![\"Bass\"](\"https:\/\/www.idealnoise.com\/wp-content\/uploads\/2017\/04\/screenshot.1-1.jpg\")
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Does sound control sound? Masking effect<\/p>\n
![\"BASS\"](\"https:\/\/i.ytimg.com\/vi\/_bFNlbQrYmI\/maxresdefault.jpg\")
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In a lively restaurant, the voices around you can be loud and the conversation can be difficult to hear.
\nThis phenomenon of making another sound difficult to hear is called “masking.”
\nThe closer the frequency of the sound you want to hear and the frequency of the disturbing sound, the greater the masking effect, that is, the more difficult it is to hear.
\nAlso, the effect of masking low tones, albeit slightly, is greater than the effect of masking high tones to low tones.
\nEven in audio, if you suppress the bass, you may hear the midrange and high-pitched sounds that you couldn’t hear before.
\nOpera singers who sing with the orchestra in the background and voices leading metal bands must have the power to overcome this masking.<\/p>\n
Cocktail effect to select and listen to the sound you want to hear
\nCocktail effect image
\nAlong with masking, I would like to refer to the “cocktail effect”, which is the mechanism of the human body that works against masking.
\nEven if the environment is a bit noisy, humans have the ability to selectively hear the sounds they want to hear.
\nFor example, voices of the opposite sex that are a cause for concern at parties can be heard well, and classical and violin solos can be heard well even with small sounds because we are unknowingly concentrating on listening.
\nThe pattern that is easy to distinguish in the cocktail effect is when the sound you want to hear and the disturbing sound come from different directions, or when the sound you want to hear and the disturbing sound change the patterns differently.
\nHuman hearing can make the sound you want to hear emerge from the background sound and you hear it emotionally.<\/p>\n
Sound method
\nThe human ear has the ability to know where sound is coming from.
\nMost animals have two ears, but the delicate time difference and intensity at which sound is transmitted from one side to the other determines where the sound is transmitted.
\nIn other words, when the sound comes from the direction in which it comes first and the direction in which the sound is loud, a slight difference is detected.
\nBy the way, it seems that the sound that is transmitted from the right and the left is even positioned in front of and behind you and the sound that you hear often changes depending on the range.<\/p>\n
Additionally, the way visuals are heard will also be affected by sound.
\nWhen the main character is speaking in a movie, the illusion is that the actual sound is coming from the side speaker but can be heard from the front.<\/p>\n
An audio experience that takes advantage of the treble, midrange and bass characteristics!
\nEven beginners can easily compare the midrange.
\nThe vocal singing voice is generally in the mid-range 300 to 3000Hz, which is a range that is easy for humans to hear, and it is a rich range that plays a central role in music. It is easy to understand how the speaker expresses
\nthis mid-range listening to the vocal standard.
\nIf the soprano’s voice can be heard softly, the thickness of the tenor, if there are strange habits or distortions, or the human senses are ambiguous, it is a way of listening and comparing by holding down the dots and attaching listening notes.
\nThe reproducibility of mid-range voices is an important part where you can feel what the audio ensemble is looking for, be it a warm tone or a clear and transparent tone.
\nIf you like classical music, pay attention to how you listen to the violin and piano.
\nThe violin has a smooth sound and the piano has a tapping sound.
\nWhether these two sounds are natural or harmonious is a characteristic of the speaker.<\/p>\n","protected":false},"excerpt":{"rendered":"