audio/horizont
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README.md
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A stereo algorithmic reverb audio plugin (VST3 / AU) for macOS, built with A stereo algorithmic reverb audio plugin (VST3 / AU) for macOS, built with
JUCE and C++17. JUCE and C++17.
It pairs a Schroeder/Moorer-style reverb core — a diffusion allpass section and It pairs a Schroeder/Moorer-style reverb core - a diffusion allpass section and
a bank of parallel damped combs whose gains are derived from an RT60 time — with a bank of parallel damped combs whose gains are derived from an RT60 time - with
a **feedback pitch-shifting loop**: each pass through the reverb is recirculated a **feedback pitch-shifting loop**: each pass through the reverb is recirculated
through a granular crossfade pitch shifter, so the tail climbs or descends in through a granular crossfade pitch shifter, so the tail climbs or descends in
pitch on every echo. The UI is a dark teal hardware-rack style skin with pitch on every echo. The UI is a dark teal hardware-rack style skin with
@ -15,7 +15,7 @@ skeuomorphic rotary knobs and a live wet-spectrum analyser.
- 9 fully automatable, host-saveable parameters in an `AudioProcessorValueTreeState` - 9 fully automatable, host-saveable parameters in an `AudioProcessorValueTreeState`
- Stable, self-scaling reverb: comb gains are computed from RT60 so the loop - Stable, self-scaling reverb: comb gains are computed from RT60 so the loop
never diverges, and every delay length / filter / window scales with sample rate never diverges, and every delay length / filter / window scales with sample rate
- Per-sample parameter smoothing (`juce::SmoothedValue`) — no clicks, no allocation - Per-sample parameter smoothing (`juce::SmoothedValue`) - no clicks, no allocation
in the audio callback in the audio callback
- Granular pitch shifter with seamless crossfade; bypasses transparently at 0 semitones - Granular pitch shifter with seamless crossfade; bypasses transparently at 0 semitones
- Feedback loop routing the wet signal back through the pitch shifter and diffusers - Feedback loop routing the wet signal back through the pitch shifter and diffusers
@ -91,7 +91,7 @@ If you prefer to manage JUCE yourself, either check it out as `./JUCE` next to
this repo, or point CMake at it with `-DJUCE_ROOT=/path/to/JUCE`. this repo, or point CMake at it with `-DJUCE_ROOT=/path/to/JUCE`.
> **Note:** JUCE 9 / `master` refactored the LookAndFeel API and is not yet > **Note:** JUCE 9 / `master` refactored the LookAndFeel API and is not yet
> supported — a JUCE 8.0.x release tag is required. > supported - a JUCE 8.0.x release tag is required.
After installing, ask your DAW / Audio Unit host to rescan plug-ins (or run After installing, ask your DAW / Audio Unit host to rescan plug-ins (or run
`auval` to validate the component). Installed bundles are ad-hoc code-signed. `auval` to validate the component). Installed bundles are ad-hoc code-signed.
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## License ## License
This project is released under the GPL v3 — the standard license for JUCE This project is released under the GPL v3 - the standard license for JUCE
projects that use the open-source JUCE distribution. You may additionally use projects that use the open-source JUCE distribution. You may additionally use
it under the terms of a JUCE commercial license if you hold one. it under the terms of a JUCE commercial license if you hold one.

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cmake/stamp_build_info.cmake Normal file
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# Generates HorizontBuildInfo.h with the current wall-clock timestamp.
# Run at build time (not configure time) so every build stamps a fresh date.
set(output "${GENERATED_DIR}/HorizontBuildInfo.h")
execute_process(
COMMAND date "+%Y-%m-%d__%H-%M-%S"
OUTPUT_VARIABLE timestamp
OUTPUT_STRIP_TRAILING_WHITESPACE)
file(WRITE "${output}"
"#pragma once\n"
"#define HORIZONT_BUILD_TIMESTAMP \"${timestamp}\"\n")