protected override ActionResult DisplayResultsView(RaceFilterViewModel filter)
{
var viewModel = new TriStatsViewModel();
viewModel.Filter = filter;
List <Triathlete> allAthletes = GetAllAthletesForRaces(filter);
var selectedAgeGroupIds = AgeGroup.Expand(filter.SelectedAgeGroupIds);
var selectedGenderIds = Gender.Expand(filter.SelectedGenderIds);
var athletes = new List <Triathlete>();
foreach (string raceId in filter.SelectedRaceIds)
{
var athletesPerRace = allAthletes.Where(
a => a.RequestContext.RaceId.Equals(raceId, System.StringComparison.CurrentCultureIgnoreCase) &&
selectedAgeGroupIds.Contains(a.RequestContext.AgeGroupId) &&
selectedGenderIds.Contains(a.RequestContext.GenderId)
).ToList();
// new BasicDurationFilter() { } //bypass the user's duration filter so we can get all athletes, including DNFs
athletes.AddRange(athletesPerRace);
viewModel.Stats.Add(
GetStats(athletesPerRace, filter.AvailableRaces.Single(r => r.RaceId == raceId)));
}
viewModel.Triathletes = athletes;
return(View("Compare", viewModel));
}
public ActionResult Compare()
{
var viewmodel = new TriStatsViewModel();
viewmodel.Filter = new RaceFilterViewModel();
return(View(viewmodel));
}
/// <summary>
/// DisplayReview() - In this version the group of athletes are given to us. We just need to calulate the stats and return the view
/// </summary>
/// <param name="athletes"></param>
/// <param name="filter"></param>
/// <returns></returns>
protected override ActionResult DisplayResultsView(List <Triathlete> athletes, RaceFilterViewModel filter)
{
var viewModel = new TriStatsViewModel();
viewModel.Filter = filter;
foreach (var raceId in filter.SelectedRaceIds)
{
var subset = athletes.Where(a => a.Race.RaceId == raceId).ToList();
var stats = GetStats(subset, filter.
AvailableRaces.Single(r => r.RaceId == raceId)); //calculate the stats based on each race
viewModel.Stats.Add(stats);
}
return(View("~/Views/TriStats/Details.cshtml", viewModel));
}
/// <summary>
/// DisplayResultsView() - In this version we must iterate through each race, get the athletes, and calculate their stats
/// </summary>
/// <param name="page"></param>
/// <param name="raceIds"></param>
/// <param name="agegroupIds"></param>
/// <param name="genderIds"></param>
/// <returns></returns>
protected override ActionResult DisplayResultsView(RaceFilterViewModel filter)
{
var viewModel = new TriStatsViewModel();
viewModel.Filter = filter;
List <Triathlete> allAthletes = GetAllAthletesForRaces(filter);
var selectedAgeGroupIds = AgeGroup.Expand(filter.SelectedAgeGroupIds);
var selectedGenderIds = Gender.Expand(filter.SelectedGenderIds);
foreach (string raceId in filter.SelectedRaceIds) //get stats for each race in order to compare them rather than to combine their stats
{
var athletes = GetFilteredAthletes(raceId, allAthletes, filter);
var stats = GetStats(athletes, _DBContext.Races.Include("Conditions").Single(r => r.RaceId.Equals(raceId, StringComparison.CurrentCultureIgnoreCase)));
viewModel.Stats.Add(stats);
}
return(View("~/Views/TriStats/Details.cshtml", viewModel));
}
public ActionResult DisplayResultsViewFromSource() //for admin purposes
{
var ctx = TempData["requestContext"] as RequestContext;
var viewModel = new TriStatsViewModel();
viewModel.Filter = new RaceFilterViewModel();
viewModel.Filter.SelectedRaceIds = new List <string>()
{
ctx.RaceId
};
viewModel.Filter.SelectedAgeGroupIds = new List <int>()
{
ctx.AgeGroupId
};
viewModel.Filter.SelectedGenderIds = new List <int>()
{
ctx.GenderId
};
var athletes = _RaceService.GetAthletesFromSource(
new BasicRaceCriteria
{
SelectedRaceIds = viewModel.Filter.SelectedRaceIds,
SelectedAgeGroupIds = viewModel.Filter.SelectedAgeGroupIds,
SelectedGenderIds = viewModel.Filter.SelectedGenderIds
}
);
var stats = GetStats(athletes, _DBContext.Races.Include("Conditions").Single(r => r.RaceId == ctx.RaceId));
viewModel.Stats.Add(stats);
return(View("~/Views/TriStats/Details.cshtml", viewModel));
}
