uint64_t randomize( fc::vector<char>& data, uint64_t seed ) {
fc::vector<char> tmp(data.size());
do {
++seed;
boost::random::mt19937 gen(seed);
uint32_t* src = (uint32_t*)data.data();
uint32_t* end = src +(data.size()/sizeof(uint32_t));
uint32_t* dst = (uint32_t*)tmp.data();
if( data.size() > 3 ) {
gen.generate( dst, dst + (tmp.size()/sizeof(uint32_t)) );
while( src != end ) {
*dst = *src ^ *dst;
++dst;
++src;
}
}
if( int extra = data.size() % 4 ) {
int t = 0;
int r = 0;
gen.generate( &r, (&r)+1 );
memcpy( &t, src, extra );
t ^= r;
memcpy( dst, &t, extra );
}
} while ( !is_random(tmp) );
fc_swap(data,tmp);
return seed;
}
int
break_outguess(struct ogobj *og, struct arc4_stream *as, iterator *it,
char **pbuf, int *pbuflen)
{
u_char state[4];
static u_char buf[512];
struct arc4_stream tas = *as;
int length, seed, need;
int bits, i, n;
state[0] = steg_retrbyte(og->coeff, 8, it) ^ arc4_getbyte(as);
state[1] = steg_retrbyte(og->coeff, 8, it) ^ arc4_getbyte(as);
state[2] = steg_retrbyte(og->coeff, 8, it) ^ arc4_getbyte(as);
state[3] = steg_retrbyte(og->coeff, 8, it) ^ arc4_getbyte(as);
seed = (state[1] << 8) | state[0];
length = (state[3] << 8) | state[2];
if (seed > max_seed || length * 8 >= og->bits/2 || length < min_len)
return (0);
iterator_seed(it, seed);
bits = MIN(og->bits, sizeof(og->coeff) * 8);
n = 0;
while (iterator_current(it) < bits && length > 0 && n < sizeof(buf)) {
iterator_adapt(it, og->bits, length);
buf[n++] = steg_retrbyte(og->coeff, 8, it);
length--;
}
/* For testing the randomness, we need some extra information */
need = MIN(min_len, sizeof(buf));
if (n < need || !is_random(buf, n))
return (0);
/* Plaintext tests? */
for (i = 0; i < n; i++)
buf[i] ^= arc4_getbyte(&tas);
if (file_process(buf, n) == 0)
return (0);
*pbuf = buf;
*pbuflen = n;
return (1);
}
/*
void Template::process ()
*/
void Template::process (const bool have_adjustments)
// end
{
bool print_off = false;
int line_no = 0;
for (int iii = 1; iii <= n_lines; iii++)
{
char* line = lines[iii];
if (strstr (line, "$number-of-trials$"))
replace_string_in_string (line, "$number-of-trials$",
number_of_trials);
if (strstr (line, "$n-years$"))
replace_string_in_string (line, "$n-years$", projection_years);
if (strstr (line, "$declarations$"))
{
for (int i = 1; i <= n_vars; i++)
{
if (starts_with (vars[i], "//")) continue;
print_indent ();
if (is_random (vars[i]))
fprintf (f_out, "%s %s [%d+1];\n",
"double", vars[i], projection_years);
else
fprintf (f_out, "%s %s [%d+1];\n",
types[i], vars[i], projection_years);
++line_no;
}
continue;
}
if (strstr (line, "$period-0-values$"))
{
for (int i = 1; i <= n_vars; i++)
{
if (starts_with (vars[i], "//")) continue;
if (is_random (vars[i])) continue;
print_indent ();
char* y0;
strcpy (&y0, year_0[i]);
trim (y0);
if (!strchr (y0, '.')) strcat (&y0, ".0");
fprintf (f_out, "%s[0] = %s;\n", vars[i], y0);
++line_no;
free (y0);
}
continue;
}
if (strstr (line, "$assignments$"))
{
for (int ii = 1; ii <= projection_years; ii++)
{
print_indent ();
if (ii > 1) fprintf (f_out, "else ");
fprintf (f_out, "if (y == %d)\n", ii);
++line_no;
print_indent ();
fprintf (f_out, "{\n");
++line_no;
for (int i = 1; i <= n_vars; i++)
{
if (starts_with (vars[i], "//")) continue;
if (is_random (vars[i])) continue;
char* val;
strcpy (&val, years[ii][i]);
floatise (val);
print_indent ();
fprintf (f_out, " %s[y] = %s;\n", vars[i], val);
++line_no;
free (val);
fprintf (f_map, "s %d %d %d [%s]\n",
line_no, i+1, ii+11, years[ii][i]);
if (mins_set[i])
{
print_indent ();
fprintf (f_out, " if (%s[y] < %s) %s[y] = %s;\n",
vars[i], mins[i], vars[i], mins[i]);
++line_no;
fprintf (f_map, "s %d %d %d [%s]\n",
line_no, i+1, ii+11, years[ii][i]);
}
if (maxs_set[i])
{
print_indent ();
fprintf (f_out, " if (%s[y] > %s) %s[y] = %s;\n",
vars[i], maxs[i], vars[i], maxs[i]);
++line_no;
fprintf (f_map, "s %d %d %d [%s]\n",
line_no, i+1, ii+11, years[ii][i]);
}
}
print_indent ();
fprintf (f_out, "}\n");
++line_no;
}
continue;
}
if (strstr (line, "$output$"))
{
for (int i = 1; i <= n_vars; i++)
{
if (is_random (vars[i])) continue;
if (starts_with (vars[i], "//")) continue;
if (strciequal (include_in_output[i], "Y"))
{
print_indent ();
fprintf (f_out, "fprintf(fp,\"%s\\t\",%s[y]);\n",
formats[i], vars[i]);
++line_no;
}
}
continue;
}
if (strstr (line, "$headers$"))
{
char* header;
strcpy (&header, "");
for (int i = 1; i <= n_vars; i++)
{
const bool include =
(strciequal (include_in_output[i], "Y")
&& !starts_with (vars[i], "//"))
|| is_random (vars[i]);
if (include) strcat (&header, descriptions[i], "\\t");
}
replace_string_in_string (line, "$headers$", header);
free (header);
}
if (strstr (line, "$threshold-expression-1["))
{
char* where_var = strstr (line, "$threshold-expression-1[");
char* var;
strcpy (&var, where_var);
*(strchr (var, ']')+2) = 0;
char* idx;
strcpy (&idx, where_var+23);
char ind[20];
sscanf (idx+1, "%[^]]", ind);
char* expression;
strcpy (&expression, metrics[0].expression);
char rep[20];
sprintf (rep, "[%s]", ind);
replace_string_in_string (expression, "[y]", rep);
replace_string_in_string (line, var, expression);
fprintf (f_map, "m %d %d %d [%s]\n",
line_no, metrics[0].row-1, 3, metrics[0].expression);
}
if (strstr (line, "$threshold-expression-2["))
{
char* where_var = strstr (line, "$threshold-expression-2[");
char* var;
