old_contents: #!/usr/bin/python
  # -*- coding: utf-8 -*-
  """
  
  """
  
  __author__ = "Evgeny Boykov. <artscan@list.ru>"
  
  import math
  import cmath
  import pickle
  import shelve
  import sys,os
  from numpy import *
  
  from integ import modinteg as integ
  
  class CoverElement(object):
      def initcover(self, c):
          self.numnodes = c.numnodes
          self.h = c.h
          self.node_coordinates = c.node_coordinates
          self.intphi_over = c.intphi_over
          self.name_matrixa = c.name_matrixa
          self.eps_gmres_ = c.eps_gmres_
          self.k_wave = c.k_wave
          self.gauss = c.gauss
          self.sigma = c.sigma
          self.dim_3d = c.dim_3d
  
  class TaskElement(CoverElement):
      name_savearrays = 'savearrays.dat'
  
      def save(self,fname):
          f = open(fname,'w')
          pickle.dump(self,f)
          f.close()
  
      @classmethod
      def load(self,fname):
          f = open(fname,'r')
          ce = pickle.load(f)
          f.close()
          return ce
  
      def setupkernel(self):
          """
          Linking with fortran object
          """
          self.k = integ
  
          self.k.set_i_ptr("numnodes", self.numnodes)
          self.k.set_i_ptr("dim_3d", self.dim_3d)
          self.k.set_dp_ptr("h", self.h)
          self.k.set_dc_ptr("k_wave", self.k_wave)
          self.k.set_dc2d_ptr("gauss", self.gauss)
          self.k.set_dp2d_ptr("node_coordinates", self.node_coordinates)
          self.k.set_dp1d_ptr("intphi_over", self.intphi_over)
          self.k.set_dp1d_ptr("sigma", self.sigma)
  
      def killfortran(self):
          if (hasattr(self,'k')):
              del self.k
  
new_contents: #!/usr/bin/python
  # -*- coding: utf-8 -*-
  """
  
  """
  
  __author__ = "Evgeny Boykov. <artscan@list.ru>"
  
  import math
  import cmath
  import pickle
  import shelve
  import sys,os
  from numpy import *
  
  from integ import modinteg as integ
  
  class CoverElement(object):
      def initcover(self, c):
          self.numnodes = c.numnodes
          self.h = c.h
          self.node_coordinates = c.node_coordinates
          self.intphi_over = c.intphi_over
          self.name_matrixa = c.name_matrixa
          self.eps_gmres_ = c.eps_gmres_
          self.k_wave = c.k_wave
          self.gauss = c.gauss
          self.sigma = c.sigma
          self.dim_3d = c.dim_3d
          self.counter = c.counter
  
  class TaskElement(CoverElement):
      name_savearrays = 'savearrays.dat'
  
      def save(self,fname):
          f = open(fname,'w')
          pickle.dump(self,f)
          f.close()
  
      @classmethod
      def load(self,fname):
          f = open(fname,'r')
          ce = pickle.load(f)
          f.close()
          return ce
  
      def setupkernel(self):
          """
          Linking with fortran object
          """
          self.k = integ
  
          self.k.set_i_ptr("numnodes", self.numnodes)
          self.k.set_i_ptr("dim_3d", self.dim_3d)
          self.k.set_dp_ptr("h", self.h)
          self.k.set_dc_ptr("k_wave", self.k_wave)
          self.k.set_dc2d_ptr("gauss", self.gauss)
          self.k.set_dp2d_ptr("node_coordinates", self.node_coordinates)
          self.k.set_dp1d_ptr("intphi_over", self.intphi_over)
          self.k.set_dp1d_ptr("sigma", self.sigma)
          self.k.set_dp1d_ptr("counter", self.counter)
  
      def killfortran(self):
          if (hasattr(self,'k')):
              del self.k
  
subject: fix savearrays bug: add var 'counter'