[python source code]

trigger

The trigger commands module.

These commands are used in the following models: DAQ6510

THIS FILE IS AUTO-GENERATED, IT SHOULD NOT BE MANUALLY MODIFIED.

Please report an issue if one is found.

Attributes and Functions 
- trigger.blender[N].clear()
- trigger.blender[N].orenable
- trigger.blender[N].overrun
- trigger.blender[N].reset()
- trigger.blender[N].stimulus[M]
- trigger.blender[N].wait()
- trigger.clear()
- trigger.continuous
- trigger.digin[N].clear()
- trigger.digin[N].edge
- trigger.digin[N].overrun
- trigger.digin[N].wait()
- trigger.digout[N].assert()
- trigger.digout[N].logic
- trigger.digout[N].pulsewidth
- trigger.digout[N].release()
- trigger.digout[N].stimulus
- trigger.ext.reset()
- trigger.extin.clear()
- trigger.extin.edge
- trigger.extin.overrun
- trigger.extin.wait()
- trigger.extout.assert()
- trigger.extout.logic
- trigger.extout.stimulus
- trigger.lanin[N].clear()
- trigger.lanin[N].edge
- trigger.lanin[N].overrun
- trigger.lanin[N].wait()
- trigger.lanout[N].assert()
- trigger.lanout[N].connect()
- trigger.lanout[N].connected
- trigger.lanout[N].disconnect()
- trigger.lanout[N].ipaddress
- trigger.lanout[N].logic
- trigger.lanout[N].protocol
- trigger.lanout[N].stimulus
- trigger.model.abort()
- trigger.model.getblocklist()
- trigger.model.getbranchcount()
- trigger.model.initiate()
- trigger.model.load() - ConfigList
- trigger.model.load() - DurationLoop
- trigger.model.load() - Empty
- trigger.model.load() - LogicTrigger
- trigger.model.load() - LoopUntilEvent
- trigger.model.load() - SimpleLoop
- trigger.model.pause()
- trigger.model.resume()
- trigger.model.setblock() - trigger.BLOCK_BRANCH_ALWAYS
- trigger.model.setblock() - trigger.BLOCK_BRANCH_COUNTER
- trigger.model.setblock() - trigger.BLOCK_BRANCH_DELTA
- trigger.model.setblock() - trigger.BLOCK_BRANCH_LIMIT_CONSTANT
- trigger.model.setblock() - trigger.BLOCK_BRANCH_LIMIT_DYNAMIC
- trigger.model.setblock() - trigger.BLOCK_BRANCH_ONCE
- trigger.model.setblock() - trigger.BLOCK_BRANCH_ONCE_EXCLUDED
- trigger.model.setblock() - trigger.BLOCK_BRANCH_ON_EVENT
- trigger.model.setblock() - trigger.BLOCK_BUFFER_CLEAR
- trigger.model.setblock() - trigger.BLOCK_CONFIG_NEXT
- trigger.model.setblock() - trigger.BLOCK_CONFIG_PREV
- trigger.model.setblock() - trigger.BLOCK_CONFIG_RECALL
- trigger.model.setblock() - trigger.BLOCK_DELAY_CONSTANT
- trigger.model.setblock() - trigger.BLOCK_DELAY_DYNAMIC
- trigger.model.setblock() - trigger.BLOCK_DIGITAL_IO
- trigger.model.setblock() - trigger.BLOCK_LOG_EVENT
- trigger.model.setblock() - trigger.BLOCK_MEASURE_DIGITIZE
- trigger.model.setblock() - trigger.BLOCK_NOP
- trigger.model.setblock() - trigger.BLOCK_NOTIFY
- trigger.model.setblock() - trigger.BLOCK_RESET_BRANCH_COUNT
- trigger.model.setblock() - trigger.BLOCK_WAIT
- trigger.model.state()
- trigger.timer[N].clear()
- trigger.timer[N].count
- trigger.timer[N].delay
- trigger.timer[N].delaylist
- trigger.timer[N].enable
- trigger.timer[N].reset()
- trigger.timer[N].start.fractionalseconds
- trigger.timer[N].start.generate
- trigger.timer[N].start.overrun
- trigger.timer[N].start.seconds
- trigger.timer[N].start.stimulus
- trigger.timer[N].wait()
- trigger.tsplinkin[N].clear()
- trigger.tsplinkin[N].edge
- trigger.tsplinkin[N].overrun
- trigger.tsplinkin[N].wait()
- trigger.tsplinkout[N].assert()
- trigger.tsplinkout[N].logic
- trigger.tsplinkout[N].pulsewidth
- trigger.tsplinkout[N].release()
- trigger.tsplinkout[N].stimulus
- trigger.wait()

Trigger

Bases: BaseTSPCmd

The trigger command tree.

Constants
  • .BLOCK_BRANCH_ALWAYS: Defines a trigger model block that always goes to a specific block.
  • .BLOCK_BRANCH_COUNTER: Defines a trigger model block that branches to a specified block a specified number of times.
  • .BLOCK_BRANCH_DELTA: Defines a trigger model block that goes to a specified block if the difference of two measurements meets preset criteria.
  • .BLOCK_BRANCH_LIMIT_CONSTANT: Defines a trigger model block that goes to a specified block if a measurement meets preset criteria.
  • .BLOCK_BRANCH_LIMIT_DYNAMIC: Defines a trigger model block that goes to a specified block in the trigger model if a measurement meets user-defined criteria.
  • .BLOCK_BRANCH_ONCE: Causes the trigger model to branch to a specified building block the first time it is encountered in the trigger model.
  • .BLOCK_BRANCH_ONCE_EXCLUDED: Causes the trigger model to go to a specified building block every time the trigger model encounters it, except for the first time.
  • .BLOCK_BRANCH_ON_EVENT: Branches to a specified block when a specified trigger event occurs.
  • .BLOCK_BUFFER_CLEAR: Defines a trigger model block that clears the reading buffer.
  • .BLOCK_CONFIG_NEXT: Recalls the settings at the next index of a configuration list.
  • .BLOCK_CONFIG_PREV: Recalls the settings stored at the previous index of a configuration list.
  • .BLOCK_DELAY_CONSTANT: Adds a constant delay to the execution of a trigger model.
  • .BLOCK_DELAY_DYNAMIC: Adds a user delay to the execution of the trigger model.
  • .BLOCK_DIGITAL_IO: Defines a trigger model block that sets the lines on the digital I/O port high or low.
  • .BLOCK_LOG_EVENT: Allows you to log an event in the event log when the trigger model is running.
  • .BLOCK_MEASURE: Deprecated; use trigger.BLOCK_MEASURE_DIGITIZE instead.
  • .BLOCK_MEASURE_DIGITIZE: defines a trigger block that makes or digitizes a measurement.
  • .BLOCK_NOP: Creates a placeholder that performs no action in the trigger model.
  • .BLOCK_NOTIFY: Defines a trigger-model block that generates a trigger event and immediately continues to the next block.
  • .BLOCK_RESET_BRANCH_COUNT: Creates a block in the trigger model that resets a branch counter to 0.
  • .BLOCK_WAIT: Defines a trigger model block that waits for an event before allowing the trigger model to continue.
  • .CLEAR_ENTER: Clear previously detected trigger events when entering the wait block.
  • .CLEAR_NEVER: Immediately act on any previously detected triggers and not clear them (default).
  • .CONT_AUTO: Start continuous measurements after boot.
  • .CONT_OFF: Do not start continuous measurements after boot.
  • .CONT_RESTART: Place the instrument into local control and start continuous measurements after boot.
  • .COUNT_AUTO: Use most recent count value.
  • .COUNT_INFINITE: Infinite (run continuously until stopped).
  • .COUNT_STOP: Stop infinite to stop the block.
  • .EDGE_EITHER: Sets the selected trigger line to detect either rising-edge or falling-edge triggers as input when the line is configured as an input or open drain.
  • .EDGE_FALLING: Sets the selected trigger line to detect falling-edge triggers as input when the line is configured as an input or open drain.
  • .EDGE_RISING: Sets the selected trigger line to detect rising-edge triggers as input when the line is configured as an input or open drain.
  • .EVENT_ANALOGTRIGGER: Analog trigger.
  • .EVENT_BLENDERN: Trigger event blender N (1 to 2), which combines trigger events.
  • .EVENT_COMMAND: A command interface trigger.
  • .EVENT_DIGION: Line edge (either rising, falling, or either based on the configuration of the line) detected on digital input line N (1 to 6).
  • .EVENT_DISPLAY: Front-panel TRIGGER key press.
  • .EVENT_EXTERNAL: External in trigger.
  • .EVENT_LANN: Appropriate LXI trigger packet is received on LAN trigger object N (1 to 8).
  • .EVENT_NONE: No trigger event.
  • .EVENT_NOTIFYN: Notify trigger block N (1 to 3) generates a trigger event when the trigger model executes it.
  • .EVENT_SCAN_ALARM_LIMIT: Limit value for scan reached (returns trigger.EVENT_NOTIFY3).
  • .EVENT_SCAN_CHANNEL_READY: Channel closed (returns trigger.EVENT_NOTIFY6).
  • .EVENT_SCAN_COMPLETE: Scan completed (returns trigger.EVENT_NOTIFY8).
  • .EVENT_SCAN_MEASURE_COMPLETE: Measure completed (returns trigger.EVENT_NOTIFY7).
  • .EVENT_TIMER1: Trigger timer 1 expired.
  • .EVENT_TIMER2: Trigger timer 2 expired.
  • .EVENT_TIMER3: Trigger timer 3 expired.
  • .EVENT_TIMER4: Trigger timer 4 expired.
  • .EVENT_TIMERN: Trigger timer N (1 to 4) expired.
  • .EVENT_TSPLINKN: Line edge detected on TSP-Link synchronization line N (1 to 3).
  • .LIMIT_ABOVE: The measurement is above the value set by limit B; limit A must be set, but is ignored when this type is selected.
  • .LIMIT_BELOW: The measurement is below the value set by limit A; limit B must be set, but is ignored when this type is selected.
  • .LIMIT_INSIDE: The measurement is inside the values set by limits A and B; limit A must be the low value and Limit B must be the high value.
  • .LIMIT_OUTSIDE: The measurement is outside the values set by limits A and B; limit A must be the low value and Limit B must be the high value.
  • .LOGIC_NEGATIVE: Asserts a TTL-low pulse for the output logic of the trigger event generator for the specified line.
  • .LOGIC_POSITIVE: Asserts a TTL-high pulse for the output logic of the trigger event generator for the specified line.
  • .LOG_ERROR1: Log error event 1 in the event log when trigger model execution reaches this block.
  • .LOG_ERROR2: Log error event 2 in the event log when trigger model execution reaches this block.
  • .LOG_ERROR3: Log error event 3 in the event log when trigger model execution reaches this block.
  • .LOG_ERROR4: Log error event 4 in the event log when trigger model execution reaches this block.
  • .LOG_INFO1: Log information event 1 in the event log when trigger model execution reaches this block.
  • .LOG_INFO2: Log information event 2 in the event log when trigger model execution reaches this block.
  • .LOG_INFO3: Log information event 3 in the event log when trigger model execution reaches this block.
  • .LOG_INFO4: Log information event 4 in the event log when trigger model execution reaches this block.
  • .LOG_WARN1: Log warning event 1 in the event log when trigger model execution reaches this block.
  • .LOG_WARN2: Log warning event 2 in the event log when trigger model execution reaches this block.
  • .LOG_WARN3: Log warning event 3 in the event log when trigger model execution reaches this block.
  • .LOG_WARN4: Log warning event 4 in the event log when trigger model execution reaches this block.
  • .LOG_WARN_ABORT: Abort the trigger model immediately and post a warning event log message.
  • .OFF: Disable the trigger timer.
  • .ON: Enable the trigger timer.
  • .SCAN_ALARM_LIMIT: Scan alarm limit exceeded.
  • .STATE_ABORTED: The trigger model is stopped.
  • .STATE_ABORTING: The trigger model is stopping.
  • .STATE_BUILDING: Blocks have been added.
  • .STATE_EMPTY: The trigger model is selected, but no blocks are defined.
  • .STATE_FAILED: The trigger model is stopped because of an error.
  • .STATE_IDLE: The trigger model is stopped.
  • .STATE_RUNNING: The trigger model is running.
  • .STATE_WAITING: The trigger model has been in the same wait block for more than 100 ms.
  • .WAIT_AND: Each event must occur before the trigger model continues.
  • .WAIT_OR: At least one of the events must occur before the trigger model continues.
Properties and methods
  • .blender: The trigger.blender[N] command tree.
  • .clear(): The trigger.clear() function.
  • .continuous: The trigger.continuous attribute.
  • .digin: The trigger.digin[N] command tree.
  • .digout: The trigger.digout[N] command tree.
  • .ext: The trigger.ext command tree.
  • .extin: The trigger.extin command tree.
  • .extout: The trigger.extout command tree.
  • .lanin: The trigger.lanin[N] command tree.
  • .lanout: The trigger.lanout[N] command tree.
  • .model: The trigger.model command tree.
  • .timer: The trigger.timer[N] command tree.
  • .tsplinkin: The trigger.tsplinkin[N] command tree.
  • .tsplinkout: The trigger.tsplinkout[N] command tree.
  • .wait(): The trigger.wait() function.