strcpy (&var, where_var);
*(strchr (var, ']')+2) = 0;
char* idx;
strcpy (&idx, where_var+23);
char ind[20];
sscanf (idx+1, "%[^]]", ind);
char* expression;
strcpy (&expression, metrics[1].expression);
char rep[20];
sprintf (rep, "[%s]", ind);
replace_string_in_string (expression, "[y]", rep);
replace_string_in_string (line, var, expression);
fprintf (f_map, "m %d %d %d [%s]\n",
line_no, metrics[1].row-1, 3, metrics[1].expression);
}
if (strstr (line, "$threshold-expression-3["))
{
char* where_var = strstr (line, "$threshold-expression-3[");
char* var;
strcpy (&var, where_var);
*(strchr (var, ']')+2) = 0;
char* idx;
strcpy (&idx, where_var+23);
char ind[20];
sscanf (idx+1, "%[^]]", ind);
char* expression;
strcpy (&expression, metrics[2].expression);
char rep[20];
sprintf (rep, "[%s]", ind);
replace_string_in_string (expression, "[y]", rep);
replace_string_in_string (line, var, expression);
fprintf (f_map, "m %d %d %d [%s]\n",
line_no, metrics[2].row-1, 3, metrics[2].expression);
}
if (strstr (line, "$threshold-expression-4["))
{
char* where_var = strstr (line, "$threshold-expression-4[");
char* var;
strcpy (&var, where_var);
*(strchr (var, ']')+2) = 0;
char* idx;
strcpy (&idx, where_var+23);
char ind[20];
sscanf (idx+1, "%[^]]", ind);
char* expression;
strcpy (&expression, metrics[3].expression);
bool bad = strequal (ind, "0") && strstr (expression, "y-");
if (bad)
expression = (char*)"0";
else
{
char rep[20];
sprintf (rep, "[%s]", ind);
replace_string_in_string (expression, "[y]", rep);
}
replace_string_in_string (line, var, expression);
fprintf (f_map, "m %d %d %d [%s]\n",
line_no, metrics[3].row-1, 3, metrics[3].expression);
}
if (strstr (line, "$threshold-expression-5["))
{
char* where_var = strstr (line, "$threshold-expression-5[");
char* var;
strcpy (&var, where_var);
*(strchr (var, ']')+2) = 0;
char* idx;
strcpy (&idx, where_var+23);
char ind[20];
sscanf (idx+1, "%[^]]", ind);
char* expression;
strcpy (&expression, metrics[4].expression);
bool bad = strequal (ind, "0") && strstr (expression, "y-");
if (bad)
expression = (char*)"0";
else
{
char rep[20];
sprintf (rep, "[%s]", ind);
replace_string_in_string (expression, "[y]", rep);
}
replace_string_in_string (line, var, expression);
fprintf (f_map, "m %d %d %d [%s]\n",
line_no, metrics[4].row-1, 3, metrics[4].expression);
}
if (strstr (line, "$thresh-relation$"))
{
replace_string_in_string (line, "$thresh-relation$",
metrics[0].comparison);
}
if (strstr (line, "$thresholdlevel$"))
{
bool percent_mode = (last_char(metrics[0].threshold_level) == '%');
if (percent_mode) last_char(metrics[0].threshold_level) = 0;
double val = atof (metrics[0].threshold_level);
if (percent_mode) val /= 100;
char thresholdlevel[80];
sprintf (thresholdlevel, "%.4f", val);
replace_string_in_string (line, "$thresholdlevel$",
thresholdlevel);
}
/*
if (strstr (line, "$u-min-rnd$"))
replace_string_in_string (line, "$u-min-rnd$", u_min_rand);
if (strstr (line, "$u-max-rnd$"))
replace_string_in_string (line, "$u-max-rnd$", u_max_rand);
if (strstr (line, "$n-min-rnd$"))
replace_string_in_string (line, "$n-min-rnd$", n_min_rand);
if (strstr (line, "$n-max-rnd$"))
replace_string_in_string (line, "$n-max-rnd$", n_max_rand);
if (strstr (line, "$n-rand-mean$"))
replace_string_in_string (line, "$n-rand-mean$", n_rand_mean);
if (strstr (line, "$n-std-or-sigma$"))
replace_string_in_string (line, "$n-std-or-sigma$", n_std_or_sigma);
if (strstr (line, "$c-min-rnd$"))
replace_string_in_string (line, "$c-min-rnd$", c_min_rand);
if (strstr (line, "$c-max-rnd$"))
replace_string_in_string (line, "$c-max-rnd$", c_max_rand);
if (strstr (line, "$c-rand-mean$"))
replace_string_in_string (line, "$c-rand-mean$", c_rand_mean);
if (strstr (line, "$c-std-or-sigma$"))
replace_string_in_string (line, "$c-std-or-sigma$", c_std_or_sigma);
*/
/*
for (int i = 1; i <= n_vars; i++)
{
if (strequal (vars[i], "normrandom"))
{
if (strstr (line, "#if-n-min-set#"))
{
replace_string_in_string (line, "#if-n-min-set#", "");
if (!mins_set[i]) print_off = true;
}
if (strstr (line, "#endif-n-min-set#"))
{
replace_string_in_string (line, "#endif-n-min-set#", "");
print_off = false;
}
if (strstr (line, "#if-n-max-set#"))
{
replace_string_in_string (line, "#if-n-max-set#", "");
if (!maxs_set[i]) print_off = true;
}
if (strstr (line, "#endif-n-max-set#"))
{
replace_string_in_string (line, "#endif-n-max-set#", "");
print_off = false;
}
}
else if (strequal (vars[i], "cauchyrandom"))
{
if (strstr (line, "#if-c-min-set#"))
{
replace_string_in_string (line, "#if-c-min-set#", "");
if (!mins_set[i]) print_off = true;
}
if (strstr (line, "#endif-c-min-set#"))
{
replace_string_in_string (line, "#endif-c-min-set#", "");
print_off = false;
}
if (strstr (line, "#if-c-max-set#"))
{
replace_string_in_string (line, "#if-c-max-set#", "");
if (!maxs_set[i]) print_off = true;
}
if (strstr (line, "#endif-c-max-set#"))
{
replace_string_in_string (line, "#endif-c-max-set#", "");
print_off = false;
}
}
}
*/
if (strstr (line, "$initial-year$"))
replace_string_in_string (line, "$initial-year$", initial_year);
if (strstr (line, "$threshold-label$"))
replace_string_in_string (line, "$threshold-label$",
threshold_label);
if (strstr (line, "$government-entity$"))
replace_string_in_string (line, "$government-entity$",
government_entity);
if (strstr (line, "$model-description$"))
