/**
* Responds to a commitment to vaccinate event by recording the herd's status
* as "waiting".
*
* @param self the model.
* @param event a commitment to vaccinate event.
*/
void
handle_commitment_to_vaccinate_event (struct ergadm_model_t_ *self,
EVT_commitment_to_vaccinate_event_t * event)
{
local_data_t *local_data;
HRD_herd_t *herd;
unsigned int nherds, nanimals;
#if DEBUG
g_log (G_LOG_DOMAIN, G_LOG_LEVEL_DEBUG,
"----- ENTER handle_commitment_to_vaccinate_event (%s)", MODEL_NAME);
#endif
local_data = (local_data_t *) (self->model_data);
herd = event->herd;
if (local_data->status[herd->index] == NOT_ON_WAITING_LIST)
{
local_data->status[herd->index] = event->day;
/* Increment the count of herds awaiting vaccination. */
RPT_reporting_add_integer (local_data->nherds_awaiting_vaccination, 1, NULL);
if (local_data->nherds_awaiting_vaccination_by_prodtype->frequency != RPT_never)
RPT_reporting_add_integer1 (local_data->nherds_awaiting_vaccination_by_prodtype, 1,
herd->production_type_name);
nherds = RPT_reporting_get_integer (local_data->nherds_awaiting_vaccination, NULL);
if (nherds > local_data->peak_nherds)
{
local_data->peak_nherds = nherds;
RPT_reporting_set_integer (local_data->peak_nherds_awaiting_vaccination, nherds, NULL);
}
/* Increment the count of animals awaiting vaccination. */
RPT_reporting_add_integer (local_data->nanimals_awaiting_vaccination, herd->size, NULL);
if (local_data->nanimals_awaiting_vaccination_by_prodtype->frequency != RPT_never)
RPT_reporting_add_integer1 (local_data->nanimals_awaiting_vaccination_by_prodtype,
herd->size, herd->production_type_name);
nanimals = RPT_reporting_get_integer (local_data->nanimals_awaiting_vaccination, NULL);
if (nanimals > local_data->peak_nanimals)
{
local_data->peak_nanimals = nanimals;
RPT_reporting_set_integer (local_data->peak_nanimals_awaiting_vaccination, nanimals,
NULL);
}
}
#if DEBUG
g_log (G_LOG_DOMAIN, G_LOG_LEVEL_DEBUG,
"----- EXIT handle_commitment_to_vaccinate_event (%s)", MODEL_NAME);
#endif
}
/**
* Records the day of the first detection.
*
* @param self the model.
* @param event a detection event.
*/
void
handle_detection_event (struct ergadm_model_t_ *self, EVT_detection_event_t * event)
{
local_data_t *local_data;
HRD_herd_t *herd;
char *peek;
gboolean first;
HRD_update_t update;
#if DEBUG
g_log (G_LOG_DOMAIN, G_LOG_LEVEL_DEBUG, "----- ENTER handle_detection_event (%s)", MODEL_NAME);
#endif
local_data = (local_data_t *) (self->model_data);
herd = event->herd;
peek = RPT_reporting_get_text (local_data->detections, NULL);
first = (peek == NULL) || (strlen (peek) == 0);
g_string_printf (local_data->target, first ? "%u" : ",%u", herd->index);
RPT_reporting_append_text (local_data->detections, local_data->target->str, NULL);
if (NULL != guilib_detect_herd)
{
update.index = herd->index;
update.success = 2; /* Unused */
guilib_detect_herd (update);
}
/*
#if ARDEBUG
printf( "Successful detection: herd index %d\n", herd->index );
#endif
*/
if (local_data->first_detection)
{
RPT_reporting_set_integer (local_data->day_1st_detection, event->day, NULL);
local_data->first_detection = FALSE;
}
RPT_reporting_add_integer (local_data->nherds_detected, 1, NULL);
RPT_reporting_add_integer1 (local_data->nherds_detected_by_prodtype, 1,
herd->production_type_name);
RPT_reporting_add_integer (local_data->cumul_nherds_detected, 1, NULL);
RPT_reporting_add_integer1 (local_data->cumul_nherds_detected_by_prodtype, 1,
herd->production_type_name);
#if DEBUG
g_log (G_LOG_DOMAIN, G_LOG_LEVEL_DEBUG, "----- EXIT handle_detection_event (%s)", MODEL_NAME);
#endif
}
/**
* Responds to a new day event by updating the reporting variables.
