Matrices: Difference between revisions

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[[file:Matrices.png]]
[[file:Matrices.png]]
*Because output is 2.0, there are only two values (FL and FR) on the left side of the matrix.
*On the left side there are two values (FL and FR) because output is 2.0.
*Because input is 5.1, there are six values (FL, FR, C, LFE, RL, RR) on the right side of the matrix.
*On the right side there are six values (FL, FR, C, LFE, RL, RR) because input is 5.1.
*In this example FL output will be created using FL and LFE from the input. All other channels will be discarded.
*In this example FL output will be created using FL and LFE from the input. All other channels will be discarded.
*In this example FR output will be created using FR and LFE from the input. All other channels will be discarded.
*In this example FR output will be created using FR and LFE from the input. All other channels will be discarded.

Revision as of 15:14, 14 August 2015

Matrices can be used to change order of channels in the output file or to include/exclude one or more channels from the output file.

Here's the example matrix used to map 5.1 audio to 2.0.

  • On the left side there are two values (FL and FR) because output is 2.0.
  • On the right side there are six values (FL, FR, C, LFE, RL, RR) because input is 5.1.
  • In this example FL output will be created using FL and LFE from the input. All other channels will be discarded.
  • In this example FR output will be created using FR and LFE from the input. All other channels will be discarded.
  • You can also use decimal values like 0.2, 0.7 instead of 1 or 0.


FR Front Right
FL Front Left
LFE Low Frequency Effects
RL Rear Left
RR Rear Right