public List <Dictionary <int, int> > calculate(Func <int, String, int, int, int, int, int> createRowFunc)
{
Dictionary <int, int> balanceLefties = new Dictionary <int, int>();
Dictionary <int, int> balanceRighties = new Dictionary <int, int>();
String[] types = { "9L", "8L", "7L", "6L", "5L", "4L", "3L", "2L", "1L", "E", "1R", "2R", "3R", "4R", "5R", "6R", "7R", "8R", "9R" };
int rowCount = 1;
int totalStarterIP = teamReportFile.getTotalStarterIP(targetTeam);
// int totalPitcherIP = teamReportFile.getTotalPitcherIP();
foreach (String type in types)
{
int ip_for_lefties = 0;
int ip_for_righties = 0;
List <Player> players = teamReportFile.getBalanceData()[type];
foreach (Player player in players)
{
if (player.GS > 1 && !player.Team.Abrv.Equals(targetTeam.Abrv))
{
if (player.Throws.Equals("L"))
{
ip_for_lefties += player.IP;
}
else if (player.Throws.Equals("R"))
{
ip_for_righties += player.IP;
}
}
}
// THIS BUILDS THE ESTIMATED BATTER AT BATS PER TYPE TABLE
int valueLAB = CalculateColumnUtil.calculateColumn(ip_for_lefties, totalStarterIP);
int valueRAB = CalculateColumnUtil.calculateColumn(ip_for_righties, totalStarterIP);
if (createRowFunc != null)
{
createRowFunc(rowCount, type, ip_for_lefties, valueLAB, ip_for_righties, valueRAB);
}
balanceLefties.Add(rowCount - 1, valueLAB);
balanceRighties.Add(rowCount - 1, valueRAB);
rowCount++;
}
List <Dictionary <int, int> > returnValue = new List <Dictionary <int, int> >();
returnValue.Add(balanceLefties);
returnValue.Add(balanceRighties);
return(returnValue);
}
public List <Dictionary <int, int> > calculate(Func <int, String, int, int, int, int, int> createRowFunc)
{
if (inDivision == 0 || outDivision == 0)
{
throw new Exception("Error, in and Out Division needs to be defined");
}
// Initial local variables
double teamsInDivision = 0, teamsOutDivision = 0, gamesInDivision = 0, gamesOutDivision = 0, totalGames = 0;
// Count the number of Games in and out of division
foreach (Team opponentTeam in teamReportFile.getTeams())
{
if (!targetTeam.Abrv.Equals(opponentTeam.Abrv))
{
if (targetTeam.Division.Equals(opponentTeam.Division))
{
gamesInDivision += inDivision;
totalGames += inDivision;
teamsInDivision++;
}
else
{
gamesOutDivision += outDivision;
totalGames += outDivision;
teamsOutDivision++;
}
}
}
// Percentage of Games In and Out of division.
double pctGamesInDivisionPerTeam = inDivision / totalGames;
double pctGamesOutDivisionPerTeam = outDivision / totalGames;
double overallPctInDivision = pctGamesInDivisionPerTeam * teamsInDivision;
double overallPctOutDivision = pctGamesOutDivisionPerTeam * teamsOutDivision;
Dictionary <String, int> total_LeftybalanceData_in = new Dictionary <String, int>();
Dictionary <String, int> total_RightybalanceData_in = new Dictionary <String, int>();
Dictionary <String, int> total_LeftybalanceData_out = new Dictionary <String, int>();
Dictionary <String, int> total_RightybalanceData_out = new Dictionary <String, int>();
double totalLeftIP_in = 0;
double totalRightIP_in = 0;
double totalLeftIP_out = 0;
double totalRightIP_out = 0;
foreach (Team opponentTeam in teamReportFile.getTeams())
{
if (!opponentTeam.Abrv.Equals(targetTeam.Abrv))
{
bool opponentInDivision = opponentTeam.Division.Equals(targetTeam.Division);
List <Player> opponentPitchers = teamReportFile.getTeamPitchers(opponentTeam.Abrv);
if (opponentInDivision)
{
totalLeftIP_in += addTeamsBalanceDataToTotal(total_LeftybalanceData_in,
teamReportFile.getTeamBalanceCount("L", opponentPitchers));
totalRightIP_in += addTeamsBalanceDataToTotal(total_RightybalanceData_in,
teamReportFile.getTeamBalanceCount("R", opponentPitchers));
}
else
{
totalLeftIP_out += addTeamsBalanceDataToTotal(total_LeftybalanceData_out,
teamReportFile.getTeamBalanceCount("L", opponentPitchers));
totalRightIP_out += addTeamsBalanceDataToTotal(total_RightybalanceData_out,
teamReportFile.getTeamBalanceCount("R", opponentPitchers));
}
}
}
Dictionary <String, int> est_LeftybalanceData_in = new Dictionary <String, int>();
Dictionary <String, int> est_RightybalanceData_in = new Dictionary <String, int>();
Dictionary <String, int> est_LeftybalanceData_out = new Dictionary <String, int>();
Dictionary <String, int> est_RightybalanceData_out = new Dictionary <String, int>();
// int adjustedTotalLeftStarterIP = Convert.ToInt32(totalLeftIP_in);
// int adjustedTotalRightStarterIP = Convert.ToInt32(totalRightIP_in )*;
int totalStarterIP = (int)((totalLeftIP_in * overallPctInDivision) +
(totalRightIP_in * overallPctInDivision) +
(totalLeftIP_out * overallPctOutDivision) +
(totalRightIP_out * overallPctOutDivision));
foreach (String type in types)
{
est_LeftybalanceData_in[type] = CalculateColumnUtil.calculateColumn(total_LeftybalanceData_in[type], overallPctInDivision, totalStarterIP);
est_RightybalanceData_in[type] = CalculateColumnUtil.calculateColumn(total_RightybalanceData_in[type], overallPctInDivision, totalStarterIP);
est_LeftybalanceData_out[type] = CalculateColumnUtil.calculateColumn(total_LeftybalanceData_out[type], overallPctOutDivision, totalStarterIP);
est_RightybalanceData_out[type] = CalculateColumnUtil.calculateColumn(total_RightybalanceData_out[type], overallPctOutDivision, totalStarterIP);
}
Dictionary <int, int> balanceLefties = new Dictionary <int, int>();
Dictionary <int, int> balanceRighties = new Dictionary <int, int>();
int rowCount = 1;
foreach (String type in types)
{
int ip_for_lefties = est_LeftybalanceData_in[type] + est_LeftybalanceData_out[type];
int ip_for_righties = est_RightybalanceData_in[type] + est_RightybalanceData_out[type];
if (createRowFunc != null)
{
createRowFunc(rowCount, type,
(int)(total_LeftybalanceData_in[type] + total_LeftybalanceData_out[type]), ip_for_lefties,
(int)(total_RightybalanceData_in[type] + total_RightybalanceData_out[type]), ip_for_righties);
}
balanceLefties.Add(rowCount - 1, ip_for_lefties);
balanceRighties.Add(rowCount - 1, ip_for_righties);
rowCount++;
}
List <Dictionary <int, int> > returnValue = new List <Dictionary <int, int> >();
returnValue.Add(balanceLefties);
returnValue.Add(balanceRighties);
return(returnValue);
}
