function [x,y] = sblibico(blk,opt)
%SBLIBICO Icon library for LIBSB2SL.
%
%

% Initial coding by A. S. Bozin, 18-05-98.
% Copyright 1997-2000 The MathWorks, Inc.
% $Revision: 1.7 $ $Date: 2000/06/14 16:08:22 $

   if (nargin == 0)
      blk = 'Unknown';
   end
   %
   % Action depends on BLK variable
   %
   switch (blk)
   case 'encoder'
      x = [0.4205  0.5909  0.5909  0.4205  0.4205     NaN  0.5909 ...
	   0.4205     NaN  0.1364  0.2500  0.2500  0.3068  0.3068 ...
	   0.3636     NaN  0.1364  0.1932  0.1932  0.3068  0.3068 ...
	   0.3636     NaN  0.1364  0.1932  0.1932  0.2500  0.2500 ...
	   0.3636     NaN  0.1364  0.4205  0.3636  0.3636  0.4205 ...
	      NaN  0.1364  0.4205  0.3636  0.3636  0.4205     NaN ...
	   0.1364  0.4205  0.3636  0.3636  0.4205     NaN  0.5909 ...
	   0.8750  0.8182  0.8182  0.8750     NaN  0.6477  0.6491 ...
	   0.6536  0.6600  0.6664  0.6727  0.6791  0.6868  0.6955 ...
	   0.7045  0.7136  0.7223  0.7300  0.7364  0.7423  0.7464 ...
	   0.7505  0.7545  0.7591  0.7636  0.7686  0.7732  0.7782 ...
	   0.7827  0.7877  0.7923  0.7977  0.8027  0.8077  0.8141 ...
	   0.8218  0.8318  0.8455  0.8600  0.8709  0.8745  0.8750 ...
	      NaN  0.4545  0.4545     NaN  0.4545  0.4705  0.4773 ...
	   0.4818  0.4841  0.4864  0.4864  0.4841  0.4818  0.4773 ...
	   0.4705  0.4545     NaN  0.5409  0.5227     NaN  0.5409 ...
	   0.5591     NaN  0.5295  0.5523];
      y = [0.1932  0.1932  0.7045  0.7045  0.1932     NaN  0.7045 ...
	   0.1932     NaN  0.7045  0.7045  0.7900  0.7900  0.7045 ...
	   0.7045     NaN  0.5055  0.5055  0.5909  0.5909  0.5055 ...
	   0.5055     NaN  0.3068  0.3068  0.3918  0.3918  0.3068 ...
	   0.3068     NaN  0.6477  0.6477  0.6573  0.6382  0.6477 ...
	      NaN  0.4491  0.4491  0.4582  0.4395  0.4491     NaN ...
	   0.2500  0.2500  0.2595  0.2405  0.2500     NaN  0.4491 ...
	   0.4491  0.4582  0.4395  0.4491     NaN  0.5055  0.5095 ...
	   0.5195  0.5336  0.5468  0.5577  0.5668  0.5755  0.5855 ...
	   0.5964  0.6064  0.6145  0.6186  0.6186  0.6123  0.6023 ...
	   0.5900  0.5782  0.5673  0.5577  0.5482  0.5377  0.5277 ...
	   0.5182  0.5095  0.5014  0.4941  0.4877  0.4814  0.4777 ...
	   0.4777  0.4814  0.4882  0.4968  0.5032  0.5055  0.5055 ...
	      NaN  0.6386  0.5909     NaN  0.6386  0.6386  0.6364 ...
	   0.6318  0.6273  0.6205  0.6091  0.6023  0.5977  0.5932 ...
	   0.5909  0.5909     NaN  0.2977  0.2500     NaN  0.2977 ...
	   0.2500     NaN  0.2659  0.2659];
   case 'decoder'
      x = [0.6477  0.7045  0.7045  0.8182  0.8182  0.8750     NaN ...
	   0.6477  0.7045  0.7045  0.7614  0.7614  0.8750     NaN ...
	   0.6477  0.7614  0.7614  0.8182  0.8182  0.8750     NaN ...
	   0.4205  0.5909  0.5909  0.4205  0.4205     NaN  0.5909 ...
	   0.4205     NaN  0.1364  0.4205  0.3636  0.3636  0.4205 ...
	      NaN  0.5909  0.8750  0.8182  0.8182  0.8750     NaN ...
	   0.5909  0.8750  0.8182  0.8182  0.8750     NaN  0.5909 ...
	   0.8750  0.8182  0.8182  0.8750     NaN  0.1364  0.1377 ...
	   0.1423  0.1486  0.1550  0.1614  0.1677  0.1755  0.1841 ...
	   0.1932  0.2023  0.2109  0.2186  0.2250  0.2309  0.2355 ...
	   0.2391  0.2432  0.2477  0.2523  0.2573  0.2618  0.2668 ...
	   0.2714  0.2764  0.2809  0.2864  0.2914  0.2964  0.3027 ...
	   0.3105  0.3205  0.3341  0.3486  0.3595  0.3632  0.3636 ...
	      NaN  0.4727  0.4545     NaN  0.4727  0.4909     NaN ...
	   0.4614  0.4841     NaN  0.5227  0.5227     NaN  0.5227 ...
	   0.5386  0.5455  0.5500  0.5523  0.5545  0.5545  0.5523 ...
	   0.5500  0.5455  0.5386  0.5227];
      y = [0.5055  0.5055  0.5909  0.5909  0.5055  0.5055     NaN ...
	   0.3068  0.3068  0.3918  0.3918  0.3068  0.3068     NaN ...
	   0.7045  0.7045  0.7900  0.7900  0.7045  0.7045     NaN ...
	   0.1932  0.1932  0.7045  0.7045  0.1932     NaN  0.7045 ...
	   0.1932     NaN  0.4491  0.4491  0.4582  0.4395  0.4491 ...
	      NaN  0.4491  0.4491  0.4582  0.4395  0.4491     NaN ...
	   0.6477  0.6477  0.6573  0.6382  0.6477     NaN  0.2500 ...
	   0.2500  0.2595  0.2405  0.2500     NaN  0.5341  0.5377 ...
	   0.5482  0.5623  0.5755  0.5859  0.5950  0.6036  0.6141 ...
	   0.6245  0.6350  0.6427  0.6468  0.6468  0.6409  0.6309 ...
	   0.6186  0.6064  0.5959  0.5859  0.5764  0.5664  0.5559 ...
	   0.5464  0.5377  0.5300  0.5227  0.5159  0.5100  0.5059 ...
	   0.5059  0.5100  0.5168  0.5250  0.5314  0.5341  0.5341 ...
	      NaN  0.6386  0.5909     NaN  0.6386  0.5909     NaN ...
	   0.6068  0.6068     NaN  0.2977  0.2500     NaN  0.2977 ...
	   0.2977  0.2955  0.2909  0.2864  0.2795  0.2682  0.2614 ...
	   0.2568  0.2523  0.2500  0.2500];
   case 'dirAxisRot'
      x = [0.1382  0.1776     NaN  0.2171  0.1776  0.1645  0.1513 ...
	   0.1382  0.1316     NaN  0.2385  0.3569     NaN  0.2385 ...
	   0.3569     NaN  0.4243  0.4243     NaN  0.3783  0.4704 ...
	      NaN  0.5164  0.5270  0.5428  0.5428     NaN  0.5546 ...
	   0.5546  0.5599  0.5651  0.5757  0.5967  0.6072  0.6125 ...
	   0.6178  0.6178  0.6125  0.6020  0.5493  0.6230     NaN ...
	   0.6401  0.6980  0.6664  0.6822  0.6928  0.6980  0.7033 ...
	   0.7033  0.6980  0.6875  0.6717  0.6559  0.6401  0.6349 ...
	   0.6296     NaN  0.7961  0.7961  0.8026  0.8158  0.8355 ...
	   0.8487  0.8684     NaN  0.8684  0.8684];
      y = [0.6410  0.4548     NaN  0.6410  0.4548  0.4016  0.3750 ...
	   0.3617  0.3617     NaN  0.6144  0.6144     NaN  0.5346 ...
	   0.5346     NaN  0.7340  0.4548     NaN  0.7340  0.7340 ...
	      NaN  0.4468  0.4574  0.4894  0.2660     NaN  0.4362 ...
	   0.4468  0.4681  0.4787  0.4894  0.4894  0.4787  0.4681 ...
	   0.4468  0.4255  0.4043  0.3723  0.2660  0.2660     NaN ...
	   0.4894  0.4894  0.4043  0.4043  0.3936  0.3830  0.3511 ...
	   0.3298  0.2979  0.2766  0.2660  0.2660  0.2766  0.2872 ...
	   0.3085     NaN  0.6410  0.5080  0.4681  0.4548  0.4548 ...
	   0.4681  0.5080     NaN  0.6410  0.4548];
   case 'invAxisRot'
      x = [0.1382  0.1776     NaN  0.2171  0.1776  0.1645  0.1513 ...
	   0.1382  0.1316     NaN  0.2385  0.3569     NaN  0.2385 ...
	   0.3569     NaN  0.4243  0.4243     NaN  0.3783  0.4704 ...
	      NaN  0.5164  0.5270  0.5428  0.5428     NaN  0.5546 ...
	   0.5546  0.5599  0.5651  0.5757  0.5967  0.6072  0.6125 ...
	   0.6178  0.6178  0.6125  0.6020  0.5493  0.6230     NaN ...
	   0.6401  0.6980  0.6664  0.6822  0.6928  0.6980  0.7033 ...
	   0.7033  0.6980  0.6875  0.6717  0.6559  0.6401  0.6349 ...
	   0.6296     NaN  0.5164  0.6112     NaN  0.6349  0.6454 ...
	   0.6612  0.6612     NaN  0.7961  0.7961  0.8026  0.8158 ...
	   0.8355  0.8487  0.8684     NaN  0.8684  0.8684];
      y = [0.5684  0.4033     NaN  0.5684  0.4033  0.3561  0.3325 ...
	   0.3208  0.3208     NaN  0.5448  0.5448     NaN  0.4741 ...
	   0.4741     NaN  0.6509  0.4033     NaN  0.6509  0.6509 ...
	      NaN  0.3962  0.4057  0.4340  0.2358     NaN  0.3868 ...
	   0.3962  0.4151  0.4245  0.4340  0.4340  0.4245  0.4151 ...
	   0.3962  0.3774  0.3585  0.3302  0.2358  0.2358     NaN ...
	   0.4340  0.4340  0.3585  0.3585  0.3491  0.3396  0.3113 ...
	   0.2925  0.2642  0.2453  0.2358  0.2358  0.2453  0.2547 ...
	   0.2736     NaN  0.6509  0.6509     NaN  0.7264  0.7358 ...
	   0.7642  0.5660     NaN  0.5684  0.4505  0.4151  0.4033 ...
	   0.4033  0.4151  0.4505     NaN  0.5684  0.4033];
   case 'uConstant'
      x = [0.3333  0.3333  0.3500  0.3833  0.4333  0.4667  0.5167 ...
	      NaN  0.5167  0.5167     NaN  0.6900  0.6900     NaN ...
	   0.6900  0.6733  0.6567  0.6317  0.6150  0.5983  0.5900 ...
	   0.5900  0.5983  0.6150  0.6317  0.6567  0.6733  0.6900];
      y = [0.6667  0.3333  0.2333  0.2000  0.2000  0.2333  0.3333 ...
	      NaN  0.6667  0.2000     NaN  0.7407  0.5073     NaN ...
	   0.6907  0.7240  0.7407  0.7407  0.7240  0.6907  0.6407 ...
	   0.6073  0.5573  0.5240  0.5073  0.5073  0.5240  0.5573];
   case 'constantU'
      x = [0.5333  0.5333     NaN  0.5333  0.5000  0.4667  0.4167 ...
	   0.3833  0.3500  0.3333  0.3333  0.3500  0.3833  0.4167 ...
	   0.4667  0.5000  0.5333     NaN  0.6133  0.6133  0.6217 ...
	   0.6383  0.6633  0.6800  0.7050     NaN  0.7050  0.7050];
      y = [0.6667  0.2000     NaN  0.5667  0.6333  0.6667  0.6667 ...
	   0.6333  0.5667  0.4667  0.4000  0.3000  0.2333  0.2000 ...
	   0.2000  0.2333  0.3000     NaN  0.7407  0.5740  0.5240 ...
	   0.5073  0.5073  0.5240  0.5740     NaN  0.7407  0.5073];
   case 'signedSqrt'
      x = [0.6875  0.6875  0.7000  0.7250  0.7625  0.7875  0.8250 ...
	      NaN  0.8250  0.8250     NaN  0.6188  0.6188     NaN ...
	   0.8938  0.8938     NaN  0.3750  0.4375  0.5000  0.9375 ...
	      NaN  0.1875  0.1875  0.1938  0.2062  0.2250  0.2375 ...
	   0.2562     NaN  0.2562  0.2562     NaN  0.1531  0.1531 ...
	      NaN  0.2906  0.2906     NaN  0.2013  0.2013  0.2075 ...
	   0.2200  0.2388  0.2513  0.2700     NaN  0.2700  0.2700 ...
	      NaN  0.1500  0.3125];
      y = [0.6667  0.3333  0.2333  0.2000  0.2000  0.2333  0.3333 ...
	      NaN  0.6667  0.2000     NaN  0.2000  0.6667     NaN ...
	   0.2000  0.6667     NaN  0.5000  0.1667  0.7667  0.7667 ...
	      NaN  0.7500  0.5833  0.5333  0.5167  0.5167  0.5333 ...
	   0.5833     NaN  0.7500  0.5167     NaN  0.5167  0.7500 ...
	      NaN  0.5167  0.7500     NaN  0.4500  0.2833  0.2333 ...
	   0.2167  0.2167  0.2333  0.2833     NaN  0.4500  0.2167 ...
	      NaN  0.4733  0.4733];
 case 'timeDelay'
      x = [0.4000  0.4286  0.4714  0.4714     NaN  0.5143  0.3571 ...
	      NaN  0.3571  0.5143     NaN  0.3571  0.5143     NaN ...
	   0.5457  0.5457     NaN  0.5457  0.6457     NaN  0.6457 ...
	   0.6457     NaN  0.3286  0.6714  0.6714  0.3286  0.3286];
      y = [0.6455  0.6545  0.6818  0.4909     NaN  0.3636  0.2364 ...
	      NaN  0.3636  0.3636     NaN  0.2364  0.2364     NaN ...
	   0.3927  0.2973     NaN  0.3927  0.2973     NaN  0.3927 ...
	   0.2973     NaN  0.4455  0.4455  0.4545  0.4545  0.4455];
  case 'stateSpace'
      switch (opt)
      case 'cont'
	 x = [0.3346  0.3269  0.3037  0.2805  0.2573  0.2495  0.2573 ...
	      0.2727  0.3114  0.3269  0.3346  0.3346  0.3269  0.3037 ...
	      0.2805  0.2573  0.2495     NaN  0.4178  0.3559     NaN ...
	      0.4178  0.4797     NaN  0.3791  0.4565     NaN  0.6422 ...
	      0.6422     NaN  0.6422  0.7118  0.7350  0.7427  0.7505 ...
	      0.7505  0.7427  0.7350  0.7118     NaN  0.6422  0.7118 ...
	      0.7350  0.7427  0.7505  0.7505  0.7427  0.7350  0.7118 ...
	      0.6422     NaN  0.4797  0.4720  0.4565  0.4410  0.4101 ...
	      0.3946  0.3791  0.3714  0.3636  0.3636  0.3714  0.3791 ...
	      0.3946  0.4101  0.4410  0.4565  0.4720  0.4797     NaN ...
	      0.6422  0.6422     NaN  0.6422  0.6963  0.7195  0.7350 ...
	      0.7427  0.7505  0.7505  0.7427  0.7350  0.7195  0.6963 ...
	      0.6422     NaN  0.2089  0.1547  0.1547  0.2089  0.1625 ...
	      0.1625     NaN  0.7911  0.8453  0.8453  0.7911  0.8375 ...
	      0.8375];
	 y = [0.6602  0.6829  0.6942  0.6942  0.6829  0.6602  0.6376 ...
	      0.6263  0.6149  0.6036  0.5810  0.5696  0.5470  0.5357 ...
	      0.5357  0.5470  0.5696     NaN  0.7735  0.5357     NaN ...
	      0.7735  0.5357     NaN  0.6149  0.6149     NaN  0.7735 ...
	      0.5357     NaN  0.7735  0.7735  0.7622  0.7508  0.7282 ...
	      0.7055  0.6829  0.6716  0.6602     NaN  0.6602  0.6602 ...
	      0.6489  0.6376  0.6149  0.5810  0.5583  0.5470  0.5357 ...
	      0.5357     NaN  0.4077  0.4304  0.4530  0.4643  0.4643 ...
	      0.4530  0.4304  0.4077  0.3737  0.3171  0.2831  0.2605 ...
	      0.2378  0.2265  0.2265  0.2378  0.2605  0.2831     NaN ...
	      0.4643  0.2265     NaN  0.4643  0.4643  0.4530  0.4304 ...
	      0.4077  0.3737  0.3171  0.2831  0.2605  0.2378  0.2265 ...
	      0.2265     NaN  0.2265  0.2265  0.7735  0.7735  0.7735 ...
	      0.2265     NaN  0.2265  0.2265  0.7735  0.7735  0.7735 ...
	      0.2265];
      case 'disc'
	 x = [0.3346  0.2495     NaN  0.2495  0.3346     NaN  0.2495 ...
	      0.3346     NaN  0.4178  0.3559     NaN  0.4178  0.4797 ...
	         NaN  0.3791  0.4565     NaN  0.6422  0.6422     NaN ...
	      0.6422  0.7118  0.7350  0.7427  0.7505  0.7505  0.7427 ...
	      0.7350  0.7118     NaN  0.6422  0.7118  0.7350  0.7427 ...
	      0.7505  0.7505  0.7427  0.7350  0.7118  0.6422     NaN ...
	      0.4797  0.4720  0.4565  0.4410  0.4101  0.3946  0.3791 ...
	      0.3714  0.3636  0.3636  0.3714  0.3791  0.3946  0.4101 ...
	      0.4410  0.4565  0.4720  0.4797     NaN  0.6422  0.6422 ...
	         NaN  0.6422  0.6963  0.7195  0.7350  0.7427  0.7505 ...
	      0.7505  0.7427  0.7350  0.7195  0.6963  0.6422     NaN ...
	      0.2089  0.1547  0.1547  0.2089  0.1625  0.1625     NaN ...
	      0.7911  0.8453  0.8453  0.7911  0.8375  0.8375];
	 y = [0.6942  0.5357     NaN  0.6942  0.6942     NaN  0.5357 ...
	      0.5357     NaN  0.7735  0.5357     NaN  0.7735  0.5357 ...
	         NaN  0.6149  0.6149     NaN  0.7735  0.5357     NaN ...
	      0.7735  0.7735  0.7622  0.7508  0.7282  0.7055  0.6829 ...
	      0.6716  0.6602     NaN  0.6602  0.6602  0.6489  0.6376 ...
	      0.6149  0.5810  0.5583  0.5470  0.5357  0.5357     NaN ...
	      0.4077  0.4304  0.4530  0.4643  0.4643  0.4530  0.4304 ...
	      0.4077  0.3737  0.3171  0.2831  0.2605  0.2378  0.2265 ...
	      0.2265  0.2378  0.2605  0.2831     NaN  0.4643  0.2265 ...
	         NaN  0.4643  0.4643  0.4530  0.4304  0.4077  0.3737 ...
	      0.3171  0.2831  0.2605  0.2378  0.2265  0.2265     NaN ...
	      0.2265  0.2265  0.7735  0.7735  0.7735  0.2265     NaN ...
	      0.2265  0.2265  0.7735  0.7735  0.7735  0.2265];
      end
   case 'gainZerosPoles'
      switch (opt)
      case 'cont'
	 x = [0.2378  0.1399     NaN  0.1399  0.2378     NaN  0.1399 ...
