/// 计算指定系统中的管长修正系数
/// <summary>
/// 计算当前系统的管长修正系数
/// </summary>
/// <returns></returns>
private double GetPipeLengthRevisedFactor(SystemVRF curSystemItem, string condition)
{
PipingBLL pipBll = new PipingBLL(thisProject);
//bool isAbove = !(curSystemItem.PipingPositionType == PipingPositionType.Lower);
return(pipBll.GetPipeLengthFactor(curSystemItem, condition));
}
//TODO : <sandeep>Will Move this duplicate method to CommonBLL. So that It can be used at MasterDesignerViewmodel and NotificationBarViewModel.
public void DoSavePipingTempNodeOutStructure()
{
try
{
PipingBLL pipBllNG = GetPipingBLLInstance();
pipBllNG.SaveAllPipingStructure();
}
catch (Exception ex)
{
int?id = Project.GetProjectInstance?.projectID;
Logger.LogProjectError(id, ex);
}
}
private void DoPipingCalculation(PipingBLL pipBll, JCHVRF.Model.NextGen.MyNodeOut nodeOut, out PipingErrors errorType)
{
errorType = PipingErrors.OK;
if (nodeOut.ChildNode == null)
{
return;
}
//分歧管型号和管径改为如果后面的大于前面的，则后面的替换为前面的型号和管径 by Shen Junjie on 20170409
//getSumCalculation(ref firstDstNode, factoryCode, type, unitType);
pipBll.GetSumCapacity(nodeOut.ChildNode);
pipBll.IsBranchKitNeedSizeUp(curSystemItem);
PipingBranchKit firstBranchKit = null;
if (nodeOut.ChildNode is JCHVRF.Model.NextGen.MyNodeYP)
{
JCHVRF.Model.NextGen.MyNodeYP nodeYP = nodeOut.ChildNode as JCHVRF.Model.NextGen.MyNodeYP;
if (nodeYP.IsCP)
{
//第一分歧管可能是梳形管 20170711 by Yunxiao Lin
firstBranchKit = pipBll.getFirstHeaderBranchPipeCalculation(nodeYP, curSystemItem, out errorType);
}
else
{
// 第一分歧管放大一号计算
firstBranchKit = pipBll.getFirstPipeCalculation(nodeYP, curSystemItem, out errorType);
}
if (errorType != PipingErrors.OK)
{
SetSystemPipingOK(curSystemItem, false);
return;
}
}
//分歧管型号和管径改为如果后面的大于前面的，则后面的替换为前面的型号和管径 by Shen Junjie on 20170409
pipBll.getSumCalculationInversion(firstBranchKit, nodeOut, nodeOut.ChildNode, curSystemItem, false, out errorType);
if (errorType != PipingErrors.OK)
{
SetSystemPipingOK(curSystemItem, false);
return;
}
pipBll.CheckIndoorNumberConnectedCHBox(nodeOut);
}
public frmPipingLengthSetting(SystemVRF curSystemItem, List <RoomIndoor> listRISelected, Project thisProject)
{
InitializeComponent();
this.JCSetLanguage();
this.listRISelected = listRISelected;
this.thisProject = thisProject;
ut_length = SystemSetting.UserSetting.unitsSetting.settingLENGTH;
this.JCCallValidationManager = true;
panelHighDifference.Visible = true;
pbll = new PipingBLL(thisProject);
if (curSystemItem != null)
{
//初始化数据
sysItemSource = curSystemItem;
initPipLength();
CreateDataGridViewColumns();
BindPositionType();
// BindIndoorDiff();
BindHighDifference();
}
}
private void DoPipingFinalVerification()
{
PipingErrors errorType = PipingErrors.OK;
if (curSystemItem.OutdoorItem == null)
{
return;
}
if (curSystemItem.IsManualPiping && curSystemItem.IsUpdated)
{
return;
}
//this.Cursor = Cursors.WaitCursor;
JCHVRF.MyPipingBLL.NextGen.PipingBLL pipBll = GetPipingBLLInstance();
bool isHR = PipingBLL.IsHeatRecovery(curSystemItem);
pipBll.SetPipingLimitation(curSystemItem);
errorType = pipBll.ValidateSystemHighDifference(curSystemItem);
if (errorType == PipingErrors.OK)
{
errorType = pipBll.ValidatePipeLength(curSystemItem, ref addFlowPiping);
}
#region
if (errorType == PipingErrors.OK)
{
//如果排管未完成或存在错误，每次点击验证按钮都需要将上次标红的对象恢复。add on 20160727 by Yunxiao Lin
if (!curSystemItem.IsPipingOK)
{
pipBll.SetDefaultColor(ref addFlowPiping, isHR);
}
if (errorType == PipingErrors.OK)
{
//前面已经做了“实际管长不小于高度差”校验，所以这里已经不可能成立。 comment by Shen Junjie on 2018/7/18
if (curSystemItem.PipeEquivalentLength < curSystemItem.HeightDiff)
{
errorType = PipingErrors.PIPING_LENGTH_HEIGHT_DIFF; //-32;
}
}
//检验MainBranch数量-9 和分支室内机容量比例-10 -11
if (curSystemItem.IsInputLengthManually)
{
errorType = pipBll.ValMainBranch(curSystemItem, ref addFlowPiping);
}
if (errorType == PipingErrors.OK)
{
//检验Heat Recovery系统内Cooling Only内机容量是否超过全部室内机容量的50% -12
//string HeatType = curSystemItem.OutdoorItem.ModelFull.Substring(3, 1);
//string HeatType = curSystemItem.OutdoorItem.ProductType.Contains("Heat Recovery") || curSystemItem.OutdoorItem.ProductType.Contains(", HR") ? "R":"H";
if (PipingBLL.IsHeatRecovery(curSystemItem) && !pipBll.ValCoolingOnlyIndoorCapacityRate(curSystemItem, ref addFlowPiping))
{
errorType = PipingErrors.COOLINGONLYCAPACITY; //-12;
}
}
if (errorType == PipingErrors.OK)
{
//ANZ 每个multiple CH-Box最多只能连接2个8HP/10HP的IDU
errorType = pipBll.ValidateIDUOfMultiCHBox(curSystemItem);
}
if (errorType == PipingErrors.OK)
