If you have a Pro Audio or Pro Bundle license, you can adjust the routing to suit your needs by clicking the Edit Patch buttons. By default, these are routed on a one-to-one basis cue output 1 routes to device output 1, cue output 2 to device output 2, and so on. Instead, they use one of eight output patches, which are eight more individual matrix mixers that bridge the connection from cue output to actual physical outputs.Įach Audio, Mic, or Video cue can be assigned to one Audio Patch, and each Audio Patch contains a matrix mixer in which incoming audio from the cues’ cue outputs are the rows, and actual outputs of the assigned audio device are the columns. Cue Outputs and Device OutputsĬue outputs do not connect directly to the headphone jack or plugs on your audio interface. The grid of cells within the matrix, labeled crosspoints, are the crosspoint level controls for each input/output connection. The top-left cell of the matrix, labeled master and accompanied by a vertical slider control, is the master output level of the entire cue. The top-most cell of each column, which is accompanied by a vertical slider control, is the level control for that cue output. The left-most cell of each row, labeled inputs, is the level control for that input. The columns represent cue outputs, which are like busses on a mixer. In QLab, every cue that can deal with audio (that’s the Audio cue, the Mic cue, the Video cue, and the Fade cue) has its own matrix mixer in which the rows represent either channels in the audio file, channels of audio embedded in a video file, or live inputs on an audio device. There are no “main” outputs, no fixed-send busses, and no limitations on which inputs can go to which outputs. What makes it a matrix mixer is that every input can route into every output with just such a volume knob. If you imagine that each crosspoint is actually a volume knob which allows you to set the level of the input as it flows into the output, like an auxiliary send knob, then what you have is a matrix mixer. The point at which each row intersects with each column is referred to as a crosspoint. The rows represent inputs to the mixer, and the columns represent outputs from the mixer.
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