private void BoilTimeTextBox_TextChanged(object sender, TextChangedEventArgs e) { BoilTimeTextBox = (TextBox)(sender); int val = 0; if (BoilTimeTextBox.Text.Equals(String.Empty)) { return; } if (Grist != null && Int32.TryParse(BoilTimeTextBox.Text, out val)) { BoilTime = val; Volumes.BoilOffLoss = GrainfatherCalculator.CalcBoilOffVolume(BoilTime); recalculateGrainBill(); } }
private void BatchSizeVolumeTextBox_TextChanged(object sender, TextChangedEventArgs e) { BatchSizeVolumeTextBox = (TextBox)(sender); double val = 0; if (BatchSizeVolumeTextBox.Text.Equals(String.Empty) || Volumes == null) { return; } if (Grist != null && Double.TryParse(BatchSizeVolumeTextBox.Text, out val)) { if (val > (GrainfatherCalculator.GRAINFATHER_MAX_PREBOILVOLUME - GrainfatherCalculator.CalcBoilOffVolume(BoilTime))) { MessageBox.Show("Batch size is to big. Please reduce it"); return; } } Volumes.FinalBatchVolume = val; recalculateGrainBill(); }
private void updateGuiText() { EstAttenTextBox.Text = EstAtten.ToString(); MashVolumeLabel.Content = new StringBuilder() .AppendFormat("Mash water volume: {0:F1} liters", GrainfatherCalculator.CalcMashVolume(GrainBillSize)).ToString(); SpargeVolumeLabel.Content = new StringBuilder() .AppendFormat("Sparge water volume: {0:F1} liters", GrainfatherCalculator.CalcSpargeWaterVolume(GrainBillSize, (Volumes.PreBoilVolume + Volumes.PreBoilTapOff), TopUpMashWater)) .ToString(); PreBoilDataLabel.Content = new StringBuilder() .AppendFormat("Expected pre-boil gravity is {0:F3}, preboil volume {1:F1} liters", GravityAlgorithms.GetGravity( Grist.Where(x => (x.Stage != FermentableStage.Fermentor && x.Stage != FermentableStage.ColdSteep)).Sum(x => x.GU), Volumes.PreBoilVolume), Volumes.PreBoilVolume).ToString(); PostBoilDataLabel.Content = new StringBuilder() .AppendFormat("Expected post-boil gravity is {0:F3}, postboil volume {1:F1} liters", OriginalGravity, Volumes.PostBoilVolume).ToString(); AbvDataLabel.Content = new StringBuilder().AppendFormat("Expected ABV is {0:F2} %", Abv.CalculateAbv(OriginalGravity, ((OriginalGravity - 1) * (1 - ((double)EstAtten / 100))) + 1)).ToString(); }
public MainWindow() { InitializeComponent(); var assembly = Assembly.GetExecutingAssembly(); var path = Environment.GetFolderPath(Environment.SpecialFolder.LocalApplicationData); var fullpath = String.Format("{0}\\{1}", path, assembly.GetName().Name); try { if (!Directory.Exists(fullpath)) { Directory.CreateDirectory(fullpath); } } catch (Exception e) { MessageBox.Show(String.Format("Unable to create {0}. Exception {1}", fullpath, e)); } HopsRepo = new HopsRepository(); MaltRepo = new FermentableRepository(); Grist = new ObservableCollection <GristPart>(); MaltsListView.ItemsSource = Grist; BoilHops = new ObservableCollection <HopAddition>(); HopsListView.ItemsSource = BoilHops; MashProfileList = new ObservableCollection <Domain.MashProfileStep>(); MashStepListView.ItemsSource = MashProfileList; OtherIngredientsList = new ObservableCollection <OtherIngredient>(); OtherIngredientsListView.ItemsSource = OtherIngredientsList; OriginalGravity = 1.05; BoilTime = 60; Volumes = new BrewVolumes(); Volumes.BoilOffLoss = GrainfatherCalculator.CalcBoilOffVolume(BoilTime); Volumes.FinalBatchVolume = 25; Volumes.BoilerToFermentorLoss = GrainfatherCalculator.GRAINFATHER_BOILER_TO_FERMENTOR_LOSS; Volumes.PreBoilTapOff = 0; TopUpMashWater = 0; gfc = new GrainfatherCalculator(); gfc.MashEfficiency = (double)WpfApplication1.Properties.Settings.Default["MashEfficiency"]; EstAtten = 78; updateGuiText(); GrainBrainMenuItem.IsEnabled = false; dispatcherTimer = new DispatcherTimer(); dispatcherTimer.Tick += new EventHandler(dispatcherTimer_Tick); dispatcherTimer.Interval = new TimeSpan(0, 0, 5); dispatcherTimer.Start(); MashProfileList.CollectionChanged += this.OnCollectionChanged; BatchSizeVolumeTextBox.Text = Volumes.FinalBatchVolume.ToString(); ExpectedOriginalGravityTextBox.Text = OriginalGravity.ToString(); BoilTimeTextBox.Text = BoilTime.ToString(); TopUpMashWaterVolumeTextBox.Text = TopUpMashWater.ToString(); PreBoilVolumeTextBox.Text = Volumes.PreBoilTapOff.ToString(); }
private void MenuItem_FilePrint(object sender, RoutedEventArgs e) { PrintDialog pDialog = new PrintDialog(); pDialog.PageRangeSelection = PageRangeSelection.AllPages; pDialog.UserPageRangeEnabled = true; // Display the dialog. This returns true if the user presses the Print button. Nullable <Boolean> print = pDialog.ShowDialog(); if (print == true) { FlowDocument doc = new FlowDocument(); doc.PageHeight = pDialog.PrintableAreaHeight; doc.PageWidth = pDialog.PrintableAreaWidth; doc.ColumnWidth = doc.PageWidth; doc.FontFamily = new FontFamily("Courier"); doc.FontSize = 11; #region Print mash part StringBuilder strbcs = new StringBuilder(); StringBuilder strbmash = new StringBuilder(); StringBuilder strbferm = new StringBuilder(); foreach (GristPart g in Grist) { switch (g.Stage) { case FermentableStage.ColdSteep: strbcs.Append("Add " + g.ToString() + "\n"); break; case FermentableStage.Mash: strbmash.Append("Add " + g.ToString() + "\n"); break; case FermentableStage.Fermentor: strbferm.Append("Add " + g.ToString() + "\n"); break; default: break; } } var recepieHeading = new Paragraph(new Bold(new Run(String.Format("Recipe for {0}, approx. {1:F1} L in fermentor", NameTextBox.Text, Volumes.FinalBatchVolume)))); var mashHeading = new Paragraph(new Bold(new Run("Mash"))); mashHeading.FontSize = recepieHeading.FontSize = 18; doc.Blocks.Add(recepieHeading); doc.Blocks.Add(mashHeading); if (Grist.Any(x => x.Stage == FermentableStage.ColdSteep)) { Paragraph pcs = new Paragraph(); pcs.Inlines.Add(new Bold(new Run("Cold steep, 24 before brew start:\n"))); pcs.Inlines.Add(new Run(strbcs.ToString())); doc.Blocks.Add(pcs); } Paragraph pcsw = new Paragraph(); pcsw.Inlines.Add(new Run(String.Format("Mix with {0:F1} cold water\n", (Volumes.ColdSteepVolume * (1 - ColdSteep.COLDSTEEP_VOLUME_TO_SPARGE_RATIO))))); Paragraph pm = new Paragraph(); pm.Inlines.Add(new Bold(new Run("Normal step mash:\n"))); pm.Inlines.Add(new Run(String.Format("Add {0:F1} liters of water to Grainfather for mashing\n\n", GrainfatherCalculator.CalcMashVolume(GrainBillSize)))); pm.Inlines.Add(new Run(strbmash.ToString())); doc.Blocks.Add(pm); StringBuilder strmp = new StringBuilder(""); foreach (Domain.MashProfileStep mss in MashProfileList) { strmp.Append("Mash at " + mss.ToString() + "\n"); } Paragraph