Squeaky Sound Effect Download
Shanae Maerz
Hello, would anyone have any links to tutorials for Serum door squeaking sound effect? I want to explore a range of sounds similar to that and modify it in my own own way. (not use existing sounds) Anyone here has any idea about how to do that?
Out of the two chapters I just rerecorded, the first was absolutely fine, which was what led me to believe it was my popfilter, which is still eating dirt on the floor right now. But the second, had the clarinet sounds scattered throughout again.
Make a 10 minute recording of nothing. Room Tone. You go make tea. Anything there?
Now make a recording where you present major sound groups. A couple of seconds of sssssss. several of shshshshshsh. MMMMMMM, ooooooooooo. etc. My problem seemed to get excited during sibilants in my delivery. I never went back to track it down.
If that was the case, the problem is occurring continuously, but only becomes conspicuous when loud high-frequency sound occurs. ( 1/10th of 200Hz is 20Hz which is inaudible , 1/10th of 7000Hz is 700Hz which is audible ).
Acoustical analysis indicates that sounds generated as the rims of ellipses rotate against a fixed contactor vary regularly with ellipse shapes (defined by minor-to-major axis length ratios), potentially supporting human ability to differentiate and scale the shapes. In four experiments, we documented human ability to do so. Experiment 1 demonstrated reliable and ordinally correct shape judgments. Experiment 2 showed equivalent judgments over rotation speeds (10, 15, 20 rpm), suggesting reliance on relational information in the acoustic signal. Experiment 3 (using scalar judgments) and Experiment 4 (using multiple-choice judgments) tested perceptual learning effects. Some improvement occurred in both experiments, with a moderate advantage for multiple-choice judgments. Individual variability was notable across all experiments: Individual correlation magnitudes (actual vs. judged shape) ranged from .00 to > .9. Past research revealed associations of shape with impact noise; the current experiments are the first apparent demonstrations of human ability to associate planar object shape from friction-generated sound. Results are interpreted as consistent with Gibson's theory of information-based perception. (PsycINFO Database Record