/// <summary>Checks a date of disability onset.</summary>
///
/// <exception cref="PiaException"><see cref="PiaException"/> of type
/// <see cref="PIA_IDS_ONSET1"/> if month of onset is out of range; of type
/// <see cref="PIA_IDS_ONSET2"/> if day of onset is out of range; of type
/// <see cref="PIA_IDS_ONSET3"/> if year of onset is before 1937; of type
/// <see cref="PIA_IDS_ONSET4"/> if year of onset is after
/// maximum allowed.</exception>
///
/// <param name="dateModyyr">The date to check.</param>
void DisabPeriod::onsetDateCheck( const boost::gregorian::date& dateModyyr )
{
if (dateModyyr.is_not_a_date()) {
throw PiaException(PIA_IDS_ONSET1);
}
if (dateModyyr.year() < 1937) {
// disability onset before 1937
throw PiaException(PIA_IDS_ONSET3);
}
try {
Date::yearCheck(dateModyyr.year());
} catch (PiaException&) {
// disability onset after last possible year
throw PiaException(PIA_IDS_ONSET4);
}
}
//given a date and entry of a students bill, check if this entry is in the same
//month as the given date
bool student::entryInMonth(feePaymentEntry entry, boost::gregorian::date d){
if((entry.getDate().month() == d.month()) &&
(entry.getDate().year() == d.year())){
return true;
}
else {
return false;
}
}
/// <summary>Adds years to the specified date.</summary>
///
/// <returns>The incremented date.</returns>
///
/// <remarks>The years could be negative. A day of February 29 is changed to
/// February 28 to be sure there is no leap-year problem.</remarks>
///
/// <param name="theDate">The date to add to.</param>
/// <param name="years">The number of years to add.</param>
boost::gregorian::date Date::addYears( boost::gregorian::date theDate,
int years )
{
const unsigned short month = theDate.month();
const unsigned short day = theDate.day();
const unsigned short day1 = (month == boost::date_time::Feb && day == 29) ?
28 : day;
return boost::gregorian::date(
static_cast<unsigned short>(theDate.year() + years), month, day1);
}
void CalendarDateInterfacePage::Display(
std::ostream& stream,
boost::shared_ptr<const Webpage> page,
const server::Request& request,
const util::ParametersMap& templateParametersMap,
boost::gregorian::date value,
bool isActive
){
ParametersMap pm(templateParametersMap);
pm.insert(DATA_DAY, value.day());
pm.insert(DATA_MONTH, value.month());
pm.insert(DATA_YEAR, value.year());
pm.insert(DATA_WEEK_DAY, value.day_of_week());
pm.insert(DATA_IS_ACTIVE, isActive);
page->display(stream, request, pm);
}
/// <summary>Initializes the quarter and year from a boost::gregorian::date.
/// </summary>
///
/// <remarks>Quarter is set to 0 for months 0-2, 1 for months 3-5, 2 for
/// months 6-8, or 3 for months 9-11.</remarks>
///
/// <param name="dateModyyr">The date to use.</param>
QtrYear::QtrYear( const boost::gregorian::date& dateModyyr ) :
quarterOfYear(static_cast<unsigned short>((dateModyyr.month() -
boost::date_time::Jan) / 3)),
yearPart(static_cast<unsigned short>(dateModyyr.year()))
{ }
/////////1/////////2/////////3/////////4/////////5/////////6/////////7/////////8/////////9/////////A
void forecast::prediction_run(const string &site_name, const size_t pred_days)
{
report(INFO) << "Running forecast for : " << site_name;
try
{
pqxx::transaction<> trans1(flightpred_db::get_conn(), "flight prediction");
const bgreg::date today(boost::posix_time::second_clock::universal_time().date());
std::stringstream sstr;
sstr << "SELECT pred_site_id FROM pred_sites WHERE site_name='" << site_name << "'";
pqxx::result res = trans1.exec(sstr.str());
if(!res.size())
throw std::invalid_argument("site not found: " + site_name);
size_t pred_site_id;
res[0]["pred_site_id"].to(pred_site_id);
trans1.commit();
features_weather weather(false);
//load the configuration with the best score
solution_manager solmgr(site_name);
std::auto_ptr<solution_config> sol = solmgr.load_best_solution(true, 0.0);
report(VERBOSE) << "Loaded solution config : " << sol->get_solution_id() << " : " << sol->get_algorithm_name(true);
// get the feature descriptions of the weather data
const set<features_weather::feat_desc> &features = sol->get_weather_feature_desc();
report(VERBOSE) << "Loaded " << features.size() << " features.";
for(size_t j=0; j<pred_days; ++j)
{
const bgreg::date day(today + bgreg::days(j));
const vector<double> valweather = weather.get_features(features, day, true);
assert(valweather.size() == features.size());
// put together the values to feed to the svm
vector<double> features;
features.push_back(day.year());
features.push_back(day.day_of_year());
features.push_back(day.day_of_week());
std::copy(valweather.begin(), valweather.end(), std::back_inserter(features));
// let the machine make it's (educated) guesses
map<string, double> predval;
BOOST_FOREACH(const string& prednam, flightpred_globals::pred_values)
{
double val = sol->get_decision_function(prednam)->eval(features);
if(isnan(val) || val < 0.0)
val = 0.0;
predval[prednam] = val;
}
// normalize (some flying sites have no values between 0.0 and say 2.3 or so. In this step we subtract these minimal values.)
pqxx::transaction<> transl(flightpred_db::get_conn(), "flight prediction");
BOOST_FOREACH(const string& prednam, flightpred_globals::pred_values)
{
sstr.str("");
sstr << "SELECT " << prednam << " FROM flight_pred "
<< "WHERE pred_site_id = " << pred_site_id << " AND " << prednam << " > 0.0 AND train_sol_id = " << sol->get_solution_id()
<< " ORDER BY " << prednam << " ASC LIMIT 32";
res = transl.exec(sstr.str());
if(res.size() >= 30)
{
double smallest = 0.0;
res[0][0].to(smallest);
predval[prednam] -= smallest;
}
}
sstr.str("");
sstr << "INSERT INTO flight_pred (pred_site_id, train_sol_id,";
std::copy(flightpred_globals::pred_values.begin(), flightpred_globals::pred_values.end(), std::ostream_iterator<string>(sstr, ", "));
sstr << "calculated, pred_day) VALUES (" << pred_site_id << ", " << sol->get_solution_id() << ", ";
BOOST_FOREACH(const string& predname, flightpred_globals::pred_values)
{
double val = predval[predname];
sstr << val << ", ";
report(INFO) << site_name << " " << bgreg::to_iso_extended_string(day) << " "
<< predname << " " << val << std::endl;
}