private void FuzzyAlgoFlat()
{
List<String> newBuyingFormats = new List<string>();
var pHint = new List<PrintingHint>();
var ppP = new ProductPartSingleSheetPrinting();
//Scorro i Dies e se rientrano nelle tolleranze!!!!
var dies = new List<Die>();
ppP.CostDetail = this;
ppP.Part = this.ProductPart;
if (ProductPart.FormatType != -1)
{
foreach (var die in Dies.OfType<DieFlatRoll>())
{
var side1 = ppP.Part.FormatOpened.GetSide1();
var side2 = ppP.Part.FormatOpened.GetSide2();
if (Math.Abs(die.Format.GetSide1() - side1) <= DieTollerance &&
Math.Abs(die.Format.GetSide2() - side2) <= DieTollerance)
{
ppP.PrintingFormat = die.PrintingFormat;
ppP.MaxGain1 = die.MaxGain1 ?? 0;
ppP.MaxGain2 = die.MaxGain2 ?? 0;
ppP.AutoCutParameter = true;
ppP.LateralMinDCut = true;
ppP.Update();
//voglio aggiungere le fustelle valide!!!!
var pHDie = new PrintingHint
{
Format = die.Format,
FormatDesc = die.Format,
//DCut1 = ppP.CalculatedDCut1,
//DCut1 = die.DCut1,
//DCut2 = die.DCut2,
DCut1 = DCut1OnDCut2AndPart(ppP.CalculatedDCut1, ppP.CalculatedDCut2, ppP.Part),
DCut2 = ppP.CalculatedDCut2,
TypeOfDCut2 = ppP.Part.TypeOfDCut2 ?? 0,
BuyingFormat = die.PrintingFormat,
PrintingFormat = die.PrintingFormat,
Description = "h" + die.PrintingFormat.GetSide1() + " z" + (die.GetZFromCm(die.PrintingFormat.GetSide2())).ToString() + "*",
FormatType = (die.FormatType ?? 0).ToString(),
CalculatedGain = ppP.CalculatedGain,
GainOnSide1 = die.MaxGain1 ?? 0,
GainOnSide2 = die.MaxGain2 ?? 0,
IsDie = true,
DeltaDCut2 = 0
};
pHint.Add(pHDie);
}
}
}
var labelSide2 = this.ProductPart.FormatOpened.GetSide2();
var labelCut2 = this.ProductPart.DCut2 ?? 0;
//calculate max Gain on Side2 based on TaskExecutor MaxFormat
var steps = Math.Floor(TaskexEcutorSelected.FormatMax.GetSide2() / labelSide2 + labelCut2);
foreach (var width in BuyingWidths)
{
for (int step = 1; step <= steps; step++)
{
ppP.AutoCutParameter = false;
var buyingFormat = width + "x" + step * (labelCut2 + labelSide2);
if (SheetCut.IsValid(TaskexEcutorSelected.FormatMax, TaskexEcutorSelected.FormatMin, buyingFormat))
{
ppP.CostDetail = this;
ppP.Part = this.ProductPart;
ppP.PrintingFormat = buyingFormat;
// ppP.AutoCutParameter = true;
ppP.AutoCutParameter = false;
ppP.LateralMinDCut = true;
ppP.MaxGain1 = 0;
ppP.MaxGain2 = 0;
ppP.Update();
haveAlmostOne = (ppP.CalculatedGain > 0) || haveAlmostOne;
var calc1Gain = ppP.CalculatedSide1Gain;
var calc2Gain = ppP.CalculatedSide2Gain;
for (int i = calc2Gain; i > 0; i--)
{
ppP.MaxGain2 = ppP.CalculatedSide2Gain - i;
ppP.Update();
for (int k = calc1Gain; k > 0; k--)
{
//provo a togliere una posa in banda se l'interspazio di passo è > di quello della banda
if (ppP.CalculatedDCut1 < ppP.CalculatedDCut2)
{
//tolgo una posa in banda
ppP.MaxGain1 = k;
