private void MenuItem_SettingsMashEfficiency(object sender, RoutedEventArgs e)
{
var meWindow = new MashEffeciency((int)(gfc.MashEfficiency * 100d));
meWindow.ShowDialog();
double me = 0;
if (meWindow.Gravity != 0 && meWindow.Volume != 0)
{
var measuredPts = GravityAlgorithms.GetPoints(meWindow.Gravity, meWindow.Volume);
var possiblePts = Grist.Where(x => x.Stage == FermentableStage.Mash).
Sum(v => v.GU);
me = measuredPts / possiblePts;
MessageBox.Show(String.Format("Mash efficiency updated to {0:F0}%, will update settings", me * 100));
}
else if (meWindow.MashEfficiency != 0)
{
me = (double)meWindow.MashEfficiency / 100d;
}
else
{
return;
}
gfc.MashEfficiency = me;
WpfApplication1.Properties.Settings.Default["MashEfficiency"] = me;
WpfApplication1.Properties.Settings.Default.Save();
recalculateGrainBill();
recalculateIbu();
}
private void recalculateIbu()
{
var Gravity = GravityAlgorithms.GetGravity(Volumes.PreBoilVolume, Grist.Where(x => x.Stage == FermentableStage.Mash).ToList(), GrainfatherCalculator.mashEfficiency);
var ibu = IbuAlgorithms.CalcIbu(BoilHops.Where(x => x.Stage == HopAdditionStage.Boil), Gravity, Volumes.PostBoilVolume);
var highIbu = ibu + IbuAlgorithms.IBU_TOLERANCE * ibu;
var lowIbu = ibu - IbuAlgorithms.IBU_TOLERANCE * ibu;
IbuLabel.Content = string.Format("IBU: {0:F0} - {1:F0} ({2:F0})", lowIbu, highIbu, ibu);
}
private void recalculateGrainBill()
{
var sum = Grist.Sum(g => g.Amount);
if (sum != 100)
{
sum = -1;
GrainBillSize = 0;
}
else
{
var preBoilTappOffLoss = (Volumes.PreBoilTapOff / (Volumes.PreBoilVolume + Volumes.PreBoilTapOff));
var totalGravity = GravityAlgorithms.GetTotalGravity(Volumes.PostBoilVolume, OriginalGravity);
Volumes.ColdSteepVolume = 0;
var l = new List <GristPart>();
foreach (var grain in Grist)
{
grain.GU = totalGravity * ((double)grain.Amount / 100d);
if (grain.Stage == FermentableStage.ColdSteep)
{
grain.AmountGrams = GravityAlgorithms.GetGrainWeight(grain.GU, grain.FermentableAdjunct.Potential, ColdSteep.COLDSTEEP_EFFICIENCY);
Volumes.ColdSteepVolume += ColdSteep.GetColdSteepWaterContibution(grain.AmountGrams);
}
if (grain.Stage == FermentableStage.Mash)
{
grain.AmountGrams = GravityAlgorithms.GetGrainWeight(grain.GU, grain.FermentableAdjunct.Potential, gfc.MashEfficiency);
grain.AmountGrams += (int)Math.Round(grain.AmountGrams * preBoilTappOffLoss);
}
if (grain.Stage == FermentableStage.Fermentor)
{
grain.AmountGrams = GravityAlgorithms.GetGrainWeight(grain.GU, grain.FermentableAdjunct.Potential, 1);
var boilerLossPercent = GrainfatherCalculator.GRAINFATHER_BOILER_TO_FERMENTOR_LOSS / (Volumes.PostBoilVolume);
grain.AmountGrams -= (int)Math.Round(boilerLossPercent * grain.AmountGrams);
}
if (grain.Stage == FermentableStage.Boil)
{
grain.AmountGrams = GravityAlgorithms.GetGrainWeight(grain.GU, grain.FermentableAdjunct.Potential, 1);
}
l.Add(grain);
}
GrainBillSize = Grist.Where(x => x.Stage == FermentableStage.Mash).Sum(x => x.AmountGrams);
foreach (var grain in l)
{
Grist.Remove(grain);
Grist.Add(grain);
}
if (GrainBillSize > GrainfatherCalculator.SMALL_GRAINBILL || GrainBillSize == 0)
{
TopUpMashWaterVolumeTextBox.Visibility = Visibility.Hidden;
TopUpMashWaterVolumeLabel.Visibility = Visibility.Hidden;
}
else
{
TopUpMashWaterVolumeTextBox.Visibility = Visibility.Visible;
TopUpMashWaterVolumeLabel.Visibility = Visibility.Visible;
}
foreach (GridViewColumn c in MaltsGridView.Columns)
{
c.Width = 0; //set it to no width
c.Width = double.NaN; //resize it automatically
}
double ecb = ColorAlgorithms.CalculateColor(Grist.ToList(), Volumes);
string refString = ColorAlgorithms.GetReferenceBeer(ecb);
ColorLabel.Content = String.Format("Color [ECB]: {0:F1} eqv. to {1}", ecb, refString);
recalculateIbu();
var ol = BoilHops.OrderBy(x => x).ToList();
BoilHops.Clear();
foreach (HopAddition h in ol)
{
hopsCompositionChanged(h);
}
}
updateGuiText();
}
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);
}
}
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();
}
