void Initialize() { double dummy = 0.0f; var su = flowsheet.FlowsheetOptions.SelectedUnitSystem; var nf = flowsheet.FlowsheetOptions.NumberFormat; if (section.TipoSegmento == "Tubulaosimples") { section.TipoSegmento = "Straight Tube Section"; } var lblseg = container.CreateAndAddTwoLabelsRow("Segment", section.Indice.ToString()); container.CreateAndAddDropDownRow("Type", sectypes, Array.IndexOf(sectypes.ToArray(), section.TipoSegmento), (sender, e) => section.TipoSegmento = sectypes[sender.SelectedIndex]); container.CreateAndAddDropDownRow("Material", materials, Array.IndexOf(materials.ToArray(), section.Material), (sender, e) => section.Material = materials[sender.SelectedIndex]); container.CreateAndAddTextBoxRow("N0", "Increments", section.Incrementos, (sender, e) => { if (double.TryParse(sender.Text.ToString(), out dummy)) { section.Incrementos = int.Parse(sender.Text.ToString()); } }); container.CreateAndAddTextBoxRow("N0", "Quantity", section.Quantidade, (sender, e) => { if (double.TryParse(sender.Text.ToString(), out dummy)) { section.Quantidade = int.Parse(sender.Text.ToString()); } }); container.CreateAndAddTextBoxRow(nf, "Length" + " (" + su.distance + ")", cv.ConvertFromSI(su.distance, section.Comprimento), (sender, e) => { if (double.TryParse(sender.Text.ToString(), out dummy)) { section.Comprimento = cv.ConvertToSI(su.distance, double.Parse(sender.Text.ToString())); } }); container.CreateAndAddTextBoxRow(nf, "Elevation" + " (" + su.distance + ")", cv.ConvertFromSI(su.distance, section.Elevacao), (sender, e) => { if (double.TryParse(sender.Text.ToString(), out dummy)) { section.Elevacao = cv.ConvertToSI(su.distance, double.Parse(sender.Text.ToString())); } }); container.CreateAndAddTextBoxRow(nf, "External Diameter" + " (" + su.diameter + ")", cv.Convert("in", su.diameter, section.DE), (sender, e) => { if (double.TryParse(sender.Text.ToString(), out dummy)) { section.DE = cv.Convert(su.diameter, "in", double.Parse(sender.Text.ToString())); } }); container.CreateAndAddTextBoxRow(nf, "Internal Diameter" + " (" + su.diameter + ")", cv.Convert("in", su.diameter, section.DI), (sender, e) => { if (double.TryParse(sender.Text.ToString(), out dummy)) { section.DI = cv.Convert(su.diameter, "in", double.Parse(sender.Text.ToString())); } }); }
void Initialize() { var su = SimObject.GetFlowsheet().FlowsheetOptions.SelectedUnitSystem; var nf = SimObject.GetFlowsheet().FlowsheetOptions.NumberFormat; var nff = SimObject.GetFlowsheet().FlowsheetOptions.FractionNumberFormat; s.CreateAndAddLabelRow(container, "Dynamic Properties Editor"); s.CreateAndAddDescriptionRow(container, "Property values are updated/stored as they are changed/edited. There's no need to press ENTER to commit the changes."); switch (SimObject.GraphicObject.ObjectType) { case ObjectType.MaterialStream: container.CreateAndAddDropDownRow("Dynamic Specification", SimObject.DynamicsSpec.GetEnumNames(), (int)SimObject.DynamicsSpec, (dd, e) => { SimObject.DynamicsSpec = dd.SelectedIndex.ToEnum <Interfaces.Enums.Dynamics.DynamicsSpecType>(); SimObject.GetFlowsheet().UpdateInterface(); }); break; } var col1 = (IDictionary <string, object>)SimObject.ExtraProperties; var col2 = (IDictionary <string, object>)SimObject.ExtraPropertiesDescriptions; var col3 = (IDictionary <string, object>)SimObject.ExtraPropertiesUnitTypes; foreach (var p in col1) { if (col2.ContainsKey(p.Key) && col3.ContainsKey(p.Key)) { string unitsstring = ""; try { var utype = col3[p.Key]; Interfaces.Enums.UnitOfMeasure eval = (Interfaces.Enums.UnitOfMeasure)System.Enum.ToObject(typeof(Interfaces.Enums.UnitOfMeasure), utype); unitsstring = su.GetCurrentUnits(eval); } catch { } container.CreateAndAddTextBoxRow("G", unitsstring != "" ? p.Key + " (" + unitsstring + ")" : p.Key, p.Value.ToString().ToDoubleFromCurrent(), (tb, e) => { try { col1[p.Key] = tb.Text.ToDoubleFromCurrent(); tb.TextColor = Colors.Blue; } catch { tb.TextColor = Colors.Red; } }); container.CreateAndAddDescriptionRow(col2[p.Key].ToString()); container.CreateAndAddEmptySpace(); } } s.CreateAndAddEmptySpace(container); s.CreateAndAddEmptySpace(container); }
void Initialize() { container.CreateAndAddLabelRow("Reaction ID"); container.CreateAndAddStringEditorRow2("Name", "", rx.Name, (sender, e) => { rx.Name = sender.Text; }); container.CreateAndAddLabelRow("Compounds and Stoichiometry (Include / Name / Stoich. Coeff. / Direct Order Exponent / Reverse Order Exponent)"); var compcontainer = new DynamicLayout(); compcontainer.BackgroundColor = Colors.White; Double val; foreach (ICompoundConstantProperties comp in flowsheet.SelectedCompounds.Values) { var chk = new CheckBox() { Text = comp.Name, Checked = (rx.Components.ContainsKey(comp.Name) ? true : false) }; chk.CheckedChanged += (sender, e) => { if (!rx.Components.ContainsKey(comp.Name)) { rx.Components.Add(comp.Name, new DWSIM.Thermodynamics.BaseClasses.ReactionStoichBase(comp.Name, 0, false, 0, 0)); } else { rx.Components.Remove(comp.Name); } UpdateEquation(); }; var sc = new TextBox() { Width = 30, Text = (rx.Components.ContainsKey(comp.Name) ? rx.Components[comp.Name].StoichCoeff.ToString() : 0.0f.ToString()) }; sc.TextChanged += (sender, e) => { if (Double.TryParse(sc.Text.ToString(), out val)) { sc.TextColor = SystemColors.ControlText; if (!rx.Components.ContainsKey(comp.Name)) { rx.Components.Add(comp.Name, new DWSIM.Thermodynamics.BaseClasses.ReactionStoichBase(comp.Name, Double.Parse(sc.Text), false, 0, 0)); } else { rx.Components[comp.Name].StoichCoeff = double.Parse(sc.Text); } UpdateEquation(); } else { sc.TextColor = Colors.Red; } }; var txtdo = new TextBox() { Width = 30, Text = (rx.Components.ContainsKey(comp.Name) ? rx.Components[comp.Name].DirectOrder.ToString() : 0.0f.ToString()) }; txtdo.TextChanged += (sender, e) => { if (Double.TryParse(txtdo.Text.ToString(), out val)) { txtdo.TextColor = SystemColors.ControlText; if (!rx.Components.ContainsKey(comp.Name)) { rx.Components.Add(comp.Name, new DWSIM.Thermodynamics.BaseClasses.ReactionStoichBase(comp.Name, 0, false, Double.Parse(txtdo.Text), 0)); } else { rx.Components[comp.Name].DirectOrder = double.Parse(txtdo.Text); } UpdateEquation(); } else { txtdo.TextColor = Colors.Red; } }; var txtro = new TextBox() { Width = 30, Text = (rx.Components.ContainsKey(comp.Name) ? rx.Components[comp.Name].ReverseOrder.ToString() : 0.0f.ToString()) }; txtro.TextChanged += (sender, e) => { if (Double.TryParse(txtro.Text.ToString(), out val)) { txtro.TextColor = SystemColors.ControlText; if (!rx.Components.ContainsKey(comp.Name)) { rx.Components.Add(comp.Name, new DWSIM.Thermodynamics.BaseClasses.ReactionStoichBase(comp.Name, 0, false, 0, Double.Parse(txtro.Text))); } else { rx.Components[comp.Name].ReverseOrder = double.Parse(txtro.Text); } UpdateEquation(); } else { txtro.TextColor = Colors.Red; } }; compcontainer.Add(new TableRow(chk, null, sc, txtdo, txtro)); } container.CreateAndAddControlRow(compcontainer); container.CreateAndAddEmptySpace(); var comps = flowsheet.SelectedCompounds.Values.Select((x) => x.Name).ToList(); comps.Insert(0, ""); container.CreateAndAddLabelRow("Base Compound"); var basecompselector = container.CreateAndAddDropDownRow("Base Compound", comps, 0, null); var basecomp = rx.Components.Values.Where((x) => x.IsBaseReactant).FirstOrDefault(); if (basecomp != null) { basecompselector.SelectedIndex = comps.IndexOf(basecomp.CompName); } else { basecompselector.SelectedIndex = 0; } basecompselector.SelectedIndexChanged += (sender, e) => { if (rx.Components.ContainsKey(comps[basecompselector.SelectedIndex])) { foreach (var rxc in rx.Components.Values) { rxc.IsBaseReactant = false; } rx.Components[comps[basecompselector.SelectedIndex]].IsBaseReactant = true; rx.BaseReactant = comps[basecompselector.SelectedIndex]; } }; container.CreateAndAddLabelRow("Reaction Balance"); txtEquation = container.CreateAndAddLabelRow2(""); container.CreateAndAddLabelRow("Reaction Phase"); var rxphaseselector = container.CreateAndAddDropDownRow("Reaction Phase", Shared.StringArrays.reactionphase().ToList(), 0, null); switch (rx.ReactionPhase) { case Interfaces.Enums.PhaseName.Vapor: rxphaseselector.SelectedIndex = (0); break; case Interfaces.Enums.PhaseName.Liquid: rxphaseselector.SelectedIndex = (1); break; case Interfaces.Enums.PhaseName.Mixture: rxphaseselector.SelectedIndex = (2); break; } rxphaseselector.SelectedIndexChanged += (sender, e) => { switch (rxphaseselector.SelectedIndex) { case 0: rx.ReactionPhase = Interfaces.Enums.PhaseName.Vapor; break; case 1: rx.ReactionPhase = Interfaces.Enums.PhaseName.Liquid; break; case 2: rx.ReactionPhase = Interfaces.Enums.PhaseName.Mixture; break; } }; container.CreateAndAddLabelRow("Reaction Basis"); var rxbasisselector = container.CreateAndAddDropDownRow("Reaction Basis", Shared.StringArrays.reactionbasis().ToList(), 0, null); switch (rx.ReactionBasis) { case Interfaces.Enums.ReactionBasis.Activity: rxphaseselector.SelectedIndex = (0); break; case Interfaces.Enums.ReactionBasis.Fugacity: rxphaseselector.SelectedIndex = (1); break; case Interfaces.Enums.ReactionBasis.MassConc: rxphaseselector.SelectedIndex = (2); break; case Interfaces.Enums.ReactionBasis.MassFrac: rxphaseselector.SelectedIndex = (3); break; case Interfaces.Enums.ReactionBasis.MolarConc: rxphaseselector.SelectedIndex = (4); break; case Interfaces.Enums.ReactionBasis.MolarFrac: rxphaseselector.SelectedIndex = (5); break; case Interfaces.Enums.ReactionBasis.PartialPress: rxphaseselector.SelectedIndex = (6); break; } rxbasisselector.SelectedIndexChanged += (sender, e) => { switch (rxbasisselector.SelectedIndex) { case 0: rx.ReactionBasis = Interfaces.Enums.ReactionBasis.Activity; break; case 1: rx.ReactionBasis = Interfaces.Enums.ReactionBasis.Fugacity; break; case 2: rx.ReactionBasis = Interfaces.Enums.ReactionBasis.MassConc; break; case 3: rx.ReactionBasis = Interfaces.Enums.ReactionBasis.MassFrac; break; case 4: rx.ReactionBasis = Interfaces.Enums.ReactionBasis.MolarConc; break; case 5: rx.ReactionBasis = Interfaces.Enums.ReactionBasis.MolarFrac; break; case 6: rx.ReactionBasis = Interfaces.Enums.ReactionBasis.PartialPress; break; } }; container.CreateAndAddLabelRow("Kinetic Parameters"); container.CreateAndAddLabelRow2("Direct and Reverse Reactions Velocity Constants (k = A*exp(-E/RT), E in J/mol and T in K)"); container.CreateAndAddStringEditorRow2("Direct Reaction A", "", rx.A_Forward.ToString(), (sender, e) => { if (Double.TryParse(sender.Text.ToString(), out val)) { sender.TextColor = SystemColors.ControlText; rx.A_Forward = double.Parse(sender.Text); } else { sender.TextColor = Colors.Red; } }); container.CreateAndAddStringEditorRow2("Direct Reaction E", "", rx.E_Forward.ToString(), (sender, e) => { if (Double.TryParse(sender.Text.ToString(), out val)) { sender.TextColor = SystemColors.ControlText; rx.E_Forward = double.Parse(sender.Text); } else { sender.TextColor = Colors.Red; } }); container.CreateAndAddStringEditorRow2("Reverse Reaction A", "", rx.A_Reverse.ToString(), (sender, e) => { if (Double.TryParse(sender.Text.ToString(), out val)) { sender.TextColor = SystemColors.ControlText; rx.A_Reverse = double.Parse(sender.Text); } else { sender.TextColor = Colors.Red; } }); container.CreateAndAddStringEditorRow2("Reverse Reaction E", "", rx.E_Reverse.ToString(), (sender, e) => { if (Double.TryParse(sender.Text.ToString(), out val)) { sender.TextColor = SystemColors.ControlText; rx.E_Reverse = double.Parse(sender.Text); } else { sender.TextColor = Colors.Red; } }); container.CreateAndAddLabelRow("Units"); var us = new DWSIM.SharedClasses.SystemsOfUnits.Units(); var units = us.GetUnitSet(Interfaces.Enums.UnitOfMeasure.molar_conc); units.AddRange(us.GetUnitSet(Interfaces.Enums.UnitOfMeasure.mass_conc)); units.AddRange(us.GetUnitSet(Interfaces.Enums.UnitOfMeasure.pressure)); units.Insert(0, ""); container.CreateAndAddDropDownRow("Basis Units (Base Compound)", units, units.IndexOf(rx.ConcUnit), (sender, e) => rx.ConcUnit = sender.SelectedValue.ToString()); container.CreateAndAddDropDownRow("Velocity Units", units, units.IndexOf(rx.VelUnit), (sender, e) => rx.VelUnit = sender.SelectedValue.ToString()); UpdateEquation(); }
void Initialize() { var su = flowsheet.FlowsheetOptions.SelectedUnitSystem; var nf = flowsheet.FlowsheetOptions.NumberFormat; if (section.TipoSegmento == "Tubulaosimples") { section.TipoSegmento = "Straight Tube Section"; } var lblseg = container.CreateAndAddTwoLabelsRow("Segment", section.Indice.ToString()); container.CreateAndAddDropDownRow("Type", sectypes, Array.IndexOf(sectypes.ToArray(), section.TipoSegmento), (sender, e) => section.TipoSegmento = sectypes[sender.SelectedIndex]); var cbm = container.CreateAndAddDropDownRow("Material", materials, Array.IndexOf(materials.ToArray(), section.Material), (sender, e) => section.Material = materials[sender.SelectedIndex]); var tbr = container.CreateAndAddTextBoxRow("G8", "Rugosity " + " (" + su.distance + ") *", cv.ConvertFromSI(su.distance, section.PipeWallRugosity), (sender, e) => { if (sender.Text.IsValidDoubleExpression()) { section.PipeWallRugosity = cv.ConvertToSI(su.distance, sender.Text.ParseExpressionToDouble()); } }); var tbtc = container.CreateAndAddStringEditorRow("Thermal Conductivity " + " (" + su.thermalConductivity + ") *", section.PipeWallThermalConductivityExpression, (sender, e) => { section.PipeWallThermalConductivityExpression = sender.Text.ToString(); }); container.CreateAndAddTextBoxRow("N0", "Increments", section.Incrementos, (sender, e) => { if (sender.Text.IsValidDoubleExpression()) { section.Incrementos = int.Parse(sender.Text.ToString()); } }); container.CreateAndAddTextBoxRow("N0", "Quantity", section.Quantidade, (sender, e) => { if (sender.Text.IsValidDoubleExpression()) { section.Quantidade = int.Parse(sender.Text.ToString()); } }); container.CreateAndAddTextBoxRow(nf, "Length" + " (" + su.distance + ")", cv.ConvertFromSI(su.distance, section.Comprimento), (sender, e) => { if (sender.Text.IsValidDoubleExpression()) { section.Comprimento = cv.ConvertToSI(su.distance, sender.Text.ParseExpressionToDouble()); } }); container.CreateAndAddTextBoxRow(nf, "Elevation" + " (" + su.distance + ")", cv.ConvertFromSI(su.distance, section.Elevacao), (sender, e) => { if (sender.Text.IsValidDoubleExpression()) { section.Elevacao = cv.ConvertToSI(su.distance, sender.Text.ParseExpressionToDouble()); } }); container.CreateAndAddTextBoxRow(nf, "External Diameter" + " (" + su.diameter + ")", cv.Convert("in", su.diameter, section.DE), (sender, e) => { if (sender.Text.IsValidDoubleExpression()) { section.DE = cv.Convert(su.diameter, "in", sender.Text.ParseExpressionToDouble()); } }); container.CreateAndAddTextBoxRow(nf, "Internal Diameter" + " (" + su.diameter + ")", cv.Convert("in", su.diameter, section.DI), (sender, e) => { if (sender.Text.IsValidDoubleExpression()) { section.DI = cv.Convert(su.diameter, "in", sender.Text.ParseExpressionToDouble()); } }); container.CreateAndAddDescriptionRow("* Fields required/used only for User-Defined materials"); tbr.ReadOnly = section.Material != flowsheet.GetTranslatedString("UserDefined"); tbtc.ReadOnly = tbr.ReadOnly; if (tbr.ReadOnly) { tbr.BackgroundColor = Eto.Drawing.Colors.LightGrey; tbtc.BackgroundColor = Eto.Drawing.Colors.LightGrey; } else { tbr.BackgroundColor = Eto.Drawing.SystemColors.ControlBackground; tbtc.BackgroundColor = Eto.Drawing.SystemColors.ControlBackground; } cbm.SelectedValueChanged += (sender, e) => { if (cbm.SelectedValue.ToString() == flowsheet.GetTranslatedString("UserDefined")) { tbr.ReadOnly = false; tbtc.ReadOnly = false; tbr.BackgroundColor = Eto.Drawing.SystemColors.ControlBackground; tbtc.BackgroundColor = Eto.Drawing.SystemColors.ControlBackground; tbr.Text = section.PipeWallRugosity.ConvertFromSI(su.distance).ToString(nf); tbtc.Text = section.PipeWallThermalConductivityExpression; tbtc.TextAlignment = TextAlignment.Left; } else { tbr.ReadOnly = true; tbtc.ReadOnly = true; tbr.BackgroundColor = Eto.Drawing.Colors.LightGrey; tbtc.BackgroundColor = Eto.Drawing.Colors.LightGrey; tbr.Text = pipe.rugosidade(cbm.SelectedValue.ToString(), section).ConvertFromSI(su.distance).ToString(nf); if (pipe.GraphicObject.InputConnectors[0].IsAttached) { var stream = (MaterialStream)flowsheet.SimulationObjects[pipe.GraphicObject.InputConnectors[0].AttachedConnector.AttachedFrom.Name]; tbtc.Text = pipe.k_parede(cbm.SelectedValue.ToString(), stream.GetTemperature(), section).ConvertFromSI(su.thermalConductivity).ToString(nf); } else { tbtc.Text = pipe.k_parede(cbm.SelectedValue.ToString(), 298.15, section).ConvertFromSI(su.thermalConductivity).ToString(nf); } tbtc.TextAlignment = TextAlignment.Right; } }; }
void Initialize() { container.CreateAndAddLabelRow("Reaction ID"); container.CreateAndAddStringEditorRow2("Name", "", rx.Name, (sender, e) => { rx.Name = sender.Text; }); container.CreateAndAddLabelRow("Compounds and Stoichiometry (Include / Name / Stoich. Coeff.)"); var compcontainer = new DynamicLayout(); compcontainer.BackgroundColor = Colors.White; Double val; foreach (ICompoundConstantProperties comp in flowsheet.SelectedCompounds.Values) { var chk = new CheckBox() { Text = comp.Name, Checked = (rx.Components.ContainsKey(comp.Name) ? true : false) }; chk.CheckedChanged += (sender, e) => { if (!rx.Components.ContainsKey(comp.Name)) { rx.Components.Add(comp.Name, new DWSIM.Thermodynamics.BaseClasses.ReactionStoichBase(comp.Name, 0, false, 0, 0)); } else { rx.Components.Remove(comp.Name); } UpdateEquation(); }; var sc = new TextBox() { Width = (int)(sf * 50), Text = (rx.Components.ContainsKey(comp.Name) ? rx.Components[comp.Name].StoichCoeff.ToString() : 0.0f.ToString()) }; sc.TextChanged += (sender, e) => { if (Double.TryParse(sc.Text.ToString(), out val)) { sc.TextColor = SystemColors.ControlText; if (!rx.Components.ContainsKey(comp.Name)) { rx.Components.Add(comp.Name, new DWSIM.Thermodynamics.BaseClasses.ReactionStoichBase(comp.Name, Double.Parse(sc.Text), false, 0, 0)); } else { rx.Components[comp.Name].StoichCoeff = double.Parse(sc.Text); } UpdateEquation(); } else { sc.TextColor = Colors.Red; } }; compcontainer.Add(new TableRow(chk, null, sc)); } container.CreateAndAddControlRow(compcontainer); container.CreateAndAddEmptySpace(); var comps = flowsheet.SelectedCompounds.Values.Select((x) => x.Name).ToList(); comps.Insert(0, ""); container.CreateAndAddLabelRow("Base Compound"); var basecompselector = container.CreateAndAddDropDownRow("Base Compound", comps, 0, null); var basecomp = rx.Components.Values.Where((x) => x.IsBaseReactant).FirstOrDefault(); if (basecomp != null) { basecompselector.SelectedIndex = comps.IndexOf(basecomp.CompName); } else { basecompselector.SelectedIndex = 0; } basecompselector.SelectedIndexChanged += (sender, e) => { if (rx.Components.ContainsKey(comps[basecompselector.SelectedIndex])) { foreach (var rxc in rx.Components.Values) { rxc.IsBaseReactant = false; } rx.Components[comps[basecompselector.SelectedIndex]].IsBaseReactant = true; rx.BaseReactant = comps[basecompselector.SelectedIndex]; } }; container.CreateAndAddLabelRow("Reaction Balance"); txtEquation = container.CreateAndAddLabelRow2(""); container.CreateAndAddLabelRow("Reaction Phase"); var rxphaseselector = container.CreateAndAddDropDownRow("Reaction Phase", Shared.StringArrays.reactionphase().ToList(), 0, null); switch (rx.ReactionPhase) { case Interfaces.Enums.PhaseName.Vapor: rxphaseselector.SelectedIndex = (0); break; case Interfaces.Enums.PhaseName.Liquid: rxphaseselector.SelectedIndex = (1); break; case Interfaces.Enums.PhaseName.Mixture: rxphaseselector.SelectedIndex = (2); break; } rxphaseselector.SelectedIndexChanged += (sender, e) => { switch (rxphaseselector.SelectedIndex) { case 0: rx.ReactionPhase = Interfaces.Enums.PhaseName.Vapor; break; case 1: rx.ReactionPhase = Interfaces.Enums.PhaseName.Liquid; break; case 2: rx.ReactionPhase = Interfaces.Enums.PhaseName.Mixture; break; } }; UpdateEquation(); }
