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metar.cpp
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metar.cpp
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/*****************************************************************************
* ____ ____ _ _ _ *
* /# /_\_ | _ \ (_) __| | (_) ___ _ __ *
* | |/o\o\ | | | | | | / _` | | | / _ \ | '__| *
* | \\_/_/ | |_| | | | | (_| | | | | __/ | | *
* / |_ | |____/ |_| \__,_| |_| \___| |_| *
* | ||\_ ~| *
* | ||| \/ *
* | ||| Project : KFreeFlight : a KDE4 GUI frontend for FlightGear *
* \// | *
* || | Developper : Didier FABERT <didier.fabert@gmail.com> *
* ||_ \ Date : 2009, April *
* \_| o| ,__, *
* \___/ Copyright (C) 2009 by didier fabert (oo)____ *
* ||||__ (__) )\ *
* (___)_) File : ||--|| * *
* *
* This program is free software; you can redistribute it and/or modify *
* it under the terms of the GNU General Public License as published by *
* the Free Software Foundation; either version 2 of the License, or *
* (at your option) any later version. *
* *
* This program is distributed in the hope that it will be useful, *
* but WITHOUT ANY WARRANTY; without even the implied warranty of *
* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the *
* GNU General Public License for more details. *
*****************************************************************************/
#include "metar.h"
#include "shared.h"
#include <QDebug>
#include <QStringList>
#include <klocale.h>
KFFMetar::KFFMetar()
{
m_phenomenaPrefix[ i18n ( "Heavy" ) ] = "+";
m_phenomenaPrefixList << "+";
m_phenomenaPrefix[ i18n ( "Light" ) ] = "-";
m_phenomenaPrefixList << "-";
m_phenomenaDesc[ i18n ( "Shallow" ) ] = "MI";
m_phenomenaDescList << "MI";
m_phenomenaDesc[ i18n ( "Partial" ) ] = "PR";
m_phenomenaDescList << "PR";
m_phenomenaDesc[ i18n ( "Patches" ) ] = "BC";
m_phenomenaDescList << "BC";
m_phenomenaDesc[ i18n ( "Low Drifting" ) ] = "DR";
m_phenomenaDescList << "DR";
m_phenomenaDesc[ i18n ( "Blowing" ) ] = "BL";
m_phenomenaDescList << "BL";
m_phenomenaDesc[ i18n ( "Shower(s)" ) ] = "SH";
m_phenomenaDescList << "SH";
m_phenomenaDesc[ i18n ( "Thunderstorm" ) ] = "TS";
m_phenomenaDescList << "TS";
m_phenomenaDesc[ i18n ( "Freezing" ) ] = "FZ";
m_phenomenaDescList << "FZ";
m_phenomena[ i18n ( "Drizzle" ) ] = "DZ";
m_phenomenaList << "DZ";
m_phenomena[ i18n ( "Rain" ) ] = "RA";
m_phenomenaList << "RA";
m_phenomena[ i18n ( "Snow" ) ] = "SN";
m_phenomenaList << "SN";
m_phenomena[ i18n ( "Snow Grains" ) ] = "SG";
m_phenomenaList << "SG";
m_phenomena[ i18n ( "Ice Crystals" ) ] = "IC";
m_phenomenaList << "IC";
m_phenomena[ i18n ( "Ice Pellets" ) ] = "PL";
m_phenomenaList << "PL";
m_phenomena[ i18n ( "Hail" ) ] = "GR";
m_phenomenaList << "GR";
m_phenomena[ i18n ( "Small Hail and/or Snow Pellets" ) ] = "GS";
