void ShowExistingAnalogousReactions(ReactionVM masterReaction)
{
try
{
var viewModel = this.DataContext as ViewAnalogousVM;
if (viewModel != null)
{
ViewAnalogousVM analogousReactionVM = viewModel.CollectExistingAnalogousReactions();
AnalogousBuilder.BuildAnalogousGrid(analogousReactionVM, ConsolidatedGrid, false);
}
}
catch (Exception ex)
{
Log.This(ex);
}
}
public static ReactionParticipantVM AlreadyContains(TanChemical selectedChemical, ViewAnalogousVM analogousreactionVM, ReactionVM SelectedReaction, ParticipantType participantType, [Optional] List <ReactionParticipantVM> ReactionParticipant, [Optional] List <RsnVM> Rsn, [Optional] bool BulkValidation)
{
try
{
var ReactionParticipants = ReactionParticipant == null?analogousreactionVM.ReactionParticipants.OfReaction(SelectedReaction.Id) : ReactionParticipant;
var Rsns = Rsn == null?analogousreactionVM.Rsns.OfReaction(SelectedReaction.Id, true).ToList() : Rsn;
var chemicalName = new Models.TanChemicalVM
{
Id = selectedChemical.Id,
Name = selectedChemical.Name,
NUM = selectedChemical.NUM,
RegNumber = selectedChemical.RegNumber
};
var groupedValidations = S.GetGroupedCVTs();
if (ReactionParticipants.Count() > 0)
{
if (participantType == ParticipantType.Product)
{
var existingProducts = ReactionParticipants.OfReaction(SelectedReaction.Id).OfNumOrReg(selectedChemical.NUM, selectedChemical.RegNumber);
if (existingProducts != null && existingProducts.Any())
{
return(existingProducts.FirstOrDefault());
}
}
else if (SelectedReaction.SelectedStage != null)
{
#region Reactant Validations
if (participantType == ParticipantType.Reactant)
{
var stageReactants = ReactionParticipants.OfReactionAndStage(SelectedReaction.Id, SelectedReaction.SelectedStage.Id).OfNumOrReg(selectedChemical.NUM, selectedChemical.RegNumber).OfExceptTypes(ParticipantType.Solvent);
if (stageReactants != null && stageReactants.OfType(ParticipantType.Reactant).Any())
{
return(stageReactants.FirstOrDefault());
}
List <int> StageNumbers = new List <int>();
if (SelectedReaction.Stages.Count > 1)
{
StageNumbers = PressureValidations.GetStageDisplayOrdersFromFreetexts(Rsns, SelectedReaction, S.DUAL_ROLE_STRING);
}
else if (Rsns.Where(rsn => rsn.Reaction.Id == SelectedReaction.Id && rsn.Stage == null && rsn.CvtText.SafeEqualsLower(S.DUAL_ROLE_STRING)).Any())
{
StageNumbers.Add(1);
}
if (stageReactants != null && stageReactants.OfExceptTypes(ParticipantType.Reactant).Any())
{
if (!StageNumbers.Contains(SelectedReaction.SelectedStage.DisplayOrder))
{
return(stageReactants.OfExceptTypes(ParticipantType.Reactant).FirstOrDefault());
}
else
{
var rsnVM = Rsns.Where(rsn => rsn.Reaction.Id == SelectedReaction.Id &&
rsn.SelectedChemical == null &&
(rsn.FreeText.SafeContainsLower(S.DUAL_ROLE_STRING) || rsn.CvtText.SafeEqualsLower(S.DUAL_ROLE_STRING))).FirstOrDefault();
if (rsnVM != null)
{
rsnVM.SelectedChemical = chemicalName;
}
}
}
var Products = ReactionParticipants.OfReactionOfType(SelectedReaction.Id, ParticipantType.Product).OfNum(selectedChemical.NUM);
if (Products != null && Products.Any())
{
return(Products.FirstOrDefault());
}
var AmdProducts = ReactionParticipants.OfReactionOfType(SelectedReaction.Id, ParticipantType.Product).Where(ro => ro.Reg == selectedChemical.RegNumber && ro.Num != selectedChemical.NUM);
if (AmdProducts != null && AmdProducts.Any())
{