void Initialize() { container.CreateAndAddLabelRow("Reaction ID"); container.CreateAndAddStringEditorRow2("Name", "", rx.Name, (sender, e) => { rx.Name = sender.Text; }); container.CreateAndAddLabelRow("Compounds and Stoichiometry (Include / Name / Heat of Formation (kJ/kg) / Stoich. Coeff.)"); var compcontainer = new DynamicLayout(); //compcontainer.BackgroundColor = Colors.White; Double val; foreach (ICompoundConstantProperties comp in flowsheet.SelectedCompounds.Values) { var chk = new CheckBox() { Text = comp.Name, Checked = (rx.Components.ContainsKey(comp.Name) ? true : false) }; chk.CheckedChanged += (sender, e) => { if (!rx.Components.ContainsKey(comp.Name)) { rx.Components.Add(comp.Name, new DWSIM.Thermodynamics.BaseClasses.ReactionStoichBase(comp.Name, 0, false, 0, 0)); } else { rx.Components.Remove(comp.Name); } UpdateEquation(); }; var sc = new TextBox() { Width = (int)(sf * 50), Text = (rx.Components.ContainsKey(comp.Name) ? rx.Components[comp.Name].StoichCoeff.ToString() : 0.0f.ToString()) }; sc.TextChanged += (sender, e) => { if (Double.TryParse(sc.Text.ToString(), out val)) { sc.TextColor = SystemColors.ControlText; if (!rx.Components.ContainsKey(comp.Name)) { rx.Components.Add(comp.Name, new DWSIM.Thermodynamics.BaseClasses.ReactionStoichBase(comp.Name, Double.Parse(sc.Text), false, 0, 0)); } else { rx.Components[comp.Name].StoichCoeff = double.Parse(sc.Text); } UpdateEquation(); } else { sc.TextColor = Colors.Red; } }; var hf = new TextBox() { Enabled = false, Width = (int)(sf * 100), Text = comp.IG_Enthalpy_of_Formation_25C.ToString("N2") }; compcontainer.Add(new TableRow(chk, null, hf, sc)); } container.CreateAndAddControlRow(compcontainer); container.CreateAndAddEmptySpace(); var comps = flowsheet.SelectedCompounds.Values.Select((x) => x.Name).ToList(); comps.Insert(0, ""); container.CreateAndAddLabelRow("Base Compound"); var basecompselector = container.CreateAndAddDropDownRow("Base Compound", comps, 0, null); var basecomp = rx.Components.Values.Where((x) => x.IsBaseReactant).FirstOrDefault(); if (basecomp != null) { basecompselector.SelectedIndex = comps.IndexOf(basecomp.CompName); } else { basecompselector.SelectedIndex = 0; } basecompselector.SelectedIndexChanged += (sender, e) => { if (rx.Components.ContainsKey(comps[basecompselector.SelectedIndex])) { foreach (var rxc in rx.Components.Values) { rxc.IsBaseReactant = false; } rx.Components[comps[basecompselector.SelectedIndex]].IsBaseReactant = true; rx.BaseReactant = comps[basecompselector.SelectedIndex]; } }; container.CreateAndAddLabelRow("Reaction Balance"); txtEquation = container.CreateAndAddLabelRow2(""); container.CreateAndAddLabelRow("Reaction Phase"); var rxphaseselector = container.CreateAndAddDropDownRow("Reaction Phase", Shared.StringArrays.reactionphase().ToList(), 0, null); switch (rx.ReactionPhase) { case Interfaces.Enums.PhaseName.Mixture: rxphaseselector.SelectedIndex = 0; break; case Interfaces.Enums.PhaseName.Vapor: rxphaseselector.SelectedIndex = 1; break; case Interfaces.Enums.PhaseName.Liquid: rxphaseselector.SelectedIndex = 2; break; } rxphaseselector.SelectedIndexChanged += (sender, e) => { switch (rxphaseselector.SelectedIndex) { case 0: rx.ReactionPhase = Interfaces.Enums.PhaseName.Mixture; break; case 1: rx.ReactionPhase = Interfaces.Enums.PhaseName.Vapor; break; case 2: rx.ReactionPhase = Interfaces.Enums.PhaseName.Liquid; break; } }; container.CreateAndAddLabelRow("Reaction Basis"); var rxbasisselector = container.CreateAndAddDropDownRow("Reaction Basis", Shared.StringArrays.reactionbasis().ToList(), 0, null); switch (rx.ReactionBasis) { case Interfaces.Enums.ReactionBasis.Activity: rxbasisselector.SelectedIndex = (0); break; case Interfaces.Enums.ReactionBasis.Fugacity: rxbasisselector.SelectedIndex = (1); break; case Interfaces.Enums.ReactionBasis.MassConc: rxbasisselector.SelectedIndex = (2); break; case Interfaces.Enums.ReactionBasis.MassFrac: rxbasisselector.SelectedIndex = (3); break; case Interfaces.Enums.ReactionBasis.MolarConc: rxbasisselector.SelectedIndex = (4); break; case Interfaces.Enums.ReactionBasis.MolarFrac: rxbasisselector.SelectedIndex = (5); break; case Interfaces.Enums.ReactionBasis.PartialPress: rxbasisselector.SelectedIndex = (6); break; } rxbasisselector.SelectedIndexChanged += (sender, e) => { switch (rxbasisselector.SelectedIndex) { case 0: rx.ReactionBasis = Interfaces.Enums.ReactionBasis.Activity; break; case 1: rx.ReactionBasis = Interfaces.Enums.ReactionBasis.Fugacity; break; case 2: rx.ReactionBasis = Interfaces.Enums.ReactionBasis.MassConc; break; case 3: rx.ReactionBasis = Interfaces.Enums.ReactionBasis.MassFrac; break; case 4: rx.ReactionBasis = Interfaces.Enums.ReactionBasis.MolarConc; break; case 5: rx.ReactionBasis = Interfaces.Enums.ReactionBasis.MolarFrac; break; case 6: rx.ReactionBasis = Interfaces.Enums.ReactionBasis.PartialPress; break; } }; container.CreateAndAddLabelRow("Rate Expressions"); container.CreateAndAddLabelRow2("Reaction Rate Numerator Expression:"); container.CreateAndAddMultilineTextBoxRow(rx.RateEquationNumerator, false, false, (sender, e) => rx.RateEquationNumerator = sender.Text); container.CreateAndAddLabelRow2("Reaction Rate Denominator Expression:"); container.CreateAndAddMultilineTextBoxRow(rx.RateEquationDenominator, false, false, (sender, e) => rx.RateEquationDenominator = sender.Text); container.CreateAndAddDescriptionRow("Reaction Rate (r) = f(T, Ri, Pi) = Numerator / Denominator"); container.CreateAndAddDescriptionRow("Expression Variables: Temperature (T) in K, reactant amounts (R1, R2, ..., Rn) and product amounts (P1, P2, ..., Pn in the selected amount units, Reaction Rate (r) in the selected velocity units."); container.CreateAndAddLabelRow("Units"); var us = new DWSIM.SharedClasses.SystemsOfUnits.Units(); var units = us.GetUnitSet(Interfaces.Enums.UnitOfMeasure.molar_conc); units.AddRange(us.GetUnitSet(Interfaces.Enums.UnitOfMeasure.mass_conc)); units.AddRange(us.GetUnitSet(Interfaces.Enums.UnitOfMeasure.pressure)); units.Insert(0, ""); container.CreateAndAddDropDownRow("Amount Units", units, units.IndexOf(rx.ConcUnit), (sender, e) => rx.ConcUnit = sender.SelectedValue.ToString()); var units2 = us.GetUnitSet(Interfaces.Enums.UnitOfMeasure.reac_rate_heterog); units2.Insert(0, ""); container.CreateAndAddDropDownRow("Velocity Units", units2, units2.IndexOf(rx.VelUnit), (sender, e) => rx.VelUnit = sender.SelectedValue.ToString()); UpdateEquation(); }