replace_string_in_string (line, "$model-description$",
model_description);
if (strstr (line, "$currency-units-in$"))
replace_string_in_string (line, "$currency-units-in$",
currency_units_in);
if (strstr (line, "$trials$"))
replace_string_in_string (line, "$trials$",
number_of_trials);
if (strstr (line, "$run-date-time$"))
replace_string_in_string (line, "$run-date-time$",
timestamp());
if (strstr (line, "$metrics-1-description$"))
replace_string_in_string (line, "$metrics-1-description$",
metrics[0].description);
if (strstr (line, "$metrics-2-description$"))
replace_string_in_string (line, "$metrics-2-description$",
metrics[1].description);
if (strstr (line, "$metrics-3-description$"))
replace_string_in_string (line, "$metrics-3-description$",
metrics[2].description);
if (strstr (line, "$metrics-4-description$"))
replace_string_in_string (line, "$metrics-4-description$",
metrics[3].description);
if (strstr (line, "$metrics-5-description$"))
replace_string_in_string (line, "$metrics-5-description$",
metrics[4].description);
if (strstr (line, "$print-ratios("))
{
char* where_var = strstr (line, "$print-ratios(");
char* var;
strcpy (&var, where_var);
*(strchr (var, ')')+2) = 0;
int ind;
sscanf (where_var+14, "%d", &ind);
char* print_condition =
strstr (metrics[ind-1].expression, "y-1") ? (char*)"false" : (char*)"true";
replace_string_in_string (line, var, print_condition);
}
if (strstr (line, "$if-ratio2-valid$"))
replace_string_in_string (line, "$if-ratio2-valid$",
n_metrics >= 2 ? "" : "//" );
if (strstr (line, "$if-ratio3-valid$"))
replace_string_in_string (line, "$if-ratio3-valid$",
n_metrics >= 3 ? "" : "//" );
if (strstr (line, "$if-ratio4-valid$"))
replace_string_in_string (line, "$if-ratio4-valid$",
n_metrics >= 4 ? "" : "//" );
if (strstr (line, "$if-ratio5-valid$"))
replace_string_in_string (line, "$if-ratio5-valid$",
n_metrics >= 5 ? "" : "//" );
if (strstr (line, "$random-headers$"))
{
for (int i = 1; i <= n_vars; i++)
{
if (!is_random (vars[i])) continue;
print_indent ();
char* main_title;
char* suffix;
get_title (vars[i], main_title, suffix);
fprintf (f_out, "fprintf (fp, \"%s %s\\t\");\n", main_title, suffix);
++line_no;
}
continue;
}
if (strstr (line, "$unirandom-declarations$"))
{
for (int i = 1; i <= n_vars; i++)
{
if (!is_random (vars[i])) continue;
if (starts_with (vars[i], (char*)"unirandom"))
{
print_indent ();
fprintf (f_out, " boost::uniform_real < > gen_%s (%s, %s);\n", vars[i], mins[i], maxs[i]);
print_indent ();
fprintf (f_out, " boost::variate_generator < boost::lagged_fibonacci1279&, boost::uniform_real < > > rand_%s (rng, gen_%s);\n", vars[i], vars[i]);
line_no += 2;
}
}
continue;
}
if (strstr (line, "$normrandom-declarations$"))
{
for (int i = 1; i <= n_vars; i++)
{
if (!is_random (vars[i])) continue;
if (starts_with (vars[i], (char*)"normrandom"))
{
print_indent ();
fprintf (f_out, " boost::normal_distribution < > gen_%s (%s, %s);\n", vars[i], means[i], std_sigmas[i]);
print_indent ();
fprintf (f_out, " boost::variate_generator < boost::lagged_fibonacci1279&, boost::normal_distribution < > > rand_%s (rng, gen_%s);\n", vars[i], vars[i]);
line_no += 2;
}
}
continue;
}
if (strstr (line, "$cauchyrandom-declarations$"))
{
for (int i = 1; i <= n_vars; i++)
{
if (!is_random (vars[i])) continue;
if (starts_with (vars[i], (char*)"cauchyrandom"))
{
print_indent ();
fprintf (f_out, " boost::cauchy_distribution < > gen_%s (%s, %s);\n", vars[i], means[i], std_sigmas[i]);
print_indent ();
fprintf (f_out, " boost::variate_generator < boost::lagged_fibonacci1279&, boost::cauchy_distribution < > > rand_%s (rng, gen_%s);\n", vars[i], vars[i]);
line_no += 2;
}
}
continue;
}
if (strstr (line, "$unirandom-assignments$"))
{
for (int i = 1; i <= n_vars; i++)
{
if (!is_random (vars[i])) continue;
if (starts_with (vars[i], (char*)"unirandom"))
{
::print_indent (f_out, line);
fprintf (f_out, " %s[y] = rand_%s();\n", vars[i], vars[i]);
++line_no;
}
}
continue;
}
if (strstr (line, "$normrandom-assignments$"))
{
for (int i = 1; i <= n_vars; i++)
if (starts_with (vars[i], (char*)"normrandom"))
{
::print_indent (f_out, line);
fprintf (f_out, "for (;;)\n");
::print_indent (f_out, line);
fprintf (f_out, "{\n");
::print_indent (f_out, line);
fprintf (f_out, "%s[y] = rand_%s();\n", vars[i], vars[i]);
line_no += 3;
if (mins_set[i])
{
::print_indent (f_out, line);
fprintf (f_out,
"if (%s[y] < %s) continue;\n", vars[i], mins[i]);
++line_no;
}
if (maxs_set[i])
{
::print_indent (f_out, line);
fprintf (f_out,
"if (%s[y] > %s) continue;\n", vars[i], maxs[i]);
++line_no;
}
::print_indent (f_out, line);
fprintf (f_out, "break;\n");
::print_indent (f_out, line);
fprintf (f_out, "}\n");
line_no += 2;
}
continue;
}
if (strstr (line, "$cauchyrandom-assignments$"))
{
for (int i = 1; i <= n_vars; i++)
if (starts_with (vars[i], (char*)"cauchyrandom"))
{
::print_indent (f_out, line);
fprintf (f_out, "for (;;)\n");
::print_indent (f_out, line);
fprintf (f_out, "{\n");
::print_indent (f_out, line);
fprintf (f_out, "%s[y] = rand_%s();\n", vars[i], vars[i]);
line_no += 3;
if (mins_set[i])
{
::print_indent (f_out, line);
fprintf (f_out,
"if (%s[y] < %s) continue;\n", vars[i], mins[i]);
++line_no;
}
if (maxs_set[i])
{
::print_indent (f_out, line);
fprintf (f_out,
"if (%s[y] > %s) continue;\n", vars[i], maxs[i]);
++line_no;
}
