function autonomous = p00_autonomous ( test ) %*****************************************************************************80 % %% P00_AUTONOMOUS returns TRUE if a given problem is autonomous. % % Discussion: % % A system of ordinary differential equations is said to be autonomous % if the right hand side is independent of time. % % Licensing: % % This code is distributed under the GNU LGPL license. % % Modified: % % 17 February 2013 % % Author: % % John Burkardt % % Parameters: % % Input, integer TEST, the test problem index. % % Output, integer AUTONOMOUS, is 1 if the test problem is autonomous. % if ( test == 1 ) autonomous = p01_autonomous ( ); elseif ( test == 2 ) autonomous = p02_autonomous ( ); elseif ( test == 3 ) autonomous = p03_autonomous ( ); elseif ( test == 4 ) autonomous = p04_autonomous ( ); elseif ( test == 5 ) autonomous = p05_autonomous ( ); elseif ( test == 6 ) autonomous = p06_autonomous ( ); elseif ( test == 7 ) autonomous = p07_autonomous ( ); elseif ( test == 8 ) autonomous = p08_autonomous ( ); elseif ( test == 9 ) autonomous = p09_autonomous ( ); elseif ( test == 10 ) autonomous = p10_autonomous ( ); elseif ( test == 11 ) autonomous = p11_autonomous ( ); elseif ( test == 12 ) autonomous = p12_autonomous ( ); elseif ( test == 13 ) autonomous = p13_autonomous ( ); elseif ( test == 14 ) autonomous = p14_autonomous ( ); elseif ( test == 15 ) autonomous = p15_autonomous ( ); elseif ( test == 16 ) autonomous = p16_autonomous ( ); elseif ( test == 17 ) autonomous = p17_autonomous ( ); elseif ( test == 18 ) autonomous = p18_autonomous ( ); elseif ( test == 19 ) autonomous = p19_autonomous ( ); elseif ( test == 20 ) autonomous = p20_autonomous ( ); elseif ( test == 21 ) autonomous = p21_autonomous ( ); elseif ( test == 22 ) autonomous = p22_autonomous ( ); elseif ( test == 23 ) autonomous = p23_autonomous ( ); elseif ( test == 24 ) autonomous = p24_autonomous ( ); elseif ( test == 25 ) autonomous = p25_autonomous ( ); elseif ( test == 26 ) autonomous = p26_autonomous ( ); elseif ( test == 27 ) autonomous = p27_autonomous ( ); elseif ( test == 28 ) autonomous = p28_autonomous ( ); elseif ( test == 29 ) autonomous = p29_autonomous ( ); elseif ( test == 30 ) autonomous = p30_autonomous ( ); elseif ( test == 31 ) autonomous = p31_autonomous ( ); elseif ( test == 32 ) autonomous = p32_autonomous ( ); elseif ( test == 33 ) autonomous = p33_autonomous ( ); elseif ( test == 34 ) autonomous = p34_autonomous ( ); elseif ( test == 35 ) autonomous = p35_autonomous ( ); elseif ( test == 36 ) autonomous = p36_autonomous ( ); elseif ( test == 37 ) autonomous = p37_autonomous ( ); elseif ( test == 38 ) autonomous = p38_autonomous ( ); elseif ( test == 39 ) autonomous = p39_autonomous ( ); elseif ( test == 40 ) autonomous = p40_autonomous ( ); else fprintf ( 1, '\n' ); fprintf ( 1, 'P00_AUTONOMOUS - Fatal error!\n' ); fprintf ( 1, ' Illegal problem index TEST = %d\n', test ); error ( 'P00_AUTONOMOUS - Fatal error!' ); end return end