BLOCK_BRANCH_ALWAYS class-attribute instance-attribute 

BLOCK_BRANCH_ALWAYS = 'trigger.BLOCK_BRANCH_ALWAYS'

BLOCK_BRANCH_COUNTER class-attribute instance-attribute 

BLOCK_BRANCH_COUNTER = 'trigger.BLOCK_BRANCH_COUNTER'

BLOCK_BRANCH_DELTA class-attribute instance-attribute 

BLOCK_BRANCH_DELTA = 'trigger.BLOCK_BRANCH_DELTA'

BLOCK_BRANCH_LIMIT_CONSTANT class-attribute instance-attribute 

BLOCK_BRANCH_LIMIT_CONSTANT = 'trigger.BLOCK_BRANCH_LIMIT_CONSTANT'

BLOCK_BRANCH_LIMIT_DYNAMIC class-attribute instance-attribute 

BLOCK_BRANCH_LIMIT_DYNAMIC = 'trigger.BLOCK_BRANCH_LIMIT_DYNAMIC'

BLOCK_BRANCH_ONCE class-attribute instance-attribute 

BLOCK_BRANCH_ONCE = 'trigger.BLOCK_BRANCH_ONCE'

BLOCK_BRANCH_ONCE_EXCLUDED class-attribute instance-attribute 

BLOCK_BRANCH_ONCE_EXCLUDED = 'trigger.BLOCK_BRANCH_ONCE_EXCLUDED'

BLOCK_BRANCH_ON_EVENT class-attribute instance-attribute 

BLOCK_BRANCH_ON_EVENT = 'trigger.BLOCK_BRANCH_ON_EVENT'

BLOCK_BUFFER_CLEAR class-attribute instance-attribute 

BLOCK_BUFFER_CLEAR = 'trigger.BLOCK_BUFFER_CLEAR'

BLOCK_CONFIG_NEXT class-attribute instance-attribute 

BLOCK_CONFIG_NEXT = 'trigger.BLOCK_CONFIG_NEXT'

BLOCK_CONFIG_PREV class-attribute instance-attribute 

BLOCK_CONFIG_PREV = 'trigger.BLOCK_CONFIG_PREV'

BLOCK_DELAY_CONSTANT class-attribute instance-attribute 

BLOCK_DELAY_CONSTANT = 'trigger.BLOCK_DELAY_CONSTANT'

BLOCK_DELAY_DYNAMIC class-attribute instance-attribute 

BLOCK_DELAY_DYNAMIC = 'trigger.BLOCK_DELAY_DYNAMIC'

BLOCK_DIGITAL_IO class-attribute instance-attribute 

BLOCK_DIGITAL_IO = 'trigger.BLOCK_DIGITAL_IO'

BLOCK_LOG_EVENT class-attribute instance-attribute 

BLOCK_LOG_EVENT = 'trigger.BLOCK_LOG_EVENT'

BLOCK_MEASURE class-attribute instance-attribute 

BLOCK_MEASURE = 'trigger.BLOCK_MEASURE'

BLOCK_MEASURE_DIGITIZE class-attribute instance-attribute 

BLOCK_MEASURE_DIGITIZE = 'trigger.BLOCK_MEASURE_DIGITIZE'

BLOCK_NOP class-attribute instance-attribute 

BLOCK_NOP = 'trigger.BLOCK_NOP'

BLOCK_NOTIFY class-attribute instance-attribute 

BLOCK_NOTIFY = 'trigger.BLOCK_NOTIFY'

BLOCK_RESET_BRANCH_COUNT class-attribute instance-attribute 

BLOCK_RESET_BRANCH_COUNT = 'trigger.BLOCK_RESET_BRANCH_COUNT'

BLOCK_WAIT class-attribute instance-attribute 

BLOCK_WAIT = 'trigger.BLOCK_WAIT'

CLEAR_ENTER class-attribute instance-attribute 

CLEAR_ENTER = 'trigger.CLEAR_ENTER'

CLEAR_NEVER class-attribute instance-attribute 

CLEAR_NEVER = 'trigger.CLEAR_NEVER'

CONT_AUTO class-attribute instance-attribute 

CONT_AUTO = 'trigger.CONT_AUTO'

CONT_OFF class-attribute instance-attribute 

CONT_OFF = 'trigger.CONT_OFF'

CONT_RESTART class-attribute instance-attribute 

CONT_RESTART = 'trigger.CONT_RESTART'

COUNT_AUTO class-attribute instance-attribute 

COUNT_AUTO = 'trigger.COUNT_AUTO'

COUNT_INFINITE class-attribute instance-attribute 

COUNT_INFINITE = 'trigger.COUNT_INFINITE'

COUNT_STOP class-attribute instance-attribute 

COUNT_STOP = 'trigger.COUNT_STOP'

EDGE_EITHER class-attribute instance-attribute 

EDGE_EITHER = 'trigger.EDGE_EITHER'

EDGE_FALLING class-attribute instance-attribute 

EDGE_FALLING = 'trigger.EDGE_FALLING'

EDGE_RISING class-attribute instance-attribute 

EDGE_RISING = 'trigger.EDGE_RISING'

EVENT_ANALOGTRIGGER class-attribute instance-attribute 

EVENT_ANALOGTRIGGER = 'trigger.EVENT_ANALOGTRIGGER'

EVENT_BLENDERN class-attribute instance-attribute 

EVENT_BLENDERN = 'trigger.EVENT_BLENDERN'

EVENT_COMMAND class-attribute instance-attribute 

EVENT_COMMAND = 'trigger.EVENT_COMMAND'

EVENT_DIGION class-attribute instance-attribute 

EVENT_DIGION = 'trigger.EVENT_DIGION'

EVENT_DISPLAY class-attribute instance-attribute 

EVENT_DISPLAY = 'trigger.EVENT_DISPLAY'

EVENT_EXTERNAL class-attribute instance-attribute 

EVENT_EXTERNAL = 'trigger.EVENT_EXTERNAL'

EVENT_LANN class-attribute instance-attribute 

EVENT_LANN = 'trigger.EVENT_LANN'

EVENT_NONE class-attribute instance-attribute 

EVENT_NONE = 'trigger.EVENT_NONE'

EVENT_NOTIFYN class-attribute instance-attribute 

EVENT_NOTIFYN = 'trigger.EVENT_NOTIFYN'

EVENT_SCAN_ALARM_LIMIT class-attribute instance-attribute 

EVENT_SCAN_ALARM_LIMIT = 'trigger.EVENT_SCAN_ALARM_LIMIT'

EVENT_SCAN_CHANNEL_READY class-attribute instance-attribute 

EVENT_SCAN_CHANNEL_READY = 'trigger.EVENT_SCAN_CHANNEL_READY'

EVENT_SCAN_COMPLETE class-attribute instance-attribute 

EVENT_SCAN_COMPLETE = 'trigger.EVENT_SCAN_COMPLETE'

EVENT_SCAN_MEASURE_COMPLETE class-attribute instance-attribute 

EVENT_SCAN_MEASURE_COMPLETE = 'trigger.EVENT_SCAN_MEASURE_COMPLETE'

EVENT_TIMER1 class-attribute instance-attribute 

EVENT_TIMER1 = 'trigger.EVENT_TIMER1'

EVENT_TIMER2 class-attribute instance-attribute 

EVENT_TIMER2 = 'trigger.EVENT_TIMER2'

EVENT_TIMER3 class-attribute instance-attribute 

EVENT_TIMER3 = 'trigger.EVENT_TIMER3'

EVENT_TIMER4 class-attribute instance-attribute 

EVENT_TIMER4 = 'trigger.EVENT_TIMER4'

EVENT_TIMERN class-attribute instance-attribute 

EVENT_TIMERN = 'trigger.EVENT_TIMERN'

EVENT_TSPLINKN class-attribute instance-attribute 

EVENT_TSPLINKN = 'trigger.EVENT_TSPLINKN'

LIMIT_ABOVE class-attribute instance-attribute 

LIMIT_ABOVE = 'trigger.LIMIT_ABOVE'

LIMIT_BELOW class-attribute instance-attribute 

LIMIT_BELOW = 'trigger.LIMIT_BELOW'

LIMIT_INSIDE class-attribute instance-attribute 

LIMIT_INSIDE = 'trigger.LIMIT_INSIDE'

LIMIT_OUTSIDE class-attribute instance-attribute 

LIMIT_OUTSIDE = 'trigger.LIMIT_OUTSIDE'

LOGIC_NEGATIVE class-attribute instance-attribute 

LOGIC_NEGATIVE = 'trigger.LOGIC_NEGATIVE'