ppP.Update();
}
//mi calcolo l'interspazio più piccolo... mi servirà se non ho formati validi per ricavarne almeno uno
if (ppP.CalculatedGain > 0)
{
smallestDeltaCalculatedDCut = ppP.CalculatedDCut2 < smallestDeltaCalculatedDCut ? ppP.CalculatedDCut2 : smallestDeltaCalculatedDCut;
}
var pH =
new PrintingHint
{
Format = ppP.Part.FormatOpened,
FormatDesc = ppP.Part.Format,
DCut1 = DCut1OnDCut2AndPart(ppP.CalculatedDCut1, ppP.CalculatedDCut2, ppP.Part),
DCut2 = ppP.CalculatedDCut2,
TypeOfDCut2 = ppP.Part.TypeOfDCut2 ?? 0,
BuyingFormat = buyingFormat,
PrintingFormat = buyingFormat,
MaxGain2 = ppP.MaxGain2,
MaxGain1 = ppP.MaxGain1,
// Description = "h" + buyingFormat.GetSide1() + " z" + (buyingFormat.GetSide2() / 2.54 * 8).ToString(),
CalculatedGain = ppP.CalculatedGain,
GainOnSide1 = ppP.CalculatedSide1Gain,
GainOnSide2 = ppP.CalculatedSide2Gain,
DeltaDCut2 = Math.Abs((ProductPart.MaxDCut ?? 0) - ppP.CalculatedDCut2)
};
pH.Description = buyingFormat;
if (!pHint.Contains(pH, new PrintingHintComparer()))
{
//il printing hint deve avere i formati stampabili, i suoi DCut, ma anche fustelle simili
pHint.Add(pH);
}
if (ppP.CalculatedSide2Gain >= 1 && ppP.MaxGain2 == 0)
{
//provo ad aggiungere una nuova resa con interspazio negativo
var lessZero = Math.Abs((ppP.Part.FormatOpened.GetSide2() - (ppP.CalculatedDCut2 * ppP.CalculatedSide2Gain))) / (ppP.CalculatedSide2Gain + 1);
lessZero = Math.Truncate(lessZero * 1000 + 1) / 1000;
smallerCalculatedDCutLessZero = lessZero < smallerCalculatedDCutLessZero ? lessZero : smallerCalculatedDCutLessZero;
pH =
new PrintingHint
{
Format = ppP.Part.FormatOpened,
FormatDesc = ppP.Part.Format,
DCut1 = 0, // DCut1OnDCut2AndPart(ppP.CalculatedDCut1, ppP.CalculatedDCut2, ppP.Part),
DCut2 = lessZero * (-1),
TypeOfDCut2 = ppP.Part.TypeOfDCut2 ?? 0,
BuyingFormat = buyingFormat,
PrintingFormat = buyingFormat,
MaxGain2 = ppP.MaxGain2 + 1,
CalculatedGain = ppP.CalculatedGain + ppP.CalculatedSide1Gain,
GainOnSide1 = ppP.CalculatedSide1Gain,
GainOnSide2 = ppP.CalculatedSide2Gain + 1,
DeltaDCut2 = Math.Abs((ProductPart.MaxDCut ?? 0) - lessZero * (-1))
};
pH.Description = buyingFormat;
if (!pHint.Contains(pH, new PrintingHintComparer()))
{
//il printing hint deve avere i formati stampabili, i suoi DCut, ma anche fustelle simili
pHint.Add(pH);
}
//ripristino l'autocut
ppP.AutoCutParameter = true;
ppP.LateralMinDCut = true;
}
}
}
}//End if
}
}
ppP.MaxGain2 = 0;
if (PrintingFormat != "" && PrintingFormat != null)
{
var pH = new PrintingHint
{
Format = ppP.Part.FormatOpened,
FormatDesc = ppP.Part.Format,
DCut1 = ProductPartPrinting.CalculatedDCut1,
DCut2 = ProductPartPrinting.CalculatedDCut2,
TypeOfDCut2 = ppP.Part.TypeOfDCut2 ?? 0,
BuyingFormat = PrintingFormat,
PrintingFormat = PrintingFormat,
