private void UpdateTeams()
{
LeagueID = LeaguePaging.Items[LeaguePaging.CurrentItem].ID;
LeagueTeams = (from tl in ta.GetTeamsByLeague(LeagueID)
orderby tl.Name
select tl).ToList();
List <ListRow> rows = new List <ListRow>();
foreach (Team t in LeagueTeams)
{
//rows.Add(new ListRow(t.UniqueID, new List<object>()
//{
// t.Name,
// ta.AveragePlayerRating(t.UniqueID).ToString("0.00")
//}));
//double avgPlayer = ta.AveragePlayerRating(t.UniqueID);
rows.Add(new ListRow(t.UniqueID, new List <object>()
{
t.Name,
GraphicUtils.StarRating(ta.AveragePlayerRating(t.UniqueID) / 20)
}));
}
lstTeams.Rows = rows;
}
public void CreateSeasonFixtures()
{
// First find first available Saturday
WorldAdapter wa = new WorldAdapter();
DateTime FirstMatchDate = wa.MainSeasonDate;
while (FirstMatchDate.DayOfWeek != DayOfWeek.Saturday)
{
FirstMatchDate = FirstMatchDate.AddDays(1);
}
FixtureAdapter fa = new FixtureAdapter();
fa.ClearFixtures();
LeagueAdapter la = new LeagueAdapter();
List <League> Leagues = la.GetLeagues();
foreach (League L in Leagues)
{
// Get teams in the league we're looking at.
TeamAdapter ta = new TeamAdapter();
List <Team> TeamList = ta.GetTeamsByLeague(L.UniqueID);
// Create that league's fixtures (Circle Method)
// https://en.wikipedia.org/wiki/Round-robin_tournament
int NumberOfTeams = TeamList.Count();
int Half = NumberOfTeams / 2;
int[] TeamIDs = new int[NumberOfTeams + 1]; // Create a grid with an additional blank space to allow rotation
for (int i = 0; i < TeamList.Count(); i++)
{
TeamIDs[i] = TeamList[i].UniqueID;
}
TeamIDs[NumberOfTeams] = -999; // For debugging
DateTime MatchDate = FirstMatchDate;
for (int HomeAwayLeg = 1; HomeAwayLeg <= 2; HomeAwayLeg++)
{
bool homeFirst = (HomeAwayLeg == 1);
for (int wk = 1; wk <= NumberOfTeams - 1; wk++)
{
// Make the week's fixtures
for (int gridpos = 0; gridpos < Half; gridpos++)
{
Fixture f = new Fixture();
f.Date = MatchDate;
f.LeagueID = L.UniqueID;
if (homeFirst)
{
f.TeamIDs[0] = TeamIDs[gridpos];
f.TeamIDs[1] = TeamIDs[gridpos + Half];
}
else
{
f.TeamIDs[1] = TeamIDs[gridpos];
f.TeamIDs[0] = TeamIDs[gridpos + Half];
}
fa.AddFixture(f);
}
// Rotate the grid! (Clockwise, as opposed to the description in the wiki link)
// Top "row" (first half) need to move L to R
// Bottom "row" (second half) need to move R to L
// Bottom left cell moves into position 1 and position 0 doesn't move
// Comments below refer to 16 teams, grid positions 0-7 (top), 8-15 (bottom), 16 spare.
TeamIDs[NumberOfTeams] = TeamIDs[Half - 1]; // Top right cell to bottom row, spare cell
for (int i = Half - 2; i >= 1; i--) // Move top row, except cell zero and rightmost cell, right one
{
TeamIDs[i + 1] = TeamIDs[i];
}
TeamIDs[1] = TeamIDs[Half]; // Bottom left cell to position 1
for (int i = Half; i <= NumberOfTeams - 1; i++) // Shift entire bottom row (including spare, excluding bottom left) left by one cell
{
TeamIDs[i] = TeamIDs[i + 1];
}
// Go to next date
MatchDate = MatchDate.AddDays(7);
homeFirst = !homeFirst;
}
}
}
}
