public KnockOutPhase readKnockout(string filename, int sheet, ExcelReadSettings settings)
{
Initialise(filename, sheet);
KnockOutPhase ko = new KnockOutPhase();
int p = 0;
foreach (var phase in settings.phases)
{
for (int i = 0; i < phase.size; i++)
{
int row = phase.startrow + (phase.gapsize * i);
if (i >= phase.size / 2)
{
row++;
}
string team = xlRange.Cells[row, phase.column].value2;
if (team == null)
{
team = "";
}
ko.Stages.ElementAt(p).Value.teams.Add(team.ToLower());
}
p++;
}
Clean();
return(ko);
}
public List <PoolMatchResult> ReadGroupPhase(string filename, int sheet, ExcelReadSettings Settings)
{
Initialise(filename, sheet);
List <PoolMatchResult> res = new List <PoolMatchResult>();
int Groupschecked = 0;
while (Groupschecked < Settings.TotalGroups)
{
int rowschecked = 0;
while (rowschecked < Settings.GroupSize)
{
double x = 99;
double y = 99;
int currentRow = Settings.GroupStartRow + rowschecked;
if (xlRange.Cells[currentRow, Settings.GroupHomeColumn].Value2 != null && xlRange.Cells[currentRow, Settings.GroupOutColumn].Value2 != null)
{
x = xlRange.Cells[currentRow, Settings.GroupHomeColumn].Value2;
y = xlRange.Cells[currentRow, Settings.GroupOutColumn].Value2;
}
PoolMatchResult pmr = new PoolMatchResult(Convert.ToInt32(x), Convert.ToInt32(y));
res.Add(pmr);
rowschecked++;
}
Settings.GroupStartRow += Settings.GroupSize + 1;
Groupschecked++;
}
Clean();
return(res);
}
private void btnFile_Click(object sender, EventArgs e)
{
string file = tbFile.Text;
ExcelManager em = new ExcelManager();
ExcelReadSettings settings = new ExcelReadSettings();
Player player = new Player(tbName.Text, tbTown.Text, em.ReadGroupPhase(file, 1, settings), em.readKnockout(file, 1, settings), em.readBonus(file, 1));
MessageBox.Show("player sucesfully created!");
loadPlayer(player);
}