MaxGain2 = ProductPartPrinting.MaxGain2,
MaxGain1 = ProductPartPrinting.MaxGain1,
// Description = "h" + PrintingFormat.GetSide1() + " z" + (PrintingFormat.GetSide2() / 2.54 * 8).ToString(),
CalculatedGain = ProductPartPrinting.CalculatedGain,
GainOnSide1 = ProductPartPrinting.CalculatedSide1Gain,
GainOnSide2 = ProductPartPrinting.CalculatedSide2Gain,
DeltaDCut2 = Math.Abs((ProductPart.MaxDCut ?? 0) - ProductPartPrinting.CalculatedDCut2)
};
pH.Description = PrintingFormat;
// se non ho trovato hint e ho almeno un PrintigFormat allora
//inserisco il printing format negli hint
if (!pHint.Contains(pH, new PrintingHintComparer()))
{
//ppP.PrintingFormat = PrintingFormat;
//ppP.Update();
pHint.Add(pH);
}
}
//qui inizio a togliere un po di pHint
var pHint1 = ProductPart.SelectValidpHint(pHint, smallerCalculatedDCutLessZero, smallestDeltaCalculatedDCut);
pHint = pHint1.ToList();
List<PrintingHint> widthValids = new List<PrintingHint>();// List<double>();
//scorro la lista ed estraggo solo gli z validi
foreach (var item in pHint)
{
var z = item.BuyingFormat.GetSide2();
if (!widthValids.Select(x => x.BuyingFormat.GetSide2()).Contains(z))
{
widthValids.Add(item);
}
}
ppP.Part = (ProductPart)ppP.Part.Clone();
//bande di carta calcolate semplicemente con la resa, dati gli z validi e il maxWidth della macchina Flexo
foreach (var item in widthValids)
{
double dCut1 = ppP.Part.DCut1 ?? 0;
double dCut2 = ppP.Part.DCut2 ?? 0;
var newBands = this.GetOptimizedWidthsFlat(item.PrintingFormat.GetSide2(), item.MaxGain2, ppP.Part.FormatOpened, ref dCut1, ref dCut2, 34);
foreach (var nB in newBands)
{
ppP.PrintingFormat = nB.ToString() + "x" + item.PrintingFormat.GetSide2(); // item.Z.ToString();
ppP.MaxGain1 = 0;
ppP.MaxGain2 = 0;
ppP.AutoCutParameter = false;
ppP.Part.DCut2 = dCut2;
ppP.Part.DCut1 = dCut1;
ppP.Update();
int i = 1;
//non vale per le fascette gommate
if (ProductPart.MinDCut != 0)
{
while (ppP.CalculatedDCut1 < ppP.CalculatedDCut2 && (ppP.CalculatedSide1Gain - i) > 0)
{
var maxGain1 = ppP.CalculatedSide1Gain - i;
ppP.MaxGain1 = maxGain1;
ppP.Update();
}
}
var pH = new PrintingHint
{
Format = ppP.Part.FormatOpened,
FormatDesc = ppP.Part.Format,
DCut1 = dCut1,// DCut1OnDCut2AndPart(ppP.CalculatedDCut1, ppP.CalculatedDCut2, ppP.Part),
DCut2 = dCut2, //item.DCut2 ?? ppP.CalculatedDCut2,
TypeOfDCut2 = ppP.Part.TypeOfDCut2 ?? 0,
BuyingFormat = ppP.PrintingFormat,
PrintingFormat = ppP.PrintingFormat,
CalculatedGain = ppP.CalculatedGain,
GainOnSide1 = ppP.CalculatedSide1Gain,
GainOnSide2 = ppP.CalculatedSide2Gain,
DeltaDCut2 = Math.Abs((ProductPart.MaxDCut ?? 0) - (item.DCut2 ?? ppP.CalculatedDCut2))
};
pH.Description = ppP.PrintingFormat; //"h" + ppP.PrintingFormat.GetSide1() + " z" + (ppP.PrintingFormat.GetSide2() / 2.54 * 8).ToString(),
