m->outputs = g_ptr_array_sized_new (6);
m->model_data = local_data;
m->run = run;
m->reset = reset;
m->is_listening_for = is_listening_for;
m->has_pending_actions = has_pending_actions;
m->has_pending_infections = has_pending_infections;
m->to_string = to_string;
m->printf = local_printf;
m->fprintf = local_fprintf;
m->free = local_free;
/* Make sure the right XML subtree was sent. */
g_assert (strcmp (scew_element_name (params), MODEL_NAME) == 0);
local_data->detections = RPT_new_reporting ("detections", NULL, RPT_text, RPT_never, FALSE);
local_data->day_1st_detection =
RPT_new_reporting ("time-to-first-detection", NULL, RPT_integer, RPT_never, TRUE);
local_data->nherds_detected =
RPT_new_reporting ("num-units-detected", NULL, RPT_integer, RPT_never, FALSE);
local_data->nherds_detected_by_prodtype =
RPT_new_reporting ("num-units-detected-by-production-type", NULL, RPT_group, RPT_never, FALSE);
local_data->cumul_nherds_detected =
RPT_new_reporting ("cumulative-num-units-detected", NULL, RPT_integer, RPT_never, TRUE);
local_data->cumul_nherds_detected_by_prodtype =
RPT_new_reporting ("cumulative-num-units-detected-by-production-type", NULL, RPT_group,
RPT_never, TRUE);
g_ptr_array_add (m->outputs, local_data->detections);
g_ptr_array_add (m->outputs, local_data->day_1st_detection);
g_ptr_array_add (m->outputs, local_data->nherds_detected);
g_ptr_array_add (m->outputs, local_data->nherds_detected_by_prodtype);
self->outputs = g_ptr_array_sized_new (5);
self->model_data = local_data;
self->run = run;
self->reset = reset;
self->is_listening_for = is_listening_for;
self->has_pending_actions = has_pending_actions;
self->has_pending_infections = has_pending_infections;
self->to_string = to_string;
self->printf = local_printf;
self->fprintf = local_fprintf;
self->free = local_free;
/* Make sure the right XML subtree was sent. */
g_assert (strcmp (scew_element_name (params), MODEL_NAME) == 0);
local_data->shape = RPT_new_reporting ("zone-shape", NULL, RPT_group, RPT_never, TRUE);
local_data->area = RPT_new_reporting ("zone-area", NULL, RPT_group, RPT_never, TRUE);
local_data->num_separate_areas =
RPT_new_reporting ("num-separate-areas", NULL, RPT_group, RPT_never, TRUE);
local_data->num_units = RPT_new_reporting ("num-units-in-zone", NULL, RPT_group, RPT_never, TRUE);
local_data->num_animal_days_by_prodtype =
RPT_new_reporting ("num-animal-days-in-zone-by-production-type", NULL, RPT_group, RPT_never,
TRUE);
g_ptr_array_add (self->outputs, local_data->shape);
g_ptr_array_add (self->outputs, local_data->area);
g_ptr_array_add (self->outputs, local_data->num_separate_areas);
g_ptr_array_add (self->outputs, local_data->num_units);
g_ptr_array_add (self->outputs, local_data->num_animal_days_by_prodtype);
/* Set the reporting frequency for the output variables. */
ee = scew_element_list (params, "output", &noutputs);
m->model_data = local_data;
m->run = run;
m->reset = reset;
m->is_listening_for = is_listening_for;
m->has_pending_actions = has_pending_actions;
m->has_pending_infections = has_pending_infections;
m->to_string = to_string;
m->printf = local_printf;
m->fprintf = local_fprintf;
m->free = local_free;
/* Make sure the right XML subtree was sent. */
g_assert (strcmp (scew_element_name (params), MODEL_NAME) == 0);
local_data->nherds_awaiting_vaccination =
RPT_new_reporting ("num-units-awaiting-vaccination", NULL, RPT_integer, RPT_never, TRUE);
local_data->nherds_awaiting_vaccination_by_prodtype =
RPT_new_reporting ("num-units-awaiting-vaccination-by-production-type", NULL, RPT_group,
RPT_never, TRUE);
local_data->nanimals_awaiting_vaccination =
RPT_new_reporting ("num-animals-awaiting-vaccination", NULL, RPT_integer, RPT_never, TRUE);
local_data->nanimals_awaiting_vaccination_by_prodtype =
RPT_new_reporting ("num-animals-awaiting-vaccination-by-production-type", NULL, RPT_group,
RPT_never, TRUE);
local_data->peak_nherds_awaiting_vaccination =
RPT_new_reporting ("peak-num-units-awaiting-vaccination", NULL, RPT_integer, RPT_never, TRUE);
local_data->peak_nanimals_awaiting_vaccination =
RPT_new_reporting ("peak-num-animals-awaiting-vaccination", NULL, RPT_integer, RPT_never, TRUE);
/* The name of these variables changed from "peak-wait-time" and "average-
* wait-time" to "peak-vaccination-wait-time" and "average-vaccination-wait-
* time", so that they're distinguishable from the similarly-named outputs in
m->outputs = g_ptr_array_new ();
m->model_data = local_data;
m->run = run;
m->reset = reset;
m->is_listening_for = is_listening_for;
m->has_pending_actions = has_pending_actions;
m->has_pending_infections = has_pending_infections;
m->to_string = to_string;
m->printf = local_printf;
m->fprintf = local_fprintf;
m->free = local_free;
/* Make sure the right XML subtree was sent. */
g_assert (strcmp (scew_element_name (params), MODEL_NAME) == 0);
local_data->exposures = RPT_new_reporting ("exposures", RPT_group, RPT_never);
local_data->num_units_exposed =
RPT_new_reporting ("expnUAll", RPT_integer, RPT_never);
local_data->num_units_exposed_by_cause =
RPT_new_reporting ("expnU", RPT_group, RPT_never);
local_data->num_units_exposed_by_prodtype =
RPT_new_reporting ("expnU", RPT_group, RPT_never);
local_data->num_units_exposed_by_cause_and_prodtype =
RPT_new_reporting ("expnU", RPT_group, RPT_never);
local_data->cumul_num_units_exposed =
RPT_new_reporting ("expcUAll", RPT_integer, RPT_never);
local_data->cumul_num_units_exposed_by_cause =
RPT_new_reporting ("expcU", RPT_group, RPT_never);
local_data->cumul_num_units_exposed_by_prodtype =
RPT_new_reporting ("expcU", RPT_group, RPT_never);
local_data->cumul_num_units_exposed_by_cause_and_prodtype =