{
SetSystemPipingOK(curSystemItem, true);
// 执行配管计算并绑定配管数据，连接管管径规格等
DoPipingCalculation(pipBll, curSystemItem.MyPipingNodeOut, out errorType);
if (curSystemItem.IsPipingOK)
{
//检验CH-Box到远端Indoor的总长-8 add on 20160516 by Yunxiao Lin
if (curSystemItem.IsInputLengthManually && !pipBll.ValCHToIndoorMaxTotalLength(curSystemItem, ref addFlowPiping))
{
errorType = PipingErrors.MKTOINDOORLENGTH1; //-8;
}
//检验CH-Box连接的室内机数量 -13
else if (!pipBll.ValMaxIndoorNumberConnectToCH(curSystemItem, ref addFlowPiping))
{
errorType = PipingErrors.INDOORNUMBERTOCH; //-13;
}
else
{
SetSystemPipingOK(curSystemItem, true);
// 计算冷媒追加量
if (curSystemItem.IsInputLengthManually)
{
double d1 = pipBll.GetAddRefrigeration(curSystemItem, ref addFlowPiping);
curSystemItem.AddRefrigeration = d1;
//为管线图添加加注冷媒标注 2016-12-22 by shen junjie
pipBll.DrawAddRefrigerationText(curSystemItem);
}
else
{
curSystemItem.AddRefrigeration = 0;
}
}
}
pipBll.DrawTextToAllNodes(curSystemItem.MyPipingNodeOut, null, curSystemItem);
//UtilTrace.SaveHistoryTraces();//保存历史痕迹 add by axj 20161228
}
}
#endregion
if (errorType != PipingErrors.OK)
{
SetSystemPipingOK(curSystemItem, false);
}
ShowWarningMsg(errorType);
//UtilTrace.SaveHistoryTraces();//保存历史痕迹 add by axj 20161228
//SetTabControlImageKey();
//SetTreeViewOutdoorState();
//this.Cursor = Cursors.Default;
}
private void InitData()
{
if (currSystem == null)
{
return;
}
var inds = thisProject.RoomIndoorList.FindAll(p => p.SystemID == currSystem.Id);
int indsCount = 0;
if (inds != null && inds.Count > 0)
{
indsCount = inds.Count;
}
var lengthList = new List <dynamic>();
var heightList = new List <dynamic>();
var pipingRules = new { Length = lengthList, Height = heightList };
int starRow = 0;
#region Length
dgvPipingRules.Rows.Add(1);
//Total pipe length
dgvPipingRules.Rows[starRow].Cells[0].Value = Msg.GetResourceString("PipingRules_Length");
dgvPipingRules.Rows[starRow].Cells[1].Value = Msg.GetResourceString("PipingRules_TotalPipeLength");
dgvPipingRules.Rows[starRow].Cells[2].Value = Unit.ConvertToControl(currSystem.TotalPipeLength, UnitType.LENGTH_M, utLength).ToString("n0");
dgvPipingRules.Rows[starRow].Cells[3].Value = currSystem.MaxTotalPipeLength == 0 ? "-" : Unit.ConvertToControl(currSystem.MaxTotalPipeLength, UnitType.LENGTH_M, utLength).ToString("n0");
dgvPipingRules.Rows[starRow].Cells[4].Value = currSystem.MaxTotalPipeLength == 0 ? Properties.Resources.piping_ok : (Unit.ConvertToControl(currSystem.TotalPipeLength, UnitType.LENGTH_M, utLength) <= Unit.ConvertToControl(currSystem.MaxTotalPipeLength, UnitType.LENGTH_M, utLength) ? Properties.Resources.piping_ok : Properties.Resources.piping_error);
//Maximum piping length (Actual length)
starRow = starRow + 1;
dgvPipingRules.Rows.Add(1);
dgvPipingRules.Rows[starRow].Cells[0].Value = Msg.GetResourceString("PipingRules_Length");
dgvPipingRules.Rows[starRow].Cells[1].Value = Msg.GetResourceString("PipingRules_PipeActualLength");
dgvPipingRules.Rows[starRow].Cells[2].Value = Unit.ConvertToControl(currSystem.PipeActualLength, UnitType.LENGTH_M, utLength).ToString("n0");
dgvPipingRules.Rows[starRow].Cells[3].Value = currSystem.MaxPipeLength == 0 ? "-" : Unit.ConvertToControl(currSystem.MaxPipeLength, UnitType.LENGTH_M, utLength).ToString("n0");
dgvPipingRules.Rows[starRow].Cells[4].Value = currSystem.MaxPipeLength == 0 ? Properties.Resources.piping_ok : (Unit.ConvertToControl(currSystem.PipeActualLength, UnitType.LENGTH_M, utLength) <= Unit.ConvertToControl(currSystem.MaxPipeLength, UnitType.LENGTH_M, utLength) ? Properties.Resources.piping_ok : Properties.Resources.piping_error);
//Maximum piping length (Equivalent length)
starRow = starRow + 1;
dgvPipingRules.Rows.Add(1);
dgvPipingRules.Rows[starRow].Cells[0].Value = Msg.GetResourceString("PipingRules_Length");
dgvPipingRules.Rows[starRow].Cells[1].Value = Msg.GetResourceString("PipingRules_PipeEquivalentLength");
dgvPipingRules.Rows[starRow].Cells[2].Value = Unit.ConvertToControl(currSystem.PipeEquivalentLength, UnitType.LENGTH_M, utLength).ToString("n0");
dgvPipingRules.Rows[starRow].Cells[3].Value = currSystem.MaxEqPipeLength == 0 ? "-" : Unit.ConvertToControl(currSystem.MaxEqPipeLength, UnitType.LENGTH_M, utLength).ToString("n0");
dgvPipingRules.Rows[starRow].Cells[4].Value = currSystem.MaxEqPipeLength == 0 ? Properties.Resources.piping_ok : (Unit.ConvertToControl(currSystem.PipeEquivalentLength, UnitType.LENGTH_M, utLength) <= Unit.ConvertToControl(currSystem.MaxEqPipeLength, UnitType.LENGTH_M, utLength) ? Properties.Resources.piping_ok : Properties.Resources.piping_error);
