HeaderColumn()
{
Settings = SettingsType.Binding, FieldName = "WireType", Header = "项目"
},
new HeaderColumn()
{
Settings = SettingsType.Binding, FieldName = "Angle", Header = "方向角"
}
};
TurningColumns = new ObservableCollection <Column>(turningColumns);
hpNum = GetMaxHPNum(HPSetitingParas.TurningPoints);
if (hpNum == 0)
{
hpNum = 1;
}
for (int i = 0; i < hpNum; i++)
{
AddTurningPoint();
}
}
public static HangingPoint Create(string title, StruCalsParasCompose calsParas)
{
return(ViewModelSource.Create(() => new HangingPoint(title, calsParas)));
}
public void TestMethod01_StruCalsParasSerializer()
{
var saveFileDialog = new Microsoft.Win32.SaveFileDialog()
{
Filter = "XML Files (*.xml)|*.xml",
};
if (saveFileDialog.ShowDialog() != true)
{
return;
}
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 = 1.3f;
formulaParas.RGGood = 1.05f;
formulaParas.RQ = 1.5f;
//formulaParas.RGCheck01 = 1.3f;
//可变荷载组合系数
formulaParas.VcFNormal = 1.1f;
formulaParas.VcFInstall = 0.95f;
formulaParas.VcFBroken = 0.95f;
formulaParas.VcFUnevenIce = 0.95f;
formulaParas.VcFCheck = 0.8f;
//其他参数
formulaParas.WindAdjustFactor = 1.3f;
formulaParas.OtherWindAdjustFactor = 0.95f;
formulaParas.DynamicCoef = 1.2f;
formulaParas.AnchorWindCoef = 0.8f;
formulaParas.AnchorGravityCoef = 0.8f;
formulaParas.AnchorAngle = 25f;
StruLineParas[] lineParas = new StruLineParas[] {
new StruLineParas
{
HoistingCoef = 2.5f,
WireExtraLoad = 4,
AnchorTension = 61.20f,
PulleyTensionDif = 0,
DrawingCoef = 1.3f
},
new StruLineParas
{
HoistingCoef = 2.5f,
WireExtraLoad = 4,
AnchorTension = 61.20f,
PulleyTensionDif = 0,
DrawingCoef = 1.3f
},
new StruLineParas
{
HoistingCoef = 2.5f,
WireExtraLoad = 8,
AnchorTension = 375.23f,
PulleyTensionDif = 50,
DrawingCoef = 1.3f
},
new StruLineParas
{
HoistingCoef = 2.5f,
WireExtraLoad = 8,
AnchorTension = 375.23f,
PulleyTensionDif = 50,
DrawingCoef = 1.3f
},
new StruLineParas
{
HoistingCoef = 2.5f,
WireExtraLoad = 8,
AnchorTension = 375.23f,
PulleyTensionDif = 50,
DrawingCoef = 1.3f
},
new StruLineParas
{
HoistingCoef = 2.5f,
WireExtraLoad = 8,
AnchorTension = 375.23f,
PulleyTensionDif = 50,
DrawingCoef = 1.3f
},
new StruLineParas
{
HoistingCoef = 2.5f,
WireExtraLoad = 8,
AnchorTension = 375.23f,
PulleyTensionDif = 50,
DrawingCoef = 1.3f
},
new StruLineParas
{
HoistingCoef = 2.5f,
WireExtraLoad = 8,
AnchorTension = 375.23f,
PulleyTensionDif = 50,
DrawingCoef = 1.3f
}
};
List <HangingPointParas> normalList = new List <HangingPointParas>()
{
new HangingPointParas()
{
Index = 1,
WireType = "左地",
StringType = "常规",
Points = new string[] { "91", "93" }
},
new HangingPointParas()
{
Index = 2,
WireType = "右地",
StringType = "常规",
Points = new string[] { "90", "92" }
},
new HangingPointParas()
{
Index = 3,
WireType = "左上导",
StringType = "I串",
Points = new string[] { "291" }
},
new HangingPointParas()
{
Index = 4,
WireType = "右上导",
StringType = "I串",
Points = new string[] { "290" }
},
new HangingPointParas()
{
Index = 5,
WireType = "左中导",
StringType = "I串",
Points = new string[] { "671", "673" }
},
new HangingPointParas()
{
Index = 6,
WireType = "右中导",
StringType = "I串",
Points = new string[] { "670", "672" }
},
new HangingPointParas()
{
Index = 7,
WireType = "左下导",
StringType = "I串",
Points = new string[] { "1111", "1113" }
},
new HangingPointParas()
{
Index = 8,
WireType = "右下导",
StringType = "I串",
Points = new string[] { "1110", "1112" }
},
};
List <HangingPointParas> installList = new List <HangingPointParas>()
{
new HangingPointParas()
{
Index = 1,
WireType = "左上导",
Array = "第a组",
Points = new string[] { "1", "2" }
},
new HangingPointParas()
{
Index = 2,
WireType = "右上导",
Array = "第a组",
Points = new string[] { "3", "4" }
},
new HangingPointParas()
{
Index = 3,
WireType = "左中导",
Array = "第a组",
Points = new string[] { "11", "22" }
},
new HangingPointParas()
{
Index = 4,
WireType = "右中导",
Array = "第a组",
Points = new string[] { "33", "44" }
},
new HangingPointParas()
{
Index = 5,
WireType = "左下导",
Array = "第a组",
Points = new string[] { "111", "222" }
},
new HangingPointParas()
{
Index = 6,
WireType = "右下导",
Array = "第a组",
Points = new string[] { "333", "444" }
},
};
HangingPointSettingParas ratioParas = new HangingPointSettingParas()
{
GCQ = 0.5f,
GCH = 0.5f,
GXN = -1,
GXW = 2,
DQWQ = 0.5f,
DQWH = 0.5f,
DQCQ = 0.6f,
DQCH = 0.4f,
DDWQ = 0.5f,
DDWH = 0.5f,
DDCQ = 0.6f,
DDCH = 0.4f,
DMWQ = 0.5f,
DMWH = 0.5f,
DMCQ = 0.6f,
DMCH = 0.4f,
NormalXYPoints = normalList,
NormalZPoints = normalList,
InstallXYPoints = installList,
InstallZPoints = installList,
};
XmlUtils.Serializer(saveFileDialog.FileName, new StruCalsParasCompose(formulaParas, new List <StruLineParas>(lineParas), new List <HangingPointSettingParas> {
ratioParas,
}));
StruCalsParasCompose calsParas = XmlUtils.Deserializer <StruCalsParasCompose>(saveFileDialog.FileName);
}