LOGIC_POSITIVE class-attribute instance-attribute 

LOGIC_POSITIVE = 'trigger.LOGIC_POSITIVE'

LOG_ERROR1 class-attribute instance-attribute 

LOG_ERROR1 = 'trigger.LOG_ERROR1'

LOG_ERROR2 class-attribute instance-attribute 

LOG_ERROR2 = 'trigger.LOG_ERROR2'

LOG_ERROR3 class-attribute instance-attribute 

LOG_ERROR3 = 'trigger.LOG_ERROR3'

LOG_ERROR4 class-attribute instance-attribute 

LOG_ERROR4 = 'trigger.LOG_ERROR4'

LOG_INFO1 class-attribute instance-attribute 

LOG_INFO1 = 'trigger.LOG_INFO1'

LOG_INFO2 class-attribute instance-attribute 

LOG_INFO2 = 'trigger.LOG_INFO2'

LOG_INFO3 class-attribute instance-attribute 

LOG_INFO3 = 'trigger.LOG_INFO3'

LOG_INFO4 class-attribute instance-attribute 

LOG_INFO4 = 'trigger.LOG_INFO4'

LOG_WARN1 class-attribute instance-attribute 

LOG_WARN1 = 'trigger.LOG_WARN1'

LOG_WARN2 class-attribute instance-attribute 

LOG_WARN2 = 'trigger.LOG_WARN2'

LOG_WARN3 class-attribute instance-attribute 

LOG_WARN3 = 'trigger.LOG_WARN3'

LOG_WARN4 class-attribute instance-attribute 

LOG_WARN4 = 'trigger.LOG_WARN4'

LOG_WARN_ABORT class-attribute instance-attribute 

LOG_WARN_ABORT = 'trigger.LOG_WARN_ABORT'

OFF class-attribute instance-attribute 

OFF = 'trigger.OFF'

ON class-attribute instance-attribute 

ON = 'trigger.ON'

SCAN_ALARM_LIMIT class-attribute instance-attribute 

SCAN_ALARM_LIMIT = 'trigger.SCAN_ALARM_LIMIT'

STATE_ABORTED class-attribute instance-attribute 

STATE_ABORTED = 'trigger.STATE_ABORTED'

STATE_ABORTING class-attribute instance-attribute 

STATE_ABORTING = 'trigger.STATE_ABORTING'

STATE_BUILDING class-attribute instance-attribute 

STATE_BUILDING = 'trigger.STATE_BUILDING'

STATE_EMPTY class-attribute instance-attribute 

STATE_EMPTY = 'trigger.STATE_EMPTY'

STATE_FAILED class-attribute instance-attribute 

STATE_FAILED = 'trigger.STATE_FAILED'

STATE_IDLE class-attribute instance-attribute 

STATE_IDLE = 'trigger.STATE_IDLE'

STATE_RUNNING class-attribute instance-attribute 

STATE_RUNNING = 'trigger.STATE_RUNNING'

STATE_WAITING class-attribute instance-attribute 

STATE_WAITING = 'trigger.STATE_WAITING'

WAIT_AND class-attribute instance-attribute 

WAIT_AND = 'trigger.WAIT_AND'

WAIT_OR class-attribute instance-attribute 

WAIT_OR = 'trigger.WAIT_OR'

blender property 

blender: dict[int, TriggerBlenderItem]

Return the trigger.blender[N] command tree.

Info
  • N, the blender number (up to two).
Sub-properties and sub-methods
  • .clear(): The trigger.blender[N].clear() function.
  • .orenable: The trigger.blender[N].orenable attribute.
  • .overrun: The trigger.blender[N].overrun attribute.
  • .reset(): The trigger.blender[N].reset() function.
  • .stimulus: The trigger.blender[N].stimulus[M] attribute.
  • .wait(): The trigger.blender[N].wait() function.

continuous property writable 

continuous: str

Access the trigger.continuous attribute.

Description
  • This attribute determines the trigger mode setting after bootup.
Usage
  • Accessing this property will send the print(trigger.continuous) query.
  • Setting this property to a value will send the trigger.continuous = value command.
TSP Syntax 
- trigger.continuous = value
- print(trigger.continuous)
Raises:

digin property 

digin: dict[int, TriggerDiginItem]

Return the trigger.digin[N] command tree.

Info
  • N, the digital I/O trigger line (1 to 6).
Sub-properties and sub-methods
  • .clear(): The trigger.digin[N].clear() function.
  • .edge: The trigger.digin[N].edge attribute.
  • .overrun: The trigger.digin[N].overrun attribute.
  • .wait(): The trigger.digin[N].wait() function.

digout property 

digout: dict[int, TriggerDigoutItem]

Return the trigger.digout[N] command tree.

Info
  • N, the digital I/O trigger line (1 to 6).
Sub-properties and sub-methods
  • .assert(): The trigger.digout[N].assert() function.
  • .logic: The trigger.digout[N].logic attribute.
  • .pulsewidth: The trigger.digout[N].pulsewidth attribute.
  • .release(): The trigger.digout[N].release() function.
  • .stimulus: The trigger.digout[N].stimulus attribute.

ext property 

ext: TriggerExt

Return the trigger.ext command tree.

Sub-properties and sub-methods
  • .reset(): The trigger.ext.reset() function.

extin property 

extin: TriggerExtin

Return the trigger.extin command tree.

Sub-properties and sub-methods
  • .clear(): The trigger.extin.clear() function.
  • .edge: The trigger.extin.edge attribute.
  • .overrun: The trigger.extin.overrun attribute.
  • .wait(): The trigger.extin.wait() function.

extout property 

extout: TriggerExtout

Return the trigger.extout command tree.

Sub-properties and sub-methods
  • .assert(): The trigger.extout.assert() function.
  • .logic: The trigger.extout.logic attribute.
  • .stimulus: The trigger.extout.stimulus attribute.

lanin property 

lanin: dict[int, TriggerLaninItem]

Return the trigger.lanin[N] command tree.

Info
  • N, the LAN event number (1 to 8) to clear.
Sub-properties and sub-methods
  • .clear(): The trigger.lanin[N].clear() function.
  • .edge: The trigger.lanin[N].edge attribute.
  • .overrun: The trigger.lanin[N].overrun attribute.
  • .wait(): The trigger.lanin[N].wait() function.

lanout property 

lanout: dict[int, TriggerLanoutItem]

Return the trigger.lanout[N] command tree.

Info
  • N, the LAN event number (1 to 8).
Sub-properties and sub-methods
  • .assert(): The trigger.lanout[N].assert() function.
  • .connect(): The trigger.lanout[N].connect() function.
  • .connected: The trigger.lanout[N].connected attribute.
  • .disconnect(): The trigger.lanout[N].disconnect() function.
  • .ipaddress: The trigger.lanout[N].ipaddress attribute.
  • .logic: The trigger.lanout[N].logic attribute.
  • .protocol: The trigger.lanout[N].protocol attribute.
  • .stimulus: The trigger.lanout[N].stimulus attribute.

model property 

model: TriggerModel

Return the trigger.model command tree.

Sub-properties and sub-methods
  • .abort(): The trigger.model.abort() function.
  • .getblocklist(): The trigger.model.getblocklist() function.
  • .getbranchcount(): The trigger.model.getbranchcount() function.
  • .initiate(): The trigger.model.initiate() function.
  • .load_config_list(): The trigger.model.load() - ConfigList function.
  • .load_duration_loop(): The trigger.model.load() - DurationLoop function.
  • .load_empty(): The trigger.model.load() - Empty function.
  • .load_logic_trigger(): The trigger.model.load() - LogicTrigger function.
  • .load_loop_until_event(): The trigger.model.load() - LoopUntilEvent function.
  • .load_simple_loop(): The trigger.model.load() - SimpleLoop function.
  • .pause(): The trigger.model.pause() function.
  • .resume(): The trigger.model.resume() function.
  • .setblock_trigger_block_branch_always(): The trigger.model.setblock() - trigger.BLOCK_BRANCH_ALWAYS function.
  • .setblock_trigger_block_branch_counter(): The trigger.model.setblock() - trigger.BLOCK_BRANCH_COUNTER function.
  • .setblock_trigger_block_branch_delta(): The trigger.model.setblock() - trigger.BLOCK_BRANCH_DELTA function.
  • .setblock_trigger_block_branch_limit_constant(): The trigger.model.setblock() - trigger.BLOCK_BRANCH_LIMIT_CONSTANT function.
  • .setblock_trigger_block_branch_limit_dynamic(): The trigger.model.setblock() - trigger.BLOCK_BRANCH_LIMIT_DYNAMIC function.
  • .setblock_trigger_block_branch_once(): The trigger.model.setblock() - trigger.BLOCK_BRANCH_ONCE function.
  • .setblock_trigger_block_branch_once_excluded(): The trigger.model.setblock() - trigger.BLOCK_BRANCH_ONCE_EXCLUDED function.
  • .setblock_trigger_block_branch_on_event(): The trigger.model.setblock() - trigger.BLOCK_BRANCH_ON_EVENT function.
  • .setblock_trigger_block_buffer_clear(): The trigger.model.setblock() - trigger.BLOCK_BUFFER_CLEAR function.
  • .setblock_trigger_block_config_next(): The trigger.model.setblock() - trigger.BLOCK_CONFIG_NEXT function.
  • .setblock_trigger_block_config_prev(): The trigger.model.setblock() - trigger.BLOCK_CONFIG_PREV function.
  • .setblock_trigger_block_config_recall(): The trigger.model.setblock() - trigger.BLOCK_CONFIG_RECALL function.
  • .setblock_trigger_block_delay_constant(): The trigger.model.setblock() - trigger.BLOCK_DELAY_CONSTANT function.
  • .setblock_trigger_block_delay_dynamic(): The trigger.model.setblock() - trigger.BLOCK_DELAY_DYNAMIC function.
  • .setblock_trigger_block_digital_io(): The trigger.model.setblock() - trigger.BLOCK_DIGITAL_IO function.
  • .setblock_trigger_block_log_event(): The trigger.model.setblock() - trigger.BLOCK_LOG_EVENT function.
  • .setblock_trigger_block_measure_digitize(): The trigger.model.setblock() - trigger.BLOCK_MEASURE_DIGITIZE function.
  • .setblock_trigger_block_nop(): The trigger.model.setblock() - trigger.BLOCK_NOP function.
  • .setblock_trigger_block_notify(): The trigger.model.setblock() - trigger.BLOCK_NOTIFY function.
  • .setblock_trigger_block_reset_branch_count(): The trigger.model.setblock() - trigger.BLOCK_RESET_BRANCH_COUNT function.
  • .setblock_trigger_block_wait(): The trigger.model.setblock() - trigger.BLOCK_WAIT function.
  • .state(): The trigger.model.state() function.

timer property 

timer: dict[int, TriggerTimerItem]

Return the trigger.timer[N] command tree.