pmp = new Paragraph(); pmp.Inlines.Add(new Bold(new Run("Mash profile:\n"))); pmp.Inlines.Add(new Run(strmp.ToString())); pmp.Inlines.Add(new Run(String.Format("\nSparge with {0:F1} liters of 78 C water\n", GrainfatherCalculator.CalcSpargeWaterVolume(GrainBillSize, (Volumes.PreBoilVolume), TopUpMashWater)))); var prbg = GravityAlgorithms.GetGravity( Grist.Where(x => x.Stage == FermentableStage.Mash).Sum(x => x.GU), Volumes.PreBoilVolume); var pobg = GravityAlgorithms.GetGravity(Grist.Where(x => x.Stage != FermentableStage.Fermentor).Sum(x => x.GU), Volumes.PostBoilVolume); pmp.Inlines.Add(new Run(String.Format("\nExpected post-mash gravity is {0:F3}. Post-mash volume shall be {1:F1} liters", prbg, Volumes.PreBoilVolume + Volumes.PreBoilTapOff))); if (Volumes.PreBoilTapOff > 0) { pmp.Inlines.Add(new Run(String.Format("\nTap off {0:F1} liters wort before boil start. Expected Pre-boil volume is {1:F1} liters.\n", Volumes.PreBoilTapOff, Volumes.PreBoilVolume))); } doc.Blocks.Add(pmp); #endregion #region Boiling part var boilingHeader = (new Paragraph(new Bold(new Run("Boiling")))); boilingHeader.FontSize = 16; doc.Blocks.Add(boilingHeader); StringBuilder strbboil = new StringBuilder(""); StringBuilder str_ferms_boil = new StringBuilder(""); foreach (GristPart g in Grist) { if (g.Stage == FermentableStage.Boil) { str_ferms_boil.Append("Add " + g.ToString() + "\n"); } } StringBuilder strbdry = new StringBuilder(""); foreach (HopAddition g in BoilHops) { switch (g.Stage) { case HopAdditionStage.Boil: strbboil.Append("Add " + g.ToString() + "\n"); break; case HopAdditionStage.Fermentation: strbboil.Append("Add " + g.ToString() + "\n"); break; default: break; } } Paragraph pbh = new Paragraph(); pbh.Inlines.Add(new Bold(new Run("Hop additions:\n"))); pbh.Inlines.Add(new Run(strbboil.ToString())); var vm = Volumes.PreBoilVolume; var vcs = Volumes.ColdSteepVolume; foreach (GristPart g in Grist) { if (g.Stage == FermentableStage.ColdSteep) { pbh.Inlines.Add(new Run(String.Format("Add the runnings of {0} to the boil 10 minutes before end\n", g.FermentableAdjunct.Name))); } } if (Grist.Any(x => x.Stage == FermentableStage.ColdSteep)) { pbh.Inlines.Add(new Run(String.Format("\nSparge all runnings with {0:F1}L water.\n", Volumes.ColdSteepVolume * (ColdSteep.COLDSTEEP_VOLUME_TO_SPARGE_RATIO)))); } pbh.Inlines.Add(new Run(String.Format("Expected post-boil gravity is {0:F3}. Post-boil volume shall be {1:F1} liters", pobg, Volumes.PostBoilVolume))); doc.Blocks.Add(pbh); #endregion #region Print others part StringBuilder strbo = new StringBuilder(""); foreach (OtherIngredient g in OtherIngredientsList) { strbo.Append(String.Format("Add " + g.ToString() + "\n")); } if (OtherIngredientsList.Any()) { var othersHeading = new Paragraph(new Bold(new Run("Others"))); othersHeading.FontSize = 16; doc.Blocks.Add(othersHeading); Paragraph po = new Paragraph(new Run(strbo.ToString())); doc.Blocks.Add(po); } #endregion doc.Name = "FlowDoc"; // Create IDocumentPaginatorSource from FlowDocument IDocumentPaginatorSource idpSource = doc; // Call PrintDocument method to send document to printer pDialog.PrintDocument(idpSource.DocumentPaginator, NameTextBox.Text); } }