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1. Event String Entry | The event string can be used as a label for a specific event. You can enter any text you wish (up to 128 characters) into this box. There are different modes available for event string entry that are explained below. Pressing the Enter key will immediately generate an event record and store the text entered here into the record. |
2. Post Event
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Clicking the post event button will immediately generate an event with the text in the event string box at the current timestamp. You can either click this button or just press Enter after typing the event string to generate the event.
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3. Event Options
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Launches the
Event Options Dialog
where you can modify event display and generation settings.
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4. Timestamp | The __prod_name timestamp indicating when the event occurred. |
5.
TTL Value
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If the event was created due to a TTL bit changing, then this represents the current value on a TTL port at the time the event was generated. Events generated by pressing the post event button will have this value set to 0. Events generated using the
-PostEvent
command will show the user specified value used in the command.
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6. Event ID
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An ID representing the source of this event. See
-PostEvent
for more information.
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7. Event String
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The string stored in the event record. This can be either a user defined string or an automatically generated string depending on where the event originated. Event strings can be associated with a specific TTL bit going from 0 (low) to 1 (high) by using named events.
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8.
Clear Event History Display
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Clears out all the events in the event history. This does not remove events from a recorded event file, only from the display. |
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1. Single Key Entry Enable |
When this option is unchecked, then either the Enter key must be pressed or the post event button clicked to generate an event. Single key entry allows you to immediately generate an event whenever a letter is entered into the event string box. After any key is pressed,an event record will be generated with the event string and the last letter in the event string will be highlighted. Pressing another key will change the last letter in the event string to the key you just pressed and generate a new record; highlighting the last letter again. This can be useful for generating numbered events.
Example: You wish to generate events labeled "event1", "event2", and "event3". Begin with the single key check box unchecked, so you are in normal entry mode. Type the word "event" (without the quotes)into the event string box. Open up the Event Options dialog and click the single key entry enable box to check it. Close the Event Options dialog and then click in the event string entry right after the "t" in "event." Press the "1" key. You will see an event with the label "event1" appear in the Event History. Now press "2." Immediately "event2" appears in the Event History. Finally press "3." "event3" should now be in the Event History list. Unchecking the single key entry enable will then return you to normal event entry mode. |
2. Immediate Timestamp Entry Mode | When this option is unchecked, the timestamp for the event will be taken at the time the event is posted (either by pressing Enter in the event string entry box, or clicking the post event button.) Checking the Immediate Timestamp entry mode box will take the timestamp when you first begin typing into the event string box, not when you post the event. |
3. TTL Value Format |
Changes the numeric format used to display TTL values in the event history. Changing the format will change all of the TTL values currently shown in the event history.
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4. Named TTL Event List
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List of named TTL events that are currently active. See the
-SetNamedTTLEvent
command for more information. Clicking on an item in this list will populate the edit controls with the values for the selected item.
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5. TTL Bit
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The TTL bit number associated with the named event. When this TTL bit goes high (1) on the selected digital IO device port, the text in the event string will be substituted for the default TTL event string.
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6. Digital IO Device Port
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The port of the selected digital IO device where the desired bit is located. See
digital IO ports
for more information.
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7. Digital IO Device
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The name of the
digital IO device
that will be monitored for the bit change.
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8. Event String
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The custom event string to use when the specified TTL bit goes high (1).
NOTE : Replacing the default event string means that some information about the source of the TTL value will be lost. Specifically, the name of the Digital IO device and the port number that generated the TTL |
9. Set Named TTL Event
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Associates an event string with a the TTL bit on the port of the digital IO device shown in boxes 5, 6 and 7. If a named TTL event exists that matches the bit/port/device combination, the event string of that named event will be replaced with the new event string. See the -SetNamedTTLEvent command for more information. |
10. Removed Selected Named TTL Event
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Removes the selected named TTL event from the system. The next time that bit goes high (1), it will use the default TTL event string. See the -RemoveNamedTTLEvent command for more information. |
11. Close
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Closes this dialog.
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