::print_indent (f_out, line);
fprintf (f_out, "break;\n");
::print_indent (f_out, line);
fprintf (f_out, "}\n");
line_no += 2;
}
continue;
}
if (strstr (line, "$print-random-values$"))
{
for (int i = 1; i <= n_vars; i++)
{
if (!is_random (vars[i])) continue;
::print_indent (f_out, line);
fprintf (f_out, " fprintf(fp,\"%%5.4f\\t\",%s[y]);\n", vars[i]);
++line_no;
}
continue;
}
if (strstr (line, "$print-y0-random-values$"))
{
for (int i = 1; i <= n_vars; i++)
{
if (!is_random (vars[i])) continue;
::print_indent (f_out, line);
fprintf (f_out, " fprintf(fp,\"\\t\");\n");
++line_no;
}
continue;
}
// by RW 31/05/12
/*
do_adjustments ();
*/
if (strstr (line, "$adjustments$"))
{
if (have_adjustments)
do_adjustments ();
continue;
}
// end
/*
if (strstr (line, "$rating-equivalent"))
do_rating_equivalent (line);
*/
if (strstr (line, "$n-ratings$"))
replace_string_in_string (line, "$n-ratings$", n_ratings);
if (strstr (line, "$ratings$"))
{
char* txt_ratings;
strcpy (&txt_ratings, "");
for (int i = 2; i <= n_ratings+1; i++)
{
if (i > 2) chrcat (&txt_ratings, ',');
strcat (&txt_ratings, "\"", ratings[i], "\"");
}
replace_string_in_string (line, "$ratings$", txt_ratings);
free (txt_ratings);
}
if (strstr (line, "$rating-grid$"))
{
char* grid;
strcpy (&grid, "");
for (int i = 1; i <= projection_years; i++)
{
chrcat (&grid, '{');
for (int j = 2; j <= n_ratings; j++)
{
if (j > 2) chrcat (&grid, ',');
strcat (&grid, ratings_grid[i][j]);
}
chrcat (&grid, '}');
if (i < projection_years)
strcat (&grid, ",\n");
}
replace_string_in_string (line, "$rating-grid$", grid);
free (grid);
}
if (strstr (line, "$default-probability-code$"))
replace_string_in_string (line, "$default-probability-code$",
def_prob_code);
if (!print_off)
{
fprintf (f_out, "%s\n", line);
++line_no;
}
record_indent (line);
// printf ("-- %d [%s]\n", line_no, line);
}
}
void Template::process (const bool have_adjustments)
{
const bool show_projection_details = strequal (projection_details, "Y");
const bool show_summary =
show_projection_details || strequal (projection_details, "S");
int n_threads;
if (strequal (n_cores, "A"))
n_threads = get_n_cores ();
else
n_threads = atoi (n_cores);
bool print_off = false;
int line_no = 0;
for (int iii = 1; iii <= n_lines; iii++)
{
char* line = lines[iii];
if (strstr (line, "$year-declarations$"))
{
for (int ii = 1; ii <= projection_years; ii++)
{
print_indent ();
fprintf (f_out, "static void yr_%d (const int, const int);\n", ii);
++line_no;
}
continue;
}
if (strstr (line, "$n-trials$"))
replace_string_in_string (line, "$n-trials$", number_of_trials);
if (strstr (line, "$n-years$"))
replace_string_in_string (line, "$n-years$", projection_years);
if (strstr (line, "$n-threads$"))
replace_string_in_string (line, "$n-threads$", n_threads);
if (strstr (line, "$show-projection-details$"))
{
const char* spd = show_projection_details ? "true" : "false";
replace_string_in_string (line, "$show-projection-details$", spd);
}
if (strstr (line, "$show-summary$"))
{
const char* sum = show_summary ? "true" : "false";
replace_string_in_string (line, "$show-summary$", sum);
}
if (strstr (line, "$have-seed$"))
{
bool have_seed = !strequal (fixed_random_seed, "N");
const char* s_have_seed = have_seed ? "true" : "false";
replace_string_in_string (line, "$have-seed$", s_have_seed);
}
if (strstr (line, "$seed$"))
{
bool have_seed = !strequal (fixed_random_seed, "N");
char s_seed[20];
sprintf (s_seed, "%s", have_seed ? fixed_random_seed : "-1");
replace_string_in_string (line, "$seed$", s_seed);
}
if (strstr (line, "$non-dpc$"))
{
char* s_non_dpc = (char*)"false";
if (strequal (def_prob_code, "\"\"")
|| strequal (def_prob_code, ""))
s_non_dpc = (char*)"true";
replace_string_in_string (line, "$non-dpc$", s_non_dpc);
}
if (strstr (line, "$variable-definitions$"))
{
for (int i = 1; i <= n_vars; i++)
{
if (starts_with (vars[i], "//")) continue;
if (!compute[i]) continue;
print_indent ();
if (is_random (vars[i]))
fprintf (f_out, "static %s %s [n_threads][%d+1];\n",
"double", vars[i], projection_years);
else
fprintf (f_out, "static %s %s [n_threads][%d+1];\n",
types[i], vars[i], projection_years);
++line_no;
}
continue;
}
if (strstr (line, "$sigma-definitions$"))
{
if (show_summary)
{
for (int i = 1; i <= n_vars; i++)
{
if (starts_with (vars[i], "//")) continue;
if (strciequal (include_in_output[i], "N")) continue;
print_indent ();
if (is_random (vars[i]))
fprintf (f_out, "static %s sigma_%s[n_threads][%d+1];\n",
"double", vars[i], projection_years);
else
fprintf (f_out, "static %s sigma_%s[n_threads][%d+1];\n",
types[i], vars[i], projection_years);
++line_no;
}
}
continue;
}
if (strstr (line, "$minima-definitions$"))
{
if (show_summary)
{
for (int i = 1; i <= n_vars; i++)
{
if (starts_with (vars[i], "//")) continue;
if (strciequal (include_in_output[i], "N")) continue;
print_indent ();
if (is_random (vars[i]))
fprintf (f_out, "static %s minimum_%s [n_threads][%d+1];\n",
"double", vars[i], projection_years);
else
fprintf (f_out, "static %s minimum_%s [n_threads][%d+1];\n",
types[i], vars[i], projection_years);
++line_no;
}
}
continue;
}
if (strstr (line, "$maxima-definitions$"))
{
if (show_summary)
{
for (int i = 1; i <= n_vars; i++)
{
if (starts_with (vars[i], "//")) continue;
if (strciequal (include_in_output[i], "N")) continue;
print_indent ();
