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sim.c
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sim.c
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/****************************************************************
sim.c
=============================================================
Copyright 1996-2013 Tom Barbalet. All rights reserved.
Permission is hereby granted, free of charge, to any person
obtaining a copy of this software and associated documentation
files (the "Software"), to deal in the Software without
restriction, including without limitation the rights to use,
copy, modify, merge, publish, distribute, sublicense, and/or
sell copies of the Software, and to permit persons to whom the
Software is furnished to do so, subject to the following
conditions:
The above copyright notice and this permission notice shall be
included in all copies or substantial portions of the Software.
THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND,
EXPRESS OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES
OF MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND
NONINFRINGEMENT. IN NO EVENT SHALL THE AUTHORS OR COPYRIGHT
HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY,
WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING
FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR
OTHER DEALINGS IN THE SOFTWARE.
This software and Noble Ape are a continuing work of Tom Barbalet,
begun on 13 June 1996. No apes or cats were harmed in the writing
of this software.
****************************************************************/
/*NOBLEMAKE DEL=""*/
#define CONSOLE_REQUIRED
#define CONSOLE_ONLY
#ifndef _WIN32
#include "../noble/noble.h"
#else
#include "..\noble\noble.h"
#endif
#include <stdio.h>
#include "universe.h"
#include "universe_internal.h"
#ifndef _WIN32
#include "../entity/entity.h"
#else
#include "..\entity\entity.h"
#endif
#ifndef _WIN32
#include <pthread.h>
#include <unistd.h>
#endif
/*NOBLEMAKE END=""*/
/*NOBLEMAKE VAR=""*/
static n_byte braindisplay = 3;
static variable_string apescript_variable_codes[VARIABLE_MAX]=
{
/* 0 */ /* special "variables" */
"function",
"run",
/* 2 */
"while",
"if",
/* output only */
"vector_x",
"vector_y",
/* 6 */
"random",
"water_level",
"biology_area",
"biology_height",
"biology_water",
"biology_moving_sun",
"biology_total_sun",
"biology_salt",
"biology_bush",
"biology_grass",
"biology_tree",
"biology_seaweed",
"biology_rockpool",
"biology_beach",
"biology_insect",
"biology_mouse",
"biology_parrot",
"biology_lizard",
"biology_eagle",
"biology_output",
"hungry",
"location_z",
/* 10 */
"test_z",
"is_visible",
"time",
"date",
/* 14 */
"current_being",
"number_beings",
"location_x",
"location_y",
"state", /* new ! */
"listen", /* new ! */
/* 18 */
"id_number",
"date_of_birth",
"weather",
"brain_value", /* special input/output */
/* actual variables start here */
/* 22 */
"vector_angle",
"facing",
"speed",
"energy",
"honor",
"parasites",
"height",
"first_name",
"family_name_one",
"family_name_two",
"goal_type",
"goal_x",
"goal_y",
"drive_hunger",
"drive_social",
"drive_fatigue",
"drive_sex",
"speak", /* new ! */
/* 26 */
"brain_x",
"brain_y",
"brain_z",
"select_being",
/* 30 */
"test_x",
"test_y",
"biology_operator",
"posture",
"preference_mate_height_male",
"preference_mate_height_female",