m_phenomenaList << "GS";
m_phenomena[ i18n ( "Unknown Precipitation" ) ] = "UP";
m_phenomenaList << "UP";
m_phenomena[ i18n ( "Mist" ) ] = "BR";
m_phenomenaList << "BR";
m_phenomena[ i18n ( "Fog" ) ] = "FG";
m_phenomenaList << "FG";
m_phenomena[ i18n ( "Smoke" ) ] = "FU";
m_phenomenaList << "FU";
m_phenomena[ i18n ( "Volcanic Ash" ) ] = "VA";
m_phenomenaList << "VA";
m_phenomena[ i18n ( "Widespread Dust" ) ] = "DU";
m_phenomenaList << "DU";
m_phenomena[ i18n ( "Sand" ) ] = "SA";
m_phenomenaList << "SA";
m_phenomena[ i18n ( "Haze" ) ] = "HZ";
m_phenomenaList << "HZ";
m_phenomena[ i18n ( "Spray" ) ] = "PY";
m_phenomenaList << "PY";
m_phenomena[ i18n ( "Well Developed Dust/Sand Whirls" ) ] = "PO";
m_phenomenaList << "PO";
m_phenomena[ i18n ( "Squalls" ) ] = "SQ";
m_phenomenaList << "SQ";
m_phenomena[ i18n ( "Funnel Cloud, Tornado, Waterspout" ) ] = "FC";
m_phenomenaList << "FC";
m_phenomena[ i18n ( "Sandstorm or Duststorm" ) ] = "SS";
m_phenomenaList << "SS";
m_phenomena[ i18n ( "Standalone Thunderstorm" ) ] = "TS";
m_phenomenaList << "TS";
m_rphenomenaPrefixList << i18n ( "Moderate" );
m_rphenomenaPrefix[ "-" ] = i18n ( "Light" );
m_rphenomenaPrefixList << i18n ( "Light" );
m_rphenomenaPrefix[ "+" ] = i18n ( "Heavy" );
m_rphenomenaPrefixList << i18n ( "Heavy" );
m_rphenomenaDescList << i18n ( "No Descriptor" );
m_rphenomenaDesc[ "MI" ] = i18n ( "Shallow" );
m_rphenomenaDescList << i18n ( "Shallow" );
m_rphenomenaDesc[ "PR" ] = i18n ( "Partial" );
m_rphenomenaDescList << i18n ( "Partial" );
m_rphenomenaDesc[ "BC" ] = i18n ( "Patches" );
m_rphenomenaDescList << i18n ( "Patches" );
m_rphenomenaDesc[ "DR" ] = i18n ( "Low Drifting" );
m_rphenomenaDescList << i18n ( "Low Drifting" );
m_rphenomenaDesc[ "BL" ] = i18n ( "Blowing" );
m_rphenomenaDescList << i18n ( "Blowing" );
m_rphenomenaDesc[ "SH" ] = i18n ( "Shower(s)" );
m_rphenomenaDescList << i18n ( "Shower(s)" );
m_rphenomenaDesc[ "TS" ] = i18n ( "Thunderstorm" );
m_rphenomenaDescList << i18n ( "Thunderstorm" );
m_rphenomenaDesc[ "FZ" ] = i18n ( "Freezing" );
m_rphenomenaDescList << i18n ( "Freezing" );
m_rphenomena[ "DZ" ] = i18n ( "Drizzle" );
m_rphenomenaList << i18n ( "Drizzle" );
m_rphenomena[ "RA" ] = i18n ( "Rain" );
m_rphenomenaList << i18n ( "Rain" );
m_rphenomena[ "SN" ] = i18n ( "Snow" );
m_rphenomenaList << i18n ( "Snow" );
m_rphenomena[ "SG" ] = i18n ( "Snow Grains" );
m_rphenomenaList << i18n ( "Snow Grains" );
m_rphenomena[ "IC" ] = i18n ( "Ice Crystals" );
m_rphenomenaList << i18n ( "Ice Crystals" );
m_rphenomena[ "PL" ] = i18n ( "Ice Pellets" );
m_rphenomenaList << i18n ( "Ice Pellets" );
m_rphenomena[ "GR" ] = i18n ( "Hail" );
m_rphenomenaList << i18n ( "Hail" );
m_rphenomena[ "GS" ] = i18n ( "Small Hail and/or Snow Pellets" );