if (!pHint.Contains(pH, new PrintingHintComparer()))
{
pHint.Add(pH);
}
}
}
PrintingHints = pHint;
BuyingFormats = pHint.Select(x => x.BuyingFormat).ToList();
if (BuyingFormats.Count == 0)
{
//no format
Error = 3;
}
}
//dovrei sapere all'interno della
private void FuzzyAlgoFlexo()
{
List<String> newBuyingFormats = new List<string>();
var pHint = new List<PrintingHint>();
//ZMetric for Flexo
bool zMetric = false;
if (TaskexEcutorSelected.TypeOfExecutor == TaskExecutor.ExecutorType.Flexo)
{
zMetric = ((Flexo)TaskexEcutorSelected).ZMetric ?? false;
}
var ppP = new ProductPartSingleSheetPrinting();
//forcing lateral
ppP.ForceLateral = this.ForceLateral ?? false;
ppP.Lateral = this.Lateral ?? 0;
//Scorro i Dies e se rientrano nelle tolleranze!!!!
var dies = new List<Die>();
ppP.CostDetail = this;
ppP.Part = this.ProductPart;
if (ProductPart.FormatType != -1)
{
double side1, side2, side1B, side2B;
side1 = side2 = side1B = side2B = 0;
string originalFormat = "";
string originalFormatB = "";
if (ppP.Part.TypeOfProductPart == Models.ProductPart.ProductPartType.ProductPartDoubleLabelRoll)
{
ProductPartDoubleLabelRoll p;
p = (ProductPartDoubleLabelRoll)ppP.Part;
originalFormat = p.FormatA;
originalFormatB = p.FormatB;
}
else
{
originalFormat = ppP.Part.Format;
originalFormatB = "";
}
foreach (var die in Dies.OfType<DieFlexo>())
{
bool toInsert = false;
if (ppP.Part.TypeOfProductPart == Models.ProductPart.ProductPartType.ProductPartDoubleLabelRoll)
{
ProductPartDoubleLabelRoll p;
p = (ProductPartDoubleLabelRoll)ppP.Part;
//---------------------------
p.FormatA = originalFormat;
p.FormatB = originalFormatB;
//---------------------------
side1 = p.FormatA.GetSide1();
side2 = p.FormatA.GetSide2();
side1B = p.FormatB.GetSide1();
side2B = p.FormatB.GetSide2();
toInsert = (Math.Abs(die.Format.GetSide1() - side1) <= DieTollerance &&
Math.Abs(die.Format.GetSide2() - side2) <= DieTollerance);
toInsert = toInsert && (Math.Abs(die.FormatB.GetSide1() - side1B) <= DieTollerance &&
Math.Abs(die.FormatB.GetSide2() - side2B) <= DieTollerance);
//---------------------------
p.FormatA = die.Format;
p.FormatB = die.FormatB;
//---------------------------
}
else
{
ppP.Part.Format = originalFormat;
ppP.Part.FormatOpened = originalFormat;
side1 = ppP.Part.Format.GetSide1();
side2 = ppP.Part.Format.GetSide2();
toInsert = (Math.Abs(die.Format.GetSide1() - side1) <= DieTollerance &&
Math.Abs(die.Format.GetSide2() - side2) <= DieTollerance);
ppP.Part.FormatOpened = die.Format;
ppP.Part.Format = die.Format;
}
if (toInsert)
{
ppP.PrintingFormat = die.PrintingFormat;
ppP.MaxGain1 = die.MaxGain1 ?? 0;
ppP.MaxGain2 = die.MaxGain2 ?? 0;
ppP.AutoCutParameter = true;
ppP.LateralMinDCut = true;
ppP.Update();
//voglio aggiungere le fustelle valide!!!!