//Maximum Piping Length between Multi-kit of 1st Branch and Each Indoor Unit
starRow = starRow + 1;
dgvPipingRules.Rows.Add(1);
dgvPipingRules.Rows[starRow].Cells[0].Value = Msg.GetResourceString("PipingRules_Length");
dgvPipingRules.Rows[starRow].Cells[1].Value = Msg.GetResourceString("PipingRules_FirstPipeLength");
dgvPipingRules.Rows[starRow].Cells[2].Value = Unit.ConvertToControl(currSystem.FirstPipeLength, UnitType.LENGTH_M, utLength).ToString("n0");
dgvPipingRules.Rows[starRow].Cells[3].Value = currSystem.MaxIndoorLength == 0 ? "-" : Unit.ConvertToControl(currSystem.MaxIndoorLength, UnitType.LENGTH_M, utLength).ToString("n0");
dgvPipingRules.Rows[starRow].Cells[4].Value = currSystem.MaxIndoorLength == 0 ? Properties.Resources.piping_ok : (Unit.ConvertToControl(currSystem.FirstPipeLength, UnitType.LENGTH_M, utLength) <= Unit.ConvertToControl(currSystem.MaxIndoorLength, UnitType.LENGTH_M, utLength) ? Properties.Resources.piping_ok : Properties.Resources.piping_error);
//Maximum Piping Length between Each Multi-kit and Each Indoor Unit
starRow = starRow + 1;
dgvPipingRules.Rows.Add(1);
dgvPipingRules.Rows[starRow].Cells[0].Value = Msg.GetResourceString("PipingRules_Length");
dgvPipingRules.Rows[starRow].Cells[1].Value = Msg.GetResourceString("PipingRules_ActualMaxMKIndoorPipeLength");
dgvPipingRules.Rows[starRow].Cells[2].Value = Unit.ConvertToControl(currSystem.ActualMaxMKIndoorPipeLength, UnitType.LENGTH_M, utLength).ToString("n0");
dgvPipingRules.Rows[starRow].Cells[3].Value = currSystem.MaxMKIndoorPipeLength == 0 ? "-" : Unit.ConvertToControl(currSystem.MaxMKIndoorPipeLength, UnitType.LENGTH_M, utLength).ToString("n0");
dgvPipingRules.Rows[starRow].Cells[4].Value = currSystem.MaxMKIndoorPipeLength == 0 ? Properties.Resources.piping_ok : (Unit.ConvertToControl(currSystem.ActualMaxMKIndoorPipeLength, UnitType.LENGTH_M, utLength) <= Unit.ConvertToControl(currSystem.MaxMKIndoorPipeLength, UnitType.LENGTH_M, utLength) ? Properties.Resources.piping_ok : Properties.Resources.piping_error);
//Piping Length between Piping Connection Kit 1 and Each Outdoor Unit
//单独的室外机不需要显示该项限制
if (!string.IsNullOrEmpty(currSystem.OutdoorItem.JointKitModelG.Trim()) && currSystem.OutdoorItem.JointKitModelG.Trim() != "-")
{
starRow = starRow + 1;
dgvPipingRules.Rows.Add(1);
dgvPipingRules.Rows[starRow].Cells[0].Value = Msg.GetResourceString("PipingRules_Length");
dgvPipingRules.Rows[starRow].Cells[1].Value = Msg.GetResourceString("PipingRules_PipeLengthes");
double MaxPipeLengths = 0;
if (currSystem.IsInputLengthManually)
{
MaxPipeLengths = PipingBLL.GetMaxPipeLengthOfNodeOut(currSystem.MyPipingNodeOut);
}
dgvPipingRules.Rows[starRow].Cells[2].Value = Unit.ConvertToControl(MaxPipeLengths, UnitType.LENGTH_M, utLength).ToString("n0");
dgvPipingRules.Rows[starRow].Cells[3].Value = currSystem.MaxFirstConnectionKitToEachODU == 0 ? "-" : Unit.ConvertToControl(currSystem.MaxFirstConnectionKitToEachODU, UnitType.LENGTH_M, utLength).ToString("n0");
dgvPipingRules.Rows[starRow].Cells[4].Value = currSystem.MaxFirstConnectionKitToEachODU == 0 ? Properties.Resources.piping_ok : (Unit.ConvertToControl(MaxPipeLengths > 0 ? MaxPipeLengths : 0, UnitType.LENGTH_M, utLength) <= Unit.ConvertToControl(currSystem.MaxFirstConnectionKitToEachODU, UnitType.LENGTH_M, utLength) ? Properties.Resources.piping_ok : Properties.Resources.piping_error);
}
if (HeatRecovery)
{
bool isAllOK = true;
var chBoxs = new List <dynamic>();
JCHVRF.MyPipingBLL.PipingBLL.EachNode(currSystem.MyPipingNodeOut, (node1) =>
{
double actual;
double max;
string model;
if (node1 is MyNodeCH)
{
var item = (MyNodeCH)node1;
actual = item.ActualTotalCHIndoorPipeLength;
max = item.MaxTotalCHIndoorPipeLength;
model = item.Model;
}
else if (node1 is MyNodeMultiCH)
{
var item = (MyNodeMultiCH)node1;
actual = item.ActualTotalCHIndoorPipeLength;
max = item.MaxTotalCHIndoorPipeLength;
model = item.Model;
}
else
{
return;
}
bool isOK = !(max > 0 && actual > max);
isAllOK = isAllOK && isOK;
var chbox = chBoxs.Find(p => p.Rules == model);
if (chbox == null)
{
chbox = new System.Dynamic.ExpandoObject();
chbox.Rules = model;
chbox.Actual = actual;
chbox.Max = max;
chbox.isOK = isOK;
chBoxs.Add(chbox);
}
else
{
if ((chbox.isOK && isOK && actual > chbox.Actual) || //高的覆盖低的
(chbox.isOK && !isOK)) //出错的覆盖正常的
{
chbox.Actual = actual;
chbox.Max = max;
chbox.isOK = isOK;
}
}
});
if (chBoxs.Count > 0)