	      0.2378     NaN  0.2622  0.2622     NaN  0.2622  0.3531 ...
	         NaN  0.2622  0.3182     NaN  0.2622  0.3531     NaN ...
	      0.3776  0.3776     NaN  0.3776  0.4406  0.4615  0.4685 ...
	      0.4755  0.4755  0.4685  0.4615  0.4406  0.3776     NaN ...
	      0.4266  0.4755     NaN  0.5420  0.5280  0.5140  0.5070 ...
	      0.5000  0.5000  0.5070  0.5140  0.5280  0.5420  0.5699 ...
	      0.5839  0.5979  0.6049  0.6119  0.6119  0.6049  0.5979 ...
	      0.5839  0.5699  0.5420     NaN  0.6853  0.6713  0.6573 ...
	      0.6434  0.6364  0.6364  0.6434  0.6573  0.6713  0.6853 ...
	         NaN  0.7867  0.7797  0.7587  0.7378  0.7168  0.7098 ...
	      0.7168  0.7308  0.7657  0.7797  0.7867  0.7867  0.7797 ...
	      0.7587  0.7378  0.7168  0.7098     NaN  0.8112  0.8252 ...
	      0.8392  0.8531  0.8601  0.8601  0.8531  0.8392  0.8252 ...
	      0.8112     NaN  0.1399  0.1399     NaN  0.1399  0.2028 ...
	      0.2238  0.2308  0.2378  0.2378  0.2308  0.2238  0.2028 ...
	      0.1399     NaN  0.3042  0.2902  0.2762  0.2692  0.2622 ...
	      0.2622  0.2692  0.2762  0.2902  0.3042  0.3322  0.3462 ...
	      0.3601  0.3671  0.3741  0.3741  0.3671  0.3601  0.3462 ...
	      0.3322  0.3042     NaN  0.3986  0.3986     NaN  0.3986 ...
	      0.4825     NaN  0.5070  0.5070     NaN  0.5070  0.5979 ...
	         NaN  0.5070  0.5629     NaN  0.5070  0.5979     NaN ...
	      0.6713  0.6573  0.6434  0.6294  0.6224  0.6224  0.6294 ...
	      0.6434  0.6573  0.6713     NaN  0.7727  0.7657  0.7448 ...
	      0.7238  0.7028  0.6958  0.7028  0.7168  0.7517  0.7657 ...
	      0.7727  0.7727  0.7657  0.7448  0.7238  0.7028  0.6958 ...
	         NaN  0.7972  0.8112  0.8252  0.8392  0.8462  0.8462 ...
	      0.8392  0.8252  0.8112  0.7972     NaN  0.1399  0.1399 ...
	      0.8601  0.8601  0.1399];
	 y = [0.7887  0.6039     NaN  0.7887  0.7887     NaN  0.6039 ...
	      0.6039     NaN  0.7887  0.6039     NaN  0.7887  0.7887 ...
	         NaN  0.7007  0.7007     NaN  0.6039  0.6039     NaN ...
	      0.7887  0.6039     NaN  0.7887  0.7887  0.7799  0.7711 ...
	      0.7535  0.7359  0.7183  0.7095  0.7007  0.7007     NaN ...
	      0.7007  0.6039     NaN  0.7887  0.7799  0.7623  0.7447 ...
	      0.7183  0.6743  0.6479  0.6303  0.6127  0.6039  0.6039 ...
	      0.6127  0.6303  0.6479  0.6743  0.7183  0.7447  0.7623 ...
	      0.7799  0.7887  0.7887     NaN  0.8239  0.8063  0.7799 ...
	      0.7447  0.7007  0.6655  0.6215  0.5863  0.5599  0.5423 ...
	         NaN  0.7007  0.7183  0.7271  0.7271  0.7183  0.7007 ...
	      0.6831  0.6743  0.6655  0.6567  0.6391  0.6303  0.6127 ...
	      0.6039  0.6039  0.6127  0.6303     NaN  0.8239  0.8063 ...
	      0.7799  0.7447  0.7007  0.6655  0.6215  0.5863  0.5599 ...
	      0.5423     NaN  0.4225  0.2377     NaN  0.4225  0.4225 ...
	      0.4137  0.4049  0.3873  0.3609  0.3433  0.3345  0.3257 ...
	      0.3257     NaN  0.4225  0.4137  0.3961  0.3785  0.3521 ...
	      0.3081  0.2817  0.2641  0.2465  0.2377  0.2377  0.2465 ...
	      0.2641  0.2817  0.3081  0.3521  0.3785  0.3961  0.4137 ...
	      0.4225  0.4225     NaN  0.4225  0.2377     NaN  0.2377 ...
	      0.2377     NaN  0.4225  0.2377     NaN  0.4225  0.4225 ...
	         NaN  0.3345  0.3345     NaN  0.2377  0.2377     NaN ...
	      0.4577  0.4401  0.4137  0.3785  0.3345  0.2993  0.2553 ...
	      0.2201  0.1937  0.1761     NaN  0.3345  0.3521  0.3609 ...
	      0.3609  0.3521  0.3345  0.3169  0.3081  0.2993  0.2905 ...
	      0.2729  0.2641  0.2465  0.2377  0.2377  0.2465  0.2641 ...
	         NaN  0.4577  0.4401  0.4137  0.3785  0.3345  0.2993 ...
	      0.2553  0.2201  0.1937  0.1761     NaN  0.5085  0.4915 ...
	      0.4915  0.5085  0.5085];
      case 'disc'
	 x = [0.2378  0.1399     NaN  0.1399  0.2378     NaN  0.1399 ...
	      0.2378     NaN  0.2622  0.2622     NaN  0.2622  0.3531 ...
	         NaN  0.2622  0.3182     NaN  0.2622  0.3531     NaN ...
	      0.3776  0.3776     NaN  0.3776  0.4406  0.4615  0.4685 ...
	      0.4755  0.4755  0.4685  0.4615  0.4406  0.3776     NaN ...
	      0.4266  0.4755     NaN  0.5420  0.5280  0.5140  0.5070 ...
	      0.5000  0.5000  0.5070  0.5140  0.5280  0.5420  0.5699 ...
	      0.5839  0.5979  0.6049  0.6119  0.6119  0.6049  0.5979 ...
	      0.5839  0.5699  0.5420     NaN  0.6853  0.6713  0.6573 ...
	      0.6434  0.6364  0.6364  0.6434  0.6573  0.6713  0.6853 ...
	         NaN  0.7867  0.7098     NaN  0.7098  0.7867     NaN ...
	      0.7098  0.7867     NaN  0.8112  0.8252  0.8392  0.8531 ...
	      0.8601  0.8601  0.8531  0.8392  0.8252  0.8112     NaN ...
	      0.1399  0.1399     NaN  0.1399  0.2028  0.2238  0.2308 ...
	      0.2378  0.2378  0.2308  0.2238  0.2028  0.1399     NaN ...
	      0.3042  0.2902  0.2762  0.2692  0.2622  0.2622  0.2692 ...
	      0.2762  0.2902  0.3042  0.3322  0.3462  0.3601  0.3671 ...
	      0.3741  0.3741  0.3671  0.3601  0.3462  0.3322  0.3042 ...
	         NaN  0.3986  0.3986     NaN  0.3986  0.4825     NaN ...
	      0.5070  0.5070     NaN  0.5070  0.5979     NaN  0.5070 ...
	      0.5629     NaN  0.5070  0.5979     NaN  0.6713  0.6573 ...
	      0.6434  0.6294  0.6224  0.6224  0.6294  0.6434  0.6573 ...
	      0.6713     NaN  0.7727  0.6958     NaN  0.6958  0.7727 ...
	         NaN  0.6958  0.7727     NaN  0.7972  0.8112  0.8252 ...
	      0.8392  0.8462  0.8462  0.8392  0.8252  0.8112  0.7972 ...
	         NaN  0.1399  0.1399  0.8601  0.8601  0.1399];
	 y = [0.7887  0.6039     NaN  0.7887  0.7887     NaN  0.6039 ...
	      0.6039     NaN  0.7887  0.6039     NaN  0.7887  0.7887 ...
	         NaN  0.7007  0.7007     NaN  0.6039  0.6039     NaN ...
	      0.7887  0.6039     NaN  0.7887  0.7887  0.7799  0.7711 ...
	      0.7535  0.7359  0.7183  0.7095  0.7007  0.7007     NaN ...
	      0.7007  0.6039     NaN  0.7887  0.7799  0.7623  0.7447 ...
	      0.7183  0.6743  0.6479  0.6303  0.6127  0.6039  0.6039 ...
	      0.6127  0.6303  0.6479  0.6743  0.7183  0.7447  0.7623 ...
	      0.7799  0.7887  0.7887     NaN  0.8239  0.8063  0.7799 ...
	      0.7447  0.7007  0.6655  0.6215  0.5863  0.5599  0.5423 ...
	         NaN  0.7271  0.6039     NaN  0.7271  0.7271     NaN ...
	      0.6039  0.6039     NaN  0.8239  0.8063  0.7799  0.7447 ...
	      0.7007  0.6655  0.6215  0.5863  0.5599  0.5423     NaN ...
	      0.4225  0.2377     NaN  0.4225  0.4225  0.4137  0.4049 ...
	      0.3873  0.3609  0.3433  0.3345  0.3257  0.3257     NaN ...
	      0.4225  0.4137  0.3961  0.3785  0.3521  0.3081  0.2817 ...
	      0.2641  0.2465  0.2377  0.2377  0.2465  0.2641  0.2817 ...
	      0.3081  0.3521  0.3785  0.3961  0.4137  0.4225  0.4225 ...
	         NaN  0.4225  0.2377     NaN  0.2377  0.2377     NaN ...
	      0.4225  0.2377     NaN  0.4225  0.4225     NaN  0.3345 ...
	      0.3345     NaN  0.2377  0.2377     NaN  0.4577  0.4401 ...
	      0.4137  0.3785  0.3345  0.2993  0.2553  0.2201  0.1937 ...
	      0.1761     NaN  0.3609  0.2377     NaN  0.3609  0.3609 ...
	         NaN  0.2377  0.2377     NaN  0.4577  0.4401  0.4137 ...
	      0.3785  0.3345  0.2993  0.2553  0.2201  0.1937  0.1761 ...
	         NaN  0.5085  0.4915  0.4915  0.5085  0.5085];
      end
   case 'gainDampsFreq'
      switch (opt)
      case 'cont'
	 x = [0.2144  0.2083  0.1960  0.1838  0.1593  0.1470  0.1348 ...
	      0.1286  0.1225  0.1225  0.1286  0.1348  0.1470  0.1593 ...
	      0.1838  0.1960  0.2083  0.2144     NaN  0.3231  0.2374 ...
	         NaN  0.2374  0.3231     NaN  0.2374  0.3231     NaN ...
	      0.3461  0.3461     NaN  0.3461  0.4257     NaN  0.3461 ...
	      0.3951     NaN  0.3461  0.4257     NaN  0.4487  0.4487 ...
	         NaN  0.4487  0.5038  0.5222  0.5283  0.5345  0.5345 ...
	      0.5283  0.5222  0.5038  0.4487     NaN  0.4916  0.5345 ...
	         NaN  0.5942  0.5819  0.5697  0.5636  0.5574  0.5574 ...
	      0.5636  0.5697  0.5819  0.5942  0.6187  0.6309  0.6432 ...
	      0.6493  0.6554  0.6554  0.6493  0.6432  0.6309  0.6187 ...
	      0.5942     NaN  0.7213  0.7090  0.6968  0.6845  0.6784 ...
	      0.6784  0.6845  0.6968  0.7090  0.7213     NaN  0.8116 ...
	      0.8055  0.7871  0.7688  0.7504  0.7443  0.7504  0.7626 ...
	      0.7933  0.8055  0.8116  0.8116  0.8055  0.7871  0.7688 ...
	      0.7504  0.7443     NaN  0.8346  0.8469  0.8591  0.8714 ...
	      0.8775  0.8775  0.8714  0.8591  0.8469  0.8346     NaN ...
	      0.2144  0.2083  0.1960  0.1838  0.1593  0.1470  0.1348 ...
	      0.1286  0.1225  0.1225  0.1286  0.1348  0.1470  0.1593 ...
	      0.1838  0.1960  0.2083  0.2144     NaN  0.2374  0.2374 ...
	         NaN  0.2374  0.2925  0.3109  0.3170  0.3231  0.3231 ...
	      0.3170  0.3109  0.2925  0.2374     NaN  0.3828  0.3706 ...
	      0.3583  0.3522  0.3461  0.3461  0.3522  0.3583  0.3706 ...
	      0.3828  0.4074  0.4196  0.4319  0.4380  0.4441  0.4441 ...
	      0.4380  0.4319  0.4196  0.4074  0.3828     NaN  0.4671 ...
	      0.4671     NaN  0.4671  0.5406     NaN  0.5636  0.5636 ...
	         NaN  0.5636  0.6432     NaN  0.5636  0.6126     NaN ...
	      0.5636  0.6432     NaN  0.7090  0.6968  0.6845  0.6723 ...
	      0.6662  0.6662  0.6723  0.6845  0.6968  0.7090     NaN ...
	      0.7994  0.7933  0.7749  0.7565  0.7381  0.7320  0.7381 ...
	      0.7504  0.7810  0.7933  0.7994  0.7994  0.7933  0.7749 ...
	      0.7565  0.7381  0.7320     NaN  0.8224  0.8346  0.8469 ...
	      0.8591  0.8652  0.8652  0.8591  0.8469  0.8346  0.8224 ...
	         NaN  0.1225  0.1225  0.8775  0.8775  0.1225];
	 y = [0.7447  0.7623  0.7799  0.7887  0.7887  0.7799  0.7623 ...
	      0.7447  0.7183  0.6743  0.6479  0.6303  0.6127  0.6039 ...
	      0.6039  0.6127  0.6303  0.6479     NaN  0.7887  0.6039 ...
	         NaN  0.7887  0.7887     NaN  0.6039  0.6039     NaN ...
	      0.7887  0.6039     NaN  0.7887  0.7887     NaN  0.7007 ...
	      0.7007     NaN  0.6039  0.6039     NaN  0.7887  0.6039 ...
	         NaN  0.7887  0.7887  0.7799  0.7711  0.7535  0.7359 ...
	      0.7183  0.7095  0.7007  0.7007     NaN  0.7007  0.6039 ...
	         NaN  0.7887  0.7799  0.7623  0.7447  0.7183  0.6743 ...
	      0.6479  0.6303  0.6127  0.6039  0.6039  0.6127  0.6303 ...
	      0.6479  0.6743  0.7183  0.7447  0.7623  0.7799  0.7887 ...
	      0.7887     NaN  0.8239  0.8063  0.7799  0.7447  0.7007 ...
	      0.6655  0.6215  0.5863  0.5599  0.5423     NaN  0.7007 ...
	      0.7183  0.7271  0.7271  0.7183  0.7007  0.6831  0.6743 ...
	      0.6655  0.6567  0.6391  0.6303  0.6127  0.6039  0.6039 ...
	      0.6127  0.6303     NaN  0.8239  0.8063  0.7799  0.7447 ...
	      0.7007  0.6655  0.6215  0.5863  0.5599  0.5423     NaN ...
	      0.3785  0.3961  0.4137  0.4225  0.4225  0.4137  0.3961 ...
	      0.3785  0.3521  0.3081  0.2817  0.2641  0.2465  0.2377 ...
	      0.2377  0.2465  0.2641  0.2817     NaN  0.4225  0.2377 ...
	         NaN  0.4225  0.4225  0.4137  0.4049  0.3873  0.3609 ...
	      0.3433  0.3345  0.3257  0.3257     NaN  0.4225  0.4137 ...
	      0.3961  0.3785  0.3521  0.3081  0.2817  0.2641  0.2465 ...
	      0.2377  0.2377  0.2465  0.2641  0.2817  0.3081  0.3521 ...
	      0.3785  0.3961  0.4137  0.4225  0.4225     NaN  0.4225 ...
	      0.2377     NaN  0.2377  0.2377     NaN  0.4225  0.2377 ...
	         NaN  0.4225  0.4225     NaN  0.3345  0.3345     NaN ...
	      0.2377  0.2377     NaN  0.4577  0.4401  0.4137  0.3785 ...
	      0.3345  0.2993  0.2553  0.2201  0.1937  0.1761     NaN ...
	      0.3345  0.3521  0.3609  0.3609  0.3521  0.3345  0.3169 ...
	      0.3081  0.2993  0.2905  0.2729  0.2641  0.2465  0.2377 ...
	      0.2377  0.2465  0.2641     NaN  0.4577  0.4401  0.4137 ...
	      0.3785  0.3345  0.2993  0.2553  0.2201  0.1937  0.1761 ...
	         NaN  0.5085  0.4915  0.4915  0.5085  0.5085];
      case 'disc'
	 x = [0.2144  0.2083  0.1960  0.1838  0.1593  0.1470  0.1348 ...
	      0.1286  0.1225  0.1225  0.1286  0.1348  0.1470  0.1593 ...
	      0.1838  0.1960  0.2083  0.2144     NaN  0.3231  0.2374 ...
	         NaN  0.2374  0.3231     NaN  0.2374  0.3231     NaN ...
	      0.3461  0.3461     NaN  0.3461  0.4257     NaN  0.3461 ...
	      0.3951     NaN  0.3461  0.4257     NaN  0.4487  0.4487 ...
	         NaN  0.4487  0.5038  0.5222  0.5283  0.5345  0.5345 ...
	      0.5283  0.5222  0.5038  0.4487     NaN  0.4916  0.5345 ...
	         NaN  0.5942  0.5819  0.5697  0.5636  0.5574  0.5574 ...
	      0.5636  0.5697  0.5819  0.5942  0.6187  0.6309  0.6432 ...
	      0.6493  0.6554  0.6554  0.6493  0.6432  0.6309  0.6187 ...
	      0.5942     NaN  0.7213  0.7090  0.6968  0.6845  0.6784 ...
	      0.6784  0.6845  0.6968  0.7090  0.7213     NaN  0.8116 ...
	      0.7443     NaN  0.7443  0.8116     NaN  0.7443  0.8116 ...
	         NaN  0.8346  0.8469  0.8591  0.8714  0.8775  0.8775 ...
	      0.8714  0.8591  0.8469  0.8346     NaN  0.2144  0.2083 ...
	      0.1960  0.1838  0.1593  0.1470  0.1348  0.1286  0.1225 ...
	      0.1225  0.1286  0.1348  0.1470  0.1593  0.1838  0.1960 ...
	      0.2083  0.2144     NaN  0.2374  0.2374     NaN  0.2374 ...
	      0.2925  0.3109  0.3170  0.3231  0.3231  0.3170  0.3109 ...
	      0.2925  0.2374     NaN  0.3828  0.3706  0.3583  0.3522 ...
	      0.3461  0.3461  0.3522  0.3583  0.3706  0.3828  0.4074 ...
	      0.4196  0.4319  0.4380  0.4441  0.4441  0.4380  0.4319 ...
	      0.4196  0.4074  0.3828     NaN  0.4671  0.4671     NaN ...
	      0.4671  0.5406     NaN  0.5636  0.5636     NaN  0.5636 ...
	      0.6432     NaN  0.5636  0.6126     NaN  0.5636  0.6432 ...
	         NaN  0.7090  0.6968  0.6845  0.6723  0.6662  0.6662 ...
	      0.6723  0.6845  0.6968  0.7090     NaN  0.7994  0.7320 ...
	         NaN  0.7320  0.7994     NaN  0.7320  0.7994     NaN ...
	      0.8224  0.8346  0.8469  0.8591  0.8652  0.8652  0.8591 ...
	      0.8469  0.8346  0.8224     NaN  0.1225  0.1225  0.8775 ...