string msg = $"Selected chemical with same Reg and different num already involved in {AmdProducts.FirstOrDefault().ReactionVM.DisplayName} as a Product. Do you want to still add as Reactant?";
DialogResult dialogResult = System.Windows.Forms.MessageBox.Show(msg, "Reactions", MessageBoxButtons.YesNo, MessageBoxIcon.Question);
if (dialogResult == DialogResult.No)
{
return(AmdProducts.FirstOrDefault());
}
}
var otherstageReactants = ReactionParticipants.OfReactionAndExceptStage(SelectedReaction.Id, SelectedReaction.SelectedStage.Id)
.OfNumOrReg(selectedChemical.NUM, selectedChemical.RegNumber)
.OfExceptTypes(ParticipantType.Solvent, ParticipantType.Product)
.GroupBy(p => p.ParticipantType)
.ToDictionary(p => p.Key, p => p.ToList());
var duplicate = ValidateWithCVT1(otherstageReactants, Rsns, SelectedReaction, chemicalName, ParticipantType.Reactant);
if (duplicate != null)
{
return(duplicate);
}
}
#endregion
#region Solvent Validation
if (participantType == ParticipantType.Solvent)
{
var InStageSolvents = ReactionParticipants.OfReactionAndStage(SelectedReaction.Id, SelectedReaction.SelectedStage.Id).OfExceptTypes(ParticipantType.Reactant).OfNumOrReg(selectedChemical.NUM, selectedChemical.RegNumber);
if (InStageSolvents != null && InStageSolvents.OfType(ParticipantType.Solvent).Any())
{
return(InStageSolvents.FirstOrDefault());
}
List <int> StageNumbers = new List <int>();
if (SelectedReaction.Stages.Count > 1)
{
StageNumbers = PressureValidations.GetStageDisplayOrdersFromFreetexts(Rsns, SelectedReaction, S.DUAL_ROLE_STRING);
}
else if (Rsns.Where(rsn => rsn.Reaction.Id == SelectedReaction.Id && rsn.Stage == null && rsn.CvtText.SafeEqualsLower(S.DUAL_ROLE_STRING)).Any())
{
StageNumbers.Add(1);
}
if (InStageSolvents != null && InStageSolvents.OfExceptTypes(ParticipantType.Solvent).Any())
{
if (!StageNumbers.Contains(SelectedReaction.SelectedStage.DisplayOrder))
{
return(InStageSolvents.OfExceptTypes(ParticipantType.Solvent).FirstOrDefault());
}
else
{
var rsnVM = Rsns.Where(rsn => rsn.Reaction.Id == SelectedReaction.Id &&
rsn.SelectedChemical == null &&
(rsn.FreeText.SafeContainsLower(S.DUAL_ROLE_STRING) || rsn.CvtText.SafeEqualsLower(S.DUAL_ROLE_STRING))).FirstOrDefault();
if (rsnVM != null)
{
rsnVM.SelectedChemical = chemicalName;
}
}
}
var Products = ReactionParticipants.OfReactionOfType(SelectedReaction.Id, ParticipantType.Product).OfNumOrReg(selectedChemical.NUM, selectedChemical.RegNumber);
if (Products != null && Products.Any())
{
return(Products.FirstOrDefault());
}
var otherthanProductsAndSolvents = ReactionParticipants.OfReactionAndExceptStage(SelectedReaction.Id, SelectedReaction.SelectedStage.Id)
.OfNumOrReg(selectedChemical.NUM, selectedChemical.RegNumber)
.OfExceptTypes(ParticipantType.Solvent, ParticipantType.Reactant, ParticipantType.Product)
.GroupBy(p => p.ParticipantType)
.ToDictionary(p => p.Key, p => p.ToList());
var duplicate = ValidateWithCVT1(otherthanProductsAndSolvents, Rsns, SelectedReaction, chemicalName, ParticipantType.Solvent);
if (duplicate != null)
{
return(duplicate);
}
}
#endregion
#region Catalyst Validations
if (participantType == ParticipantType.Catalyst)
{
var InStageCatalysts = ReactionParticipants.OfReactionAndStage(SelectedReaction.Id, SelectedReaction.SelectedStage.Id).OfNumOrReg(selectedChemical.NUM, selectedChemical.RegNumber);
if (InStageCatalysts != null && InStageCatalysts.OfType(ParticipantType.Catalyst).Any())
{
return(InStageCatalysts.FirstOrDefault());
