/// <summary>
/// Collects the day info objects to produce rendering in one pass after sorting.
/// </summary>
private List <DayInfo> CollectDays(MonthInfo month, SizeF dayCellSize, ref float topOffset)
{
List <DayInfo> days = new List <DayInfo>();
for (int iWeek = 0; iWeek < CalendarData.WeeksInMonth; iWeek++)
{
// measure the actual height of the week row
SizeF weekRowSize = CalendarData.MeasureWeek(month, iWeek, dayCellSize);
if (weekRowSize.Height < dayCellSize.Height)
{
weekRowSize.Height = dayCellSize.Height;
}
// measure the day header
SizeF dayHeaderSize = CalendarData.GetDayHeaderSize(dayCellSize);
for (int iDay = 0; iDay < CalendarData.DaysInWeek; iDay++)
{
// get the date of day to draw
DateTime dayDate = month.GetDateOfDay(iWeek, CalendarData.WeekDays[iDay], CalendarData.FirstDayOfWeek);
DayInfo day = new DayInfo(dayDate);
day.DayKind = month.DetermineDayKindForDate(dayDate);
day.Label = dayDate.Day.ToString(CalendarData.Culture);
day.HeaderSize = dayHeaderSize;
if (!_rightToLeft)
{
day.Bounds = new RectangleF(
CalendarArea.X + (iDay * dayCellSize.Width),
CalendarArea.Y + topOffset,
dayCellSize.Width,
weekRowSize.Height);
}
else
{
day.Bounds = new RectangleF(
(CalendarArea.X + CalendarArea.Width) - ((iDay + 1) * dayCellSize.Width),
CalendarArea.Y + topOffset,
dayCellSize.Width,
weekRowSize.Height);
}
days.Add(day);
}
// get offset
//topOffset += dayHeaderSize.Height;
topOffset += weekRowSize.Height;
}
return(days);
}
