private void LoadPieChart(int flag = 0)
{
PieSeries.Clear();
PieSeries pie = null;
foreach (var range in NumRanges)
{
double min = range.Min.HasValue ? (double)range.Min : 0;
double max = range.Max.HasValue ? (double)range.Max : 100000;
pie = new PieSeries
{
Title = range.Title,
Values = new ChartValues <int>
{
PartyBuildingContext.org2news.Count(
o => flag == 0?
o.mem_count_dy >= min && o.mem_count_dy < max:
o.emp_count >= min && o.emp_count < max
)
},
DataLabels = true,
PushOut = 2,
LabelPoint = PiePointLabel
};
PieSeries.Add(pie);
}
}
private void LoadPiesAction(object parameter)
{
if (parameter == null)
{
return;
}
PieSeries.Clear();
string pieType = parameter.ToString();
switch (pieType)
{
case "type":
ChartHelper.LoadPies(PieSeries, allDysj.GroupBy(m => (string)m.type), PiePointLabel);
break;
case "town":
ChartHelper.LoadPies(PieSeries, allDysj.GroupBy(m => (string)m.town), PiePointLabel);
break;
case "sex":
ChartHelper.LoadPies(PieSeries, allDysj.GroupBy(m => (string)m.sex), PiePointLabel);
break;
case "age":
double min, max;
foreach (var range in ChartHelper.AgeRanges)
{
min = range.Min.HasValue ? (double)range.Min : 0;
max = range.Max.HasValue ? (double)range.Max : 100000;
ChartHelper.AddAPie(PieSeries, range.Title,
new ChartValues <int> {
allDysj.Count(m => Convert.ToInt32(m.age) >= min && Convert.ToInt32(m.age) < max)
},
PiePointLabel);
}
break;
case "nation":
ChartHelper.LoadPies(PieSeries, allDysj.GroupBy(m => (string)m.nation), PiePointLabel);
break;
case "xl":
ChartHelper.LoadPies(PieSeries, allDysj.GroupBy(m => (string)m.xl), PiePointLabel);
break;
default:
break;
}
}
private void LoadPiesAction(object parameter)
{
if (parameter == null)
{
return;
}
PieSeries.Clear();
string pieType = parameter.ToString();
switch (pieType)
{
case "town":
ChartHelper.LoadPies(PieSeries, allOrgs.GroupBy(m => m.town), PiePointLabel);
break;
case "type":
ChartHelper.LoadPies(PieSeries, allOrgs.GroupBy(m => m.org_type), PiePointLabel);
break;
case "dy_zs":
double min, max;
foreach (var range in DyRanges)
{
min = range.Min.HasValue ? (double)range.Min : 0;
max = range.Max.HasValue ? (double)range.Max : 100000;
ChartHelper.AddAPie(PieSeries, range.Title,
new ChartValues <int> {
allOrgs.Count(m => m.dy_zs >= min && m.dy_zs < max)
},
PiePointLabel);
}
break;
default:
break;
}
}
private void CreateLegend()
{
PieSeries.Clear();
var pieChart = FindParent <PieChart>(this);
if (pieChart == null)
{
return;
}
var seriesCollection = pieChart.Series;
foreach (var series in seriesCollection)
{
var pieSeries = series as PieSeries;
if (pieSeries != null)
{
var item = new PieSeriesViewModel();
item.Fill = pieSeries.Fill;
item.PointGeometry = pieSeries.PointGeometry;
item.Stroke = pieSeries.Stroke;
item.StrokeThickness = pieSeries.StrokeThickness;
item.Title = pieSeries.Title;
var values = pieSeries.Values.GetPoints(pieSeries);
var firstChartPoint = values.First();
item.Value = string.Format(ValueFormat, firstChartPoint.Y);
item.Percentage = string.Format(PercentFormat, firstChartPoint.Participation);
PieSeries.Add(item);
}
}
}
private void LoadPiesAction(object parameter)
{
if (parameter == null)
{
return;
}
PieSeries.Clear();
string pieType = parameter.ToString();
double min, max;
switch (pieType)
{
case "town":
ChartHelper.LoadPies(PieSeries, allActPlaces.GroupBy(m => (string)m.town), PiePointLabel);
break;
case "levels":
foreach (var range in LevelRanges)
{
min = range.Min.HasValue ? (double)range.Min : 0;
max = range.Max.HasValue ? (double)range.Max : 100000;
ChartHelper.AddAPie(PieSeries, range.Title,
new ChartValues <int> {
allActPlaces.Count(m => Convert.ToInt32(m.levels) >= min && Convert.ToInt32(m.levels) < max)
},
PiePointLabel);
}
break;
case "rooms":
foreach (var range in RoomRanges)
{
min = range.Min.HasValue ? (double)range.Min : 0;
max = range.Max.HasValue ? (double)range.Max : 100000;
ChartHelper.AddAPie(PieSeries, range.Title,
new ChartValues <int> {
allActPlaces.Count(m => Convert.ToInt32(m.rooms) >= min && Convert.ToInt32(m.rooms) < max)
},
PiePointLabel);
}
break;
case "area_jz":
foreach (var range in AreaRanges)
{
min = range.Min.HasValue ? (double)range.Min : 0;
max = range.Max.HasValue ? (double)range.Max : 100000;
ChartHelper.AddAPie(PieSeries, range.Title,
new ChartValues <int> {
allActPlaces.Count(m => Convert.ToInt32(m.floor_area) >= min && Convert.ToInt32(m.floor_area) < max)
},
PiePointLabel);
}
break;
case "area_yl":
foreach (var range in AreaRanges)
{
min = range.Min.HasValue ? (double)range.Min : 0;
max = range.Max.HasValue ? (double)range.Max : 100000;
ChartHelper.AddAPie(PieSeries, range.Title,
new ChartValues <int> {
allActPlaces.Count(m => Convert.ToInt32(m.courtyard_area) >= min && Convert.ToInt32(m.courtyard_area) < max)
},
PiePointLabel);
}
break;
default:
break;
}
}
