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- #MULTIPLE AUDIO OUTPUT WINDOWS 8 HOW TO#
- #MULTIPLE AUDIO OUTPUT WINDOWS 8 DRIVER#
- #MULTIPLE AUDIO OUTPUT WINDOWS 8 PATCH#
- #MULTIPLE AUDIO OUTPUT WINDOWS 8 WINDOWS 8.1#
The adstatus object can be used inside of your MSP patches so that you can set and restore audio parameters specifically for certain patches. Every parameter shown in the Audio Status window is a menu or checkbox hooked up to an instance of the adstatus object.
#MULTIPLE AUDIO OUTPUT WINDOWS 8 PATCH#
Technical Detail: The Audio Status window is in fact a Max patch (called Audio Status, in the interfaces folder inside the Resources folder). Since all of these options can beĬhanged from within your patch, the Audio Status window serves as a monitor
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The parameters of the audio input and output in MSP. The Audio Status window is arranged as a group of menus and checkboxes that set all of Alternately, you can choose Audio Status. To open theĪudio Status window, just double-click on any dac~ or adc~ object in a
#MULTIPLE AUDIO OUTPUT WINDOWS 8 HOW TO#
Later in thisĬhapter we will discuss aspects of specific audio drivers that are available to you in MSP.įirst we'll discuss the Audio Status window and how to use it to get information about yourĪudio hardware and set parameters for how MSP handles audio input and output.Īll global audio parameters in MSP are displayed in the Audio Status window. We will begin with a discussion of audio input/output in MSP in general. These object files must be in thisįolder (which stands for audio driver), otherwise MSP will be Resources/Externals folder inside the Max application folder.
#MULTIPLE AUDIO OUTPUT WINDOWS 8 DRIVER#
MSP audio driver objects are located in the ad folder located in the
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The limit of how much processing you can do with your CPU in real time. Also, a non real-time driverĪllows you to use MSP as a disk-based audio processing and synthesis system, removing Some of these driversįacilitate the use of MSP with third- party audio hardware. Each of these methods involves using what we call aĭriver, which is actually a special type of Max object. In addition to Core Audio or MME on Windows, there are a number of other ways to getĪudio into and out of Max. If you don't have any special audio hardware and have no need for inter-Īpplication audio routing, the default driver on your system will give you stereo full-ĭuplex audio I/O with no special configuration on your part. The top setting in Windows 8 was 150 percent.MSP interfaces with your computer's audio hardware via the dac~ andĪdc~ objects and their easy-to-use equivalents ezdac~ andĮzadc~.
#MULTIPLE AUDIO OUTPUT WINDOWS 8 WINDOWS 8.1#
You can turn this feature on by unchecking the box next to “Let me choose one scaling level for all my displays.” If you decide disable individual scaling by leaving this setting checked, Windows 8.1 gives you a higher maximum setting of 200 percent. The operating system then interprets this for each monitor, selecting a unique percentage value tailored to that display.
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Opening the display settings in the Control Panel (click Appearance and Personalization, then Display) displays a window where users can select “Smaller” or “Larger” instead of a percentage value. The Windows 8.1 now offers an advance in this direction. What was needed was a setting that could adjust each screen’s scaling individually to an appropriate size. Setting a scaling value that made things look good on one screen caused them to shrink or grow on other screens, so that the sizes were still different. Windows 8 lets you make items look bigger on all displays by setting a percentage called “scaling.” This worked great for increasing text size for easier viewing when all the monitors were similar in size and resolution, but did not solve the problem of varying sizes when mixing an ultra-high resolution screen with an ordinary one-a scenario that is becoming more common as prices on ultra-high resolutions continue to fall.