if (is_random (vars[i]))
fprintf (f_out, "static %s maximum_%s [n_threads][%d+1];\n",
"double", vars[i], projection_years);
else
fprintf (f_out, "static %s maximum_%s [n_threads][%d+1];\n",
types[i], vars[i], projection_years);
++line_no;
}
}
continue;
}
if (strstr (line, "$sigma-inits$"))
{
if (show_summary)
{
for (int i = 1; i <= n_vars; i++)
{
if (starts_with (vars[i], "//")) continue;
if (strciequal (include_in_output[i], "N")) continue;
print_indent ();
fprintf (f_out,
" sigma_%s[th][y] = 0;\n", vars[i]);
++line_no;
}
}
continue;
}
if (strstr (line, "$summations$"))
{
if (show_summary)
{
for (int i = 1; i <= n_vars; i++)
{
if (starts_with (vars[i], "//")) continue;
if (strciequal (include_in_output[i], "N")) continue;
::print_indent (f_out, line);
if (is_random (vars[i]))
fprintf (f_out, "if (y>0) ");
fprintf (f_out, "sigma_%s[th][y] += %s[th][y];\n",
vars[i], vars[i]);
++line_no;
}
}
continue;
}
if (strstr (line, "$update-minima"))
{
if (show_summary)
{
for (int i = 1; i <= n_vars; i++)
{
if (starts_with (vars[i], "//")) continue;
if (strciequal (include_in_output[i], "N")) continue;
::print_indent (f_out, line);
if (is_random (vars[i]))
fprintf (f_out, "if (y>0) ");
fprintf (f_out,
"if (%s[th][y] < minimum_%s[th][y]) minimum_%s[th][y] = %s[th][y];\n",
vars[i], vars[i], vars[i], vars[i]);
++line_no;
}
}
continue;
}
if (strstr (line, "$update-maxima"))
{
if (show_summary)
{
for (int i = 1; i <= n_vars; i++)
{
if (starts_with (vars[i], "//")) continue;
if (strciequal (include_in_output[i], "N")) continue;
::print_indent (f_out, line);
if (is_random (vars[i]))
fprintf (f_out, "if (y>0) ");
fprintf (f_out,
"if (%s[th][y] > maximum_%s[th][y]) maximum_%s[th][y] = %s[th][y];\n",
vars[i], vars[i], vars[i], vars[i]);
++line_no;
}
}
continue;
}
if (strstr (line, "$sigma-combinations"))
{
if (show_summary)
{
for (int i = 1; i <= n_vars; i++)
{
if (starts_with (vars[i], "//")) continue;
if (strciequal (include_in_output[i], "N")) continue;
::print_indent (f_out, line);
if (is_random (vars[i]))
fprintf (f_out, "if (y>0) ");
fprintf (f_out, "sigma_%s[0][y] += sigma_%s[th][y];\n",
vars[i], vars[i]);
++line_no;
}
}
continue;
}
if (strstr (line, "$min-combinations"))
{
if (show_summary)
{
for (int i = 1; i <= n_vars; i++)
{
if (starts_with (vars[i], "//")) continue;
if (strciequal (include_in_output[i], "N")) continue;
::print_indent (f_out, line);
if (is_random (vars[i]))
fprintf (f_out, "if (y>0) ");
fprintf (f_out,
"minimum_%s[0][y] = min (minimum_%s[0][y], minimum_%s[th][y]);\n",
vars[i], vars[i], vars[i]);
++line_no;
}
}
continue;
}
if (strstr (line, "$max-combinations"))
{
if (show_summary)
{
for (int i = 1; i <= n_vars; i++)
{
if (starts_with (vars[i], "//")) continue;
if (strciequal (include_in_output[i], "N")) continue;
::print_indent (f_out, line);
if (is_random (vars[i]))
fprintf (f_out, "if (y>0) ");
fprintf (f_out,
"maximum_%s[0][y] = max (maximum_%s[0][y], maximum_%s[th][y]);\n",
vars[i], vars[i], vars[i]);
++line_no;
}
}
continue;
}
if (strstr (line, "$means$"))
{
if (show_summary)
{
for (int i = 1; i <= n_vars; i++)
{
if (starts_with (vars[i], "//")) continue;
char* sep = (i < n_vars) ? (char*)"\\t" : (char*)"\\n";
if (strciequal (include_in_output[i], "Y"))
{
if (is_random (vars[i]))
{
::print_indent (f_out, line);
fprintf (f_out, "if (y > 0)\n");
::print_indent (f_out, line);
fprintf (f_out, " fprintf (fp, \"%s", formats[i]);
::print_indent (f_out, line);
fprintf (f_out, "%s\"", sep);
fprintf (f_out, ", sigma_%s[0][y]/n_trials);\n", vars[i]);
::print_indent (f_out, line);
fprintf (f_out, "else\n");
::print_indent (f_out, line);
fprintf (f_out, " fprintf (fp, \"");
fprintf (f_out, "%s\"", sep);
fprintf (f_out, ");\n");
line_no += 4;
}
else
{
::print_indent (f_out, line);
fprintf (f_out, "fprintf (fp, \"%s", formats[i]);
fprintf (f_out, "%s\"", sep);
fprintf (f_out, ", sigma_%s[0][y]/n_trials);\n", vars[i]);
++line_no;
}
}
}
}
continue;
}
if (strstr (line, "$minima$"))
{
if (show_summary)
{
for (int i = 1; i <= n_vars; i++)
{
if (starts_with (vars[i], "//")) continue;
if (strciequal (include_in_output[i], "Y"))
{
char* sep = (i < n_vars) ? (char*)"\\t" : (char*)"\\n";
if (is_random (vars[i]))
{
::print_indent (f_out, line);
fprintf (f_out, "if (y > 0)\n");
::print_indent (f_out, line);
fprintf (f_out, " fprintf (fp, \"%s", formats[i]);
::print_indent (f_out, line);
fprintf (f_out, "%s\"", sep);
fprintf (f_out, ", minimum_%s[0][y]);\n", vars[i]);
::print_indent (f_out, line);
fprintf (f_out, "else\n");
::print_indent (f_out, line);
fprintf (f_out, " fprintf (fp, \"");
fprintf (f_out, "%s\"", sep);
fprintf (f_out, ");\n");
line_no += 4;
}
else
{
::print_indent (f_out, line);
fprintf (f_out, "fprintf (fp, \"%s", formats[i]);
fprintf (f_out, "%s\"", sep);
fprintf (f_out, ", minimum_%s[0][y]);\n", vars[i]);
++line_no;
}
}
}
}
continue;
}
if (strstr (line, "$maxima$"))
{
if (show_summary)
{
for (int i = 1; i <= n_vars; i++)
{
if (starts_with (vars[i], "//")) continue;
if (strciequal (include_in_output[i], "Y"))
{
char* sep = (i < n_vars) ? (char*)"\\t" : (char*)"\\n";
if (is_random (vars[i]))
{
::print_indent (f_out, line);
fprintf (f_out, "if (y > 0)\n");
::print_indent (f_out, line);
fprintf (f_out, " fprintf (fp, \"%s", formats[i]);
::print_indent (f_out, line);
fprintf (f_out, "%s\"", sep);
