Examples
Report elapsed time, at regular intervals
| Name | Type | Opt | Description |
|---|---|---|---|
| time-interval | OBJARG_TYPE | The first argument sets an initial value for the time interval at which clocker sends out its output. If there is no argument, the initial time interval is set to 5 milliseconds. |
| bang | In left inlet: Starts the clocker object. If the clocker object is not running, a message will start the count. If the clocker object is running, a message will reset the count. | |
| int | non-zero-to-start [int] | In left inlet: Any non-zero number starts the clocker object. The time elapsed since clocker was started is sent out the outlet at regular intervals. 0 stops the clocker object. If clocker is already running when it receives a non-zero number, it continues reporting the elapsed time at regular intervals from that new point, but without resetting the clock time to 0. |
| float | non-zero-to-start [float] | In left inlet: Any non-zero number starts the clocker object. The time elapsed since clocker was started is sent out the outlet at regular intervals. 0 stope the clocker object. If clocker is already running when it receives a non-zero number, it continues reporting the elapsed time at regular intervals from that new point, but without resetting the clock time to 0. The clocker object’s minimum interval time is 0.02 second. |
| list | input [list] | In right inlet: A list may be used to specify time in one of the Max time formats. |
| anything | interval [list] | Same as . |
| clock | setclock object name [symbol] | The word , followed by the name of an existing object, sets the clocker object to be controlled by that object rather than by Max’s internal millisecond clock. The word by itself sets the clocker object back to using Max’s regular millisecond clock. |
| stop | In left inlet: Stops the clocker object. | |
| reset | In left inlet: Resets the elapsed time to 0 without stopping or restarting the clock; clocker continues to report the new elapsed time at the same regular interval. This message is meaningless when the clocker is not running, since it always resets to 0 anyway when stopped. |
| Name | Type | g/s | Description |
|---|---|---|---|
| active | int | Turns the clocker object on and off. | |
| autostart | int | If turned on (non-zero) the clocker object will begin running automatically at the time specified with the autostarttime attribute. | |
| autostarttime | atom | If the autostart attribute is enabled (non-zero) the clocker object will begin running automatically at the time specified with the this attribute. The autostart operates as a timepoint object that is internal to the clocker object. | |
| defer | float | Turn this on to send output in the low-priority queue. | |
| interval | atom | Sets the The time interval at which the clocker object sends out a . Time can be specified in any of the time formats used in Max. | |
| quantize | atom | Send output only on the specified time-boundary if appropriate. This is achieved by making internal adjustments to the times used for sending output. The quantization can be specified in the following time formats: bars.beats.units, ticks or note values. | |
| transport | symbol | This attribute names a master time transport. If the time is specified using a 'relative' unit (for example: ticks, bars.beats.units, or notevalues), then the named transport is used to determine delay times based on tempo, time-signature, and other related information. |
| Name | Description |
|---|---|
| counter | Count the messages received, output the count |
| cpuclock | Precise "real-world" time measurements |
| delay | Delay a before passing it on |
| setclock | Control the clock speed of timing objects remotely |
| tempo | Output numbers at a metronomic tempo |
| transport | control a master clock and report time values. |
| uzi | Send a specific number of messages |