KO
|
EN
gitlite — search
Search
#javascript
#html5
#css3
#bocaletto-luca
#responsive
#python
#opensource
#webapp
#game
#multidevice
#open-source
#webgame
spiro
★ 35
Open GitHub ↗
Semi-modular VST / Standalone synthesizer
Download README (.md)
Explore Similar Repositories
JuceSamplerAudioPlugin
:
This is a foundational audio sampler plugin with a custom UI created with C++ and the JUCE Framework
kv-juce
:
KV Modules
Juce-Tween
:
Open-source tweening library that's part of the Juce Unity tools framework.
stm-juce-modules
:
My Personal Collection of Modules for use with the Juce Audio Application Framework.
juce_meets_link
:
An integration example of Ableton Link with JUCE framework.
// repository documentation
Was this content helpful?
★ 0
(0 ratings)
Select Rating:
★
★
★
★
★
Submit Feedback
Recent Feedback
×
Download README
Do you want to download the
README.md
file for
spiro
?
Download (.md)
### Spiro ### **⚠️ Pre-Alpha** **Semi-modular VST / Standalone Synthesizer**  Features marked with `*` are **unstable**. Features marked with `**` are **to be implemented** or **still in progress** and may change in future updates. |Module|Feature|Options| |-|-|-| |**VCO (4X)** | Modes | Poly, Mono (Retrigger, **Legato), Freerun | | | Modulation | Amplitude (AM), Frequency (FM), Pulse Width (PWM), Phase Locked Loop (PLL), Detune, **Sync | | | Waveforms | Tomisawa (Adjustable pulse-width sine), Pulse, Hexagon (Saw - Triangle - Ramp) | |**CSO (2X)** | Modulation | *Frequency, *Warp | | | Waveforms | *Sprott, *Helmholz, *Halvorsen, *TSUCS | |**ADSR (4X)** | Modes | Triggered | |**VCA (2X)** | Modulation | Amplitude | |**LFO (2X)** | Modulation | Amplitude, Frequency | | | Waveforms | Sine, Square, Ramp, Saw, Triangle | |**SNH (2X)** | Modulation | Time | | **Delay** | Modulation | Time, Feedback | |**VCF (2X)** | Modulation | Frequency, Resonance | | | Outputs | Low Pass, High Pass, Band Pass | |**Rotor** | Modulation | Angle X, Angle Y, Angle Z | |**Mixer** | Modulation | LC->L Crossfade, RC->Right Crossfade | ## Build Instructions ### **Prerequisites** Before building, ensure you have: - **C++20 or later** - **A compatible compiler:** - Windows: **MSVC / Clang** - Linux: **GCC / Clang** - macOS: **Xcode / Clang** ### **Steps to Build** **Linux** 1. **Clone the Repository** ``` git clone https://github.com/p-o-l-e/spiro.git ``` 3. **Compile** ``` mkdir build cd build cmake -DCMAKE_BUILD_TYPE=Release .. make ``` 4. **Run (Standalone Mode)** ``` ./build/Spiro_artefacts/Standalone/spiro ``` **Windows** 1. **Clone the Repository** ``` git clone https://github.com/p-o-l-e/spiro.git ``` 3. **Compile** ``` cmake -B build -G "Visual Studio 18 2026" cmake --build build --config Release ``` 4. **Run (Standalone Mode)** ``` ./build/Spiro_artefacts/Standalone/spiro ``` ### **⚠️ Pre-Alpha Caveats:** Spiro is **still in its early pre-alpha phase**, meaning some features may be incomplete, unstable, or subject to change as development progresses. **Known Limitations:** Potential bugs & crashes – The codebase is evolving, so unexpected behavior may occur. UI/UX refinements ongoing – Some interface elements may not be fully optimized. Performance tuning in progress – Audio processing efficiency may vary depending on the system. Cross-platform compatibility not guaranteed – Currently tested only on Linux, with macOS and Windows testing needed. Feature changes may happen – Some modules, parameters, or workflows might be adjusted before the first stable release.