Info
  • N, the trigger timer number (1 to 4).
Sub-properties and sub-methods
  • .clear(): The trigger.timer[N].clear() function.
  • .count: The trigger.timer[N].count attribute.
  • .delay: The trigger.timer[N].delay attribute.
  • .delaylist: The trigger.timer[N].delaylist attribute.
  • .enable: The trigger.timer[N].enable attribute.
  • .reset(): The trigger.timer[N].reset() function.
  • .start: The trigger.timer[N].start command tree.
  • .wait(): The trigger.timer[N].wait() function.

tsplinkin property 

tsplinkin: dict[int, TriggerTsplinkinItem]

Return the trigger.tsplinkin[N] command tree.

Info
  • N, the trigger line (1 to 3) to clear.
Sub-properties and sub-methods
  • .clear(): The trigger.tsplinkin[N].clear() function.
  • .edge: The trigger.tsplinkin[N].edge attribute.
  • .overrun: The trigger.tsplinkin[N].overrun attribute.
  • .wait(): The trigger.tsplinkin[N].wait() function.

tsplinkout property 

tsplinkout: dict[int, TriggerTsplinkoutItem]

Return the trigger.tsplinkout[N] command tree.

Info
  • N, the trigger line (1 to 3).
Sub-properties and sub-methods
  • .assert(): The trigger.tsplinkout[N].assert() function.
  • .logic: The trigger.tsplinkout[N].logic attribute.
  • .pulsewidth: The trigger.tsplinkout[N].pulsewidth attribute.
  • .release(): The trigger.tsplinkout[N].release() function.
  • .stimulus: The trigger.tsplinkout[N].stimulus attribute.

clear 

clear() -> None

Run the trigger.clear() function.

Description
  • This function clears any pending command triggers.
TSP Syntax 
- trigger.clear()
Raises:

wait 

wait(timeout: float) -> str

Run the trigger.wait() function.

Description
  • This function waits for a trigger event.
TSP Syntax 
- trigger.wait()
Parameters:
  • timeout (float) –

    Maximum amount of time in seconds to wait for the trigger.
Returns:
  • str –

    The result of the function call.
Raises:

TriggerBlenderItem

Bases: ValidatedDynamicNumberCmd, BaseTSPCmd

The trigger.blender[N] command tree.

Info
  • N, the blender number (up to two).
Properties and methods
  • .clear(): The trigger.blender[N].clear() function.
  • .orenable: The trigger.blender[N].orenable attribute.
  • .overrun: The trigger.blender[N].overrun attribute.
  • .reset(): The trigger.blender[N].reset() function.
  • .stimulus: The trigger.blender[N].stimulus[M] attribute.
  • .wait(): The trigger.blender[N].wait() function.

orenable property writable 

orenable: str

Access the trigger.blender[N].orenable attribute.

Description
  • This attribute selects whether the blender performs OR operations or AND operations.
Usage
  • Accessing this property will send the print(trigger.blender[N].orenable) query.
  • Setting this property to a value will send the trigger.blender[N].orenable = value command.
TSP Syntax 
- trigger.blender[N].orenable = value
- print(trigger.blender[N].orenable)
Info
  • N, the blender number (up to two).
Raises:

overrun property 

overrun: str

Access the trigger.blender[N].overrun attribute.

Description
  • This attribute indicates whether or not an event was ignored because of the event detector state.
Usage
  • Accessing this property will send the print(trigger.blender[N].overrun) query.
TSP Syntax 
- print(trigger.blender[N].overrun)
Info
  • N, the blender number (up to two).
Raises:

stimulus property 

stimulus: dict[int, str | float]

Access the trigger.blender[N].stimulus[M] attribute.

Description
  • This attribute specifies the events that trigger the blender.
Usage
  • Accessing an item from this property will send the print(trigger.blender[N].stimulus[M]) query.
  • Setting an item from this property to a value will send the trigger.blender[N].stimulus[M] = value command.
TSP Syntax 
- trigger.blender[N].stimulus[M] = value
- print(trigger.blender[N].stimulus[M])
Info
  • N, the an integer that represents the trigger event blender (up to two).
  • M, the an integer representing the stimulus index (1 to 4).
Raises:

clear 

clear() -> None

Run the trigger.blender[N].clear() function.

Description
  • This function clears the blender event detector and resets the overrun indicator of blender N.
TSP Syntax 
- trigger.blender[N].clear()
Info
  • N, the blender number (up to two).
Raises:

reset 

reset() -> None

Run the trigger.blender[N].reset() function.

Description
  • This function resets some of the trigger blender settings to their factory defaults.
TSP Syntax 
- trigger.blender[N].reset()
Info
  • N, the trigger event blender (up to two).
Raises:

wait 

wait(timeout: float) -> str

Run the trigger.blender[N].wait() function.

Description
  • This function waits for a blender trigger event to occur.
TSP Syntax 
- trigger.blender[N].wait()
Parameters:
  • timeout (float) –

    Maximum amount of time in seconds to wait for the trigger blender event.
Returns:
  • str –

    The result of the function call.
Raises:

TriggerDiginItem

Bases: ValidatedDynamicNumberCmd, BaseTSPCmd

The trigger.digin[N] command tree.

Info
  • N, the digital I/O trigger line (1 to 6).
Properties and methods
  • .clear(): The trigger.digin[N].clear() function.
  • .edge: The trigger.digin[N].edge attribute.
  • .overrun: The trigger.digin[N].overrun attribute.
  • .wait(): The trigger.digin[N].wait() function.

edge property writable 

edge: str

Access the trigger.digin[N].edge attribute.

Description
  • This attribute sets the edge used by the trigger event detector on the given trigger line.
Usage
  • Accessing this property will send the print(trigger.digin[N].edge) query.
  • Setting this property to a value will send the trigger.digin[N].edge = value command.
TSP Syntax 
- trigger.digin[N].edge = value
- print(trigger.digin[N].edge)
Info
  • N, the digital I/O trigger line (1 to 6).
Raises:

overrun property 

overrun: str

Access the trigger.digin[N].overrun attribute.

Description
  • This attribute returns the event detector overrun status.
Usage
  • Accessing this property will send the print(trigger.digin[N].overrun) query.
TSP Syntax 
- print(trigger.digin[N].overrun)
Info
  • N, the digital I/O trigger line (1 to 6).
Raises:

clear 

clear() -> None

Run the trigger.digin[N].clear() function.

Description
  • <img id=’f14261’ src=’notesmall_lr.png’ class=’linkedepsandpngtemplate’ alt=’VARIABLE
  • NOTE’ height=‘17’ width=‘41’ vspace=‘0’ hspace=‘0’ align=’bottom’ border=‘0’>This command requires a communications accessory card to be installed in the instrument. Accessory cards include the KTTI-GPIB, KTTI-TSP, and KTTI-RS232.This function clears the trigger event on a digital input line.
TSP Syntax 
- trigger.digin[N].clear()
Info
  • N, the digital I/O trigger line (1 to 6).
Raises:

wait 

wait(timeout: float) -> str

Run the trigger.digin[N].wait() function.

Description
  • This function waits for a trigger.
TSP Syntax 
- trigger.digin[N].wait()
Parameters:
  • timeout (float) –

    Timeout in seconds.
Returns:
  • str –

    The result of the function call.
Raises:

TriggerDigoutItem

Bases: ValidatedDynamicNumberCmd, BaseTSPCmd

The trigger.digout[N] command tree.

Info
  • N, the digital I/O trigger line (1 to 6).
Properties and methods
  • .assert(): The trigger.digout[N].assert() function.
  • .logic: The trigger.digout[N].logic attribute.
  • .pulsewidth: The trigger.digout[N].pulsewidth attribute.
  • .release(): The trigger.digout[N].release() function.
  • .stimulus: The trigger.digout[N].stimulus attribute.

logic property writable 

logic: str

Access the trigger.digout[N].logic attribute.

Description
  • This attribute sets the output logic of the trigger event generator to positive or negative for the specified line.
Usage
  • Accessing this property will send the print(trigger.digout[N].logic) query.
  • Setting this property to a value will send the trigger.digout[N].logic = value command.
TSP Syntax 
- trigger.digout[N].logic = value
- print(trigger.digout[N].logic)
Info
  • N, the digital I/O trigger line (1 to 6).
Raises:

pulsewidth property writable 

pulsewidth: str

Access the trigger.digout[N].pulsewidth attribute.

Description
  • <img id=’f14261’ src=’notesmall_lr.png’ class=’linkedepsandpngtemplate’ alt=’VARIABLE
  • NOTE’ height=‘17’ width=‘41’ vspace=‘0’ hspace=‘0’ align=’bottom’ border=‘0’>This command requires a communications accessory card to be installed in the instrument. Accessory cards include the KTTI-GPIB, KTTI-TSP, and KTTI-RS232.This attribute describes the length of time that the trigger line is asserted for output triggers.
Usage
  • Accessing this property will send the print(trigger.digout[N].pulsewidth) query.
  • Setting this property to a value will send the trigger.digout[N].pulsewidth = value command.
TSP Syntax 
- trigger.digout[N].pulsewidth = value
- print(trigger.digout[N].pulsewidth)
Info
  • width, the pulse width (0 to 100 ks).
  • N, the digital I/O trigger line (1 to 6).
Raises:

stimulus property writable 

stimulus: str

Access the trigger.digout[N].stimulus attribute.

Description
  • This attribute selects the event that causes a trigger to be asserted on the digital output line.
Usage
  • Accessing this property will send the print(trigger.digout[N].stimulus) query.
  • Setting this property to a value will send the trigger.digout[N].stimulus = value command.
TSP Syntax 
- trigger.digout[N].stimulus = value
- print(trigger.digout[N].stimulus)
Info
  • N, the digital I/O trigger line (1 to 6).
Raises:

assert_ 

assert_() -> None

Run the trigger.digout[N].assert() function.

Description
  • This function asserts a trigger pulse on one of the digital I/O lines.
TSP Syntax 
- trigger.digout[N].assert()
Info
  • N, the digital I/O trigger line (1 to 6).
Raises:

release 

release() -> None

Run the trigger.digout[N].release() function.

Description
  • This function releases an indefinite length or latched trigger.
TSP Syntax 
- trigger.digout[N].release()
Info
  • N, the digital I/O trigger line (1 to 6).
Raises:

TriggerExt

Bases: BaseTSPCmd

The trigger.ext command tree.

Properties and methods
  • .reset(): The trigger.ext.reset() function.

reset 

reset() -> None

Run the trigger.ext.reset() function.

Description
  • This function resets the edge, logic, and stimulus values for the EXTERNAL TRIGGER IN and EXTERNAL TRIGGER OUT lines to their default values.
TSP Syntax 
- trigger.ext.reset()
Raises:

TriggerExtin

Bases: BaseTSPCmd

The trigger.extin command tree.

Properties and methods
  • .clear(): The trigger.extin.clear() function.
  • .edge: The trigger.extin.edge attribute.
  • .overrun: The trigger.extin.overrun attribute.
  • .wait(): The trigger.extin.wait() function.

edge property writable 

edge: str

Access the trigger.extin.edge attribute.

