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include "../lib/parser.h"
# T_CHKCONFIG - Check the configuration file for syntax and semantic errors,
# and print information on the standard output about all the entities declared
# in it.
procedure t_chkconfig ()
char input[SZ_FNAME] # input file name
bool verbose # verbose output
bool done
int i, j, n, sym
bool clgetb()
int pr_parse(), pr_gsym(), pr_geti(), pr_gsymi(), pr_gpari()
real pr_gsymr()
pointer pr_xgetname(), pr_gsymc(), pr_gderc(), pr_gderp()
begin
# Get the task parameters.
call clgstr ("config", input, SZ_FNAME)
verbose = clgetb ("verbose")
# Print the beginning of compilation message.
call printf ("\n\n** Beginning of compilation **\n\n")
# Parse the input file.
done = (pr_parse (input) == OK)
# Print the end of compilation message.
call printf ("\n** End of compilation **\n\n")
# Print verbose output.
if (done && verbose) {
# Print the catalog variables.
n = pr_geti (NCATVARS)
if (n > 0) {
# Print section title
call printf (
"\nCATALOG VARIABLES, COLUMNS, AND ERROR COLUMNS:\n\n")
# Loop over all variables
do i = 1, n {
sym = pr_gsym (i, PTY_CATVAR)
if (pr_gsymi (sym, PINPSPARE) == YES)
next
call printf ("%2d %s\t%d\t%d\n")
call pargi (pr_gsymi (sym, PSYMNUM))
call pargstr (Memc[pr_xgetname (sym)])
call pargi (pr_gsymi (sym, PINPCOL))
call pargi (pr_gsymi (sym, PINPERRCOL))
}
}
# Print input obervation variables.
n = pr_geti (NOBSVARS)
if (n > 0) {
# Print section title
call printf (
"\nOBSERVATIONAL VARIABLES, COLUMNS, AND ERROR COLUMNS:\n\n")
# Loop over all variables
do i = 1, n {
sym = pr_gsym (i, PTY_OBSVAR)
if (pr_gsymi (sym, PINPSPARE) == YES)
next
call printf ("%2d %s\t%d\t%d\n")
call pargi (pr_gsymi (sym, PSYMNUM))
call pargstr (Memc[pr_xgetname (sym)])
call pargi (pr_gsymi (sym, PINPCOL))
call pargi (pr_gsymi (sym, PINPERRCOL))
}
}
# Print the fitting and constant parameters.
n = pr_geti (NTOTPARS)
if (n > 0) {
# Print section title
call printf (
"\nFIT AND CONSTANT PARAMETER VALUES:\n\n")
# Loop over all fitting parameters
do i = 1, n {
sym = pr_gsym (i, PTY_FITPAR)
call printf ("%2d %s\t%g\t%s\n")
call pargi (i)
call pargstr (Memc[pr_xgetname (sym)])
call pargr (pr_gsymr (sym, PFITVALUE))
if (pr_gsymi (sym, PSYMTYPE) == PTY_CONST)
call pargstr ("(constant)")
else
call pargstr ("")
}
}
# Print the set equations.
n = pr_geti (NSETEQS)
if (n > 0) {
# Print title
call printf (
"\nAUXILIARY (SET) EQUATIONS:\n\n")
# Loop over all equations
do i = 1, n {
# Print the equation.
sym = pr_gsym (i, PTY_SETEQ)
call printf ("%2d %s = %s\n")
call pargi (pr_gsymi (sym, PSYMNUM))
call pargstr (Memc[pr_xgetname (sym)])
call pargstr (Memc[pr_gsymc (sym, PSEQEQ)])
# Print the error equation.
call printf (" error = %s, min = %s, max = %s\n")
call pargstr (Memc[pr_gsymc (sym, PSEQERROR)])
call pargstr (Memc[pr_gsymc (sym, PSEQERRMIN)])
call pargstr (Memc[pr_gsymc (sym, PSEQERRMAX)])
