Generator(const vd::DynamicsInit& init, const vd::InitEventList& events)
: vd::Dynamics(init, events)
{
vg::ConnectionList my_list;
// m_duration = vv::toDouble(events.get("duration"));
m_duration = 0.1;
if (events.end() != events.find("source_init_level")) {
m_val = vv::toDouble(events.get("source_init_level"));
} else {
m_val = 1;
Trace(6,
"Warning : Model %s got no init"
" output level (source_init_level) : assuming 1\n",
getModelName().c_str());
}
if (events.end() != events.find("source_trend")) {
m_trend = vv::toDouble(events.get("source_trend"));
if (events.end() != events.find("source_quantum")) {
m_quantum = vv::toDouble(events.get("source_quantum"));
} else {
m_quantum = 0.01;
Trace(6,
"Warning : Model %s got no output"
" quantum (source_quantum) : assuming 0.01\n",
getModelName().c_str());
}
} else {
m_trend = 0;
Trace(6,
"%s got no output trend (source_trend)"
" : assuming 0\n",
getModelName().c_str());
// no trend => quantum is useless but..
m_quantum = 0.01;
}
if (0 == m_quantum) {
throw vu::ModellingError("Model %s has null output quantum.",
getModelName().c_str());
}
m_has_output_port = false;
my_list = getModel().getOutputPortList();
if (my_list.size() > 0) {
m_output_port_label = (my_list.begin())->first;
m_has_output_port = true;
}
if (my_list.size() > 1) {
Trace(6,
"Warning: multiple output ports."
" Will use only port %s\n",
m_output_port_label.c_str());
}
}
AdaptativeQuantifier(const vd::DynamicsInit &init,
const vd::InitEventList &events)
: vd::Dynamics(init, events)
{
const auto& my_list = getModel().getOutputPortList();
if (not my_list.empty()) {
m_output_port_label = (my_list.begin())->first;
m_has_output_port = true;
}
if (my_list.size() > 1)
Trace(context(), 6, "Warning: multiple output ports."
" Will use only port %s\n", m_output_port_label.c_str());
m_adaptative = true;
if (events.end() != events.find("allow_offsets")) {
m_adaptative = vv::toBoolean(events.get("allow_offsets"));
}
if (m_adaptative) {
m_adapt_state = POSSIBLE;
} else {
m_adapt_state = IMPOSSIBLE;
}
m_zero_init_offset = false;
if (events.end() != events.find("zero_init_offset")) {
m_zero_init_offset = vv::toBoolean(events.get("zero_init_offset"));
}
if (events.end() != events.find("quantum")) {
m_step_size = vv::toDouble(events.get("quantum"));
} else {
Trace(context(), 6, "Warning : no quantum value provided for"
" Quantifier %s. Using default value (0.1)\n",
getModelName().c_str());
m_step_size = 0.1;
}
if (0 >= m_step_size)
throw vu::ModellingError("Bad quantum value (provided value : %f, "
"should be strictly positive)",
m_step_size);
if (events.end() != events.find("archive_length")) {
m_past_length = vv::toInteger(events.get("archive_length"));
} else {
m_past_length = 3;
}
if (2 >= m_past_length) {
throw vu::ModellingError("Bad archive length value ( provided value"
": %u, should at least 3)", m_past_length);
}
}