var pHDie = new PrintingHint
{
Format = die.Format,
FormatDesc = die.FormatB != null ? die.Format + " + " + die.FormatB : die.Format,
TypeOfDCut2 = ppP.Part.TypeOfDCut2 ?? 0,
DCut1 = DCut1OnDCut2AndPart(ppP.CalculatedDCut1, ppP.CalculatedDCut2, ppP.Part),
DCut2 = ppP.CalculatedDCut2,
BuyingFormat = die.PrintingFormat,
PrintingFormat = die.PrintingFormat,
Description = "h" + die.PrintingFormat.GetSide1() + " z" + (die.GetZFromCm(die.PrintingFormat.GetSide2())).ToString() + "*",
FormatType = (die.FormatType ?? 0).ToString(),
CalculatedGain = ppP.CalculatedGain,
GainOnSide1 = die.MaxGain1 ?? 0,
GainOnSide2 = die.MaxGain2 ?? 0,
IsDie = true,
DeltaDCut2 = 0
};
Console.WriteLine(ppP.CalculatedDCut2);
pHint.Add(pHDie);
//add in PHint new PrintingHint with each bands > die band
var h = die.PrintingFormat.GetSide1();
foreach (var buyingWidths in BuyingWidths)
{
if (Convert.ToDouble(buyingWidths) > h)
{
//voglio aggiungere le fustelle valide!!!!
pHDie = new PrintingHint
{
Format = die.Format,
FormatDesc = die.FormatB != null ? die.Format + " + " + die.FormatB : die.Format,
TypeOfDCut2 = ppP.Part.TypeOfDCut2 ?? 0,
DCut1 = DCut1OnDCut2AndPart(ppP.CalculatedDCut1, ppP.CalculatedDCut2, ppP.Part),
DCut2 = ppP.CalculatedDCut2,
BuyingFormat = die.PrintingFormat,
PrintingFormat = die.PrintingFormat,
Description = "h" + die.PrintingFormat.GetSide1() + " z" + (die.GetZFromCm(die.PrintingFormat.GetSide2())).ToString() + "*",
FormatType = (die.FormatType ?? 0).ToString(),
CalculatedGain = ppP.CalculatedGain,
GainOnSide1 = die.MaxGain1 ?? 0,
GainOnSide2 = die.MaxGain2 ?? 0,
IsDie = true,
DeltaDCut2 = 0
};
//override
pHDie.BuyingFormat = buyingWidths.ToString() + "x" + die.PrintingFormat.GetSide2();
pHDie.PrintingFormat = pHDie.BuyingFormat;
pHDie.Description = "h" + buyingWidths.ToString() + " z" + (die.GetZFromCm(die.PrintingFormat.GetSide2())).ToString() + "*";
pHint.Add(pHDie);
}
}
}
}
//restore original format
if (ppP.Part.TypeOfProductPart == Models.ProductPart.ProductPartType.ProductPartDoubleLabelRoll)
{
ProductPartDoubleLabelRoll p;
p = (ProductPartDoubleLabelRoll)ppP.Part;
p.FormatA = originalFormat;
p.FormatB = originalFormatB;
}
else
{
ppP.Part.Format = originalFormat;
ppP.Part.FormatOpened = originalFormat;
}
}
foreach (var buyingFormat in BuyingFormats)
{
if (SheetCut.IsValid(TaskexEcutorSelected.FormatMax, TaskexEcutorSelected.FormatMin, buyingFormat))
{
ppP.CostDetail = this;
ppP.Part = this.ProductPart;
ppP.PrintingFormat = buyingFormat;
ppP.AutoCutParameter = true;
ppP.LateralMinDCut = true;
ppP.MaxGain1 = 0;
ppP.MaxGain2 = 0;
ppP.Update();
haveAlmostOne = (ppP.CalculatedGain > 0) || haveAlmostOne;
var calc1Gain = ppP.CalculatedSide1Gain;
