private ScotusVoteTotal parseVote(ScotusVoteTotal voteTotal, ScotusRow vote)
{
if (vote.majority == 1)
{
voteTotal.MinorityVotes.Add(vote.justice);
}
else if (vote.majority == 2)
{
voteTotal.MajorityVotes.Add(vote.justice);
}
return(voteTotal);
}
private ObservableCollection <Case> SortOutScotusData(List <ScotusRow> rawData)
{
Dictionary <string, Case> allCases = new Dictionary <string, Case>();
foreach (ScotusRow sr in rawData)
{
// if it doesn't have this case yet, populate the case
if (!allCases.ContainsKey(sr.caseId))
{
var newCase = new Case()
{
CaseId = sr.caseId,
Court = sr.chief,
DecisionDate = sr.dateDecision,
ArgumentDate = sr.dateArgument,
Term = sr.term,
CaseName = sr.caseName,
OpinionWriterId = sr.majOpinWriter,
PartisanDecision = sr.decisionDirection
};
var voteDetail = new ScotusVoteTotal()
{
CaseId = sr.caseId,
MajorityCount = sr.majVotes,
MinorityCount = sr.minVotes,
IsEqualVote = sr.minVotes == sr.majVotes
};
newCase.VoteDetails = voteDetail;
newCase.Dockets.Add(sr.docketId);
allCases.Add(sr.caseId, newCase);
}
if (allCases[sr.caseId].Dockets[0] == sr.docketId)
{
if (sr.majority == 2)
{
allCases[sr.caseId].VoteDetails.MajorityVotes.Add(sr.justice);
}
else if (sr.majority == 1)
{
allCases[sr.caseId].VoteDetails.MinorityVotes.Add(sr.justice);
}
}
else if (allCases[sr.caseId].Dockets.FirstOrDefault(d => d == sr.docketId) == null)
{
allCases[sr.caseId].Dockets.Add(sr.docketId);
}
}
var casesAsList = new ObservableCollection <Case>();
int typicalSplit = 0;
int atypicalSplit = 0;
foreach (KeyValuePair <string, Case> kvp in allCases)
{
kvp.Value.VoteDetails.ParseVotes();
if (kvp.Value.VoteDetails.MajorityCount <= 9)
{
if (kvp.Value.Court == "Roberts")
{
kvp.Value.VoteSplit = Case.EvalSplit(kvp.Value.VoteDetails);
if (kvp.Value.VoteSplit == VoteResult.TypicalSplit)
{
typicalSplit++;
}
if (kvp.Value.VoteSplit == VoteResult.NonTypicalSplit)
{
atypicalSplit++;
}
casesAsList.Add(kvp.Value);
}
//casesAsList.Add(kvp.Value);
}
}
Debug.WriteLine("Typical Split Count = " + casesAsList.Count(t => t.VoteSplit == VoteResult.TypicalSplit));
Debug.WriteLine("ATypical Split Count = " + casesAsList.Count(t => t.VoteSplit == VoteResult.NonTypicalSplit));
Debug.WriteLine("Unanimous Count = " + casesAsList.Count(t => t.VoteSplit == VoteResult.Unanimous));
Debug.WriteLine("Mixed Minority Count = " + casesAsList.Count(t => t.VoteSplit == VoteResult.MixedMinority));
Debug.WriteLine("Con Minority Count = " + casesAsList.Count(t => t.VoteSplit == VoteResult.ConMinority));
Debug.WriteLine("Lib Minority Count = " + casesAsList.Count(t => t.VoteSplit == VoteResult.LibMinority));
Debug.WriteLine("Single Dissent Count = " + casesAsList.Count(t => t.VoteSplit == VoteResult.SingleDissent));
return(casesAsList);
}