Examples
DSP
| advancedstatus | TEXT_HERE | |
| debug | ARG_NAME [int] | The word , followed by a zero or one, turns debugging on (1) or off (0). |
| driver | ARG_NAME [list] | The message to dsp is a way to send messages specific to a particular audio driver. For documentation of any driver-specific messages, consult the documentation for the audio driver. |
| cpulimit | ARG_NAME [int] | The word , followed by a number in the range 0-100, sets a utilization limit for the CPU. Above this limit, MSP will not process audio vectors until the utilization comes back down, causing a click. If the cpu limit is set to either 0 or 100, there will be no limit checking done. |
| driversetup | ARG_NAME [] | Opens the Audio Driver Setup window |
| iomap | ARG_NAME [] | Opens the I/O Mapping window. |
| iovs | ARG_NAME [int] | The word , followed by a number that is a power of 2, sets the I/O vector size. |
| inremap | ARG_NAME [int]ARG_NAME [int] | The word , followed by two numbers that specify a physical device input channel number and a logical input channel number, maps the physical device to the logical input channel. |
| open | The word opens the DSP Status window. | |
| optimize | ARG_NAME [int] | (Macintosh only) Toggles optimization. On the Macintosh, this is used to control the use of Altivec (G4 processor) optimizations. |
| override | ARG_NAME [list] | Toggles override mode. When override mode is enabled, any change to the setting is not saved in the MSP Preferences file. The message turns override mode off. By default, override is off for all settings. However, some settings are specific to audio drivers and may not be saved by the driver. |
| outremap | ARG_NAME [int]ARG_NAME [int] | The word , followed by two numbers that specify a logical device output channel number and a physical output channel number, maps the logical device to the physical output channel. |
| set | ARG_NAME [int] | The word , followed by a zero or one, turns the audio on (1) or off (0). It is equivalent to clicking on a ezadc~ or ezdac~ object. |
| setdriver | ARG_NAME [list] | The word , followed by a number, sets a new audio driver is chosen based on its index into the currently generated menu of drivers created by the adstatus driver object. If the word is followed by a symbol that names a valid driver, the new driver is selected by name. An additional symbol argument may be used to specify a "subdriver" (e.g., ASIO drivers use ASIO as the name of the driver and PCI-324 as a subdriver name that specifies a specific device). |
| sigvs | ARG_NAME [int] | The word , followed by a number that is a power of 2, sets the I/O signal vector size. |
| sr | ARG_NAME [int] | The word , followed by a number, sets a new sampling rate In Hertz. |
| start | ARG_NAME [int] | The word turns the audio on. |
| status | The word opens the DSP Status window. | |
| stop | The word turns the audio off. | |
| takeover | ARG_NAME [int] | The word , followed by a zero or one, turns Scheduler in Audio Interrupt mode on (1) or off (0). It is equivalent to clicking on the Scheduler in Overdrive checkbox in the DSP Status window. |
| timecode | ARG_NAME [int] | The word followed by a zero or one, starts (1) or stops (0) timecode reading by any audio drivers that support the feature (ASIO 2). |
| wclose | The word closes the DSP Status window. |
| Name | Type | g/s | Description |
|---|---|---|---|
| attr_cpu | float | (get) | Displays a rough estimate of how much of your computer's CPU is being allocated for processing audio in MSP. |
| attr_cpulimit | float | Sets a limit (expressed in terms of a percentage of your computer's CPU) to how much signal processing MSP is allowed to do. MSP will not go above the set CPU limit for a sustained period, allowing your computer to perform other tasks without MSP locking them out. The trade-off, however, is that you'll hear clicks in the audio output when the CPU goes over the specified limit. Setting this value to either ‘0’ or ‘100’ will disable CPU limiting. | |
| attr_drivername | int | This pop-up menu lets you view and select the audio driver for MSP. You can find more specific information about Macintosh audio drivers here, and more information about Windows audio drivers here. Only one audio driver can be selected at any given time. MSP saves the settings for each audio driver separately and will recall the last used audio driver when you restart Max. | |
| attr_dspstate | int | Toggles turning the DSP on or off | |
| attr_funcalls | int | (get) | Displays an approximate count of how many calculations are being required for each sample of audio. |
| attr_inchan1 | int | The pop-up menu is used to map the first logical input channel of I/O in MSP (i.e. the first outlet of the adc~ object) to physical channels used by your audio driver. | |
| attr_inchan2 | int | The pop-up menu is used to map the second logical input channel of I/O in MSP (i.e. the second outlet of the adc~ object) to physical channels used by your audio driver. The contents of the pop-up menu will vary according to the audio driver you are using. | |
| attr_iovs | int | Sets the number of audio samples samples that are transferred from the audio interface at one time when MSP is doing its calculations. This number is always set to a power of 2. | |
| attr_numinputs | int | (get) | This value displays the number of available input channels. |
| attr_numoutputs | int | (get) | This value displays the number of available input channels. |
| attr_optimize | int | (Macintosh only) Toggles whether to select vector optimization in MSP when computing audio on processors that support it. Vector optimization allows four samples to be processed within the space of a single instruction. However, not all audio signal processing algorithms can be optimized in this way (e.g., recursive filter algorithms). Leaving this option on when using MSP will enhance CPU utilization and performance, although the exact performance gain depends on the algorithm you are using and the number of MSP objects that implement it that have been vector optimized. | |
| attr_outchan1 | int | The pop-up menu is used to map the first logical output channel of I/O in MSP (i.e. the first inlet of the dac~ object) to physical channels used by your audio driver. The contents of the pop-up menu will vary according to the audio driver you are using. | |
| attr_outchan2 | int | The pop-up menu is used to map the second logical output channel of I/O in MSP (i.e. the second inlet of the dac~ object) to physical channels used by your audio driver. The contents of the pop-up menu will vary according to the audio driver you are using. | |
| attr_overdrive | int | Toggles running Max in Overdrive. When Overdrive is enabled, Max gives priority to timing and MIDI processing over screen drawing and user interface tasks such as responding to mouse clicks. If you are primarily going to be using Max for MIDI or audio processing, Overdrive should be enabled. If you are primarily going to be using Jitter, Overdrive should be disabled. | |
| attr_siai | int | Toggles running the Max Scheduler in Audio Interrupt when Overdrive is enabled. This feature runs the Max event scheduler immediately before processing a signal vector’s worth of audio. Enabling Sched-uler in Audio Interrupt can greatly improve the timing of audio events that are triggered from control processes or external MIDI input. | |
| attr_sigsused | int | (get) | Displays the number of internal buffers that were needed by MSP to connect the signal objects used in the current signal network. This field will update update whenever you change the number of audio objects or how they are patched together. |
| attr_sr | int | The pop-up menu is used to set the audio sampling rate. For full-range audio, the recommended sampling rate is 44.1 kHz. Using a lower rate will reduce the number of samples that MSP has to calculate, thus lightening your computer’s burden, but it will also reduce the frequency range. | |
| attr_vs | int | Sets the number of audio samples samples that are transferred to the audio interface at one time when MSP is running. This number is always set to a power of 2, and can be less than or equal to the I/O Vector Size, but not more. If the Signal Vector Size is less than the I/O Vector Size, MSP calculates two or more signal vectors in succession for each I/O vector that needs to be calculated. |
| Name | Description |
|---|