awalangu  it=98.326.18.20.
ustdmod
CYES=:syes
CNO=:sno
CEINL1_1=:s(enter out,T_start,T_end,h_initial and p 
CEINL1_2=:s                 out = 
CEINL1_2A=:s2WARNING: no results will be printed if out <= 0 !!
CEINL1_3=:s             T_start = 
CEINL1_3A=:s?WARNING: T_start is not exactly convertible to binary format !!
CEINL1_4=:s              T_end  = 
CEINL1_4A=:s=WARNING: T_end is not exactly convertible to binary format !!
CEINL1_5=:sinitial stepsize  h  = 
CEINL1_6=:s        order     p  = 
CEINL1_6A=:sWARNING: p must be >= 2 !!
CEINL1_7=:s(enclosure method : ( 0 ) interval-vector
CEINL1_8=:s(                   ( 1 ) parallel-epiped
CEINL1_9=:s)                   ( 2 ) QR-decomposition
CEINL1_10=:s.                   ( 3 ) intersection (0), (1)
CEINL1_11=:s/                   ( 4 ) intersection (0), (2) 
CEINL1_12=:s interval-Vector
CEINL1_13=:s parallel-epiped
CEINL1_14=:s& parallel-epiped with QR-decomposition
CEINL1_15=:s4 intersection of interval-vector and parallel-epiped
CEINL1_16=:s5 intersection of interval-vector and QR-decomposition
CEINL1_17=:soutput : ( 0 ) function values
CEINL1_18=:s-         ( 1 ) Taylor coefficients    on grid
CEINL1_19=:s,         ( 2 ) T.coeff. * powers of h  - " -
CEINL1_20=:s,         ( 3 ) derivatives             - " -
CEINL1_21=:s4         ( 4 ) Taylor coefficients   on subintervals
CEINL1_22=:s,         ( 5 ) T.coeff. * powers of h  - " -
CEINL1_23=:s,         ( 6 ) derivatives             - " -
CEINL1_24=:s$         ( 7 ) output list      -> ?
CEINL1_24A=:sHWARNING: output options (1)..(6) not implemented in this version of AWA.
CEINL1_25=:senclosure method : 
CEINL1_26=:s	output : 
CEINL1_27=:s function values
CEINL1_28=:s Taylor coefficients on grid
CEINL1_29=:s T.coeff. * powers of h on grid
CEINL1_30=:s derivatives on grid
CEINL1_31=:s$ Taylor coefficients on subintervals
CEINL1_32=:s' T.coeff. * powers of h on subintervals
CEINL1_33=:s derivatives on subintervals
CEINL1_34=:s output list
CEINL2_1=:senter initial values : 
CEINL2_2=:sprint overestimation (y/n) ->
CMAIN_1=:snew differential equation (y/n)
CMAIN_2=:s"no enclosure after 10 iterations. 
CMAIN_3=:scontinue iterating (y/n)
CMAIN_4=:snew step size h = 
CMAIN_5=:scontinued iterating.
CMAIN_6=:s  matrix inversion not possible. 
CMAIN_7=:send 
CMAIN_8=:s#. integration block, continue (y/n)
CMAIN_9=:snew initial values (y/n)
CMAIN_10=:s'Accuracy too bad: integration aborted !
CMAIN_11=:sB                  Try again with different error tolerances and/or
CMAIN_12=:sI                  larger order p and/or reduce size of initial value set.
CNEXTA_1=:s(ERROR: invalid or misplaced character : 
CNEXTA_2=:s,ERROR: no more character found in NEXTATOM !
CWERT_0=:s#ERROR: unknown function/variable : 
CWERT_01=:sERROR: not a function : 
CWERT_1=:s ERROR: no ')' after EXPRESSION !
CWERT_2=:sERROR: no '(' in function call
CWERT_3=:s!ERROR: wrong argument in sico(..)
CWERT_4=:sERROR: no ')' in function call
CFAUF_1=:sD         Enclosing the Solutions of Ordinary Initial Value Problems.
CFAUF_2=:s/                       Program by Rudolf Lohner
CFAUF_3=:s4                   Institute for Applied Mathematics
CFAUF_4=:s/                        University of Karlsruhe
CFAUF_5=:sdimension  n = 
CFAUF_5A=:s"dimension of system must be > 0 !!
CFAUF_6=:s<enter file name for input data or <cr> for interactive input
CFAUF_7=:s-> ?
CFAUF_8=:senter differential equation :
CFAUF_9=:senter output list :
CFAUF_10=:s.ERROR: only variables allowed in output list !
CFAUF_11=:s+enter filename for output data or <cr> -> ?
CFAUF_12=:sode read from file 
CFAUF_13=:sode read interactively
CFAUF_14=:c 
Ia00walangu
END.
