private void cargarColores()
{
ListItem item;
try
{
ColorLogic cl = new ColorLogic();
foreach (Color c in cl.BuscarColores())
{
item = new ListItem(c.descripcion, c.id_color.ToString());
if (c.descripcion == "Gris")
{
item.Selected = true;
}
this.colorDropDownList.Items.Add(item);
}
}
catch (Exception ex)
{
Session["error"] = ex;
Response.Redirect("~/Errores.aspx", false);
Context.ApplicationInstance.CompleteRequest();
}
}
//添加数据源
public void AddData(List <KeyValuePair <string, double> > keyValuePairList)
{
if (keyValuePairList == null)
{
return;
}
List <System.Drawing.Color> Colors = ColorLogic.GetColors(keyValuePairList.Count);
for (int i = 0; i < keyValuePairList.Count; i++)
{
FunnelChartModel Fmodel = new FunnelChartModel();
Fmodel.Key = keyValuePairList[i].Key;
Fmodel.Value = keyValuePairList[i].Value;
Fmodel.Fill = new SolidColorBrush(Color.FromRgb(Colors[i].R, Colors[i].G, Colors[i].B));
Fmodel.ToolTip = "漏斗图" + Environment.NewLine.ToString() + keyValuePairList[i].Key.ToString() + "：" + keyValuePairList[i].Value.ToString();
FunnelDataContext.Add(Fmodel);
}
FunnelDataContext = FunnelDataContext.OrderByDescending(m => m.Value).ToList();
}
private bool ColorSolve(int index)
{
var button = this.buttons[index];
var otherIndexes = this.OtherIndex(index);
switch (button.Color)
{
case ButtonColor.Red:
return(ColorLogic.IsRedConditionMet(this.buttons[otherIndexes[0]], this.buttons[otherIndexes[1]]));
case ButtonColor.Blue:
return(ColorLogic.IsBlueConditionMet(this.buttons[otherIndexes[0]], this.buttons[otherIndexes[1]]));
case ButtonColor.Green:
var nextIndex = NextIndexInClocwiseOrder(index);
return(ColorLogic.IsGreenConditionMet(this.buttons[nextIndex]));
case ButtonColor.Yellow:
return(ColorLogic.IsYellowConditionMet(button));
case ButtonColor.Purple:
return(ColorLogic.IsPurpleConditionMet(this.buttons[otherIndexes[0]], this.buttons[otherIndexes[1]]));
case ButtonColor.White:
return(ColorLogic.IsWhiteConditionMet(this.buttons[otherIndexes[0]], this.buttons[otherIndexes[1]]));
case ButtonColor.Orange:
return(ColorLogic.IsOrangeConditionMet(this.buttons[0]));
case ButtonColor.Cyan:
return(ColorLogic.IsCyanConditionMet(button));
case ButtonColor.Grey:
return(ColorLogic.IsGreyConditionMet(button, new[] { this.buttons[otherIndexes[0]], this.buttons[otherIndexes[1]] }));
default:
throw new InvalidOperationException();
}
}
public static bool IsLabelNoMet(int currentIndex, IList <LogicalButton> buttons)
{
var button = buttons[currentIndex];
var otherButtons = FilterOutIndex(currentIndex, buttons);
switch (button.Color)
{
case ButtonColor.Red:
return(!ColorLogic.IsRedConditionMet(otherButtons.First(), otherButtons.Last()));
case ButtonColor.Blue:
return(!ColorLogic.IsBlueConditionMet(otherButtons.First(), otherButtons.Last()));
case ButtonColor.Green:
var nextIndex = LogicalButtonsHelper.NextIndexInClocwiseOrder(currentIndex);
return(!ColorLogic.IsGreenConditionMet(buttons[nextIndex]));
case ButtonColor.Cyan:
return(!ColorLogic.IsCyanConditionMet(button));
case ButtonColor.Yellow:
return(!ColorLogic.IsYellowConditionMet(button));
case ButtonColor.Purple:
return(!ColorLogic.IsPurpleConditionMet(otherButtons.First(), otherButtons.Last()));
case ButtonColor.White:
return(!ColorLogic.IsWhiteConditionMet(otherButtons.First(), otherButtons.Last()));
case ButtonColor.Orange:
return(!ColorLogic.IsOrangeConditionMet(buttons[0]));
case ButtonColor.Grey:
return(!ColorLogic.IsGreyConditionMet(button, otherButtons));
default:
return(false);
}
}