	      0.8775  0.1225];
	 y = [0.7447  0.7623  0.7799  0.7887  0.7887  0.7799  0.7623 ...
	      0.7447  0.7183  0.6743  0.6479  0.6303  0.6127  0.6039 ...
	      0.6039  0.6127  0.6303  0.6479     NaN  0.7887  0.6039 ...
	         NaN  0.7887  0.7887     NaN  0.6039  0.6039     NaN ...
	      0.7887  0.6039     NaN  0.7887  0.7887     NaN  0.7007 ...
	      0.7007     NaN  0.6039  0.6039     NaN  0.7887  0.6039 ...
	         NaN  0.7887  0.7887  0.7799  0.7711  0.7535  0.7359 ...
	      0.7183  0.7095  0.7007  0.7007     NaN  0.7007  0.6039 ...
	         NaN  0.7887  0.7799  0.7623  0.7447  0.7183  0.6743 ...
	      0.6479  0.6303  0.6127  0.6039  0.6039  0.6127  0.6303 ...
	      0.6479  0.6743  0.7183  0.7447  0.7623  0.7799  0.7887 ...
	      0.7887     NaN  0.8239  0.8063  0.7799  0.7447  0.7007 ...
	      0.6655  0.6215  0.5863  0.5599  0.5423     NaN  0.7271 ...
	      0.6039     NaN  0.7271  0.7271     NaN  0.6039  0.6039 ...
	         NaN  0.8239  0.8063  0.7799  0.7447  0.7007  0.6655 ...
	      0.6215  0.5863  0.5599  0.5423     NaN  0.3785  0.3961 ...
	      0.4137  0.4225  0.4225  0.4137  0.3961  0.3785  0.3521 ...
	      0.3081  0.2817  0.2641  0.2465  0.2377  0.2377  0.2465 ...
	      0.2641  0.2817     NaN  0.4225  0.2377     NaN  0.4225 ...
	      0.4225  0.4137  0.4049  0.3873  0.3609  0.3433  0.3345 ...
	      0.3257  0.3257     NaN  0.4225  0.4137  0.3961  0.3785 ...
	      0.3521  0.3081  0.2817  0.2641  0.2465  0.2377  0.2377 ...
	      0.2465  0.2641  0.2817  0.3081  0.3521  0.3785  0.3961 ...
	      0.4137  0.4225  0.4225     NaN  0.4225  0.2377     NaN ...
	      0.2377  0.2377     NaN  0.4225  0.2377     NaN  0.4225 ...
	      0.4225     NaN  0.3345  0.3345     NaN  0.2377  0.2377 ...
	         NaN  0.4577  0.4401  0.4137  0.3785  0.3345  0.2993 ...
	      0.2553  0.2201  0.1937  0.1761     NaN  0.3609  0.2377 ...
	         NaN  0.3609  0.3609     NaN  0.2377  0.2377     NaN ...
	      0.4577  0.4401  0.4137  0.3785  0.3345  0.2993  0.2553 ...
	      0.2201  0.1937  0.1761     NaN  0.5085  0.4915  0.4915 ...
	      0.5085  0.5085];
      end
   case 'numDenCoeffs'
      switch (opt)
      case 'cont'
	 x = [0.2235  0.2235     NaN  0.2235  0.3799     NaN  0.3799 ...
	    0.3799     NaN  0.4972  0.4749  0.4525  0.4302  0.4190 ...
	    0.4190  0.4302  0.4525  0.4749  0.4972     NaN  0.6592 ...
	    0.6480  0.6145  0.5810  0.5475  0.5363  0.5475  0.5698 ...
	    0.6257  0.6480  0.6592  0.6592  0.6480  0.6145  0.5810 ...
	    0.5475  0.5363     NaN  0.6983  0.7207  0.7430  0.7654 ...
	    0.7765  0.7765  0.7654  0.7430  0.7207  0.6983     NaN ...
	    0.2235  0.2235     NaN  0.2235  0.3017  0.3352  0.3575 ...
	    0.3687  0.3799  0.3799  0.3687  0.3575  0.3352  0.3017 ...
	    0.2235     NaN  0.4972  0.4749  0.4525  0.4302  0.4190 ...
	    0.4190  0.4302  0.4525  0.4749  0.4972     NaN  0.6592 ...
	    0.6480  0.6145  0.5810  0.5475  0.5363  0.5475  0.5698 ...
	    0.6257  0.6480  0.6592  0.6592  0.6480  0.6145  0.5810 ...
	    0.5475  0.5363     NaN  0.6983  0.7207  0.7430  0.7654 ...
	    0.7765  0.7765  0.7654  0.7430  0.7207  0.6983     NaN ...
	    0.2235  0.2235  0.7765  0.7765  0.2235];
	 y = [0.7887  0.6039     NaN  0.7887  0.6039     NaN  0.7887 ...
	    0.6039     NaN  0.8239  0.8063  0.7799  0.7447  0.7007 ...
	    0.6655  0.6215  0.5863  0.5599  0.5423     NaN  0.7007 ...
	    0.7183  0.7271  0.7271  0.7183  0.7007  0.6831  0.6743 ...
	    0.6655  0.6567  0.6391  0.6303  0.6127  0.6039  0.6039 ...
	    0.6127  0.6303     NaN  0.8239  0.8063  0.7799  0.7447 ...
	    0.7007  0.6655  0.6215  0.5863  0.5599  0.5423     NaN ...
	    0.4225  0.2377     NaN  0.4225  0.4225  0.4137  0.3961 ...
	    0.3785  0.3521  0.3081  0.2817  0.2641  0.2465  0.2377 ...
	    0.2377     NaN  0.4577  0.4401  0.4137  0.3785  0.3345 ...
	    0.2993  0.2553  0.2201  0.1937  0.1761     NaN  0.3345 ...
	    0.3521  0.3609  0.3609  0.3521  0.3345  0.3169  0.3081 ...
	    0.2993  0.2905  0.2729  0.2641  0.2465  0.2377  0.2377 ...
	    0.2465  0.2641     NaN  0.4577  0.4401  0.4137  0.3785 ...
	    0.3345  0.2993  0.2553  0.2201  0.1937  0.1761     NaN ...
	    0.5085  0.4915  0.4915  0.5085  0.5085];
      case 'disc'
	 x = [0.2235  0.2235     NaN  0.2235  0.3799     NaN  0.3799 ...
	      0.3799     NaN  0.4972  0.4749  0.4525  0.4302  0.4190 ...
	      0.4190  0.4302  0.4525  0.4749  0.4972     NaN  0.6592 ...
	      0.5363     NaN  0.5363  0.6592     NaN  0.5363  0.6592 ...
	         NaN  0.6983  0.7207  0.7430  0.7654  0.7765  0.7765 ...
	      0.7654  0.7430  0.7207  0.6983     NaN  0.2235  0.2235 ...
	         NaN  0.2235  0.3017  0.3352  0.3575  0.3687  0.3799 ...
	      0.3799  0.3687  0.3575  0.3352  0.3017  0.2235     NaN ...
	      0.4972  0.4749  0.4525  0.4302  0.4190  0.4190  0.4302 ...
	      0.4525  0.4749  0.4972     NaN  0.6592  0.5363     NaN ...
	      0.5363  0.6592     NaN  0.5363  0.6592     NaN  0.6983 ...
	      0.7207  0.7430  0.7654  0.7765  0.7765  0.7654  0.7430 ...
	      0.7207  0.6983     NaN  0.2235  0.2235  0.7765  0.7765 ...
	      0.2235];
	 y = [0.7887  0.6039     NaN  0.7887  0.6039     NaN  0.7887 ...
	      0.6039     NaN  0.8239  0.8063  0.7799  0.7447  0.7007 ...
	      0.6655  0.6215  0.5863  0.5599  0.5423     NaN  0.7271 ...
	      0.6039     NaN  0.7271  0.7271     NaN  0.6039  0.6039 ...
	         NaN  0.8239  0.8063  0.7799  0.7447  0.7007  0.6655 ...
	      0.6215  0.5863  0.5599  0.5423     NaN  0.4225  0.2377 ...
	         NaN  0.4225  0.4225  0.4137  0.3961  0.3785  0.3521 ...
	      0.3081  0.2817  0.2641  0.2465  0.2377  0.2377     NaN ...
	      0.4577  0.4401  0.4137  0.3785  0.3345  0.2993  0.2553 ...
	      0.2201  0.1937  0.1761     NaN  0.3609  0.2377     NaN ...
	      0.3609  0.3609     NaN  0.2377  0.2377     NaN  0.4577 ...
	      0.4401  0.4137  0.3785  0.3345  0.2993  0.2553  0.2201 ...
	      0.1937  0.1761     NaN  0.5085  0.4915  0.4915  0.5085 ...
	      0.5085];
      end
   case 'polyOneVar'
      x = [0.1333  0.1833     NaN  0.2333  0.1833  0.1667  0.1500 ...
	   0.1333  0.1250     NaN  0.2604  0.4104     NaN  0.2604 ...
	   0.4104     NaN  0.4375  0.4375     NaN  0.4375  0.5125 ...
	   0.5375  0.5458  0.5542  0.5542  0.5458  0.5375  0.5125 ...
	   0.4375     NaN  0.6396  0.6229  0.6062  0.5896  0.5813 ...
	   0.5813  0.5896  0.6062  0.6229  0.6396     NaN  0.6667 ...
	   0.6667  0.6750  0.6917  0.7167  0.7333  0.7583     NaN ...
	   0.7583  0.7583     NaN  0.7854  0.8021  0.8187  0.8354 ...
	   0.8438  0.8438  0.8354  0.8187  0.8021  0.7854];
      y = [0.5625  0.3875     NaN  0.5625  0.3875  0.3375  0.3125 ...
	   0.3000  0.3000     NaN  0.5375  0.5375     NaN  0.4625 ...
	   0.4625     NaN  0.6500  0.3875     NaN  0.6500  0.6500 ...
	   0.6375  0.6250  0.6000  0.5625  0.5375  0.5250  0.5125 ...
	   0.5125     NaN  0.7000  0.6750  0.6375  0.5875  0.5250 ...
	   0.4750  0.4125  0.3625  0.3250  0.3000     NaN  0.5625 ...
	   0.4375  0.4000  0.3875  0.3875  0.4000  0.4375     NaN ...
	   0.5625  0.3875     NaN  0.7000  0.6750  0.6375  0.5875 ...
	   0.5250  0.4750  0.4125  0.3625  0.3250  0.3000];
   case 'nthOrderInteg'
      switch (opt)
      case 'cont'
	 x = [0.4167  0.4167     NaN  0.5333  0.4167     NaN  0.4583 ...
	      0.5333     NaN  0.5083  0.5000  0.4750  0.4500  0.4250 ...
	      0.4167  0.4250  0.4417  0.4833  0.5000  0.5083  0.5083 ...
	      0.5000  0.4750  0.4500  0.4250  0.4167     NaN  0.5358 ...
	      0.5358     NaN  0.5358  0.5942     NaN  0.5942  0.5942 ...
	         NaN  0.4167  0.6250  0.6250  0.4167  0.4167];
	 y = [0.8000  0.5900     NaN  0.8000  0.6600     NaN  0.7100 ...
	      0.5900     NaN  0.4200  0.4400  0.4500  0.4500  0.4400 ...
	      0.4200  0.4000  0.3900  0.3800  0.3700  0.3500  0.3400 ...
	      0.3200  0.3100  0.3100  0.3200  0.3400     NaN  0.4820 ...
	      0.3770     NaN  0.4820  0.3770     NaN  0.4820  0.3770 ...
	         NaN  0.5400  0.5400  0.5500  0.5500  0.5400];
      case 'disc'
	 x = [0.1538  0.1538     NaN  0.2615  0.1538     NaN  0.1923 ...
	      0.2615     NaN  0.3423  0.3269  0.3115  0.2962  0.2885 ...
	      0.2885  0.2962  0.3115  0.3269  0.3423     NaN  0.4231 ...
	      0.4231     NaN  0.3692  0.4769     NaN  0.5885  0.5038 ...
	         NaN  0.5038  0.5885     NaN  0.5038  0.5885     NaN ...
	      0.6154  0.6308  0.6462  0.6615  0.6692  0.6692  0.6615 ...
	      0.6462  0.6308  0.6154     NaN  0.7723  0.7723     NaN ...
	      0.7723  0.8262     NaN  0.8262  0.8262     NaN  0.2538 ...
	      0.2385  0.2231  0.2077  0.2000  0.2000  0.2077  0.2231 ...
	      0.2385  0.2538     NaN  0.3519  0.2673     NaN  0.2673 ...
	      0.3519     NaN  0.2673  0.3519     NaN  0.3654  0.5038 ...
	         NaN  0.5173  0.5327  0.5558  0.5558     NaN  0.5692 ...
	      0.5846  0.6000  0.6154  0.6231  0.6231  0.6154  0.6000 ...
	      0.5846  0.5692     NaN  0.7077  0.7077     NaN  0.7077 ...
	      0.7615     NaN  0.7615  0.7615     NaN  0.1538  0.8462 ...
	      0.8462  0.1538  0.1538];
	 y = [0.8286  0.6786     NaN  0.8286  0.7286     NaN  0.7643 ...
	      0.6786     NaN  0.8571  0.8429  0.8214  0.7929  0.7571 ...
	      0.7286  0.6929  0.6643  0.6429  0.6286     NaN  0.8286 ...
	      0.6786     NaN  0.8286  0.8286     NaN  0.7786  0.6786 ...
	         NaN  0.7786  0.7786     NaN  0.6786  0.6786     NaN ...
	      0.8571  0.8429  0.8214  0.7929  0.7571  0.7286  0.6929 ...
	      0.6643  0.6429  0.6286     NaN  0.8543  0.7793     NaN ...
	      0.8543  0.7793     NaN  0.8543  0.7793     NaN  0.4000 ...
	      0.3857  0.3643  0.3357  0.3000  0.2714  0.2357  0.2071 ...
	      0.1857  0.1714     NaN  0.3214  0.2214     NaN  0.3214 ...
	      0.3214     NaN  0.2214  0.2214     NaN  0.2857  0.2857 ...
	         NaN  0.3429  0.3500  0.3714  0.2214     NaN  0.4000 ...
	      0.3857  0.3643  0.3357  0.3000  0.2714  0.2357  0.2071 ...
	      0.1857  0.1714     NaN  0.3971  0.3221     NaN  0.3971 ...
	      0.3221     NaN  0.3971  0.3221     NaN  0.5000  0.5000 ...
	      0.5071  0.5071  0.5000];
      end
   case 'nthOrder1Integ'
      switch (opt)
      case 'cont'
	 x = [0.5083  0.5250  0.5500  0.5500     NaN  0.5083  0.5000 ...
	      0.4750  0.4500  0.4250  0.4167  0.4250  0.4417  0.4833 ...
	      0.5000  0.5083  0.5083  0.5000  0.4750  0.4500  0.4250 ...
	      0.4167     NaN  0.5358  0.5358     NaN  0.5358  0.5942 ...
	         NaN  0.5942  0.5942     NaN  0.4167  0.6250  0.6250 ...
	      0.4167  0.4167];
	 y = [0.7600  0.7700  0.8000  0.5900     NaN  0.4200  0.4400 ...
	      0.4500  0.4500  0.4400  0.4200  0.4000  0.3900  0.3800 ...
	      0.3700  0.3500  0.3400  0.3200  0.3100  0.3100  0.3200 ...
	      0.3400     NaN  0.4820  0.3770     NaN  0.4820  0.3770 ...
	         NaN  0.4820  0.3770     NaN  0.5400  0.5400  0.5500 ...
	      0.5500  0.5400];
      case 'disc'
	 x = [0.2846  0.2692  0.2538  0.2385  0.2308  0.2308  0.2385 ...
	      0.2538  0.2692  0.2846     NaN  0.3519  0.3519     NaN ...
	      0.2981  0.4058     NaN  0.5038  0.4192     NaN  0.4192 ...
	      0.5038     NaN  0.4192  0.5038     NaN  0.5173  0.5327 ...
	      0.5481  0.5635  0.5712  0.5712  0.5635  0.5481  0.5327 ...
	      0.5173     NaN  0.6392  0.6392     NaN  0.6392  0.6931 ...
	         NaN  0.6931  0.6931     NaN  0.2433  0.2279  0.2125 ...
	      0.1971  0.1894  0.1894  0.1971  0.2125  0.2279  0.2433 ...
	         NaN  0.3413  0.2567     NaN  0.2567  0.3413     NaN ...
	      0.2567  0.3413     NaN  0.3548  0.4933     NaN  0.5067 ...
	      0.5221  0.5452  0.5452     NaN  0.5587  0.5740  0.5894 ...
	      0.6048  0.6125  0.6125  0.6048  0.5894  0.5740  0.5587 ...
	         NaN  0.6971  0.6971     NaN  0.6971  0.7510     NaN ...
	      0.7510  0.7510     NaN  0.2308  0.7692  0.7692  0.2308 ...
	      0.2308];
	 y = [0.8571  0.8429  0.8214  0.7929  0.7571  0.7286  0.6929 ...
	      0.6643  0.6429  0.6286     NaN  0.8286  0.6786     NaN ...
	      0.8286  0.8286     NaN  0.7786  0.6786     NaN  0.7786 ...
	      0.7786     NaN  0.6786  0.6786     NaN  0.8571  0.8429 ...
	      0.8214  0.7929  0.7571  0.7286  0.6929  0.6643  0.6429 ...
	      0.6286     NaN  0.8543  0.7793     NaN  0.8543  0.7793 ...
	         NaN  0.8543  0.7793     NaN  0.4000  0.3857  0.3643 ...
	      0.3357  0.3000  0.2714  0.2357  0.2071  0.1857  0.1714 ...
	         NaN  0.3214  0.2214     NaN  0.3214  0.3214     NaN ...
	      0.2214  0.2214     NaN  0.2857  0.2857     NaN  0.3429 ...
	      0.3500  0.3714  0.2214     NaN  0.4000  0.3857  0.3643 ...
	      0.3357  0.3000  0.2714  0.2357  0.2071  0.1857  0.1714 ...
	         NaN  0.3971  0.3221     NaN  0.3971  0.3221     NaN ...
	      0.3971  0.3221     NaN  0.5000  0.5000  0.5071  0.5071 ...
	      0.5000];
      end
   case '1stOrderInteg'
      switch (opt)
      case 'cont'
	 x = [0.4167  0.4167     NaN  0.5333  0.4167     NaN  0.4583 ...
	      0.5333     NaN  0.5083  0.5000  0.4750  0.4500  0.4250 ...
	      0.4167  0.4250  0.4417  0.4833  0.5000  0.5083  0.5083 ...
	      0.5000  0.4750  0.4500  0.4250  0.4167     NaN  0.4167 ...
	      0.5417  0.5417  0.4167  0.4167];
	 y = [0.8000  0.5900     NaN  0.8000  0.6600     NaN  0.7100 ...
	      0.5900     NaN  0.4200  0.4400  0.4500  0.4500  0.4400 ...
	      0.4200  0.4000  0.3900  0.3800  0.3700  0.3500  0.3400 ...
	      0.3200  0.3100  0.3100  0.3200  0.3400     NaN  0.5400 ...
	      0.5400  0.5500  0.5500  0.5400];
      case 'disc'
	 x = [0.3077  0.3077     NaN  0.4154  0.3077     NaN  0.3462 ...
	      0.4154     NaN  0.4962  0.4962     NaN  0.4423  0.5500 ...
	         NaN  0.6615  0.5769     NaN  0.5769  0.6615     NaN ...
	      0.5769  0.6615     NaN  0.4173  0.3327     NaN  0.3327 ...
	      0.4173     NaN  0.3327  0.4173     NaN  0.4385  0.5769 ...
	         NaN  0.5981  0.6135  0.6365  0.6365     NaN  0.3077 ...