*
* @param self the model.
* @param herds a list of herds.
* @param zones a list of zones.
* @param event a new day event.
*/
void
handle_new_day_event (struct ergadm_model_t_ *self, HRD_herd_list_t * herds,
ZON_zone_list_t * zones, EVT_new_day_event_t * event)
{
local_data_t *local_data;
gboolean shape_due, area_due, num_areas_due, num_units_due;
int i;
ZON_zone_t *zone, *next_smaller_zone;
GString *s;
double area;
unsigned int nherds;
HRD_herd_t *herd;
char *drill_down_list[3] = { NULL, NULL, NULL };
#if DEBUG
g_log (G_LOG_DOMAIN, G_LOG_LEVEL_DEBUG, "----- ENTER handle_new_day_event (%s)", MODEL_NAME);
#endif
local_data = (local_data_t *) (self->model_data);
shape_due = RPT_reporting_due (local_data->shape, event->day);
area_due = RPT_reporting_due (local_data->area, event->day);
num_areas_due = RPT_reporting_due (local_data->num_separate_areas, event->day);
num_units_due = RPT_reporting_due (local_data->num_units, event->day);
for (i = 0; i < local_data->nzones; i++)
{
zone = ZON_zone_list_get (zones, i);
if (shape_due)
{
s = polygon_to_wkt (zone->poly);
RPT_reporting_set_text1 (local_data->shape, s->str, zone->name);
/* The string was copied so it can be freed. */
g_string_free (s, TRUE);
}
if (area_due)
{
area = ZON_update_area (zone);
RPT_reporting_set_real1 (local_data->area, area, zone->name);
}
if (num_areas_due)
RPT_reporting_set_integer1 (local_data->num_separate_areas,
zone->poly->num_contours, zone->name);
}
/* In the loop above, the area of each zone polygon was computed. But since
* zones are nested inside of each other, that's not exactly what we want:
* we want the area displayed for an "outer" zone to exclude the area of the
* smaller "inner" zones. So we do that computation here. */
if (area_due)
{
/* Start with the next-to-last zone, because the last one is the
* "background" zone. */
for (i = local_data->nzones - 2; i > 0; i--)
{
zone = ZON_zone_list_get (zones, i);
next_smaller_zone = ZON_zone_list_get (zones, i - 1);
zone->area -= next_smaller_zone->area;
RPT_reporting_set_real1 (local_data->area, zone->area, zone->name);
if (NULL != guilib_record_zone_area)
guilib_record_zone_area (zone->level, zone->area);
}
/* Don't forget to report the smallest zone to the GUI! */
if (NULL != guilib_record_zone_area)
{
zone = ZON_zone_list_get (zones, 0);
guilib_record_zone_area (zone->level, zone->area);
}
}
if (local_data->num_animal_days_by_prodtype->frequency != RPT_never || num_units_due)
{
nherds = zones->membership_length;
for (i = 0; i < local_data->nzones; i++)
{
zone = ZON_zone_list_get (zones, i);
RPT_reporting_set_integer1 (local_data->num_units, 0, zone->name);
}
for (i = 0; i < nherds; i++)
{
zone = zones->membership[i]->parent;
RPT_reporting_add_integer1 (local_data->num_units, 1, zone->name);
herd = HRD_herd_list_get (herds, i);
if (herd->status != Destroyed)
{
drill_down_list[0] = herd->production_type_name;
drill_down_list[1] = zone->name;
RPT_reporting_add_integer (local_data->num_animal_days_by_prodtype, herd->size,
drill_down_list);
}
}
}
#if DEBUG
g_log (G_LOG_DOMAIN, G_LOG_LEVEL_DEBUG, "----- EXIT handle_new_day_event (%s)", MODEL_NAME);
#endif
}
/**
* Responds to a last day event by computing output variables that are only
* needed on the last day.
*
* @param self the model.
* @param zones a list of zones.
* @param event a last day event.
