parameters: (self, value)
return_statement: return val
docstring: Returns:
          int/double:
docstring_summary: Returns:
          int/double:
docstring_tokens: Returns : int / double :
function: def calc_norm_val(self, value):
          """
          Returns:
          int/double:
          """
          minval = log_(self.prop_min)
  
          rangelen = math.log(self.prop_max) - minval
  
          val = math.exp(minval + rangelen
                         / self.log_slider_ticks * value)
  
          if val < minval:
              val = minval
          if val > self.prop_max:
              val = self.prop_max
  
          return val
function_tokens: def calc_norm_val ( self , value ) : minval = log_ ( self . prop_min ) rangelen = math . log ( self . prop_max ) - minval val = math . exp ( minval + rangelen / self . log_slider_ticks * value ) if val < minval : val = minval if val > self . prop_max : val = self . prop_max return val