- Implementation a website to design a custom digital filter via zeros-poles placement on the z-plane.
- Modify the placed zeros/poles by dragging them.
- Clicking on a zero or pole and delete it.
- Clearing all zeros or clear all poles or clear all.
- Has the option to add conjugates automatic.
- A plot that shows the corresponding frequency response for the placed elements: One graph for the magnitude
response and another graph for the phase response.
- Apply the filter on a signal as if it is a real-time filtering process.
- A graph shows the time progress of the signal.
- Another graph to show the time progress of the filtered signal .
- Control the speed of the filtering process (i.e the filter can process 1 point per second or 100 points per second or any number in between via a slider.
- Correct for the phase by adding some All-Pass filters.
- Picking the suitable all-pass through a library
available in website to add to original filter
- install project dependencies
pip install -r requirements.txt
- Run the application
