Apply(): Difference between revisions
Jump to navigation
Jump to search
(Added Sequencer procedure Navbox) |
(Include details from apply) |
||
| Line 1: | Line 1: | ||
The function 'apply' is where the new Sweep value (i.e. set value) should be send to a measurement device. The latest Sweep value is simply available in each Device Class as 'self.value' and is automatically updated once a new Sweep value is available. | The function 'apply' is where the new Sweep value (i.e. set value) should be send to a measurement device. The latest Sweep value is simply available in each Device Class as 'self.value' and is automatically updated once a new Sweep value is available. | ||
The functions 'apply' and '[[reach]]' are only called if the sweep value has changed. | The functions 'apply()' and '[[reach()]]' are only called if the sweep value has changed. | ||
This prevents that a set value is sent multiple times to an instrument. For example, a repetitive measurement at a voltage of 0 V, only requires to set 0 V at the first measurement point. However, for all subsequent measurement points, sending 0 V is not needed, which is why apply is called again. | |||
{{Sequencer_procedure}} | {{Sequencer_procedure}} | ||
Revision as of 13:36, 2 May 2024
The function 'apply' is where the new Sweep value (i.e. set value) should be send to a measurement device. The latest Sweep value is simply available in each Device Class as 'self.value' and is automatically updated once a new Sweep value is available.
The functions 'apply()' and 'reach()' are only called if the sweep value has changed. This prevents that a set value is sent multiple times to an instrument. For example, a repetitive measurement at a voltage of 0 V, only requires to set 0 V at the first measurement point. However, for all subsequent measurement points, sending 0 V is not needed, which is why apply is called again.