Functions for Schedule

Type	Format	Description
Function	GetScheduleState(Schedule Index)	Obtains the active state of a certain schedule.
Function	GetScheduleSysMem(Schedule Index, Starting Address of SYSTEM MEMORY)	Obtains the time data of a certain schedule.
Subroutine	ScheduleConfig()	Displays the schedule list dialog box in the Xpanel runtime.
Subroutine	SetScheduleState(Schedule Index, Active State)	Changes the active state of a certain schedule.
Subroutine	SetScheduleSysMem(Schedule Index, Starting Address of SYSTEM MEMORY)	Modifies the schedule directly without using the schedule setting window.

GetScheduleState	Obtains the active state of a certain schedule.
Subroutine	n = GetScheduleState(Schedule Index)
Description	Returns the active state of a specified schedule.
	Active State	Description
	0	Disable the specified schedule.
	1	Enable the specified schedule.
Example	Enter the command to obtain the active state of the 1^st schedule. Returns value 0 or 1. VAR STATE; STATE = GetScheduleState(1);

GetScheduleSysMem	Obtains the time data of a certain schedule.
Function	n = GetScheduleSysMem(Schedule Index, Starting Address of SYSTEM MEMORY)
Description	Returns the time data of the specified schedule index. To use this command, 7 system memory tags must be registered sequentially. ※ Please refer to the description of the ‘SetScheduleSysMem’ command for configuring tag data.
Example	Enter the command to obtain the time data of the 1^st schedule from the system memory address 0 to 6. TIME = GetScheduleSysMem(1, 0);

ScheduleConfig	Displays the schedule list dialog box in the Xpanel runtime.
Subroutine	ScheduleConfig()
Description	Brings up the ‘Schedule list’ dialog box. The schedule data is stored in the Xpanel system memory. You can change the time settings and active states of each schedule. When double-clicking each item, the ‘Schedule Config’ dialog box will appear. You must click the ‘Save and Close’ button to apply changes. The time data can be changed in the ‘Schedule Config’ dialog box.
Example	Brings up the schedule list on the screen. ScheduleConfig();

SetScheduleState	Changes the active state of a certain schedule.
Subroutine	SetScheduleState(Schedule Index, Active State)
Description	This subroutine is used to change the active state of a specified schedule.
	Active State	Description
	0	Disable the specified schedule.
	1	Enable the specified schedule.
Example	Activate the 2^nd schedule. SetScheduleState(2, 1);

SetScheduleSysMem	Modifies the schedule directly without using the schedule setting window.
Subroutine	SetScheduleSysMem(Schedule Index, Starting Address of SYSTEM MEMORY)
Description	This subroutine is used to modify the schedule directly without using the ‘Schedule config’ dialog box. To use this command, 7 system memory tags must be registered sequentially. System memory tags must have consecutive addresses. If the system memory is used for recipe as well, the addresses must not overlap with each other. Enter the time data in each system memory tag as shown in the table below.
	System Memory	Description	Range of Input Value
	0	Repeat Settings	0	Not repeat
			1	Annually
			2	Monthly
			3	Daily
			4	End of Month
			5	Hourly
			6	Weekly
	1	Year	Available from 2011 to 2041
	2	Month	Available from 1 to12
	3	Date	Available from 0 to 31
	4	Hour	Available from 0 to 23
	5	Minute	Available from 0 to 59
	6	Day	1	Sunday
			2	Monday
			3	Tuesday
			4	Wednesday
			5	Thursday
			6	Friday
			7	Saturday
Example	Enter the command to change the 1^st schedule list to match with the time data saved in the system memory address 0 to 6. SetScheduleSysMem(1, 0);