"preference_mate_pigment_male",
"preference_mate_pigment_female",
"preference_mate_hair_male",
"preference_mate_hair_female",
"preference_mate_frame_male",
"preference_mate_frame_female",
"preference_groom_male",
"preference_groom_female",
"preference_anecdote_event",
"preference_anecdote_affect",
"preference_chat",
"attention_actor_index",
"attention_episode_index",
"attention_body_index",
"shout_content",
"shout_heard",
"shout_counter",
"shout_volume",
"shout_family_first",
"shout_family_last",
"social_graph_location_x",
"social_graph_location_y",
"social_graph_time",
"social_graph_date",
"social_graph_century",
"social_graph_attraction",
"social_graph_fof",
"social_graph_familiarity",
"social_graph_first_name",
"social_graph_family_first",
"social_graph_family_last",
"memory_location_x",
"memory_location_y",
"memory_time",
"memory_date",
"memory_century",
"memory_first_name_zero",
"memory_family_first_zero",
"memory_family_last_zero",
"memory_first_name_one",
"memory_family_first_one",
"memory_family_last_one",
"memory_event",
"memory_affect",
"being"
};
n_byte * offbuffer = 0L;
/* Twice the minimum number of apes the Simulation will allow to run */
#define MIN_BEINGS 40
static noble_simulation sim;
static n_interpret *interpret = 0L;
/*NOBLEMAKE END=""*/
#ifdef BRAIN_HASH
n_byte brain_hash_out[12] = {0};
n_uint brain_hash_count;
#endif
#ifdef THREADED
static void sim_indicators(noble_simulation * sim);
static void sim_brain(noble_simulation * local_sim);
static void sim_brain_dialogue(noble_simulation * local_sim);
static void sim_being(noble_simulation * local_sim);
static void sim_time(noble_simulation * local_sim);
static n_int thread_on = 0;
static pthread_t land_thread;
static pthread_t brain_thread;
static pthread_t being_thread;
static n_int sim_done = 3;
static pthread_cond_t sim_cond;
static pthread_mutex_t quit_mtx;
static n_int thread_quit;
static pthread_mutex_t draw_mtx;
static pthread_cond_t draw_cond;
static n_int sim_draw_thread = 0;
void sim_draw_thread_on(void)
{
sim_draw_thread = 1;
}
void sim_draw_thread_start(void)
{
pthread_mutex_lock(&draw_mtx);
while(sim_done < 3)pthread_cond_wait(&draw_cond,&draw_mtx);
pthread_cond_broadcast(&sim_cond);
pthread_mutex_unlock(&draw_mtx);
}
void sim_draw_thread_end(void)
{
n_int local_quit;
pthread_mutex_lock(&quit_mtx);
local_quit = thread_quit;
pthread_mutex_unlock(&quit_mtx);
if(local_quit==1) pthread_exit(NULL);
}
static void * sim_thread_land(void * id)
{
n_int local_quit;
do
{
pthread_mutex_lock(&draw_mtx);
if(thread_on ==1 ) pthread_cond_wait(&sim_cond, &draw_mtx);
sim_done--;
pthread_mutex_unlock(&draw_mtx);
land_cycle(sim.land);
#ifdef WEATHER_ON
weather_cycle(sim.land, sim.weather);
#endif
pthread_mutex_lock(&draw_mtx);
sim_done++;
pthread_mutex_unlock(&draw_mtx);
pthread_mutex_lock(&quit_mtx);
local_quit = thread_quit;
pthread_mutex_unlock(&quit_mtx);
}
while (local_quit == 0);
pthread_exit(NULL);
}
static void * sim_thread_being(void * id)
{
n_int local_quit;
do
{
pthread_mutex_lock(&draw_mtx);
if(thread_on ==1 ) pthread_cond_wait(&sim_cond, &draw_mtx);
sim_done--;
pthread_mutex_unlock(&draw_mtx);
sim_being(&sim); /* 2 */
being_tidy(&sim);
being_remove(&sim); /* 6 */
sim_social(&sim);
sim_indicators(&sim);
sim_time(&sim);
pthread_mutex_lock(&draw_mtx);
sim_done++;
pthread_mutex_unlock(&draw_mtx);
pthread_mutex_lock(&quit_mtx);