fprintf (f_out, ", maximum_%s[0][y]);\n", vars[i]);
::print_indent (f_out, line);
fprintf (f_out, "else\n");
::print_indent (f_out, line);
fprintf (f_out, " fprintf (fp, \"");
fprintf (f_out, "%s\"", sep);
fprintf (f_out, ");\n");
line_no += 4;
}
else
{
::print_indent (f_out, line);
fprintf (f_out, "fprintf (fp, \"%s", formats[i]);
fprintf (f_out, "%s\"", sep);
fprintf (f_out, ", maximum_%s[0][y]);\n", vars[i]);
++line_no;
}
}
}
}
continue;
}
if (strstr (line, "$period-0-values$"))
{
for (int i = 1; i <= n_vars; i++)
{
if (starts_with (vars[i], "//")) continue;
if (is_random (vars[i])) continue;
if (!compute[i]) continue;
print_indent ();
char* y0;
strcpy (&y0, year_0[i]);
trim (y0);
replace_string_in_string (y0, "\"\"", "");
if (!strchr (y0, '.')) strcat (&y0, ".0");
fprintf (f_out, "%s[th][0] = %s;\n", vars[i], y0);
++line_no;
free (y0);
}
continue;
}
if (strstr (line, "$minima-inits$"))
{
if (show_summary)
{
for (int i = 1; i <= n_vars; i++)
{
if (starts_with (vars[i], "//")) continue;
if (strciequal (include_in_output[i], "N")) continue;
print_indent ();
fprintf (f_out,
" minimum_%s[th][y] = numeric_limits<%s>::max();\n",
vars[i], types[i]);
++line_no;
}
}
continue;
}
if (strstr (line, "$maxima-inits$"))
{
if (show_summary)
{
for (int i = 1; i <= n_vars; i++)
{
if (starts_with (vars[i], "//")) continue;
if (strciequal (include_in_output[i], "N")) continue;
print_indent ();
fprintf (f_out,
" maximum_%s[th][y] = -numeric_limits<%s>::max();\n",
vars[i], types[i]);
++line_no;
}
}
continue;
}
if (strstr (line, "$do-year-inits$"))
{
for (int ii = 1; ii <= projection_years; ii++)
{
print_indent ();
fprintf (f_out, " do_years[%d] = yr_%d;\n", ii, ii);
++line_no;
}
continue;
}
if (strstr (line, "$compute$"))
{
for (int ii = 1; ii <= projection_years; ii++)
{
print_indent ();
fprintf (f_out, "do_years[%d](%d, th);\n", ii, ii);
++line_no;
}
continue;
}
if (strstr (line, "$assignments$"))
{
for (int ii = 1; ii <= projection_years; ii++)
{
print_indent ();
fprintf (f_out, "void yr_%d (const int y, const int th)\n", ii);
++line_no;
print_indent ();
fprintf (f_out, "{\n");
++line_no;
for (int i = 1; i <= n_vars; i++)
{
if (starts_with (vars[i], "//")) continue;
if (is_random (vars[i])) continue;
if (!compute[i]) continue;
char* val = threaded_val (years[ii][i]);
replace_string_in_string (val, "\"\"", "");
char* rep;
strcpy (&rep, "[");
numcat (&rep, ii);
strcat (&rep, "]");
replace_string_in_string (val, "[y]", rep);
strcpy (&rep, "[");
numcat (&rep, ii-1);
strcat (&rep, "]");
replace_string_in_string (val, "[y-1]", rep);
floatise (val);
print_indent ();
fprintf (f_out, " %s[th][%d] = %s;\n", vars[i], ii, val);
++line_no;
free (val);
fprintf (f_map, "s %d %d %d [%s]\n",
line_no, i+1, ii+11, years[ii][i]);
if (mins_set[i])
{
print_indent ();
fprintf (f_out, " if (%s[th][%d] < %s) %s[th][%d] = %s;\n",
vars[i], ii, mins[i], vars[i], ii, mins[i]);
++line_no;
fprintf (f_map, "s %d %d %d [%s]\n",
line_no, i+1, ii+11, years[ii][i]);
}
if (maxs_set[i])
{
print_indent ();
fprintf (f_out, " if (%s[th][%d] > %s) %s[th][%d] = %s;\n",
vars[i], ii, maxs[i], vars[i], ii, maxs[i]);
++line_no;
fprintf (f_map, "s %d %d %d [%s]\n",
line_no, i+1, ii+11, years[ii][i]);
}
}
print_indent ();
fprintf (f_out, "}\n");
++line_no;
}
continue;
}
if (strstr (line, "$body-2-defs$"))
{
fprintf (f_out, "char bufy[n_years+1][80];\n");
++line_no;
for (int i = 1; i <= n_vars; i++)
{
if (!is_random (vars[i])) continue;
if (strciequal (include_in_output[i], "Y"))
{
::print_indent (f_out, line);
fprintf (f_out, "char buf_%s[n_years+1][80];\n", vars[i]);
++line_no;
}
}
continue;
}
if (strstr (line, "$output-gen$"))
{
for (int i = 1; i <= n_vars; i++)
{
if (is_random (vars[i])) continue;
if (starts_with (vars[i], "//")) continue;
if (strciequal (include_in_output[i], "Y"))
{
::print_indent (f_out, line);
fprintf (f_out, "\"%s\\t\"\n",
formats[i]);
++line_no;
}
}
::print_indent (f_out, line);
fprintf (f_out, "\"\\t\"\n");
for (int i = 1; i <= n_vars; i++)
{
if (is_random (vars[i])) continue;
if (starts_with (vars[i], "//")) continue;
if (strciequal (include_in_output[i], "Y"))
{
::print_indent (f_out, line);
fprintf (f_out, ",%s[th][y]\n",
vars[i]);
++line_no;
}
}
continue;
}
if (strstr (line, "$output-print$"))
{
for (int i = 1; i <= n_vars; i++)
{
if (!is_random (vars[i])) continue;
if (starts_with (vars[i], "//")) continue;
if (strciequal (include_in_output[i], "Y"))
{
::print_indent (f_out, line);
fprintf (f_out,
"fwrite(buf_%s[y], strlen(buf_%s[y]), 1, fp);\n",
vars[i], vars[i]);
++line_no;
}
}
continue;
}
if (strstr (line, "$headers$"))
{
char* header;
strcpy (&header, "");
for (int i = 1; i <= n_vars; i++)
{
const bool include =
(strciequal (include_in_output[i], "Y")
&& !starts_with (vars[i], "//"));
if (include) strcat (&header, descriptions[i], "\\t");
}
replace_string_in_string (line, "$headers$", header);
free (header);
}
if (strstr (line, "$threshold-expression-1["))
{
char* where_var = strstr (line, "$threshold-expression-1[");
char* var;
strcpy (&var, where_var);
*(strchr (var, ']')+2) = 0;
char* idx;
strcpy (&idx, where_var+23);
char ind[20];
sscanf (idx+1, "%[^]]", ind);
char* expression;
strcpy (&expression, threaded_val(metrics[0].expression));
char rep[20];
sprintf (rep, "[%s]", ind);
replace_string_in_string (expression, "[y]", rep);
replace_string_in_string (line, var, expression);
