public Sheet(IList <Kana> kanas, int pages, int questionsOnARow, SheetType type = SheetType.Kana, bool includePageNumbers = true, bool includeAnswerSheets = false)
{
kanas = kanas.Where(x => x.Group != KanaGroup.Empty).ToList();
Pages = new List <SheetPage>();
var sheetType = type;
bool evenRow = false;
for (var pageCount = 1; pageCount <= pages; pageCount++)
{
var page = new SheetPage();
page.PageNumber = pageCount;
for (var rowCount = 1; rowCount <= 8; rowCount++)
{
if (type == SheetType.Alternate && evenRow)
{
sheetType = SheetType.Kana;
}
if (type == SheetType.Alternate && !evenRow)
{
sheetType = SheetType.Romaji;
}
page.Rows.Add(new KanaRow(kanas.RandomItems(questionsOnARow), sheetType));
evenRow = !evenRow;
}
Pages.Add(page);
}
Type = type;
QuestionOnARow = questionsOnARow;
IncludePageNumbers = includePageNumbers;
IncludeAnswerSheets = includeAnswerSheets;
}
public Sheet(IList<Kana> kanas, int pages, int questionsOnARow, SheetType type = SheetType.Kana, bool includePageNumbers = true, bool includeAnswerSheets = false)
{
kanas = kanas.Where(x => x.Group != KanaGroup.Empty).ToList();
Pages = new List<SheetPage>();
var sheetType = type;
bool evenRow = false;
for (var pageCount = 1; pageCount <= pages; pageCount++)
{
var page = new SheetPage();
page.PageNumber = pageCount;
for (var rowCount = 1; rowCount <= 8; rowCount++)
{
if(type == SheetType.Alternate && evenRow)
sheetType = SheetType.Kana;
if(type == SheetType.Alternate && !evenRow)
sheetType = SheetType.Romaji;
page.Rows.Add(new KanaRow(kanas.RandomItems(questionsOnARow), sheetType));
evenRow = !evenRow;
}
Pages.Add(page);
}
Type = type;
QuestionOnARow = questionsOnARow;
IncludePageNumbers = includePageNumbers;
IncludeAnswerSheets = includeAnswerSheets;
}