m_rphenomenaList << i18n ( "Small Hail and/or Snow Pellets" );
m_rphenomena[ "UP" ] = i18n ( "Unknown Precipitation" );
m_rphenomenaList << i18n ( "Unknown Precipitation" );
m_rphenomena[ "BR" ] = i18n ( "Mist" );
m_rphenomenaList << i18n ( "Mist" );
m_rphenomena[ "FG" ] = i18n ( "Fog" );
m_rphenomenaList << i18n ( "Fog" );
m_rphenomena[ "FU" ] = i18n ( "Smoke" );
m_rphenomenaList << i18n ( "Smoke" );
m_rphenomena[ "VA" ] = i18n ( "Volcanic Ash" );
m_rphenomenaList << i18n ( "Volcanic Ash" );
m_rphenomena[ "DU" ] = i18n ( "Widespread Dust" );
m_rphenomenaList << i18n ( "Widespread Dust" );
m_rphenomena[ "SA" ] = i18n ( "Sand" );
m_rphenomenaList << i18n ( "Sand" );
m_rphenomena[ "HZ" ] = i18n ( "Haze" );
m_rphenomenaList << i18n ( "Haze" );
m_rphenomena[ "PY" ] = i18n ( "Spray" );
m_rphenomenaList << i18n ( "Spray" );
m_rphenomena[ "PO" ] = i18n ( "Well Developed Dust/Sand Whirls" );
m_rphenomenaList << i18n ( "Well Developed Dust/Sand Whirls" );
m_rphenomena[ "SQ" ] = i18n ( "Squalls" );
m_rphenomenaList << i18n ( "Squalls" );
m_rphenomena[ "FC" ] = i18n ( "Funnel Cloud, Tornado, Waterspout" );
m_rphenomenaList << i18n ( "Funnel Cloud, Tornado, Waterspout" );
m_rphenomena[ "SS" ] = i18n ( "Sandstorm or Duststorm" );
m_rphenomenaList << i18n ( "Sandstorm or Duststorm" );
m_rphenomena[ "TS" ] = i18n ( "Stand Alone Thunderstorm" );
m_rphenomenaList << i18n ( "Stand Alone Thunderstorm" );
m_cloudList << "FEW";
m_cloudsMap[ i18n ( "Few" ) ] = "FEW";
m_cloudList << "SCT";
m_cloudsMap[ i18n ( "Scattered" ) ] = "SCT";
m_cloudList << "BKN";
m_cloudsMap[ i18n ( "Broken" ) ] = "BKN";
m_cloudList << "OVC";
m_cloudsMap[ i18n ( "Overcast" ) ] = "OVC";
m_cloudsMap[ i18n ( "Automatic METAR without cloud layer" ) ] = "CLR";
m_rcloudsMap[ "FEW" ] = i18n ( "Few" );
m_rcloudList << i18n ( "Few" );
m_rcloudsMap[ "SCT" ] = i18n ( "Scattered" );
m_rcloudList << i18n ( "Scattered" );
m_rcloudsMap[ "BKN" ] = i18n ( "Broken" );
m_rcloudList << i18n ( "Broken" );
m_rcloudsMap[ "OVC" ] = i18n ( "Overcast" );
m_rcloudList << i18n ( "Overcast" );
}
KFFMetar::~KFFMetar()
{
}
QStringList & KFFMetar::getPhenomenaListStr()
{
return m_rphenomenaList;
}
QStringList & KFFMetar::getPhenomenaDescriptorListStr()
{
return m_rphenomenaDescList;
}
QStringList & KFFMetar::getPhenomenaPrefixListStr()
{
return m_rphenomenaPrefixList;
}
QStringList & KFFMetar::getCloudsListStr()
{
return m_rcloudList;
}
void KFFMetar::clear()
{
m_unitsystem = KFFMetar::UNIT_IMPERIAL;
m_metar.clear();
m_id.clear();
m_windDirection.clear();
m_windSpeed.clear();
m_windGrpVal1.clear();
m_windGrpVal2.clear();
m_windSpeedMax.clear();
m_presure.clear();
m_temperature.clear();
m_dewpoint.clear();
m_humidity.clear();
m_phenomenas.clear();
m_date = QDate();
m_time = QTime();
m_clouds.clear();
