Major update to the interpolation scheme. First interpolate to 1Hz, then two pass savgol filtering. First with small window function to capture depth of nulls, and second to smooth small scale noise.
Every satellite pass is given a gain offset to best fit the corresponding fee slice. A chi-squared goodness of fit test is used to reject obvious outliers. This way, all satellites can be used for the final maps.
RF Explorer data is distorted above -30dBm, and requires an external attenuator. We didn't use one, so some of our brightest data seems skewed. This data is identified and flagged.
Compare beams was only using YY FEE model, which sucked. Fixed now.
Very significant improvements. Ready to merge into master
Major update to the interpolation scheme. First interpolate to 1Hz, then two pass savgol filtering. First with small window function to capture depth of nulls, and second to smooth small scale noise.
Every satellite pass is given a gain offset to best fit the corresponding fee slice. A chi-squared goodness of fit test is used to reject obvious outliers. This way, all satellites can be used for the final maps.
RF Explorer data is distorted above -30dBm, and requires an external attenuator. We didn't use one, so some of our brightest data seems skewed. This data is identified and flagged.
Compare beams was only using YY FEE model, which sucked. Fixed now.
Very significant improvements. Ready to merge into master