butterflies: use carrying capacity for now

src/modules/butterflies/butterflies_populations.c

@@ -14,6 +14,7 @@
 #include "butterflies_inline.h"
 #include "inline_population.h"
 #include "inline.h"
+#include "populations/population.h"
 
 
 cats_dt_rates bf_egg_to_adult_survival_rate(cats_dt_rates adults_per_female, cats_dt_rates max_eggs)
@@ -72,7 +73,7 @@ void bf_cell_maturation(struct cats_grid *grid, struct cats_thread_info *ts, cat
                 assert(this_generation_fraction <= 1.0);
         }
 
-        cats_dt_population max_cc = (cats_dt_population) grid->param.carrying_capacity.max_rate;
+        //cats_dt_population max_cc = (cats_dt_population) grid->param.carrying_capacity.max_rate;
         float eggs = this_generation_fraction * data->eggs[row][col];
 
         if (eggs > data->eggs[row][col]) {
@@ -95,16 +96,18 @@ void bf_cell_maturation(struct cats_grid *grid, struct cats_thread_info *ts, cat
         cats_dt_rates survival = bf_egg_to_adult_survival_rate(adults_per_female, max_eggs);
         cats_dt_population adults = poisson(ts->rng, eggs * survival);
         assert(adults >= 0);
-        cats_dt_environment suit = get_suitability(grid, row, col);
+        //cats_dt_environment suit = get_suitability(grid, row, col);
         //printf("ABCD,%d,%d,%0.3f\n", (int) orig_eggs, adults, suit);
-        set_population_ignore_cc(grid, row, col, adults);
 
+        set_population(grid, row, col, adults);
+/*
         if (adults > max_cc * 10) {
 
                 log_message(LOG_ERROR, "row %d col %d: number of adults %d exceeds %d time smaximum carrying capacity %d (maturation %Lf, eggs %f, max adults per f %Lf), suit %f, OT %Lf, survival %Lf", row, col, adults, 10, max_cc,
                             survival, eggs, module_conf->adults_per_female.max_rate, suit, grid->param.OT, survival);
                 exit_cats(EXIT_FAILURE);
         }
+        */
 }