Here are some examples of Ai helping a user:

New AI Instructor Bots to help guide you with software & music creation added to Underground sounds.
coming soon cubase Logic & many other Daws.

Interactive Ai bots understand how the software works as well as enormous amounts of training data spanning years. these bots wont do the work for you but they will guide you & explain parts of the software like having an experienced engineer / Guide at your side.
here are some examples:

FRUITYLOOPS AI-BOT:

me:
"I want to create a kick from a synth plugin"


Fruity Loops coach:
Sure, Mick! Creating a kick drum from a synth plugin can give you more flexibility and control over the sound. Here's how you can do it in FL Studio:

Step 1: Choose a Synth Plugin
Select a synth plugin of your choice that can generate a wide range of sounds. Some popular options in FL Studio are Sytrus, Harmor, and Serum. Open your chosen synth plugin on a new channel in the channel rack.

Step 2: Set Up the Oscillators
In your synth plugin, you'll typically have multiple oscillators that generate the sound. Start by selecting a basic waveform like a sine or triangle wave for the primary oscillator. This will provide the fundamental tone of your kick drum.

Step 3: Adjust the Pitch and Envelope
Fine-tune the pitch of the oscillator to create your desired kick drum pitch. You can usually adjust the pitch by using the oscillator's tune or transpose settings. Next, shape the amplitude envelope of the sound to create the initial punch and decay of the kick drum. Reduce the sustain level and adjust the attack, decay, and release times to shape the envelope.

Step 4: Add Harmonics
To give your kick more character and "click," you can add additional harmonics to the sound. This can be achieved by enabling additional oscillators in your synth plugin and adjusting their waveform, pitch, and envelope settings. Experiment with different waveforms like square or sawtooth and adjust their volumes to create the desired balance of harmonics.

Step 5: Apply Effects
Enhance your synthesized kick drum by applying effects. Consider using EQ to shape the frequency response, compression to control the dynamics, and distortion to add grit or saturation. Additionally, you can experiment with effects like reverb or delay to add space or create interesting textures.

Step 6: Arranging Your Kick
Once you're satisfied with your synthesized kick sound, you can arrange it in your track. Place it on the pattern sequencer by dragging and dropping it into a pattern slot. Use the Piano Roll or Step Sequencer to program your kick pattern, adjusting the note lengths and velocities as needed.

Step 7: Processing and Mixing
Just like with any kick drum, you may want to apply processing techniques to make it sit well in the mix. Apply EQ to enhance certain frequencies, sidechain compression to create space for other elements, and any other processing techniques to fit your track.

Remember, these steps are a general guideline, and you can always experiment and customize the sound to match your style and taste. If you have any specific questions or need further assistance with any of the FL Studio features, feel free to ask. Happy experimenting and creating, Mick!


Me: what's the best compressor in Ableton to use for mastering & why?

Ableton tutor:
Ableton Live offers several compressors, each with its own characteristics and best-suited applications. When it comes to mastering, it's important to choose a compressor that provides transparent and precise control without introducing unwanted artefact's.

One compressor well-regarded for mastering in Ableton Live is the "Glue Compressor." Here's why:

Transparent Compression: The Glue Compressor is modelled after a famous analogue bus compressor, known for its transparent and subtle compression characteristics. It's designed to subtly "glue" the mix together rather than impart heavy colouring or distortion.

Soft Knee and Variable Attack/Release: The Glue Compressor features a soft knee characteristic, allowing for smoother and more gradual compression onset. Additionally, it offers adjustable attack and release times, providing precise control over the compression envelope, ideal for mastering applications.

Sidechain Filtering: The Glue Compressor includes a built-in sidechain section with a high-pass filter. This enables you to shape the input signal that triggers the compression, helping you focus the compression on specific frequency ranges while preserving the dynamics of other elements.

Dry/Wet Control: Ableton's Glue Compressor provides a Dry/Wet control, enabling you to blend the compressed and uncompressed signals. This allows for parallel compression, where you can maintain the original dynamics while adding controlled compression as desired.

Professional Workflow: The Glue Compressor is designed specifically for use within Ableton Live, providing a user-friendly and intuitive interface. It integrates seamlessly into Ableton's workflow, making it easier to fine-tune and adjust compression settings during the mastering process.

Please note that the choice of compressor ultimately depends on the specific characteristics of your track and your desired mastering goals. Other compressors in Ableton Live, such as the "Multiband Dynamics" or "Compressor" device, may also be suitable depending on the nature of your mix and the desired tonal balance.

Remember to always trust your ears and make small adjustments while monitoring the effect on the overall mix. It's essential to experiment and compare different compressors to find the one that works best for your specific track and mastering needs.

If you have any more questions or need further assistance, feel free to ask!

Me:
how do I set a cue point?

How to use Rekordbox:
To set a cue point in Rekordbox, follow these steps:
Select the Track: In the navigation pane or playlists area, locate and select the track for you want to set a cue point. The waveform of the selected track will appear in the main player view.

Adjust the Player View: If needed, use the horizontal zoom slider at the bottom of the player view to adjust the waveform display.

Set the Playback Position: Move the playhead to the desired playback position within the track by clicking on the waveform display. You can zoom in for a more precise placement.

Set a Cue Point: Once the play head is at the desired position, you can set a cue point by clicking on the "Cue" button located at the bottom of the player view. The cue point will be marked by a coloured flag on the waveform display.

Note: By default, the first cue point you set will be the "Hot Cue 1" and subsequent cue points will be labelled accordingly (Hot Cue 2, Hot Cue 3, etc.). You can customize the cue point labels if desired.

Fine-tune Cue Points (optional): After setting a cue point, you can fine-tune it for more accurate playback. To do this, click and drag the cue point flag on the waveform display to adjust its position.

Set Memory Cue Points (optional): Rekordbox also allows you to set additional memory cues. To set a memory cue, simply right-click on the desired position on the waveform display and select "Add Memory." Memory cues can be useful for organizing specific sections within a track.

Save the Changes: Rekordbox automatically saves your cue point settings as you make changes. However, if you want to ensure that everything is saved, click on the "Save" icon (diskette icon) at the top-right corner of the Rekordbox window.

That's it! You have successfully set a cue point in Rekordbox. Repeat these steps for other tracks as needed. Let me know if you have any further questions.