Description
  • This attribute sets the type of edge that is detected as an input on the EXTERNAL TRIGGER IN trigger line.
Usage
  • Accessing this property will send the print(trigger.extin.edge) query.
  • Setting this property to a value will send the trigger.extin.edge = value command.
TSP Syntax 
- trigger.extin.edge = value
- print(trigger.extin.edge)
Raises:

overrun property 

overrun: str

Access the trigger.extin.overrun attribute.

Description
  • This attribute returns the event detector overrun status.
Usage
  • Accessing this property will send the print(trigger.extin.overrun) query.
TSP Syntax 
- print(trigger.extin.overrun)
Raises:

clear 

clear() -> None

Run the trigger.extin.clear() function.

Description
  • This function clears the trigger event on the EXTERNAL TRIGGER IN line.
TSP Syntax 
- trigger.extin.clear()
Raises:

wait 

wait(timeout: float) -> str

Run the trigger.extin.wait() function.

Description
  • This function waits for a trigger.
TSP Syntax 
- trigger.extin.wait()
Parameters:
  • timeout (float) –

    Timeout in seconds.
Returns:
  • str –

    The result of the function call.
Raises:

TriggerExtout

Bases: BaseTSPCmd

The trigger.extout command tree.

Properties and methods
  • .assert(): The trigger.extout.assert() function.
  • .logic: The trigger.extout.logic attribute.
  • .stimulus: The trigger.extout.stimulus attribute.

logic property writable 

logic: str

Access the trigger.extout.logic attribute.

Description
  • This attribute sets the output logic of the trigger event generator to positive or negative for the EXTERNAL TRIGGER OUT line.
Usage
  • Accessing this property will send the print(trigger.extout.logic) query.
  • Setting this property to a value will send the trigger.extout.logic = value command.
TSP Syntax 
- trigger.extout.logic = value
- print(trigger.extout.logic)
Raises:

stimulus property writable 

stimulus: str

Access the trigger.extout.stimulus attribute.

Description
  • This attribute selects the event that causes a trigger to be asserted on the EXTERNAL TRIGGER OUT line.
Usage
  • Accessing this property will send the print(trigger.extout.stimulus) query.
  • Setting this property to a value will send the trigger.extout.stimulus = value command.
TSP Syntax 
- trigger.extout.stimulus = value
- print(trigger.extout.stimulus)
Raises:

assert_ 

assert_() -> None

Run the trigger.extout.assert() function.

Description
  • This function asserts a trigger on the EXTERNAL TRIGGER OUT line.
TSP Syntax 
- trigger.extout.assert()
Raises:

TriggerLaninItem

Bases: ValidatedDynamicNumberCmd, BaseTSPCmd

The trigger.lanin[N] command tree.

Info
  • N, the LAN event number (1 to 8) to clear.
Properties and methods
  • .clear(): The trigger.lanin[N].clear() function.
  • .edge: The trigger.lanin[N].edge attribute.
  • .overrun: The trigger.lanin[N].overrun attribute.
  • .wait(): The trigger.lanin[N].wait() function.

edge property writable 

edge: str

Access the trigger.lanin[N].edge attribute.

Description
  • This attribute sets the trigger operation and detection mode of the specified LAN event.
Usage
  • Accessing this property will send the print(trigger.lanin[N].edge) query.
  • Setting this property to a value will send the trigger.lanin[N].edge = value command.
TSP Syntax 
- trigger.lanin[N].edge = value
- print(trigger.lanin[N].edge)
Info
  • N, the LAN event number (1 to 8).
Raises:

overrun property 

overrun: str

Access the trigger.lanin[N].overrun attribute.

Description
  • This attribute contains the overrun status of the LAN event detector.
Usage
  • Accessing this property will send the print(trigger.lanin[N].overrun) query.
TSP Syntax 
- print(trigger.lanin[N].overrun)
Info
  • N, the LAN event number (1 to 8).
Raises:

clear 

clear() -> None

Run the trigger.lanin[N].clear() function.

Description
  • This function clears the event detector for a LAN trigger.
TSP Syntax 
- trigger.lanin[N].clear()
Info
  • N, the LAN event number (1 to 8) to clear.
Raises:

wait 

wait(timeout: float) -> str

Run the trigger.lanin[N].wait() function.

Description
  • This function waits for an input trigger.
TSP Syntax 
- trigger.lanin[N].wait()
Parameters:
  • timeout (float) –

    Maximum amount of time in seconds to wait for the trigger event.
Returns:
  • str –

    The result of the function call.
Raises:

TriggerLanoutItem

Bases: ValidatedDynamicNumberCmd, BaseTSPCmd

The trigger.lanout[N] command tree.

Info
  • N, the LAN event number (1 to 8).
Properties and methods
  • .assert(): The trigger.lanout[N].assert() function.
  • .connect(): The trigger.lanout[N].connect() function.
  • .connected: The trigger.lanout[N].connected attribute.
  • .disconnect(): The trigger.lanout[N].disconnect() function.
  • .ipaddress: The trigger.lanout[N].ipaddress attribute.
  • .logic: The trigger.lanout[N].logic attribute.
  • .protocol: The trigger.lanout[N].protocol attribute.
  • .stimulus: The trigger.lanout[N].stimulus attribute.

connected property 

connected: str

Access the trigger.lanout[N].connected attribute.

Description
  • This attribute contains the LAN event connection state.
Usage
  • Accessing this property will send the print(trigger.lanout[N].connected) query.
TSP Syntax 
- print(trigger.lanout[N].connected)
Info
  • N, the LAN event number (1 to 8).
Raises:

ipaddress property writable 

ipaddress: str

Access the trigger.lanout[N].ipaddress attribute.

Description
  • This attribute specifies the address (in dotted-decimal format) of UDP or TCP listeners.
Usage
  • Accessing this property will send the print(trigger.lanout[N].ipaddress) query.
  • Setting this property to a value will send the trigger.lanout[N].ipaddress = value command.
TSP Syntax 
- trigger.lanout[N].ipaddress = value
- print(trigger.lanout[N].ipaddress)
Info
  • N, the LAN event number (1 to 8).
Raises:

logic property writable 

logic: str

Access the trigger.lanout[N].logic attribute.

Description
  • This attribute sets the logic on which the trigger event detector and the output trigger generator operate on the given trigger line.
Usage
  • Accessing this property will send the print(trigger.lanout[N].logic) query.
  • Setting this property to a value will send the trigger.lanout[N].logic = value command.
TSP Syntax 
- trigger.lanout[N].logic = value
- print(trigger.lanout[N].logic)
Info
  • N, the LAN event number (1 to 8).
Raises:

protocol property writable 

protocol: str

Access the trigger.lanout[N].protocol attribute.

Description
  • This attribute sets the LAN protocol to use for sending trigger messages.
Usage
  • Accessing this property will send the print(trigger.lanout[N].protocol) query.
  • Setting this property to a value will send the trigger.lanout[N].protocol = value command.
TSP Syntax 
- trigger.lanout[N].protocol = value
- print(trigger.lanout[N].protocol)
Info
  • N, the LAN event number (1 to 8).
Raises:

stimulus property writable 

stimulus: str

Access the trigger.lanout[N].stimulus attribute.

Description
  • This attribute specifies events that cause this trigger to assert.
Usage
  • Accessing this property will send the print(trigger.lanout[N].stimulus) query.
  • Setting this property to a value will send the trigger.lanout[N].stimulus = value command.
TSP Syntax 
- trigger.lanout[N].stimulus = value
- print(trigger.lanout[N].stimulus)
Info
  • N, a number specifying the trigger packet over the LAN for which to set or query the trigger source (1 to 8).
Raises:

assert_ 

assert_() -> None

Run the trigger.lanout[N].assert() function.

Description
  • This function simulates the occurrence of the trigger and generates the corresponding event.
TSP Syntax 
- trigger.lanout[N].assert()
Info
  • N, the LAN event number (1 to 8).
Raises:

connect 

connect() -> None

Run the trigger.lanout[N].connect() function.

Description
  • This function prepares the event generator for outgoing trigger events.
TSP Syntax 
- trigger.lanout[N].connect()
Info
  • N, the LAN event number (1 to 8).
Raises:

disconnect 

disconnect() -> None

Run the trigger.lanout[N].disconnect() function.

Description
  • This function disconnects the LAN trigger event generator.
TSP Syntax 
- trigger.lanout[N].disconnect()
Info
  • N, the LAN event number (1 to 8).
Raises:

TriggerModel

Bases: BaseTSPCmd

The trigger.model command tree.

Properties and methods
  • .abort(): The trigger.model.abort() function.
  • .getblocklist(): The trigger.model.getblocklist() function.
  • .getbranchcount(): The trigger.model.getbranchcount() function.
  • .initiate(): The trigger.model.initiate() function.
  • .load_config_list(): The trigger.model.load() - ConfigList function.
  • .load_duration_loop(): The trigger.model.load() - DurationLoop function.
  • .load_empty(): The trigger.model.load() - Empty function.
  • .load_logic_trigger(): The trigger.model.load() - LogicTrigger function.
  • .load_loop_until_event(): The trigger.model.load() - LoopUntilEvent function.
  • .load_simple_loop(): The trigger.model.load() - SimpleLoop function.
  • .pause(): The trigger.model.pause() function.
  • .resume(): The trigger.model.resume() function.
  • .setblock_trigger_block_branch_always(): The trigger.model.setblock() - trigger.BLOCK_BRANCH_ALWAYS function.
  • .setblock_trigger_block_branch_counter(): The trigger.model.setblock() - trigger.BLOCK_BRANCH_COUNTER function.
  • .setblock_trigger_block_branch_delta(): The trigger.model.setblock() - trigger.BLOCK_BRANCH_DELTA function.
  • .setblock_trigger_block_branch_limit_constant(): The trigger.model.setblock() - trigger.BLOCK_BRANCH_LIMIT_CONSTANT function.
  • .setblock_trigger_block_branch_limit_dynamic(): The trigger.model.setblock() - trigger.BLOCK_BRANCH_LIMIT_DYNAMIC function.
  • .setblock_trigger_block_branch_once(): The trigger.model.setblock() - trigger.BLOCK_BRANCH_ONCE function.
  • .setblock_trigger_block_branch_once_excluded(): The trigger.model.setblock() - trigger.BLOCK_BRANCH_ONCE_EXCLUDED function.
  • .setblock_trigger_block_branch_on_event(): The trigger.model.setblock() - trigger.BLOCK_BRANCH_ON_EVENT function.
  • .setblock_trigger_block_buffer_clear(): The trigger.model.setblock() - trigger.BLOCK_BUFFER_CLEAR function.
  • .setblock_trigger_block_config_next(): The trigger.model.setblock() - trigger.BLOCK_CONFIG_NEXT function.
  • .setblock_trigger_block_config_prev(): The trigger.model.setblock() - trigger.BLOCK_CONFIG_PREV function.
  • .setblock_trigger_block_config_recall(): The trigger.model.setblock() - trigger.BLOCK_CONFIG_RECALL function.
  • .setblock_trigger_block_delay_constant(): The trigger.model.setblock() - trigger.BLOCK_DELAY_CONSTANT function.
  • .setblock_trigger_block_delay_dynamic(): The trigger.model.setblock() - trigger.BLOCK_DELAY_DYNAMIC function.
  • .setblock_trigger_block_digital_io(): The trigger.model.setblock() - trigger.BLOCK_DIGITAL_IO function.
  • .setblock_trigger_block_log_event(): The trigger.model.setblock() - trigger.BLOCK_LOG_EVENT function.
  • .setblock_trigger_block_measure_digitize(): The trigger.model.setblock() - trigger.BLOCK_MEASURE_DIGITIZE function.
  • .setblock_trigger_block_nop(): The trigger.model.setblock() - trigger.BLOCK_NOP function.
  • .setblock_trigger_block_notify(): The trigger.model.setblock() - trigger.BLOCK_NOTIFY function.
  • .setblock_trigger_block_reset_branch_count(): The trigger.model.setblock() - trigger.BLOCK_RESET_BRANCH_COUNT function.
  • .setblock_trigger_block_wait(): The trigger.model.setblock() - trigger.BLOCK_WAIT function.
  • .state(): The trigger.model.state() function.

abort 

abort() -> None

Run the trigger.model.abort() function.