{
//Total piping length between CH-Box and Each Indoor Unit
starRow = starRow + 1;
dgvPipingRules.Rows.Add(1);
dgvPipingRules.Rows[starRow].Cells[0].Value = Msg.GetResourceString("PipingRules_Length");
dgvPipingRules.Rows[starRow].Cells[1].Value = Msg.GetResourceString("PipingRules_CHBoxs");
dgvPipingRules.Rows[starRow].Cells[2].Value = "-";
dgvPipingRules.Rows[starRow].Cells[3].Value = "-";
dgvPipingRules.Rows[starRow].Cells[4].Value = isAllOK ? Properties.Resources.piping_ok : Properties.Resources.piping_error;
chBoxs.ForEach((c) =>
{
starRow = starRow + 1;
dgvPipingRules.Rows.Add(1);
dgvPipingRules.Rows[starRow].Cells[0].Value = Msg.GetResourceString("PipingRules_Length");
dgvPipingRules.Rows[starRow].Cells[1].Style.Alignment = DataGridViewContentAlignment.MiddleRight;
dgvPipingRules.Rows[starRow].Cells[1].Value = c.Rules == null ? Msg.GetResourceString("PipingRules_CH_Box") : c.Rules;
dgvPipingRules.Rows[starRow].Cells[2].Value = Unit.ConvertToControl(c.Actual, UnitType.LENGTH_M, utLength).ToString("n0");
dgvPipingRules.Rows[starRow].Cells[3].Value = c.Max > 0 ? Unit.ConvertToControl(c.Max, UnitType.LENGTH_M, utLength).ToString("n0") : "-";
dgvPipingRules.Rows[starRow].Cells[4].Value = c.isOK ? Properties.Resources.piping_ok : Properties.Resources.piping_error;
});
}
}
#endregion
#region Height
//Height Difference between (O.U. is Upper)
starRow = starRow + 1;
dgvPipingRules.Rows.Add(1);
dgvPipingRules.Rows[starRow].Cells[0].Value = Msg.GetResourceString("PipingRules_Height");
dgvPipingRules.Rows[starRow].Cells[1].Value = Msg.GetResourceString("PipingRules_HeightDiffH");
dgvPipingRules.Rows[starRow].Cells[2].Value = Unit.ConvertToControl(currSystem.MaxUpperHeightDifferenceLength, UnitType.LENGTH_M, utLength).ToString("0.#");
dgvPipingRules.Rows[starRow].Cells[3].Value = currSystem.MaxOutdoorAboveHeight == 0 ? "-" : Unit.ConvertToControl(currSystem.MaxOutdoorAboveHeight, UnitType.LENGTH_M, utLength).ToString("0.#");
dgvPipingRules.Rows[starRow].Cells[4].Value = currSystem.MaxOutdoorAboveHeight == 0 ? Properties.Resources.piping_ok : (Unit.ConvertToControl(currSystem.MaxUpperHeightDifferenceLength, UnitType.LENGTH_M, utLength) <= Unit.ConvertToControl(currSystem.MaxOutdoorAboveHeight, UnitType.LENGTH_M, utLength) ? Properties.Resources.piping_ok : Properties.Resources.piping_error);
//Height Difference between (O.U. is Lower)
starRow = starRow + 1;
dgvPipingRules.Rows.Add(1);
dgvPipingRules.Rows[starRow].Cells[0].Value = Msg.GetResourceString("PipingRules_Height");
dgvPipingRules.Rows[starRow].Cells[1].Value = Msg.GetResourceString("PipingRules_HeightDiffL");
dgvPipingRules.Rows[starRow].Cells[2].Value = Unit.ConvertToControl(currSystem.MaxLowerHeightDifferenceLength, UnitType.LENGTH_M, utLength).ToString("0.#");
dgvPipingRules.Rows[starRow].Cells[3].Value = currSystem.MaxOutdoorBelowHeight == 0 ? "-" : Unit.ConvertToControl(currSystem.MaxOutdoorBelowHeight, UnitType.LENGTH_M, utLength).ToString("0.#");
dgvPipingRules.Rows[starRow].Cells[4].Value = currSystem.MaxOutdoorBelowHeight == 0 ? Properties.Resources.piping_ok : (Unit.ConvertToControl(currSystem.MaxLowerHeightDifferenceLength, UnitType.LENGTH_M, utLength) <= Unit.ConvertToControl(currSystem.MaxOutdoorBelowHeight, UnitType.LENGTH_M, utLength) ? Properties.Resources.piping_ok : Properties.Resources.piping_error);
//Height Difference between Indoor units
starRow = starRow + 1;
dgvPipingRules.Rows.Add(1);
dgvPipingRules.Rows[starRow].Cells[0].Value = Msg.GetResourceString("PipingRules_Height");
dgvPipingRules.Rows[starRow].Cells[1].Value = Msg.GetResourceString("PipingRules_DiffIndoorHeight");
dgvPipingRules.Rows[starRow].Cells[2].Value = Unit.ConvertToControl(currSystem.MaxIndoorHeightDifferenceLength, UnitType.LENGTH_M, utLength).ToString("0.#");
dgvPipingRules.Rows[starRow].Cells[3].Value = currSystem.MaxDiffIndoorHeight == 0 ? "-" : Unit.ConvertToControl(currSystem.MaxDiffIndoorHeight, UnitType.LENGTH_M, utLength).ToString("0.#");
dgvPipingRules.Rows[starRow].Cells[4].Value = currSystem.MaxDiffIndoorHeight == 0 ? Properties.Resources.piping_ok : (Unit.ConvertToControl(currSystem.MaxIndoorHeightDifferenceLength, UnitType.LENGTH_M, utLength) <= Unit.ConvertToControl(currSystem.MaxDiffIndoorHeight, UnitType.LENGTH_M, utLength) ? Properties.Resources.piping_ok : Properties.Resources.piping_error);
#endregion
if (HeatRecovery)
{
starRow = starRow + 1;
dgvPipingRules.Rows.Add(1);
//Height Difference between CH-Box and Indoor Units