}
List <int> StageNumbers = new List <int>();
if (SelectedReaction.Stages.Count > 1)
{
StageNumbers = PressureValidations.GetStageDisplayOrdersFromFreetexts(Rsns, SelectedReaction, S.DUAL_ROLE_STRING);
}
else if (Rsns.Where(rsn => rsn.Reaction.Id == SelectedReaction.Id && rsn.Stage == null && rsn.CvtText.SafeEqualsLower(S.DUAL_ROLE_STRING)).Any())
{
StageNumbers.Add(1);
}
if (InStageCatalysts != null && InStageCatalysts.OfExceptTypes(ParticipantType.Catalyst).Any())
{
if (!StageNumbers.Contains(SelectedReaction.SelectedStage.DisplayOrder))
{
return(InStageCatalysts.OfExceptTypes(ParticipantType.Catalyst).FirstOrDefault());
}
else
{
var rsnVM = Rsns.Where(rsn => rsn.Reaction.Id == SelectedReaction.Id &&
rsn.SelectedChemical == null &&
(rsn.FreeText.SafeContainsLower(S.DUAL_ROLE_STRING) || rsn.CvtText.SafeEqualsLower(S.DUAL_ROLE_STRING))).FirstOrDefault();
if (rsnVM != null)
{
rsnVM.SelectedChemical = chemicalName;
}
}
}
var Products = ReactionParticipants.OfReactionOfType(SelectedReaction.Id, ParticipantType.Product).OfNumOrReg(selectedChemical.NUM, selectedChemical.RegNumber);
if (Products != null && Products.Any())
{
return(Products.FirstOrDefault());
}
var otherThanCatalysts = ReactionParticipants.OfReactionAndExceptStage(SelectedReaction.Id, SelectedReaction.SelectedStage.Id)
.OfNumOrReg(selectedChemical.NUM, selectedChemical.RegNumber)
.OfExceptTypes(ParticipantType.Catalyst, ParticipantType.Product)
.GroupBy(p => p.ParticipantType)
.ToDictionary(p => p.Key, p => p.ToList());
var duplicate = ValidateWithCVT1(otherThanCatalysts, Rsns, SelectedReaction, chemicalName, ParticipantType.Catalyst);
if (duplicate != null)
{
return(duplicate);
}
}
#endregion
#region Agent Validations
if (participantType == ParticipantType.Agent)
{
var InStageAgents = ReactionParticipants.OfReactionAndStage(SelectedReaction.Id, SelectedReaction.SelectedStage.Id).OfNumOrReg(selectedChemical.NUM, selectedChemical.RegNumber);
if (InStageAgents != null && InStageAgents.OfType(ParticipantType.Agent).Any())
{
return(InStageAgents.FirstOrDefault());
}
List <int> StageNumbers = new List <int>();
if (SelectedReaction.Stages.Count > 1)
{
StageNumbers = PressureValidations.GetStageDisplayOrdersFromFreetexts(Rsns, SelectedReaction, S.DUAL_ROLE_STRING);
}
else if (Rsns.Where(rsn => rsn.Reaction.Id == SelectedReaction.Id && rsn.Stage == null && rsn.CvtText.SafeEqualsLower(S.DUAL_ROLE_STRING)).Any())
{
StageNumbers.Add(1);
}
if (InStageAgents != null && InStageAgents.OfExceptTypes(ParticipantType.Agent).Any())
{
if (!StageNumbers.Contains(SelectedReaction.SelectedStage.DisplayOrder))
{
return(InStageAgents.OfExceptTypes(ParticipantType.Agent).FirstOrDefault());
}
else
{
var rsnVM = Rsns.Where(rsn => rsn.Reaction.Id == SelectedReaction.Id &&
rsn.SelectedChemical == null &&
(rsn.FreeText.SafeContainsLower(S.DUAL_ROLE_STRING) || rsn.CvtText.SafeEqualsLower(S.DUAL_ROLE_STRING))).FirstOrDefault();
if (rsnVM != null)
{
rsnVM.SelectedChemical = chemicalName;
}
}
}
var Products = ReactionParticipants.OfReactionOfType(SelectedReaction.Id, ParticipantType.Product).OfNumOrReg(selectedChemical.NUM, selectedChemical.RegNumber);
if (Products != null && Products.Any())
{
return(Products.FirstOrDefault());
}
var otherStageAgents = ReactionParticipants.OfReactionAndExceptStage(SelectedReaction.Id, SelectedReaction.SelectedStage.Id)
.OfNumOrReg(selectedChemical.NUM, selectedChemical.RegNumber)