	      0.6923  0.6923  0.3077  0.3077];
	 y = [0.7464  0.5964     NaN  0.7464  0.6464     NaN  0.6821 ...
	      0.5964     NaN  0.7464  0.5964     NaN  0.7464  0.7464 ...
	         NaN  0.6964  0.5964     NaN  0.6964  0.6964     NaN ...
	      0.5964  0.5964     NaN  0.3214  0.2214     NaN  0.3214 ...
	      0.3214     NaN  0.2214  0.2214     NaN  0.2857  0.2857 ...
	         NaN  0.3429  0.3500  0.3714  0.2214     NaN  0.5000 ...
	      0.5000  0.5071  0.5071  0.5000];
      end
   case 'nthOrderReset'
      switch (opt)
      case 'cont'
	 x = [0.4167  0.4167     NaN  0.5333  0.4167     NaN  0.4583 ...
	      0.5333     NaN  0.5083  0.5000  0.4750  0.4500  0.4250 ...
	      0.4167  0.4250  0.4417  0.4833  0.5000  0.5083  0.5083 ...
	      0.5000  0.4750  0.4500  0.4250  0.4167     NaN  0.5358 ...
	      0.5358     NaN  0.5358  0.5942     NaN  0.5942  0.5942 ...
	         NaN  0.4167  0.6250  0.6250  0.4167  0.4167     NaN ...
	      0.0833  0.1250  0.1250  0.1667];
	 y = [0.8000  0.5900     NaN  0.8000  0.6600     NaN  0.7100 ...
	      0.5900     NaN  0.4200  0.4400  0.4500  0.4500  0.4400 ...
	      0.4200  0.4000  0.3900  0.3800  0.3700  0.3500  0.3400 ...
	      0.3200  0.3100  0.3100  0.3200  0.3400     NaN  0.4820 ...
	      0.3770     NaN  0.4820  0.3770     NaN  0.4820  0.3770 ...
	         NaN  0.5400  0.5400  0.5500  0.5500  0.5400     NaN ...
	      0.4800  0.4800  0.6200  0.6200];
      case 'disc'
	 x = [0.2308  0.2308     NaN  0.3385  0.2308     NaN  0.2692 ...
	      0.3385     NaN  0.4192  0.4038  0.3885  0.3731  0.3654 ...
	      0.3654  0.3731  0.3885  0.4038  0.4192     NaN  0.5000 ...
	      0.5000     NaN  0.4462  0.5538     NaN  0.6654  0.5808 ...
	         NaN  0.5808  0.6654     NaN  0.5808  0.6654     NaN ...
	      0.6923  0.7077  0.7231  0.7385  0.7462  0.7462  0.7385 ...
	      0.7231  0.7077  0.6923     NaN  0.8492  0.8492     NaN ...
	      0.8492  0.9031     NaN  0.9031  0.9031     NaN  0.3308 ...
	      0.3154  0.3000  0.2846  0.2769  0.2769  0.2846  0.3000 ...
	      0.3154  0.3308     NaN  0.4288  0.3442     NaN  0.3442 ...
	      0.4288     NaN  0.3442  0.4288     NaN  0.4423  0.5808 ...
	         NaN  0.5942  0.6096  0.6327  0.6327     NaN  0.6462 ...
	      0.6615  0.6769  0.6923  0.7000  0.7000  0.6923  0.6769 ...
	      0.6615  0.6462     NaN  0.7846  0.7846     NaN  0.7846 ...
	      0.8385     NaN  0.8385  0.8385     NaN  0.2308  0.9231 ...
	      0.9231  0.2308  0.2308     NaN  0.0769  0.1154  0.1154 ...
	      0.1538];
	 y = [0.8286  0.6786     NaN  0.8286  0.7286     NaN  0.7643 ...
	      0.6786     NaN  0.8571  0.8429  0.8214  0.7929  0.7571 ...
	      0.7286  0.6929  0.6643  0.6429  0.6286     NaN  0.8286 ...
	      0.6786     NaN  0.8286  0.8286     NaN  0.7786  0.6786 ...
	         NaN  0.7786  0.7786     NaN  0.6786  0.6786     NaN ...
	      0.8571  0.8429  0.8214  0.7929  0.7571  0.7286  0.6929 ...
	      0.6643  0.6429  0.6286     NaN  0.8543  0.7793     NaN ...
	      0.8543  0.7793     NaN  0.8543  0.7793     NaN  0.4000 ...
	      0.3857  0.3643  0.3357  0.3000  0.2714  0.2357  0.2071 ...
	      0.1857  0.1714     NaN  0.3214  0.2214     NaN  0.3214 ...
	      0.3214     NaN  0.2214  0.2214     NaN  0.2857  0.2857 ...
	         NaN  0.3429  0.3500  0.3714  0.2214     NaN  0.4000 ...
	      0.3857  0.3643  0.3357  0.3000  0.2714  0.2357  0.2071 ...
	      0.1857  0.1714     NaN  0.3971  0.3221     NaN  0.3971 ...
	      0.3221     NaN  0.3971  0.3221     NaN  0.5000  0.5000 ...
	      0.5071  0.5071  0.5000     NaN  0.4286  0.4286  0.5714 ...
	      0.5714];
      end
   case 'nthOrder1Reset'
      switch (opt)
      case 'cont'
	 x = [0.4167  0.4333  0.4583  0.4583     NaN  0.5083  0.5000 ...
	      0.4750  0.4500  0.4250  0.4167  0.4250  0.4417  0.4833 ...
	      0.5000  0.5083  0.5083  0.5000  0.4750  0.4500  0.4250 ...
	      0.4167     NaN  0.5358  0.5358     NaN  0.5358  0.5942 ...
	         NaN  0.5942  0.5942     NaN  0.4167  0.6250  0.6250 ...
	      0.4167  0.4167     NaN  0.0833  0.1250  0.1250  0.1667];
	 y = [0.7600  0.7700  0.8000  0.5900     NaN  0.4200  0.4400 ...
	      0.4500  0.4500  0.4400  0.4200  0.4000  0.3900  0.3800 ...
	      0.3700  0.3500  0.3400  0.3200  0.3100  0.3100  0.3200 ...
	      0.3400     NaN  0.4820  0.3770     NaN  0.4820  0.3770 ...
	         NaN  0.4820  0.3770     NaN  0.5400  0.5400  0.5500 ...
	      0.5500  0.5400     NaN  0.4800  0.4800  0.6200  0.6200];
      case 'disc'
	 x = [0.2846  0.2692  0.2538  0.2385  0.2308  0.2308  0.2385 ...
	      0.2538  0.2692  0.2846     NaN  0.3519  0.3519     NaN ...
	      0.2981  0.4058     NaN  0.5038  0.4192     NaN  0.4192 ...
	      0.5038     NaN  0.4192  0.5038     NaN  0.5173  0.5327 ...
	      0.5481  0.5635  0.5712  0.5712  0.5635  0.5481  0.5327 ...
	      0.5173     NaN  0.6392  0.6392     NaN  0.6392  0.6931 ...
	         NaN  0.6931  0.6931     NaN  0.2433  0.2279  0.2125 ...
	      0.1971  0.1894  0.1894  0.1971  0.2125  0.2279  0.2433 ...
	         NaN  0.3413  0.2567     NaN  0.2567  0.3413     NaN ...
	      0.2567  0.3413     NaN  0.3548  0.4933     NaN  0.5067 ...
	      0.5221  0.5452  0.5452     NaN  0.5587  0.5740  0.5894 ...
	      0.6048  0.6125  0.6125  0.6048  0.5894  0.5740  0.5587 ...
	         NaN  0.6971  0.6971     NaN  0.6971  0.7510     NaN ...
	      0.7510  0.7510     NaN  0.2308  0.7692  0.7692  0.2308 ...
	      0.2308     NaN  0.0769  0.1154  0.1154  0.1538];
	 y = [0.8571  0.8429  0.8214  0.7929  0.7571  0.7286  0.6929 ...
	      0.6643  0.6429  0.6286     NaN  0.8286  0.6786     NaN ...
	      0.8286  0.8286     NaN  0.7786  0.6786     NaN  0.7786 ...
	      0.7786     NaN  0.6786  0.6786     NaN  0.8571  0.8429 ...
	      0.8214  0.7929  0.7571  0.7286  0.6929  0.6643  0.6429 ...
	      0.6286     NaN  0.8543  0.7793     NaN  0.8543  0.7793 ...
	         NaN  0.8543  0.7793     NaN  0.4000  0.3857  0.3643 ...
	      0.3357  0.3000  0.2714  0.2357  0.2071  0.1857  0.1714 ...
	         NaN  0.3214  0.2214     NaN  0.3214  0.3214     NaN ...
	      0.2214  0.2214     NaN  0.2857  0.2857     NaN  0.3429 ...
	      0.3500  0.3714  0.2214     NaN  0.4000  0.3857  0.3643 ...
	      0.3357  0.3000  0.2714  0.2357  0.2071  0.1857  0.1714 ...
	         NaN  0.3971  0.3221     NaN  0.3971  0.3221     NaN ...
	      0.3971  0.3221     NaN  0.5000  0.5000  0.5071  0.5071 ...
	      0.5000     NaN  0.4286  0.4286  0.5714  0.5714];
      end
   case '1stOrderReset'
      switch (opt)
      case 'cont'
	 x = [0.4167  0.4167     NaN  0.5333  0.4167     NaN  0.4583 ...
	      0.5333     NaN  0.5083  0.5000  0.4750  0.4500  0.4250 ...
	      0.4167  0.4250  0.4417  0.4833  0.5000  0.5083  0.5083 ...
	      0.5000  0.4750  0.4500  0.4250  0.4167     NaN  0.4167 ...
	      0.5417  0.5417  0.4167  0.4167     NaN  0.0833  0.1250 ...
	      0.1250  0.1667];
	 y = [0.8000  0.5900     NaN  0.8000  0.6600     NaN  0.7100 ...
	      0.5900     NaN  0.4200  0.4400  0.4500  0.4500  0.4400 ...
	      0.4200  0.4000  0.3900  0.3800  0.3700  0.3500  0.3400 ...
	      0.3200  0.3100  0.3100  0.3200  0.3400     NaN  0.5400 ...
	      0.5400  0.5500  0.5500  0.5400     NaN  0.4800  0.4800 ...
	      0.6200  0.6200];
      case 'disc'
	 x = [0.3077  0.3077     NaN  0.4154  0.3077     NaN  0.3462 ...
	      0.4154     NaN  0.4962  0.4962     NaN  0.4423  0.5500 ...
	         NaN  0.6615  0.5769     NaN  0.5769  0.6615     NaN ...
	      0.5769  0.6615     NaN  0.4173  0.3327     NaN  0.3327 ...
	      0.4173     NaN  0.3327  0.4173     NaN  0.4385  0.5769 ...
	         NaN  0.5981  0.6135  0.6365  0.6365     NaN  0.3077 ...
	      0.6923  0.6923  0.3077  0.3077     NaN  0.0769  0.1154 ...
	      0.1154  0.1538];
	 y = [0.7464  0.5964     NaN  0.7464  0.6464     NaN  0.6821 ...
	      0.5964     NaN  0.7464  0.5964     NaN  0.7464  0.7464 ...
	         NaN  0.6964  0.5964     NaN  0.6964  0.6964     NaN ...
	      0.5964  0.5964     NaN  0.3214  0.2214     NaN  0.3214 ...
	      0.3214     NaN  0.2214  0.2214     NaN  0.2857  0.2857 ...
	         NaN  0.3429  0.3500  0.3714  0.2214     NaN  0.5000 ...
	      0.5000  0.5071  0.5071  0.5000     NaN  0.4286  0.4286 ...
	      0.5714  0.5714];
      end
   case '1stOrder1Reset'
      switch (opt)
      case 'cont'
	 x = [0.4167  0.4333  0.4583  0.4583     NaN  0.5083  0.5000 ...
	      0.4750  0.4500  0.4250  0.4167  0.4250  0.4417  0.4833 ...
	      0.5000  0.5083  0.5083  0.5000  0.4750  0.4500  0.4250 ...
	      0.4167     NaN  0.4167  0.5417  0.5417  0.4167  0.4167 ...
	         NaN  0.0833  0.1250  0.1250  0.1667];
	 y = [0.7600  0.7700  0.8000  0.5900     NaN  0.4200  0.4400 ...
	      0.4500  0.4500  0.4400  0.4200  0.4000  0.3900  0.3800 ...
	      0.3700  0.3500  0.3400  0.3200  0.3100  0.3100  0.3200 ...
	      0.3400     NaN  0.5400  0.5400  0.5500  0.5500  0.5400 ...
	         NaN  0.4800  0.4800  0.6200  0.6200];
      case 'disc'
	 x = [0.4262  0.4262     NaN  0.3723  0.4800     NaN  0.5915 ...
	      0.4869     NaN  0.5069  0.5915     NaN  0.5069  0.5915 ...
	         NaN  0.4173  0.3327     NaN  0.3327  0.4173     NaN ...
	      0.3327  0.4173     NaN  0.4385  0.5769     NaN  0.5981 ...
	      0.6135  0.6365  0.6365     NaN  0.3077  0.6923  0.6923 ...
	      0.3077  0.3077     NaN  0.0769  0.1154  0.1154  0.1538];
	 y = [0.7464  0.5964     NaN  0.7464  0.7464     NaN  0.6964 ...
	      0.5964     NaN  0.6964  0.6964     NaN  0.5964  0.5964 ...
	         NaN  0.3214  0.2214     NaN  0.3214  0.3214     NaN ...
	      0.2214  0.2214     NaN  0.2857  0.2857     NaN  0.3429 ...
	      0.3500  0.3714  0.2214     NaN  0.5000  0.5000  0.5071 ...
	      0.5071  0.5000     NaN  0.4286  0.4286  0.5714  0.5714];
      end
   case 'limIntegrator'
      switch (opt)
      case 'cont'
	 x = [0.3077  0.3077     NaN  0.4154  0.3077     NaN  0.3462 ...
	      0.4154     NaN  0.4077  0.4000  0.3769  0.3538  0.3308 ...
	      0.3231  0.3308  0.3462  0.3846  0.4000  0.4077  0.4077 ...
	      0.4000  0.3769  0.3538  0.3308  0.3231     NaN  0.2923 ...
	      0.4308  0.4308  0.2923  0.2923     NaN  0.5385  0.5769 ...
	      0.6538  0.6923];
	 y = [0.6923  0.5308     NaN  0.6923  0.5846     NaN  0.6231 ...
	      0.5308     NaN  0.4000  0.4154  0.4231  0.4231  0.4154 ...
	      0.4000  0.3846  0.3769  0.3692  0.3615  0.3462  0.3385 ...
	      0.3231  0.3154  0.3154  0.3231  0.3385     NaN  0.4923 ...
	      0.4923  0.5000  0.5000  0.4923     NaN  0.2308  0.2308 ...
	      0.7692  0.7692];
      case 'disc'
	 x = [0.2000  0.2000     NaN  0.2933  0.2000     NaN  0.2333 ...
	      0.2933     NaN  0.3633  0.3633     NaN  0.3167  0.4100 ...
	         NaN  0.5067  0.4333     NaN  0.4333  0.5067     NaN ...
	      0.4333  0.5067     NaN  0.2950  0.2217     NaN  0.2217 ...
	      0.2950     NaN  0.2217  0.2950     NaN  0.3133  0.4333 ...
	         NaN  0.4517  0.4650  0.4850  0.4850     NaN  0.1867 ...
	      0.5067  0.5067  0.1867  0.1867     NaN  0.7000  0.7333 ...
	      0.8000  0.8333];
	 y = [0.7833  0.6083     NaN  0.7833  0.6667     NaN  0.7083 ...
	      0.6083     NaN  0.7833  0.6083     NaN  0.7833  0.7833 ...
	         NaN  0.7250  0.6083     NaN  0.7250  0.7250     NaN ...
	      0.6083  0.6083     NaN  0.3750  0.2583     NaN  0.3750 ...
	      0.3750     NaN  0.2583  0.2583     NaN  0.3333  0.3333 ...
	         NaN  0.4000  0.4083  0.4333  0.2583     NaN  0.5000 ...
	      0.5000  0.5083  0.5083  0.5000     NaN  0.1667  0.1667 ...
	      0.8333  0.8333];
      end
   case 'pidControl'
      x = [0.1818  0.1818  0.1727  0.1909  0.1818     NaN  0.1818 ...
	   0.8182  0.7909  0.7909  0.8182     NaN  0.2727  0.2727 ...
	   0.2735  0.2745  0.2756  0.2771  0.2782  0.2796  0.2815 ...
	   0.2844  0.2865  0.2895  0.2913  0.2938  0.2953  0.2993 ...
	   0.3007  0.3044  0.3058  0.3091  0.3109  0.3153  0.3182 ...
	   0.3233  0.3255  0.3298  0.3316  0.3356  0.3382  0.3451 ...
	   0.3498  0.3636  0.3684  0.3785  0.3840  0.3960  0.4025 ...
	   0.4156  0.4225  0.4367  0.4440  0.4585  0.4662  0.4811 ...
	   0.5044  0.5120  0.5371  0.5527  0.5764  0.5847  0.6145 ...
	   0.6371  0.6742  0.6873  0.7265  0.7513  0.7825  0.7913 ...
	   0.8091  0.8153  0.8182     NaN  0.2576  0.2576  0.3384 ...
	   0.3687  0.3788  0.3889  0.3889  0.3788  0.3687  0.3384 ...
	   0.2576     NaN  0.4596  0.5404     NaN  0.5000  0.5000 ...
	      NaN  0.4596  0.5404     NaN  0.6212  0.6212  0.6919 ...
	   0.7222  0.7424  0.7525  0.7626  0.7626  0.7525  0.7424 ...
	   0.7222  0.6919  0.6212];
      y = [0.4167  0.9375  0.9063  0.9063  0.9375     NaN  0.4167 ...
	   0.4167  0.4271  0.4062  0.4167     NaN  0.4167  0.7292 ...
	   0.7342  0.7358  0.7342  0.7300  0.7229  0.7142  0.7042 ...
	   0.6817  0.6700  0.6500  0.6421  0.6296  0.6250  0.6162 ...
	   0.6133  0.6088  0.6071  0.6042  0.6029  0.6004  0.5992 ...
	   0.5971  0.5967  0.5942  0.5925  0.5908  0.5900  0.5908 ...
	   0.5925  0.5992  0.6017  0.6079  0.6117  0.6196  0.6242 ...
	   0.6337  0.6388  0.6492  0.6542  0.6650  0.6704  0.6817 ...
	   0.6987  0.7046  0.7229  0.7346  0.7525  0.7592  0.7812 ...
	   0.7987  0.8271  0.8371  0.8671  0.8863  0.9104  0.9167 ...
	   0.9304  0.9354  0.9375     NaN  0.0625  0.2708  0.2708 ...
	   0.2609  0.2510  0.2312  0.2113  0.1915  0.1815  0.1716 ...
	   0.1716     NaN  0.0625  0.0625     NaN  0.0625  0.2708 ...
	      NaN  0.2708  0.2708     NaN  0.0625  0.2708  0.2708 ...
	   0.2609  0.2411  0.2212  0.1915  0.1419  0.1121  0.0923 ...
	   0.0724  0.0625  0.0625];
   case 'dataStore'
      x = [0.1796  0.1796  0.7196  0.7196  0.1796     NaN  0.1796 ...
	   0.1796  0.7196  0.7196  0.1796     NaN  0.3352  0.3352 ...
	      NaN  0.3352  0.3632  0.3752  0.3832  0.3872  0.3912 ...
	   0.3912  0.3872  0.3832  0.3752  0.3632  0.3352     NaN ...
	   0.4372  0.4052     NaN  0.4372  0.4692     NaN  0.4172 ...
	   0.4572     NaN  0.5112  0.5112     NaN  0.4832  0.5392 ...
	      NaN  0.5852  0.5532     NaN  0.5852  0.6172     NaN ...