dgvPipingRules.Rows[starRow].Cells[0].Value = Msg.GetResourceString("PipingRules_Height");
dgvPipingRules.Rows[starRow].Cells[1].Value = Msg.GetResourceString("PipingRules_DiffCHBox_IndoorHeight");
dgvPipingRules.Rows[starRow].Cells[2].Value = Unit.ConvertToControl(currSystem.MaxCHBox_IndoorHighDiffLength, UnitType.LENGTH_M, utLength).ToString("0.#");
dgvPipingRules.Rows[starRow].Cells[3].Value = currSystem.NormalCHBox_IndoorHighDiffLength == 0 ? "-" : Unit.ConvertToControl(currSystem.NormalCHBox_IndoorHighDiffLength, UnitType.LENGTH_M, utLength).ToString("0.#");
dgvPipingRules.Rows[starRow].Cells[4].Value = currSystem.NormalCHBox_IndoorHighDiffLength == 0 ? Properties.Resources.piping_ok : (Unit.ConvertToControl(currSystem.MaxCHBox_IndoorHighDiffLength, UnitType.LENGTH_M, utLength) <= Unit.ConvertToControl(currSystem.NormalCHBox_IndoorHighDiffLength, UnitType.LENGTH_M, utLength) ? Properties.Resources.piping_ok : Properties.Resources.piping_error);
starRow = starRow + 1;
dgvPipingRules.Rows.Add(1);
//Height Difference between Indoor Units using the Same Branch of CH-Box
dgvPipingRules.Rows[starRow].Cells[0].Value = Msg.GetResourceString("PipingRules_Height");
dgvPipingRules.Rows[starRow].Cells[1].Value = Msg.GetResourceString("PipingRules_DiffMulitBoxHeight");
dgvPipingRules.Rows[starRow].Cells[2].Value = Unit.ConvertToControl(currSystem.MaxSameCHBoxHighDiffLength, UnitType.LENGTH_M, utLength).ToString("0.#");
dgvPipingRules.Rows[starRow].Cells[3].Value = currSystem.NormalSameCHBoxHighDiffLength == 0 ? "-" : Unit.ConvertToControl(currSystem.NormalSameCHBoxHighDiffLength, UnitType.LENGTH_M, utLength).ToString("0.#");
dgvPipingRules.Rows[starRow].Cells[4].Value = currSystem.NormalSameCHBoxHighDiffLength == 0 ? Properties.Resources.piping_ok : (Unit.ConvertToControl(currSystem.MaxSameCHBoxHighDiffLength, UnitType.LENGTH_M, utLength) <= Unit.ConvertToControl(currSystem.NormalSameCHBoxHighDiffLength, UnitType.LENGTH_M, utLength) ? Properties.Resources.piping_ok : Properties.Resources.piping_error);
starRow = starRow + 1;
dgvPipingRules.Rows.Add(1);
//Height Difference between CH-Boxes
dgvPipingRules.Rows[starRow].Cells[0].Value = Msg.GetResourceString("PipingRules_Height");
dgvPipingRules.Rows[starRow].Cells[1].Value = Msg.GetResourceString("PipingRules_DiffCHBoxHeight");
dgvPipingRules.Rows[starRow].Cells[2].Value = Unit.ConvertToControl(currSystem.MaxCHBoxHighDiffLength, UnitType.LENGTH_M, utLength).ToString("0.#");
dgvPipingRules.Rows[starRow].Cells[3].Value = currSystem.NormalCHBoxHighDiffLength == 0 ? "-" : Unit.ConvertToControl(currSystem.NormalCHBoxHighDiffLength, UnitType.LENGTH_M, utLength).ToString("0.#");
dgvPipingRules.Rows[starRow].Cells[4].Value = currSystem.NormalCHBoxHighDiffLength == 0 ? Properties.Resources.piping_ok : (Unit.ConvertToControl(currSystem.MaxCHBoxHighDiffLength, UnitType.LENGTH_M, utLength) <= Unit.ConvertToControl(currSystem.NormalCHBoxHighDiffLength, UnitType.LENGTH_M, utLength) ? Properties.Resources.piping_ok : Properties.Resources.piping_error);
}
starRow = starRow + 1;
dgvPipingRules.Rows.Add(1);
dgvPipingRules.Rows[starRow].Cells[0].Value = "";
dgvPipingRules.Rows[starRow].Cells[1].Value = "";
dgvPipingRules.Rows[starRow].Cells[2].Value = "";
dgvPipingRules.Rows[starRow].Cells[3].Value = "";
dgvPipingRules.Rows[starRow].Cells[4].Value = Properties.Resources.piping_Transparent;
starRow = starRow + 1;
dgvPipingRules.Rows.Add(1);
dgvPipingRules.Rows[starRow].Cells[0].Value = Msg.GetResourceString("PipingRules_IUConnectable");
dgvPipingRules.Rows[starRow].Cells[1].Value = Msg.GetResourceString("PipingRules_IUConnectable");
dgvPipingRules.Rows[starRow].Cells[2].Value = indsCount;
dgvPipingRules.Rows[starRow].Cells[3].Value = "1 / " + currSystem.OutdoorItem.RecommendedIU + " / " + currSystem.OutdoorItem.MaxIU;
dgvPipingRules.Rows[starRow].Cells[4].Value = Properties.Resources.piping_ok;
string Ratio = "50%-130%";
if (currSystem.OutdoorItem.Series.Contains("FSNP") ||
currSystem.OutdoorItem.Series.Contains("FSXNP") ||
currSystem.OutdoorItem.Series.Contains("FSNS7B") || currSystem.OutdoorItem.Series.Contains("FSNS5B") ||
currSystem.OutdoorItem.Series.Contains("FSNC7B") || currSystem.OutdoorItem.Series.Contains("FSNC5B") //巴西的Connection Ratio可以达到150% 20190105 by Yunxiao Lin
)
{
Ratio = "50%-150%";
}
if (currSystem.OutdoorItem.Series.Contains("FSXNPE"))
{
if (currSystem.OutdoorItem.CoolingCapacity > 150)
{
Ratio = "50%-130%";
}
}
starRow = starRow + 1;