Description
  • This function stops all trigger model commands and scans on the instrument.
TSP Syntax 
- trigger.model.abort()
Raises:

getblocklist 

getblocklist() -> str

Run the trigger.model.getblocklist() function.

Description
  • This function returns the settings for all trigger model blocks.
TSP Syntax 
- trigger.model.getblocklist()
Returns:
  • str –

    The result of the function call.
Raises:

getbranchcount 

getbranchcount(block_number: int) -> str

Run the trigger.model.getbranchcount() function.

Description
  • This function returns the count value of the trigger model counter block.
TSP Syntax 
- trigger.model.getbranchcount()
Parameters:
  • block_number (int) –

    The sequence of the block in the trigger model.
Returns:
  • str –

    The result of the function call.
Raises:

initiate 

initiate() -> None

Run the trigger.model.initiate() function.

Description
  • This function starts the trigger model or scan.
TSP Syntax 
- trigger.model.initiate()
Raises:

load_config_list 

load_config_list(
    measure_config_list: str, delay: float | None = None, buffer_name: str | None = None
) -> None

Run the trigger.model.load() - ConfigList function.

Description
  • This function loads a trigger-model template configuration that uses a measure configuration list.
TSP Syntax 
- trigger.model.load()
Parameters:
  • measure_config_list (str) –

    A string that contains the name of the measurement configuration list to use.

  • delay (optional, default: None ) –

    The delay time before each measurement (167 ns to 10 ks); default is 0 for no delay.

  • buffer_name (optional, default: None ) –

    The name of the reading buffer, which may be a default buffer (defbuffer1 or defbuffer2) or a user-defined buffer; defaults to defbuffer1.
Raises:

load_duration_loop 

load_duration_loop(
    duration: float, delay: float | None = None, buffer_name: str | None = None
) -> None

Run the trigger.model.load() - DurationLoop function.

Description
  • This function loads a trigger-model template configuration that makes continuous measurements for a specified amount of time.
TSP Syntax 
- trigger.model.load()
Parameters:
  • duration (float) –

    The amount of time for which to make measurements (500 ns to 100 ks).

  • delay (optional, default: None ) –

    The delay time before each measurement (167 ns to 10 ks); default is 0 for no delay.

  • buffer_name (optional, default: None ) –

    The name of the reading buffer, which may be a default buffer (defbuffer1 or defbuffer2) or a user-defined buffer; defaults to defbuffer1.
Raises:

load_empty 

load_empty() -> None

Run the trigger.model.load() - Empty function.

Description
  • This function clears the trigger model.
TSP Syntax 
- trigger.model.load()
Raises:

load_logic_trigger 

load_logic_trigger(
    dig_in_line: int,
    dig_out_line: int,
    count: int,
    clear: str,
    delay: float | None = None,
    buffer_name: str | None = None,
) -> None

Run the trigger.model.load() - LogicTrigger function.

Description
  • This function loads a trigger-model template configuration that sets up a logic trigger through the digital or external I/O.
TSP Syntax 
- trigger.model.load()
Parameters:
  • dig_in_line (int) –

    The digital input line (1 to 6) or external input line (7); also, the event that the trigger model will wait on in block 1.

  • dig_out_line (int) –

    The digital output line (1 to 6) or external input line (7).

  • count (int) –

    The number of measurements the instrument will make.

  • clear (str) –

    To clear previously detected trigger events when entering the wait block.

  • delay (optional, default: None ) –

    The delay time before each measurement (167 ns to 10 ks); default is 0 for no delay.

  • buffer_name (optional, default: None ) –

    The name of the reading buffer, which may be a default buffer (defbuffer1 or defbuffer2) or a user-defined buffer; defaults to defbuffer1.
Raises:

load_loop_until_event 

load_loop_until_event(
    trigger_event: str,
    position: int,
    clear: str,
    delay: float | None = None,
    buffer_name: str | None = None,
) -> None

Run the trigger.model.load() - LoopUntilEvent function.

Description
  • This function loads a trigger-model template configuration that makes continuous measurements until the specified event occurs.
TSP Syntax 
- trigger.model.load()
Parameters:
  • trigger_event (str) –

    The event that ends infinite triggering or readings set to occur before the trigger; see Details.

  • position (int) –

    The number of readings to make in relation to the size of the reading buffer; enter as a percentage (0% to 100%).

  • clear (str) –

    To clear previously detected trigger events when entering the wait block (default).

  • delay (optional, default: None ) –

    The delay time before each measurement (167 ns to 10 ks); default is 0 for no delay.

  • buffer_name (optional, default: None ) –

    The name of the reading buffer, which may be a default buffer (defbuffer1 or defbuffer2) or a user-defined buffer; defaults to defbuffer1.
Raises:

load_simple_loop 

load_simple_loop(count: int, delay: float | None = None, buffer_name: str | None = None) -> None

Run the trigger.model.load() - SimpleLoop function.

Description
  • This function loads a trigger-model template configuration that makes a specific number of measurements.
TSP Syntax 
- trigger.model.load()
Parameters:
  • count (int) –

    The number of measurements the instrument will make.

  • delay (optional, default: None ) –

    The delay time before each measurement (167 ns to 10 ks); default is 0 for no delay.

  • buffer_name (optional, default: None ) –

    Indicates the reading buffer to use; the default buffers (defbuffer1 or defbuffer2) or the name of a user-defined buffer; if no buffer is specified, defbuffer1 is used.
Raises:

pause 

pause() -> None

Run the trigger.model.pause() function.

Description
  • This function pauses a running scan or trigger model.
TSP Syntax 
- trigger.model.pause()
Raises:

resume 

resume() -> None

Run the trigger.model.resume() function.

Description
  • This function continues a paused scan or trigger model.
TSP Syntax 
- trigger.model.resume()
Raises:

setblock_trigger_block_branch_always 

setblock_trigger_block_branch_always(block_number: int, branch_to_block: str) -> None

Run the trigger.model.setblock() - trigger.BLOCK_BRANCH_ALWAYS function.

Description
  • This function defines a trigger model block that always goes to a specific block.
TSP Syntax 
- trigger.model.setblock()
Parameters:
  • block_number (int) –

    The sequence of the block in the trigger model.

  • branch_to_block (str) –

    The block number to execute when the trigger model reaches the Branch Always block.
Raises:

setblock_trigger_block_branch_counter 

setblock_trigger_block_branch_counter(
    block_number: int, target_count: int, branch_to_block: str
) -> None

Run the trigger.model.setblock() - trigger.BLOCK_BRANCH_COUNTER function.

Description
  • This function defines a trigger model block that branches to a specified block a specified number of times.
TSP Syntax 
- trigger.model.setblock()
Parameters:
  • block_number (int) –

    The sequence of the block in the trigger model.

  • target_count (int) –

    The number of times to repeat.

  • branch_to_block (str) –

    The block number of the trigger model block to execute when the counter is less than the targetCount value.
Raises:

setblock_trigger_block_branch_delta 

setblock_trigger_block_branch_delta(
    block_number: int,
    target_difference: str,
    branch_to_block: str,
    measure_block: float | None = None,
) -> None

Run the trigger.model.setblock() - trigger.BLOCK_BRANCH_DELTA function.

Description
  • This function defines a trigger model block that goes to a specified block if the difference of two measurements meets preset criteria.
TSP Syntax 
- trigger.model.setblock()
Parameters:
  • block_number (int) –

    The sequence of the block in the trigger model.

  • target_difference (str) –

    The value against which the block compares the difference between the measurements.

  • branch_to_block (str) –

    The block number of the trigger model block to execute when the difference between the measurements is less than or equal to the targetDifference.

  • measure_block (optional, default: None ) –

    The block number of the measure/digitize block that makes the measurements to be compared; if this is 0 or undefined, the trigger model uses the previous measure/digitize block.
Raises:

setblock_trigger_block_branch_limit_constant 

setblock_trigger_block_branch_limit_constant(
    block_number: int,
    limit_type: float,
    limit_a: float,
    limit_b: float,
    branch_to_block: str,
    measure_block: float | None = None,
) -> None

Run the trigger.model.setblock() - trigger.BLOCK_BRANCH_LIMIT_CONSTANT function.

Description
  • This function defines a trigger model block that goes to a specified block if a measurement meets preset criteria.
TSP Syntax 
- trigger.model.setblock()
Parameters:
  • block_number (int) –

    The sequence of the block in the trigger model.

  • limit_type (float) –

    The type of limit, which can be one of the following types.

  • limit_a (float) –

    The lower limit that the measurement is tested against; if limitType is set to.

  • limit_b (float) –

    The upper limit that the measurement is tested against; if limitType is set to.

  • branch_to_block (str) –

    The block number of the trigger model block to execute when the measurement meets the defined criteria.

  • measure_block (optional, default: None ) –

    The block number of the measure/digitize block that makes the measurements to be compared; if this is 0 or undefined, the trigger model uses the previous measure/digitize block.
Raises:

setblock_trigger_block_branch_limit_dynamic 

setblock_trigger_block_branch_limit_dynamic(
    block_number: int,
    limit_type: float,
    limit_number: float,
    branch_to_block: str,
    measure_block: float | None = None,
) -> None

Run the trigger.model.setblock() - trigger.BLOCK_BRANCH_LIMIT_DYNAMIC function.

Description
  • This function defines a trigger model block that goes to a specified block in the trigger model if a measurement meets user-defined criteria.
TSP Syntax 
- trigger.model.setblock()
Parameters:
  • block_number (int) –

    The sequence of the block in the trigger model.

  • limit_type (float) –

    The type of limit, which can be one of the following types.

  • limit_number (float) –

    The limit number (1 or 2).

  • branch_to_block (str) –

    The block number of the trigger model block to execute when the measurement meets the criteria set in the configuration list.

