protected static void SerializeSetV0(IScatterSymbol obj, Altaxo.Serialization.Xml.IXmlSerializationInfo info)
{
var parent = ScatterSymbolListManager.Instance.GetParentList(obj);
if (null != parent)
{
if (null == info.GetProperty(ScatterSymbolList.GetSerializationRegistrationKey(parent)))
{
info.AddValue("Set", parent);
}
else
{
info.AddValue("SetName", parent.Name);
}
}
}
private IScatterSymbol CreateNewSymbolSetFromOverrides(IScatterSymbol symbol, out bool cancellationRequested)
{
cancellationRequested = false;
double overriddenAbsoluteStructureWidth = _view.OverrideAbsoluteStructureWidth ? _view.OverriddenAbsoluteStructureWidth : 0;
double overriddenRelativeStructureWidth = _view.OverrideRelativeStructureWidth ? _view.OverriddenRelativeStructureWidth : symbol.RelativeStructureWidth;
double resultingRelativeStructureWidth = overriddenRelativeStructureWidth;
if (_view.OverrideAbsoluteStructureWidth && _view.OverriddenAbsoluteStructureWidth != 0)
{
if (overriddenRelativeStructureWidth <= 0)
{
var dlgResult = Current.Gui.YesNoCancelMessageBox(
"Currently the absolute structure width has been overriden.\r\n" +
"However, in the new symbol set to be created, only the relative structure width can be stored.\r\n" +
"This is especially problematic, since the relative structure width is set to 0 (zero).\r\n" +
"Do you want to convert the absolute structure width into a relative value?\r\n" +
"Yes: Converts absolute structure width into relative width, using current symbol size\r\n" +
"No: Sets relative structure width to zero (probably not very useful)\r\n" +
"Cancel: Cancels the creation of a new symbol set",
"Question concerning absolute/relative structure width",
true);
if (null == dlgResult)
{
cancellationRequested = true;
return(symbol);
}
else if (true == dlgResult)
{
resultingRelativeStructureWidth = overriddenAbsoluteStructureWidth / _view.SymbolSize;
}
else
{
resultingRelativeStructureWidth = 0;
}
}
else
{
var dlgResult = Current.Gui.YesNoCancelMessageBox(
"Currently the absolute structure width has been overriden.\r\n" +
"However, in the new symbol set to be created, only the relative structure width can be stored.\r\n" +
"Do you want to take both the absolute and the relative structure width into account?\r\n" +
"Yes: Converts the combined absolute and relative structure width into relative width, using current symbol size\r\n" +
"No: Sets relative structure, using the overridden relative structure width or the default value.\r\n" +
"Cancel: Cancels the creation of a new symbol set",
"Question concerning absolute/relative structure width",
false);
if (null == dlgResult)
{
cancellationRequested = true;
return(symbol);
}
else if (true == dlgResult)
{
resultingRelativeStructureWidth = overriddenRelativeStructureWidth + overriddenAbsoluteStructureWidth / _view.SymbolSize;
}
else
{
resultingRelativeStructureWidth = overriddenRelativeStructureWidth;
}
}
}
// we have to create a new symbol - if IsIndependent symbol is not checked, we have to create a new series of symbols
bool createNewSymbolList;
int originalItemIndex;
IEnumerable <IScatterSymbol> scatterSymbolsToModify;
if (_view.IndependentScatterSymbol)
{
scatterSymbolsToModify = new IScatterSymbol[] { symbol };
originalItemIndex = 0;
createNewSymbolList = false;
}
else
{
var parentList = ScatterSymbolListManager.Instance.GetParentList(symbol);
if (null != parentList)
{
scatterSymbolsToModify = parentList;
originalItemIndex = parentList.IndexOf(symbol);
createNewSymbolList = true;
}
else
{
scatterSymbolsToModify = new IScatterSymbol[] { symbol };
originalItemIndex = 0;
createNewSymbolList = false;
}
}
var newSymbols = new List <IScatterSymbol>();
foreach (var symbolToModify in scatterSymbolsToModify)
{
var newSymbol = symbolToModify;
if (_view.OverrideInset)
{
var newInsetType = (Type)_symbolInsetChoices.FirstSelectedNode?.Tag;
if (newInsetType != newSymbol.Inset?.GetType())
{
var newInset = null == newInsetType ? null : (IScatterSymbolInset)Activator.CreateInstance(newInsetType);
newSymbol = newSymbol.WithInset(newInset);
}
}
if (_view.OverrideFrame)
{
var newFrameType = (Type)_symbolFrameChoices.FirstSelectedNode?.Tag;
if (newFrameType != newSymbol.Frame?.GetType())
{
var newFrame = null == newFrameType ? null : (IScatterSymbolFrame)Activator.CreateInstance(newFrameType);
newSymbol = newSymbol.WithFrame(newFrame);
}
}
if (_view.OverrideRelativeStructureWidth || _view.OverrideRelativeStructureWidth)
{
newSymbol = newSymbol.WithRelativeStructureWidth(resultingRelativeStructureWidth);
}
if (_view.OverridePlotColorInfluence)
{
newSymbol = newSymbol.WithPlotColorInfluence(_view.OverriddenPlotColorInfluence);
}
if (_view.OverrideFillColor)
{
newSymbol = newSymbol.WithFillColor(_view.OverriddenFillColor);
}
if (_view.OverrideFrameColor && newSymbol.Frame != null)
{
newSymbol = newSymbol.WithFrame(newSymbol.Frame.WithColor(_view.OverriddenFrameColor));
}
if (_view.OverrideInsetColor && newSymbol.Inset != null)
{
newSymbol = newSymbol.WithInset(newSymbol.Inset.WithColor(_view.OverriddenInsetColor));
}
newSymbols.Add(newSymbol);
}
if (createNewSymbolList)
{
if (ScatterSymbolListManager.Instance.TryGetListByMembers(newSymbols, null, out var existingListName))
{
Current.Gui.InfoMessageBox("A symbol set with the chosen parameters already exists under the name: " + existingListName, "Symbol set exists");
return(ScatterSymbolListManager.Instance.GetList(existingListName)[originalItemIndex]);
}
else
{
string newName = "Custom";
if (!Current.Gui.ShowDialog(ref newName, "Enter a name for the new scatter symbol set", false))
{
cancellationRequested = true;
return(symbol);
}
var newScatterSymbolList = new ScatterSymbolList(newName, newSymbols);
ScatterSymbolListManager.Instance.TryRegisterList(newScatterSymbolList, Altaxo.Main.ItemDefinitionLevel.Project, out var resultList);
// return the item at the original list index.
return(resultList[originalItemIndex]);
}
}
else
{
if (ScatterSymbolListManager.Instance.TryFindListContaining(newSymbols[originalItemIndex], out var dummyList, out var result))
{
return(result);
}