dgvPipingRules.Rows.Add(1);
dgvPipingRules.Rows[starRow].Cells[0].Value = Msg.GetResourceString("PipingRules_ConnectedCap");
dgvPipingRules.Rows[starRow].Cells[1].Value = Msg.GetResourceString("PipingRules_ConnectedCap");
dgvPipingRules.Rows[starRow].Cells[2].Value = (currSystem.Ratio * 100).ToString("n0") + "%";
dgvPipingRules.Rows[starRow].Cells[3].Value = Ratio;
dgvPipingRules.Rows[starRow].Cells[4].Value = Properties.Resources.piping_ok;
}
/// <summary>
/// 创建PipingRules 列
/// </summary>
private void CreateDataGridViewColumns()
{
//创建表头 固定列
dgvPipingRules.Columns.Add("IndexNumber", "");
dgvPipingRules.Columns.Add("Title", currSystem.OutdoorItem.Series + " " + currSystem.OutdoorItem.AuxModelName);
dgvPipingRules.Columns.Add("ProjectLength", Msg.GetResourceString("PipingRules_Project") + " \n" + utLength);
dgvPipingRules.Columns.Add("MaxLength", Msg.GetResourceString("PipingRules_Max") + "\n" + utLength);
DataGridViewImageColumn column = new DataGridViewImageColumn();
column.HeaderText = Msg.GetResourceString("PipingRules_Result");
dgvPipingRules.Columns.Add(column);
//指定列不可编辑及列宽
InitializeDataGridView_ColumnsWidth();
//添加行
if (!string.IsNullOrEmpty(currSystem.OutdoorItem.JointKitModelG.Trim()) && currSystem.OutdoorItem.JointKitModelG.Trim() != "-")
{
// dgvPipingRules.Rows.Add(strarRow + 1);
row = row + 1;
}
else
{
// dgvPipingRules.Rows.Add(strarRow);
}
var inds = thisProject.RoomIndoorList.FindAll(p => p.SystemID == currSystem.Id);
int indsCount = 0;
if (inds != null && inds.Count > 0)
{
indsCount = inds.Count;
}
//判断 当前系统是否是2pipe 3pipe
if (currSystem.OutdoorItem.ProductType.Contains("Heat Recovery") || currSystem.OutdoorItem.ProductType.Contains(", HR"))
{
var chBoxs = new List <dynamic>();
row = row + 3;
PipingBLL.EachNode(currSystem.MyPipingNodeOut, (node1) =>
{
if (node1 is MyNodeCH)
{
var item = (MyNodeCH)node1;
var chbox = chBoxs.Find(p => p.Rules == item.Model);
if (chbox == null)
{
chbox = new System.Dynamic.ExpandoObject();
chbox.Rules = item.Model;
chbox.Actual = Unit.ConvertToControl(item.ActualTotalCHIndoorPipeLength, UnitType.LENGTH_M, utLength).ToString("n0");
chbox.Max = Unit.ConvertToControl(item.MaxTotalCHIndoorPipeLength, UnitType.LENGTH_M, utLength).ToString("n0");
chBoxs.Add(chbox);
}
else
{
var actual = Unit.ConvertToControl(item.ActualTotalCHIndoorPipeLength, UnitType.LENGTH_M, utLength).ToString("n0");
if (Convert.ToDouble(chbox.Actual) < Convert.ToDouble(actual))
{
chbox.Actual = actual;
}
}
}
else if (node1 is MyNodeMultiCH)
{
var item = (MyNodeMultiCH)node1;
var chbox = chBoxs.Find(p => p.Rules == item.Model);
if (chbox == null)
{
chbox = new System.Dynamic.ExpandoObject();
chbox.Rules = item.Model;
chbox.Actual = Unit.ConvertToControl(item.ActualTotalCHIndoorPipeLength, UnitType.LENGTH_M, utLength).ToString("n0");
chbox.Max = Unit.ConvertToControl(item.MaxTotalCHIndoorPipeLength, UnitType.LENGTH_M, utLength).ToString("n0");
chBoxs.Add(chbox);
}
else
{
var actual = Unit.ConvertToControl(item.ActualTotalCHIndoorPipeLength, UnitType.LENGTH_M, utLength).ToString("n0");
if (Convert.ToDouble(chbox.Actual) < Convert.ToDouble(actual))
{
chbox.Actual = actual;
}
}
}
});
if (chBoxs.Count > 0)
{
row = row + chBoxs.Count + 1;
// dgvPipingRules.Rows.Add(chBoxs.Count + 4);
}
}
}
/// <summary>
/// The BindPipingInfoLength
/// </summary>
public void BindPipingInfoLength(JCHVRF.Model.NextGen.SystemVRF currentSystem)
{
ListPipingInfoLength = new ObservableCollection <PipingInfoModel>();
PipingInfoModel PipingObjectLength = new PipingInfoModel();
PipingObjectLength.Description = TOTAL_LENGTH;
PipingObjectLength.LongDescription = Msg.GetResourceString("PipingRules_TotalPipeLength");
PipingObjectLength.Value = JCHVRF.BLL.CommonBLL.StringConversion(Unit.ConvertToControl(currentSystem.TotalPipeLength, UnitType.LENGTH_M, LengthUnit));
PipingObjectLength.Max = currentSystem.MaxTotalPipeLength == 0 ? "-" : JCHVRF.BLL.CommonBLL.StringConversion(Unit.ConvertToControl(currentSystem.MaxTotalPipeLength, UnitType.LENGTH_M, LengthUnit));
PipingObjectLength.IsValid = currentSystem.MaxTotalPipeLength == 0 ? true : (Unit.ConvertToControl(currentSystem.TotalPipeLength, UnitType.LENGTH_M, LengthUnit) <= Unit.ConvertToControl(currentSystem.MaxTotalPipeLength, UnitType.LENGTH_M, LengthUnit) ? true : false);
//if (PipingObjectLength.Max.Equals("-"))
//{
// PipingObjectLength.IsValid = true;
//}
//else
//{
