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Given we have the Web Audio API and getUserMedia, I wondered if I could make a passable guitar tuner. Looks like I can, and in the process I learned way more stuff about audio than I care to mention. Cool stuff, though! I thought I'd do a breakdown of what went into building it.

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If you're not a guitarist, or you don't have a guitar to hand, you can always check out the video below where I show it in use. Unfortunately it does involve seeing me play the guitar, for which I can only apologise, but hopefully I at least get points for trying.

Since a piano has a high degree of inharmonicity, the frequency of the 2nd harmonic of the C4 will usually be more than twice frequency of the 1st harmonic. In musical terms it will be sharp compared to what it should be in a perfect harmonic series. This means that the C5 that is being tuned must also be sharp, or it will cause beating. If there is too much beating in the tuning of a piano it will sound muddy and inarticulate. Furthermore, that means that the C5 on a piano will most likely be tuned sharper than the C5 on a guitar, because that will help the piano sound more in tune with itself.

So, all things considered, a guitar tuner is a poor substitute for the tuning you would get from an experienced technician. A well-crafted piano tuning app will give you the measurements for a good tuning, which is a good start, but tuning a piano well also requires a certain skill set that can take years to cultivate.

You can tune your guitar with a microphone or by ear. Tuning the guitar automatically with a microphone is much easier, faster, and is our recommended option. However, tuning your instrument by ear will improve your musical ear in the long term, and can be a valuable skill to learn for the moments when you are not online.

To tune your guitar automatically:

Ok I'm a college student and I have been give an assignment in an honors class to build a program using sound waves. The assignment is pretty mush open to anything, I though what better thing to do then a guitar tuner!! ( because I play guitar). Then I started messing around with labview realized ' wow this might not be doable'. So my question is this : I have a computer with labeview 8 and a external mic, can I use this mic to pickup sound frequencies and throw them into labview? With that, create a program that can display the frequency ( as a number and in a graph). I guess I would have to program the exact freq for each string and when it meets that freq a light flash. And do this 6 times for each string? IM just getting frustrated because there are so many functions and it is very unclear what most of them do. So any help would be AMAZING!!! Thanks!

Well, to be honest, these things hardly ever give trouble. If one seems to be difficult to turn, try removing strings and taking the tuner off the headstock to see if it's catching up on something external.

We'll use a syringe or a pipette to inject naphtha through that hole in the case. Before we start, though, I saw Dan Erlewine give a great tip on this job. Gently heat the tuner first. Dan used the oil radiator in his workshop and left the tuner sit on it for a few minutes. Obviously, with plastic buttons, you don't want this thing getting really hot but, a little heat will begin to soften any grease that's inside the tuner, making it that much easier to get out.

Start squirting the naphtha in. Be careful as it may squirt back at you (remember those glasses). If the gods of tuner gunk are on your side, you'll start to flush out some diluted grease and dirt. Keep at it, trying to turn the tuner as you go. All going well, it should start to free itself as you clean.

If you're not having much luck, it might be worth giving it a soak. Submerge the tuner case in a container of naphtha and leave it for a day. Try the injection flush again and you should have more luck.

Once your tuner has been flushed clean and is turning more freely you can consider lubrication (wait for it to dry off first). You can just go with a little Tri-Flow here. A drop through the hole onto the worm gear will spread to the pinion after a few turns of the button. A single drop at the post 'bearing'/mounting points is awkward with the case but not impossible.

First off, remember how I said that the covered tuners rarely give problems. Well, problems with these modern tuners are even more rare. And, depending on how modern they are, if they're acting up, there's a good argument for just replacing them.

If you unscrew the tuner button you can (maybe, possibly) work some Tri-Flow down from the top of the shaft, into the internals. Sometimes, with the tuner button off, you can turn the post to work it out the bottom (see above) and apply some lube here before reinserting. You might have some success with these these solutions but neither is a great option.

I'm making a guitar tuner for iOS with Objective-C.Due to the fact I'm Beginner I'm struggling a bit to gather all the resources and information about it. I know the theory like ( correct me if I'm wrong ) :-

while searching on stack and google I found people are talking a lot about AurioTouch example soo I take a look at the example but however I'm not able to figure out what is exactly going on under the hood because the code is mostly return with C++ and pointer that I can't understand at least for now. I also found the EZAudio example ,and that was a great one seems to be working fine but according to my research the fundamental frequency of the guitar are measured as:-

Hello everyone, I'm am currently trying to make a acoustic guitar tuner as a project and I am running into some problems. Currently using a Arduino Uno, swapping between two sound sensors to check if there is any difference and a lCD display with I2C which i will remove for simplicity for now. These are my sound sensors:first one is and second one.

Please read HERE for an useful Instructable sample code and wiring (even if it doesn't use your exact sensor and the project is for an electric (or electrified) guitar, the concepts are the same and that article contains some useful information).

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I'm in the process of learning to read music and play guitar. I have a book telling me if I play my second string open that it makes a B. Can anyone explain to me why it shows as a G on my tuner? And as I learn the second string all of the notes are wrong on the tuner??

The most obvious reason is that your 2nd string is actually tuned to G. That needs putting right. When your tuner is showing B for that string, then the other notes you play when fretting will show correctly on your tuner - assuming it's capable of showing all notes and not just the 6 open guitar strings. I hope it's tuned to a low G, 'cos it could just be tuned an octave higher, and will be rather tight. Check your G string is correct, press it on the 4th fret, look at your tuner. It ought to read B, exactly the same note as your B string open.

Most electronic tuners will display the note closest to the frequency being detected when you pluck a string on your guitar. So if your second string (which is the next to thinnest string on a six string guitar) is tuned closer to G than B, your tuner will display G.

It's important to tune each string to the correct octave of the pitch it is supposed to be tuned to. In other words, if you attempted to tune a string one octave higher than normal, it would likely either break or in the case of your heavier strings, place a potentially dangerous amount of stress on your guitars neck. 0852c4b9a8

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