Difference between revisions of "MC-Basic:pls.PLSPropagationDisableDelay"
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|SHORT FORM= none | |SHORT FORM= none | ||
|SYNTAX= <pls>.PLSDisableDelay = <double> | |SYNTAX= <pls>.PLSDisableDelay = <double> | ||
| − | |AVAILABILITY= 4.7. | + | |AVAILABILITY= Version 4.7.x and later. |
|DESCRIPTION= | |DESCRIPTION= | ||
| − | + | This delay is used for instances in which the PLS sets the external device to the disabled state.<br> | |
| + | The delay value is assigned by the user. The default value of 0 means there is no delay at all.<br> | ||
| + | The value is expressed in milliseconds, in double floating point format. Internally, it is always rounded to the nearest microsecond (e.g., 2.5001 is considered 2.5).<br> | ||
| − | + | The delay is calculated as follows:<br> | |
| − | + | t = (PLSPropagationDelay+PLSPropagationDisableDelay) * 1000 + Δt<br> | |
| − | <br> | + | where Δt is the inter-sample delay; that is, the time at which the motion crosses the PLS position, as measured from the beginning of the sample (t=0).<br> |
| − | |||
| − | <br> | ||
{{Note| Must be remember that there is another older property PLSPropagationDelay that also indicates on delay. This property doesn't distinguish between the external device state. It's default value is zero so if not setting any value by the user - it won't be taken into calculation. }} | {{Note| Must be remember that there is another older property PLSPropagationDelay that also indicates on delay. This property doesn't distinguish between the external device state. It's default value is zero so if not setting any value by the user - it won't be taken into calculation. }} | ||
| − | {{Note| | + | {{Note| Since PLSPropagationDisableDelay values are given in milliseconds, the user is responsible for changing it after any change in the '''bus[*].cycletime.'''}} |
{{Note|Value will be in double-floating point format, internally always rounded up to microsecond value '''(i.e. 2.5001 same as 2.5)'''}} | {{Note|Value will be in double-floating point format, internally always rounded up to microsecond value '''(i.e. 2.5001 same as 2.5)'''}} | ||
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|DEFAULT= 0 | |DEFAULT= 0 | ||
|SCOPE = Task, Terminal | |SCOPE = Task, Terminal | ||
| − | |LIMITATIONS= | + | |LIMITATIONS= Can be set only when PLS is disabled. |
|EXAMPLE= PLSDisableDelay = 2.5 | |EXAMPLE= PLSDisableDelay = 2.5 | ||
|SEE ALSO= | |SEE ALSO= | ||
Latest revision as of 14:40, 10 October 2018
This delay is used for instances in which the PLS sets the external device to the disabled state.
The delay value is assigned by the user. The default value of 0 means there is no delay at all.
The value is expressed in milliseconds, in double floating point format. Internally, it is always rounded to the nearest microsecond (e.g., 2.5001 is considered 2.5).
The delay is calculated as follows:
t = (PLSPropagationDelay+PLSPropagationDisableDelay) * 1000 + Δt
where Δt is the inter-sample delay; that is, the time at which the motion crosses the PLS position, as measured from the beginning of the sample (t=0).
 | NOTE |
| Must be remember that there is another older property PLSPropagationDelay that also indicates on delay. This property doesn't distinguish between the external device state. It's default value is zero so if not setting any value by the user - it won't be taken into calculation. |
| NOTE |
| Since PLSPropagationDisableDelay values are given in milliseconds, the user is responsible for changing it after any change in the bus[*].cycletime. |
| NOTE |
| Value will be in double-floating point format, internally always rounded up to microsecond value (i.e. 2.5001 same as 2.5) |
Short form
none
Syntax
<pls>.PLSDisableDelay = <double>
Availability
Version 4.7.x and later.
Type
double
Range
0 - MAXD
Units
ms
Default
0
Scope
Task, Terminal
Limitations
Can be set only when PLS is disabled.
Examples
PLSDisableDelay = 2.5