	   0.5652  0.6052     NaN  0.3622  0.3542  0.3422  0.3262 ...
	   0.3142  0.3062  0.3062  0.3102  0.3142  0.3222  0.3462 ...
	   0.3542  0.3582  0.3622  0.3622  0.3542  0.3422  0.3262 ...
	   0.3142  0.3062     NaN  0.4042  0.4042     NaN  0.3762 ...
	   0.4322     NaN  0.4702  0.4622  0.4542  0.4502  0.4462 ...
	   0.4462  0.4502  0.4542  0.4622  0.4702  0.4862  0.4942 ...
	   0.5022  0.5062  0.5102  0.5102  0.5062  0.5022  0.4942 ...
	   0.4862  0.4702     NaN  0.5242  0.5242     NaN  0.5242 ...
	   0.5602  0.5722  0.5762  0.5802  0.5802  0.5762  0.5722 ...
	   0.5602  0.5242     NaN  0.5522  0.5802     NaN  0.5942 ...
	   0.5942     NaN  0.5942  0.6462     NaN  0.5942  0.6262 ...
	      NaN  0.5942  0.6462];
      y = [0.6279  0.5944  0.5944  0.6279  0.6279     NaN  0.3244 ...
	   0.2904  0.2904  0.3244  0.3244     NaN  0.5540  0.4700 ...
	      NaN  0.5540  0.5540  0.5500  0.5420  0.5340  0.5220 ...
	   0.5020  0.4900  0.4820  0.4740  0.4700  0.4700     NaN ...
	   0.5540  0.4700     NaN  0.5540  0.4700     NaN  0.4980 ...
	   0.4980     NaN  0.5540  0.4700     NaN  0.5540  0.5540 ...
	      NaN  0.5540  0.4700     NaN  0.5540  0.4700     NaN ...
	   0.4980  0.4980     NaN  0.4180  0.4260  0.4300  0.4300 ...
	   0.4260  0.4180  0.4100  0.4020  0.3980  0.3940  0.3860 ...
	   0.3820  0.3780  0.3700  0.3580  0.3500  0.3460  0.3460 ...
	   0.3500  0.3580     NaN  0.4300  0.3460     NaN  0.4300 ...
	   0.4300     NaN  0.4300  0.4260  0.4180  0.4100  0.3980 ...
	   0.3780  0.3660  0.3580  0.3500  0.3460  0.3460  0.3500 ...
	   0.3580  0.3660  0.3780  0.3980  0.4100  0.4180  0.4260 ...
	   0.4300  0.4300     NaN  0.4300  0.3460     NaN  0.4300 ...
	   0.4300  0.4260  0.4220  0.4140  0.4060  0.3980  0.3940 ...
	   0.3900  0.3900     NaN  0.3900  0.3460     NaN  0.4300 ...
	   0.3460     NaN  0.4300  0.4300     NaN  0.3900  0.3900 ...
	      NaN  0.3460  0.3460];
   case 'dotProduct'
      x = [0.5250  0.5239  0.5206  0.5155  0.5091  0.5018  0.4943 ...
	   0.4874  0.4816  0.4774  0.4753  0.4753  0.4776  0.4819 ...
	   0.4877  0.4947  0.5022  0.5094  0.5159  0.5209  0.5240 ...
	   0.5250     NaN  0.5700  0.5669  0.5578  0.5435  0.5254 ...
	   0.5050  0.4841  0.4647  0.4484  0.4367  0.4307  0.4309 ...
	   0.4372  0.4492  0.4657  0.4852  0.5061  0.5265  0.5444 ...
	   0.5584  0.5672  0.5700];
      y = [0.5000  0.5074  0.5141  0.5196  0.5233  0.5249  0.5243 ...
	   0.5216  0.5169  0.5107  0.5035  0.4961  0.4889  0.4828 ...
	   0.4782  0.4756  0.4751  0.4769  0.4807  0.4862  0.4930 ...
	   0.5004     NaN  0.5000  0.5207  0.5395  0.5548  0.5652 ...
	   0.5698  0.5682  0.5604  0.5473  0.5299  0.5099  0.4890 ...
	   0.4690  0.4519  0.4390  0.4316  0.4303  0.4352  0.4459 ...
	   0.4615  0.4804  0.5012];
   case 'crossProduct'
      x = [0.3000  0.7000  0.7000  0.3000  0.3000     NaN  0.3000 ...
	   0.7000     NaN  0.7000  0.3000];
      y = [0.3000  0.3000  0.7000  0.7000  0.3000     NaN  0.3000 ...
	   0.7000     NaN  0.3000  0.7000];
   case 'backlash'
      x = [0.5000  0.7222     NaN  0.4722  0.6944     NaN  0.4444 ...
	   0.6667     NaN  0.4167  0.6389     NaN  0.3611  0.5833 ...
	      NaN  0.3333  0.5556     NaN  0.3056  0.5278     NaN ...
	   0.2778  0.5000     NaN  0.5000  0.5000     NaN  0.9444 ...
	   0.0556     NaN  0.5000  0.8056     NaN  0.1944  0.5000];
      y = [0.7222  0.7222     NaN  0.6667  0.6667     NaN  0.6111 ...
	   0.6111     NaN  0.5556  0.5556     NaN  0.4444  0.4444 ...
	      NaN  0.3889  0.3889     NaN  0.3333  0.3333     NaN ...
	   0.2778  0.2778     NaN  0.0556  0.9444     NaN  0.5000 ...
	   0.5000     NaN  0.2778  0.8889     NaN  0.1111  0.7222];
   case 'gainSched'
      x = [0.2500  0.4000  0.4000  0.2500  0.2500     NaN  0.1000 ...
	   0.2500  0.2250  0.2250  0.2500     NaN  0.4000  0.5500 ...
	      NaN  0.5750  0.6624  0.9000     NaN  0.1000  0.6500 ...
	   0.6500  0.6624  0.6376  0.6500     NaN  0.3250  0.3250 ...
	      NaN  0.3250  0.3250     NaN  0.3250  0.3250     NaN ...
	   0.2500  0.2500  0.4000  0.4000  0.2500     NaN  0.1000 ...
	   0.2500  0.2250  0.2250  0.2500     NaN  0.4000  0.5500 ...
	      NaN  0.2733  0.2733     NaN  0.3311  0.2733     NaN ...
	   0.2956  0.3356     NaN  0.2733  0.2733     NaN  0.3311 ...
	   0.2733     NaN  0.2956  0.3356     NaN  0.3561  0.3606 ...
	   0.3672  0.3672     NaN  0.3506  0.3506  0.3506  0.3592 ...
	   0.3650  0.3737  0.3794  0.3823  0.3823];
      y = [0.5556  0.5556  0.7222  0.7222  0.5556     NaN  0.6389 ...
	   0.6389  0.6529  0.6249  0.6389     NaN  0.6389  0.6389 ...
	      NaN  0.6389  0.4582  0.4582     NaN  0.8889  0.8889 ...
	   0.5000  0.5278  0.5278  0.5000     NaN  0.5000  0.4862 ...
	      NaN  0.4722  0.4582     NaN  0.4444  0.4307     NaN ...
	   0.3751  0.2084  0.2084  0.3751  0.3751     NaN  0.2916 ...
	   0.2916  0.3056  0.2778  0.2916     NaN  0.2916  0.2916 ...
	      NaN  0.5944  0.6833     NaN  0.6833  0.6156     NaN ...
	   0.6410  0.5944     NaN  0.2473  0.3362     NaN  0.3362 ...
	   0.2685     NaN  0.2939  0.2473     NaN  0.6082  0.6103 ...
	   0.6167  0.5722     NaN  0.2196  0.2566  0.2460  0.2539 ...
	   0.2566  0.2566  0.2539  0.2460  0.2196];
   case 'shiftReg'
      x = [0.2000  0.2000  0.3000  0.3000  0.2000  0.4000  0.4000 ...
	   0.3000  0.5000  0.5000  0.4000  0.6000  0.6000  0.5000 ...
	   0.7000  0.7000  0.6000  0.8000  0.8000  0.7000     NaN ...
	   0.1000  0.2500  0.2500  0.2624  0.2376  0.2500     NaN ...
	   0.7500  0.7500  0.9000  0.8750  0.8750  0.9000     NaN ...
	   0.6500  0.6500  0.9000  0.8750  0.8750  0.9000     NaN ...
	   0.5500  0.5500  0.9000  0.8750  0.8750  0.9000     NaN ...
	   0.2467  0.2367  0.2300  0.2267  0.2267  0.2300  0.2367 ...
	   0.2467  0.2533  0.2633  0.2700  0.2733  0.2733  0.2700 ...
	   0.2633  0.2533  0.2467     NaN  0.3367  0.3433  0.3533 ...
	   0.3533     NaN  0.4367  0.4433  0.4533  0.4533     NaN ...
	   0.5467  0.5367  0.5300  0.5267  0.5267  0.5300  0.5367 ...
	   0.5467  0.5533  0.5633  0.5700  0.5733  0.5733  0.5700 ...
	   0.5633  0.5533  0.5467     NaN  0.6367  0.6433  0.6533 ...
	   0.6533     NaN  0.7367  0.7433  0.7533  0.7533];
      y = [0.6875  0.5625  0.5625  0.6875  0.6875  0.6875  0.5625 ...
	   0.5625  0.5625  0.6875  0.6875  0.6875  0.5625  0.5625 ...
	   0.5625  0.6875  0.6875  0.6875  0.5625  0.5625     NaN ...
	   0.8750  0.8750  0.6875  0.7188  0.7188  0.6875     NaN ...
	   0.5625  0.4375  0.4375  0.4530  0.4220  0.4375     NaN ...
	   0.5625  0.3125  0.3125  0.3280  0.2970  0.3125     NaN ...
	   0.5625  0.1875  0.1875  0.2030  0.1720  0.1875     NaN ...
	   0.6625  0.6589  0.6482  0.6304  0.6196  0.6018  0.5911 ...
	   0.5875  0.5875  0.5911  0.6018  0.6196  0.6304  0.6482 ...
	   0.6589  0.6625  0.6625     NaN  0.6482  0.6518  0.6625 ...
	   0.5875     NaN  0.6482  0.6518  0.6625  0.5875     NaN ...
	   0.6625  0.6589  0.6482  0.6304  0.6196  0.6018  0.5911 ...
	   0.5875  0.5875  0.5911  0.6018  0.6196  0.6304  0.6482 ...
	   0.6589  0.6625  0.6625     NaN  0.6482  0.6518  0.6625 ...
	   0.5875     NaN  0.6482  0.6518  0.6625  0.5875];
   case 'condBlock'
      x = [0.0541  0.2568     NaN  0.0541  0.2568     NaN  0.0541 ...
	   0.4932  0.4932     NaN  0.7297  0.7973  0.7973  0.7297 ...
	      NaN  0.7973  0.9324     NaN  0.2568  0.7297  0.7297 ...
	   0.2568  0.2568     NaN  0.2568  0.7297  0.7297  0.2568 ...
	   0.2568     NaN  0.3347  0.3347  0.3767  0.3925  0.3977 ...
	   0.4030  0.4030  0.3977  0.3925  0.3767  0.3347     NaN ...
	   0.4240  0.4345  0.4503  0.4713  0.4871  0.4976  0.4976 ...
	   0.4923  0.4766  0.4503  0.4345  0.4293  0.4293  0.4345 ...
	   0.4398  0.4556  0.4713  0.4871  0.4923     NaN  0.5239 ...
	   0.5659  0.5764  0.5817  0.5869  0.5869  0.5817  0.5764 ...
	   0.5607  0.5239  0.5239  0.5659  0.5817  0.5869  0.5922 ...
	   0.5922  0.5869  0.5817  0.5659     NaN  0.6290  0.6395 ...
	   0.6553  0.6553     NaN  0.3347  0.3347  0.3767  0.3925 ...
	   0.3977  0.4030  0.4030  0.3977  0.3925  0.3767  0.3347 ...
	      NaN  0.4240  0.4345  0.4503  0.4713  0.4871  0.4976 ...
	   0.4976  0.4923  0.4766  0.4503  0.4345  0.4293  0.4293 ...
	   0.4345  0.4398  0.4556  0.4713  0.4871  0.4923     NaN ...
	   0.5239  0.5659  0.5764  0.5817  0.5869  0.5869  0.5817 ...
	   0.5764  0.5607  0.5239  0.5239  0.5659  0.5817  0.5869 ...
	   0.5922  0.5922  0.5869  0.5817  0.5659     NaN  0.6132 ...
	   0.6237  0.6395  0.6553  0.6710  0.6763  0.6815  0.6815 ...
	   0.6763  0.6658  0.6132  0.6868];
      y = [0.6103  0.6103     NaN  0.1691  0.1691     NaN  0.9412 ...
	   0.9412  0.7206     NaN  0.6103  0.6103  0.1691  0.1691 ...
	      NaN  0.3897  0.3897     NaN  0.7206  0.7206  0.5000 ...
	   0.5000  0.7206     NaN  0.2794  0.2794  0.0588  0.0588 ...
	   0.2794     NaN  0.5515  0.6838  0.6838  0.6775  0.6712 ...
	   0.6586  0.6460  0.6334  0.6271  0.6208  0.6208     NaN ...
	   0.5704  0.5578  0.5515  0.5515  0.5578  0.5767  0.5893 ...
	   0.6019  0.6145  0.6271  0.6397  0.6523  0.6586  0.6712 ...
	   0.6775  0.6838  0.6838  0.6775  0.6712     NaN  0.6208 ...
	   0.6208  0.6271  0.6334  0.6460  0.6586  0.6712  0.6775 ...
	   0.6838  0.6838  0.5515  0.5515  0.5578  0.5641  0.5767 ...
	   0.5956  0.6082  0.6145  0.6208     NaN  0.6586  0.6649 ...
	   0.6838  0.5515     NaN  0.1103  0.2426  0.2426  0.2363 ...
	   0.2300  0.2174  0.2048  0.1922  0.1859  0.1796  0.1796 ...
	      NaN  0.1292  0.1166  0.1103  0.1103  0.1166  0.1355 ...
	   0.1481  0.1607  0.1733  0.1859  0.1985  0.2111  0.2174 ...
	   0.2300  0.2363  0.2426  0.2426  0.2363  0.2300     NaN ...
	   0.1796  0.1796  0.1859  0.1922  0.2048  0.2174  0.2300 ...
	   0.2363  0.2426  0.2426  0.1103  0.1103  0.1166  0.1229 ...
	   0.1355  0.1544  0.1670  0.1733  0.1796     NaN  0.2237 ...
	   0.2363  0.2426  0.2426  0.2363  0.2300  0.2174  0.2048 ...
	   0.1922  0.1733  0.1103  0.1103];
   case 'constInterp'
      x = [0.1000  0.1125  0.1000  0.0875  0.1000  0.1125  0.1000 ...
	   0.2625  0.2625  0.2750  0.2625  0.2500  0.2625  0.2750 ...
	   0.2625  0.4250  0.4250  0.4375  0.4250  0.4125  0.4250 ...
	   0.4375  0.4250  0.6125  0.6125  0.6250  0.6125  0.6000 ...
	   0.6125  0.6250  0.6125  0.7750  0.7750  0.7875  0.7750 ...
	   0.7625  0.7750  0.7875  0.7750  0.8875  0.8875  0.9000 ...
	   0.8875  0.8750  0.8875  0.9000  0.8875  0.9500  0.9500 ...
	   0.9625  0.9500  0.9375  0.9500  0.9625  0.9500     NaN ...
	   0.2542  0.2708  0.2958  0.2958     NaN  0.3875  0.4875 ...
	      NaN  0.5375  0.5375  0.5958  0.6208  0.6375  0.6458 ...
	   0.6542  0.6542  0.6458  0.6375  0.6208  0.5958  0.5375];
      y = [0.2500  0.2500  0.2625  0.2500  0.2375  0.2500  0.2500 ...
	   0.2500  0.4375  0.4375  0.4500  0.4375  0.4250  0.4375 ...
	   0.4375  0.4375  0.5125  0.5125  0.5250  0.5125  0.5000 ...
	   0.5125  0.5125  0.5125  0.4250  0.4250  0.4375  0.4250 ...
	   0.4125  0.4250  0.4250  0.4250  0.7375  0.7375  0.7500 ...
	   0.7375  0.7250  0.7375  0.7375  0.7375  0.9500  0.9500 ...
	   0.9625  0.9500  0.9375  0.9500  0.9500  0.9500  0.6500 ...
	   0.6500  0.6625  0.6500  0.6375  0.6500  0.6500     NaN ...
	   0.1714  0.1786  0.2000  0.0500     NaN  0.1000  0.1000 ...
	      NaN  0.0500  0.2000  0.2000  0.1929  0.1786  0.1643 ...
	   0.1429  0.1071  0.0857  0.0714  0.0571  0.0500  0.0500];
   case 'linearInterp'
      x = [0.1000  0.1125  0.1000  0.0875  0.1000  0.1125  0.1000 ...
	   0.2625  0.2750  0.2625  0.2500  0.2625  0.2750  0.2625 ...
	   0.4250  0.4375  0.4250  0.4125  0.4250  0.4375  0.4250 ...
	   0.6125  0.6250  0.6125  0.6000  0.6125  0.6250  0.6125 ...
	   0.7750  0.7875  0.7750  0.7625  0.7750  0.7875  0.7750 ...
	   0.8875  0.9000  0.8875  0.8750  0.8875  0.9000  0.8875 ...
	   0.9500  0.9625  0.9500  0.9375  0.9500  0.9625  0.9500 ...
	      NaN  0.2542  0.2708  0.2958  0.2958     NaN  0.3875 ...
	   0.4875     NaN  0.5375  0.5375  0.5958  0.6208  0.6375 ...
	   0.6458  0.6542  0.6542  0.6458  0.6375  0.6208  0.5958 ...
	   0.5375];
      y = [0.2500  0.2500  0.2625  0.2500  0.2375  0.2500  0.2500 ...
	   0.4375  0.4375  0.4500  0.4375  0.4250  0.4375  0.4375 ...
	   0.5125  0.5125  0.5250  0.5125  0.5000  0.5125  0.5125 ...
	   0.4250  0.4250  0.4375  0.4250  0.4125  0.4250  0.4250 ...
	   0.7375  0.7375  0.7500  0.7375  0.7250  0.7375  0.7375 ...
	   0.9500  0.9500  0.9625  0.9500  0.9375  0.9500  0.9500 ...
	   0.6500  0.6500  0.6625  0.6500  0.6375  0.6500  0.6500 ...
	      NaN  0.1714  0.1786  0.2000  0.0500     NaN  0.1000 ...
	   0.1000     NaN  0.0500  0.2000  0.2000  0.1929  0.1786 ...
	   0.1643  0.1429  0.1071  0.0857  0.0714  0.0571  0.0500 ...
	   0.0500];
   case 'cubicInterp'
      x = [0.1000  0.1125  0.1000  0.0875  0.1000  0.1125  0.1000 ...
	   0.1000  0.1125  0.1250  0.1375  0.1500  0.1625  0.1750 ...
	   0.1875  0.2000  0.2125  0.2250  0.2375  0.2500  0.2625 ...
	   0.2625  0.2750  0.2625  0.2500  0.2625  0.2750  0.2625 ...
	   0.2625  0.2750  0.2875  0.3000  0.3125  0.3250  0.3375 ...
	   0.3500  0.3625  0.3750  0.3875  0.4000  0.4125  0.4250 ...
	   0.4250  0.4375  0.4250  0.4125  0.4250  0.4375  0.4250 ...
	   0.4250  0.4375  0.4500  0.4625  0.4750  0.4875  0.5000 ...
	   0.5125  0.5250  0.5375  0.5500  0.5625  0.5750  0.5875 ...
	   0.6000  0.6125  0.6125  0.6250  0.6125  0.6000  0.6125 ...
