![]() ) between channels or CHOPs, use the Logic CHOP. More conveniently you can use the Range page to do linear scaling as well by setting an output low-high range for a certain input low-high range.įinally, you can round the resulting values off to an integer. ![]() Then using the Mult-Add page it can offset and scale the values of each sample. You can then post-operate on the resulting samples - negate, square root, etc. (otherwise channels of multi-inputs are just merged) ![]() Using Combine CHOPs, where there are two or more CHOP inputs, you can multiply (or add, etc.) the channels in one CHOP with the channels in all the other CHOPs, reducing N CHOPs to 1. You can combine them by multiplying, adding, finding the maximum, etc. Using Combine Channels, for an input CHOP with multi-channels, you can multiply the samples of one channel by the samples in the other channels, reducing N channels down to one. The OP page lets you pre-operate on each sample, like making all samples positive or taking the square of each sample. The channels of a CHOP can be combined into one channel, and several CHOPs can be combined into one CHOP. ![]() The Math CHOP performs arithmetic operations on channels.
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