SeriesCollection GetVotingDayRankingData ()
{
GeographyBallotCoverageLookup lookup;
lookup= GetLookupFromCache();
Geographies geos = null;
string circuitString = Request.QueryString["CircuitId"];
int circuitId = 0;
if (String.IsNullOrEmpty(Request.QueryString["CircuitId"]))
{
geos = Geographies.FromLevel(Country.FromCode("SE"), GeographyLevel.ElectoralCircuit);
}
else
{
circuitId = Int32.Parse(circuitString);
Geographies candidateGeos = Geography.FromIdentity(circuitId).GetTree();
geos = new Geographies();
foreach (Geography geo in candidateGeos)
{
if (lookup.ContainsKey(geo.Identity) && geo.Identity != circuitId)
{
geos.Add(geo);
}
}
}
GeographyBallotCoverageData data = new GeographyBallotCoverageData();
foreach (Geography geo in geos)
{
if (lookup.ContainsKey(geo.Identity))
{
data.Add(lookup[geo.Identity]);
}
}
data.Sort(
delegate(GeographyBallotCoverageDataPoint p1, GeographyBallotCoverageDataPoint p2)
{
int i1 = (absoluteMode?p1.VotingStationsTotal: p1.WVotingStationsTotal)
- (absoluteMode?p1.VotingStationsDistroSingle: p1.WVotingStationsDistroSingle);
int i2 = (absoluteMode?p2.VotingStationsTotal: p2.WVotingStationsTotal)
- (absoluteMode?p2.VotingStationsDistroSingle: p2.WVotingStationsDistroSingle);
return i1.CompareTo(i2);
});
SeriesCollection collection = new SeriesCollection();
Series seriesPositiveSingle = new Series();
seriesPositiveSingle.Name = "Positive, single distro";
Label2.Text = "(I hela Sverige saknar " + (lookup[Geography.SwedenId].VotingStationsTotal - lookup[Geography.SwedenId].VotingStationsDistroSingle).ToString("#,##0") + " väljare Piratpartiets valsedlar.)";
if (circuitId != 0)
{
AddSingleVotingDayDataPoint(lookup[circuitId], seriesPositiveSingle);
}
seriesPositiveSingle.Elements.Add(new Element());
foreach (GeographyBallotCoverageDataPoint dataPoint in data)
{
AddSingleVotingDayDataPoint(dataPoint, seriesPositiveSingle);
}
seriesPositiveSingle.DefaultElement.Color = System.Drawing.Color.Red;
seriesPositiveSingle.DefaultElement.ShowValue = true;
SeriesCollection result = new SeriesCollection();
result.Add(seriesPositiveSingle);
return result;
}
SeriesCollection GetVotingDayRankingData()
{
GeographyBallotCoverageLookup lookup = GetLookupFromCache();
Geographies geos = null;
string circuitString = Request.QueryString["CircuitId"];
int circuitId = 0;
if (String.IsNullOrEmpty(circuitString) || Int32.Parse(circuitString) == Geography.SwedenId)
{
geos = Geographies.FromLevel(Country.FromCode("SE"), GeographyLevel.ElectoralCircuit);
}
else
{
circuitId = Int32.Parse(circuitString);
Geographies candidateGeos = Geography.FromIdentity(circuitId).GetTree();
geos = new Geographies();
foreach (Geography geo in candidateGeos)
{
if (lookup.ContainsKey(geo.Identity) && geo.Identity != circuitId)
{
geos.Add(geo);
}
}
}
Dictionary <int, Geography> geoLookup = new Dictionary <int, Geography>();
foreach (Geography geo in geos)
{
geoLookup[geo.Identity] = geo;
}
GeographyBallotCoverageData data = new GeographyBallotCoverageData();
foreach (Geography geo in geos)
{
if (lookup.ContainsKey(geo.Identity))
{
data.Add(lookup[geo.Identity]);
}
}
bool sortByValue = cbSort.Checked;
data.Sort(
delegate(GeographyBallotCoverageDataPoint p1, GeographyBallotCoverageDataPoint p2)
{
if (sortByValue)
{
if (advanceVotingMode)
{
double i1 = (absoluteMode ? p1.AdvanceVotingCoverage : p1.WWAdvanceVotingCoverage);
double i2 = (absoluteMode ? p2.AdvanceVotingCoverage : p2.WWAdvanceVotingCoverage);
return(i1.CompareTo(i2));
}
else
{
double i1 = (absoluteMode ? p1.VotingCoverage : p1.WVotingCoverage);
