- Added Support For Agilent VNA Group Delay Measurements
- Added Copper Mountain S2VNA/M5090 .csv export support (S11(dB), S22(dB), S21(dB) or S12(dB), S21(s) or S12(s))
- Fixed Matplotlib backend to display plots properly
- More Robust Group Delay File Import/Parsing Method
- Updated README
- Started Active Scan Implementation
- Azimuth Power Pattern Cuts vs. Phi for various values of Theta
- Added Azimuth and Elevation Cuts, Theta=90deg plane, Phi = 0/180deg plane, and Phi = 90/270deg plane for TRP cuts
- TODO 3D Plots for Phi, Theta and TRP
- Added Gain Summary for Passive 2D Azimuth Gain Cuts
- Fixed Issue with Save Results Overwriting Existing Files
- Added Group Delay, Peak Group Delay Difference, Max. Distance Error, from 2-port VNA measurements (S21(s) or S12(s))
- Total Gain not plotting in Save Results Routine
- Updated 2D Passive Plots Formatting
- Added "Datasheet Plot" Setting for Passive Antenna Plots
- Phi & Theta Gain Plots vs Frequency for Passive/Antenna Scans
- Gain Summary for max peak Theta and Phi gain
- Added Azimuth and Elevation Cuts, Theta=90deg plane, Phi = 0/180deg plane, and Phi = 90/270deg plane
- Phi & Theta Gain Plots vs Frequency for Passive/Antenna Scans
- Formatting fixes on 3D plots
- Passive Azimuth Cuts Wrap 360deg
- Updated 2D Passive Plots Formatting
- Fixed Interpolation on 3D Passive Plots, now set in config.py - higher resolution leads to long load times
- Save Results to Folder at Selected Frequency for Passive Scans
- Codebase has been refactored into separate modules
- Added Docstrings
- Updated Images in README.md
- Added Passive 3D Plots, Theta, Phi, and Total Gain
- Fixed Bug with Passive Scan Selection
- Added Assets Folder for images
- Testing Automatic Version Updates
- Automatic GitHub Update Checks & Download
-
Passive Scans Support:
- G&D files for 2D plotting results.
- HPOL/VPOL files for 2D & 3D results.
-
VSWR/S11 LogMag .csv Files:
- Import and processing support.
- VSWR/S11 settings with adjustable limit lines.
- Graphical representation of VSWR/S11 data.
-
Graph Plotting:
- Metrics including: Gain, Efficiency, Directivity, Return Loss.
-
User-Friendly GUI:
- Easy data import.
- Visualization of results.
- Configuration of settings.
- Check Project Issues Page: https://github.com/RFingAdam/RFlect/issues