*/
void
handle_last_day_event (struct ergadm_model_t_ *self, ZON_zone_list_t * zones,
EVT_new_day_event_t * event)
{
local_data_t *local_data;
gboolean skip_shape, skip_area, skip_num_areas, skip_num_units;
int i;
ZON_zone_t *zone, *next_smaller_zone;
GString *s;
double area;
#if DEBUG
g_log (G_LOG_DOMAIN, G_LOG_LEVEL_DEBUG, "----- ENTER handle_last_day_event (%s)", MODEL_NAME);
#endif
local_data = (local_data_t *) (self->model_data);
/* Some of the output variables are computationally intensive. If they're
* reported "never", or if they were already computed today by
* handle_new_day_event, don't bother to compute them. */
skip_shape = local_data->shape->frequency == RPT_never
|| RPT_reporting_due (local_data->shape, event->day);
skip_area = local_data->area->frequency == RPT_never
|| RPT_reporting_due (local_data->area, event->day);
skip_num_areas = local_data->num_separate_areas->frequency == RPT_never
|| RPT_reporting_due (local_data->num_separate_areas, event->day);
skip_num_units = local_data->num_units->frequency == RPT_never
|| RPT_reporting_due (local_data->num_units, event->day);
/* We don't have to worry about num_animal_days_by_prodtype because, unless
* it's set to be reported "never", it will be updated every day by
* handle_new_day_event. */
for (i = 0; i < local_data->nzones; i++)
{
zone = ZON_zone_list_get (zones, i);
if (!skip_shape)
{
s = polygon_to_wkt (zone->poly);
RPT_reporting_set_text1 (local_data->shape, s->str, zone->name);
/* The string was copied so it can be freed. */
g_string_free (s, TRUE);
}
if (!skip_area)
{
area = ZON_update_area (zone);
RPT_reporting_set_real1 (local_data->area, area, zone->name);
}
if (!skip_num_areas)
RPT_reporting_set_integer1 (local_data->num_separate_areas,
zone->poly->num_contours, zone->name);
}
if (!skip_area)
{
/* Start with the next-to-last zone, because the last one is the
* "background" zone. */
for (i = local_data->nzones - 2; i > 0; i--)
{
zone = ZON_zone_list_get (zones, i);
next_smaller_zone = ZON_zone_list_get (zones, i - 1);
zone->area -= next_smaller_zone->area;
RPT_reporting_set_real1 (local_data->area, zone->area, zone->name);
}
}
if (!skip_num_units)
{
for (i = 0; i < local_data->nzones; i++)
{
zone = ZON_zone_list_get (zones, i);
RPT_reporting_set_integer1 (local_data->num_units, 0, zone->name);
}
for (i = 0; i < zones->membership_length; i++)
{
zone = zones->membership[i]->parent;
RPT_reporting_add_integer1 (local_data->num_units, 1, zone->name);
}
}
#if DEBUG
g_log (G_LOG_DOMAIN, G_LOG_LEVEL_DEBUG, "----- EXIT handle_last_day_event (%s)", MODEL_NAME);
#endif
}
/**
* Responds to an exposure event by recording it.
*
* @param self the model.
* @param event an exposure event.
