Config file section

Valid in machine config files NO
Valid in mode config files YES

The timers: section of your config is where configure timers that can “tick” up or down. Timers post events with each tick which you can use to update slides, etc. You can set the start and stop values of the timers, as well as how fast they tick, how much they change per tick, and other settings.

The settings structure of timers is like this:


Here’s an example timers: section from the “Money Bags” mode in Brooks ‘n Dunn which contains two timers:

        start_value: 3
        end_value: 0
        direction: down
            - action: start
              event: mode_money_bags_started
        start_value: 15
        end_value: 0
        direction: down
        tick_interval: 1.25s
            - action: start
              event: timer_mb_intro_timer_complete
            - action: add
              event: money_bags_advertise_flashing_hit
              value: 5
            - action: stop
              event: logicblock_money_bags_counter_complete

In the example above, an intro timer which runs for 3 seconds is started by the event mode_money_bags_started (which means this timer starts when the mode starts). A second timer (the “money_bags_timer”) starts when the intro timer is complete. It starts with a value of 15 and counts down to 0 (but at a count interval of 1.25 seconds so it’s a bit slower than real time. It will also get reset back to 15 each time a flashing shot is hit.

Here’s another example of timers from Demo Man’s skillshot mode:

    start_value: 3
    end_value: 0
    direction: down
    tick_interval: 1s
    - event: balldevice_playfield_ball_enter
      action: start
    start_running: false
    start_running: true
    tick_interval: 1s

The skillshot mode starts when the ball is waiting to be plunged. The timer called “mode_timer” in the example above starts when the ball enters the playfield and runs for 3 seconds. If it runs all the way down, the skill shot mode will stop (meaning the player missed the skillshot).

A second timer doesn’t have any count values associated with it, rather it just “ticks” once a second. That tick event is used to rotate the lit skillshot.


Individual timers can use the following options:



Single value, type: boolean (Yes/No or True/False). Default: False

Controls whether the various timer events (count, start, stop, complete, etc.) are sent to the MPF-MC via BCP.


List of one (or more) values, each is a type: sub-configuration containing control_events settings. Default: None

Timer control events is where you specify what happens to this timer when other events are posted.

They’re entered as a list (with dashes) under the control_events: section. All control events have an event: and action: setting. (When the “event” is posted, the “action” is taken. Some actions require an additional value: setting. For example, for the “add” action which adds time, you need to to specify how much time you want to add. But other actions, like “start” or “stop” don’t need values.

Take a look at the various types of actions you can perform on timers with control events:



Adds the time (specified in the value: setting) to the timer. If the value would be higher than the timer’s max_value: setting, then the value is set to the max value. Posts the timer_<name>_time_added event.

This action does not change the timer’s running state.

The timer is checked for done after the value has been added. (So, for example, if you have a timer that’s set to count up, and the timer finishes at 10, and the timer is currently at 6, and you add value of 5, then the timer will be complete.

Subtracts time (specified in the value: setting) from the timer. Posts the timer_<name>_time_subtracted event and checks to see if the timer is complete.
“Jumps” the timer to a specific new value (specified in the value: setting) and checks to see if the timer is complete.
Starts the timer if it’s not running. Does nothing if the timer is already running. Posts the timer_<name>_started event.
Stops the timer and posts the timer_<name>_stopped event. Removes any outstanding “pause” delays.
Changes the timers current value back to the start_value:. Nothing else is touched, so if the timer is running, it stays running, etc.
Acts as a combination of reset, then start.
Pauses the timer for a given value: time (in seconds). Note that the timer pause value is real world seconds and does not take the timers tick interval into consideration. If the pause value is 0, the timer is paused indefinitely. Posts the timer_<name>_paused event.
Sets the tick interval to a new value (specified in the value: setting).
Changes the tick interval by multiplying the current tick interval by the new one specified in the value: setting. In other words, if you want to make the tick interval 10% faster, than set this to value: 1.1. If you want to make it 50% slower, set this to value: 0.5, etc.

(added in MPF 0.33)

Resets the timer’s tick interval back to the original from the tick_interval: setting.

Here’s an example of control events in action:

      direction: down
      start_value: 10
      tick_interval: 125s
         - event: start_my_timer
           action: start
         - event: reset_my_timer
           action: reset
         - event: add_5_secs
           action: add
           value: 5

In the example above, when the event start_my_timer is posted, the timer called “my_timer” will start running. When the event add_5_secs is posted, 5 seconds will be added to whatever the current value of “my_timer” is, etc.


Single value, type: boolean (Yes/No or True/False). Default: False

If true/yes, adds additional logging information to the verbose log for this timer.


Single value, type: string. Default: up

Controls which direction this timer runs in. Options are up or down.


Single value, type: integer. Default: None

Specifies what the final value for this timer will be. When the timer value equals or exceeds this (for timers counting up), or when it equals or is lower than this (for timers counting down), the timer_<name>_complete event is posted and the timer is stopped. (If the restart_on_complete: setting is true, then the timer is also reset back to its start_value: and started again.)

Note that you can use a dynamic value for this setting.


Single value, type: integer. Default: None

The maximum value this timer can be. If you try to add value above this, the timer’s value will be reset to this value.


Single value, type: boolean (Yes/No or True/False). Default: False

Controls what should happen when this timer completes. If you have restart_on_complete: true, then this timer will reset back to the start_value and start again after it completes.


Single value, type: boolean (Yes/No or True/False). Default: False

Controls whether this timer starts running (“started”), or whether it needs to be started with one of the start control events.


Single value, type: integer. Default: 0

The initial value of the timer.

Note that you can use a dynamic value for this setting.


Single value, type: time string (ms) (Instructions for entering time strings) . Default: 1s

A time value for how fast each tick is. The default is 1 second, but quite often “pinball time” is slower than real world time, and a countdown timer will actually tick a speed that’s slower than 1 second per tick. (So in that case, you might set tick_interval: 1.25s or something like that. You can also set this really short if you want a hurry up, maybe every 100ms removed 77,000 worth of points or something.

Also note that you can use dynamic values here if you want to do math or use settings to make this configurable.