var calc2Gain = ppP.CalculatedSide2Gain;
if (true)
{
}
for (int i = calc2Gain; i > 0; i--)
{
ppP.MaxGain2 = i;
ppP.Update();
for (int k = calc1Gain; k > 0; k--)
{
//provo a togliere una posa in banda se l'interspazio di passo è > di quello della banda
if (ppP.CalculatedDCut1 < ppP.CalculatedDCut2)
{
//tolgo una posa in banda
ppP.MaxGain1 = k;
ppP.Update();
}
//mi calcolo l'interspazio più piccolo... mi servirà se non ho formati validi per ricavarne almeno uno
if (ppP.CalculatedGain > 0)
{
smallestDeltaCalculatedDCut = ppP.CalculatedDCut2 < smallestDeltaCalculatedDCut ? ppP.CalculatedDCut2 : smallestDeltaCalculatedDCut;
}
var pH =
new PrintingHint
{
ZMetric = zMetric,
Format = ppP.Part.FormatOpened,
FormatDesc = ppP.Part.Format,
DCut1 = DCut1OnDCut2AndPart(ppP.CalculatedDCut1, ppP.CalculatedDCut2, ppP.Part),
DCut2 = ppP.CalculatedDCut2,
TypeOfDCut2 = ppP.Part.TypeOfDCut2 ?? 0,
BuyingFormat = buyingFormat,
PrintingFormat = buyingFormat,
MaxGain2 = ppP.MaxGain2,
MaxGain1 = ppP.MaxGain1,
// Description = "h" + buyingFormat.GetSide1() + " z" + (buyingFormat.GetSide2() / 2.54 * 8).ToString(),
CalculatedGain = ppP.CalculatedGain,
GainOnSide1 = ppP.CalculatedSide1Gain,
GainOnSide2 = ppP.CalculatedSide2Gain,
DeltaDCut2 = Math.Abs((ProductPart.MaxDCut ?? 0) - ppP.CalculatedDCut2)
};
pH.Description = "h" + buyingFormat.GetSide1() + " z" + pH.Z.ToString();
if (!pHint.Contains(pH, new PrintingHintComparer()))
{
//il printing hint deve avere i formati stampabili, i suoi DCut, ma anche fustelle simili
pHint.Add(pH);
}
if (ppP.CalculatedSide2Gain >= 1 && ppP.MaxGain2 == 0)
{
//provo ad aggiungere una nuova resa con interspazio negativo
var lessZero = Math.Abs((ppP.Part.FormatOpened.GetSide2() - (ppP.CalculatedDCut2 * ppP.CalculatedSide2Gain))) / (ppP.CalculatedSide2Gain + 1);
lessZero = Math.Truncate(lessZero * 1000 + 1) / 1000;
smallerCalculatedDCutLessZero = lessZero < smallerCalculatedDCutLessZero ? lessZero : smallerCalculatedDCutLessZero;
pH =
new PrintingHint
{
ZMetric = zMetric,
Format = ppP.Part.FormatOpened,
FormatDesc = ppP.Part.Format,
DCut1 = 0, // DCut1OnDCut2AndPart(ppP.CalculatedDCut1, ppP.CalculatedDCut2, ppP.Part),
DCut2 = lessZero * (-1),
TypeOfDCut2 = ppP.Part.TypeOfDCut2 ?? 0,
BuyingFormat = buyingFormat,
PrintingFormat = buyingFormat,
MaxGain2 = ppP.MaxGain2 + 1,
CalculatedGain = ppP.CalculatedGain + ppP.CalculatedSide1Gain,
GainOnSide1 = ppP.CalculatedSide1Gain,
GainOnSide2 = ppP.CalculatedSide2Gain + 1,
DeltaDCut2 = Math.Abs((ProductPart.MaxDCut ?? 0) - lessZero * (-1))
};
pH.Description = "h" + buyingFormat.GetSide1() + " z" + pH.Z.ToString();
if (!pHint.Contains(pH, new PrintingHintComparer()))
{
//il printing hint deve avere i formati stampabili, i suoi DCut, ma anche fustelle simili
