private List <Team> getStandings(String league, String division)
{
LeagueStandingsReport.ReportScope scope = new LeagueStandingsReport.ReportScope();
scope.OrderAscending = false;
scope.Division = division;
scope.League = Program.LEAGUES[0].Length == 0 ? "X" : league;
return(leagueStandingsReport.getTeamsByWinPercentage(scope));
}
public override void process(IOutput output)
{
output.draftOrderHeader();
LeagueStandingsReport.ReportScope scope = new LeagueStandingsReport.ReportScope();
scope.OrderAscending = true;
scope.AllTeams = true;
output.draftOrderTableHeader();
List <Team> teams = ((LeagueStandingsReport)Program.featureStandings.getReport()).
getTeamsByWinPercentage(scope);
int pickNum = 0;
List <Team> tieBreakerList = new List <Team>();
Team prevTeam = null;
foreach (Team team in teams)
{
if (prevTeam == null)
{
prevTeam = team;
}
else if (team.Wpct == prevTeam.Wpct)
{
if (tieBreakerList.Count == 0)
{
tieBreakerList.Add(prevTeam);
}
tieBreakerList.Add(team);
}
else
{
if (tieBreakerList.Count > 0)
{
foreach (Team tbTeam in tieBreakerList)
{
pickNum++;
WriteOutTeamForDraftPicks(output, pickNum, 0, tbTeam);
}
tieBreakerList.Clear();
prevTeam = team;
}
else
{
pickNum++;
WriteOutTeamForDraftPicks(output, pickNum, 0, prevTeam);
prevTeam = team;
}
}
}
pickNum++;
WriteOutTeamForDraftPicks(output, pickNum, 0, prevTeam);
output.endOfTable();
}
public void buildCharts()
{
if (!Config.SHOW_STANDINGS)
{
return;
}
TeamWinPctHistory teamWinPctHistory = new TeamWinPctHistory();
bool firstTimeLoad = !teamWinPctHistory.loadWinPctFile(@"wpct.csv");
LeagueStandingsReport.ReportScope scope = new LeagueStandingsReport.ReportScope();
scope.OrderAscending = true;
scope.AllTeams = true;
// Only create and save if additional games added.
List <Team> teams = ((LeagueStandingsReport)getReport()).getTeamsByWinPercentage(scope);
if (teamWinPctHistory.addCurrentSeason(teams))
{
if (!firstTimeLoad)
{
// Create Division Charts
foreach (string league in Program.LEAGUES)
{
foreach (string division in Program.DIVISIONS)
{
buildDivisionChart(league, division);
}
}
}
teamWinPctHistory.csvSaveTeamParser(@"wpct.csv");
}
((DraftOrderFeatureBase)Program.featureDraftOrder).buildDraftOrderChart();
if (Config.HAS_WILDCARD)
{
List <Team> teamsAL = getWildCardTeams("AL");
buildWildcardChart(teamsAL, "AL");
List <Team> teamsNL = getWildCardTeams("NL");
buildWildcardChart(teamsNL, "NL");
}
}
public override void process(IOutput output)
{
output.draftOrderHeader();
LeagueStandingsReport.ReportScope scope = new LeagueStandingsReport.ReportScope();
scope.OrderAscending = true;
scope.League = "X";
// Get Team Draft order by division
Dictionary <String, List <Team> > draftOrder = new Dictionary <string, List <Team> >();
foreach (string division in Program.DIVISIONS)
{
scope.Division = division;
draftOrder[division] = ((LeagueStandingsReport)Program.featureStandings.getReport()).getTeamsByWinPercentage(scope);
}
output.draftOrderTableHeader();
int pickNum = 0;
List <Team> tieBreakerList = new List <Team>();
Team prevTeam = null;
Team[] picks = new Team[24];
foreach (String division in Program.DIVISION_DRAFT_ORDER)
{
List <Team> teams = draftOrder[division];
foreach (Team team in teams)
{
if (prevTeam == null)
{
prevTeam = team;
}
else if (team.Wpct == prevTeam.Wpct)
{
if (tieBreakerList.Count == 0)
{
tieBreakerList.Add(prevTeam);
}
tieBreakerList.Add(team);
}
else
{
if (tieBreakerList.Count > 0)
{
foreach (Team tbTeam in tieBreakerList)
{
// pickNum++;
picks[pickNum++] = tbTeam;
// WriteOutTeamForDraftPicks(pickNum, tbTeam);
}
tieBreakerList.Clear();
prevTeam = team;
}
else
{
// pickNum++;
picks[pickNum++] = prevTeam;
// WriteOutTeamForDraftPicks(pickNum, prevTeam);
prevTeam = team;
}
}
}
}
if (tieBreakerList.Count > 0)
{
foreach (Team tbTeam in tieBreakerList)
{
// pickNum++;
picks[pickNum++] = tbTeam;
// WriteOutTeamForDraftPicks(pickNum, tbTeam);
}
tieBreakerList.Clear();
}
else
{
picks[pickNum++] = prevTeam;
}
actualDraftPicks = new Team[24];
// Re-organize the picks, Paren is by division draft order
// 1-4 - Draft (1-4)
// 5.N4 (5) 12.A5 (12) =========
// 6.N3 (6) 13.A4 (13) 19.F6 (19)
// ======== 20.F5 (20)
// 7.A8 (9) 14.A3 (14) 21.F4 (21)
// 8.N2 (7) 15.F8 (17) 22.F3 (22)
// 9.A7 (10) 16.A2 (15) 23.F2 (23)
// 10.N1 (8) 17.F7 (18) 24.F1 (24)
// 11.A6 (11) 18.A1 (16)
for (int i = 0; i < picks.Length; i++)
{
if (i < 6)
{ // 1 to 5 (DET, STL< SD< BOS< TEX, BAL)
actualDraftPicks[i] = picks[i];
continue;
}
else if (i >= 19)
{
actualDraftPicks[i] = picks[i];
continue;
}
switch (i)
{
// case is +1, actualDraft is -1
case 6: actualDraftPicks[7] = picks[i]; break; // A8 - MIN
case 7: actualDraftPicks[9] = picks[i]; break; // N2 - CLE
case 8: actualDraftPicks[6] = picks[i]; break; // A7 - HOU
case 9: actualDraftPicks[8] = picks[i]; break; // N1 - TOR
case 10: actualDraftPicks[10] = picks[i]; break; // A6 - WAS
case 11: actualDraftPicks[11] = picks[i]; break; // A5 - OAK
case 12: actualDraftPicks[12] = picks[i]; break; // A4 = CHI
case 13: actualDraftPicks[13] = picks[i]; break; // A3 = TB
case 16: actualDraftPicks[14] = picks[i]; break; // F8 = ATL
case 14: actualDraftPicks[15] = picks[i]; break; // A2 = SF
case 17: actualDraftPicks[16] = picks[i]; break; // F7 = CIN
case 15: actualDraftPicks[17] = picks[i]; break; // A1 =MIL
case 18: actualDraftPicks[18] = picks[i]; break;
}
}
for (int i = 0; i < actualDraftPicks.Length; i++)
{
WriteOutTeamForDraftPicks(output, i, 1, actualDraftPicks[i]);
}
output.endOfTable();
}