.OfExceptTypes(ParticipantType.Agent, ParticipantType.Product)
.GroupBy(p => p.ParticipantType)
.ToDictionary(p => p.Key, p => p.ToList());
var duplicate = ValidateWithCVT1(otherStageAgents, Rsns, SelectedReaction, chemicalName, ParticipantType.Agent);
if (duplicate != null)
{
return(duplicate);
}
}
#endregion
}
else
{
return(null);
}
}
return(null);
}
catch (Exception ex)
{
Log.This(ex);
return(null);
}
}
public static ViewAnalogousVM GenerateNewAnalogousReactions(
ReactionVM SelectedReaction,
bool IsReactantsSelected,
bool IsSolventsSelected,
bool IsAgentsSelected,
bool IsCatalystSelected,
bool IspHSelected,
bool IsTempSelected,
bool IsTimeSelected,
bool IsPressureSelected,
bool IsRSNSelected,
int ReactionsCountToCopy, int IndexToAdd
)
{
ViewAnalogousVM vm = new ViewAnalogousVM();
var mainViewModel = ((MainWindow)(App.Current.MainWindow)).DataContext as MainVM;
mainViewModel.ProgressText = "Creating Analogous Reacions . .";
try
{
vm.SelectedMasterReaction = SelectedReaction;
List <ReactionParticipantVM> allParticipants = new List <ReactionParticipantVM>();
List <RsnVM> tanRsns = new List <RsnVM>();
List <ReactionVM> tanReactions = new List <ReactionVM>();
var tanParticipants = new List <ReactionParticipantVM>();
if (IsReactantsSelected)
{
var reactants = mainViewModel.TanVM.ReactionParticipants.OfType(ParticipantType.Reactant);
allParticipants.AddRange(reactants);
}
if (IsSolventsSelected)
{
var solvents = mainViewModel.TanVM.ReactionParticipants.OfType(ParticipantType.Solvent);
allParticipants.AddRange(solvents);
}
if (IsAgentsSelected)
{
var agents = mainViewModel.TanVM.ReactionParticipants.OfType(ParticipantType.Agent);
allParticipants.AddRange(agents);
}
if (IsCatalystSelected)
{
var catalysts = mainViewModel.TanVM.ReactionParticipants.OfType(ParticipantType.Catalyst);
allParticipants.AddRange(catalysts);
}
for (int i = 0; i < ReactionsCountToCopy; i++)
{
var reaction = new ReactionVM
{
DisplayOrder = ++IndexToAdd,
Id = Guid.NewGuid(),
TanVM = SelectedReaction.TanVM,
AnalogousVMId = SelectedReaction.Id
};
#region Stages
var stages = new List <StageVM>();
foreach (var masterStage in SelectedReaction.Stages)
{
bool ValidStage = true;
var analogousStage = new StageVM {
Id = Guid.NewGuid(), ReactionVm = reaction
};
var Conditions = new List <StageConditionVM>();
if (masterStage.Conditions != null)
{
foreach (var selectedCondition in masterStage.Conditions)
{
var condition = new StageConditionVM
{
DisplayOrder = selectedCondition.DisplayOrder,
Id = Guid.NewGuid(),
PH = IspHSelected ? selectedCondition.PH : "",
Pressure = IsPressureSelected ? selectedCondition.Pressure : "",
StageId = analogousStage.Id,
Temperature = IsTempSelected ? selectedCondition.Temperature : "",
Time = IsTimeSelected ? selectedCondition.Time : "",
TIME_TYPE = IsTimeSelected ? selectedCondition.TIME_TYPE : "",
PRESSURE_TYPE = IsPressureSelected ? selectedCondition.PRESSURE_TYPE : "",
TEMP_TYPE = IsTempSelected ? selectedCondition.TEMP_TYPE : "",
PH_TYPE = IspHSelected ? selectedCondition.PH_TYPE : "",
};
if ((IspHSelected && !string.IsNullOrEmpty(selectedCondition.PH)) || (IsPressureSelected && !string.IsNullOrEmpty(selectedCondition.Pressure)) ||
(IsTempSelected && !string.IsNullOrEmpty(selectedCondition.Temperature)) || (IsTimeSelected && !string.IsNullOrEmpty(selectedCondition.Time)))
{
Conditions.Add(condition);
}
}
analogousStage.SetConditions(Conditions);
