protected void ReadLaneData(LC4Formatter fmtr, Job job)
{
ushort version;
fmtr.Read(out version);
fmtr.Read(out Name);
fmtr.Read(out Remarks);
fmtr.Read(out Size);
fmtr.Read(out Copies);
fmtr.Read(out LaneType);
fmtr.Read(out SizeType);
m_lagen.Read(fmtr, job);
fmtr.Read(out m_zusatzSchnitte);
LanesList lanesList;
fmtr.Read(out lanesList, job);
Clear();
foreach (Lane lane in lanesList)
{
Add(lane);
}
if (version >= 2)
{
fmtr.Read(out IsCopy);
}
}
public void Read(LC4Formatter fmtr)
{
ushort version;
fmtr.Read(out version);
fmtr.Read(out Unit);
}
internal void Read(LC4Formatter fmtr)
{
ushort version;
fmtr.Read(out version);
fmtr.Read(out m_scaled);
fmtr.Read(out m_isNaN);
}
public void Read(LC4Formatter fmtr)
{
ushort version;
fmtr.Read(out version);
fmtr.Read(out Name);
fmtr.Read(out Value);
fmtr.Read(out IsValueChanged);
}
public void Read(LC4Formatter fmtr)
{
ushort version;
fmtr.Read(out version);
fmtr.Read(out CutInfoDescription);
CutInfoDescription.Parent = this;
CutList = null;
}
protected void Read_DistancedGroove(LC4Formatter serHelper)
{
ushort version;
base.Read_GrooveDescription(serHelper);
serHelper.Read(out version);
serHelper.Read(out this.m_Distance);
serHelper.Read(out this.m_Count);
serHelper.Read(out this.m_DistanceReference);
serHelper.Read(out this.m_AdditionalCutReference);
}
protected void Read_FilledGroove(LC4Formatter serHelper)
{
ushort usht;
base.Read_GrooveDescription(serHelper);
serHelper.Read(out usht);
serHelper.Read(out this.m_SecondaryDistance);
serHelper.Read(out this.m_Distance);
serHelper.Read(out this.m_Count);
serHelper.Read(out this.m_CalculationType);
}
public void Read(LC4Formatter fmtr)
{
ushort version;
fmtr.Read(out version);
BaseRead(fmtr);
}
public virtual void Read(LC4Formatter fmtr)
{
Parent = null;
ushort version;
fmtr.Read(out version);
}
protected void Read_AngularCutDescription(LC4Formatter serHelper)
{
ushort version;
base.Read_CutInfoDescription(serHelper);
serHelper.Read(out version);
}
protected void Read_SingleGroove(LC4Formatter serHelper)
{
ushort version;
base.Read_GrooveDescription(serHelper);
serHelper.Read(out version);
}
protected void Read_GrooveDescription(LC4Formatter serHelper)
{
ushort version;
base.Read_CutInfoDescription(serHelper);
serHelper.Read(out version);
serHelper.Read(out this.m_EdgeReference);
serHelper.Read(out this.m_CutReference);
serHelper.Read(out this.m_PrimaryDistance);
serHelper.Read(out this.m_Width);
serHelper.Read(out this.m_Depth);
serHelper.Read(out this.m_StepWidth);
serHelper.Read(out this.m_InsertMode);
serHelper.Read(out this.m_EnteringPosition);
serHelper.Read(out this.m_LeavingPosition);
}
public void Read(LC4Formatter fmtr)
{
ushort prefix;
fmtr.Read(out prefix);
fmtr.Read(out Code);
fmtr.Read(out Identifier);
fmtr.Read(out Material);
fmtr.Read(out Thickness);
fmtr.Read(out Allowance);
fmtr.Read(out FunctionCode);
fmtr.Read(out Maserung);
fmtr.Read(out KanteVorSchneidenAufgebracht);
}
protected void Read_SinglePartArrayDescription(LC4Formatter serHelper)
{
base.Read_CutInfoDescription(serHelper);
ushort version;
serHelper.Read(out version);
serHelper.Read(out this.m_Length);
serHelper.Read(out this.m_LengthCount);
serHelper.Read(out this.m_Width);
