old_contents: """
  Analysis of two-photon time-series data (filenames do not contain date codes)
  """
  
  import os
  import imageDelta as id
  
  if __name__ == "__main__":
      folderPath = R"X:\Data\OT-Cre\OT-GCaMP intrinsic\190128-821693\TSeries-01282019-1332-1404"
      print(f"\n\nANALYZING: {folderPath}")
      drugs = []
      drugs.append(id.Drug("TGOT", id.drugFrameFromFileList(5, folderPath), durationFrames=60*3, padFrames=30))
      drugs.append(id.Drug("MT", id.drugFrameFromFileList(15, folderPath), durationFrames=60*3, padFrames=30))
      id.graphDrugExperiment(drugs, folderPath)
      print("DONE")
new_contents: """
  Analysis of two-photon time-series data (filenames do not contain date codes)
  """
  
  import os
  import imageDelta as id
  
  if __name__ == "__main__":
      folderPath = R"X:\Data\OTR-Cre\GCaMP6f PFC injection patch and linescan\2019-02-13\slice2\TSeries-02132019-1317-1418"
      print(f"\n\nANALYZING: {folderPath}")
      drugs = []
  
      # use frame numbers when working with two-photon time series
      drugs.append(id.Drug("TGOT", 98, durationFrames=20, padFrames=5))
  
      # use time-encoded filenames when dealing with LED images
      #drugs.append(id.Drug("TGOT", id.drugFrameFromFileList(10, folderPath), durationFrames=60*3, padFrames=30))
      #drugs.append(id.Drug("MT", id.drugFrameFromFileList(20, folderPath), durationFrames=60*3, padFrames=30))
  
      id.graphDrugExperiment(drugs, folderPath)
      print("DONE")
subject: add notes for LED vs 2P