}
var stageParticipants = (from sp in allParticipants where sp.StageVM.Id == masterStage.Id select sp).ToList();
foreach (var stageParticipant in stageParticipants)
{
var newParticipant = new ReactionParticipantVM
{
ChemicalType = stageParticipant.ChemicalType,
DisplayOrder = stageParticipant.DisplayOrder,
Name = stageParticipant.Name,
Num = stageParticipant.Num,
ParticipantType = stageParticipant.ParticipantType,
ReactionVM = reaction,
Reg = stageParticipant.Reg,
StageVM = analogousStage,
TanChemicalId = stageParticipant.TanChemicalId,
Yield = stageParticipant.Yield,
Id = Guid.NewGuid()
};
tanParticipants.Add(newParticipant);
}
if (IsRSNSelected)
{
var stagersnList = (from rsn in mainViewModel.TanVM.Rsns where rsn.Reaction.Id == SelectedReaction.Id && rsn.Stage != null && rsn.Stage.Id == masterStage.Id select rsn).ToList();
foreach (var rsn in stagersnList)
{
var newRsn = new RsnVM
{
CvtText = rsn.CvtText,
Reaction = reaction,
IsRXN = rsn.IsRXN,
Stage = analogousStage,
FreeText = rsn.FreeText,
Id = Guid.NewGuid(),
IsIgnorableInDelivery = rsn.IsIgnorableInDelivery,
DisplayOrder = rsn.DisplayOrder,
ReactionParticipantId = rsn.ReactionParticipantId,
SelectedChemical = rsn.SelectedChemical
};
tanRsns.Add(newRsn);
}
}
if ((analogousStage.Conditions == null || !analogousStage.Conditions.Any()) &&
(tanParticipants == null || !tanParticipants.Where(tp => tp.StageVM != null && tp.StageVM.Id == analogousStage.Id).Any()) &&
(tanRsns == null || !tanRsns.Where(tp => tp.Stage != null && tp.Stage.Id == analogousStage.Id).Any()) && !mainViewModel.TanVM.ReactionParticipants.OfReactionAndStage(SelectedReaction.Id, masterStage.Id).OfType(ParticipantType.Reactant).Any())
{
ValidStage = false;
}
if (ValidStage)
{
stages.Add(analogousStage);
}
}
#endregion
reaction.SetStages(stages, 0, false, true);
tanReactions.Add(reaction);
var reactionParticipants = (from sp in allParticipants where sp.ReactionVM.Id == SelectedReaction.Id && sp.StageVM == null select sp).ToList();
foreach (var participant in reactionParticipants)
{
var newParticipant = new ReactionParticipantVM
{
ChemicalType = participant.ChemicalType,
DisplayOrder = participant.DisplayOrder,
Name = participant.Name,
Num = participant.Num,
ParticipantType = participant.ParticipantType,
ReactionVM = reaction,
Reg = participant.Reg,
StageVM = null,
TanChemicalId = participant.TanChemicalId,
Yield = participant.Yield,
Id = Guid.NewGuid()
};
tanParticipants.Add(newParticipant);
}
if (IsRSNSelected)
{
var reationrsnList = (from rsn in mainViewModel.TanVM.Rsns where rsn.Reaction.Id == SelectedReaction.Id && rsn.Stage == null select rsn).ToList();
foreach (var rsn in reationrsnList)
{
var newRsn = new RsnVM
{
CvtText = rsn.CvtText,
Reaction = reaction,
FreeText = rsn.FreeText,
IsRXN = rsn.IsRXN,
Stage = null,
Id = Guid.NewGuid(),
SelectedChemical = rsn.SelectedChemical,
ReactionParticipantId = rsn.ReactionParticipantId,
DisplayOrder = rsn.DisplayOrder,
IsIgnorableInDelivery = rsn.IsIgnorableInDelivery
};
tanRsns.Add(newRsn);
}
}
}
foreach (var participant in tanParticipants)
{
vm.AllParticipants.Add(participant);
vm.ReactionParticipants.Add(participant);
}
vm.Rsns.Clear();
foreach (var rsn in tanRsns)
{
vm.Rsns.Add(rsn);
}
foreach (var reaction in tanReactions)
{
vm.AnalogousReactions.Add(reaction);
}
}
catch (Exception ex)
{
AppErrorBox.ShowErrorMessage("Can't Create Analogous Reactions", ex.Message);