	   0.6250  0.6125  0.6125  0.6250  0.6375  0.6500  0.6625 ...
	   0.6750  0.6875  0.7000  0.7125  0.7250  0.7375  0.7500 ...
	   0.7625  0.7750  0.7750  0.7875  0.7750  0.7625  0.7750 ...
	   0.7875  0.7750  0.7750  0.7875  0.8000  0.8125  0.8250 ...
	   0.8375  0.8500  0.8625  0.8750  0.8875  0.8875  0.9000 ...
	   0.8875  0.8750  0.8875  0.9000  0.8875  0.8875  0.9000 ...
	   0.9125  0.9250  0.9375  0.9500  0.9500  0.9625  0.9500 ...
	   0.9375  0.9500  0.9625  0.9500     NaN  0.2542  0.2708 ...
	   0.2958  0.2958     NaN  0.3875  0.4875     NaN  0.5375 ...
	   0.5375  0.5958  0.6208  0.6375  0.6458  0.6542  0.6542 ...
	   0.6458  0.6375  0.6208  0.5958  0.5375];
      y = [0.2500  0.2500  0.2625  0.2500  0.2375  0.2500  0.2500 ...
	   0.2500  0.2634  0.2773  0.2917  0.3064  0.3214  0.3365 ...
	   0.3516  0.3667  0.3816  0.3962  0.4105  0.4243  0.4375 ...
	   0.4375  0.4375  0.4500  0.4375  0.4250  0.4375  0.4375 ...
	   0.4375  0.4501  0.4619  0.4728  0.4828  0.4917  0.4994 ...
	   0.5059  0.5110  0.5146  0.5167  0.5171  0.5157  0.5125 ...
	   0.5125  0.5125  0.5250  0.5125  0.5000  0.5125  0.5125 ...
	   0.5125  0.5074  0.5006  0.4926  0.4837  0.4742  0.4645 ...
	   0.4549  0.4458  0.4375  0.4304  0.4249  0.4212  0.4198 ...
	   0.4209  0.4250  0.4250  0.4250  0.4375  0.4250  0.4125 ...
	   0.4250  0.4250  0.4250  0.4323  0.4428  0.4563  0.4728 ...
	   0.4922  0.5143  0.5391  0.5664  0.5962  0.6283  0.6626 ...
	   0.6991  0.7375  0.7375  0.7375  0.7500  0.7375  0.7250 ...
	   0.7375  0.7375  0.7375  0.7776  0.8177  0.8562  0.8912 ...
	   0.9208  0.9433  0.9569  0.9597  0.9500  0.9500  0.9500 ...
	   0.9625  0.9500  0.9375  0.9500  0.9500  0.9500  0.9259 ...
	   0.8857  0.8275  0.7495  0.6500  0.6500  0.6500  0.6625 ...
	   0.6500  0.6375  0.6500  0.6500     NaN  0.1714  0.1786 ...
	   0.2000  0.0500     NaN  0.1000  0.1000     NaN  0.0500 ...
	   0.2000  0.2000  0.1929  0.1786  0.1643  0.1429  0.1071 ...
	   0.0857  0.0714  0.0571  0.0500  0.0500];
   case 'bilinearInterp'
      x = [0.8000  0.8222  0.7222  0.9556  0.9000  0.7889  0.6778 ...
	   0.5556  0.4444  0.3111  0.2333  0.2000  0.2222  0.2889 ...
	   0.3556  0.4000  0.4889  0.3444  0.2778  0.2444  0.1333 ...
	   0.0889  0.0556  0.0222  0.0333  0.0889  0.2667  0.3111 ...
	   0.3667  0.4778  0.4444  0.3111  0.1333  0.0556  0.1000 ...
	   0.2333  0.3556  0.4667  0.5556  0.5778  0.7556  0.6778 ...
	   0.6000  0.5333  0.4000  0.2556  0.1333  0.2000  0.1556 ...
	   0.1333  0.1000  0.0556  0.0222  0.0556  0.1444  0.2000 ...
	   0.2444  0.2667  0.3667  0.4778  0.5778  0.7111  0.9000 ...
	   0.8000  0.6556  0.4889  0.3444  0.2000     NaN  0.3704 ...
	   0.3852  0.4074  0.4296  0.4519  0.4593  0.4667  0.4667 ...
	   0.4593  0.4444  0.3704  0.4741     NaN  0.5111  0.6000 ...
	      NaN  0.6444  0.6444  0.6963  0.7185  0.7333  0.7407 ...
	   0.7481  0.7481  0.7407  0.7333  0.7185  0.6963  0.6444];
      y = [0.7375  0.6625  0.6750  0.6500  0.9500  0.7375  0.7125 ...
	   0.7125  0.7125  0.7375  0.7250  0.6250  0.6000  0.6000 ...
	   0.6000  0.5625  0.5125  0.4375  0.4750  0.5125  0.5000 ...
	   0.5000  0.5000  0.4375  0.4125  0.5000  0.6375  0.7375 ...
	   0.8000  0.8250  0.7125  0.6125  0.5000  0.3875  0.3625 ...
	   0.5000  0.6000  0.6625  0.7250  0.8750  0.9125  0.7250 ...
	   0.6625  0.6125  0.5625  0.4625  0.3750  0.2500  0.3375 ...
	   0.3750  0.3625  0.3875  0.4375  0.5000  0.5625  0.6250 ...
	   0.7375  0.8000  0.8000  0.8250  0.8750  0.9000  0.9500 ...
	   0.7375  0.6125  0.5125  0.4375  0.2500     NaN  0.1786 ...
	   0.1929  0.2000  0.2000  0.1929  0.1857  0.1714  0.1571 ...
	   0.1429  0.1214  0.0500  0.0500     NaN  0.1000  0.1000 ...
	      NaN  0.0500  0.2000  0.2000  0.1929  0.1786  0.1643 ...
	   0.1429  0.1071  0.0857  0.0714  0.0571  0.0500  0.0500];
   case 'bicubicInterp'
      x = [0.0668  0.0753  0.0925  0.1096  0.1781  0.2123  0.2171 ...
	   0.2218  0.2263  0.2308  0.2352  0.2396  0.2438  0.2479 ...
	   0.2521  0.2562  0.2600  0.2640  0.2677  0.2714  0.2751 ...
	   0.2786  0.2821  0.2855  0.2922  0.2985  0.3047  0.3105 ...
	   0.3160  0.3215  0.3266  0.3315  0.3362  0.3407  0.3449 ...
	   0.3490  0.3529  0.3567  0.3603  0.3668  0.3729  0.3785 ...
	   0.3836  0.3873  0.3910  0.3948  0.3986  0.4005  0.4026 ...
	   0.4045  0.4066  0.4085  0.4105  0.4127  0.4148  0.4168 ...
	   0.4190  0.4212  0.4234  0.4256  0.4278  0.4301  0.4325 ...
	   0.4371  0.4419  0.4470  0.4521  0.4559  0.4600  0.4644 ...
	   0.4690  0.4740  0.4790  0.4844  0.4897  0.4955  0.5012 ...
	   0.5071  0.5130  0.5192  0.5252  0.5314  0.5377  0.5438 ...
	   0.5500  0.5560  0.5622  0.5681  0.5741  0.5799  0.5855 ...
	   0.5910  0.5963  0.6014  0.6063  0.6110  0.6153  0.6195 ...
	   0.6233  0.6270  0.6304  0.6338  0.6371  0.6403  0.6433 ...
	   0.6462  0.6490  0.6518  0.6544  0.6568  0.6593  0.6616 ...
	   0.6640  0.6662  0.6684  0.6704  0.6725  0.6745  0.6764 ...
	   0.6784  0.6803  0.6821  0.6840  0.6858  0.6875  0.6893 ...
	   0.6911  0.6929  0.6947  0.6964  0.6982  0.7001  0.7019 ...
	   0.7038  0.7058  0.7078  0.7097  0.7118  0.7140  0.7162 ...
	   0.7184  0.7207  0.7230  0.7256  0.7281  0.7308  0.7336 ...
	   0.7363  0.7393  0.7423  0.7455  0.7489  0.7523  0.7558 ...
	   0.7595  0.7633  0.7673  0.7715  0.7758  0.7801  0.7848 ...
	   0.7896  0.7945  0.7992  0.8037  0.8082  0.8126  0.8170 ...
	   0.8214  0.8255  0.8297  0.8338  0.8379  0.8421  0.8460 ...
	   0.8501  0.8541  0.8581  0.8622  0.8662  0.8701  0.8742 ...
	   0.8784  0.8804  0.8825  0.8845  0.8866  0.8886  0.8908 ...
	   0.8929  0.8951  0.8971  0.8993  0.9015  0.9037  0.9059 ...
	   0.9081  0.9103  0.9126  0.9149  0.9171  0.9195  0.9219 ...
	   0.9242  0.9266  0.9290  0.9315     NaN  0.1781  0.1819 ...
	   0.1858  0.1896  0.1932  0.1968  0.2004  0.2038  0.2073 ...
	   0.2138  0.2201  0.2263  0.2322  0.2378  0.2432  0.2484 ...
	   0.2533  0.2579  0.2625  0.2667  0.2708  0.2748  0.2785 ...
	   0.2821  0.2855  0.2918  0.2974  0.3026  0.3071  0.3114 ...
	   0.3151  0.3178  0.3203  0.3225  0.3242  0.3251  0.3259 ...
	   0.3267  0.3275  0.3282  0.3289  0.3297  0.3304  0.3312 ...
	   0.3319  0.3327  0.3336  0.3345  0.3355  0.3364  0.3375 ...
	   0.3399  0.3426  0.3458  0.3493  0.3527  0.3567  0.3608 ...
	   0.3653  0.3701  0.3751  0.3804  0.3859  0.3915  0.3974 ...
	   0.4034  0.4095  0.4158  0.4219  0.4284  0.4347  0.4410 ...
	   0.4473  0.4536  0.4599  0.4659  0.4719  0.4778  0.4836 ...
	   0.4890  0.4944  0.4995  0.5042  0.5088  0.5130  0.5170 ...
	   0.5205  0.5252  0.5295  0.5336  0.5374  0.5410  0.5426 ...
	   0.5442  0.5459  0.5475  0.5490  0.5505  0.5521  0.5536 ...
	   0.5551  0.5564  0.5579  0.5593  0.5607  0.5622  0.5636 ...
	   0.5649  0.5664  0.5678  0.5693  0.5708  0.5723  0.5738 ...
	   0.5753  0.5770  0.5785  0.5803  0.5819  0.5837  0.5855 ...
	   0.5874  0.5893  0.5912  0.5933  0.5953  0.5975  0.5999 ...
	   0.6022  0.6047  0.6097  0.6152  0.6211  0.6274  0.6341 ...
	   0.6378  0.6414  0.6452  0.6492  0.6533  0.6575  0.6621 ...
	   0.6663  0.6707     NaN  0.1096  0.1152  0.1205  0.1258 ...
	   0.1307  0.1355  0.1401  0.1445  0.1488  0.1529  0.1568 ...
	   0.1607  0.1642  0.1711  0.1774  0.1832  0.1885  0.1933 ...
	   0.1978  0.2019  0.2056  0.2123  0.2170  0.2216  0.2262 ...
	   0.2305  0.2327  0.2349  0.2371  0.2392  0.2414  0.2434 ...
	   0.2456  0.2477  0.2497  0.2518  0.2540  0.2560  0.2581 ...
	   0.2601  0.2622  0.2642  0.2684  0.2725  0.2767  0.2808 ...
	   0.2863  0.2929  0.2964  0.3001  0.3041  0.3082  0.3126 ...
	   0.3170  0.3215  0.3260  0.3307  0.3355  0.3401  0.3449 ...
	   0.3497  0.3545  0.3592  0.3638  0.3685  0.3730  0.3774 ...
	   0.3816  0.3859  0.3899  0.3936  0.3971  0.4037  0.4093 ...
	   0.4155  0.4185  0.4214  0.4241  0.4268  0.4295  0.4321 ...
	   0.4347  0.4373  0.4399  0.4425  0.4452  0.4478  0.4507 ...
	   0.4534  0.4564  0.4595  0.4626  0.4659  0.4693  0.4729 ...
	   0.4766  0.4805  0.4847  0.4890  0.4937  0.4985  0.5036 ...
	   0.5089  0.5147  0.5205  0.5274     NaN  0.0925  0.0970 ...
	   0.1014  0.1056  0.1097  0.1137  0.1175  0.1212  0.1247 ...
	   0.1314  0.1375  0.1432  0.1484  0.1532  0.1577  0.1618 ...
	   0.1655  0.1722  0.1781  0.1841  0.1868  0.1897  0.1925 ...
	   0.1951  0.1977  0.2003  0.2029  0.2053  0.2079  0.2104 ...
	   0.2130  0.2156  0.2208  0.2273  0.2308  0.2347  0.2388 ...
	   0.2432  0.2475  0.2523  0.2571  0.2621  0.2671  0.2723 ...
	   0.2775  0.2829  0.2882  0.2936  0.2990  0.3044  0.3097 ...
	   0.3149  0.3201  0.3252  0.3301  0.3351  0.3397  0.3442 ...
	   0.3485  0.3526  0.3564  0.3600  0.3664  0.3730  0.3760 ...
	   0.3790  0.3821  0.3849  0.3878  0.3907  0.3934  0.3962 ...
	   0.3990  0.4018  0.4047  0.4075  0.4104  0.4133  0.4164 ...
	   0.4195  0.4227  0.4260  0.4295  0.4329  0.4366  0.4404 ...
	   0.4444  0.4486  0.4529  0.4574  0.4622  0.4671  0.4723 ...
	   0.4778  0.4844     NaN  0.0753  0.0795  0.0834  0.0871 ...
	   0.0908  0.0944  0.0978  0.1042  0.1101  0.1158  0.1208 ...
	   0.1255  0.1299  0.1338  0.1375  0.1410  0.1471  0.1523 ...
	   0.1574  0.1629  0.1685  0.1744  0.1800  0.1855  0.1907 ...
	   0.1952  0.2005  0.2068  0.2101  0.2138  0.2175  0.2214 ...
	   0.2253  0.2295  0.2336  0.2378  0.2422  0.2464  0.2508 ...
	   0.2552  0.2597  0.2641  0.2684  0.2727  0.2770  0.2811 ...
	   0.2852  0.2892  0.2930  0.2967  0.3003  0.3036  0.3097 ...
	   0.3151  0.3204  0.3256  0.3307  0.3332  0.3356  0.3379 ...
	   0.3404  0.3429  0.3453  0.3478  0.3503  0.3527  0.3553 ...
	   0.3581  0.3607  0.3634  0.3663  0.3692  0.3722  0.3753 ...
	   0.3786  0.3853  0.3890  0.3927  0.3966  0.4007  0.4049 ...
	   0.4093  0.4152     NaN  0.0668  0.0704  0.0740  0.0807 ...
	   0.0868  0.0926  0.0979  0.1029  0.1074  0.1115  0.1153 ...
	   0.1189  0.1252  0.1305  0.1353  0.1389  0.1432  0.1478 ...
	   0.1526  0.1574  0.1621  0.1662  0.1696  0.1747  0.1804 ...
	   0.1870  0.1904  0.1940  0.1977  0.2015  0.2053  0.2093 ...
	   0.2133  0.2173  0.2214  0.2255  0.2295  0.2336  0.2375 ...
	   0.2415  0.2455  0.2493  0.2530  0.2567  0.2603  0.2637 ...
	   0.2701  0.2759  0.2808  0.2856  0.2905  0.2959  0.3012 ...
	   0.3070  0.3127  0.3186  0.3248  0.3310  0.3371  0.3434 ...
	   0.3497  0.3562  0.3625  0.3688  0.3751  0.3785  0.3822 ...
	      NaN  0.3836  0.3800  0.3764  0.3699  0.3637  0.3581 ...
	   0.3527  0.3478  0.3433  0.3392  0.3353  0.3318  0.3253 ...
	   0.3199  0.3151  0.3104  0.3049  0.2989  0.2925  0.2890 ...
	   0.2855  0.2819  0.2784  0.2747  0.2710  0.2671  0.2634 ...
	   0.2596  0.2559  0.2522  0.2485  0.2449  0.2414  0.2379 ...
	   0.2345  0.2281  0.2222  0.2168  0.2123  0.2075  0.2026 ...
	   0.2001  0.1977  0.1953  0.1930  0.1907  0.1885  0.1864 ...
	   0.1845  0.1810  0.1781  0.1751  0.1734  0.1718  0.1699 ...
	   0.1681  0.1662  0.1644  0.1625  0.1607  0.1590  0.1574 ...
	   0.1559  0.1545  0.1523  0.1508  0.1490  0.1479  0.1468 ...
	   0.1453  0.1447  0.1438     NaN  0.4521  0.4466  0.4412 ...
	   0.4362  0.4311  0.4264  0.4218  0.4174  0.4132  0.4090 ...
	   0.4052  0.4014  0.3978  0.3910  0.3847  0.3789  0.3736 ...
	   0.3688  0.3642  0.3600  0.3562  0.3526  0.3493  0.3460 ...
	   0.3425  0.3385  0.3342  0.3297  0.3251  0.3203  0.3155 ...
	   0.3105  0.3058  0.3011  0.2964  0.2922  0.2881  0.2842 ...
	   0.2808  0.2749  0.2715  0.2677  0.2638  0.2597  0.2555 ...
	   0.2511  0.2468  0.2426  0.2384  0.2344  0.2305  0.2270 ...
	   0.2208  0.2178  0.2152  0.2129  0.2110  0.2092  0.2074 ...
	   0.2056  0.2038  0.2004  0.1953  0.1921  0.1881  0.1834 ...
	      NaN  0.6233  0.6179  0.6129  0.6079  0.6032  0.5985 ...
	   0.5941  0.5899  0.5858  0.5818  0.5779  0.5742  0.5707 ...
	   0.5640  0.5577  0.5519  0.5464  0.5415  0.5367  0.5323 ...
	   0.5282  0.5242  0.5205  0.5155  0.5099  0.5034  0.5001 ...
	   0.4966  0.4930  0.4893  0.4855  0.4816  0.4777  0.4738 ...
	   0.4697  0.4658  0.4618  0.4578  0.4538  0.4499  0.4459 ...
	   0.4421  0.4382  0.4345  0.4310  0.4274  0.4208  0.4147 ...
	   0.4093  0.4049  0.3997  0.3940  0.3878  0.3818  0.3759 ...
	   0.3707  0.3664  0.3611  0.3548  0.3512  0.3477  0.3440 ...
	   0.3404  0.3367  0.3330  0.3296  0.3262  0.3200  0.3151 ...
	   0.3099  0.3067  0.3030  0.2986  0.2936  0.2877  0.2844 ...
	   0.2808     NaN  0.7945  0.7908  0.7873  0.7837  0.7801 ...
	   0.7733  0.7667  0.7604  0.7544  0.7485  0.7429  0.7374 ...
	   0.7322  0.7273  0.7225  0.7178  0.7133  0.7090  0.7049 ...
	   0.7011  0.6973  0.6937  0.6901  0.6836  0.6775  0.6721 ...
	   0.6668  0.6621  0.6575  0.6511  0.6475  0.6438  0.6399 ...
	   0.6358  0.6315  0.6271  0.6226  0.6181  0.6133  0.6085 ...
	   0.6037  0.5988  0.5938  0.5889  0.5840  0.5790  0.5741 ...
	   0.5693  0.5645  0.5599  0.5552  0.5507  0.5463  0.5422 ...
	   0.5381  0.5341  0.5304  0.5268  0.5205  0.5163  0.5111 ...
	   0.5053  0.4992  0.4930  0.4871  0.4819  0.4778  0.4710 ...
	   0.4668  0.4626  0.4579  0.4532  0.4484  0.4433  0.4384 ...
	   0.4336  0.4288  0.4242  0.4199  0.4159  0.4093  0.4040 ...