m_autoReport = false;
m_skyclear = false;
}
void KFFMetar::setMetar ( QString metar )
{
m_metar = metar;
decode();
}
QString & KFFMetar::getMetar()
{
encode();
return m_metar;
}
void KFFMetar::setDate ( QDate date )
{
m_date = date;
}
QDate& KFFMetar::getDate()
{
return m_date;
}
void KFFMetar::setTime ( QTime time )
{
m_time = time;
}
QTime& KFFMetar::getTime()
{
return m_time;
}
void KFFMetar::setID ( QString id )
{
m_id = id;
}
QString& KFFMetar::getID()
{
return m_id;
}
void KFFMetar::setWindDirection ( QString windDirection )
{
m_windDirection = windDirection;
}
QString& KFFMetar::getWindDirection()
{
return m_windDirection;
}
void KFFMetar::setWindSpeed ( QString windSpeed )
{
m_windSpeed = windSpeed;
}
QString& KFFMetar::getWindSpeed()
{
return m_windSpeed;
}
void KFFMetar::setWindDirGrp ( QString windGrpMin, QString windGrpMax )
{
m_windGrpVal1 = windGrpMin;
m_windGrpVal2 = windGrpMax;
}
QString KFFMetar::getWindDirGrp()
{
return ( m_windGrpVal1 + " - " + m_windGrpVal2 );
}
void KFFMetar::setWindSpeedMax ( QString windSpeedMax )
{
m_windSpeedMax = windSpeedMax;
}
QString& KFFMetar::getWindSpeedMax()
{
return m_windSpeedMax;
}
void KFFMetar::setPresure ( QString presure )
{
m_presure = presure;
}
QString& KFFMetar::getPresure()
{
return m_presure;
}
void KFFMetar::setTemperature ( QString temperature )
{
m_temperature = temperature;
}
QString& KFFMetar::getTemperature()
{
return m_temperature;
}
void KFFMetar::setDewpoint ( QString dewpoint )
{
m_dewpoint = dewpoint;
}
QString& KFFMetar::getDewpoint()
{
return m_dewpoint;
}
QString& KFFMetar::getHumidity()
{
double dewpoint, temperature, humidity;
QString buffer;
temperature = m_temperature.toFloat();
dewpoint = m_dewpoint.toFloat();
dewpoint = pow ( 10.0, 7.5 * dewpoint / ( 237.7 + dewpoint ) );
temperature = pow ( 10.0, 7.5 * temperature / ( 237.7 + temperature ) );
humidity = dewpoint * 100 / temperature;
buffer.setNum ( humidity, 'f', 2 );
m_humidity = buffer;
return m_humidity;
}
void KFFMetar::setPhenomena ( KFFPhenomenaList phenomenaList )
{
m_phenomenas = phenomenaList;
}
void KFFMetar::addPhenomena ( KFFPhenomena phenomena )
{
m_phenomenas << phenomena;
}
bool KFFMetar::isPhenomenaValid ( KFFPhenomena & phenomena, QString & errorstr )
{
if ( m_phenomenaDesc[phenomena.descriptor] == "FZ" &&
! ( m_phenomena[phenomena.phenomena] == "DZ" ||
m_phenomena[phenomena.phenomena] == "RA" ||
m_phenomena[phenomena.phenomena] == "FG" )
)
{
errorstr = m_rphenomenaDesc["FZ"];
errorstr += " ";
errorstr += i18n ( "must be associated with phenomena" );
errorstr += " : ";
errorstr += m_rphenomena["DZ"];
errorstr += " or ";
errorstr += m_rphenomena["RA"];
errorstr += " or ";
errorstr += m_rphenomena["FG"];
errorstr += ".";
return false;
}