local_quit = thread_quit;
pthread_mutex_unlock(&quit_mtx);
}
while (local_quit == 0);
pthread_exit(NULL);
}
static void * sim_thread_brain(void * id)
{
n_int local_quit;
do
{
pthread_mutex_lock(&draw_mtx);
if(thread_on ==1 ) pthread_cond_wait(&sim_cond, &draw_mtx);
sim_done--;
pthread_mutex_unlock(&draw_mtx);
sim_brain(&sim); /* 4 */
#ifdef BRAINCODE_ON
sim_brain_dialogue(&sim);
#endif
#ifdef BRAIN_HASH
sim_brain_hash(&sim)
#endif
pthread_mutex_lock(&draw_mtx);
sim_done++;
if(sim_done == 3)
{
pthread_cond_signal(&draw_cond);
}
pthread_mutex_unlock(&draw_mtx);
pthread_mutex_lock(&quit_mtx);
local_quit = thread_quit;
pthread_mutex_unlock(&quit_mtx);
}
while (local_quit == 0);
pthread_exit(NULL);
}
static void sim_thread_init(void)
{
pthread_mutex_init(&quit_mtx, NULL);
pthread_mutex_init(&draw_mtx, NULL);
pthread_cond_init(&draw_cond, NULL);
pthread_cond_init(&sim_cond, NULL);
pthread_create(&land_thread, NULL, sim_thread_land, NULL);
pthread_create(&being_thread, NULL, sim_thread_being, NULL);
pthread_create(&brain_thread, NULL, sim_thread_brain, NULL);
}
static void sim_thread_close(void)
{
pthread_mutex_lock(&quit_mtx);
thread_quit = 1;
pthread_mutex_unlock(&quit_mtx);
/* pthread_join(land_thread, NULL);
pthread_join(being_thread, NULL);
pthread_join(brain_thread, NULL);*/
}
#endif
#ifndef _WIN32
#include <pthread.h>
static n_int sim_quit_value = 0;
static pthread_t threads[2] = {0};
static n_byte threads_running[2] = {0};
n_int sim_thread_console_quit(void)
{
return sim_quit_value;
}
static void sim_console_clean_up(void)
{
n_int loop = 0;
if ((io_command_line_execution() == 0) || sim_quit_value)
{
return;
}
sim_quit_value = 1;
console_quit(0L,0L,0L);
while (console_executing()){}
while (loop < 2)
{
if (threads_running[loop] != 0)
{
pthread_cancel(threads[loop]);
}
loop++;
}
}
static void *sim_thread(void *threadid)
{
n_byte *local = (n_byte *)threadid;
if (io_console(sim_sim(), (noble_console_command *) control_commands, io_console_entry_clean, io_console_out) != 0)
{
sim_console_clean_up();
}
local[0] = 0;
pthread_exit(NULL);
}
void sim_thread_console(void)
{
if (io_command_line_execution() == 0)
{
return;
}
if ((threads_running[0] == 0)||(threads_running[1] == 0))
{
n_int loop = 0;
while (loop < 2)
{
if (threads_running[loop] == 0)
{
threads_running[loop] = 1;
pthread_create(&threads[loop], 0L, sim_thread, &threads_running[loop]);
return;
}
loop++;
}
}
}
#endif
noble_simulation * sim_sim(void)
{
return ∼
}
void sim_realtime(n_uint time)
{
sim.real_time = time;
}
n_int sim_interpret(n_byte * buff, n_uint len)
{
n_file local;
local . size = len;
local . location = 0;
local . data = buff;
interpret = parse_convert(&local, VARIABLE_BEING, (variable_string *)apescript_variable_codes);
if(interpret == 0L)
{
return -1;
}
else
{
SC_DEBUG_ON; /* turn on debugging after script loading */
}
interpret->sc_input = &sketch_input;
interpret->sc_output = &sketch_output;
interpret->input_greater = VARIABLE_WEATHER;
interpret->special_less = VARIABLE_VECT_X;
interpret->location = 0;
interpret->leave = 0;
interpret->localized_leave = 0;
return 0;
}
n_int file_interpret(n_file * input_file)
{
input_file->size = input_file->location;
input_file->location = 0;
interpret = parse_convert(input_file, VARIABLE_BEING, (variable_string *)apescript_variable_codes);
if(interpret == 0L)
