public GetUserHistoryForDateResponseData AssociateRankWithMatches(
GetUserHistoryForDateResponseData history)
{
// ASSOCIATE RANK CHANGES WITH MATCHES
if (history.RankUpdates.Any())
{
foreach (var m in history.Matches)
{
var matchEnd = m.StartDateTime.AddSeconds(m.SecondsCount);
var bestRankUpdated = history.RankUpdates
.Select(i => new { timeDiff = Math.Abs((i.DateTime - matchEnd).TotalSeconds), i.deltaSteps, i.RankEnd.Format })
.OrderBy(i => i.timeDiff)
.First();
if (bestRankUpdated.timeDiff < 5d)
{
m.RankDelta = new MatchRankDeltaDto
{
Format = bestRankUpdated.Format,
StepsDelta = bestRankUpdated.deltaSteps,
};
}
// Patch brought back from V1
m.DeckUsed ??= new SimpleDeckDto();
}
}
return(history);
}
public GetUserHistoryForDateResponseData LoadHistoryForDate(
DateTime date,
ICollection <MatchResult> matches,
ICollection <EconomyEvent> economyEvents,
ICollection <RankDelta> rankUpdates)
{
var history = new GetUserHistoryForDateResponseData(date, matches)
{
EconomyEvents = Mapper.Map <ICollection <EconomyEventDto> >(economyEvents),
RankUpdates = Mapper.Map <ICollection <RankDeltaDto> >(rankUpdates),
};
// ASSOCIATE RANK CHANGES WITH MATCHES
if (rankUpdates.Any())
{
foreach (var m in history.Matches)
{
var matchEnd = m.StartDateTime.AddSeconds(m.SecondsCount);
var bestRankUpdated = rankUpdates
.Select(i => new { timeDiff = Math.Abs((i.DateTime - matchEnd).TotalSeconds), i.DeltaSteps, i.RankEnd.Format })
.OrderBy(i => i.timeDiff)
.First();
if (bestRankUpdated.timeDiff < 5d)
{
m.RankDelta = new MatchRankDeltaDto
{
Format = bestRankUpdated.Format.ToString(),
StepsDelta = bestRankUpdated.DeltaSteps,
};
}
// Patch brought back from V1
if (m.DeckUsed == null)
{
m.DeckUsed = new SimpleDeckDto();
}
}
}
return(history);
}