// PipingObjectLength.IsValid = JCHVRF.BLL.CommonBLL.DoubleParser(PipingObjectLength.Value) >= JCHVRF.BLL.CommonBLL.DoubleParser(PipingObjectLength.Min) && JCHVRF.BLL.CommonBLL.DoubleParser(PipingObjectLength.Value) <= JCHVRF.BLL.CommonBLL.DoubleParser(PipingObjectLength.Max);
//}
ListPipingInfoLength.Add(PipingObjectLength);
PipingInfoModel PipingObjectMaxLengthActual = new PipingInfoModel();
FormattedText actualLength = new FormattedText("Actuals",
System.Globalization.CultureInfo.InvariantCulture,
FlowDirection.LeftToRight, new Typeface(FONT_STYLE), 9, System.Windows.Media.Brushes.Black);
PipingObjectMaxLengthActual.Description = MAX_LENGTH + " " + actualLength.Text;
PipingObjectMaxLengthActual.LongDescription = Msg.GetResourceString("PipingRules_PipeActualLength");
PipingObjectMaxLengthActual.Value = JCHVRF.BLL.CommonBLL.StringConversion(Unit.ConvertToControl(currentSystem.PipeActualLength, UnitType.LENGTH_M, LengthUnit));
PipingObjectMaxLengthActual.Max = currentSystem.MaxPipeLength == 0 ? "-" : JCHVRF.BLL.CommonBLL.StringConversion(Unit.ConvertToControl(currentSystem.MaxPipeLength, UnitType.LENGTH_M, LengthUnit));
PipingObjectMaxLengthActual.IsValid = currentSystem.MaxPipeLength == 0 ? true : (Unit.ConvertToControl(currentSystem.PipeActualLength, UnitType.LENGTH_M, LengthUnit) <= Unit.ConvertToControl(currentSystem.MaxPipeLength, UnitType.LENGTH_M, LengthUnit) ? true : false);
//if (PipingObjectMaxLengthActual.Max.Equals("-"))
//{
// PipingObjectLength.IsValid = true;
//}
//else
//{
// PipingObjectMaxLengthActual.IsValid = JCHVRF.BLL.CommonBLL.DoubleParser(PipingObjectMaxLengthActual.Value) >= JCHVRF.BLL.CommonBLL.DoubleParser(PipingObjectMaxLengthActual.Min) && JCHVRF.BLL.CommonBLL.DoubleParser(PipingObjectMaxLengthActual.Value) <= JCHVRF.BLL.CommonBLL.DoubleParser(PipingObjectMaxLengthActual.Max);
//}
ListPipingInfoLength.Add(PipingObjectMaxLengthActual);
PipingInfoModel PipingObjectMaxLengthEquiVal = new PipingInfoModel();
FormattedText equivalLength = new FormattedText("Equival",
System.Globalization.CultureInfo.InvariantCulture,
FlowDirection.LeftToRight, new Typeface(FONT_STYLE), 9, System.Windows.Media.Brushes.Black);
PipingObjectMaxLengthEquiVal.Description = MAX_LENGTH + " " + equivalLength.Text;
PipingObjectMaxLengthEquiVal.LongDescription = Msg.GetResourceString("PipingRules_PipeEquivalentLength");
PipingObjectMaxLengthEquiVal.Value = JCHVRF.BLL.CommonBLL.StringConversion(Unit.ConvertToControl(currentSystem.PipeEquivalentLength, UnitType.LENGTH_M, LengthUnit).ToString("n0"));
PipingObjectMaxLengthEquiVal.Max = currentSystem.MaxEqPipeLength == 0 ? "-" : JCHVRF.BLL.CommonBLL.StringConversion(Unit.ConvertToControl(currentSystem.MaxEqPipeLength, UnitType.LENGTH_M, LengthUnit));
PipingObjectMaxLengthEquiVal.IsValid = currentSystem.MaxEqPipeLength == 0 ? true : (Unit.ConvertToControl(currentSystem.PipeEquivalentLength, UnitType.LENGTH_M, LengthUnit) <= Unit.ConvertToControl(currentSystem.MaxEqPipeLength, UnitType.LENGTH_M, LengthUnit) ? true : false);
//if (PipingObjectMaxLengthEquiVal.Max.Equals("-"))
//{
// PipingObjectLength.IsValid = true;
//}
//else
//{
// PipingObjectMaxLengthEquiVal.IsValid = JCHVRF.BLL.CommonBLL.DoubleParser(PipingObjectMaxLengthEquiVal.Value) >= JCHVRF.BLL.CommonBLL.DoubleParser(PipingObjectMaxLengthEquiVal.Min) && JCHVRF.BLL.CommonBLL.DoubleParser(PipingObjectMaxLengthEquiVal.Value) <= JCHVRF.BLL.CommonBLL.DoubleParser(PipingObjectMaxLengthEquiVal.Max);
//}
ListPipingInfoLength.Add(PipingObjectMaxLengthEquiVal);
PipingInfoModel PipingObjectMaxLengthFirstPipeLength = new PipingInfoModel();
FormattedText firstPipeLength = new FormattedText("Mkit-IDU",
System.Globalization.CultureInfo.InvariantCulture,
FlowDirection.LeftToRight, new Typeface(FONT_STYLE), 9, System.Windows.Media.Brushes.Black);
PipingObjectMaxLengthFirstPipeLength.Description = MAX_LENGTH + " " + firstPipeLength.Text;
PipingObjectMaxLengthFirstPipeLength.LongDescription = Msg.GetResourceString("PipingRules_FirstPipeLength");
PipingObjectMaxLengthFirstPipeLength.Value = JCHVRF.BLL.CommonBLL.StringConversion(Unit.ConvertToControl(currentSystem.FirstPipeLength, UnitType.LENGTH_M, LengthUnit));
PipingObjectMaxLengthFirstPipeLength.Max = currentSystem.MaxIndoorLength == 0 ? "-" : JCHVRF.BLL.CommonBLL.StringConversion(Unit.ConvertToControl(currentSystem.MaxIndoorLength, UnitType.LENGTH_M, LengthUnit));
PipingObjectMaxLengthFirstPipeLength.IsValid = currentSystem.MaxIndoorLength == 0 ? true : (Unit.ConvertToControl(currentSystem.FirstPipeLength, UnitType.LENGTH_M, LengthUnit) <= Unit.ConvertToControl(currentSystem.MaxIndoorLength, UnitType.LENGTH_M, LengthUnit) ? true : false);