pHint.Add(pH);
}
//ripristino l'autocut
ppP.AutoCutParameter = true;
ppP.LateralMinDCut = true;
}
}
}
}//End if
}
ppP.MaxGain2 = 0;
if (PrintingFormat != "" && PrintingFormat != null)
{
var pH = new PrintingHint
{
ZMetric = zMetric,
Format = ppP.Part.FormatOpened,
FormatDesc = ppP.Part.Format,
DCut1 = ProductPartPrinting.CalculatedDCut1,
DCut2 = ProductPartPrinting.CalculatedDCut2,
TypeOfDCut2 = ppP.Part.TypeOfDCut2 ?? 0,
BuyingFormat = PrintingFormat,
PrintingFormat = PrintingFormat,
MaxGain2 = ProductPartPrinting.MaxGain2,
MaxGain1 = ProductPartPrinting.MaxGain1,
// Description = "h" + PrintingFormat.GetSide1() + " z" + (PrintingFormat.GetSide2() / 2.54 * 8).ToString(),
CalculatedGain = ProductPartPrinting.CalculatedGain,
GainOnSide1 = ProductPartPrinting.CalculatedSide1Gain,
GainOnSide2 = ProductPartPrinting.CalculatedSide2Gain,
DeltaDCut2 = Math.Abs((ProductPart.MaxDCut ?? 0) - ProductPartPrinting.CalculatedDCut2)
};
pH.Description = "h" + PrintingFormat.GetSide1() + " z" + pH.Z.ToString();
// se non ho trovato hint e ho almeno un PrintigFormat allora
//inserisco il printing format negli hint
if (!pHint.Contains(pH, new PrintingHintComparer()))
{
//ppP.PrintingFormat = PrintingFormat;
//ppP.Update();
pHint.Add(pH);
}
}
//qui inizio a togliere un po di pHint
var pHint1 = ProductPart.SelectValidpHint(pHint, smallerCalculatedDCutLessZero, smallestDeltaCalculatedDCut);
pHint = pHint1.ToList();
// List<string> aux = pHint.Select(z => z.BuyingFormat).ToList();
List<PrintingHint> zValids = new List<PrintingHint>();// List<double>();
//scorro la lista ed estraggo solo gli z validi
foreach (var item in pHint)
{
var z = item.BuyingFormat.GetSide2();
if (!zValids.Select(x => x.BuyingFormat.GetSide2()).Contains(z))
{
zValids.Add(item);
}
}
ppP.Part = (ProductPart)ppP.Part.Clone();
//bande di carta calcolate semplicemente con la resa, dati gli z validi e il maxWidth della macchina Flexo
foreach (var item in zValids)
{
double dCut1 = 0;
double dCut2 = 0;
var newBands = this.GetOptimizedWidths(item.PrintingFormat.GetSide2(), item.MaxGain2, ppP.Part.FormatOpened, ref dCut1, ref dCut2, 34, ProductPart.TypeOfDCut1 ?? 0, ProductPart.TypeOfDCut2 ?? 0);
foreach (var nB in newBands)
{
ppP.PrintingFormat = nB.ToString() + "x" + item.PrintingFormat.GetSide2(); // item.Z.ToString();
ppP.MaxGain1 = 0;
ppP.MaxGain2 = 0;
ppP.AutoCutParameter = false;
ppP.Part.DCut2 = item.DCut2;//dCut2;
ppP.Part.DCut1 = dCut1;
ppP.Update();
int i = 1;
//non vale per le fascette gommate
if (ProductPart.MinDCut != 0)
{
int maxGain1;
maxGain1 = ppP.CalculatedSide1Gain;
while (ppP.CalculatedDCut1 < ppP.CalculatedDCut2 && (ppP.CalculatedSide1Gain - i) > 1)