double i2 = (absoluteMode ? p2.VotingCoverage : p2.WVotingCoverage);
return(i1.CompareTo(i2));
}
}
else
{
return(geoLookup[p2.GeographyId].Name.CompareTo(geoLookup[p1.GeographyId].Name));
}
});
SeriesCollection collection = new SeriesCollection();
Series seriesPositiveSingle = new Series();
seriesPositiveSingle.Name = "Positive, single distro";
Series seriesPositiveDouble = new Series();
seriesPositiveDouble.Name = "Positive, double distro";
Series seriesPositiveFull = new Series();
seriesPositiveFull.Name = "Positive, full coverage";
Series seriesNegative = new Series();
seriesNegative.Name = "Negative";
// Add empties, then Sweden
AddSingleVotingDayDataPoint(lookup[Geography.SwedenId], seriesPositiveSingle, seriesPositiveDouble, seriesPositiveFull, seriesNegative);
if (circuitId != 0)
{
AddSingleVotingDayDataPoint(lookup[circuitId], seriesPositiveSingle, seriesPositiveDouble, seriesPositiveFull, seriesNegative);
}
seriesPositiveSingle.Elements.Add(new Element());
seriesNegative.Elements.Add(new Element());
foreach (GeographyBallotCoverageDataPoint dataPoint in data)
{
AddSingleVotingDayDataPoint(dataPoint, seriesPositiveSingle, seriesPositiveDouble, seriesPositiveFull, seriesNegative);
}
seriesPositiveSingle.DefaultElement.Color = System.Drawing.Color.Yellow;
seriesPositiveDouble.DefaultElement.Color = System.Drawing.Color.YellowGreen;
seriesPositiveFull.DefaultElement.Color = System.Drawing.Color.Green;
seriesPositiveSingle.DefaultElement.ShowValue = true;
seriesNegative.DefaultElement.Color = System.Drawing.Color.DarkRed;
SeriesCollection result = new SeriesCollection();
result.Add(seriesPositiveSingle);
result.Add(seriesPositiveDouble);
result.Add(seriesPositiveFull);
result.Add(seriesNegative);
return(result);
}
SeriesCollection GetVotingDayRankingData ()
{
GeographyBallotCoverageLookup lookup = GetLookupFromCache();
Geographies geos = null;
string circuitString = Request.QueryString["CircuitId"];
int circuitId = 0;
if (String.IsNullOrEmpty(circuitString) || Int32.Parse(circuitString) == Geography.SwedenId)
{
geos = Geographies.FromLevel(Country.FromCode("SE"), GeographyLevel.ElectoralCircuit);
}
else
{
circuitId = Int32.Parse(circuitString);
Geographies candidateGeos = Geography.FromIdentity(circuitId).GetTree();
geos = new Geographies();
foreach (Geography geo in candidateGeos)
{
if (lookup.ContainsKey(geo.Identity) && geo.Identity != circuitId)
{
geos.Add(geo);
}
}
}
Dictionary<int, Geography> geoLookup = new Dictionary<int, Geography>();
foreach (Geography geo in geos)
geoLookup[geo.Identity] = geo;
GeographyBallotCoverageData data = new GeographyBallotCoverageData();
foreach (Geography geo in geos)
{
if (lookup.ContainsKey(geo.Identity))
{
data.Add(lookup[geo.Identity]);
}
}
bool sortByValue = cbSort.Checked;
data.Sort(
delegate(GeographyBallotCoverageDataPoint p1, GeographyBallotCoverageDataPoint p2)
{
if (sortByValue)
{
if (advanceVotingMode)
{
double i1 = (absoluteMode ? p1.AdvanceVotingCoverage : p1.WWAdvanceVotingCoverage);
double i2 = (absoluteMode ? p2.AdvanceVotingCoverage : p2.WWAdvanceVotingCoverage);
return i1.CompareTo(i2);
}
else
{
double i1 = (absoluteMode ? p1.VotingCoverage : p1.WVotingCoverage);
double i2 = (absoluteMode ? p2.VotingCoverage : p2.WVotingCoverage);
return i1.CompareTo(i2);
}
}
else
{
return geoLookup[p2.GeographyId].Name.CompareTo(geoLookup[p1.GeographyId].Name);
}
});
SeriesCollection collection = new SeriesCollection();
Series seriesPositiveSingle = new Series();
seriesPositiveSingle.Name = "Positive, single distro";
