Dual-Mode Creation
Switch between click-and-paint WavePaint drafting and code editing in the same desktop application.
Desktop Digital Logic Waveform Creator
Fast Local Rendering.
Script & Visual Paint.
Professional Exports.
Create clear digital timing diagrams from simple scripts or interactive click-and-paint editing. Waveforms are processed locally on your desktop with zero latency, an integrated Code Editor, and precision vector tools.
Fully compatible with WaveDrom's WaveJSON syntax. WaveScript-specific extensions require WaveScript.
Windows 10/11
macOS
Linux
Offline Local Engine
Dual-Paradigm Authoring
Visual WavePaint or Code Editor.
Create visually in Paint Mode or edit WaveJSON in the Code Editor. Both modes are available in Trial and licensed versions.
WavePaint Mode
Visual Point & Click Waveform Drawing
- ✓ Click directly on canvas to paint 0, 1, High-Z (z), or data buses
- ✓ Clock cycle mode & signal row mode for precision pulse shaping
- ✓ Rapid testbench sketching without writing any JSON syntax
- ✓ Switch between visual waveform editing and WaveJSON code
- ✓ Licensed: double-click to edit or drag signals in the rendered waveform
Code Editor
Integrated Code Editing for WaveJSON
- ✓ Code editing for waveform scripts
- ✓ Shift+Alt+F formatting to help keep WaveJSON scripts readable
- ✓Cursor Guide: Relate code positions to clock cycles in the preview, with a customizable guide color
- ✓ Define signal names, states, and bus values in WaveJSON
Multi-Page Workspaces
Organize whole ASIC and FPGA chip architectures with hierarchical tree navigation in a single unified project file.
ASCII Art for RTL Comments
Export pure ASCII and Unicode timing diagrams directly into Verilog, SystemVerilog, VHDL, and C source code comments.
Vector Tools & Freehand
Overlay colored bounding boxes, snappable dependency arrows, freehand sketches, and dark canvas skins with 10px grid snapping.
Digital Logic Workflow
From concept to RTL documentation in one workspace.
Accelerate hardware design and verification cycles with an integrated timing workbench tailored for engineering rigor.
1
Define
Paint transitions visually or declare clocks, buses, and valid strobes in WaveJSON.
2
Verify
Use the cursor guide to locate signal rows and clock cycles. Visually compare signal transitions against clock edges and count cycles between events.
3
Annotate
Add causal arrows, phase boxes, freehand notes, and custom bus labels with 10px snap.
4
Export
Export SVG/PNG images or PDF documents, or add ASCII waveform diagrams to Verilog/VHDL source-code comments.
Your WaveDrom code.
Ready for Wavescript.
Reuse your existing WaveDrom code without changes. WaveScript adds powerful extensions, including signal formulas, that require WaveScript.
{
"signal": [
{ "name": "clk", "wave": "p.....|..." },
{ "name": "data", "wave": "x.345x|=.x",
"data": ["head", "body", "tail", "data"] }
]
}
/MAIN.png)