void Initialize() { container.CreateAndAddLabelRow("Reaction ID"); container.CreateAndAddStringEditorRow2("Name", "", rx.Name, (sender, e) => { rx.Name = sender.Text; }); container.CreateAndAddLabelRow("Compounds and Stoichiometry (Include / Name / Heat of Formation (kJ/kg) / Stoich. Coeff.)"); var compcontainer = new DynamicLayout(); //compcontainer.BackgroundColor = Colors.White; Double val; foreach (ICompoundConstantProperties comp in flowsheet.SelectedCompounds.Values) { var chk = new CheckBox() { Text = comp.Name, Checked = (rx.Components.ContainsKey(comp.Name) ? true : false) }; chk.CheckedChanged += (sender, e) => { if (!rx.Components.ContainsKey(comp.Name)) { rx.Components.Add(comp.Name, new DWSIM.Thermodynamics.BaseClasses.ReactionStoichBase(comp.Name, 0, false, 0, 0)); } else { rx.Components.Remove(comp.Name); } UpdateEquation(); }; var sc = new TextBox() { Width = (int)(sf * 50), Text = (rx.Components.ContainsKey(comp.Name) ? rx.Components[comp.Name].StoichCoeff.ToString() : 0.0f.ToString()) }; sc.TextChanged += (sender, e) => { if (Double.TryParse(sc.Text.ToString(), out val)) { sc.TextColor = SystemColors.ControlText; if (!rx.Components.ContainsKey(comp.Name)) { rx.Components.Add(comp.Name, new DWSIM.Thermodynamics.BaseClasses.ReactionStoichBase(comp.Name, Double.Parse(sc.Text), false, 0, 0)); } else { rx.Components[comp.Name].StoichCoeff = double.Parse(sc.Text); } UpdateEquation(); } else { sc.TextColor = Colors.Red; } }; var hf = new TextBox() { Enabled = false, Width = (int)(sf * 100), Text = comp.IG_Enthalpy_of_Formation_25C.ToString("N2") }; compcontainer.Add(new TableRow(chk, null, hf, sc)); } container.CreateAndAddControlRow(compcontainer); container.CreateAndAddEmptySpace(); var comps = flowsheet.SelectedCompounds.Values.Select((x) => x.Name).ToList(); comps.Insert(0, ""); container.CreateAndAddLabelRow("Base Compound"); var basecompselector = container.CreateAndAddDropDownRow("Base Compound", comps, 0, null); var basecomp = rx.Components.Values.Where((x) => x.IsBaseReactant).FirstOrDefault(); if (basecomp != null) { basecompselector.SelectedIndex = comps.IndexOf(basecomp.CompName); } else { basecompselector.SelectedIndex = 0; } basecompselector.SelectedIndexChanged += (sender, e) => { if (rx.Components.ContainsKey(comps[basecompselector.SelectedIndex])) { foreach (var rxc in rx.Components.Values) { rxc.IsBaseReactant = false; } rx.Components[comps[basecompselector.SelectedIndex]].IsBaseReactant = true; rx.BaseReactant = comps[basecompselector.SelectedIndex]; UpdateEquation(); } }; container.CreateAndAddLabelRow("Reaction Balance"); txtEquation = container.CreateAndAddLabelRow2(""); container.CreateAndAddLabelRow("Temperature Limits"); var nf = flowsheet.FlowsheetOptions.NumberFormat; var su = flowsheet.FlowsheetOptions.SelectedUnitSystem; container.CreateAndAddTextBoxRow(nf, "Minimum Temperature (" + su.temperature + ")", rx.Tmin.ConvertFromSI(su.temperature), (sender, e) => { if (sender.Text.IsValidDouble()) { rx.Tmin = sender.Text.ToDoubleFromCurrent().ConvertToSI(su.temperature); } }); container.CreateAndAddTextBoxRow(nf, "Maximum Temperature (" + su.temperature + ")", rx.Tmax.ConvertFromSI(su.temperature), (sender, e) => { if (sender.Text.IsValidDouble()) { rx.Tmax = sender.Text.ToDoubleFromCurrent().ConvertToSI(su.temperature); } }); container.CreateAndAddTextBoxRow(nf, "Approach (" + su.temperature + ")", rx.Approach.ConvertFromSI(su.temperature), (sender, e) => { if (sender.Text.IsValidDouble()) { rx.Approach = sender.Text.ToDoubleFromCurrent().ConvertToSI(su.temperature); } }); container.CreateAndAddLabelRow("Reaction Basis"); var rxbasisselector = container.CreateAndAddDropDownRow("Reaction Basis", Shared.StringArrays.reactionbasis().ToList(), 0, null); switch (rx.ReactionBasis) { case Interfaces.Enums.ReactionBasis.Activity: rxbasisselector.SelectedIndex = (0); break; case Interfaces.Enums.ReactionBasis.Fugacity: rxbasisselector.SelectedIndex = (1); break; case Interfaces.Enums.ReactionBasis.MassConc: rxbasisselector.SelectedIndex = (2); break; case Interfaces.Enums.ReactionBasis.MassFrac: rxbasisselector.SelectedIndex = (3); break; case Interfaces.Enums.ReactionBasis.MolarConc: rxbasisselector.SelectedIndex = (4); break; case Interfaces.Enums.ReactionBasis.MolarFrac: rxbasisselector.SelectedIndex = (5); break; case Interfaces.Enums.ReactionBasis.PartialPress: rxbasisselector.SelectedIndex = (6); break; } rxbasisselector.SelectedIndexChanged += (sender, e) => { switch (rxbasisselector.SelectedIndex) { case 0: rx.ReactionBasis = Interfaces.Enums.ReactionBasis.Activity; break; case 1: rx.ReactionBasis = Interfaces.Enums.ReactionBasis.Fugacity; break; case 2: rx.ReactionBasis = Interfaces.Enums.ReactionBasis.MassConc; break; case 3: rx.ReactionBasis = Interfaces.Enums.ReactionBasis.MassFrac; break; case 4: rx.ReactionBasis = Interfaces.Enums.ReactionBasis.MolarConc; break; case 5: rx.ReactionBasis = Interfaces.Enums.ReactionBasis.MolarFrac; break; case 6: rx.ReactionBasis = Interfaces.Enums.ReactionBasis.PartialPress; break; } }; container.CreateAndAddLabelRow("Reaction Phase"); var rxphaseselector = container.CreateAndAddDropDownRow("Reaction Phase", Shared.StringArrays.reactionphase().ToList(), 0, null); switch (rx.ReactionPhase) { case Interfaces.Enums.PhaseName.Mixture: rxphaseselector.SelectedIndex = (0); break; case Interfaces.Enums.PhaseName.Vapor: rxphaseselector.SelectedIndex = (1); break; case Interfaces.Enums.PhaseName.Liquid: rxphaseselector.SelectedIndex = (2); break; } rxphaseselector.SelectedIndexChanged += (sender, e) => { switch (rxphaseselector.SelectedIndex) { case 0: rx.ReactionPhase = Interfaces.Enums.PhaseName.Mixture; break; case 1: rx.ReactionPhase = Interfaces.Enums.PhaseName.Vapor; break; case 2: rx.ReactionPhase = Interfaces.Enums.PhaseName.Liquid; break; } }; UpdateEquation(); }
public void UpdatePropertiesLayout() { Application.Instance.Invoke(() => { try { var pm = (PlotModel)Chart.PlotModel; var pl = new DynamicLayout(); pl.Padding = new Eto.Drawing.Padding(10); pl.CreateAndAddButtonRow("Update Chart Data", null, (btn, e) => { Application.Instance.Invoke(() => { UpdatePlotModelData(); UpdatePropertiesLayout(); }); }); pl.CreateAndAddLabelRow("General"); pl.CreateAndAddStringEditorRow("Chart Name", Chart.DisplayName, (t, e) => { Chart.DisplayName = t.Text; }, () => Application.Instance.Invoke(() => ((DocumentPage)Parent).Text = Chart.DisplayName)); pl.CreateAndAddDropDownRow("Data Source", Chart.ChartSource.GetEnumNames(), (int)Chart.ChartSource, (dd, e) => { Chart.ChartSource = (ChartSource)dd.SelectedIndex; UpdatePropertiesLayout(); }); if (Chart.ChartSource == ChartSource.FlowsheetObject) { pl.CreateAndAddLabelRow("Data Source"); var objlist = new List <String>(); objlist = Flowsheet.SimulationObjects.Values.Select((x) => x.GraphicObject.Tag).ToList(); objlist.Insert(0, ""); string selobj = ""; if (Flowsheet.SimulationObjects.ContainsKey(Chart.ChartSourceObjectID)) { selobj = Flowsheet.SimulationObjects[Chart.ChartSourceObjectID].GraphicObject.Tag; } pl.CreateAndAddDropDownRow("Source Object", objlist, objlist.IndexOf(selobj), (dd, e) => { var obj = Flowsheet.GetFlowsheetSimulationObject(dd.SelectedValue.ToString()); if (obj != null) { Chart.ChartSourceObjectID = obj.Name; } UpdatePropertiesLayout(); }); if (Flowsheet.SimulationObjects.ContainsKey(Chart.ChartSourceObjectID)) { var obj = Flowsheet.GetFlowsheetSimulationObject(selobj); var chartnames = obj.GetChartModelNames(); var cindex = 0; if (Chart.ChartSourceObjectChartID != "") { if (chartnames.Contains(Chart.ChartSourceObjectChartID)) { cindex = chartnames.IndexOf(Chart.ChartSourceObjectChartID); } } pl.CreateAndAddDropDownRow("Source Object Chart Type", chartnames, cindex, (dd, e) => { Chart.ChartSourceObjectChartID = chartnames[dd.SelectedIndex]; Application.Instance.Invoke(() => { UpdatePlotModelData(); UpdatePropertiesLayout(); }); }); pl.CreateAndAddCheckBoxRow("Auto Update Chart from Object", Chart.ChartSourceObjectAutoUpdate, (chk, e) => { Chart.ChartSourceObjectAutoUpdate = chk.Checked.GetValueOrDefault(); }); } } else { pl.CreateAndAddLabelRow2("X Axis Data Sources"); var ml1 = pl.CreateAndAddMultilineTextBoxRow(String.Join(Environment.NewLine, Chart.SpreadsheetDataSourcesX), false, true, (txt, e) => { }); pl.CreateAndAddButtonRow("Update Data", null, (btn, e) => { try { Chart.SpreadsheetDataSourcesX.Clear(); foreach (var line in ml1.Text.Split('\n')) { Chart.SpreadsheetDataSourcesX.Add(line.Trim()); } Application.Instance.Invoke(() => { UpdatePlotModelData(); }); } catch (Exception ex) { MessageBox.Show("Error updating chart data: " + ex.Message, "DWSIM", MessageBoxType.Error); } }); pl.CreateAndAddLabelRow2("Y Axis Data Sources"); var ml2 = pl.CreateAndAddMultilineTextBoxRow(String.Join(Environment.NewLine, Chart.SpreadsheetDataSourcesY), false, true, (txt, e) => { }); pl.CreateAndAddButtonRow("Update Data", null, (btn, e) => { try { Chart.SpreadsheetDataSourcesY.Clear(); foreach (var line in ml2.Text.Split('\n')) { Chart.SpreadsheetDataSourcesY.Add(line.Trim()); } Application.Instance.Invoke(() => { UpdatePlotModelData(); }); } catch (Exception ex) { MessageBox.Show("Error updating chart data: " + ex.Message, "DWSIM", MessageBoxType.Error); } }); } if (pm != null) { pl.CreateAndAddLabelRow("Plot"); pl.CreateAndAddStringEditorRow("Title", pm.Title, (txt, e) => { Application.Instance.Invoke(() => { pm.Title = txt.Text; ChartView.Model.InvalidatePlot(true); ChartView.Invalidate(); }); }); pl.CreateAndAddDropDownRow("Title Position", pm.TitleHorizontalAlignment.GetEnumNames(), (int)pm.TitleHorizontalAlignment, (dd, e) => { pm.TitleHorizontalAlignment = dd.SelectedIndex.ToEnum <TitleHorizontalAlignment>(); Application.Instance.Invoke(() => { ChartView.Model.InvalidatePlot(true); ChartView.Invalidate(); }); }); pl.CreateAndAddNumericEditorRow("Title Font Size", pm.TitleFontSize, 4.0, 30, 1, (ns, e) => { pm.TitleFontSize = ns.Value; Application.Instance.Invoke(() => { ChartView.Model.InvalidatePlot(true); ChartView.Invalidate(); }); }); pl.CreateAndAddStringEditorRow("Subtitle", pm.Subtitle, (txt, e) => { pm.Subtitle = txt.Text; Application.Instance.Invoke(() => { ChartView.Model.InvalidatePlot(true); ChartView.Invalidate(); }); }); pl.CreateAndAddNumericEditorRow("Subtitle Font Size", pm.SubtitleFontSize, 4.0, 30, 1, (ns, e) => { pm.SubtitleFontSize = ns.Value; Application.Instance.Invoke(() => { ChartView.Model.InvalidatePlot(true); ChartView.Invalidate(); }); }); pl.CreateAndAddCheckBoxRow("Display Legend", pm.IsLegendVisible, (chk, e) => { pm.IsLegendVisible = chk.Checked.GetValueOrDefault(); Application.Instance.Invoke(() => { ChartView.Model.InvalidatePlot(true); ChartView.Invalidate(); }); }); if (pm.IsLegendVisible) { pl.CreateAndAddDropDownRow("Legend Position", pm.LegendPosition.GetEnumNames(), (int)pm.LegendPosition, (dd, e) => { pm.LegendPosition = dd.SelectedIndex.ToEnum <LegendPosition>(); Application.Instance.Invoke(() => { ChartView.Model.InvalidatePlot(true); ChartView.Invalidate(); }); }); pl.CreateAndAddDropDownRow("Legend Placement", pm.LegendPlacement.GetEnumNames(), (int)pm.LegendPlacement, (dd, e) => { pm.LegendPlacement = dd.SelectedIndex.ToEnum <LegendPlacement>(); Application.Instance.Invoke(() => { ChartView.Model.InvalidatePlot(true); ChartView.Invalidate(); }); }); pl.CreateAndAddDropDownRow("Legend Orientation", pm.LegendOrientation.GetEnumNames(), (int)pm.LegendOrientation, (dd, e) => { pm.LegendOrientation = dd.SelectedIndex.ToEnum <LegendOrientation>(); Application.Instance.Invoke(() => { ChartView.Model.InvalidatePlot(true); ChartView.Invalidate(); }); }); pl.CreateAndAddStringEditorRow("Legend Title", pm.LegendTitle, (txt, e) => { pm.LegendTitle = txt.Text; Application.Instance.Invoke(() => { ChartView.Model.InvalidatePlot(true); ChartView.Invalidate(); }); }); pl.CreateAndAddNumericEditorRow("Legend Title Font Size", pm.LegendTitleFontSize, 4.0, 30, 1, (ns, e) => { pm.LegendTitleFontSize = ns.Value; Application.Instance.Invoke(() => { ChartView.Model.InvalidatePlot(true); ChartView.Invalidate(); }); }); pl.CreateAndAddDropDownRow("Legend Item Alignment", pm.LegendItemAlignment.GetEnumNames(), (int)pm.LegendItemAlignment, (dd, e) => { pm.LegendItemAlignment = dd.SelectedIndex.ToEnum <OxyPlot.HorizontalAlignment>(); Application.Instance.Invoke(() => { ChartView.Model.InvalidatePlot(true); ChartView.Invalidate(); }); }); pl.CreateAndAddDropDownRow("Legend Item Order", pm.LegendItemOrder.GetEnumNames(), (int)pm.LegendItemOrder, (dd, e) => { pm.LegendItemOrder = dd.SelectedIndex.ToEnum <OxyPlot.LegendItemOrder>(); Application.Instance.Invoke(() => { ChartView.Model.InvalidatePlot(true); ChartView.Invalidate(); }); }); pl.CreateAndAddNumericEditorRow("Legend Item Spacing", pm.LegendItemSpacing, 0.1, 5, 1, (ns, e) => { pm.LegendItemSpacing = ns.Value; Application.Instance.Invoke(() => { ChartView.Model.InvalidatePlot(true); ChartView.Invalidate(); }); }); pl.CreateAndAddNumericEditorRow("Legend Line Spacing", pm.LegendLineSpacing, 0.1, 5, 1, (ns, e) => { pm.LegendLineSpacing = ns.Value; Application.Instance.Invoke(() => { ChartView.Model.InvalidatePlot(true); ChartView.Invalidate(); }); }); } if (pm.Axes.Count >= 1) { pl.CreateAndAddLabelRow("X Axis"); pl.CreateAndAddStringEditorRow("Title", pm.Axes[0].Title, (txt, e) => { pm.Axes[0].Title = txt.Text; Application.Instance.Invoke(() => { ChartView.Model.InvalidatePlot(true); ChartView.Invalidate(); }); }); pl.CreateAndAddNumericEditorRow("Font Size", pm.Axes[0].FontSize, 4.0, 30, 1, (ns, e) => { pm.Axes[0].FontSize = ns.Value; Application.Instance.Invoke(() => { ChartView.Model.InvalidatePlot(true); ChartView.Invalidate(); }); }); pl.CreateAndAddNumericEditorRow("Title Font Size", pm.Axes[0].TitleFontSize, 4.0, 30, 1, (ns, e) => { pm.Axes[0].TitleFontSize = ns.Value; Application.Instance.Invoke(() => { ChartView.Model.InvalidatePlot(true); ChartView.Invalidate(); }); }); pl.CreateAndAddNumericEditorRow("Title Position", pm.Axes[0].TitlePosition, 0.0, 1.0, 2, (ns, e) => { pm.Axes[0].TitlePosition = ns.Value; Application.Instance.Invoke(() => { ChartView.Model.InvalidatePlot(true); ChartView.Invalidate(); }); }); } if (pm.Axes.Count >= 2) { pl.CreateAndAddLabelRow("Y Axis"); pl.CreateAndAddStringEditorRow("Title", pm.Axes[1].Title, (txt, e) => { pm.Axes[1].Title = txt.Text; Application.Instance.Invoke(() => { ChartView.Model.InvalidatePlot(true); ChartView.Invalidate(); }); }); pl.CreateAndAddNumericEditorRow("Font Size", pm.Axes[1].FontSize, 4.0, 30, 1, (ns, e) => { pm.Axes[1].FontSize = ns.Value; Application.Instance.Invoke(() => { ChartView.Model.InvalidatePlot(true); ChartView.Invalidate(); }); }); pl.CreateAndAddNumericEditorRow("Title Font Size", pm.Axes[1].TitleFontSize, 4.0, 30, 1, (ns, e) => { pm.Axes[1].TitleFontSize = ns.Value; Application.Instance.Invoke(() => { ChartView.Model.InvalidatePlot(true); ChartView.Invalidate(); }); }); pl.CreateAndAddNumericEditorRow("Title Position", pm.Axes[1].TitlePosition, 0.0, 1.0, 2, (ns, e) => { pm.Axes[1].TitlePosition = ns.Value; Application.Instance.Invoke(() => { ChartView.Model.InvalidatePlot(true); ChartView.Invalidate(); }); }); } } var i = 0; foreach (LineSeries series in pm.Series) { pl.CreateAndAddLabelRow(String.Format("Line Series #{0}", i)); pl.CreateAndAddStringEditorRow("Title", series.Title, (txt, e) => { series.Title = txt.Text; Application.Instance.Invoke(() => { ChartView.Model.InvalidatePlot(true); ChartView.Invalidate(); }); }); pl.CreateAndAddDropDownRow("Line Type", series.LineStyle.GetEnumNames(), (int)series.LineStyle, (dd, e) => { series.LineStyle = dd.SelectedIndex.ToEnum <LineStyle>(); Application.Instance.Invoke(() => { ChartView.Model.InvalidatePlot(true); ChartView.Invalidate(); }); }); var cchoices = new List <string>(ColorChoices); cchoices.Insert(0, series.Color.ToString()); pl.CreateAndAddDropDownRow("Line Color", cchoices, 0, (dd, e) => { if (dd.SelectedIndex > 0) { series.Color = (OxyColor)typeof(OxyColors).GetField(dd.SelectedValue.ToString()).GetValue(null); } Application.Instance.Invoke(() => { ChartView.Model.InvalidatePlot(true); ChartView.Invalidate(); }); }); pl.CreateAndAddNumericEditorRow("Line Width", series.StrokeThickness, 0.1, 10.0, 1, (ns, e) => { series.StrokeThickness = ns.Value; Application.Instance.Invoke(() => { ChartView.Model.InvalidatePlot(true); ChartView.Invalidate(); }); }); pl.CreateAndAddDropDownRow("Marker Type", series.MarkerType.GetEnumNames(), (int)series.MarkerType, (dd, e) => { series.MarkerType = dd.SelectedIndex.ToEnum <MarkerType>(); Application.Instance.Invoke(() => { ChartView.Model.InvalidatePlot(true); ChartView.Invalidate(); }); }); cchoices = new List <string>(ColorChoices); cchoices.Insert(0, series.Color.ToString()); pl.CreateAndAddNumericEditorRow("Marker Size", series.MarkerSize, 0.1, 10.0, 1, (ns, e) => { series.MarkerSize = ns.Value; Application.Instance.Invoke(() => { ChartView.Model.InvalidatePlot(true); ChartView.Invalidate(); }); }); pl.CreateAndAddDropDownRow("Marker Fill Color", cchoices, 0, (dd, e) => { if (dd.SelectedIndex > 0) { series.MarkerFill = (OxyColor)typeof(OxyColors).GetField(dd.SelectedValue.ToString()).GetValue(null); } Application.Instance.Invoke(() => { ChartView.Model.InvalidatePlot(true); ChartView.Invalidate(); }); }); pl.CreateAndAddNumericEditorRow("Marker Stroke Size", series.MarkerStrokeThickness, 0.1, 10.0, 1, (ns, e) => { series.MarkerStrokeThickness = ns.Value; Application.Instance.Invoke(() => { ChartView.Model.InvalidatePlot(true); ChartView.Invalidate(); }); }); pl.CreateAndAddDropDownRow("Marker Stroke Color", cchoices, 0, (dd, e) => { if (dd.SelectedIndex > 0) { series.MarkerStroke = (OxyColor)typeof(OxyColors).GetField(dd.SelectedValue.ToString()).GetValue(null); } Application.Instance.Invoke(() => { ChartView.Model.InvalidatePlot(true); ChartView.Invalidate(); }); }); } Splitter.Panel2 = new Scrollable { Content = pl }; Splitter.Panel2.Width = 350; } catch (Exception ex) { Flowsheet.ShowMessage("Error updating chart property list: " + ex.Message, Interfaces.IFlowsheet.MessageType.GeneralError); } }); }
void Initialize() { var su = flowsheet.FlowsheetOptions.SelectedUnitSystem; var nf = flowsheet.FlowsheetOptions.NumberFormat; if (section.TipoSegmento == "Tubulaosimples") { section.TipoSegmento = "Straight Tube Section"; } var lblseg = container.CreateAndAddTwoLabelsRow("Segment", section.Indice.ToString()); container.CreateAndAddDropDownRow("Type", sectypes, Array.IndexOf(sectypes.ToArray(), section.TipoSegmento), (sender, e) => section.TipoSegmento = sectypes[sender.SelectedIndex]); var cbm = container.CreateAndAddDropDownRow("Material", materials, Array.IndexOf(materials.ToArray(), section.Material), (sender, e) => section.Material = materials[sender.SelectedIndex]); var tbr = container.CreateAndAddTextBoxRow("G8", "Rugosity " + " (" + su.distance + ") *", cv.ConvertFromSI(su.distance, section.PipeWallRugosity), (sender, e) => { if (sender.Text.IsValidDoubleExpression()) { section.PipeWallRugosity = cv.ConvertToSI(su.distance, sender.Text.ParseExpressionToDouble()); } }); var tbtc = container.CreateAndAddStringEditorRow("Thermal Conductivity " + " (" + su.thermalConductivity + ") *", section.PipeWallThermalConductivityExpression, (sender, e) => { section.PipeWallThermalConductivityExpression = sender.Text.ToString(); }); container.CreateAndAddDescriptionRow("* Fields required/used only for User-Defined materials"); container.CreateAndAddTextBoxRow("N0", "Increments", section.Incrementos, (sender, e) => { if (sender.Text.IsValidDoubleExpression()) { section.Incrementos = int.Parse(sender.Text.ToString()); } }); container.CreateAndAddTextBoxRow("N0", "Quantity", section.Quantidade, (sender, e) => { if (sender.Text.IsValidDoubleExpression()) { section.Quantidade = int.Parse(sender.Text.ToString()); } }); container.CreateAndAddTextBoxRow(nf, "Length" + " (" + su.distance + ")", cv.ConvertFromSI(su.distance, section.Comprimento), (sender, e) => { if (sender.Text.IsValidDoubleExpression()) { section.Comprimento = cv.ConvertToSI(su.distance, sender.Text.ParseExpressionToDouble()); } }); container.CreateAndAddTextBoxRow(nf, "Elevation" + " (" + su.distance + ")", cv.ConvertFromSI(su.distance, section.Elevacao), (sender, e) => { if (sender.Text.IsValidDoubleExpression()) { section.Elevacao = cv.ConvertToSI(su.distance, sender.Text.ParseExpressionToDouble()); } }); var edtb = container.CreateAndAddTextBoxRow(nf, "External Diameter" + " (" + su.diameter + ")", cv.Convert("in", su.diameter, section.DE), (sender, e) => { if (sender.Text.IsValidDoubleExpression()) { section.DE = cv.Convert(su.diameter, "in", sender.Text.ParseExpressionToDouble()); } }); var idtb = container.CreateAndAddTextBoxRow(nf, "Internal Diameter" + " (" + su.diameter + ")", cv.Convert("in", su.diameter, section.DI), (sender, e) => { if (sender.Text.IsValidDoubleExpression()) { section.DI = cv.Convert(su.diameter, "in", sender.Text.ParseExpressionToDouble()); } }); var ssizes = Pipe.GetStandardPipeSizes(); var cmenussizes = new ContextMenu(); foreach (var key in ssizes.Keys) { var mi = new ButtonMenuItem { Text = key }; foreach (var item in ssizes[key]) { var mi2 = new ButtonMenuItem { Text = item.StandardSizeDescription + " (OD = " + item.ExternalDiameter_Inches + " in., ID = " + item.InternalDiameter_Inches + " in.)" }; mi2.Click += (s, e) => { flowsheet.RunCodeOnUIThread(() => { edtb.Text = item.ExternalDiameter_Inches.ConvertUnits("in", su.diameter).ToString(nf); idtb.Text = item.InternalDiameter_Inches.ConvertUnits("in", su.diameter).ToString(nf); }); }; mi.Items.Add(mi2); } cmenussizes.Items.Add(mi); } container.CreateAndAddButtonRow("Standard Pipe Sizes...", null, (btn, ev) => { cmenussizes.Show(btn); }); tbr.ReadOnly = section.Material != flowsheet.GetTranslatedString("UserDefined"); tbtc.ReadOnly = tbr.ReadOnly; if (tbr.ReadOnly) { tbr.BackgroundColor = Eto.Drawing.Colors.LightGrey; tbtc.BackgroundColor = Eto.Drawing.Colors.LightGrey; } else { tbr.BackgroundColor = Eto.Drawing.SystemColors.ControlBackground; tbtc.BackgroundColor = Eto.Drawing.SystemColors.ControlBackground; } cbm.SelectedValueChanged += (sender, e) => { if (cbm.SelectedValue.ToString() == flowsheet.GetTranslatedString("UserDefined")) { tbr.ReadOnly = false; tbtc.ReadOnly = false; tbr.BackgroundColor = Eto.Drawing.SystemColors.ControlBackground; tbtc.BackgroundColor = Eto.Drawing.SystemColors.ControlBackground; tbr.Text = section.PipeWallRugosity.ConvertFromSI(su.distance).ToString(nf); tbtc.Text = section.PipeWallThermalConductivityExpression; tbtc.TextAlignment = TextAlignment.Left; } else { tbr.ReadOnly = true; tbtc.ReadOnly = true; tbr.BackgroundColor = Eto.Drawing.Colors.LightGrey; tbtc.BackgroundColor = Eto.Drawing.Colors.LightGrey; tbr.Text = pipe.GetRugosity(cbm.SelectedValue.ToString(), section).ConvertFromSI(su.distance).ToString(nf); if (pipe.GraphicObject != null && pipe.GraphicObject.InputConnectors[0].IsAttached) { var stream = (MaterialStream)flowsheet.SimulationObjects[pipe.GraphicObject.InputConnectors[0].AttachedConnector.AttachedFrom.Name]; tbtc.Text = pipe.k_parede(cbm.SelectedValue.ToString(), stream.GetTemperature(), section).ConvertFromSI(su.thermalConductivity).ToString(nf); } else { tbtc.Text = pipe.k_parede(cbm.SelectedValue.ToString(), 298.15, section).ConvertFromSI(su.thermalConductivity).ToString(nf); } tbtc.TextAlignment = TextAlignment.Right; } }; }
public PIDTuningTool(Shared.Flowsheet fs, DynamicsIntegratorControl intcontrol) : base() { Flowsheet = fs; intc = intcontrol; Padding = new Eto.Drawing.Padding(5); Spacing = new Size(5, 5); Padding = new Eto.Drawing.Padding(5); Spacing = new Size(10, 10); var leftcontainer = new DynamicLayout { Width = 300 }; leftcontainer.CreateAndAddLabelRow("Schedule"); var schlist = Flowsheet.DynamicsManager.ScheduleList.Values.ToList(); var cbSchedule = leftcontainer.CreateAndAddDropDownRow("Schedule", schlist.Select((x) => x.Description).ToList(), 0, (dd, e) => schedule = schlist[dd.SelectedIndex]); leftcontainer.CreateAndAddLabelRow("Controllers"); leftcontainer.CreateAndAddDescriptionRow("Select the PID Controllers to tune."); var listb = new CheckBoxList() { Height = 200 }; foreach (var obj in Flowsheet.SimulationObjects.Values.Where((x) => x.ObjectClass == Interfaces.Enums.SimulationObjectClass.Controllers)) { listb.Items.Add(obj.GraphicObject.Tag, obj.Name); } leftcontainer.CreateAndAddControlRow(listb); leftcontainer.CreateAndAddNumericEditorRow("Maximum Iterations", iterations, 5, 100, 0, (ns, e) => { iterations = (int)ns.Value; }); var btnRun = leftcontainer.CreateAndAddButtonRow("Begin Tuning", null, null); var btnCancel = leftcontainer.CreateAndAddButtonRow("Cancel", null, (btn, e) => Abort = true); txtResults = new TextArea { ReadOnly = true, Wrap = true }; Rows.Add(new TableRow(leftcontainer, new Scrollable { Content = txtResults })); btnRun.Click += (s, e) => { Flowsheet.RunCodeOnUIThread(() => { txtResults.Text = ""; if (!Flowsheet.DynamicMode) { txtResults.Text += "Error: Dynamic Mode is not activated. Activate Dynamic Mode and try again."; return; } intc.cbsc.SelectedIndex = cbSchedule.SelectedIndex; var schedule = Flowsheet.DynamicsManager.ScheduleList[Flowsheet.DynamicsManager.CurrentSchedule]; List <OptSimplexBoundVariable> vars = new List <OptSimplexBoundVariable>(); List <PIDController> controllers = new List <PIDController>(); foreach (var item in listb.SelectedKeys) { var controller = (PIDController)Flowsheet.SimulationObjects[item]; controllers.Add(controller); vars.Add(new OptSimplexBoundVariable(controller.Kp, 0.0, controller.Kp * 10)); vars.Add(new OptSimplexBoundVariable(controller.Ki, 0.0, 100.0)); vars.Add(new OptSimplexBoundVariable(controller.Kd, 0.0, 100.0)); } btnRun.Enabled = false; btnCancel.Enabled = true; Simplex simplex = new Simplex(); simplex.MaxFunEvaluations = iterations; Abort = false; int counter = 1; if (schedule.InitialFlowsheetStateID == "" | schedule.UseCurrentStateAsInitial) { txtResults.Text += "The selected schedule must have a valid initial state to start from."; btnRun.Enabled = true; btnCancel.Enabled = false; return; } var result = simplex.ComputeMin(x => { if (Abort) { return(0.0); } Flowsheet.RunCodeOnUIThread(() => { txtResults.Text += (string.Format("Beginning Iteration #{0}...\n", counter)); }); intc.RestoreState(schedule.InitialFlowsheetStateID); var i = 0; foreach (var controller in controllers) { controller.Kp = x[i]; controller.Ki = x[i + 1]; controller.Kd = x[i + 2]; Flowsheet.RunCodeOnUIThread(() => { txtResults.Text += (string.Format("Controller: {0} - Kp = {1}, Ki = {2}, Kd = {3}\n", controller.GraphicObject.Tag, controller.Kp, controller.Ki, controller.Kd)); }); i += 3; } intc.RunIntegrator(false, true); var totalerror = controllers.Select(c => c.CumulativeError).ToArray().AbsSumY(); Flowsheet.RunCodeOnUIThread(() => { txtResults.Text += (string.Format("Total Error: {0}\n", totalerror)); txtResults.CaretIndex = txtResults.Text.Length - 1; }); Application.Instance.RunIteration(); counter += 1; return(totalerror); }, vars.ToArray()); if (Abort) { txtResults.Text += (string.Format("Tuning aborted by the user. Results:\n")); } else { txtResults.Text += (string.Format("Tuning finished successfully. Results:\n")); } var j = 0; foreach (var controller in controllers) { controller.Kp = result[j]; controller.Ki = result[j + 1]; controller.Kd = result[j + 2]; txtResults.Text += (string.Format("Controller: {0} - Kp = {1}, Ki = {2}, Kd = {3}\n", controller.GraphicObject.Tag, controller.Kp, controller.Ki, controller.Kd)); j += 3; } btnRun.Enabled = true; btnCancel.Enabled = false; Flowsheet.UpdateInterface(); }); }; }