Series seriesPositiveDouble = new Series();
seriesPositiveDouble.Name = "Positive, double distro";
Series seriesPositiveFull = new Series();
seriesPositiveFull.Name = "Positive, full coverage";
Series seriesNegative = new Series();
seriesNegative.Name = "Negative";
// Add empties, then Sweden
AddSingleVotingDayDataPoint(lookup[Geography.SwedenId], seriesPositiveSingle, seriesPositiveDouble, seriesPositiveFull, seriesNegative);
if (circuitId != 0)
{
AddSingleVotingDayDataPoint(lookup[circuitId], seriesPositiveSingle, seriesPositiveDouble, seriesPositiveFull, seriesNegative);
}
seriesPositiveSingle.Elements.Add(new Element());
seriesNegative.Elements.Add(new Element());
foreach (GeographyBallotCoverageDataPoint dataPoint in data)
{
AddSingleVotingDayDataPoint(dataPoint, seriesPositiveSingle, seriesPositiveDouble, seriesPositiveFull, seriesNegative);
}
seriesPositiveSingle.DefaultElement.Color = System.Drawing.Color.Yellow;
seriesPositiveDouble.DefaultElement.Color = System.Drawing.Color.YellowGreen;
seriesPositiveFull.DefaultElement.Color = System.Drawing.Color.Green;
seriesPositiveSingle.DefaultElement.ShowValue = true;
seriesNegative.DefaultElement.Color = System.Drawing.Color.DarkRed;
SeriesCollection result = new SeriesCollection();
result.Add(seriesPositiveSingle);
result.Add(seriesPositiveDouble);
result.Add(seriesPositiveFull);
result.Add(seriesNegative);
return result;
}
SeriesCollection GetVotingDayRankingData()
{
GeographyBallotCoverageLookup lookup;
lookup = GetLookupFromCache();
Geographies geos = null;
string circuitString = Request.QueryString["CircuitId"];
int circuitId = 0;
if (String.IsNullOrEmpty(Request.QueryString["CircuitId"]))
{
geos = Geographies.FromLevel(Country.FromCode("SE"), GeographyLevel.ElectoralCircuit);
}
else
{
circuitId = Int32.Parse(circuitString);
Geographies candidateGeos = Geography.FromIdentity(circuitId).GetTree();
geos = new Geographies();
foreach (Geography geo in candidateGeos)
{
if (lookup.ContainsKey(geo.Identity) && geo.Identity != circuitId)
{
geos.Add(geo);
}
}
}
GeographyBallotCoverageData data = new GeographyBallotCoverageData();
foreach (Geography geo in geos)
{
if (lookup.ContainsKey(geo.Identity))
{
data.Add(lookup[geo.Identity]);
}
}
data.Sort(
delegate(GeographyBallotCoverageDataPoint p1, GeographyBallotCoverageDataPoint p2)
{
int i1 = (absoluteMode?p1.VotingStationsTotal: p1.WVotingStationsTotal)
- (absoluteMode?p1.VotingStationsDistroSingle: p1.WVotingStationsDistroSingle);
int i2 = (absoluteMode?p2.VotingStationsTotal: p2.WVotingStationsTotal)
- (absoluteMode?p2.VotingStationsDistroSingle: p2.WVotingStationsDistroSingle);
return(i1.CompareTo(i2));
});
SeriesCollection collection = new SeriesCollection();
Series seriesPositiveSingle = new Series();
seriesPositiveSingle.Name = "Positive, single distro";
Label2.Text = "(I hela Sverige saknar " + (lookup[Geography.SwedenId].VotingStationsTotal - lookup[Geography.SwedenId].VotingStationsDistroSingle).ToString("#,##0") + " väljare Piratpartiets valsedlar.)";
if (circuitId != 0)
{
AddSingleVotingDayDataPoint(lookup[circuitId], seriesPositiveSingle);
}
seriesPositiveSingle.Elements.Add(new Element());
foreach (GeographyBallotCoverageDataPoint dataPoint in data)
{
AddSingleVotingDayDataPoint(dataPoint, seriesPositiveSingle);
}
seriesPositiveSingle.DefaultElement.Color = System.Drawing.Color.Red;
seriesPositiveSingle.DefaultElement.ShowValue = true;
SeriesCollection result = new SeriesCollection();
result.Add(seriesPositiveSingle);
return(result);
}