parameters: (self, floatValues, resolution=4)
return_statement: return tuple(baseAndExponents)
docstring: Converts a list or tuple of floats into a tuple holding two integers for each float:
  		The base, an integer with the number of digits equaling resolution.
  		The exponent indicating what the base needs to multiplied with to get
  		back the original float value with the specified resolution.
docstring_summary: Converts a list or tuple of floats into a tuple holding two integers for each float:
  		The base, an integer with the number of digits equaling resolution.
  		The exponent indicating what the base needs to multiplied with to get
  		back the original float value with the specified resolution.
docstring_tokens: Converts a list or tuple of floats into a tuple holding two integers for each float : The base an integer with the number of digits equaling resolution . The exponent indicating what the base needs to multiplied with to get back the original float value with the specified resolution .
function: def _GetBaseAndExponents(self, floatValues, resolution=4):
  		'''
  		Converts a list or tuple of floats into a tuple holding two integers for each float:
  		The base, an integer with the number of digits equaling resolution.
  		The exponent indicating what the base needs to multiplied with to get
  		back the original float value with the specified resolution. 
  		'''
  
  		baseAndExponents = []
  		for floatValue in floatValues:
  			baseAndExponent = self._GetBaseAndExponent(floatValue)
  			baseAndExponents.append(baseAndExponent[0])
  			baseAndExponents.append(baseAndExponent[1])
  
  		return tuple(baseAndExponents)
function_tokens: def _GetBaseAndExponents ( self , floatValues , resolution = 4 ) : baseAndExponents = [ ] for floatValue in floatValues : baseAndExponent = self . _GetBaseAndExponent ( floatValue ) baseAndExponents . append ( baseAndExponent [ 0 ] ) baseAndExponents . append ( baseAndExponent [ 1 ] ) return tuple ( baseAndExponents )