Here's one I'd like to see if it's possible:
In spectrum analyzer, have it adjustable in terms of which frequencies you see in the scope - that is, you limit the sampling to specific areas, so that you can see those areas more closely. For example, if I want to figure out the number of generations of an audiotape, I might just care about the range of 50-70 Hz.
I don't know if that's too complicated, but if it were possible to tell the spectrum analyzer a lower and upper bound to analyze, it seems like it would cut down on the work it has to do. You get some of that by adjusting the resolution, but this would be more of a fine-tuning.
I find I can't get the spectrum analyzer to work on the output of any of the filters if I'm trying to get very fine resolution. I have to lower the quality to avoid having the computer freeze. This is with a P4 with 2gig Ram. At first I thought it was because I was using 24-bit files, but I switched to 16-bit and got the same thing until I reduced the resolution I was asking for.
In spectrum analyzer, have it adjustable in terms of which frequencies you see in the scope - that is, you limit the sampling to specific areas, so that you can see those areas more closely. For example, if I want to figure out the number of generations of an audiotape, I might just care about the range of 50-70 Hz.
I don't know if that's too complicated, but if it were possible to tell the spectrum analyzer a lower and upper bound to analyze, it seems like it would cut down on the work it has to do. You get some of that by adjusting the resolution, but this would be more of a fine-tuning.
I find I can't get the spectrum analyzer to work on the output of any of the filters if I'm trying to get very fine resolution. I have to lower the quality to avoid having the computer freeze. This is with a P4 with 2gig Ram. At first I thought it was because I was using 24-bit files, but I switched to 16-bit and got the same thing until I reduced the resolution I was asking for.
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