	   0.4008  0.3971  0.3927  0.3877  0.3818  0.3751     NaN ...
	   0.9315  0.9278  0.9242  0.9207  0.9171  0.9104  0.9038 ...
	   0.8975  0.8915  0.8856  0.8800  0.8747  0.8695  0.8644 ...
	   0.8596  0.8551  0.8505  0.8463  0.8422  0.8382  0.8345 ...
	   0.8308  0.8274  0.8208  0.8148  0.8092  0.8040  0.7990 ...
	   0.7945  0.7878  0.7841  0.7801  0.7760  0.7716  0.7671 ...
	   0.7625  0.7577  0.7527  0.7478  0.7426  0.7375  0.7323 ...
	   0.7270  0.7218  0.7164  0.7112  0.7060  0.7008  0.6958 ...
	      NaN  0.2618  0.2770  0.2998  0.3227  0.3455  0.3531 ...
	   0.3607  0.3607  0.3531  0.3379  0.2618  0.3683     NaN ...
	   0.4064  0.4977     NaN  0.5434  0.5434  0.5967  0.6195 ...
	   0.6347  0.6423  0.6499  0.6499  0.6423  0.6347  0.6195 ...
	   0.5967  0.5434];
      y = [0.6645  0.6316  0.5658  0.5000  0.4013  0.3355  0.3388 ...
	   0.3421  0.3453  0.3484  0.3516  0.3546  0.3576  0.3605 ...
	   0.3634  0.3663  0.3691  0.3718  0.3746  0.3772  0.3799 ...
	   0.3824  0.3849  0.3874  0.3922  0.3968  0.4013  0.4057 ...
	   0.4099  0.4139  0.4179  0.4217  0.4253  0.4288  0.4324 ...
	   0.4357  0.4388  0.4420  0.4451  0.4509  0.4566  0.4620 ...
	   0.4671  0.4714  0.4764  0.4822  0.4887  0.4920  0.4955 ...
	   0.4991  0.5026  0.5063  0.5100  0.5137  0.5175  0.5212 ...
	   0.5249  0.5286  0.5321  0.5357  0.5391  0.5425  0.5458 ...
	   0.5518  0.5572  0.5620  0.5658  0.5680  0.5700  0.5717 ...
	   0.5733  0.5746  0.5758  0.5768  0.5776  0.5784  0.5791 ...
	   0.5796  0.5800  0.5804  0.5807  0.5811  0.5813  0.5817 ...
	   0.5820  0.5824  0.5828  0.5833  0.5839  0.5846  0.5855 ...
	   0.5864  0.5876  0.5889  0.5904  0.5921  0.5941  0.5962 ...
	   0.5987  0.6014  0.6043  0.6076  0.6111  0.6147  0.6187 ...
	   0.6228  0.6270  0.6314  0.6362  0.6409  0.6459  0.6511 ...
	   0.6563  0.6617  0.6672  0.6728  0.6786  0.6843  0.6903 ...
	   0.6962  0.7022  0.7084  0.7145  0.7207  0.7270  0.7332 ...
	   0.7393  0.7457  0.7518  0.7582  0.7643  0.7705  0.7766 ...
	   0.7826  0.7887  0.7946  0.8005  0.8062  0.8120  0.8175 ...
	   0.8229  0.8283  0.8334  0.8384  0.8434  0.8480  0.8526 ...
	   0.8570  0.8612  0.8651  0.8689  0.8725  0.8758  0.8789 ...
	   0.8818  0.8843  0.8867  0.8888  0.8905  0.8921  0.8933 ...
	   0.8942  0.8947  0.8950  0.8950  0.8946  0.8941  0.8932 ...
	   0.8920  0.8905  0.8887  0.8866  0.8841  0.8812  0.8780 ...
	   0.8746  0.8707  0.8664  0.8618  0.8568  0.8513  0.8455 ...
	   0.8393  0.8361  0.8328  0.8292  0.8257  0.8220  0.8182 ...
	   0.8143  0.8103  0.8062  0.8020  0.7976  0.7932  0.7886 ...
	   0.7838  0.7789  0.7741  0.7691  0.7638  0.7586  0.7532 ...
	   0.7476  0.7420  0.7362  0.7303     NaN  0.4013  0.4036 ...
	   0.4058  0.4080  0.4101  0.4124  0.4143  0.4164  0.4186 ...
	   0.4225  0.4263  0.4301  0.4337  0.4372  0.4407  0.4441 ...
	   0.4472  0.4504  0.4536  0.4564  0.4595  0.4622  0.4651 ...
	   0.4678  0.4705  0.4757  0.4808  0.4857  0.4905  0.4953 ...
	   0.5000  0.5043  0.5095  0.5153  0.5214  0.5247  0.5280 ...
	   0.5316  0.5350  0.5386  0.5422  0.5458  0.5495  0.5530 ...
	   0.5567  0.5603  0.5638  0.5674  0.5708  0.5741  0.5774 ...
	   0.5836  0.5892  0.5943  0.5987  0.6020  0.6050  0.6079 ...
	   0.6107  0.6132  0.6157  0.6179  0.6200  0.6221  0.6239 ...
	   0.6258  0.6276  0.6293  0.6309  0.6325  0.6341  0.6357 ...
	   0.6372  0.6388  0.6403  0.6418  0.6436  0.6453  0.6470 ...
	   0.6488  0.6507  0.6526  0.6547  0.6570  0.6593  0.6618 ...
	   0.6645  0.6687  0.6736  0.6789  0.6850  0.6914  0.6949 ...
	   0.6984  0.7020  0.7058  0.7096  0.7134  0.7174  0.7214 ...
	   0.7255  0.7297  0.7339  0.7382  0.7425  0.7467  0.7512 ...
	   0.7555  0.7599  0.7643  0.7687  0.7732  0.7775  0.7818 ...
	   0.7862  0.7905  0.7949  0.7991  0.8033  0.8075  0.8116 ...
	   0.8157  0.8196  0.8236  0.8274  0.8311  0.8347  0.8383 ...
	   0.8417  0.8451  0.8513  0.8571  0.8624  0.8670  0.8709 ...
	   0.8726  0.8741  0.8755  0.8766  0.8775  0.8783  0.8788 ...
	   0.8792  0.8793     NaN  0.5000  0.5012  0.5022  0.5034 ...
	   0.5045  0.5055  0.5066  0.5076  0.5087  0.5097  0.5107 ...
	   0.5117  0.5126  0.5146  0.5166  0.5184  0.5204  0.5224 ...
	   0.5243  0.5264  0.5286  0.5329  0.5368  0.5417  0.5472 ...
	   0.5534  0.5567  0.5601  0.5636  0.5671  0.5708  0.5745 ...
	   0.5782  0.5818  0.5857  0.5893  0.5930  0.5967  0.6003 ...
	   0.6038  0.6072  0.6105  0.6168  0.6225  0.6275  0.6316 ...
	   0.6359  0.6401  0.6422  0.6442  0.6463  0.6484  0.6505 ...
	   0.6525  0.6546  0.6566  0.6587  0.6607  0.6628  0.6647 ...
	   0.6667  0.6688  0.6708  0.6728  0.6749  0.6768  0.6789 ...
	   0.6809  0.6830  0.6850  0.6871  0.6891  0.6932  0.6974 ...
	   0.7037  0.7074  0.7114  0.7158  0.7204  0.7254  0.7305 ...
	   0.7358  0.7413  0.7470  0.7526  0.7586  0.7643  0.7703 ...
	   0.7762  0.7820  0.7878  0.7936  0.7991  0.8045  0.8097 ...
	   0.8147  0.8195  0.8239  0.8282  0.8321  0.8355  0.8387 ...
	   0.8413  0.8437  0.8454  0.8468     NaN  0.5658  0.5661 ...
	   0.5664  0.5667  0.5671  0.5674  0.5678  0.5680  0.5684 ...
	   0.5692  0.5700  0.5709  0.5718  0.5728  0.5739  0.5750 ...
	   0.5763  0.5791  0.5822  0.5872  0.5904  0.5939  0.5979 ...
	   0.6021  0.6063  0.6108  0.6151  0.6195  0.6237  0.6276 ...
	   0.6313  0.6346  0.6397  0.6441  0.6461  0.6480  0.6500 ...
	   0.6518  0.6537  0.6555  0.6572  0.6589  0.6607  0.6624 ...
	   0.6639  0.6657  0.6672  0.6688  0.6705  0.6721  0.6737 ...
	   0.6754  0.6770  0.6787  0.6804  0.6821  0.6838  0.6857 ...
	   0.6875  0.6893  0.6913  0.6933  0.6974  0.7032  0.7066 ...
	   0.7103  0.7143  0.7187  0.7233  0.7280  0.7330  0.7382 ...
	   0.7436  0.7489  0.7543  0.7600  0.7655  0.7711  0.7766 ...
	   0.7821  0.7875  0.7928  0.7979  0.8029  0.8076  0.8121 ...
	   0.8164  0.8205  0.8242  0.8275  0.8305  0.8332  0.8354 ...
	   0.8371  0.8384     NaN  0.6316  0.6317  0.6317  0.6318 ...
	   0.6320  0.6321  0.6322  0.6325  0.6328  0.6332  0.6336 ...
	   0.6339  0.6345  0.6351  0.6357  0.6364  0.6379  0.6397 ...
	   0.6424  0.6462  0.6508  0.6559  0.6609  0.6657  0.6697 ...
	   0.6726  0.6753  0.6778  0.6789  0.6803  0.6814  0.6826 ...
	   0.6838  0.6850  0.6862  0.6874  0.6886  0.6897  0.6909 ...
	   0.6921  0.6933  0.6945  0.6957  0.6970  0.6982  0.6995 ...
	   0.7008  0.7021  0.7034  0.7049  0.7063  0.7076  0.7107 ...
	   0.7138  0.7182  0.7236  0.7300  0.7336  0.7372  0.7412 ...
	   0.7451  0.7492  0.7534  0.7576  0.7620  0.7663  0.7707 ...
	   0.7749  0.7791  0.7833  0.7874  0.7913  0.7951  0.7988 ...
	   0.8022  0.8086  0.8113  0.8138  0.8161  0.8179  0.8195 ...
	   0.8208  0.8216     NaN  0.6645  0.6647  0.6650  0.6655 ...
	   0.6659  0.6664  0.6670  0.6674  0.6679  0.6683  0.6688 ...
	   0.6693  0.6704  0.6714  0.6726  0.6739  0.6758  0.6782 ...
	   0.6805  0.6832  0.6855  0.6876  0.6892  0.6912  0.6934 ...
	   0.6957  0.6968  0.6982  0.6993  0.7007  0.7020  0.7033 ...
	   0.7046  0.7059  0.7072  0.7086  0.7100  0.7113  0.7128 ...
	   0.7141  0.7155  0.7168  0.7183  0.7196  0.7211  0.7224 ...
	   0.7250  0.7276  0.7303  0.7333  0.7371  0.7416  0.7466 ...
	   0.7520  0.7576  0.7636  0.7695  0.7754  0.7811  0.7863 ...
	   0.7913  0.7957  0.7993  0.8022  0.8042  0.8049  0.8050 ...
	      NaN  0.4671  0.4689  0.4707  0.4741  0.4771  0.4799 ...
	   0.4825  0.4850  0.4871  0.4892  0.4911  0.4926  0.4957 ...
	   0.4980  0.5000  0.5017  0.5034  0.5050  0.5067  0.5075 ...
	   0.5084  0.5092  0.5101  0.5111  0.5120  0.5129  0.5138 ...
	   0.5147  0.5157  0.5167  0.5178  0.5188  0.5199  0.5211 ...
	   0.5222  0.5246  0.5272  0.5300  0.5329  0.5372  0.5428 ...
	   0.5461  0.5495  0.5529  0.5566  0.5601  0.5638  0.5674 ...
	   0.5708  0.5771  0.5822  0.5878  0.5911  0.5946  0.5984 ...
	   0.6024  0.6064  0.6107  0.6149  0.6189  0.6230  0.6268 ...
	   0.6305  0.6339  0.6397  0.6446  0.6512  0.6554  0.6603 ...
	   0.6661  0.6692  0.6726     NaN  0.5658  0.5674  0.5691 ...
	   0.5705  0.5721  0.5734  0.5749  0.5762  0.5775  0.5787 ...
	   0.5800  0.5811  0.5822  0.5843  0.5863  0.5882  0.5900 ...
	   0.5916  0.5932  0.5946  0.5961  0.5974  0.5987  0.6000 ...
	   0.6017  0.6037  0.6058  0.6082  0.6105  0.6130  0.6157 ...
	   0.6182  0.6207  0.6230  0.6251  0.6272  0.6289  0.6304 ...
	   0.6316  0.6326  0.6330  0.6332  0.6333  0.6334  0.6334 ...
	   0.6336  0.6337  0.6339  0.6343  0.6349  0.6357  0.6368 ...
	   0.6397  0.6428  0.6466  0.6511  0.6559  0.6609  0.6655 ...
	   0.6695  0.6726  0.6767  0.6818  0.6850  0.6886  0.6926 ...
	      NaN  0.5987  0.6024  0.6061  0.6095  0.6128  0.6159 ...
	   0.6189  0.6220  0.6247  0.6275  0.6300  0.6325  0.6349 ...
	   0.6393  0.6434  0.6471  0.6504  0.6534  0.6562  0.6586 ...
	   0.6608  0.6628  0.6645  0.6667  0.6689  0.6713  0.6725 ...
	   0.6738  0.6750  0.6763  0.6775  0.6788  0.6800  0.6812 ...
	   0.6825  0.6837  0.6849  0.6861  0.6871  0.6882  0.6892 ...
	   0.6903  0.6912  0.6921  0.6930  0.6938  0.6953  0.6964 ...
	   0.6974  0.6978  0.6978  0.6976  0.6974  0.6971  0.6970 ...
	   0.6970  0.6974  0.6984  0.7001  0.7012  0.7022  0.7034 ...
	   0.7046  0.7059  0.7071  0.7084  0.7096  0.7118  0.7138 ...
	   0.7161  0.7175  0.7192  0.7213  0.7238  0.7268  0.7284 ...
	   0.7303     NaN  0.8947  0.8943  0.8939  0.8936  0.8933 ...
	   0.8925  0.8918  0.8912  0.8905  0.8899  0.8893  0.8887 ...
	   0.8882  0.8876  0.8871  0.8866  0.8861  0.8855  0.8850 ...
	   0.8846  0.8841  0.8837  0.8832  0.8824  0.8814  0.8807 ...
	   0.8799  0.8791  0.8783  0.8771  0.8763  0.8755  0.8746 ...
	   0.8737  0.8728  0.8717  0.8707  0.8695  0.8683  0.8671 ...
	   0.8659  0.8647  0.8636  0.8622  0.8611  0.8597  0.8586 ...
	   0.8572  0.8561  0.8549  0.8537  0.8526  0.8514  0.8505 ...
	   0.8495  0.8486  0.8476  0.8468  0.8454  0.8445  0.8436 ...
	   0.8424  0.8413  0.8401  0.8391  0.8380  0.8371  0.8357 ...
	   0.8349  0.8339  0.8329  0.8320  0.8308  0.8297  0.8286 ...
	   0.8274  0.8263  0.8251  0.8239  0.8229  0.8208  0.8187 ...
	   0.8172  0.8155  0.8133  0.8108  0.8078  0.8042     NaN ...
	   0.7303  0.7312  0.7321  0.7330  0.7338  0.7355  0.7372 ...
	   0.7387  0.7403  0.7417  0.7432  0.7445  0.7457  0.7470 ...
	   0.7482  0.7492  0.7503  0.7513  0.7524  0.7533  0.7542 ...
	   0.7550  0.7559  0.7574  0.7588  0.7600  0.7612  0.7622 ...
	   0.7632  0.7645  0.7651  0.7659  0.7666  0.7674  0.7682 ...
	   0.7689  0.7697  0.7705  0.7713  0.7721  0.7730  0.7738 ...
	   0.7746  0.7755  0.7763  0.7772  0.7780  0.7788  0.7796 ...
	      NaN  0.2180  0.2306  0.2368  0.2368  0.2306  0.2243 ...
	   0.2118  0.1992  0.1867  0.1679  0.1053  0.1053     NaN ...
	   0.1491  0.1491     NaN  0.1053  0.2368  0.2368  0.2306 ...
	   0.2180  0.2055  0.1867  0.1554  0.1366  0.1241  0.1115 ...
	   0.1053  0.1053];
   case 'mdlinearInterp'
      x = [0.8000  0.8222  0.7222  0.9556  0.9000  0.7889  0.6778 ...
	   0.5556  0.4444  0.3111  0.2333  0.2000  0.2222  0.2889 ...
	   0.3556  0.4000  0.4889  0.3444  0.2778  0.2444  0.1333 ...
	   0.0889  0.0556  0.0222  0.0333  0.0889  0.2667  0.3111 ...
	   0.3667  0.4778  0.4444  0.3111  0.1333  0.0556  0.1000 ...
	   0.2333  0.3556  0.4667  0.5556  0.5778  0.7556  0.6778 ...
	   0.6000  0.5333  0.4000  0.2556  0.1333  0.2000  0.1556 ...
	   0.1333  0.1000  0.0556  0.0222  0.0556  0.1444  0.2000 ...
	   0.2444  0.2667  0.3667  0.4778  0.5778  0.7111  0.9000 ...
	   0.8000  0.6556  0.4889  0.3444  0.2000     NaN  0.5333 ...
	   0.6667     NaN  0.7333  0.7333  0.8111  0.8444  0.8667 ...
	   0.8778  0.8889  0.8889  0.8778  0.8667  0.8444  0.8111 ...
	   0.7333];
      y = [0.7375  0.6625  0.6750  0.6500  0.9500  0.7375  0.7125 ...
	   0.7125  0.7125  0.7375  0.7250  0.6250  0.6000  0.6000 ...
	   0.6000  0.5625  0.5125  0.4375  0.4750  0.5125  0.5000 ...
	   0.5000  0.5000  0.4375  0.4125  0.5000  0.6375  0.7375 ...
	   0.8000  0.8250  0.7125  0.6125  0.5000  0.3875  0.3625 ...
	   0.5000  0.6000  0.6625  0.7250  0.8750  0.9125  0.7250 ...
	   0.6625  0.6125  0.5625  0.4625  0.3750  0.2500  0.3375 ...
	   0.3750  0.3625  0.3875  0.4375  0.5000  0.5625  0.6250 ...
	   0.7375  0.8000  0.8000  0.8250  0.8750  0.9000  0.9500 ...
	   0.7375  0.6125  0.5125  0.4375  0.2500     NaN  0.1667 ...
	   0.1667     NaN  0.1000  0.3000  0.3000  0.2905  0.2714 ...
	   0.2524  0.2238  0.1762  0.1476  0.1286  0.1095  0.1000 ...
	   0.1000];
      switch (opt)
      case 1
	 x2 = [0.3222  0.3444  0.3778  0.4111  0.4444  0.4556  0.4667 ...
	       0.4667  0.4556  0.4333  0.3222  0.4778];
	 y2 = [0.2714  0.2905  0.3000  0.3000  0.2905  0.2810  0.2619 ...
	       0.2429  0.2238  0.1952  0.1000  0.1000];
      case 2
	 x2 = [0.3333  0.3444  0.3778  0.4111  0.4444  0.4556  0.4667 ...
	       0.4667  0.4556  0.4333  0.4000  0.4333  0.4556  0.4667 ...
	       0.4778  0.4778  0.4667  0.4556  0.4111  0.3778  0.3444 ...
	       0.3222];
	 y2 = [0.2810  0.2905  0.3000  0.3000  0.2905  0.2810  0.2619 ...
	       0.2333  0.2143  0.2048  0.2048  0.2048  0.1952  0.1857 ...
	       0.1667  0.1381  0.1190  0.1095  0.1000  0.1000  0.1095 ...