serHelper.Read(out this.m_WidthCount);
serHelper.Read(out this.m_TrimCutRip);
serHelper.Read(out this.m_TrimCutCross);
serHelper.Read(out this.m_Workmode);
serHelper.Read(out this.m_CalculateBoardDim);
}
protected void Read_CutOutDescription(LC4Formatter serHelper)
{
ushort version;
base.Read_CutInfoDescription(serHelper);
serHelper.Read(out version);
serHelper.Read(out this.m_X);
serHelper.Read(out this.m_Y);
serHelper.Read(out this.m_Width);
serHelper.Read(out this.m_Length);
serHelper.Read(out this.m_VertexReference);
serHelper.Read(out this.m_CutOutReference);
serHelper.Read(out this.m_VertexDisctance);
serHelper.Read(out this.m_MeasurementReference);
}
public static Job LoadLC4(string fileName)
{
using (FileStream stm = new FileStream(fileName, FileMode.Open, FileAccess.Read, FileShare.Read))
{
LC4Formatter fmtr = new LC4Formatter(stm, Encoding.Default);
Job doc;
fmtr.Read(out doc);
return(doc);
}
}
public void Read(LC4Formatter fmtr)
{
ushort version;
fmtr.Read(out version);
fmtr.Read(out Name);
fmtr.Read(out Remarks);
fmtr.Read(out m_details);
fmtr.Read(out m_sheets);
fmtr.Read(out m_remains);
fmtr.Read(out m_plans, this);
if (version >= 2)
{
fmtr.Read(out TitelTeileListe);
fmtr.Read(out TitelPlattenListe);
}
if (version >= 3)
{
fmtr.Read(out m_kantes);
}
}
public void Read(LC4Formatter fmtr, Job job)
{
ushort version;
fmtr.Read(out version);
fmtr.Read(out Amount);
fmtr.Read(out Postforming);
fmtr.Read(out Quality);
if (version > 1)
{
fmtr.Read(out IsFinishPart);
}
bool haveRefs;
fmtr.Read(out haveRefs);
if (haveRefs)
{
fmtr.Read(out m_ref_list);
fmtr.Read(out m_ref_idx);
switch (m_ref_list)
{
case e_LagenRefList.DetailsList:
BaseDetail = job.Details[m_ref_idx];
break;
case e_LagenRefList.SheetsList:
BaseDetail = job.Sheets[m_ref_idx];
break;
case e_LagenRefList.RemainsList:
BaseDetail = job.Remains[m_ref_idx];
break;
default:
throw new LC4FormatException("Неизвестный тип списка " + m_ref_list);
}
return;
}
else
{
BaseDetail = null;
}
}
public new void Read(LC4Formatter fmtr, Job job)
{
ushort version;
fmtr.Read(out version);
ReadLaneData(fmtr, job);
fmtr.Read(out Length);
fmtr.Read(out TotalAmount);
fmtr.Read(out StackAmount);
fmtr.Read(out MaterialGroup);
fmtr.Read(out Measure);
fmtr.Read(out NurVonVorneAbarbeiten);
fmtr.Read(out m_variables);
fmtr.Read(out ProdOriginalTotal);
fmtr.Read(out Optimized);
fmtr.Read(out Information.ScrapsSquare);
fmtr.Read(out Information.TotalSquare);
fmtr.Read(out Information.RemainsCount);
fmtr.Read(out Information.RemainsSquare);
fmtr.Read(out Information.DustSquare);
fmtr.Read(out Information.DetailsCount);
fmtr.Read(out Information.DetailsSquare);
fmtr.Read(out Information.ScrapPercent);
}
protected void Read_CutInfoDescription(LC4Formatter serHelper)
{
ushort version;
serHelper.Read(out version);
}
internal void BaseRead(LC4Formatter fmtr)
{
ushort version;
fmtr.Read(out version);
fmtr.Read(out Name);
fmtr.Read(out Remarks);
fmtr.Read(out Material);
fmtr.Read(out Length);
fmtr.Read(out Width);
fmtr.Read(out Thickness);
fmtr.Read(out Amount);
fmtr.Read(out AmountInWork);
fmtr.Read(out TextureDirection);
fmtr.Read(out IsKeepSafe);
fmtr.Read(out Variables);
fmtr.Read(out InVerwendung);
}
