public override void Build(IReactionBuilder reactionBuilder, OSPSuiteTracker buildTracker)
{
var listToReport = new List <object>();
listToReport.AddRange(this.ReportDescription(reactionBuilder, buildTracker));
listToReport.Add(String.Format(Constants.PROPERTY_PROMPT_FORMAT, Constants.MODE, reactionBuilder.Mode));
listToReport.Add(new Paragraph(Constants.STOICHIOMETRY));
listToReport.Add(_stoichiometricStringCreator.CreateFrom(reactionBuilder.Educts,
reactionBuilder.Products));
if (reactionBuilder.ModifierNames.Any())
{
listToReport.Add(new Paragraph(Constants.MODIFIERS));
foreach (var modifier in reactionBuilder.ModifierNames)
{
listToReport.Add(modifier);
}
}
listToReport.Add(new Paragraph(Constants.KINETIC));
listToReport.Add(reactionBuilder.Formula);
if (reactionBuilder.Parameters.Any())
{
listToReport.Add(new Paragraph(Constants.PARAMETERS));
listToReport.Add(reactionBuilder.Parameters.OrderBy(x => x.Name));
}
_builderRepository.Report(listToReport, buildTracker);
}
public ReactionDTO MapFrom(IReaction reaction)
{
var dto = Map <ReactionDTO>(reaction);
dto.Icon = ApplicationIcons.Reaction.IconName;
dto.Kinetic = reaction.Formula.ToString();
dto.Stoichiometric = _stoichiometricStringCreator.CreateFrom(reaction.Educts, reaction.Products);
return(dto);
}
public ReactionInfoDTO MapFrom(IReactionBuilder reactionBuilder)
{
var dto = Map <ReactionInfoDTO>(reactionBuilder);
dto.StoichiometricFormula = _stoichiometricStringCreator.CreateFrom(reactionBuilder.Educts, reactionBuilder.Products);
if (reactionBuilder.Formula != null)
{
dto.Kinetic = reactionBuilder.Formula.ToString();
reactionBuilder.Formula.PropertyChanged += dto.FormulaChangedHandler;
}
return(dto);
}
public ObjectBaseSummaryDTO MapFrom(IReactionBuilder reactionBuilder)
{
var dto = new ObjectBaseSummaryDTO
{
ApplicationIcon = ApplicationIcons.Reaction,
EntityName = reactionBuilder.Name
};
dto.AddToDictionary(AppConstants.Captions.Type, _objectTypeResolver.TypeFor(reactionBuilder));
dto.AddToDictionary(AppConstants.Captions.NumberOfParameters, reactionBuilder.Parameters.Count().ToString(CultureInfo.InvariantCulture));
dto.AddToDictionary(AppConstants.Captions.Stoichiometry, _stoichiometricStringCreator.CreateFrom(reactionBuilder.Educts, reactionBuilder.Products));
dto.AddToDictionary(AppConstants.Captions.Kinetic, reactionBuilder.Formula != null ? reactionBuilder.Formula.ToString() : string.Empty);
return(dto);
}
public ReactionBuilderDTO MapFrom(IReactionBuilder reactionBuilder)
{
var dto = new ReactionBuilderDTO(reactionBuilder);
MapProperties(reactionBuilder, dto);
dto.StoichiometricFormula = _stoichiometricStringCreator.CreateFrom(reactionBuilder.Educts, reactionBuilder.Products);
dto.Educts = reactionBuilder.Educts.MapAllUsing(_reactionPartnerBuilderToDTOReactionBuilderPartnerMapper).ToBindingList();
dto.Educts.Each(item => item.IsEduct = true);
dto.Products = reactionBuilder.Products.MapAllUsing(_reactionPartnerBuilderToDTOReactionBuilderPartnerMapper).ToBindingList();
dto.Products.Each(item => item.IsEduct = false);
if (reactionBuilder.Formula != null)
{
dto.Kinetic = reactionBuilder.Formula.ToString();
}
return(dto);
}
private Table tableFor(IMoBiReactionBuildingBlock buildingBlock)
{
var table = new DataTable(getTableCaption());
table.Columns.Add(Constants.NAME, typeof(string));
table.Columns.Add(Constants.STOICHIOMETRY, typeof(string)).SetAlignment(TableWriter.ColumnAlignments.l);
table.Columns.Add(Constants.KINETIC, typeof(string)).SetAlignment(TableWriter.ColumnAlignments.l);
table.BeginLoadData();
foreach (var reaction in buildingBlock.OrderBy(b => b.Name))
{
var row = table.NewRow();
row[Constants.NAME] = DefaultConverter.Instance.StringToTeX(reaction.Name);
row[Constants.STOICHIOMETRY] = FormulaConverter.Instance.StringToTeX(_stoichiometricStringCreator.CreateFrom(reaction.Educts, reaction.Products));
row[Constants.KINETIC] = FormulaConverter.Instance.StringToTeX(reaction.Formula.ToString());
table.Rows.Add(row);
}
table.EndLoadData();
return(new Table(table.DefaultView, table.TableName)
{
Converter = NoConverter.Instance
});
}
private string getStoichiometricStringFromReactionBuilder(IReactionBuilder reactionBuilder)
{
return(_stoichiometricStringCreator.CreateFrom(reactionBuilder.Educts, reactionBuilder.Products));
}