}
return(vm);
}
public static void BuildAnalogousGrid(ViewAnalogousVM anagousReactionVM, RadGridView ConsolidatedGrid, bool NewAnalogous)
{
try
{
ConsolidatedGrid.ItemsSource = null;
ConsolidatedGrid.Columns.Clear();
ConsolidatedGrid.ColumnGroups.Clear();
ConsolidatedGrid.Items.Clear();
var mainViewModel = ((MainWindow)(App.Current.MainWindow)).DataContext as MainVM;
if (anagousReactionVM != null)
{
#region Add Columns
var maxProducts = mainViewModel.TanVM.ReactionParticipants.OfReactionOfType(anagousReactionVM.SelectedMasterReaction.Id, ParticipantType.Product).Select(p => p.DisplayOrder).Distinct().OrderByDescending(o => o).FirstOrDefault();
var maxStage = anagousReactionVM.AnalogousReactions.Any() ? anagousReactionVM.AnalogousReactions[0]?.Stages.Count : 0;
GridViewDataColumn ReactionIdColumn = new Telerik.Windows.Controls.GridViewDataColumn();
ReactionIdColumn.Header = RXNID;
ReactionIdColumn.DataMemberBinding = new Binding(RXNID);
ReactionIdColumn.IsVisible = false;
ConsolidatedGrid.Columns.Add(ReactionIdColumn);
var snoNumberColumn = new Telerik.Windows.Controls.GridViewDataColumn();
snoNumberColumn.Header = SNO;
snoNumberColumn.DataMemberBinding = new Binding(SNO);
snoNumberColumn.IsReadOnly = true;
snoNumberColumn.Width = 40;
ConsolidatedGrid.Columns.Add(snoNumberColumn);
var rxnColumn = new Telerik.Windows.Controls.GridViewDataColumn();
rxnColumn.Header = RXN;
rxnColumn.DataMemberBinding = new Binding(RXN);
rxnColumn.IsReadOnly = true;
rxnColumn.Width = 100;
ConsolidatedGrid.Columns.Add(rxnColumn);
var cvtColumn = new Telerik.Windows.Controls.GridViewDataColumn();
cvtColumn.Header = REACTIONCVT;
cvtColumn.DataMemberBinding = new Binding(REACTIONCVT);
cvtColumn.IsReadOnly = true;
cvtColumn.Width = 100;
ConsolidatedGrid.Columns.Add(cvtColumn);
var FreeTextColumn = new Telerik.Windows.Controls.GridViewDataColumn();
FreeTextColumn.Header = REACTIONFREETEXT;
FreeTextColumn.DataMemberBinding = new Binding(REACTIONFREETEXT);
FreeTextColumn.IsReadOnly = true;
FreeTextColumn.Width = 100;
ConsolidatedGrid.Columns.Add(FreeTextColumn);
//for (int productIndex = 1; productIndex <= maxProducts; productIndex++)
//{
GridViewDataColumn ProductIdColumn = new Telerik.Windows.Controls.GridViewDataColumn();
ProductIdColumn.Header = PRODUCT + "ID";
ProductIdColumn.DataMemberBinding = new Binding(PRODUCT + "ID");
ProductIdColumn.IsVisible = false;
ConsolidatedGrid.Columns.Add(ProductIdColumn);
var ProductColumn = new Telerik.Windows.Controls.GridViewDataColumn();
ProductColumn.Header = PRODUCT;
ProductColumn.DataMemberBinding = new Binding(PRODUCT);
ProductColumn.ColumnGroupName = PRODUCT;
ProductColumn.Width = 100;
ConsolidatedGrid.Columns.Add(ProductColumn);
//}
//for (int productIndex = 1; productIndex <= maxProducts; productIndex++)
//{
var YieldColumn = new Telerik.Windows.Controls.GridViewDataColumn();
YieldColumn.Header = YIELD;
YieldColumn.DataMemberBinding = new Binding(YIELD);
YieldColumn.ColumnGroupName = YIELD;
YieldColumn.Width = 45;
ConsolidatedGrid.Columns.Add(YieldColumn);
//}
for (int stageIndex = 1; stageIndex <= maxStage; stageIndex++)
{
var stageGroup = new Telerik.Windows.Controls.GridViewColumnGroup {
Name = STAGE + stageIndex
};
ConsolidatedGrid.ColumnGroups.Add(stageGroup);
foreach (var participantName in ParticipantHeaders)
{
GridViewDataColumn IdColumn = new Telerik.Windows.Controls.GridViewDataColumn();