{
maxGain1 = ppP.CalculatedSide1Gain - i++;
ppP.MaxGain1 = maxGain1;
ppP.Update();
}
}
var pH = new PrintingHint
{
ZMetric = zMetric,
Format = ppP.Part.FormatOpened,
FormatDesc = ppP.Part.Format,
DCut1 = DCut1OnDCut2AndPart(ppP.CalculatedDCut1, ppP.CalculatedDCut2, ppP.Part),
DCut2 = item.DCut2 ?? ppP.CalculatedDCut2,
TypeOfDCut2 = ppP.Part.TypeOfDCut2 ?? 0,
BuyingFormat = ppP.PrintingFormat,
PrintingFormat = ppP.PrintingFormat,
Description = "h" + ppP.PrintingFormat.GetSide1() + " z" + (ppP.PrintingFormat.GetSide2() / 2.54 * 8).ToString(),
CalculatedGain = ppP.CalculatedGain,
GainOnSide1 = ppP.CalculatedSide1Gain,
GainOnSide2 = ppP.CalculatedSide2Gain,
DeltaDCut2 = Math.Abs((ProductPart.MaxDCut ?? 0) - (item.DCut2 ?? ppP.CalculatedDCut2))
};
pH.Description = "h" + ppP.PrintingFormat.GetSide1() + " z" + (pH.Z).ToString();
if (!pHint.Contains(pH, new PrintingHintComparer()))
{
pHint.Add(pH);
}
}
}
PrintingHints = pHint;
BuyingFormats = pHint.Select(x => x.BuyingFormat).ToList();
if (BuyingFormats.Count == 0)
{
//no format
Error = 3;
}
}
public void FuzzyAlgo()
{
List<String> newBuyingFormats = new List<string>();
var pHint = new List<PrintingHint>();
var ppP = new ProductPartSingleSheetPrinting();
//bande di carta calcolate semplicemente con la resa, dati gli z validi e il maxWidth della macchina Flexo
foreach (var item in BuyingWidths)
{
ppP.CostDetail = this;
ppP.Part = this.ProductPart;
ppP.AutoCutParameter = true;
ppP.PrintingFormat = item.ToString()+ "x" +ProductPart.Format.GetSide1();
ppP.Update();
if (ppP.CalculatedGain > 0)
{
pHint.Add(new PrintingHint
{
Format = ppP.Part.Format,
DCut1 = ppP.CalculatedDCut1,
DCut2 = ppP.CalculatedDCut2,
BuyingFormat = ppP.PrintingFormat,
PrintingFormat = ppP.PrintingFormat,
Description = ppP.PrintingFormat,
CalculatedGain = ppP.CalculatedGain,
GainOnSide1 = ppP.CalculatedSide1Gain,
GainOnSide2 = ppP.CalculatedSide2Gain
});
}
if (ProductPart.Format.GetSide1() != ProductPart.Format.GetSide2())
{
ppP.CostDetail = this;
ppP.Part = this.ProductPart;
ppP.AutoCutParameter = true;
ppP.PrintingFormat = item.ToString() + "x" + ProductPart.Format.GetSide2();
ppP.Update();
if (ppP.CalculatedGain > 0)
{
pHint.Add(new PrintingHint
{
Format = ppP.Part.Format,
DCut1 = ppP.CalculatedDCut1,
DCut2 = ppP.CalculatedDCut2,
BuyingFormat = ppP.PrintingFormat,
PrintingFormat = ppP.PrintingFormat,
Description = ppP.PrintingFormat,
CalculatedGain = ppP.CalculatedGain,
GainOnSide1 = ppP.CalculatedSide1Gain,
GainOnSide2 = ppP.CalculatedSide2Gain
});
}
}
}
PrintingHints = pHint;
BuyingFormats = pHint.Select(x => x.BuyingFormat).ToList();
if (BuyingFormats.Count == 0)
{
//no format
Error = 3;
BuyingFormats.Add(ppP.Part.Format);
}
}