fprintf (f_map, "m %d %d %d [%s]\n",
line_no, metrics[0].row-1, 3, metrics[0].expression);
}
if (strstr (line, "$threshold-expression-2["))
{
char* where_var = strstr (line, "$threshold-expression-2[");
char* var;
strcpy (&var, where_var);
*(strchr (var, ']')+2) = 0;
char* idx;
strcpy (&idx, where_var+23);
char ind[20];
sscanf (idx+1, "%[^]]", ind);
char* expression;
strcpy (&expression, threaded_val(metrics[1].expression));
char rep[20];
sprintf (rep, "[%s]", ind);
replace_string_in_string (expression, "[y]", rep);
replace_string_in_string (line, var, expression);
fprintf (f_map, "m %d %d %d [%s]\n",
line_no, metrics[1].row-1, 3, metrics[1].expression);
}
if (strstr (line, "$threshold-expression-3["))
{
char* where_var = strstr (line, "$threshold-expression-3[");
char* var;
strcpy (&var, where_var);
*(strchr (var, ']')+2) = 0;
char* idx;
strcpy (&idx, where_var+23);
char ind[20];
sscanf (idx+1, "%[^]]", ind);
char* expression;
strcpy (&expression, threaded_val(metrics[2].expression));
char rep[20];
sprintf (rep, "[%s]", ind);
replace_string_in_string (expression, "[y]", rep);
replace_string_in_string (line, var, expression);
fprintf (f_map, "m %d %d %d [%s]\n",
line_no, metrics[2].row-1, 3, metrics[2].expression);
}
if (strstr (line, "$threshold-expression-4["))
{
char* where_var = strstr (line, "$threshold-expression-4[");
char* var;
strcpy (&var, where_var);
*(strchr (var, ']')+2) = 0;
char* idx;
strcpy (&idx, where_var+23);
char ind[20];
sscanf (idx+1, "%[^]]", ind);
char* expression;
strcpy (&expression, threaded_val(metrics[3].expression));
bool bad = strequal (ind, "0") && strstr (expression, "y-");
if (bad)
expression = (char*)"0";
else
{
char rep[20];
sprintf (rep, "[%s]", ind);
replace_string_in_string (expression, "[y]", rep);
}
replace_string_in_string (line, var, expression);
fprintf (f_map, "m %d %d %d [%s]\n",
line_no, metrics[3].row-1, 3, metrics[3].expression);
}
if (strstr (line, "$threshold-expression-5["))
{
char* where_var = strstr (line, "$threshold-expression-5[");
char* var;
strcpy (&var, where_var);
*(strchr (var, ']')+2) = 0;
char* idx;
strcpy (&idx, where_var+23);
char ind[20];
sscanf (idx+1, "%[^]]", ind);
char* expression;
strcpy (&expression, threaded_val(metrics[4].expression));
bool bad = strequal (ind, "0") && strstr (expression, "y-");
if (bad)
expression = (char*)"0";
else
{
char rep[20];
sprintf (rep, "[%s]", ind);
replace_string_in_string (expression, "[y]", rep);
}
replace_string_in_string (line, var, expression);
fprintf (f_map, "m %d %d %d [%s]\n",
line_no, metrics[4].row-1, 3, metrics[4].expression);
}
if (strstr (line, "$thresh-relation$"))
{
replace_string_in_string (line, "$thresh-relation$",
metrics[0].comparison);
}
if (strstr (line, "$thresholdlevel$"))
{
bool percent_mode = (last_char(metrics[0].threshold_level) == '%');
if (percent_mode) last_char(metrics[0].threshold_level) = 0;
double val = atof (metrics[0].threshold_level);
if (percent_mode) val /= 100;
char thresholdlevel[80];
sprintf (thresholdlevel, "%.4f", val);
replace_string_in_string (line, "$thresholdlevel$",
thresholdlevel);
}
if (strstr (line, "$initial-year$"))
replace_string_in_string (line, "$initial-year$", initial_year);
if (strstr (line, "$threshold-label$"))
replace_string_in_string (line, "$threshold-label$",
threshold_label);
if (strstr (line, "$government-entity$"))
replace_string_in_string (line, "$government-entity$",
government_entity);
if (strstr (line, "$model-description$"))
replace_string_in_string (line, "$model-description$",
model_description);
if (strstr (line, "$currency-units-in$"))
replace_string_in_string (line, "$currency-units-in$",
currency_units_in);
if (strstr (line, "$metrics-1-description$"))
replace_string_in_string (line, "$metrics-1-description$",
metrics[0].description);
if (strstr (line, "$metrics-2-description$"))
replace_string_in_string (line, "$metrics-2-description$",
metrics[1].description);
if (strstr (line, "$metrics-3-description$"))
replace_string_in_string (line, "$metrics-3-description$",
metrics[2].description);
if (strstr (line, "$metrics-4-description$"))
replace_string_in_string (line, "$metrics-4-description$",
metrics[3].description);
if (strstr (line, "$metrics-5-description$"))
replace_string_in_string (line, "$metrics-5-description$",
metrics[4].description);
if (strstr (line, "$print-ratios("))
{
char* where_var = strstr (line, "$print-ratios(");
char* var;
strcpy (&var, where_var);
*(strchr (var, ')')+2) = 0;
int ind;
sscanf (where_var+14, "%d", &ind);
char* print_condition =
strstr (metrics[ind-1].expression, "y-1") ? (char*)"false" : (char*)"true";
replace_string_in_string (line, var, print_condition);
}
if (strstr (line, "$if-ratio2-valid$"))
replace_string_in_string (line, "$if-ratio2-valid$",
n_metrics >= 2 ? "" : "//" );
if (strstr (line, "$if-ratio3-valid$"))
replace_string_in_string (line, "$if-ratio3-valid$",
n_metrics >= 3 ? "" : "//" );
if (strstr (line, "$if-ratio4-valid$"))
replace_string_in_string (line, "$if-ratio4-valid$",
n_metrics >= 4 ? "" : "//" );
if (strstr (line, "$if-ratio5-valid$"))
replace_string_in_string (line, "$if-ratio5-valid$",
n_metrics >= 5 ? "" : "//" );
if (strstr (line, "$random-headers$"))
{
for (int i = 1; i <= n_vars; i++)
{
if (!is_random (vars[i])) continue;
print_indent ();