//if (PipingObjectMaxLengthFirstPipeLength.Max.Equals("-"))
//{
// PipingObjectLength.IsValid = true;
//}
//else
//{
// PipingObjectMaxLengthFirstPipeLength.IsValid = JCHVRF.BLL.CommonBLL.DoubleParser(PipingObjectMaxLengthFirstPipeLength.Value) >= JCHVRF.BLL.CommonBLL.DoubleParser(PipingObjectMaxLengthFirstPipeLength.Min) && JCHVRF.BLL.CommonBLL.DoubleParser(PipingObjectMaxLengthFirstPipeLength.Value) <= JCHVRF.BLL.CommonBLL.DoubleParser(PipingObjectMaxLengthFirstPipeLength.Max);
//}
ListPipingInfoLength.Add(PipingObjectMaxLengthFirstPipeLength);
PipingInfoModel PipingObjectMaxLengthActualMaxMKIndoorPipeLength = new PipingInfoModel();
FormattedText eachIndoorLength = new FormattedText("Mkit-IDU",
System.Globalization.CultureInfo.InvariantCulture,
FlowDirection.LeftToRight, new Typeface(FONT_STYLE), 9, System.Windows.Media.Brushes.Black);
PipingObjectMaxLengthActualMaxMKIndoorPipeLength.Description = MAX_LENGTH + " " + eachIndoorLength.Text;
PipingObjectMaxLengthActualMaxMKIndoorPipeLength.LongDescription = Msg.GetResourceString("PipingRules_ActualMaxMKIndoorPipeLength");
PipingObjectMaxLengthActualMaxMKIndoorPipeLength.Value = JCHVRF.BLL.CommonBLL.StringConversion(Unit.ConvertToControl(currentSystem.ActualMaxMKIndoorPipeLength, UnitType.LENGTH_M, LengthUnit));
PipingObjectMaxLengthActualMaxMKIndoorPipeLength.Max = currentSystem.MaxMKIndoorPipeLength == 0 ? "-" : JCHVRF.BLL.CommonBLL.StringConversion(Unit.ConvertToControl(currentSystem.MaxMKIndoorPipeLength, UnitType.LENGTH_M, LengthUnit));
PipingObjectMaxLengthActualMaxMKIndoorPipeLength.IsValid = currentSystem.MaxMKIndoorPipeLength == 0 ? true : (Unit.ConvertToControl(currentSystem.ActualMaxMKIndoorPipeLength, UnitType.LENGTH_M, LengthUnit) <= Unit.ConvertToControl(currentSystem.MaxMKIndoorPipeLength, UnitType.LENGTH_M, LengthUnit) ? true : false);
//if (PipingObjectMaxLengthActualMaxMKIndoorPipeLength.Max.Equals("-"))
//{
// PipingObjectLength.IsValid = true;
//}
//else
//{
// PipingObjectMaxLengthActualMaxMKIndoorPipeLength.IsValid = JCHVRF.BLL.CommonBLL.DoubleParser(PipingObjectMaxLengthActualMaxMKIndoorPipeLength.Value) >= JCHVRF.BLL.CommonBLL.DoubleParser(PipingObjectMaxLengthActualMaxMKIndoorPipeLength.Min) && JCHVRF.BLL.CommonBLL.DoubleParser(PipingObjectMaxLengthActualMaxMKIndoorPipeLength.Value) <= JCHVRF.BLL.CommonBLL.DoubleParser(PipingObjectMaxLengthActualMaxMKIndoorPipeLength.Max);
//}
ListPipingInfoLength.Add(PipingObjectMaxLengthActualMaxMKIndoorPipeLength);
if ((currentSystem != null) && (currentSystem.OutdoorItem != null))
{
if (!string.IsNullOrEmpty(currentSystem.OutdoorItem.JointKitModelG) && !string.IsNullOrEmpty(currentSystem.OutdoorItem.JointKitModelG.Trim()) && currentSystem.OutdoorItem.JointKitModelG.Trim() != "-")
{
PipingInfoModel PipingObjectPipingLengthConKitOutdoorPipeLength = new PipingInfoModel();
FormattedText conKitOutdoorPipeLength = new FormattedText("Ckit-ODU",
System.Globalization.CultureInfo.InvariantCulture,
FlowDirection.LeftToRight, new Typeface(FONT_STYLE), 9, System.Windows.Media.Brushes.Black);
double MaxPipeLengths = 0;
if (currentSystem.IsInputLengthManually)
{
MaxPipeLengths = PipingBLL.GetMaxPipeLengthOfNodeOut(currentSystem.MyPipingNodeOut);
}
PipingObjectPipingLengthConKitOutdoorPipeLength.Description = PIPE_LENGTH + " " + conKitOutdoorPipeLength.Text;
PipingObjectPipingLengthConKitOutdoorPipeLength.LongDescription = Msg.GetResourceString("PipingRules_PipeLengthes");
PipingObjectPipingLengthConKitOutdoorPipeLength.Value = JCHVRF.BLL.CommonBLL.StringConversion(Unit.ConvertToControl(MaxPipeLengths, UnitType.LENGTH_M, LengthUnit));
PipingObjectPipingLengthConKitOutdoorPipeLength.Max = currentSystem.MaxFirstConnectionKitToEachODU == 0 ? "-" : JCHVRF.BLL.CommonBLL.StringConversion(Unit.ConvertToControl(currentSystem.MaxFirstConnectionKitToEachODU, UnitType.LENGTH_M, LengthUnit));
PipingObjectPipingLengthConKitOutdoorPipeLength.IsValid = currentSystem.MaxFirstConnectionKitToEachODU == 0 ? true : (Unit.ConvertToControl(MaxPipeLengths > 0 ? MaxPipeLengths : 0, UnitType.LENGTH_M, LengthUnit) <= Unit.ConvertToControl(currentSystem.MaxFirstConnectionKitToEachODU, UnitType.LENGTH_M, LengthUnit) ? true : false);
ListPipingInfoLength.Add(PipingObjectPipingLengthConKitOutdoorPipeLength);
}
}
var ishrModel = IsHeatRecovery(currentSystem);
if (ishrModel)
{
AddCHBoxPipingLengthInfo(currentSystem);
}
}