IdColumn.Header = participantName + stageIndex + "ID";
IdColumn.DataMemberBinding = new Binding(participantName + stageIndex + "ID");
IdColumn.ColumnGroupName = stageGroup.Name;
IdColumn.IsVisible = false;
ConsolidatedGrid.Columns.Add(IdColumn);
var participantColumn = new Telerik.Windows.Controls.GridViewDataColumn();
participantColumn.Header = participantName;
participantColumn.ColumnGroupName = stageGroup.Name;
participantColumn.DataMemberBinding = new Binding(participantName + stageIndex);
participantColumn.Width = 70;
ConsolidatedGrid.Columns.Add(participantColumn);
}
var Temperature = new Telerik.Windows.Controls.GridViewDataColumn();
Temperature.Header = TEMPERATURE;
Temperature.ColumnGroupName = stageGroup.Name;
Temperature.DataMemberBinding = new Binding(TEMPERATURE + stageIndex);
Temperature.Width = 70;
Temperature.IsReadOnly = true;
ConsolidatedGrid.Columns.Add(Temperature);
var Pressure = new Telerik.Windows.Controls.GridViewDataColumn();
Pressure.Header = PRESSURE;
Pressure.ColumnGroupName = stageGroup.Name;
Pressure.DataMemberBinding = new Binding(PRESSURE + stageIndex);
Pressure.Width = 70;
Pressure.IsReadOnly = true;
ConsolidatedGrid.Columns.Add(Pressure);
var Time = new Telerik.Windows.Controls.GridViewDataColumn();
Time.Header = TIME;
Time.ColumnGroupName = stageGroup.Name;
Time.DataMemberBinding = new Binding(TIME + stageIndex);
Time.Width = 70;
Time.IsReadOnly = true;
ConsolidatedGrid.Columns.Add(Time);
var pH = new Telerik.Windows.Controls.GridViewDataColumn();
pH.Header = PH;
pH.ColumnGroupName = stageGroup.Name;
pH.DataMemberBinding = new Binding(PH + stageIndex);
pH.Width = 70;
pH.IsReadOnly = true;
ConsolidatedGrid.Columns.Add(pH);
var StageCVT = new Telerik.Windows.Controls.GridViewDataColumn();
StageCVT.Header = STAGECVT + stageIndex;
StageCVT.ColumnGroupName = stageGroup.Name;
StageCVT.DataMemberBinding = new Binding(STAGECVT + stageIndex);
StageCVT.Width = 70;
StageCVT.IsReadOnly = true;
ConsolidatedGrid.Columns.Add(StageCVT);
var StageFreeText = new Telerik.Windows.Controls.GridViewDataColumn();
StageFreeText.Header = STAGEFREETEXT;
StageFreeText.ColumnGroupName = stageGroup.Name;
StageFreeText.DataMemberBinding = new Binding(STAGEFREETEXT + stageIndex);
StageFreeText.Width = 70;
StageFreeText.IsReadOnly = true;
ConsolidatedGrid.Columns.Add(StageFreeText);
}
ConsolidatedGrid.FrozenColumnCount = 9;
foreach (Telerik.Windows.Controls.GridViewDataColumn c in ConsolidatedGrid.Columns)
{
c.IsFilterable = false;
}
#endregion
foreach (var c in ConsolidatedGrid.Columns)
{
var dc = (GridViewDataColumn)c;
}
int rowCount = 1;
List <IDictionary <String, Object> > rows = new List <IDictionary <String, Object> >();
foreach (var reaction in anagousReactionVM.AnalogousReactions)
{
var row = (IDictionary <String, Object>) new ExpandoObject();
row[AG] = 1;
row[SNO] = rowCount++;
row[RXN] = reaction.Name;
row[RXNID] = reaction.Id;
if (NewAnalogous)
{
var reactionRSN = anagousReactionVM.Rsns.Where(p => p.Reaction.Id == reaction.Id && p.Stage == null).OrderBy(p => p.DisplayOrder);
row[PRODUCT] = string.Empty;
row[PRODUCT + "ID"] = string.Empty;
row[YIELD] = string.Empty;
row[REACTIONFREETEXT] = !string.IsNullOrEmpty(string.Join(",", reactionRSN.Select(rsn => rsn.FreeText).ToList())) ? string.Join(",", reactionRSN.Select(rsn => rsn.FreeText).ToList()) : string.Empty;