if ( m_phenomenaDesc[phenomena.descriptor] == "SH" &&
! ( m_phenomena[phenomena.phenomena] == "RA" ||
m_phenomena[phenomena.phenomena] == "SN" ||
m_phenomena[phenomena.phenomena] == "SG" ||
m_phenomena[phenomena.phenomena] == "IC" ||
m_phenomena[phenomena.phenomena] == "PL" ||
m_phenomena[phenomena.phenomena] == "GR" ||
m_phenomena[phenomena.phenomena] == "GS" )
)
{
errorstr = m_rphenomenaDesc["SH"];
errorstr += " ";
errorstr += i18n ( "must be associated with phenomena" );
errorstr += " : ";
errorstr += m_rphenomena["SN"];
errorstr += " or ";
errorstr += m_rphenomena["SG"];
errorstr += " or ";
errorstr += m_rphenomena["IC"];
errorstr += " or ";
errorstr += m_rphenomena["PL"];
errorstr += " or ";
errorstr += m_rphenomena["GR"];
errorstr += " or ";
errorstr += m_rphenomena["GS"];
errorstr += ".";
return false;
}
if ( ( m_phenomenaDesc[phenomena.descriptor] == "DR" ||
m_phenomenaDesc[phenomena.descriptor] == "BL") &&
! ( m_phenomena[phenomena.phenomena] == "SN" ||
m_phenomena[phenomena.phenomena] == "DU" ||
m_phenomena[phenomena.phenomena] == "SA" )
)
{
errorstr = m_rphenomenaDesc["DR"];
errorstr += " or ";
errorstr += m_rphenomenaDesc["BL"];
errorstr += " ";
errorstr += i18n ( "must be associated with phenomena" );
errorstr += " : ";
errorstr += m_rphenomena["SN"];
errorstr += " or ";
errorstr += m_rphenomena["DU"];
errorstr += " or ";
errorstr += m_rphenomena["SA"];
errorstr += ".";
return false;
}
if ( ( m_phenomenaDesc[phenomena.descriptor] == "MI" ||
m_phenomenaDesc[phenomena.descriptor] == "PR" ||
m_phenomenaDesc[phenomena.descriptor] == "BC") &&
! ( m_phenomena[phenomena.phenomena] == "FG" )
)
{
errorstr = m_rphenomenaDesc["MI"];
errorstr += " or ";
errorstr += m_rphenomenaDesc["PR"];
errorstr += " or ";
errorstr += m_rphenomenaDesc["BC"];
errorstr += " ";
errorstr += i18n ( "must be associated with phenomena" );
errorstr += " : ";
errorstr += m_rphenomena["FG"];
errorstr += ".";
return false;
}
errorstr.clear();
return true;
}
KFFPhenomenaList& KFFMetar::getPhenomena()
{
return m_phenomenas;
}
QStringList KFFMetar::getPhenomenaStr()
{
QStringList list;
QString buffer;
KFFPhenomenaList::Iterator it;
for ( it = m_phenomenas.begin() ; it != m_phenomenas.end() ; ++it )
{
buffer = it->prefix;
if ( !buffer.isEmpty() )
{
buffer.append ( " " );
}
buffer.append ( it->descriptor );
if ( !buffer.isEmpty() )
{
buffer.append ( " " );
}
buffer.append ( it->phenomena );
list << buffer;
}
return list;
}
void KFFMetar::setVisibility ( QString visibility )
{
m_visibility = visibility;
}
QString& KFFMetar::getVisibility()
{
return m_visibility;
}
void KFFMetar::setVerticalVisibility ( QString verticalVisibility )
{
m_verticalVisibility = verticalVisibility;
}
QString& KFFMetar::getVerticalVisibility()
{
return m_verticalVisibility;
}
