old_contents: """
  Vincente Pericoli
  UC Davis
  
  for more info, including license information,
  see: https://github.com/ucdavis-kanvinde-group/abaqus-odb-tools
  
  
  Set of functions to use with ABAQUS output databases (ODB files).
  
  These functions rely on the abaqus-odb-tools library (see above).
  They exist purely for backward-compatibility, since that library
  was totally refactored into an object-oriented code.
  
  Simply download abaqus-odb-tools, and change the sys.path.append
  directory (below) to point towards the download.
  """
  
  #
  # ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
  # Import Modules
  
  
  from odbAccess import *
  from abaqusConstants import *
  import numpy
  import sys
  sys.path.append("C:\Users\Vince Pericoli\Documents\GitHub\abaqus-odb-tools")
  from odbFieldVariableClasses import *
  
  #
  # ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
  # Function defs
  
  def getNodalPEEQ(odbName, nodeSetName, verbose=True):
      """ Returns a CSV of the nodal averaged PEEQ """
      
      dataName = 'PEEQ'
      nodalPEEQ = IntPtVariable(odbName, dataName, nodeSetName)
      nodalPEEQ.fetchNodalAverage()
      nodalPEEQ.saveCSV(verbose)
      return
  
  def getNodalMises(odbName, nodeSetName, verbose=True):
      """ returns a CSV of the nodal averaged Mises """
      
      dataName = 'MISES'
      nodalMISES = IntPtVariable(odbName, dataName, nodeSetName)
      nodalMISES.fetchNodalAverage()
      nodalMISES.saveCSV(verbose)
      return
  
  def getNodalPressure(odbName, nodeSetName, verbose=True):
      """ returns a CSV of the nodal averaged pressure """
      
      dataName =  'PRESS'
      nodalPRESS = IntPtVariable(odbName, dataName, nodeSetName)
      nodalPRESS.fetchNodalAverage()
      nodalPRESS.saveCSV(verbose)
      return
      
  def getNodalInv3(odbName, nodeSetName, verbose=True):
      """ returns a CSV of the nodal averaged third invariant """
      
      dataName = 'INV3'
      nodalINV3 = IntPtVariable(odbName, dataName, nodeSetName)
      nodalINV3.fetchNodalAverage()
      nodalINV3.saveCSV(verbose)
      return
  
  def getNodalDispl(odbName, nodeSetName, verbose=True):
      """
      returns several CSVs of the nodal coordinates
      (one CSV file per direction)
      """
      dataName = 'U'
      nodalDispl = NodalVariable(odbName, dataName, nodeSetName)
      nodalDispl.fetchNodalOutput()
      nodalDispl.saveCSV(verbose)
      return
  
  def getNodalReactionSum(odbName, nodeSetName, verbose=True):
      """
      returns several CSVs of the summed nodal reactions
      (one CSV file per direction)
      """
      dataName = 'RF'
      summedRF = NodalVariable(odbName, dataName, nodeSetName)
      summedRF.fetchNodalOutput()
      summedRF.sumNodalData()
      summedRF.saveCSV(verbose)
      return
new_contents: """
  Vincente Pericoli
  UC Davis
  
  for more info, including license information,
  see: https://github.com/ucdavis-kanvinde-group/abaqus-odb-tools
  
  
  Set of functions to use with ABAQUS output databases (ODB files).
  
  These functions rely on the abaqus-odb-tools library (see above).
  They exist purely for backward-compatibility, since that library
  was totally refactored into an object-oriented code.
  
  Simply download abaqus-odb-tools, and change the sys.path.append
  directory (below) to point towards the download.
  """
  
  #
  # ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
  # Import Modules
  
  
  from odbAccess import *
  from abaqusConstants import *
  import numpy
  import sys
  sys.path.append("C:\\Users\\Vince Pericoli\\Documents\\GitHub\\abaqus-odb-tools")
  from odbFieldVariableClasses import *
  
  #
  # ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
  # Function defs
  
  def getNodalPEEQ(odbName, nodeSetName, verbose=True):
      """ Returns a CSV of the nodal averaged PEEQ """
      
      dataName = 'PEEQ'
      nodalPEEQ = IntPtVariable(odbName, dataName, nodeSetName)
      nodalPEEQ.fetchNodalAverage()
      nodalPEEQ.saveCSV(verbose=verbose)
      return
  
  def getNodalMises(odbName, nodeSetName, verbose=True):
      """ returns a CSV of the nodal averaged Mises """
      
      dataName = 'MISES'
      nodalMISES = IntPtVariable(odbName, dataName, nodeSetName)
      nodalMISES.fetchNodalAverage()
      nodalMISES.saveCSV(verbose=verbose)
      return
  
  def getNodalPressure(odbName, nodeSetName, verbose=True):
      """ returns a CSV of the nodal averaged pressure """
      
      dataName =  'PRESS'
      nodalPRESS = IntPtVariable(odbName, dataName, nodeSetName)
      nodalPRESS.fetchNodalAverage()
      nodalPRESS.saveCSV(verbose=verbose)
      return
      
  def getNodalInv3(odbName, nodeSetName, verbose=True):
      """ returns a CSV of the nodal averaged third invariant """
      
      dataName = 'INV3'
      nodalINV3 = IntPtVariable(odbName, dataName, nodeSetName)
      nodalINV3.fetchNodalAverage()
      nodalINV3.saveCSV(verbose=verbose)
      return
  
  def getNodalDispl(odbName, nodeSetName, verbose=True):
      """
      returns several CSVs of the nodal coordinates
      (one CSV file per direction)
      """
      dataName = 'U'
      nodalDispl = NodalVariable(odbName, dataName, nodeSetName)
      nodalDispl.fetchNodalOutput()
      nodalDispl.saveCSV(verbose=verbose)
      return
  
  def getNodalReactionSum(odbName, nodeSetName, verbose=True):
      """
      returns several CSVs of the summed nodal reactions
      (one CSV file per direction)
      """
      dataName = 'RF'
      summedRF = NodalVariable(odbName, dataName, nodeSetName)
      summedRF.fetchNodalOutput()
      summedRF.sumNodalOutput()
      summedRF.saveCSV(verbose=verbose)
      return
subject: fix bugs with method calls