{
return -1;
}
else
{
SC_DEBUG_ON; /* turn on debugging after script loading */
}
interpret->sc_input = &sketch_input;
interpret->sc_output = &sketch_output;
interpret->input_greater = VARIABLE_WEATHER;
interpret->special_less = VARIABLE_VECT_X;
interpret->location = 0;
interpret->leave = 0;
interpret->localized_leave = 0;
return 0;
}
static void sim_brain_no_return(noble_simulation * local_sim, noble_being * local_being)
{
n_byte2 local_brain_state[3];
if(being_awake_local(&sim, local_being) == 0)
{
local_brain_state[0] = GET_BS(local_being, 3);
local_brain_state[1] = GET_BS(local_being, 4);
local_brain_state[2] = GET_BS(local_being, 5);
}
else
{
local_brain_state[0] = GET_BS(local_being, 0);
local_brain_state[1] = GET_BS(local_being, 1);
local_brain_state[2] = GET_BS(local_being, 2);
}
if(braindisplay == 1)
{
local_brain_state[0] = 0;
local_brain_state[1] = 500;
local_brain_state[2] = (5*local_brain_state[2])>>3;
}
if(braindisplay == 2)
{
local_brain_state[0] = (9*local_brain_state[0])>>3;
local_brain_state[1] = 82;
local_brain_state[2] = 0;
}
if((local_brain_state[0] != 0) || (local_brain_state[1] != 1024) || (local_brain_state[2] != 0))
{
n_byte *local_brain = GET_B(local_sim, local_being);
if (local_brain != 0L)
{
brain_cycle(local_brain, local_brain_state);
}
}
}
static void sim_brain(noble_simulation * local_sim)
{
being_loop_no_return(local_sim, sim_brain_no_return);
}
#ifdef BRAINCODE_ON
static void sim_brain_dialogue_no_return(noble_simulation * local_sim, noble_being * local_being)
{
n_byte awake = 1;
n_byte *local_internal = GET_BRAINCODE_INTERNAL(local_sim,local_being);
n_byte *local_external = GET_BRAINCODE_EXTERNAL(local_sim,local_being);
if(being_awake_local(&sim, local_being) == 0)
{
awake=0;
}
/* This should be independent of the brainstate/cognitive simulation code */
brain_dialogue(local_sim, awake, local_being, local_being, local_internal, local_external, math_random(local_being->seed)%SOCIAL_SIZE);
brain_dialogue(local_sim, awake, local_being, local_being, local_external, local_internal, math_random(local_being->seed)%SOCIAL_SIZE);
}
static void sim_brain_dialogue(noble_simulation * local_sim)
{
being_loop_no_return(local_sim, sim_brain_dialogue_no_return);
}
#endif
#ifdef BRAIN_HASH
static void sim_brain_hash(noble_simulation * local_sim)
{
brain_hash_count++;
if((brain_hash_count & 63) == 0)
{
n_byte * hash_brain = GET_B(local_sim, &(sim.beings[sim.select]));
brain_hash_count = 0;
if ((sim.select != NO_BEINGS_FOUND) && (hash_brain != 0L))
{
brain_hash(hash_brain, brain_hash_out);
}
}
}
#endif
void sim_braindisplay(n_byte newval)
{
braindisplay = newval;
}
static void sim_being(noble_simulation * local_sim)
{
n_uint loop = 0;
local_sim->someone_speaking = 0;
while (loop < local_sim->num)
{
noble_being * local_being = &(local_sim->beings[loop]);
n_byte awake = (being_awake_local(local_sim, local_being) != 0);
being_cycle_universal(local_sim,local_being, awake);
if (awake)
{
if(interpret_cycle(interpret, -1, local_sim->beings, loop, &sim_start_conditions, &sim_end_conditions) == -1)
{
interpret_cleanup(interpret);
}
if(interpret == 0L)
{
being_cycle_awake(local_sim, loop);
}
}
loop++;
}
}
static void sim_time(noble_simulation * local_sim)
{
local_sim->count_cycles += local_sim->num;
if ((local_sim->real_time - local_sim->last_time) > 600)
{