void KFFMetar::setClouds ( QString clouds, QString altitude, int layer )
{
KFFCloudsLayer cloudsLayer;
if ( ( layer < 0 ) || ( layer > 2 ) )
{
return;
}
cloudsLayer.clouds = clouds;
cloudsLayer.altitude = altitude;
m_clouds[layer] = cloudsLayer;
}
void KFFMetar::setClouds ( KFFCloudsLayer cloudsLayer, int layer )
{
if ( ( layer < 0 ) || ( layer > 2 ) )
{
return;
}
m_clouds[layer] = cloudsLayer;
}
KFFCloudsLayer& KFFMetar::getClouds ( int layer )
{
return m_clouds[layer];
}
QString& KFFMetar::getCloudsStr ( int layer )
{
return m_clouds[layer].clouds;
}
QString& KFFMetar::getCloudsAltitude ( int layer )
{
return m_clouds[layer].altitude;
}
void KFFMetar::setAutoReport ( bool autoReport )
{
m_autoReport = autoReport;
}
bool KFFMetar::getAutoReport()
{
return m_autoReport;
}
void KFFMetar::encode()
{
QMapIterator<int, KFFCloudsLayer> it ( m_clouds );
QString buffer;
double val;
bool cloudlayerfound = false;
QStringList list, tmplist;
m_metar = m_date.toString ( "yyyy/MM/dd" );
m_metar += " ";
m_metar += m_time.toString ( "hh:mm" );
m_metar += "\n";
m_metar += m_id;
m_metar += " ";
m_metar += m_date.toString ( "dd" );
m_metar += m_time.toString ( "hhmm" );
m_metar += "Z ";
if ( m_autoReport )
{
m_metar += "AUTO ";
}
if ( m_windSpeed.toUShort() < 3 )
{
m_metar += "VRB";
}
else
{
m_metar += m_windDirection.rightJustified ( 3, '0' );
}
m_metar += m_windSpeed.rightJustified ( 2, '0' );
if ( !m_windSpeedMax.isEmpty() )
{
m_metar += "G";
m_metar += m_windSpeedMax;
}
m_metar += "KT ";
if ( !m_windGrpVal1.isEmpty() && !m_windGrpVal2.isEmpty() )
{
m_metar += m_windGrpVal1.rightJustified ( 3, '0' );
m_metar += "V";
m_metar += m_windGrpVal2.rightJustified ( 3, '0' );
m_metar += " ";
}
if ( m_unitsystem == UNIT_IMPERIAL )
{
m_metar += m_visibility;
m_metar += "SM ";
}
else //if ( m_unitsystem == UNIT_METRIC )
{
if ( m_visibility.toUInt() > 9999 )
{
m_metar += "9999 ";
}
else
{
m_metar += m_visibility.rightJustified ( 4, '0' );
m_metar += " ";
}
}
while ( it.hasNext() )
{
cloudlayerfound = true;
it.next();
qDebug() << it.key();
qDebug() << it.value().altitude << ":" << it.value().clouds;
val = it.value().altitude.toDouble() / 100.0;
buffer.setNum ( val, 'f', 0 );
qDebug() << "buffer = " << buffer;
m_metar += it.value().clouds;
m_metar += buffer.rightJustified ( 3, '0' );
m_metar += " ";
}
if ( !cloudlayerfound )
{
if ( m_autoReport )
{
m_metar += "CLR ";
}
else
{
m_metar += "SKC ";
}
}
KFFPhenomenaList::Iterator itp;
for ( itp = m_phenomenas.begin() ; itp != m_phenomenas.end() ; ++itp )
{
qDebug() << "--------------------------------------";
qDebug() << "pref = " << itp->prefix;
qDebug() << "desc = " << itp->descriptor;
qDebug() << "phen = " << itp->phenomena;
buffer.clear();
buffer = m_phenomena[ itp->phenomena ];
if ( !buffer.isEmpty() )
{