row[REACTIONCVT] = !string.IsNullOrEmpty(string.Join(",", reactionRSN.Select(rsn => rsn.CvtText).ToList())) ? string.Join(",", reactionRSN.Select(rsn => rsn.CvtText).ToList()) : string.Empty;
}
else
{
var products = mainViewModel.TanVM.ReactionParticipants.OfReactionOfType(reaction.Id, ParticipantType.Product).OrderBy(p => p.DisplayOrder);
var reactionRSN = mainViewModel.TanVM.Rsns.Where(p => p.Reaction.Id == reaction.Id && p.Stage == null).OrderBy(p => p.DisplayOrder);
row[PRODUCT] = string.Join(",", products.Select(n => n.Num).ToList());
row[PRODUCT + "ID"] = string.Join(",", products.Select(n => n.Id).ToList());
row[YIELD] = string.Join(",", products.Select(n => n.Yield).ToList());
row[REACTIONFREETEXT] = !string.IsNullOrEmpty(string.Join(",", reactionRSN.Select(rsn => rsn.FreeText).ToList())) ? string.Join(",", reactionRSN.Select(rsn => rsn.FreeText).ToList()) : string.Empty;
row[REACTIONCVT] = !string.IsNullOrEmpty(string.Join(",", reactionRSN.Select(rsn => rsn.CvtText).ToList())) ? string.Join(",", reactionRSN.Select(rsn => rsn.CvtText).ToList()) : string.Empty;
}
if (reaction.Stages != null && reaction.Stages.Any())
{
int stageCount = 1;
foreach (var stage in reaction.Stages)
{
row.Add(STAGEID + stageCount, stage.Id);
var stageRsn = NewAnalogous ? anagousReactionVM.Rsns.Where(p => p.Reaction.Id == reaction.Id && p.Stage != null && p.Stage.Id == stage.Id).OrderBy(p => p.DisplayOrder) :
mainViewModel.TanVM.Rsns.Where(p => p.Reaction.Id == reaction.Id && p.Stage != null && p.Stage.Id == stage.Id).OrderBy(p => p.DisplayOrder);
foreach (var participantType in ParticipantHeaders)
{
if (participantType.Equals(ParticipantType.Reactant.ToString()) && !NewAnalogous)
{
var reactants = mainViewModel.TanVM.ReactionParticipants.OfReactionAndStage(reaction.Id, stage.Id).Where(p => p.ParticipantType.ToString() == participantType).OrderBy(p => p.DisplayOrder);
var csvNames = String.Join(",", reactants.Select(r => r.Num));
row.Add(participantType.ToString() + stageCount, csvNames);
row.Add(participantType.ToString() + stageCount + "ID", String.Join(",", reactants.Select(r => r.Id)));
}
else
{
var otherParticipants = anagousReactionVM.ReactionParticipants.OfReactionAndStage(reaction.Id, stage.Id).Where(p => p.ParticipantType.ToString() == participantType).OrderBy(p => p.DisplayOrder);
if (otherParticipants.Count() > 0)
{
var csvNames = String.Join(",", otherParticipants.Select(r => r.Num));
row.Add(participantType.ToString() + stageCount, csvNames);
row.Add(participantType.ToString() + stageCount + "ID", String.Join(",", otherParticipants.Select(r => r.Id)));
}
else
{
row.Add(participantType.ToString() + stageCount, string.Empty);
row.Add(participantType.ToString() + stageCount + "ID", string.Empty);
}
}
}
row.Add(TIME + stageCount, string.Join(",", stage.Conditions.Select(t => t.Time).ToList()));
row.Add(TEMPERATURE + stageCount, string.Join(",", stage.Conditions.Select(t => t.Temperature).ToList()));
row.Add(PRESSURE + stageCount, string.Join(",", stage.Conditions.Select(t => t.Pressure).ToList()));
row.Add(PH + stageCount, string.Join(",", stage.Conditions.Select(t => t.PH).ToList()));
row.Add(STAGECVT + stageCount, string.Join(",", stageRsn.Select(t => t.CvtText).ToList()));
row.Add(STAGEFREETEXT + stageCount, string.Join(",", stageRsn.Select(t => t.FreeText).ToList()));
stageCount++;
}
}
rows.Add(row);
}
ConsolidatedGrid.ItemsSource = rows;
}
}
catch (Exception ex)
{
Log.This(ex);
throw;
}
}
