Hello guys. I want to make a contribution to DIY community.
Not very happy with XSIM, years ago I started to develop an app for audio crossover design. At first I wanted it to sell it via Microsoft Store. But I found the project was too big for a single developer so I decided to just liberate its source code. So this is a humble contribution for box builders and audio community.
Program is or tries to be a copy of the old and defunct LinearX CrossoverShop.
All core functionalities are working. Sadly project is not 100% complete, it still lacks some accessory features.
Sample video example of a passive two-way design.
Please share your thoughts If you think this project deserves to be further developed. Please be kind.
Thank you!
Not very happy with XSIM, years ago I started to develop an app for audio crossover design. At first I wanted it to sell it via Microsoft Store. But I found the project was too big for a single developer so I decided to just liberate its source code. So this is a humble contribution for box builders and audio community.
Program is or tries to be a copy of the old and defunct LinearX CrossoverShop.
All core functionalities are working. Sadly project is not 100% complete, it still lacks some accessory features.
Current working features:
- Full circuit editor.
- Animated simulation, live circuit response while tweaking components with a spinner.
- All passive RLC components, and custom Impedance. Component tolerances/precision supported.
- FDNR, Potentiomenter, Transformer and Switch components.
- Active components like OpAmp, H block, Summer and buffer.
- Loudspeaker component, supporting both SPL and Impedance vectorial curves.
- Both grounded and differential voltage simulation.
- Simulation of Voltage across and Current through every passive component directly.
- Simulation of Power of resistors.
- Own Docking Window System.
- Potentiometer taper library.
- OpAmp library.
- Full support for floating sections or totally floating circuit.
- Data import via text files.
- Opening/Saving files in JSON format.
- Ideal, parasitic and exponential models for RLC components.
- Engineering notation for all controls.
Features Yet to Be Implemented:
- Digital FIR and IIR filters.
- Data Export.
- Graph Export.
- Printing.
- Remove an annoying hint box that shows "Ctrl+F4" message.
- Circuit synthesis.
- Unary math operations (gain, phase offset, etc..).
- Binary math operations.
- Minimum Phase Transform.
- Delay Phase Transform.
- Fast Fourier Transform.
- Much much more....
Sample video example of a passive two-way design.
Please share your thoughts If you think this project deserves to be further developed. Please be kind.
Thank you!
Sounds quite interesting!!. I shall take a proper look this afternoon/evening.