private ProgResult getMatchPercent(decimal homePercent, decimal awayPercent, int matchsPlayed)
{
decimal shared = 0;
var result = ((homePercent + awayPercent) / 2);
var p = result / 100;
decimal n = 10;
if (p != 0)
{
n = 10 / p;
shared = n / 10;
}
ProgResult prog = new ProgResult
{
MatchsPlayed = matchsPlayed,
HomePercent = homePercent,
AwayPercent = awayPercent,
TotalPercent = result,
Share = decimal.Round(shared, 1, MidpointRounding.AwayFromZero),
sShare = decimal.Round(shared, 2, MidpointRounding.ToEven).ToString()
};
return(prog);
}
public ProgResult calculateShare(Prognostic prognostic, int lastMatchs)
{
ProgResult proRes = new ProgResult();
switch (prognostic.result)
{
case "1":
cPartido = new cPartido(prognostic.HomeTeam);
var HomeStatistic = cPartido.HomeTeamStatistics(lastMatchs);
cPartido = new cPartido(prognostic.AwayTeam);
var AwayStatistics = cPartido.AwayTeamStatistics(lastMatchs);
proRes = getMatchPercent(HomeStatistic.PercentWins, AwayStatistics.PercentLoses, lastMatchs);
break;
case "2":
cPartido = new cPartido(prognostic.HomeTeam);
var a = cPartido.HomeTeamStatistics(lastMatchs);
cPartido = new cPartido(prognostic.AwayTeam);
var b = cPartido.AwayTeamStatistics(lastMatchs);
proRes = getMatchPercent(a.PercentLoses, b.PercentWins, lastMatchs);
break;
case "X":
cPartido = new cPartido(prognostic.HomeTeam);
var c = cPartido.HomeTeamStatistics(lastMatchs);
cPartido = new cPartido(prognostic.AwayTeam);
var d = cPartido.AwayTeamStatistics(lastMatchs);
proRes = getMatchPercent(c.PercentDraws, d.PercentDraws, lastMatchs);
break;
}
return(proRes);
}
