bro needs to be demodded

i've gassed up gnr, sabbath and van halen

try fent

I want to learn what oscillators do

That's what adds the beep to the boop

@ryder is this correct

People
Be just moving them shapes and stuff and there’s no way they’re moving then purposefully

Hey hey hey

I make sounds and stuff but

@RVI

Really Vicious Investor

Audio oscillators are fundamental tools in sound generation and audio engineering. Here's a breakdown of what they do:
Core Function:
Generating Waveforms:
At their most basic, audio oscillators produce repeating electrical signals, or waveforms, within the audible frequency range (typically 20 Hz to 20 kHz). These waveforms, when sent to a speaker, create sound.
Essentially, they convert direct current (DC) into alternating current (AC) in a controlled, cyclical way.
Key Aspects:
Waveform Types:
Oscillators can generate various waveform shapes, each with a distinct sonic character:
Sine wave: A smooth, pure tone.
Square wave: A sharp, buzzy tone.
Sawtooth wave: A bright, harmonically rich tone.
Triangle wave: A mellow, flute-like tone.
Frequency Control:
A crucial aspect of oscillators is the ability to control the frequency of the generated waveform. This determines the pitch of the sound.
In synthesizers, voltage-controlled oscillators (VCOs) are common, where the frequency is controlled by an input voltage.
Applications:
Music Production:
They are the core sound source in synthesizers, used to create a wide range of tones and textures.
They are also used for generating test tones for audio equipment calibration.
Audio Engineering:
Used for testing and calibrating audio equipment like amplifiers, speakers, and mixers.
They can also be used for signal generation in audio a***ysis.
Electronic testing:
Audio oscillators are used to create signals for testing electronic circuits.
In essence, audio oscillators are the building blocks of many sounds we hear, from musical instruments to test signals.

How do I know which way to move it to get what I want if I don’t know what I want but I want the end product to sound good

I made these sounds

vocaroo.com/13gOMhW6TZA0

do you guys think im a terrible rapper

That's a fantastic question, and it gets to the heart of creative sound design! When you're working with audio oscillators (or any sound manipulation tool) and you're not entirely sure what you want, but you know you want it to "sound good," here's a breakdown of a good approach:
1. Embrace Exploration:
Start with the Basics:
Begin by experimenting with the fundamental waveform types: sine, square, sawtooth, and triangle. Listen carefully to how each one sounds. Pay attention to their distinct tonal qualities.
Adjust the frequency. Hear how the pitch changes. This is the most basic, but most important thing to grasp.
"Sweep" Parameters:
Instead of making abrupt changes, slowly "sweep" parameters like frequency, waveform type, and any other available controls. This allows you to hear the full range of sonic possibilities.
This is where you will find many surprising and interesting sounds.
Listen Intently:
Pay close attention to the subtle nuances of the sound as you make adjustments. Develop your ear for how each parameter affects the overall tone.
Use headphones, or good monitor speakers, so you can hear the full range of the audio.
2. Understanding Harmonics:
Harmonic Content:
Understand that different waveforms have different harmonic content. Sine waves are pure tones (no harmonics), while square and sawtooth waves are rich in harmonics.
Harmonics are what give a sound its "character" or "timbre."
Frequency Relationships:
Experiment with frequency relationships. For example, playing two oscillators at intervals like octaves, fifths, or thirds can create pleasing harmonic sounds.
3. Using Other Tools:
Filters:
Filters are essential for shaping the tone of oscillators. Experiment with low-pass, high-pass, and band-pass filters to remove or emphasize certain frequencies.
Envelopes:
Envelopes control how the volume of a sound changes over time. Use them to create dynamic sounds with attacks, decays, sustains, and releases.
Effects:
Reverb, delay, chorus, and other effects can add depth and texture to oscillator sounds. Experiment to see how different effects change the sound.
4. A Process of Iteration:
Record Your Experiments:
Record your experiments, even the ones that don't sound "good" at first. You might discover something useful later.
Refine and Repeat:
Listen back to your recordings and identify the sounds that you like. Then, try to refine those sounds by making further adjustments.
Repeat this process.
Key Takeaways:
There's no "right" or "wrong" way to use an oscillator. Trust your ears and experiment freely.
"Good" sound is subjective. What sounds good to you might not sound good to someone else.
Patience and persistence are key. The more you experiment, the better you'll become at shaping sounds.

I like it. Sounds like an Animal Crossing dance party

experiment i guess

But that’s too much effort. I just want to sit down and have the end product sound professional but I don’t want to devote any time to learning or practice

Oh wait, I have a great idea

Yeah just twist the knobs until you have an idea of what they do

Or you could to through and learn them by reading stuff but that's lame

Beat that P**** up

Making them yourself is fun

Using ai is easier but less fun

no one ever does that

too dorky to read about oscillators

Nort probably does

No hate

But he's that type of guy

He has been watching indepth mixing tutorials for 6 months