  • measure_block (optional, default: None ) –

    The block number of the measure/digitize block that makes the measurements to be compared; if this is 0 or undefined, the trigger model uses the previous measure/digitize block.
Raises:

setblock_trigger_block_branch_on_event 

setblock_trigger_block_branch_on_event(block_number: int, event: str, branch_to_block: str) -> None

Run the trigger.model.setblock() - trigger.BLOCK_BRANCH_ON_EVENT function.

Description
  • This function branches to a specified block when a specified trigger event occurs.
TSP Syntax 
- trigger.model.setblock()
Parameters:
  • block_number (int) –

    The sequence of the block in the trigger model.

  • event (str) –

    The event that must occur before the trigger model branches the specified block.

  • branch_to_block (str) –

    The block number of the trigger model block to execute when the specified event occurs.
Raises:

setblock_trigger_block_branch_once 

setblock_trigger_block_branch_once(block_number: int, branch_to_block: str) -> None

Run the trigger.model.setblock() - trigger.BLOCK_BRANCH_ONCE function.

Description
  • This function causes the trigger model to branch to a specified building block the first time it is encountered in the trigger model.
TSP Syntax 
- trigger.model.setblock()
Parameters:
  • block_number (int) –

    The sequence of the block in the trigger model.

  • branch_to_block (str) –

    The block number of the trigger model block to execute when the trigger model first encounters this block.
Raises:

setblock_trigger_block_branch_once_excluded 

setblock_trigger_block_branch_once_excluded(block_number: int, branch_to_block: str) -> None

Run the trigger.model.setblock() - trigger.BLOCK_BRANCH_ONCE_EXCLUDED function.

Description
  • This function defines a trigger model block that causes the trigger model to go to a specified building block every time the trigger model encounters it, except for the first time.
TSP Syntax 
- trigger.model.setblock()
Parameters:
  • block_number (int) –

    The sequence of the block in the trigger model.

  • branch_to_block (str) –

    The block number of the trigger model block to execute when the trigger model encounters this block after the first encounter.
Raises:

setblock_trigger_block_buffer_clear 

setblock_trigger_block_buffer_clear(block_number: int, buffer_name: str | None = None) -> None

Run the trigger.model.setblock() - trigger.BLOCK_BUFFER_CLEAR function.

Description
  • This function defines a trigger model block that clears the reading buffer.
TSP Syntax 
- trigger.model.setblock()
Parameters:
  • block_number (int) –

    The sequence of the block in the trigger model.

  • buffer_name (optional, default: None ) –

    The name of the buffer, which must be an existing buffer; if no buffer is defined, defbuffer1 is used.
Raises:

setblock_trigger_block_config_next 

setblock_trigger_block_config_next(block_number: int, configuration_list: str) -> None

Run the trigger.model.setblock() - trigger.BLOCK_CONFIG_NEXT function.

Description
  • This function recalls the settings at the next index of a configuration list.
TSP Syntax 
- trigger.model.setblock()
Parameters:
  • block_number (int) –

    The sequence of the block in the trigger model.

  • configuration_list (str) –

    A string that defines the configuration list to recall.
Raises:

setblock_trigger_block_config_prev 

setblock_trigger_block_config_prev(block_number: int, configuration_list: str) -> None

Run the trigger.model.setblock() - trigger.BLOCK_CONFIG_PREV function.

Description
  • This function defines a trigger model block that recalls the settings stored at the previous index in a configuration list.
TSP Syntax 
- trigger.model.setblock()
Parameters:
  • block_number (int) –

    The sequence of the block in the trigger model.

  • configuration_list (str) –

    A string that defines the configuration list to recall.
Raises:

setblock_trigger_block_config_recall 

setblock_trigger_block_config_recall(
    block_number: int, configuration_list: str, index: int | None = None
) -> None

Run the trigger.model.setblock() - trigger.BLOCK_CONFIG_RECALL function.

Description
  • This function recalls the system settings that are stored in a configuration list.
TSP Syntax 
- trigger.model.setblock()
Parameters:
  • block_number (int) –

    The sequence of the block in the trigger model.

  • configuration_list (str) –

    A string that defines the configuration list to recall.

  • index (optional, default: None ) –

    The index in the configuration list to recall; default is 1.
Raises:

setblock_trigger_block_delay_constant 

setblock_trigger_block_delay_constant(block_number: int, time: str) -> None

Run the trigger.model.setblock() - trigger.BLOCK_DELAY_CONSTANT function.

Description
  • This function adds a constant delay to the execution of a trigger model.
TSP Syntax 
- trigger.model.setblock()
Parameters:
  • block_number (int) –

    The sequence of the block in the trigger model.

  • time (str) –

    The amount of time to delay in seconds (167 ns to 10 ks, or 0 for no delay).
Raises:

setblock_trigger_block_delay_dynamic 

setblock_trigger_block_delay_dynamic(block_number: int, n: int) -> None

Run the trigger.model.setblock() - trigger.BLOCK_DELAY_DYNAMIC function.

Description
  • This function adds a user delay to the execution of the trigger model.
TSP Syntax 
- trigger.model.setblock()
Parameters:
  • block_number (int) –

    The sequence of the block in the trigger model.

  • n (int) –

    The number of the user delay, 1 to 5, set by dmm.measure.userdelay[N] or dmm.digitize.userdelay[N].
Raises:

setblock_trigger_block_digital_io 

setblock_trigger_block_digital_io(block_number: int, bit_pattern: int, bit_mask: int) -> None

Run the trigger.model.setblock() - trigger.BLOCK_DIGITAL_IO function.

Description
  • <img id=’f14261’ src=’notesmall_lr.png’ class=’linkedepsandpngtemplate’ alt=’VARIABLE
  • NOTE’ height=‘17’ width=‘41’ vspace=‘0’ hspace=‘0’ align=’bottom’ border=‘0’>This command requires a communications accessory card to be installed in the instrument. Accessory cards include the KTTI-GPIB, KTTI-TSP, and KTTI-RS232.This function defines a trigger model block that sets the lines on the digital I/O port high or low.
TSP Syntax 
- trigger.model.setblock()
Parameters:
  • block_number (int) –

    The sequence of the block in the trigger model.

  • bit_pattern (int) –

    Sets the value that specifies the output line bit pattern (0 to 63).

  • bit_mask (int) –

    Specifies the bit mask; if omitted, all lines are driven (0 to 63).
Raises:

setblock_trigger_block_log_event 

setblock_trigger_block_log_event(block_number: int, event_number: int, message: str) -> None

Run the trigger.model.setblock() - trigger.BLOCK_LOG_EVENT function.

Description
  • This function allows you to log an event in the event log when the trigger model is running.
TSP Syntax 
- trigger.model.setblock()
Parameters:
  • block_number (int) –

    The sequence of the block in the trigger model.

  • event_number (int) –

    The event number.

  • message (str) –

    A string up to 31 characters.
Raises:

setblock_trigger_block_measure_digitize 

setblock_trigger_block_measure_digitize(
    block_number: int, buffer_name: str | None = None, count: int | None = None
) -> None

Run the trigger.model.setblock() - trigger.BLOCK_MEASURE_DIGITIZE function.

Description
  • This function defines a trigger block that makes or digitizes a measurement.
TSP Syntax 
- trigger.model.setblock()
Parameters:
  • block_number (int) –

    The sequence of the block in the trigger model.

  • buffer_name (optional, default: None ) –

    The name of the buffer, which must be an existing buffer; if no buffer is defined, defbuffer1 is used.

  • count (optional, default: None ) –

    The number of measure or digitize readings to make before moving to the next block in the trigger model; set to.
Raises:

setblock_trigger_block_nop 

setblock_trigger_block_nop(block_number: int) -> None

Run the trigger.model.setblock() - trigger.BLOCK_NOP function.

Description
  • This function creates a placeholder that performs no action in the trigger model; available only using remote commands.
TSP Syntax 
- trigger.model.setblock()
Parameters:
  • block_number (int) –

    The sequence of the block in the trigger model.
Raises:

setblock_trigger_block_notify 

setblock_trigger_block_notify(block_number: int, n: str) -> None

Run the trigger.model.setblock() - trigger.BLOCK_NOTIFY function.

Description
  • This function defines a trigger model block that generates a trigger event and immediately continues to the next block.
TSP Syntax 
- trigger.model.setblock()
Parameters:
  • block_number (int) –

    The sequence of the block in the trigger model.

  • n (str) –

    The identification number of the notification; 1 to 8.
Raises:

setblock_trigger_block_reset_branch_count 

setblock_trigger_block_reset_branch_count(block_number: int, counter: str) -> None

Run the trigger.model.setblock() - trigger.BLOCK_RESET_BRANCH_COUNT function.

Description
  • This function creates a block in the trigger model that resets a branch counter to 0.
TSP Syntax 
- trigger.model.setblock()
Parameters:
  • block_number (int) –

    The sequence of the block in the trigger model.

  • counter (str) –

    The block number of the counter that is to be reset.
Raises:

setblock_trigger_block_wait 

setblock_trigger_block_wait(
    block_number: int,
    event: str,
    clear: str | None = None,
    logic: str | None = None,
    event_2: str | None = None,
    event_3: str | None = None,
) -> None

Run the trigger.model.setblock() - trigger.BLOCK_WAIT function.

Description
  • This function defines a trigger model block that waits for an event before allowing the trigger model to continue.
TSP Syntax 
- trigger.model.setblock()
Parameters:
  • block_number (int) –

    The sequence of the block in the trigger model.

  • event (str) –

    The event that must occur before the trigger block allows trigger execution to continue (see Details).

  • clear (optional, default: None ) –

    To clear previously detected trigger events when entering the wait block.

  • logic (optional, default: None ) –

    If each event must occur before the trigger model continues.

  • event_2 (optional, default: None ) –

    The event that must occur before the trigger block allows trigger execution to continue (see Details).

  • event_3 (optional, default: None ) –

    The event that must occur before the trigger block allows trigger execution to continue (see Details).
Raises:

state 

state() -> str

Run the trigger.model.state() function.

Description
  • This function returns the present state of the trigger model.
TSP Syntax 
- trigger.model.state()
Returns:
  • str –

    The result of the function call.
Raises:

TriggerTimerItem

Bases: ValidatedDynamicNumberCmd, BaseTSPCmd

The trigger.timer[N] command tree.

Info
  • N, the trigger timer number (1 to 4).
Properties and methods
  • .clear(): The trigger.timer[N].clear() function.
  • .count: The trigger.timer[N].count attribute.
  • .delay: The trigger.timer[N].delay attribute.
  • .delaylist: The trigger.timer[N].delaylist attribute.
  • .enable: The trigger.timer[N].enable attribute.
  • .reset(): The trigger.timer[N].reset() function.
  • .start: The trigger.timer[N].start command tree.
  • .wait(): The trigger.timer[N].wait() function.

count property writable 

count: str

Access the trigger.timer[N].count attribute.