char* main_title;
char* suffix;
get_title (vars[i], main_title, suffix);
fprintf (f_out, "fprintf (fp, \"%s %s\\t\");\n", main_title, suffix);
++line_no;
}
continue;
}
if (strstr (line, "$unirandom-definitions$"))
{
for (int i = 1; i <= n_vars; i++)
{
if (!is_random (vars[i])) continue;
if (starts_with (vars[i], (char*)"unirandom"))
{
print_indent ();
fprintf (f_out, " boost::uniform_real < > gen_%s (%s, %s);\n", vars[i], mins[i], maxs[i]);
print_indent ();
fprintf (f_out, " boost::variate_generator < boost::lagged_fibonacci1279&, boost::uniform_real < > > rand_%s (rng, gen_%s);\n", vars[i], vars[i]);
fprintf (f_out, "\n");
line_no += 3;
}
}
continue;
}
if (strstr (line, "$normrandom-definitions$"))
{
for (int i = 1; i <= n_vars; i++)
{
if (!is_random (vars[i])) continue;
if (starts_with (vars[i], (char*)"normrandom"))
{
print_indent ();
fprintf (f_out, " boost::normal_distribution < > gen_%s (%s, %s);\n", vars[i], means[i], std_sigmas[i]);
print_indent ();
fprintf (f_out, " boost::variate_generator < boost::lagged_fibonacci1279&, boost::normal_distribution < > > rand_%s (rng, gen_%s);\n", vars[i], vars[i]);
fprintf (f_out, "\n");
line_no += 3;
}
}
continue;
}
if (strstr (line, "$cauchyrandom-definitions$"))
{
for (int i = 1; i <= n_vars; i++)
{
if (!is_random (vars[i])) continue;
if (starts_with (vars[i], (char*)"cauchyrandom"))
{
print_indent ();
fprintf (f_out, " boost::cauchy_distribution < > gen_%s (%s, %s);\n", vars[i], means[i], std_sigmas[i]);
print_indent ();
fprintf (f_out, " boost::variate_generator < boost::lagged_fibonacci1279&, boost::cauchy_distribution < > > rand_%s (rng, gen_%s);\n", vars[i], vars[i]);
fprintf (f_out, "\n");
line_no += 3;
}
}
continue;
}
if (strstr (line, "$unirandom-assignments$"))
{
for (int i = 1; i <= n_vars; i++)
{
if (!is_random (vars[i])) continue;
if (starts_with (vars[i], (char*)"unirandom"))
{
::print_indent (f_out, line);
fprintf (f_out, " %s[th][y] = rand_%s();\n", vars[i], vars[i]);
++line_no;
}
}
continue;
}
if (strstr (line, "$normrandom-assignments$"))
{
for (int i = 1; i <= n_vars; i++)
if (starts_with (vars[i], (char*)"normrandom"))
{
::print_indent (f_out, line);
fprintf (f_out, "for (;;)\n");
::print_indent (f_out, line);
fprintf (f_out, "{\n");
::print_indent (f_out, line);
fprintf (f_out, " %s[th][y] = rand_%s();\n",
vars[i], vars[i]);
line_no += 3;
if (mins_set[i])
{
::print_indent (f_out, line);
fprintf (f_out, " if (%s[th][y] < %s) continue;\n",
vars[i], mins[i]);
++line_no;
}
if (maxs_set[i])
{
::print_indent (f_out, line);
fprintf (f_out, " if (%s[th][y] > %s) continue;\n",
vars[i], maxs[i]);
++line_no;
}
::print_indent (f_out, line);
fprintf (f_out, " break;\n");
::print_indent (f_out, line);
fprintf (f_out, "}\n");
line_no += 2;
}
continue;
}
if (strstr (line, "$cauchyrandom-assignments$"))
{
for (int i = 1; i <= n_vars; i++)
if (starts_with (vars[i], (char*)"cauchyrandom"))
{
::print_indent (f_out, line);
fprintf (f_out, "for (;;)\n");
::print_indent (f_out, line);
fprintf (f_out, "{\n");
::print_indent (f_out, line);
fprintf (f_out, " %s[th][y] = rand_%s();\n",
vars[i], vars[i]);
line_no += 3;
if (mins_set[i])
{
::print_indent (f_out, line);
fprintf (f_out, " if (%s[th][y] < %s) continue;\n",
vars[i], mins[i]);
++line_no;
}
if (maxs_set[i])
{
::print_indent (f_out, line);
fprintf (f_out, " if (%s[th][y] > %s) continue;\n",
vars[i], maxs[i]);
++line_no;
}
::print_indent (f_out, line);
fprintf (f_out, " break;\n");
::print_indent (f_out, line);
fprintf (f_out, "}\n");
line_no += 2;
}
continue;
}
if (strstr (line, "$store-y0-random-values$"))
{
for (int i = 1; i <= n_vars; i++)
{
if (!is_random (vars[i])) continue;
if (strciequal (include_in_output[i], "Y"))
{
::print_indent (f_out, line);
fprintf (f_out, "sprintf(buf_%s[y],\"\\t\");\n", vars[i]);
++line_no;
}
}
continue;
}
if (strstr (line, "$store-random-values$"))
{
for (int i = 1; i <= n_vars; i++)
{
if (!is_random (vars[i])) continue;
if (strciequal (include_in_output[i], "Y"))
{
::print_indent (f_out, line);
fprintf (f_out, "sprintf(buf_%s[y],\"%%5.4f\\t\",%s[th][y]);\n",
vars[i], vars[i]);
++line_no;
}
}
continue;
}
if (strstr (line, "$adjustments$"))
{
if (have_adjustments)
do_adjustments (line_no);
continue;
}
if (strstr (line, "$n-ratings$"))
replace_string_in_string (line, "$n-ratings$", n_ratings);
if (strstr (line, "$ratings$"))
{
char* txt_ratings;
strcpy (&txt_ratings, "");
for (int i = 2; i <= n_ratings+1; i++)
{
if (i > 2) chrcat (&txt_ratings, ',');
strcat (&txt_ratings, "\"", ratings[i], "\"");
}
replace_string_in_string (line, "$ratings$", txt_ratings);
free (txt_ratings);
}
if (strstr (line, "$rating-grid$"))
{
char* grid;
strcpy (&grid, "");
for (int i = 1; i <= projection_years; i++)
{
chrcat (&grid, '{');
for (int j = 2; j <= n_ratings; j++)
{
if (j > 2) chrcat (&grid, ',');
strcat (&grid, ratings_grid[i][j]);
}
chrcat (&grid, '}');
if (i < projection_years)
strcat (&grid, ",\n");
}
replace_string_in_string (line, "$rating-grid$", grid);
free (grid);
}
if (strstr (line, "$default-probability-code$"))
{
char* code_to_use = def_prob_code;
if (strequal (code_to_use, "\"\"")) code_to_use = (char*)"";
replace_string_in_string (line, "$default-probability-code$",
threaded_val(code_to_use));
}
if (!print_off)
{
fprintf (f_out, "%s\n", line);
++line_no;
}
record_indent (line);
}
}