# # Print the weight equation.
# call printf (" weight = %s, min = %s, max = %s\n")
# call pargstr (Memc[pr_gsymc (sym, PSEQWEIGHT)])
# call pargstr (Memc[pr_gsymc (sym, PSEQWTSMIN)])
# call pargstr (Memc[pr_gsymc (sym, PSEQWTSMAX)])
call printf ("\n")
}
}
# Print the transformation equations.
n = pr_geti (NTRNEQS)
if (n > 0) {
# Print section title
call printf (
"\nTRANSFORMATION EQUATIONS:\n\n")
# Loop over all equations
do i = 1, n {
# Print the equation.
sym = pr_gsym (i, PTY_TRNEQ)
call printf ("%2d %s: %s = %s\n")
call pargi (pr_gsymi (sym, PSYMNUM))
call pargstr (Memc[pr_xgetname (sym)])
call pargstr (Memc[pr_gsymc (sym, PTEQREF)])
call pargstr (Memc[pr_gsymc (sym, PTEQFIT)])
# Print the derivative equations.
do j = 1, pr_gsymi (sym, PTEQNPAR) {
if (pr_gderp (sym, j, PTEQRPNDER) != NULL) {
call printf (" derivative (%s, %s) = %s\n")
call pargstr (Memc[pr_xgetname (sym)])
call pargstr (Memc[pr_xgetname (pr_gpari (sym,
j, PTEQPAR))])
call pargstr (Memc[pr_gderc (sym, j, PTEQDER)])
} else {
call printf (" delta(%s, %s) = %s\n")
call pargstr (Memc[pr_xgetname (sym)])
call pargstr (Memc[pr_xgetname (pr_gpari (sym,
j, PTEQPAR))])
call pargr (pr_gsymr(pr_gpari (sym, j, PTEQPAR),
PFITDELTA))
}
}
# Print the error equation.
call printf (" error = %s, min = %s, max = %s\n")
call pargstr (Memc[pr_gsymc (sym, PTEQERROR)])
call pargstr (Memc[pr_gsymc (sym, PTEQERRMIN)])
call pargstr (Memc[pr_gsymc (sym, PTEQERRMAX)])
# Print the weight equation.
call printf (" weight = %s, min = %s, max = %s\n")
call pargstr (Memc[pr_gsymc (sym, PTEQWEIGHT)])
call pargstr (Memc[pr_gsymc (sym, PTEQWTSMIN)])
call pargstr (Memc[pr_gsymc (sym, PTEQWTSMAX)])
# Print the plot defaults.
call printf (" plot x = %s, y = %s\n")
call pargstr (Memc[pr_gsymc (sym, PTEQXPLOT)])
call pargstr (Memc[pr_gsymc (sym, PTEQYPLOT)])
call printf ("\n")
}
call printf ("\n")
}
}
# Print the counter values.
call printf ("Catalog input variables = %d\n")
call pargi (pr_geti (NCATVARS))
call printf ("First catalog column = %d\n")
call pargi (pr_geti (MINCATCOL))
call printf ("Last catalog column = %d\n\n")
call pargi (pr_geti (MAXCATCOL))
call printf ("Observational input variables = %d\n")
call pargi (pr_geti (NOBSVARS))
call printf ("First observational column = %d\n")
call pargi (pr_geti (MINOBSCOL))
call printf ("Last observational column = %d\n\n")
call pargi (pr_geti (MAXOBSCOL))
call printf ("Fitting parameters = %d\n")
call pargi (pr_geti (NFITPARS))
call printf ("Constant parameters = %d\n\n")
call pargi (pr_geti (NTOTPARS) - pr_geti (NFITPARS))
# call printf ("Extinction equations = %d\n")
# call pargi (pr_geti (NEXTEQS))
call printf ("Auxiliary (set) equations = %d\n")
call pargi (pr_geti (NSETEQS))
call printf ("Transformation equations = %d\n\n")
call pargi (pr_geti (NTRNEQS))
call printf ("Warnings = %d\n")
call pargi (pr_geti (NWARNINGS))
call printf ("Errors = %d\n")
call pargi (pr_geti (NERRORS))
call flush (STDOUT)
# Free the tables.
if (done)
call pr_free ()
end
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