public void AddHeat(int HeatSheetEventID)
{
Heat heat = new Heat();
heat.HeatNumber = 0;
heat.HeatSheetEventID = HeatSheetEventID;
Ctx.HeatManager.HeatSave(heat);
}
public void SeedHeatSheetEvent(int HeatSheetEventID, List<int> SwimmerTeamSeasonIDs)
{
//Get Stroke to determine whether it's a relay or not
Stroke stroke = Ctx.StrokeManager.StrokeGetByHeatSheetEventID(HeatSheetEventID);
bool IsRelay = stroke.IsRelay;
//Get dictionary of swimmers grouped by teamSeasonID(Key), swimmer list is sorted by lowest (fastest) seed time first, except swimmers with O seed time are last
Dictionary<int, List<Result>> teamResults = new Dictionary<int, List<Result>>();
HeatSheetTeamCollection heatSheetTeams = Ctx.HeatSheetTeamManager.HeatSheetTeamGetAllByHeatSheetEventID(HeatSheetEventID);
//TODO: Determine How to persist the SeedTimeType (HeatSheetTeam? SwimMeetTeam?) default to most recent for now
SwimomaticBusinessManager.SeedTimeType seedTimeType = SwimomaticBusinessManager.SeedTimeType.MostRecent;
if (heatSheetTeams.Count > 0)
{
teamResults = GetTeamResults(HeatSheetEventID, SwimmerTeamSeasonIDs, seedTimeType);
}
else
{
//if there are no HeatSheetTeams, there was a problem creating the heat sheet
throw new Exception("No Teams have been assigned to the Heat Sheet");
}
//Get dictionary of currently Available Lanes grouped by teamID(Key), for any existing heats
Dictionary<int, List<AvailableLane>> teamAvailableLanes = GetTeamAvailableLanes(HeatSheetEventID, heatSheetTeams);
//Determine if additional new heats are needed and create them if necessary
int heatsNeededForThisTeam = 0;
int totalHeatsNeeded = 0;
HeatSheetTeam heatSheetTeam = null;
if (IsRelay) //If the event is an Individual event, the number of needed heats is calculated differently from a relay
{
foreach (int TeamSeasonID in teamResults.Keys)
{
//if the number of realy teams (4 swimmers) for this team exceeds the number of available lanes for this team...
if (teamResults[TeamSeasonID].Count / 4 > teamAvailableLanes[TeamSeasonID].Count)
{
heatSheetTeam = (HeatSheetTeam)heatSheetTeams.Where(h => h.TeamSeasonID == TeamSeasonID).First();
//heats needed for the current team = number of relay teams (4 swimmers) divided by available lanes, + 1 more if there is any remainder
heatsNeededForThisTeam = ((teamResults[TeamSeasonID].Count / 4) % heatSheetTeam.LaneList.Count == 0) ? (teamResults[TeamSeasonID].Count / 4) / heatSheetTeam.LaneList.Count : ((teamResults[TeamSeasonID].Count / 4) / heatSheetTeam.LaneList.Count) + 1;
}
}
}
else
{
foreach (int TeamSeasonID in teamResults.Keys)
{
//if the number of swimmers for this team exceeds the number of available lanes for this team...
if (teamResults[TeamSeasonID].Count > teamAvailableLanes[TeamSeasonID].Count)
{
heatSheetTeam = (HeatSheetTeam)heatSheetTeams.Where(h => h.TeamSeasonID == TeamSeasonID).First();
//heats needed for the current team = number of swimmers divided by available lanes, + 1 more if there is any remainder
heatsNeededForThisTeam = (teamResults[TeamSeasonID].Count % heatSheetTeam.LaneList.Count == 0) ? teamResults[TeamSeasonID].Count / heatSheetTeam.LaneList.Count : (teamResults[TeamSeasonID].Count / heatSheetTeam.LaneList.Count) + 1;
}
}
}
totalHeatsNeeded = Math.Max(totalHeatsNeeded, heatsNeededForThisTeam);
Heat ht;
for (int i = 0; i < totalHeatsNeeded; i++)
{
ht = new Heat();
ht.HeatSheetEventID = HeatSheetEventID;
Ctx.HeatManager.HeatSave(ht);
}
//Finally, assign swimmers to heats
//first, refresh Available Lanes now that new heats may have been added
teamAvailableLanes = GetTeamAvailableLanes(HeatSheetEventID, heatSheetTeams);
List<AvailableLane> availableLanes;
int j = 0;
if (IsRelay)
{
int leg = 0;
List<int> swimmerTeamSeasonIDs = new List<int>();
List<List<int>> relayTeams = null;
foreach (int TeamID in teamResults.Keys)
{
leg = 0;
relayTeams = new List<List<int>>();
foreach (Result r in teamResults[TeamID])
{
swimmerTeamSeasonIDs.Add(r.SwimmerTeamSeasonID);
leg++;
//add 4 swimmers to each swimmerIDs list then add that list to the relayTeams list
//if there are less than an even 4 swimmers at the end of the list, they get left off (input validation should require even groups of 4 for seeding relays)
//TODO:input validation should require even groups of 4 swimmers for seeding relays
if (leg == 4)
{
relayTeams.Add(swimmerTeamSeasonIDs);
swimmerTeamSeasonIDs = new List<int>();
leg = 0;
}
}
availableLanes = teamAvailableLanes[TeamID];
j = 0;
foreach (List<int> swmrTSIDs in relayTeams)
{
leg = 1;
foreach (int swimmerTeamSeasonID in swmrTSIDs)
{
if (availableLanes.Count > j)
{
AddHeatSwimmer(availableLanes[j].HeatID, swimmerTeamSeasonID, leg, availableLanes[j].LaneNumber);
leg++;
}
}
j++;
}
}
}
else
{
foreach (int TeamID in teamResults.Keys)
{
j = 0;
availableLanes = teamAvailableLanes[TeamID];
foreach (Result r in teamResults[TeamID])
{
if (availableLanes.Count > j)
{
AddHeatSwimmer(availableLanes[j].HeatID, r.SwimmerTeamSeasonID, 0, availableLanes[j].LaneNumber);
j++;
}
}
}
}
}
public int SaveHeat(Heat heat)
{
return Ctx.HeatManager.HeatSave(heat);
}
