...what?MaliceX wrote:That'd be the correct term it seems, in this case the graph would literally do that at a selected frequency, and at different levels. For that to be done, would involve far too many algorithmic sequences, and in the end wouldn't sound good at all anyway. :P93143 wrote:Add another dimension and you could represent a distortion...
I'm talking about 1D functions (linear transfer functions) versus 2D functions (amplitude-related frequency response, which is the sort of thing people were hauling out to justify that goofy graph) versus 3D functions (possibility of frequencies showing up in output that weren't in input). Just extend the graph into the page along another frequency axis, and you'll see what I mean. Of course, the third axis doesn't have to be frequency, but it could be. That's all I'm saying.
Maybe I'm taking this too seriously. I'll go work on my NSERC application...
