Device Details
Overview
| Name | Version: | Modulation Math 8 |
| Author: | zsteinkamp |
| Device Type: | MIDI Effect |
| Description: | This is a Max For Live device that lets you combine two modulation signals using math. This allows you to have more complex modulation than what you can normally do in Ableton Live. For example, two sine-wave LFOs running at different speeds whose values are added together will produce a complex wave. Another example is to use an LFO for vibrato, but manually control a second offset with a MIDI controller. You can add, subtract, multiply, and divide two input signals. From there, you can invert, scale, and shift the resulting signal and map it to any other parameter (up to 8 destinations). See this link for more documentation: https://plugins.steinkamp.us/m4l-Modulation-Math I have many other free / open-source devices available. Click my name or visit https://plugins.steinkamp.us/ |
Details
| Live Version Used: | 12.0 |
| Max Version Used: | 8.6 |
| Date Added: | Dec 05 2022 18:35:13 |
| Date Last Updated: | Dec 14 2024 19:23:10 |
| Downloads: | 0 |
| Website: | https://plugins.steinkamp.us/m4l-Modulation-Math |
| ⓘ License: | AttributionNonCommercialShareAlike |
Average Rating
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5 |
Comments
As a compulsive lfo user, I was dreaming of that for years. Thanks!
Posted on January 02 2023 by pifou68 |
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Woohoo! Let me know if you have any suggestions or ideas for it! zack@steinkamp.us
Posted on January 02 2023 by zsteinkamp |
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Great Device, thank you! It is a step further in the direction of being able to use Ableton with a modular synth workflow 🙏🏼
I was just thinking that it could be even better if you added invert buttons under each inputs :)
I was just thinking that it could be even better if you added invert buttons under each inputs :)
Posted on January 10 2024 by totholz5d |
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Hey Totholz5d thanks for the note!
I went through the combinations of situations that I could think of and I think the device can cover them already.
Multiplication and division can utilize the existing global invert function on the right side.
For addition and subtraction, simply choose the opposite operation if you want to invert the second input, or choose the global invert if you want to invert the first input. Am I overlooking a case?
I went through the combinations of situations that I could think of and I think the device can cover them already.
Multiplication and division can utilize the existing global invert function on the right side.
For addition and subtraction, simply choose the opposite operation if you want to invert the second input, or choose the global invert if you want to invert the first input. Am I overlooking a case?
Posted on January 20 2024 by zsteinkamp |
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