private static Tuple <List <Smi>, List <Smi> > DevideGroup(List <SmiPadding> smis, int lineCount)
{
List <Smi> smiUpper = new List <Smi>();
List <Smi> smiLower = new List <Smi>();
// 모든 줄 내용이 바뀐 경우 그룹 잘라서 처리
SmiPadding bfr = smis[0];
List <SmiPadding> splitted = new List <SmiPadding>()
{
bfr
};
for (int i = 1; i < smis.Count; i++)
{
SmiPadding smi = smis[i];
bool isSplit = true;
for (int j = 0; j < lineCount; j++)
{
if (smi.lines[j] != null && !smi.lines[j].Equals(bfr.lines[j]))
{
isSplit = false;
break;
}
}
if (isSplit)
{
Tuple <List <Smi>, List <Smi> > devided = DevideLine(splitted, lineCount);
smiUpper.AddRange(devided.Item1);
smiLower.AddRange(devided.Item2);
splitted = new List <SmiPadding> {
smi
};
}
else
{
splitted.Add(smi);
}
bfr = smi;
}
{
Tuple <List <Smi>, List <Smi> > devided = DevideLine(splitted, lineCount);
smiUpper.AddRange(devided.Item1);
smiLower.AddRange(devided.Item2);
}
return(new Tuple <List <Smi>, List <Smi> >(smiUpper, smiLower));
}
public static Tuple <List <Smi>, List <Smi> > Devide(List <Smi> input)
{
List <SmiPadding> smis = new List <SmiPadding>();
foreach (Smi smi in input)
{
smis.Add(new SmiPadding(smi));
}
List <Smi> smiUpper = new List <Smi>();
List <Smi> smiLower = new List <Smi>();
// 줄 수가 같은 것 단위로 나눠서 처리
SmiPadding bfr = smis[0];
List <SmiPadding> splitted = new List <SmiPadding>()
{
bfr
};
for (int i = 1; i < smis.Count; i++)
{
SmiPadding smi = smis[i];
if (smi.lines.Length == bfr.lines.Length)
{
splitted.Add(smi);
}
else
{
Tuple <List <Smi>, List <Smi> > devided = DevideGroup(splitted, bfr.lines.Length);
smiUpper.AddRange(devided.Item1);
smiLower.AddRange(devided.Item2);
splitted = new List <SmiPadding> {
smi
};
}
bfr = smi;
}
{
Tuple <List <Smi>, List <Smi> > devided = DevideGroup(splitted, bfr.lines.Length);
smiUpper.AddRange(devided.Item1);
smiLower.AddRange(devided.Item2);
}
return(new Tuple <List <Smi>, List <Smi> >(smiUpper, smiLower));
}