	       0.1190];
      case 3
	 x2 = [0.4333  0.3222  0.4889     NaN  0.4333  0.4333];
	 y2 = [0.3000  0.1667  0.1667     NaN  0.3000  0.1000];
      case 4
	 x2 = [0.4556  0.3444  0.3333  0.3444  0.3778  0.4111  0.4444 ...
	       0.4667  0.4778  0.4778  0.4667  0.4444  0.4111  0.3778 ...
	       0.3444  0.3333  0.3222];
	 y2 = [0.3000  0.3000  0.2143  0.2238  0.2333  0.2333  0.2238 ...
	       0.2048  0.1762  0.1571  0.1286  0.1095  0.1000  0.1000 ...
	       0.1095  0.1190  0.1381];
      case 5
	 x2 = [0.4222  0.3889  0.3667  0.3444  0.3333  0.3333  0.3444 ...
	       0.3667  0.4000  0.4111  0.4444  0.4667  0.4778  0.4778 ...
	       0.4667  0.4556  0.4222  0.4000  0.3667  0.3333];
	 y2 = [0.3000  0.2810  0.2619  0.2238  0.1952  0.1667  0.1286 ...
	       0.1095  0.1000  0.1000  0.1095  0.1286  0.1571  0.1762 ...
	       0.2048  0.2143  0.2238  0.2238  0.2143  0.1952];
      case 6
	 x2 = [0.4778  0.3667     NaN  0.3222  0.4778];
	 y2 = [0.3000  0.1000     NaN  0.3000  0.3000];
      case 7
	 x2 = [0.3889  0.3778  0.3444  0.3333  0.3222  0.3222  0.3333 ...
	       0.3444  0.3778  0.4222  0.4556  0.4667  0.4778  0.4778 ...
	       0.4667  0.4556  0.4222  0.3889  0.3556  0.3444  0.3333 ...
	       0.3333  0.3444  0.3556  0.3889  0.4111  0.4444  0.4556 ...
	       0.4667  0.4667  0.4556  0.4444  0.4111];
	 y2 = [0.2048  0.2048  0.1952  0.1857  0.1667  0.1381  0.1190 ...
	       0.1095  0.1000  0.1000  0.1095  0.1190  0.1381  0.1667 ...
	       0.1857  0.1952  0.2048  0.2048  0.2143  0.2238  0.2429 ...
	       0.2619  0.2810  0.2905  0.3000  0.3000  0.2905  0.2810 ...
	       0.2619  0.2429  0.2238  0.2143  0.2048];
      otherwise
	 x2 = [];
	 y2 = [];
      end
      x = [x NaN x2];
      y = [y NaN y2];
   case 'logOperator'
      switch (opt)
      case 'EQV'
	 x = [0.8388  0.8378  0.8348  0.8300  0.8236  0.8158  0.8069 ...
	      0.7972  0.7871  0.7770  0.7673  0.7584  0.7505  0.7441 ...
	      0.7393  0.7364  0.7354  0.7364  0.7393  0.7441  0.7505 ...
	      0.7584  0.7673  0.7770  0.7871  0.7972  0.8069  0.8158 ...
	      0.8236  0.8300  0.8348  0.8378  0.8388     NaN  0.1096 ...
	      0.1462  0.1759  0.1975  0.2103  0.2138  0.2080  0.1929 ...
	      0.1693  0.1378  0.1096     NaN  0.2138  0.2503  0.2800 ...
	      0.3015  0.3142  0.3177  0.3117  0.2965  0.2726  0.2410 ...
	      0.2138     NaN  0.7347  0.6814  0.6156  0.5397  0.4564 ...
	      0.3688  0.2799  0.2138     NaN  0.2137  0.3013  0.3900 ...
	      0.4768  0.5585  0.6321  0.6950  0.7345     NaN  0.0571 ...
	      0.2904     NaN  0.0571  0.2904     NaN  0.8388  0.9429];
	 y = [0.5001  0.5102  0.5198  0.5288  0.5366  0.5430  0.5478 ...
	      0.5508  0.5517  0.5508  0.5478  0.5430  0.5366  0.5288 ...
	      0.5198  0.5102  0.5001  0.4900  0.4803  0.4714  0.4635 ...
	      0.4571  0.4523  0.4494  0.4484  0.4494  0.4523  0.4571 ...
	      0.4635  0.4714  0.4803  0.4900  0.5001     NaN  0.2917 ...
	      0.3250  0.3646  0.4091  0.4568  0.5062  0.5553  0.6024 ...
	      0.6458  0.6840  0.7084     NaN  0.2917  0.3252  0.3649 ...
	      0.4095  0.4574  0.5068  0.5560  0.6032  0.6467  0.6848 ...
	      0.7084     NaN  0.5001  0.5713  0.6311  0.6774  0.7084 ...
	      0.7232  0.7211  0.7083     NaN  0.2917  0.2768  0.2788 ...
	      0.2975  0.3323  0.3819  0.4446  0.5001     NaN  0.6034 ...
	      0.6034     NaN  0.3951  0.3951     NaN  0.5001  0.5001];
      case 'NEQV'
	 x = [0.1096  0.1462  0.1758  0.1973  0.2101  0.2135  0.2075 ...
	      0.1923  0.1685  0.1368  0.1096     NaN  0.2129  0.2495 ...
	      0.2792  0.3008  0.3136  0.3172  0.3113  0.2963  0.2726 ...
	      0.2411  0.2129     NaN  0.7344  0.6811  0.6154  0.5394 ...
	      0.4561  0.3684  0.2794  0.2129     NaN  0.2129  0.3006 ...
	      0.3895  0.4765  0.5583  0.6321  0.6951  0.7344     NaN ...
	      0.7346  0.9429     NaN  0.0571  0.2896     NaN  0.0571 ...
	      0.2896];
	 y = [0.2917  0.3251  0.3648  0.4094  0.4573  0.5068  0.5560 ...
	      0.6031  0.6466  0.6847  0.7083     NaN  0.2917  0.3249 ...
	      0.3645  0.4090  0.4568  0.5061  0.5552  0.6023  0.6457 ...
	      0.6839  0.7083     NaN  0.4999  0.5711  0.6311  0.6774 ...
	      0.7086  0.7234  0.7214  0.7085     NaN  0.2914  0.2766 ...
	      0.2786  0.2974  0.3323  0.3821  0.4449  0.5001     NaN ...
	      0.5000  0.5000     NaN  0.6042  0.6042     NaN  0.3958 ...
	      0.3958];
      case 'OR'
	 x = [0.2142  0.2508  0.2804  0.3019  0.3147  0.3181  0.3121 ...
	      0.2969  0.2731  0.2414  0.2142     NaN  0.2142  0.3018 ...
	      0.3907  0.4775  0.5592  0.6328  0.6956  0.7342     NaN ...
	      0.7342  0.6809  0.6152  0.5393  0.4560  0.3683  0.2795 ...
	      0.2142     NaN  0.7342  0.9425     NaN  0.0575  0.2933 ...
	         NaN  0.0575  0.2933];
	 y = [0.2917  0.3251  0.3648  0.4094  0.4573  0.5068  0.5560 ...
	      0.6031  0.6466  0.6847  0.7083     NaN  0.2917  0.2770 ...
	      0.2791  0.2981  0.3331  0.3829  0.4458  0.5000     NaN ...
	      0.5000  0.5712  0.6310  0.6772  0.7083  0.7230  0.7209 ...
	      0.7083     NaN  0.5000  0.5000     NaN  0.6042  0.6042 ...
	         NaN  0.3958  0.3958];
      case 'NOR'
	 x = [0.8383  0.8373  0.8344  0.8296  0.8232  0.8154  0.8064 ...
	      0.7967  0.7867  0.7766  0.7669  0.7580  0.7501  0.7437 ...
	      0.7389  0.7360  0.7350  0.7360  0.7389  0.7437  0.7501 ...
	      0.7580  0.7669  0.7766  0.7867  0.7967  0.8064  0.8154 ...
	      0.8232  0.8296  0.8344  0.8373  0.8383     NaN  0.2142 ...
	      0.2508  0.2804  0.3019  0.3147  0.3181  0.3121  0.2969 ...
	      0.2731  0.2414  0.2142     NaN  0.2141  0.3017  0.3904 ...
	      0.4771  0.5587  0.6322  0.6950  0.7340     NaN  0.7342 ...
	      0.6809  0.6152  0.5393  0.4560  0.3683  0.2795  0.2142 ...
	         NaN  0.8392  0.9425     NaN  0.0575  0.2933     NaN ...
	      0.0575  0.2933];
	 y = [0.5001  0.5102  0.5199  0.5288  0.5366  0.5431  0.5478 ...
	      0.5508  0.5518  0.5508  0.5478  0.5431  0.5366  0.5288 ...
	      0.5199  0.5102  0.5001  0.4900  0.4803  0.4714  0.4636 ...
	      0.4571  0.4524  0.4494  0.4484  0.4494  0.4524  0.4571 ...
	      0.4636  0.4714  0.4803  0.4900  0.5001     NaN  0.2918 ...
	      0.3252  0.3649  0.4095  0.4574  0.5069  0.5561  0.6032 ...
	      0.6467  0.6848  0.7084     NaN  0.2916  0.2769  0.2790 ...
	      0.2979  0.3328  0.3825  0.4453  0.5002     NaN  0.5001 ...
	      0.5713  0.6311  0.6773  0.7084  0.7231  0.7210  0.7084 ...
	         NaN  0.5001  0.5001     NaN  0.6034  0.6034     NaN ...
	      0.3951  0.3951];
      case 'AND'
	 x = [0.5000  0.5394  0.5774  0.6126  0.6438  0.6697  0.6895 ...
	      0.7025  0.7081  0.7062  0.6969  0.6804  0.6574  0.6288 ...
	      0.5955  0.5587  0.5198  0.5000     NaN  0.5000  0.2917 ...
	      0.2917  0.5000     NaN  0.0833  0.2917     NaN  0.0833 ...
	      0.2917     NaN  0.7083  0.9167];
	 y = [0.2917  0.2954  0.3066  0.3247  0.3492  0.3792  0.4135 ...
	      0.4509  0.4901  0.5296  0.5681  0.6042  0.6364  0.6638 ...
	      0.6852  0.6999  0.7074  0.7083     NaN  0.7083  0.7083 ...
	      0.2917  0.2917     NaN  0.6042  0.6042     NaN  0.3958 ...
	      0.3958     NaN  0.5000  0.5000];
      case 'NAND'
	 x = [0.5000  0.5394  0.5774  0.6126  0.6438  0.6697  0.6895 ...
	      0.7025  0.7081  0.7062  0.6969  0.6804  0.6574  0.6288 ...
	      0.5955  0.5587  0.5198  0.5000     NaN  0.8117  0.8107 ...
	      0.8077  0.8030  0.7965  0.7887  0.7798  0.7701  0.7600 ...
	      0.7499  0.7402  0.7313  0.7235  0.7170  0.7123  0.7093 ...
	      0.7083  0.7093  0.7123  0.7170  0.7235  0.7313  0.7402 ...
	      0.7499  0.7600  0.7701  0.7798  0.7887  0.7965  0.8030 ...
	      0.8077  0.8107  0.8117     NaN  0.5000  0.2917  0.2917 ...
	      0.5000     NaN  0.0833  0.2917     NaN  0.0833  0.2917 ...
	         NaN  0.8117  0.9167];
	 y = [0.2917  0.2954  0.3066  0.3247  0.3492  0.3792  0.4135 ...
	      0.4509  0.4901  0.5296  0.5681  0.6042  0.6364  0.6638 ...
	      0.6852  0.6999  0.7074  0.7083     NaN  0.5000  0.5101 ...
	      0.5198  0.5287  0.5365  0.5430  0.5477  0.5507  0.5517 ...
	      0.5507  0.5477  0.5430  0.5365  0.5287  0.5198  0.5101 ...
	      0.5000  0.4899  0.4802  0.4713  0.4635  0.4570  0.4523 ...
	      0.4493  0.4483  0.4493  0.4523  0.4570  0.4635  0.4713 ...
	      0.4802  0.4899  0.5000     NaN  0.7083  0.7083  0.2917 ...
	      0.2917     NaN  0.3958  0.3958     NaN  0.6042  0.6042 ...
	         NaN  0.5000  0.5000];
      case 'NOT'
	 x = [0.7083  0.7073  0.7044  0.6996  0.6932  0.6854  0.6764 ...
	      0.6667  0.6567  0.6466  0.6369  0.6280  0.6201  0.6137 ...
	      0.6089  0.6060  0.6050  0.6060  0.6089  0.6137  0.6201 ...
	      0.6280  0.6369  0.6466  0.6567  0.6667  0.6764  0.6854 ...
	      0.6932  0.6996  0.7044  0.7073  0.7083     NaN  0.6042 ...
	      0.2917  0.2917  0.6042     NaN  0.0833  0.2917     NaN ...
	      0.7083  0.9167];
	 y = [0.4996  0.5097  0.5194  0.5283  0.5361  0.5425  0.5473 ...
	      0.5503  0.5513  0.5503  0.5473  0.5425  0.5361  0.5283 ...
	      0.5194  0.5097  0.4996  0.4895  0.4798  0.4709  0.4630 ...
	      0.4566  0.4518  0.4489  0.4479  0.4489  0.4518  0.4566 ...
	      0.4630  0.4709  0.4798  0.4895  0.4996     NaN  0.4996 ...
	      0.6562  0.3438  0.4996     NaN  0.4996  0.4996     NaN ...
	      0.4996  0.4996];
      end
   case 'springMassDamper'
      x = [0.0714  0.0714     NaN  0.0714  0.2143  0.2320  0.2680 ...
	   0.3034  0.3394  0.3749  0.4109  0.4286  0.5714     NaN ...
	   0.0714  0.3034  0.3034  0.3571  0.3034  0.3034  0.3571 ...
	      NaN  0.3394  0.3394  0.3394  0.5714     NaN  0.5714 ...
	   0.5714  0.9286  0.9286  0.5714     NaN  0.6429  0.6429 ...
	   0.7500  0.8571  0.8571];
      y = [0.8182  0.1818     NaN  0.6364  0.6364  0.6818  0.5909 ...
	   0.6818  0.5909  0.6818  0.5909  0.6364  0.6364     NaN ...
	   0.3636  0.3636  0.4320  0.4320  0.4320  0.2953  0.2953 ...
	      NaN  0.4091  0.3182  0.3636  0.3636     NaN  0.7273 ...
	   0.2727  0.2727  0.7273  0.7273     NaN  0.3636  0.6364 ...
	   0.5000  0.6364  0.3636];
   case 'superBlock'
      x = [0.0765  0.9218  0.9218  0.0765  0.0765     NaN  0.7133 ...
	   0.7826  0.7826  0.8531  0.7826  0.7826  0.7133  0.7133 ...
	      NaN  0.8531  0.8531  0.9235     NaN  0.2890  0.1481 ...
	   0.1481  0.2890  0.2890     NaN  0.2906  0.7133  0.7133 ...
	   0.2906  0.2906];
      y = [0.1816  0.1816  0.8184  0.8184  0.1816     NaN  0.5327 ...
	   0.5327  0.5676  0.4972  0.4267  0.4622  0.4622  0.5327 ...
	      NaN  0.8145  0.7440  0.7440     NaN  0.4622  0.4622 ...
	   0.5327  0.5327  0.4622     NaN  0.3225  0.3225  0.6719 ...
	   0.6719  0.3225];
   case 'subSystem'
      x = [0.1471  0.8529  0.8529  0.1471  0.1471     NaN  0.6765 ...
	   0.6753  0.6720  0.6665  0.6592  0.6503  0.6401  0.6291 ...
	   0.6176  0.6062  0.5951  0.5850  0.5760  0.5687  0.5633 ...
	   0.5599  0.5588  0.5599  0.5633  0.5687  0.5760  0.5850 ...
	   0.5951  0.6062  0.6176  0.6291  0.6401  0.6503  0.6592 ...
	   0.6665  0.6720  0.6753  0.6765     NaN  0.4412  0.6176 ...
	   0.6176     NaN  0.6765  0.8529     NaN  0.1471  0.6176 ...
	   0.6176     NaN  0.1471  0.2647  0.2647  0.4412  0.2647 ...
	   0.2647];
      y = [0.0295  0.0295  0.9705  0.9705  0.0295     NaN  0.5000 ...
	   0.5115  0.5225  0.5327  0.5416  0.5489  0.5543  0.5577 ...
	   0.5588  0.5577  0.5543  0.5489  0.5416  0.5327  0.5225 ...
	   0.5115  0.5000  0.4885  0.4775  0.4673  0.4584  0.4511 ...
	   0.4457  0.4423  0.4412  0.4423  0.4457  0.4511  0.4584 ...
	   0.4673  0.4775  0.4885  0.5000     NaN  0.7353  0.7353 ...
	   0.5588     NaN  0.5000  0.5000     NaN  0.2647  0.2647 ...
	   0.4412     NaN  0.7353  0.7353  0.8529  0.7353  0.6176 ...
	   0.7353];
   otherwise
      x = [     0  0.6059  0.7576  0.9695  0.9695       0       0 ...
	      NaN  0.0305  0.0305  1.0000  1.0000  0.9695  0.9695 ...
	   0.0305     NaN  0.4612  0.3837  0.3449  0.3449  0.2673 ...
	   0.3061  0.3449  0.4612  0.5388  0.6551  0.6939  0.7327 ...
	   0.7327  0.6939  0.6163  0.5388  0.5000  0.4612  0.5388 ...
	   0.6163  0.6551  0.6551  0.6163  0.5388     NaN  0.5000 ...
	   0.4224  0.5000  0.5776  0.5000     NaN  0.6551  0.6939 ...
	   0.6939  0.6551     NaN  0.3061  0.3449     NaN  0.5000 ...
	   0.5000     NaN  0.5000  0.4612  0.5388  0.5000     NaN ...
	   0.9695  0.9569  0.9443  0.9210  0.8992  0.8793  0.8604 ...
	   0.8429  0.8270  0.8124  0.7988  0.7862  0.7635  0.7441 ...
	   0.7271  0.7043  0.6898  0.6738  0.6544  0.6321  0.6195 ...
	   0.6059  0.5914  0.5759  0.5904  0.6025  0.6127  0.6209 ...
	   0.6268  0.6316  0.6365  0.6360  0.6345  0.6316  0.6272 ...
	   0.6219  0.6146  0.6059  0.7576  0.9695];
      y = [1.0000  1.0000  0.9025  0.8049  0.0242  0.0242  1.0000 ...
	      NaN  0.0242       0       0  0.7803  0.8049  0.0242 ...
	   0.0242     NaN  0.7647  0.7335  0.6711  0.6087  0.6399 ...
	   0.7023  0.7335  0.7647  0.7647  0.7335  0.7023  0.6399 ...
	   0.5774  0.5150  0.4526  0.4214  0.3277  0.4214  0.4214 ...
	   0.4838  0.5462  0.6711  0.7335  0.7647     NaN  0.2029 ...
	   0.1405  0.1092  0.1405  0.2029     NaN  0.7023  0.6711 ...
	   0.5462  0.5150     NaN  0.6399  0.7023     NaN  0.4214 ...
	   0.3277     NaN  0.1717  0.1405  0.1405  0.1717     NaN ...
	   0.8049  0.8030  0.8014  0.7979  0.7952  0.7924  0.7901 ...
	   0.7881  0.7862  0.7846  0.7835  0.7823  0.7807  0.7803 ...
	   0.7803  0.7819  0.7838  0.7862  0.7897  0.7936  0.7959 ...
	   0.7987  0.8014  0.8049  0.8229  0.8389  0.8529  0.8650 ...
	   0.8755  0.8853  0.9025  0.9185  0.9278  0.9384  0.9504 ...
	   0.9649  0.9809  1.0000  0.9025  0.8049];
   end
   return					   % Last card of SBLIBICO
