/src/main/java/net/finmath/modelling/descriptor/ScheduleDescriptor.java
} dateRollConvention, abstractBusinessdayCalendar, fixingOffsetDays, paymentOffsetDays, false) ;this( startDate, maturityDate, frequency, daycountConvention, shortPeriodConvention,
this ( startDate, maturityDate, frequency, daycountConvention, shortPeriodConvention, dateRollConvention, abstractBusinessdayCalendar, fixingOffsetDays, paymentOffsetDays, false ) ; }
paymentOffsetDays, isUseEndOfMonth); } public ScheduleDescriptor(final LocalDate startDate, final LocalDate maturityDate, final Frequency frequency, final DaycountConvention daycountConvention, final ShortPeriodConvention shortPeriodConvention, final DateRollConvention dateRollConvention, final AbstractBusinessdayCalendar abstractBusinessdayCalendar, final int fixingOffsetDays, final int paymentOffsetDays) { <extra_id_0> public Schedule getSchedule(final LocalDate referenceDate) { return descriptor.getSchedule(referenceDate); } public int getNumberOfPeriods() { return descriptor.getSchedule(LocalDate.of(1970,1,1)).getNumberOfPeriods(); }