local_sim->last_time = local_sim->real_time;
local_sim->delta_cycles = local_sim->count_cycles;
local_sim->count_cycles = 0;
}
}
static void sim_indicators(noble_simulation * sim)
{
noble_indicators * indicators;
n_uint b;
n_int i,n,diff;
n_uint current_date;
n_uint average_cohesion=0,average_amorousness=0,average_familiarity=0,average_energy=0;
n_uint social_links=0;
n_byte x,y;
social_link * local_social_graph;
n_uint mean_genome[8*CHROMOSOMES];
noble_being * local_being;
n_uint local_dob;
FILE * fp;
n_string_block filename;
n_uint drives[DRIVES];
n_uint family[2],sd;
n_uint positive_affect=0,negative_affect=0;
n_uint average_first_person=0;
n_uint average_intentions=0;
#ifdef IMMUNE_ON
n_uint average_antigens=0,average_antibodies=0;
noble_immune_system * immune;
#endif
#ifdef BRAINCODE_ON
n_uint mean_braincode[BRAINCODE_SIZE*2];
#endif
if (sim->land->time%INDICATORS_FREQUENCY!=0) return;
indicators = &(sim->indicators_base[sim->indicator_index]);
indicators->population = (n_byte2)(sim->num);
if (sim->num==0)
{
return;
}
current_date = TIME_IN_DAYS(sim->land->date);
for (i=0; i<8*8; i++)
{
indicators->population_density[i]=0;
}
for (n=0; n<8*CHROMOSOMES; n++)
{
mean_genome[n]=0;
}
for (n=0; n<DRIVES; n++)
{
drives[n]=0;
}
for (n=0; n<2; n++)
{
family[n]=0;
}
#ifdef BRAINCODE_ON
for (n=0; n<BRAINCODE_SIZE*2; n++)
{
mean_braincode[n]=0;
}
#endif
indicators->parasites=0;
indicators->average_antigens=0;
indicators->average_antibodies=0;
for (b=0; b<sim->num; b++)
{
local_being = &(sim->beings[b]);
local_dob = TIME_IN_DAYS(GET_D(local_being));
indicators->average_age_days += current_date - local_dob;
average_energy += (n_uint)GET_E(local_being);
#ifdef EPISODIC_ON
average_first_person += (n_uint)episodic_first_person_memories_percent(sim,local_being,0);
average_intentions += (n_uint)episodic_first_person_memories_percent(sim,local_being,1);
#endif
#ifdef PARASITES_ON
indicators->parasites += local_being->parasites;
#endif
/* family */
family[0]+=GET_FAMILY_FIRST_NAME(sim,local_being);
family[1]+=GET_FAMILY_SECOND_NAME(sim,local_being);
/* drives */
for (i=0; i<DRIVES; i++)
{
drives[i] += local_being->drives[i];
}
/* population density */
x = (n_byte)(APESPACE_TO_MAPSPACE(local_being->x) * 8 / MAP_DIMENSION);
y = (n_byte)(APESPACE_TO_MAPSPACE(local_being->y) * 8 / MAP_DIMENSION);
indicators->population_density[y*8+x]++;
/* affect */
positive_affect += being_affect(sim,local_being,1);
negative_affect += being_affect(sim,local_being,0);
/* social graph indicators */
local_social_graph = GET_SOC(sim, local_being);
for (i=0; i<SOCIAL_SIZE; i++)
{
if (!SOCIAL_GRAPH_ENTRY_EMPTY(local_social_graph,i))
{
social_links++;
average_cohesion += (n_uint)(local_social_graph[i].friend_foe);
average_familiarity += (n_uint)(local_social_graph[i].familiarity);
average_amorousness += (n_uint)(local_social_graph[i].attraction);
}
}
/* average genome */
for (n=0; n<8*CHROMOSOMES; n++)
{
mean_genome[n] += GET_NUCLEOTIDE(GET_G(local_being),n);
}
#ifdef BRAINCODE_ON
/* average braincode */
for (n=0; n<BRAINCODE_SIZE; n++)
{
mean_braincode[n] += (n_uint)GET_BRAINCODE_INTERNAL(sim,local_being)[n];
mean_braincode[n+BRAINCODE_SIZE] += (n_uint)GET_BRAINCODE_EXTERNAL(sim,local_being)[n];
}
#endif
#ifdef IMMUNE_ON
/* immune system */
immune = &(local_being->immune_system);
for (n=0; n<IMMUNE_ANTIGENS; n++)
{
