//Constructs the document and places it in the provided state
public NuGenDocument(DigitizeState state)
{
listeners = new List <NuGenImageListener>();
pointSets = new NuGenPointSetCollection();
segments = new NuGenSegmentCollection();
transform = new NuGenScreenTranslate(this);
gridDisplay = new List <GridlineScreen>();
digitizeState = state;
matchSet = new NuGenMatchSet(pointMatchSettings);
//load all of the settings
NuGenDefaultSettings rSettings = NuGenDefaultSettings.GetInstance();
coordSettings = rSettings.CoordSettings;
exportSettings = rSettings.ExportSettings;
segmentSettings = rSettings.SegmentSettings;
pointMatchSettings = rSettings.PointMatchSettings;
gridRemovalSettings = rSettings.GridRemovalSettings;
gridDisplaySettings.initialized = false;
gridDisplaySettings.gridSetX = rSettings.GridDisplayGridSetX;
gridDisplaySettings.gridSetY = rSettings.GridDisplayGridSetY;
discretizeSettings = rSettings.DiscretizeSettings;
backgroundSelection = rSettings.BackgroundSelection;
}
//Saves and adds all the points that are in the matchset from point matching
public void SaveMatchedPoints()
{
DigitizeState old = DigitizeState;
DigitizeState = DigitizeState.CurveState;
foreach (MatchPoint p in matchSet.Matches)
{
if (p.Accepted)
{
AddPoint(p.Point.X, p.Point.Y);
}
}
DigitizeState = old;
}
private Cursor CursorFromState(DigitizeState state)
{
switch (state)
{
case DigitizeState.AxisState: return(Cursors.Cross);
case DigitizeState.CurveState: return(Cursors.Cross);
case DigitizeState.MeasureState: return(Cursors.Cross);
case DigitizeState.PointMatchState: return(Cursors.Arrow);
case DigitizeState.ScaleState: return(Cursors.Cross);
case DigitizeState.SegmentState: return(Cursors.Arrow);
case DigitizeState.SelectState: return(Cursors.Arrow);
}
return(Cursors.Default);
}
//Deserialization constructor.
public NuGenDocument(SerializationInfo info, StreamingContext ctxt)
{
backgroundSelection = (BackgroundSelection)info.GetValue("backgroundSelection", typeof(BackgroundSelection));
originalImage = (Image)info.GetValue("originalImage", typeof(Image));
title = (string)info.GetValue("title", typeof(string));
digitizeState = (DigitizeState)info.GetValue("digitizeState", typeof(DigitizeState));
currentCurveName = (string)info.GetValue("curveCmbText", typeof(string));
currentMeasureName = (string)info.GetValue("measureCmbText", typeof(string));
coordSettings.frame = (ReferenceFrame)info.GetValue("coordSettings.frame", typeof(ReferenceFrame));
coordSettings.thetaUnits = (ThetaUnits)info.GetValue("coordSettings.thetaUnits", typeof(ThetaUnits));
coordSettings.xThetaScale = (Scale)info.GetValue("coordSettings.xThetaScale", typeof(Scale));
coordSettings.yRScale = (Scale)info.GetValue("coordSettings.yRScale", typeof(Scale));
exportSettings.delimiters = (ExportDelimiters)info.GetValue("exportSettings.delimiters", typeof(ExportDelimiters));
exportSettings.layout = (ExportLayout)info.GetValue("exportSettings.layout", typeof(ExportLayout));
exportSettings.pointsSelection = (ExportPointsSelection)info.GetValue("exportSettings.pointsSelection", typeof(ExportPointsSelection));
exportSettings.header = (ExportHeader)info.GetValue("exportSettings.header", typeof(ExportHeader));
gridRemovalSettings.removeThinLines = (bool)info.GetValue("gridRemovalSettings.removeThinLines", typeof(bool));
gridRemovalSettings.thinThickness = (double)info.GetValue("gridRemovalSettings.thinThickness", typeof(double));
gridRemovalSettings.removeGridlines = (bool)info.GetValue("gridRemovalSettings.removeGridlines", typeof(bool));
gridRemovalSettings.gridMesh.initialized = (bool)info.GetValue("gridRemovalSettings.gridMesh.initialized", typeof(bool));
gridRemovalSettings.gridMesh.countX = (int)info.GetValue("gridRemovalSettings.gridMesh.countX", typeof(int));
gridRemovalSettings.gridMesh.countY = (int)info.GetValue("gridRemovalSettings.gridMesh.countY", typeof(int));
gridRemovalSettings.gridMesh.gridSetX = (GridSet)info.GetValue("gridRemovalSettings.gridMesh.gridSetX", typeof(GridSet));
gridRemovalSettings.gridMesh.gridSetY = (GridSet)info.GetValue("gridRemovalSettings.gridMesh.gridSetY", typeof(GridSet));
gridRemovalSettings.gridMesh.startX = (double)info.GetValue("gridRemovalSettings.gridMesh.startX", typeof(double));
gridRemovalSettings.gridMesh.startY = (double)info.GetValue("gridRemovalSettings.gridMesh.startY", typeof(double));
gridRemovalSettings.gridMesh.stepX = (double)info.GetValue("gridRemovalSettings.gridMesh.stepX", typeof(double));
gridRemovalSettings.gridMesh.stepY = (double)info.GetValue("gridRemovalSettings.gridMesh.stepY", typeof(double));
gridRemovalSettings.gridMesh.stopX = (double)info.GetValue("gridRemovalSettings.gridMesh.stopX", typeof(double));
gridRemovalSettings.gridMesh.stopY = (double)info.GetValue("gridRemovalSettings.gridMesh.stopY", typeof(double));
