Fixed typos
Fixed type conversion error.
More edits to power spectrum methods, also fixed some typos.
Added line to import peakdet function
Simple peak detection algorithm found on github
Will do a stepwise scan through the range of the linear oscillator and the hf source. Finds peaks in an attempt to get transfer function of rf equipment.
Takes a single reading from the digitizer and displays it using matplotlib
Data from a test run of the digitizer
Data from a single run of power_spectrum.py
Merge branch 'release_prep-0.1' of github.com:project8/Pypeline into release_prep-0.1

* 'release_prep-0.1' of github.com:project8/Pypeline:
  Data from a single run of power_spectrum.py
  Data from a test run of the digitizer
  Takes a single reading from the digitizer and displays it using matplotlib
  Will do a stepwise scan through the range of the linear oscillator and the hf source. Finds peaks in an attempt to get transfer function of rf equipment.
  Simple peak detection algorithm found on github
  Added line to import peakdet function
  More edits to power spectrum methods, also fixed some typos.
  Fixed type conversion error.
  Fixed typos
  Script which performs a diagnostic test of all current dripline channels.
  Editing minor typos.
  Added method to create a power spectrum from a digitizer run.
  Added __repr__ method to DripResponse.
  finished __repr__ method
  cosmetic edits to docstrings and changed .Set() from result.Update() to result.Wait()
  Started to add string representation of DripResponse object.
  Changed Get() method so that it will print the names of all possible channels when executed without an argument. Changed Set() to do the same. Added EligibleChannels() method to accomplish this task.
  Added EligibleChannels() method which prints all channels that can be set or checked. Also added that funcionality into Get() and Set() methods.
Changed the default filenames to be more intuitive and take up less space.
data from some trial runs of the dpph testing
Script that automates the process of finding the dpph sweet spot.
Images produced by dpph_scan.py
Merge branch 'release_prep-0.1' of https://github.com/project8/Pypeline into release_prep-0.1
Merge branch 'release_prep-0.1' of github.com:project8/Pypeline into release_prep-0.1

* 'release_prep-0.1' of github.com:project8/Pypeline:
  Images produced by dpph_scan.py
  Script that automates the process of finding the dpph sweet spot.
  data from some trial runs of the dpph testing
  Changed the default filenames to be more intuitive and take up less space.
Merge branch 'release_prep-0.1' into develop

* release_prep-0.1:
  Images produced by dpph_scan.py
  Script that automates the process of finding the dpph sweet spot.
  data from some trial runs of the dpph testing
  Changed the default filenames to be more intuitive and take up less space.
  Data from a single run of power_spectrum.py
  Data from a test run of the digitizer
  Takes a single reading from the digitizer and displays it using matplotlib
  Will do a stepwise scan through the range of the linear oscillator and the hf source. Finds peaks in an attempt to get transfer function of rf equipment.
  Simple peak detection algorithm found on github
  Added line to import peakdet function
  More edits to power spectrum methods, also fixed some typos.
  Fixed type conversion error.
  Fixed typos