if ( itp->descriptor != i18n ( "No Descriptor" ) )
{
buffer.prepend ( m_phenomenaDesc[ itp->descriptor ] );
}
if ( itp->prefix != i18n ( "Moderate" ) )
{
buffer.prepend ( m_phenomenaPrefix[ itp->prefix ] );
}
}
qDebug() << "### phenomena = " << buffer;
m_metar += buffer;
m_metar += " ";
}
if ( m_temperature.toShort() < 0 )
{
m_metar += "M";
}
m_metar += m_temperature.remove ( "-" ).rightJustified ( 2, '0' );
m_metar += "/";
if ( m_dewpoint.toShort() < 0 )
{
m_metar += "M";
}
m_metar += m_dewpoint.remove ( "-" ).rightJustified ( 2, '0' );
m_metar += " ";
if ( m_unitsystem == UNIT_IMPERIAL )
{
m_metar += "A";
m_metar += m_presure.remove ( "." );
}
else //if ( m_unitsystem == UNIT_METRIC )
{
m_metar += "Q";
m_metar += m_presure;
}
}
void KFFMetar::decode()
{
QStringList list, lines;
QStringList::Iterator it, itl;
QString buffer, buffer2, line;
int i = 0;
double buf1 = 0.0, buf2 = 0.0, buf3 = 0.0;
int cloudsLayerNb = 0;
bool searchAltitude = false, skyclear = false;
KFFCloudsLayer cloudsLayer;
KFFPhenomena phenomena;
qDebug() << "decode METAR";
lines = m_metar.split ( "\n" );
for ( itl = lines.begin() ; itl != lines.end() ; ++itl )
{
line = *itl;
if ( itl == lines.begin() )
{
setDate ( QDate::fromString ( line.section ( ' ', 0, 0 ), "yyyy/MM/dd" ) );
setTime ( QTime::fromString ( line.section ( ' ', 1, 1 ), "hh:mm" ) );
continue;
}
if ( line.isEmpty() )
{
break;
}
list = line.split ( " " );
for ( it = list.begin() ; it != list.end() ; ++it, i++ )
{
switch ( i )
{
case 0:
{
setID ( *it );
break;
}
case 1: //don't care about date time
{
break;
}
case 2:
{
if ( it->contains ( "auto", Qt::CaseInsensitive ) )
{
setAutoReport ( true );
qDebug() << "auto = true";
i--;
break;
}
else if ( it->contains ( "cor", Qt::CaseInsensitive ) )
{
qDebug() << "cor = true";
i--;
break;
}
if ( it->contains ( "vrb", Qt::CaseInsensitive ) )
{
setWindDirection ( i18n ( "Variable" ) );
}
else
{
setWindDirection ( it->left ( 3 ) );
}
if ( it->contains ( "G", Qt::CaseSensitive ) )
{
buffer = it->section ( 'G', 1, 1 );
if ( buffer.contains ( "KT" ) )
{
setWindSpeedMax ( buffer.remove ( "KT" ) );
}
else if ( buffer.contains ( "MPS" ) )
{
setWindSpeedMax ( buffer.remove ( "MPS" ) );
}
else
{
qDebug() << "Unknow unit for max speed wind";
}
}
buffer = it->mid ( 3, 2 );
//if contains MPS value must be multiplied by 2
if ( it->contains ( "mps", Qt::CaseInsensitive ) )
{
buf1 = mToNauticMile ( buffer.toDouble() );
buffer.clear();
buffer.setNum ( buf1, 'f', 0 );
}
setWindSpeed ( buffer );
break;
}
case 3:
{
if ( ( it->contains ( "v", Qt::CaseInsensitive ) ) &&
( !it->contains ( "ndv", Qt::CaseInsensitive ) ) &&
( !it->contains ( "cavok", Qt::CaseInsensitive ) ) )
{
setWindDirGrp ( it->section ( 'V', 0, 0 ), it->section ( 'V', 1, 1 ) );
i--;
break;
}
if ( it->toDouble() )