average_antigens += (n_uint)immune->antigens[n];
}
for (n=0; n<IMMUNE_POPULATION; n++)
{
average_antibodies += (n_uint)immune->antibodies[n];
}
#endif
}
indicators->average_brainprobe_activity = indicators->average_brainprobe_activity/(n_uint)sim->num;
indicators->average_parasite_mobility = (n_byte2)((n_uint)indicators->average_parasite_mobility*100/sim->num);
indicators->average_grooming = (n_byte2)((n_uint)indicators->average_grooming*100/sim->num);
indicators->average_shouts = (n_byte2)(((n_uint)(indicators->average_shouts)*100)/sim->num);
indicators->average_listens = (n_byte2)(((n_uint)(indicators->average_shouts)*100)/sim->num);
indicators->average_chat = (n_byte2)((indicators->average_chat * 100) / sim->num);
indicators->average_age_days /= sim->num;
indicators->average_energy_input /= sim->num;
indicators->average_energy_output /= sim->num;
indicators->average_mobility /= (n_byte2)sim->num;
indicators->average_social_links = (n_byte2)((social_links*100) / sim->num);
indicators->average_positive_affect = (n_uint)((positive_affect*100) / sim->num);
indicators->average_negative_affect = (n_uint)((negative_affect*100) / sim->num);
indicators->average_energy = (n_byte2)(average_energy / sim->num);
indicators->average_first_person = (n_byte2)(average_first_person * 10 / sim->num);
indicators->average_intentions = (n_byte2)(average_intentions * 10 / sim->num);
#ifdef BRAINCODE_ON
braincode_statistics(sim);
#endif
if (social_links>0)
{
indicators->average_cohesion = (n_byte2)((average_cohesion*100) / social_links);
indicators->average_familiarity = (n_byte)(average_familiarity / social_links);
indicators->average_amorousness = (n_byte)(average_amorousness / social_links);
}
else
{
indicators->average_cohesion = SOCIAL_RESPECT_NORMAL*100;
indicators->average_familiarity=0;
indicators->average_amorousness=0;
}
/* family name variance */
for (i=0; i<2; i++)
{
family[i]/=sim->num;
}
sd = 0;
for (b=0; b<sim->num; b++)
{
local_being = &(sim->beings[b]);
diff = (n_int)ABS(GET_FAMILY_FIRST_NAME(sim,local_being) - (n_int)family[0]);
sd += (n_uint)diff;
diff = (n_int)ABS(GET_FAMILY_SECOND_NAME(sim,local_being) - (n_int)family[1]);
sd += (n_uint)diff;
}
indicators->family_name_sd = (n_byte2)((sd*100) / sim->num);
/* drives */
for (i=0; i<DRIVES; i++)
{
indicators->drives[i] = (n_byte2)((drives[i]*100) / sim->num);
}
/* genetics variance */
sd=0;
for (n=0; n<8*CHROMOSOMES; n++)
{
mean_genome[n] /= sim->num;
}
for (b=0; b<sim->num; b++)
{
local_being = &(sim->beings[b]);
for (n=0; n<8*CHROMOSOMES; n++)
{
diff = (n_int)ABS(GET_NUCLEOTIDE(GET_G(local_being),n) - (n_int)mean_genome[n]);
sd += (n_uint)diff;
}
}
indicators->genetics_sd = (n_byte2)((sd*100)/sim->num);
sd = 0;
#ifdef BRAINCODE_ON
/* ideology variance */
for (n=0; n<BRAINCODE_SIZE; n++)
{
mean_braincode[n] /= (n_uint)sim->num;
mean_braincode[n+BRAINCODE_SIZE] /= (n_uint)sim->num;
}
for (b=0; b<sim->num; b++)
{
local_being = &(sim->beings[b]);
for (n=0; n<BRAINCODE_SIZE; n++)
{
diff = ABS((n_int)(GET_BRAINCODE_INTERNAL(sim,local_being)[n]) - (n_int)mean_braincode[n]);
sd += (n_uint)diff;
diff = ABS((n_int)(GET_BRAINCODE_EXTERNAL(sim,local_being)[n]) - (n_int)mean_braincode[n+BRAINCODE_SIZE]);
sd += (n_uint)diff;
}
}
indicators->ideology_sd = (n_byte2)(sd/sim->num);
#endif
#ifdef IMMUNE_ON
indicators->average_antibodies = (n_byte2)(average_antibodies/sim->num);
