Until recently, I didn't have a high opinion of the microphone as an input for pitches in EarMaster. I thought the recognition algorithm was defective, since I would have to sing LONG tones and the needle on the tuner would wag around wildly.
The problem was that I couldn't hold a steady tone with my voice.
Lately I've improved that, and I've realized that the microphone input for tones might be one of EarMaster's finest features. That's saying a lot, because I think EarMaster is a great piece of software.
What I am suggesting is that when the exercises get hard, stop being a passive listener and produce some tones yourself. If chord recognition is hard, sing those tones into the microphone. You may find that you aren't singing the right notes, which suggests that you aren't hearing them correctly.
The interval singing module is great, too, though there isn't a tutor for it.
Is anyone else getting mileage from singing the inputs?
What to do when the exercises get hard
Moderator: Quentin
Higher pitches are easier to detect for tuners and software pitch detectors because the movements of the sound wave are much faster over the same period of time than those of a low pitch, which means that the calculation of the pitch average over a same timeframe can be made with much more data when higher pitches are involved. The pitch detection of higher pitches is therefore easier, faster, and more accurate than that of lower pitches, especially if the lower pitches are sung slightly inaccurately and/or with vibrato.
- Because in Music, We're All Ears... -
I'm thinking EM could do better at this. My Korg CA-30 tuner has NO problem with low pitches. SmartMusic certainly does a good job of pitch recognition on even very short notes.
I was singing some low (for me) notes for EM this morning -- C and B below middle C -- and the tuner was indeed jumping around a lot. I also tested with a no-vibrato synthesized tone. I'd think some simple windowing/filtering/averaging could improve the tuner's performance.
I was singing some low (for me) notes for EM this morning -- C and B below middle C -- and the tuner was indeed jumping around a lot. I also tested with a no-vibrato synthesized tone. I'd think some simple windowing/filtering/averaging could improve the tuner's performance.
Hi,
Have you tried to calibrate the microphone while singing low tones? There are several settings that might help to a very large extent (sensitivity, algorithm used, etc.). To calibrate your microphonne, simply go through the Mic Tuning Wizard from the TOOLS menu.
Have you tried to calibrate the microphone while singing low tones? There are several settings that might help to a very large extent (sensitivity, algorithm used, etc.). To calibrate your microphonne, simply go through the Mic Tuning Wizard from the TOOLS menu.
- Because in Music, We're All Ears... -
Following up on the microphone issue.
For the microphone I usually use, both even and odd harmonics works the best. Low notes are jumpier. If I try just even harmonics, the tone is identified one octave higher than correct.
I took a different microphone on travel with me -- a condenser type I think, rather than the dynamic mic I usually use. It's a disaster. The two options with odd harmonics both lead to the tone jumping all over the place. The even harmonics option leads to identification one octave higher than the sung note. I wound up holding the microphone to my throat using even+odd to get correct identification.
For the microphone I usually use, both even and odd harmonics works the best. Low notes are jumpier. If I try just even harmonics, the tone is identified one octave higher than correct.
I took a different microphone on travel with me -- a condenser type I think, rather than the dynamic mic I usually use. It's a disaster. The two options with odd harmonics both lead to the tone jumping all over the place. The even harmonics option leads to identification one octave higher than the sung note. I wound up holding the microphone to my throat using even+odd to get correct identification.