{
setVisibility ( *it );
break;
}
if ( it->contains ( "sm", Qt::CaseInsensitive ) )
{
if ( it->contains ( "/", Qt::CaseInsensitive ) )
{
buf2 += ( it->left ( 1 ).toDouble() );
buf3 = ( it->mid ( 2, 1 ).toDouble() );
if ( !buf3 )
{
break;
}
buffer.setNum ( usMileToM ( buf1 + ( buf2 / buf3 ) ), 'f', 0 );
}
else
{
buffer.setNum ( usMileToM ( it->remove ( "SM" ).toDouble() ), 'f', 0 );
}
setVisibility ( buffer );
}
else
{
}
break;
}
default:
{
qDebug() << *it;
buffer.clear();
searchAltitude = false;
cloudsLayer.clear();
skyclear = false;
if ( ( it->left ( 1 ) == "R" ) && ( it->contains ( "/", Qt::CaseInsensitive ) ) )
{
// Runway visibility if visibility is less than 1
break;
}
if ( *it == "CAVOK" )
{
buffer.clear();
}
else if ( it->contains ( "DZ", Qt::CaseInsensitive ) )
{
buffer = i18n ( "Drizzle" );
}
else if ( it->contains ( "RA", Qt::CaseInsensitive ) )
{
buffer = i18n ( "Rain" ) ;
}
else if ( it->contains ( "SN", Qt::CaseInsensitive ) )
{
buffer = i18n ( "Snow" ) ;
}
else if ( it->contains ( "SG", Qt::CaseInsensitive ) )
{
buffer = i18n ( "Snow Grains" ) ;
}
else if ( it->contains ( "IC", Qt::CaseInsensitive ) )
{
buffer = i18n ( "Ice Crystals" ) ;
}
else if ( it->contains ( "PL", Qt::CaseInsensitive ) )
{
buffer = i18n ( "Ice Pellets" ) ;
}
else if ( it->contains ( "GR", Qt::CaseInsensitive ) )
{
buffer = i18n ( "Hail" ) ;
}
else if ( it->contains ( "GS", Qt::CaseInsensitive ) )
{
buffer = i18n ( "Small Hail / Snow Pellets" ) ;
}
else if ( it->contains ( "UP", Qt::CaseInsensitive ) )
{
buffer = i18n ( "Unknow Precipitation" ) ;
}
// Obscuring
else if ( it->contains ( "BR", Qt::CaseInsensitive ) )
{
buffer = i18n ( "Mist" );
}
else if ( it->contains ( "FG", Qt::CaseInsensitive ) )
{
buffer = i18n ( "Fog" );
}
else if ( it->contains ( "FU", Qt::CaseInsensitive ) )
{
buffer = i18n ( "Smoke" );
}
else if ( it->contains ( "VA", Qt::CaseInsensitive ) )
{
buffer = i18n ( "Volcanic Ash" );
}
else if ( it->contains ( "DU", Qt::CaseInsensitive ) )
{
buffer = i18n ( "Widespread Dust" );
}
else if ( it->contains ( "SA", Qt::CaseInsensitive ) )
{
buffer = i18n ( "Sand" );
}
else if ( it->contains ( "HZ", Qt::CaseInsensitive ) )
{
buffer = i18n ( "Haze" );
}
else if ( it->contains ( "PY", Qt::CaseInsensitive ) )
{
buffer = i18n ( "Spray" );
}
else if ( it->contains ( "PO", Qt::CaseInsensitive ) )
{
buffer = i18n ( "Well Developed Dust/Sand Whirls" );
}
else if ( it->contains ( "SQ", Qt::CaseInsensitive ) )
{
buffer = i18n ( "Squalls" );
}
else if ( it->contains ( "FC", Qt::CaseInsensitive ) )
{
buffer = i18n ( "Funnel Cloud, Tornado, Waterspout" );
}
else if ( it->contains ( "SS", Qt::CaseInsensitive ) )
{
buffer = i18n ( "Sandstorm or Duststorm" );
}
qDebug() << "phenomena = " << buffer;
phenomena.phenomena = buffer;