Description
  • This attribute sets the number of events to generate each time the timer generates a trigger event or is enabled as a timer or alarm.
Usage
  • Accessing this property will send the print(trigger.timer[N].count) query.
  • Setting this property to a value will send the trigger.timer[N].count = value command.
TSP Syntax 
- trigger.timer[N].count = value
- print(trigger.timer[N].count)
Info
  • N, the trigger timer number (1 to 4).
Raises:

delay property writable 

delay: str

Access the trigger.timer[N].delay attribute.

Description
  • This attribute sets and reads the timer delay.
Usage
  • Accessing this property will send the print(trigger.timer[N].delay) query.
  • Setting this property to a value will send the trigger.timer[N].delay = value command.
TSP Syntax 
- trigger.timer[N].delay = value
- print(trigger.timer[N].delay)
Info
  • N, the trigger timer number (1 to 4).
Raises:

delaylist property writable 

delaylist: str

Access the trigger.timer[N].delaylist attribute.

Description
  • This attribute sets an array of timer intervals.
Usage
  • Accessing this property will send the print(trigger.timer[N].delaylist) query.
  • Setting this property to a value will send the trigger.timer[N].delaylist = value command.
TSP Syntax 
- trigger.timer[N].delaylist = value
- print(trigger.timer[N].delaylist)
Info
  • N, the trigger timer number (1 to 4).
Raises:

enable property writable 

enable: str

Access the trigger.timer[N].enable attribute.

Description
  • This attribute enables the trigger timer.
Usage
  • Accessing this property will send the print(trigger.timer[N].enable) query.
  • Setting this property to a value will send the trigger.timer[N].enable = value command.
TSP Syntax 
- trigger.timer[N].enable = value
- print(trigger.timer[N].enable)
Info
  • N, the trigger timer number (1 to 4).
Raises:

start property 

start: TriggerTimerItemStart

Return the trigger.timer[N].start command tree.

Info
  • N, the trigger timer number (1 to 4).
Sub-properties and sub-methods
  • .fractionalseconds: The trigger.timer[N].start.fractionalseconds attribute.
  • .generate: The trigger.timer[N].start.generate attribute.
  • .overrun: The trigger.timer[N].start.overrun attribute.
  • .seconds: The trigger.timer[N].start.seconds attribute.
  • .stimulus: The trigger.timer[N].start.stimulus attribute.

clear 

clear() -> None

Run the trigger.timer[N].clear() function.

Description
  • This function clears the timer event detector and overrun indicator for the specified trigger timer number.
TSP Syntax 
- trigger.timer[N].clear()
Info
  • N, the trigger timer number (1 to 4).
Raises:

reset 

reset() -> None

Run the trigger.timer[N].reset() function.

Description
  • This function resets trigger timer settings to their default values.
TSP Syntax 
- trigger.timer[N].reset()
Info
  • N, the trigger timer number (1 to 4).
Raises:

wait 

wait(timeout: float) -> str

Run the trigger.timer[N].wait() function.

Description
  • This function waits for a trigger.
TSP Syntax 
- trigger.timer[N].wait()
Parameters:
  • timeout (float) –

    Maximum amount of time in seconds to wait for the trigger.
Returns:
  • str –

    The result of the function call.
Raises:

TriggerTimerItemStart

Bases: BaseTSPCmd

The trigger.timer[N].start command tree.

Info
  • N, the trigger timer number (1 to 4).
Properties and methods
  • .fractionalseconds: The trigger.timer[N].start.fractionalseconds attribute.
  • .generate: The trigger.timer[N].start.generate attribute.
  • .overrun: The trigger.timer[N].start.overrun attribute.
  • .seconds: The trigger.timer[N].start.seconds attribute.
  • .stimulus: The trigger.timer[N].start.stimulus attribute.

fractionalseconds property writable 

fractionalseconds: str

Access the trigger.timer[N].start.fractionalseconds attribute.

Description
  • This attribute configures the fractional seconds of an alarm or a time in the future when the timer will start.
Usage
  • Accessing this property will send the print(trigger.timer[N].start.fractionalseconds) query.
  • Setting this property to a value will send the trigger.timer[N].start.fractionalseconds = value command.
TSP Syntax 
- trigger.timer[N].start.fractionalseconds = value
- print(trigger.timer[N].start.fractionalseconds)
Info
  • N, the trigger timer number (1 to 4).
Raises:

generate property writable 

generate: str

Access the trigger.timer[N].start.generate attribute.

Description
  • This attribute specifies when timer events are generated.
Usage
  • Accessing this property will send the print(trigger.timer[N].start.generate) query.
  • Setting this property to a value will send the trigger.timer[N].start.generate = value command.
TSP Syntax 
- trigger.timer[N].start.generate = value
- print(trigger.timer[N].start.generate)
Info
  • N, the trigger timer number (1 to 4).
Raises:

overrun property 

overrun: str

Access the trigger.timer[N].start.overrun attribute.

Description
  • This attribute indicates if an event was ignored because of the event detector state.
Usage
  • Accessing this property will send the print(trigger.timer[N].start.overrun) query.
TSP Syntax 
- print(trigger.timer[N].start.overrun)
Info
  • N, the trigger timer number (1 to 4).
Raises:

seconds property writable 

seconds: str

Access the trigger.timer[N].start.seconds attribute.

Description
  • This attribute configures the seconds of an alarm or a time in the future when the timer will start.
Usage
  • Accessing this property will send the print(trigger.timer[N].start.seconds) query.
  • Setting this property to a value will send the trigger.timer[N].start.seconds = value command.
TSP Syntax 
- trigger.timer[N].start.seconds = value
- print(trigger.timer[N].start.seconds)
Info
  • N, the trigger timer number (1 to 4).
Raises:

stimulus property writable 

stimulus: str

Access the trigger.timer[N].start.stimulus attribute.

Description
  • This attribute describes the event that starts the trigger timer.
Usage
  • Accessing this property will send the print(trigger.timer[N].start.stimulus) query.
  • Setting this property to a value will send the trigger.timer[N].start.stimulus = value command.
TSP Syntax 
- trigger.timer[N].start.stimulus = value
- print(trigger.timer[N].start.stimulus)
Info
  • N, the trigger timer number (1 to 4).
Raises:

TriggerTsplinkinItem

Bases: ValidatedDynamicNumberCmd, BaseTSPCmd

The trigger.tsplinkin[N] command tree.

Info
  • N, the trigger line (1 to 3) to clear.
Properties and methods
  • .clear(): The trigger.tsplinkin[N].clear() function.
  • .edge: The trigger.tsplinkin[N].edge attribute.
  • .overrun: The trigger.tsplinkin[N].overrun attribute.
  • .wait(): The trigger.tsplinkin[N].wait() function.

edge property writable 

edge: str

Access the trigger.tsplinkin[N].edge attribute.

Description
  • This attribute indicates which trigger edge controls the trigger event detector for a trigger line.
Usage
  • Accessing this property will send the print(trigger.tsplinkin[N].edge) query.
  • Setting this property to a value will send the trigger.tsplinkin[N].edge = value command.
TSP Syntax 
- trigger.tsplinkin[N].edge = value
- print(trigger.tsplinkin[N].edge)
Info
  • N, the trigger line (1 to 3).
Raises:

overrun property 

overrun: str

Access the trigger.tsplinkin[N].overrun attribute.

Description
  • This attribute indicates if the event detector ignored an event while in the detected state.
Usage
  • Accessing this property will send the print(trigger.tsplinkin[N].overrun) query.
TSP Syntax 
- print(trigger.tsplinkin[N].overrun)
Info
  • N, the trigger line (1 to 3).
Raises:

clear 

clear() -> None

Run the trigger.tsplinkin[N].clear() function.

Description
  • This function clears the event detector for a LAN trigger.
TSP Syntax 
- trigger.tsplinkin[N].clear()
Info
  • N, the trigger line (1 to 3) to clear.
Raises:

wait 

wait(timeout: float) -> str

Run the trigger.tsplinkin[N].wait() function.

Description
  • This function waits for a trigger.
TSP Syntax 
- trigger.tsplinkin[N].wait()
Parameters:
  • timeout (float) –

    The timeout value in seconds.
Returns:
  • str –

    The result of the function call.
Raises:

TriggerTsplinkoutItem

Bases: ValidatedDynamicNumberCmd, BaseTSPCmd

The trigger.tsplinkout[N] command tree.

Info
  • N, the trigger line (1 to 3).
Properties and methods
  • .assert(): The trigger.tsplinkout[N].assert() function.
  • .logic: The trigger.tsplinkout[N].logic attribute.
  • .pulsewidth: The trigger.tsplinkout[N].pulsewidth attribute.
  • .release(): The trigger.tsplinkout[N].release() function.
  • .stimulus: The trigger.tsplinkout[N].stimulus attribute.

logic property writable 

logic: str

Access the trigger.tsplinkout[N].logic attribute.

Description
  • This attribute defines the trigger output with output logic for a trigger line.
Usage
  • Accessing this property will send the print(trigger.tsplinkout[N].logic) query.
  • Setting this property to a value will send the trigger.tsplinkout[N].logic = value command.
TSP Syntax 
- trigger.tsplinkout[N].logic = value
- print(trigger.tsplinkout[N].logic)
Info
  • N, the trigger line (1 to 3).
Raises:

pulsewidth property writable 

pulsewidth: str

Access the trigger.tsplinkout[N].pulsewidth attribute.

Description
  • This attribute sets the length of time that the trigger line is asserted for output triggers.
Usage
  • Accessing this property will send the print(trigger.tsplinkout[N].pulsewidth) query.
  • Setting this property to a value will send the trigger.tsplinkout[N].pulsewidth = value command.
TSP Syntax 
- trigger.tsplinkout[N].pulsewidth = value
- print(trigger.tsplinkout[N].pulsewidth)
Info
  • width, the pulse width (0.0 to 100 ks).
  • N, the trigger line (1 to 3).
Raises:

stimulus property writable 

stimulus: str

Access the trigger.tsplinkout[N].stimulus attribute.

Description
  • This attribute specifies the event that causes the synchronization line to assert a trigger.
Usage
  • Accessing this property will send the print(trigger.tsplinkout[N].stimulus) query.
  • Setting this property to a value will send the trigger.tsplinkout[N].stimulus = value command.
TSP Syntax 
- trigger.tsplinkout[N].stimulus = value
- print(trigger.tsplinkout[N].stimulus)
Info
  • N, the trigger line (1 to 3).
Raises:

assert_ 

assert_() -> None

Run the trigger.tsplinkout[N].assert() function.

Description
  • This function simulates the occurrence of the trigger and generates the corresponding trigger event.
TSP Syntax 
- trigger.tsplinkout[N].assert()
Info
  • N, the trigger line (1 to 3).
Raises:

release 

release() -> None

Run the trigger.tsplinkout[N].release() function.

Description
  • This function releases a latched trigger on the given TSP-Link trigger line.
TSP Syntax 
- trigger.tsplinkout[N].release()
Info
  • N, the trigger line (1 to 3).
Raises: