##############ECHO OF PROBLEM################# ##############temp/expt_lin_sinpostode.ode################# diff ( y , x , 1 ) = expt((0.2 * x + 0.3) , sin(x)); ! // BEGIN FIRST INPUT BLOCK Digits = 32; max_terms = 30; ! // END FIRST INPUT BLOCK // BEGIN SECOND INPUT BLOCK x_start = 0.1; x_end = 5.0 ; array_y_init[0 + 1] = exact_soln_y(x_start); glob_h = 0.05; glob_look_poles = true; glob_max_iter = 1000000; // END SECOND INPUT BLOCK // BEGIN OVERRIDE BLOCK glob_h = 0.005 ; glob_display_interval = 0.1; glob_look_poles = true; glob_max_iter = 10000; glob_max_minutes = 10; // END OVERRIDE BLOCK ! // BEGIN USER DEF BLOCK double exact_soln_y (double x) { return(0.0); } // END USER DEF BLOCK #######END OF ECHO OF PROBLEM################# START of Soultion x[1] = 0.1 y[1] (analytic) = 0 y[1] (numeric) = 0 absolute error = 0 relative error = -1 % Correct digits = -1 h = 0.005 TOP MAIN SOLVE Loop WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used Radius of convergence = 4.336 Order of pole = 17.24 WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. x[1] = 0.2000000000000001 y[1] (analytic) = 0 y[1] (numeric) = 0.08481330902813737 absolute error = 0.08481330902813737 relative error = -1 % Correct digits = -1 h = 0.005 TOP MAIN SOLVE Loop WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. NO POLE WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. x[1] = 0.3000000000000002 y[1] (analytic) = 0 y[1] (numeric) = 0.1620053093677554 absolute error = 0.1620053093677554 relative error = -1 % Correct digits = -1 h = 0.005 TOP MAIN SOLVE Loop WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. NO POLE WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used x[1] = 0.4000000000000002 y[1] (analytic) = 0 y[1] (numeric) = 0.2331702602614004 absolute error = 0.2331702602614004 relative error = -1 % Correct digits = -1 h = 0.005 TOP MAIN SOLVE Loop WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used Radius of convergence = 5.054 Order of pole = 21.48 WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used x[1] = 0.5000000000000003 y[1] (analytic) = 0 y[1] (numeric) = 0.2996085511484113 absolute error = 0.2996085511484113 relative error = -1 % Correct digits = -1 h = 0.005 TOP MAIN SOLVE Loop WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used Radius of convergence = 2.308 Order of pole = 14.04 WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. x[1] = 0.6000000000000004 y[1] (analytic) = 0 y[1] (numeric) = 0.3623949587891461 absolute error = 0.3623949587891461 relative error = -1 % Correct digits = -1 h = 0.005 TOP MAIN SOLVE Loop WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. NO POLE WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. x[1] = 0.7000000000000005 y[1] (analytic) = 0 y[1] (numeric) = 0.4224307807740456 absolute error = 0.4224307807740456 relative error = -1 % Correct digits = -1 h = 0.005 TOP MAIN SOLVE Loop WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. NO POLE WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. x[1] = 0.8000000000000006 y[1] (analytic) = 0 y[1] (numeric) = 0.4804834760398041 absolute error = 0.4804834760398041 relative error = -1 % Correct digits = -1 h = 0.005 TOP MAIN SOLVE Loop WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. NO POLE WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. x[1] = 0.9000000000000007 y[1] (analytic) = 0 y[1] (numeric) = 0.5372169027103624 absolute error = 0.5372169027103624 relative error = -1 % Correct digits = -1 h = 0.005 TOP MAIN SOLVE Loop WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. NO POLE WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. x[1] = 1.000000000000001 y[1] (analytic) = 0 y[1] (numeric) = 0.5932143662788208 absolute error = 0.5932143662788208 relative error = -1 % Correct digits = -1 h = 0.005 TOP MAIN SOLVE Loop WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. NO POLE WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. x[1] = 1.104999999999998 y[1] (analytic) = 0 y[1] (numeric) = 0.6517881089250341 absolute error = 0.6517881089250341 relative error = -1 % Correct digits = -1 h = 0.005 TOP MAIN SOLVE Loop WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. NO POLE WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. x[1] = 1.204999999999996 y[1] (analytic) = 0 y[1] (numeric) = 0.7078484383874023 absolute error = 0.7078484383874023 relative error = -1 % Correct digits = -1 h = 0.005 TOP MAIN SOLVE Loop WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. NO POLE WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. x[1] = 1.304999999999994 y[1] (analytic) = 0 y[1] (numeric) = 0.7646129750941764 absolute error = 0.7646129750941764 relative error = -1 % Correct digits = -1 h = 0.005 TOP MAIN SOLVE Loop WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. NO POLE WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. x[1] = 1.404999999999992 y[1] (analytic) = 0 y[1] (numeric) = 0.8224750592313131 absolute error = 0.8224750592313131 relative error = -1 % Correct digits = -1 h = 0.005 TOP MAIN SOLVE Loop WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. NO POLE WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. x[1] = 1.50499999999999 y[1] (analytic) = 0 y[1] (numeric) = 0.8817974911729651 absolute error = 0.8817974911729651 relative error = -1 % Correct digits = -1 h = 0.005 TOP MAIN SOLVE Loop WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. NO POLE WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. x[1] = 1.604999999999988 y[1] (analytic) = 0 y[1] (numeric) = 0.9429139217892712 absolute error = 0.9429139217892712 relative error = -1 % Correct digits = -1 h = 0.005 TOP MAIN SOLVE Loop WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. NO POLE WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. x[1] = 1.704999999999986 y[1] (analytic) = 0 y[1] (numeric) = 1.006128297612331 absolute error = 1.006128297612331 relative error = -1 % Correct digits = -1 h = 0.005 TOP MAIN SOLVE Loop WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. NO POLE WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. x[1] = 1.804999999999984 y[1] (analytic) = 0 y[1] (numeric) = 1.071712637152962 absolute error = 1.071712637152962 relative error = -1 % Correct digits = -1 h = 0.005 TOP MAIN SOLVE Loop WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. NO POLE WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used x[1] = 1.904999999999981 y[1] (analytic) = 0 y[1] (numeric) = 1.139903434581826 absolute error = 1.139903434581826 relative error = -1 % Correct digits = -1 h = 0.005 TOP MAIN SOLVE Loop WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used Radius of convergence = 4.382 Order of pole = 14.99 WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used x[1] = 2.004999999999979 y[1] (analytic) = 0 y[1] (numeric) = 1.210897030595191 absolute error = 1.210897030595191 relative error = -1 % Correct digits = -1 h = 0.005 TOP MAIN SOLVE Loop WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used Radius of convergence = 6.294 Order of pole = 44.11 WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used x[1] = 2.104999999999977 y[1] (analytic) = 0 y[1] (numeric) = 1.284844348097494 absolute error = 1.284844348097494 relative error = -1 % Correct digits = -1 h = 0.005 TOP MAIN SOLVE Loop WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used Radius of convergence = 5.036 Order of pole = 24.36 WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used x[1] = 2.204999999999975 y[1] (analytic) = 0 y[1] (numeric) = 1.36184545101314 absolute error = 1.36184545101314 relative error = -1 % Correct digits = -1 h = 0.005 TOP MAIN SOLVE Loop WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used Radius of convergence = 4.413 Order of pole = 16.16 WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used x[1] = 2.304999999999973 y[1] (analytic) = 0 y[1] (numeric) = 1.441944435255732 absolute error = 1.441944435255732 relative error = -1 % Correct digits = -1 h = 0.005 TOP MAIN SOLVE Loop WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used Radius of convergence = 4.209 Order of pole = 13.78 WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used x[1] = 2.404999999999971 y[1] (analytic) = 0 y[1] (numeric) = 1.525125188345825 absolute error = 1.525125188345825 relative error = -1 % Correct digits = -1 h = 0.005 TOP MAIN SOLVE Loop WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used Radius of convergence = 4.161 Order of pole = 13.32 WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used x[1] = 2.504999999999969 y[1] (analytic) = 0 y[1] (numeric) = 1.611308546269396 absolute error = 1.611308546269396 relative error = -1 % Correct digits = -1 h = 0.005 TOP MAIN SOLVE Loop WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used Radius of convergence = 4.179 Order of pole = 13.63 WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used x[1] = 2.604999999999967 y[1] (analytic) = 0 y[1] (numeric) = 1.700351323977478 absolute error = 1.700351323977478 relative error = -1 % Correct digits = -1 h = 0.005 TOP MAIN SOLVE Loop WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used Radius of convergence = 4.206 Order of pole = 14.02 WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used x[1] = 2.704999999999965 y[1] (analytic) = 0 y[1] (numeric) = 1.792047595668069 absolute error = 1.792047595668069 relative error = -1 % Correct digits = -1 h = 0.005 TOP MAIN SOLVE Loop WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used Radius of convergence = 4.208 Order of pole = 14.09 WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used x[1] = 2.804999999999962 y[1] (analytic) = 0 y[1] (numeric) = 1.886132455537296 absolute error = 1.886132455537296 relative error = -1 % Correct digits = -1 h = 0.005 TOP MAIN SOLVE Loop WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used Radius of convergence = 4.201 Order of pole = 14.02 WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used x[1] = 2.90499999999996 y[1] (analytic) = 0 y[1] (numeric) = 1.982288309107356 absolute error = 1.982288309107356 relative error = -1 % Correct digits = -1 h = 0.005 TOP MAIN SOLVE Loop WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used Radius of convergence = 4.211 Order of pole = 14.13 WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used x[1] = 3.004999999999958 y[1] (analytic) = 0 y[1] (numeric) = 2.080153546098244 absolute error = 2.080153546098244 relative error = -1 % Correct digits = -1 h = 0.005 TOP MAIN SOLVE Loop WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used Radius of convergence = 4.222 Order of pole = 14.23 WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used x[1] = 3.104999999999956 y[1] (analytic) = 0 y[1] (numeric) = 2.179333249158758 absolute error = 2.179333249158758 relative error = -1 % Correct digits = -1 h = 0.005 TOP MAIN SOLVE Loop WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used Radius of convergence = 4.217 Order of pole = 14.1 WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used x[1] = 3.204999999999954 y[1] (analytic) = 0 y[1] (numeric) = 2.279411421089634 absolute error = 2.279411421089634 relative error = -1 % Correct digits = -1 h = 0.005 TOP MAIN SOLVE Loop WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used Radius of convergence = 4.213 Order of pole = 13.97 WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used x[1] = 3.304999999999952 y[1] (analytic) = 0 y[1] (numeric) = 2.379964086825742 absolute error = 2.379964086825742 relative error = -1 % Correct digits = -1 h = 0.005 TOP MAIN SOLVE Loop WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used Radius of convergence = 4.228 Order of pole = 14.03 WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used x[1] = 3.40499999999995 y[1] (analytic) = 0 y[1] (numeric) = 2.480572560256267 absolute error = 2.480572560256267 relative error = -1 % Correct digits = -1 h = 0.005 TOP MAIN SOLVE Loop WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used Radius of convergence = 4.242 Order of pole = 14.06 WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used x[1] = 3.504999999999947 y[1] (analytic) = 0 y[1] (numeric) = 2.580836166882467 absolute error = 2.580836166882467 relative error = -1 % Correct digits = -1 h = 0.005 TOP MAIN SOLVE Loop WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used Radius of convergence = 4.24 Order of pole = 13.86 WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used x[1] = 3.604999999999945 y[1] (analytic) = 0 y[1] (numeric) = 2.680383779321412 absolute error = 2.680383779321412 relative error = -1 % Correct digits = -1 h = 0.005 TOP MAIN SOLVE Loop WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used Radius of convergence = 4.24 Order of pole = 13.67 WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used x[1] = 3.704999999999943 y[1] (analytic) = 0 y[1] (numeric) = 2.77888364337999 absolute error = 2.77888364337999 relative error = -1 % Correct digits = -1 h = 0.005 TOP MAIN SOLVE Loop WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used Radius of convergence = 4.259 Order of pole = 13.68 WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used x[1] = 3.804999999999941 y[1] (analytic) = 0 y[1] (numeric) = 2.876051131124496 absolute error = 2.876051131124496 relative error = -1 % Correct digits = -1 h = 0.005 TOP MAIN SOLVE Loop WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used Radius of convergence = 4.275 Order of pole = 13.63 WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used x[1] = 3.904999999999939 y[1] (analytic) = 0 y[1] (numeric) = 2.971654233957928 absolute error = 2.971654233957928 relative error = -1 % Correct digits = -1 h = 0.005 TOP MAIN SOLVE Loop WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used Radius of convergence = 4.272 Order of pole = 13.34 WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used x[1] = 4.004999999999937 y[1] (analytic) = 0 y[1] (numeric) = 3.06551678296378 absolute error = 3.06551678296378 relative error = -1 % Correct digits = -1 h = 0.005 TOP MAIN SOLVE Loop WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used Radius of convergence = 4.274 Order of pole = 13.08 WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used x[1] = 4.104999999999935 y[1] (analytic) = 0 y[1] (numeric) = 3.15751953822372 absolute error = 3.15751953822372 relative error = -1 % Correct digits = -1 h = 0.005 TOP MAIN SOLVE Loop WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used Radius of convergence = 4.295 Order of pole = 13.02 WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used x[1] = 4.204999999999933 y[1] (analytic) = 0 y[1] (numeric) = 3.247599410822952 absolute error = 3.247599410822952 relative error = -1 % Correct digits = -1 h = 0.005 TOP MAIN SOLVE Loop WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used Radius of convergence = 4.296 Order of pole = 12.71 WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used x[1] = 4.30499999999993 y[1] (analytic) = 0 y[1] (numeric) = 3.335747163949952 absolute error = 3.335747163949952 relative error = -1 % Correct digits = -1 h = 0.005 TOP MAIN SOLVE Loop WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used Radius of convergence = 4.223 Order of pole = 11.55 WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used x[1] = 4.404999999999928 y[1] (analytic) = 0 y[1] (numeric) = 3.4220039816661 absolute error = 3.4220039816661 relative error = -1 % Correct digits = -1 h = 0.005 TOP MAIN SOLVE Loop WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used Radius of convergence = 4.089 Order of pole = 9.772 WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used x[1] = 4.504999999999926 y[1] (analytic) = 0 y[1] (numeric) = 3.506457299062652 absolute error = 3.506457299062652 relative error = -1 % Correct digits = -1 h = 0.005 TOP MAIN SOLVE Loop WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used Radius of convergence = 4.023 Order of pole = 8.748 WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used x[1] = 4.604999999999924 y[1] (analytic) = 0 y[1] (numeric) = 3.589236262384333 absolute error = 3.589236262384333 relative error = -1 % Correct digits = -1 h = 0.005 TOP MAIN SOLVE Loop WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used Radius of convergence = 4.203 Order of pole = 10.27 WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used x[1] = 4.704999999999922 y[1] (analytic) = 0 y[1] (numeric) = 3.670507140675569 absolute error = 3.670507140675569 relative error = -1 % Correct digits = -1 h = 0.005 TOP MAIN SOLVE Loop WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used Radius of convergence = 4.524 Order of pole = 13.42 WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used x[1] = 4.80499999999992 y[1] (analytic) = 0 y[1] (numeric) = 3.750468950186651 absolute error = 3.750468950186651 relative error = -1 % Correct digits = -1 h = 0.005 TOP MAIN SOLVE Loop WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used Radius of convergence = 3.723 Order of pole = 5.161 WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. Complex estimate of poles used WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. x[1] = 4.904999999999918 y[1] (analytic) = 0 y[1] (numeric) = 3.829349486835263 absolute error = 3.829349486835263 relative error = -1 % Correct digits = -1 h = 0.005 TOP MAIN SOLVE Loop WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. NO POLE WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. WARNING: expt of linear to full series power seems to have NO accuracy - needs more work. x[1] = 5.004999999999916 y[1] (analytic) = 0 y[1] (numeric) = 3.9074018965156 absolute error = 3.9074018965156 relative error = -1 % Correct digits = -1 h = 0.005 Finished! diff ( y , x , 1 ) = expt((0.2 * x + 0.3) , sin(x)); Iterations = 981 Total Elapsed Time = 1 Minutes 53 Seconds Elapsed Time(since restart) = 1 Minutes 52 Seconds Time to Timeout = 8 Minutes 7 Seconds Percent Done = 100.2 %