*/
void
handle_exposure_event (struct naadsm_model_t_ *self, EVT_exposure_event_t * event)
{
local_data_t *local_data;
HRD_herd_t *exposing_herd, *exposed_herd;
const char *cause;
char *peek;
gboolean first_of_cause;
const char *drill_down_list[3] = { NULL, NULL, NULL };
HRD_expose_t update;
#if DEBUG
g_debug ("----- ENTER handle_exposure_event (%s)", MODEL_NAME);
#endif
local_data = (local_data_t *) (self->model_data);
exposing_herd = event->exposing_herd;
exposed_herd = event->exposed_herd;
/* Update the text string that lists exposed herd indices. */
cause = NAADSM_contact_type_abbrev[event->contact_type];
peek = RPT_reporting_get_text1 (local_data->exposures, cause);
first_of_cause = (peek == NULL) || (strlen (peek) == 0);
g_string_printf (local_data->source_and_target,
first_of_cause ? "%u->%u" : ",%u->%u",
event->exposing_herd->index, event->exposed_herd->index);
RPT_reporting_append_text1 (local_data->exposures, local_data->source_and_target->str,
cause);
update.src_index = exposing_herd->index;
update.src_status = (NAADSM_disease_state) exposing_herd->status;
update.dest_index = exposed_herd->index;
update.dest_status = (NAADSM_disease_state) exposed_herd->status;
update.initiated_day = (int) event->initiated_day;
update.finalized_day = (int) event->initiated_day + event->delay;
if( TRUE == event->adequate )
update.is_adequate = NAADSM_SuccessTrue;
else
update.is_adequate = NAADSM_SuccessFalse;
switch (event->contact_type)
{
case NAADSM_DirectContact:
case NAADSM_IndirectContact:
case NAADSM_AirborneSpread:
update.exposure_method = event->contact_type;
break;
default:
/* If this condition occurs, someone forgot something. */
g_error( "An unrecognized exposure mechanism (%s) occurred in handle_exposure_event", cause );
update.exposure_method = 0;
}
#ifdef USE_SC_GUILIB
sc_expose_herd( exposed_herd, update );
#else
if (NULL != naadsm_expose_herd)
{
naadsm_expose_herd (update);
}
#endif
#if UNDEFINED
printf ("Herd at index %d exposed by method %s\n", event->exposed_herd->index, cause);
#endif
/* Update the counts of exposures. */
RPT_reporting_add_integer (local_data->num_units_exposed, 1, NULL);
RPT_reporting_add_integer1 (local_data->num_units_exposed_by_cause, 1, cause);
RPT_reporting_add_integer1 (local_data->num_units_exposed_by_prodtype, 1, exposed_herd->production_type_name);
RPT_reporting_add_integer (local_data->num_animals_exposed, exposed_herd->size, NULL);
RPT_reporting_add_integer1 (local_data->num_animals_exposed_by_cause, exposed_herd->size, cause);
RPT_reporting_add_integer1 (local_data->num_animals_exposed_by_prodtype, exposed_herd->size, exposed_herd->production_type_name);
RPT_reporting_add_integer (local_data->cumul_num_units_exposed, 1, NULL);
RPT_reporting_add_integer1 (local_data->cumul_num_units_exposed_by_cause, 1, cause);
RPT_reporting_add_integer1 (local_data->cumul_num_units_exposed_by_prodtype, 1, exposed_herd->production_type_name);
RPT_reporting_add_integer (local_data->cumul_num_animals_exposed, exposed_herd->size, NULL);
RPT_reporting_add_integer1 (local_data->cumul_num_animals_exposed_by_cause, exposed_herd->size,
cause);
RPT_reporting_add_integer1 (local_data->cumul_num_animals_exposed_by_prodtype, exposed_herd->size,
exposed_herd->production_type_name);
drill_down_list[0] = cause;
drill_down_list[1] = exposed_herd->production_type_name;
if (local_data->num_units_exposed_by_cause_and_prodtype->frequency != RPT_never)
RPT_reporting_add_integer (local_data->num_units_exposed_by_cause_and_prodtype, 1, drill_down_list);
if (local_data->num_animals_exposed_by_cause_and_prodtype->frequency != RPT_never)
RPT_reporting_add_integer (local_data->num_animals_exposed_by_cause_and_prodtype, exposed_herd->size,
drill_down_list);
if (local_data->cumul_num_units_exposed_by_cause_and_prodtype->frequency != RPT_never)
RPT_reporting_add_integer (local_data->cumul_num_units_exposed_by_cause_and_prodtype, 1, drill_down_list);
if (local_data->cumul_num_animals_exposed_by_cause_and_prodtype->frequency != RPT_never)
RPT_reporting_add_integer (local_data->cumul_num_animals_exposed_by_cause_and_prodtype,
exposed_herd->size, drill_down_list);
if (event->adequate)
{
RPT_reporting_add_integer (local_data->num_adequate_exposures, 1, NULL);
RPT_reporting_add_integer (local_data->cumul_num_adequate_exposures, 1, NULL);
}
#if DEBUG
g_debug ("----- EXIT handle_exposure_event (%s)", MODEL_NAME);
#endif
}