public DynamicPropertyScaleDescriptor(IPowerShellDataSource dataSource, string name)
{
_dataSource = dataSource;
_name = name;
Color = ColorManager.AssignColor();
_dataSource.Data.CollectionChanged += OnData;
_ranges = new ObservableCollection <IRangeDescriptor>(RangeDescriptorFactory.Create(Color, new object[] { _minimum, "?", _maximum }).ToList());
}
public IScaleDescriptor ForPropertyName(string propertyName)
{
if (_color.HasValue)
{
return(this);
}
if (!_propertyColorMap.ContainsKey(propertyName))
{
_propertyColorMap.Add(propertyName, ColorManager.AssignColor());
}
var color = _propertyColorMap[propertyName];
var descriptor = new ScaleDescriptor(this, color);
return(descriptor);
}
IRangeDescriptor Next()
{
/*
* int?, Color?, int?
* 80, Red, 100
* Red, 100
* 80, Red
* 80, 100
*/
var descriptor = new RangeDescriptor();
double?v1 = null;
double?v2 = null;
Color? clr = null;
if (_index >= _values.Count - 1)
{
return(null);
}
var first = _values[_index];
clr = first.ToColor();
if (null == clr)
{
if (first is int || first is double || first is string)
{
v1 = Convert.ToDouble(first);
}
else
{
throw new InvalidRangeDescriptorException("Expected number or color at value [" + first.ToString() + "]");
}
}
++_index;
if (_index < _values.Count)
{
var second = _values[_index];
if (null != second)
{
Color?clr2 = second.ToColor();
if (null == clr2)
{
if ("?" == (second as string))
{
clr2 = ColorManager.AssignColor(_index, _values.Count, _rangeBaseColor);
}
}
if (null == clr2)
{
if (second is int || second is double || second is string)
{
v2 = Convert.ToDouble(second);
}
else
{
throw new InvalidRangeDescriptorException("Expected number or color at value [" +
second.ToString() + "]");
}
}
else if (null != clr)
{
throw new InvalidRangeDescriptorException("Expected number at value [" +
second.ToString() + "]");
}
else
{
clr = clr2;
++_index;
}
}
}
if (v1.HasValue && clr.HasValue && _index < _values.Count)
{
var third = _values[_index];
if (!(third is int || third is double || third is string))
{
throw new InvalidRangeDescriptorException("Expected number at value [" + third.ToString() + "]");
}
v2 = Convert.ToDouble(third);
}
if (v1.HasValue && v2.HasValue)
{
if (v1.Value > v2.Value)
{
double v = v1.Value;
v1 = v2;
v2 = v;
}
}
descriptor.Color = clr;
if (v1.HasValue)
{
descriptor.Minimum = v1.Value;
}
if (v2.HasValue)
{
descriptor.Maximum = v2.Value;
}
return(descriptor);
}
private bool ConfigureAxes(SolidPSObjectBase o)
{
if (!CanConfigureAxes)
{
return(false);
}
if (SeriesType.IsCategorical())
{
ConfigureCategoricalAxes(o);
}
else if (SeriesType.IsCategoricalRange())
{
ConfigureCategoricalRange(o);
}
else if (SeriesType.IsScatter())
{
ConfigureScatterAxes(o);
}
else if (SeriesType.IsPolar())
{
ConfigurePolarAxis(o);
}
else if (SeriesType.IsRadial())
{
ConfigureRadialAxis(o);
}
else
{
throw new InvalidOperationException("Unanticipated series type encountered during axis determination: " + SeriesType);
}
VerifyAxisTypes(o);
var sdx = GetScaleForProperty(XAxis.ValueMemberPath);
var sdy = GetScaleForProperty(YAxis.ValueMemberPath);
if (null == sdx)
{
sdx = new ScaleDescriptor(XAxis.ValueMemberPath, ColorManager.AssignColor());
}
XAxis.AxisScaleDescriptors.Add(new ScaleDescriptorAssignment {
PropertyName = sdx.Name, Scale = sdx
});
if (null != sdy)
{
var sdym = new[] { sdy }.Union(DataSource.Scales.Select(s => s.Scale))
.Where(s => s.Name == sdy.Name)
.ToList()
.ConvertAll(a => new ScaleDescriptorAssignment {
PropertyName = a.Name, Scale = a
});
sdym.ToList().ForEach(YAxis.AxisScaleDescriptors.Add);
}
var ev = AxesUpdated;
if (null != ev)
{
ev(this, EventArgs.Empty);
}
return(true);
}
