Nuradioreco

new features:
- users can specify a different bandwidth for each channel in the channelBandPassFilter and channelGenericNoiseAdder module
- new coreas read in function to generate signals for a grid of stations
- added simulation of galactic noise
- new phased array trigger module

bug fixes:
- Added if check in voltageToEfieldConverter.py under method get_array_of_channels() to see if sim station is initialized
- trigger modules set the trigger time to 0 in case not trigger was recorded. This lead to problems, and wrong total trigger times, if multiple triggers were recorded. Now, no trigger time is set if not trigger was found.

new features:
- Added the ability to force polarization to be only eTheta or ePhi in the reconstruction of the electric field using voltageToEfieldConverter.py
- new detector which allows to change certain parameters of the detector description to study systematic uncertainties.
- Simulations with alias (higher Nyquist zones) for the phased array now supported
- NuRadioRecoIO has a 100MB read buffer by default
- Changed detector description to optionally take antenna model name directly from detector description (without automatically selecting antenna model dependent on depth of the antenna)
- NuRadioReco now fails if no antenna pattern was found

bug fixes:
-Removed function "get_relative_positions(self, station_id)" from detector.py because the ordering of channels is different from a sql initiated detector compared to a json initiated detector. Must use "get_relative_position(self, station_id, channel_id)", which specifies which channel to get the position for.

new features:
- changed the way logging is handled.
- RNO-G hardware response added

new features:
- added module registry. By adding a decorator to the run methods of every module, we keep track of the modules applied to an event
-Added new module called "beamFormingDirectionFitter" that fits direction through an interferometry method (dubbed beamForming)
-Added the internal clock parameter (time since last trigger with ms precision) to ARIANNA paremeters (key number 8)
-Changed import "detector_sql" to "from NuRadioReco.detector import detector_sql" and .GetSec() to datetime.datetime.fromtimestamp(self.config_tree.TrigStartClock.GetCurrTime()) in the detector.py and readARIANNAdataCalin.py files respectively in order to make it python3 compatible.
-Updated documentation and made it deployable on github
-Changed normalization of the frequency spectrum. The amplitude is now given as V/GHz (or V/m/GHz for E-fields) instead of
V/GHz/bin. This way, the values of trace.get_frequency_spectrum() are independent of the sampling rate. The fft utilities
now also need the sampling rate as an argument.
-Envelope phased array available
-Trigger times now include the time with respect to the first interaction (vertex times)
-Analog to digital converter module added
-Improved calculation of the diode noise parameters
-channelSignalReconstructor no longer requires static signal window but can set it automatically
-Save the git hashes of the NuRadioReco, NuRadioMC and radiotools version a .nur file was created with

Detector description can be stored in .nur files
Large overhaul of the event structure. Adds shower classes and hybrid detector information.

bugfixes:
-Fixes increase in filesize caused by switch to python3
-Fixed bug when using no secondary channels on the phased array
-Fixed bug when using ARA trigger


version 1.0.0 - 2019/08/30 - first python 3 release