gridRemovalSettings.gridDistance = (double)info.GetValue("gridRemovalSettings.gridDistance", typeof(double));
gridRemovalSettings.removeColor = (bool)info.GetValue("gridRemovalSettings.removeColor", typeof(bool));
gridRemovalSettings.color = (Color)info.GetValue("gridRemovalSettings.color", typeof(Color));
gridRemovalSettings.foregroundThresholdLow = (int)info.GetValue("gridRemovalSettings.foregroundThresholdLow", typeof(int));
gridRemovalSettings.foregroundThresholdHigh = (int)info.GetValue("gridRemovalSettings.foregroundThresholdHigh", typeof(int));
gridRemovalSettings.gapSeparation = (double)info.GetValue("gridRemovalSettings.gapSeparation", typeof(double));
gridDisplaySettings.initialized = (bool)info.GetValue("gridDisplaySettings.initialized", typeof(bool));
gridDisplaySettings.countX = (int)info.GetValue("gridDisplaySettings.countX", typeof(int));
gridDisplaySettings.countY = (int)info.GetValue("gridDisplaySettings.countY", typeof(int));
gridDisplaySettings.gridSetX = (GridSet)info.GetValue("gridDisplaySettings.gridSetX", typeof(GridSet));
gridDisplaySettings.gridSetY = (GridSet)info.GetValue("gridDisplaySettings.gridSetY", typeof(GridSet));
gridDisplaySettings.startX = (double)info.GetValue("gridDisplaySettings.startX", typeof(double));
gridDisplaySettings.startY = (double)info.GetValue("gridDisplaySettings.startY", typeof(double));
gridDisplaySettings.stepX = (double)info.GetValue("gridDisplaySettings.stepX", typeof(double));
gridDisplaySettings.stepY = (double)info.GetValue("gridDisplaySettings.stepY", typeof(double));
gridDisplaySettings.stopX = (double)info.GetValue("gridDisplaySettings.stopX", typeof(double));
gridDisplaySettings.stopY = (double)info.GetValue("gridDisplaySettings.stopY", typeof(double));
segmentSettings.minPoints = (int)info.GetValue("segmentSettings.minPoints", typeof(int));
segmentSettings.pointSeparation = (int)info.GetValue("segmentSettings.pointSeparation", typeof(int));
segmentSettings.lineSize = (LineSize)info.GetValue("segmentSettings.lineSize", typeof(LineSize));
segmentSettings.lineColor = (Color)info.GetValue("segmentSettings.lineColor", typeof(Color));
pointMatchSettings.pointSeparation = (int)info.GetValue("pointMatchSettings.pointSeparation", typeof(int));
pointMatchSettings.pointSize = (int)info.GetValue("pointMatchSettings.pointSize", typeof(int));
pointMatchSettings.acceptedColor = (Color)info.GetValue("pointMatchSettings.acceptedColor", typeof(Color));
pointMatchSettings.rejectedColor = (Color)info.GetValue("pointMatchSettings.rejectedColor", typeof(Color));
discretizeSettings.discretizeMethod = (DiscretizeMethod)info.GetValue("discretizeSettings.discretizeMethod", typeof(DiscretizeMethod));
discretizeSettings.intensityThresholdLow = (int)info.GetValue("discretizeSettings.intensityThresholdLow", typeof(int));
discretizeSettings.intensityThresholdHigh = (int)info.GetValue("discretizeSettings.intensityThresholdHigh", typeof(int));
discretizeSettings.foregroundThresholdLow = (int)info.GetValue("discretizeSettings.foregroundThresholdLow", typeof(int));
discretizeSettings.foregroundThresholdHigh = (int)info.GetValue("discretizeSettings.foregroundThresholdHigh", typeof(int));
discretizeSettings.hueThresholdLow = (int)info.GetValue("discretizeSettings.hueThresholdLow", typeof(int));
discretizeSettings.hueThresholdHigh = (int)info.GetValue("discretizeSettings.hueThresholdHigh", typeof(int));
discretizeSettings.saturationThresholdLow = (int)info.GetValue("discretizeSettings.saturationThresholdLow", typeof(int));
discretizeSettings.saturationThresholdHigh = (int)info.GetValue("discretizeSettings.saturationThresholdHigh", typeof(int));
discretizeSettings.valueThresholdLow = (int)info.GetValue("discretizeSettings.valueThresholdLow", typeof(int));
discretizeSettings.valueThresholdHigh = (int)info.GetValue("discretizeSettings.valueThresholdHigh", typeof(int));
pointSets = new NuGenPointSetCollection();
PointSets.SerializeRead(info);
saveFileExists = true;
dirtyAxesTransformation = true;
dirtyScaleTransformation = true;
listeners = new List <NuGenImageListener>();
segments = new NuGenSegmentCollection();
transform = new NuGenScreenTranslate(this);
gridDisplay = new List <GridlineScreen>();
matchSet = new NuGenMatchSet(pointMatchSettings);
ProcessOriginialImage();
}
private Cursor CursorFromState(DigitizeState state)
{
switch (state)
{
case DigitizeState.AxisState: return Cursors.Cross;
case DigitizeState.CurveState: return Cursors.Cross;
case DigitizeState.MeasureState: return Cursors.Cross;
case DigitizeState.PointMatchState: return Cursors.Arrow;
case DigitizeState.ScaleState: return Cursors.Cross;
case DigitizeState.SegmentState: return Cursors.Arrow;
case DigitizeState.SelectState: return Cursors.Arrow;
}
return Cursors.Default;
}