indicators->average_antigens = (n_byte2)(average_antigens/sim->num);
#endif
if (sim->indicators_logging!=0)
{
sprintf((char*)filename,"indicators%u.csv",(unsigned int)sim->indicators_logging);
fp = fopen(filename,"r");
if (fp==NULL)
{
fp = fopen(filename,"w");
if (fp!=NULL)
{
fprintf(fp,"%s","Population,Drownings,Parasites,Average Parasite Mobility (x100),Average Chat (x100),Average Age (days),Average Mobility,Average Energy,Average Energy Input,Average Energy Output,Average Amorousness,Average Cohesion (x100),Average Familiarity,Average Social Links (x100),Average Positive Affect (x100),Average Negative Affect (x100),Average Antigens,Average Antibodies,Ideological Variation,Genetic Variation,Family Name Variation,");
fprintf(fp,"%s","Average Shouts,Average Listens,Average Grooming (x100),Average Brainprobe Activity (x100),Average Hunger,Average Social Drive,Average Fatigue,Average Sex Drive,Food (Vegetable),Food (Fruit),Food (Shellfish),Food (Seaweed),Average First Person Percent,Average Intentions Percent,Average Braincode Sensors,Average Braincode Actuators,Average Braincode Operators,Average Braincode Conditionals,Average Braincode Data\n");
}
}
else
{
fclose(fp);
fp =fopen(filename,"a");
}
if (fp!=NULL)
{
fprintf(fp,"%u,%u,%u,%u,%u,%u,%u,%u,%u,%u,%u,%u,%u,%u,%u,%u,%u,%u,%u,%u,%u,%u,%u,%u,%u,%u,%u,%u,%u,%u,%u,%u,%u,%u,%u,%u,%u,%u,%u,%u\n",
(unsigned int)indicators->population,
(unsigned int)indicators->drownings,
(unsigned int)indicators->parasites,
(unsigned int)indicators->average_parasite_mobility,
(unsigned int)indicators->average_chat,
(unsigned int)indicators->average_age_days,
(unsigned int)indicators->average_mobility,
(unsigned int)indicators->average_energy,
(unsigned int)indicators->average_energy_input,
(unsigned int)indicators->average_energy_output,
(unsigned int)indicators->average_amorousness,
(unsigned int)indicators->average_cohesion,
(unsigned int)indicators->average_familiarity,
(unsigned int)indicators->average_social_links,
(unsigned int)indicators->average_positive_affect,
(unsigned int)indicators->average_negative_affect,
(unsigned int)indicators->average_antigens,
(unsigned int)indicators->average_antibodies,
(unsigned int)indicators->ideology_sd,
(unsigned int)indicators->genetics_sd,
(unsigned int)indicators->family_name_sd,
(unsigned int)indicators->average_shouts,
(unsigned int)indicators->average_listens,
(unsigned int)indicators->average_grooming,
(unsigned int)indicators->average_brainprobe_activity,
(unsigned int)indicators->drives[DRIVE_HUNGER],
(unsigned int)indicators->drives[DRIVE_SOCIAL],
(unsigned int)indicators->drives[DRIVE_FATIGUE],
(unsigned int)indicators->drives[DRIVE_SEX],
(unsigned int)indicators->food[FOOD_VEGETABLE],
(unsigned int)indicators->food[FOOD_FRUIT],
(unsigned int)indicators->food[FOOD_SHELLFISH],
(unsigned int)indicators->food[FOOD_SEAWEED],
(unsigned int)indicators->average_first_person,
(unsigned int)indicators->average_intentions,
(unsigned int)indicators->average_sensors,
(unsigned int)indicators->average_actuators,
(unsigned int)indicators->average_operators,
(unsigned int)indicators->average_conditionals,
(unsigned int)indicators->average_data);
fclose(fp);
}
}
/* increment index within the buffer */
sim->indicator_index++;
if (sim->indicator_index>=INDICATORS_BUFFER_SIZE)
{