public function testGetMessageWithTime_TwoSameCalls()
{
$log = new ListenerLog();
StubFactory::clear();
StubFactory::stubFunction('ListenerLog->find', array('return' => $log));
$message1 = ListenerLog::getMessageWithTime(1, '12345', '423');
$message2 = ListenerLog::getMessageWithTime(1, '12345', '423');
$this->assertSame($log, $message1);
$this->assertSame($log, $message2);
$this->assertEquals(1, StubFactory::getStubCallCount('ListenerLog->find'));
}
public function prepareSection4()
{
$this->_logger->log(__METHOD__);
$s = 4;
$i = 0;
$measuring_timestamp = strtotime($this->listener_log_info->measuring_timestamp);
// $measuring_year = date('Y', $measuring_timestamp);
// $measuring_month = date('m', $measuring_timestamp);
// $measuring_day = date('d', $measuring_timestamp);
// $measuring_hour = date('H', $measuring_timestamp);
// $measuring_minute = date('i', $measuring_timestamp);
// $measuring_second = date('s', $measuring_timestamp);
$script_runtime = strtotime($this->schedule_process_info->check_period_end);
$script_runtime_year = date('Y', $script_runtime);
$script_runtime_month = date('m', $script_runtime);
$script_runtime_day = date('d', $script_runtime);
$script_runtime_hour = date('H', $script_runtime);
$script_runtime_minute = date('i', $script_runtime);
$script_runtime_second = date('s', $script_runtime);
$sensors_3hr_ago = array();
$sensors_24hr_ago = array();
$x_hr_ago_1 = date('Y-m-d H:i:s', mktime($script_runtime_hour - 3, $script_runtime_minute, $script_runtime_second, $script_runtime_month, $script_runtime_day, $script_runtime_year));
$x_hr_ago_2 = date('Y-m-d H:i:s', mktime($script_runtime_hour - 4, $script_runtime_minute, $script_runtime_second, $script_runtime_month, $script_runtime_day, $script_runtime_year));
$log_3_hr_ago = ListenerLog::getMessageWithTime($this->station_info->station_id, $x_hr_ago_1, $x_hr_ago_2);
if (!is_null($log_3_hr_ago)) {
$sensors_3hr_ago = $this->prepareSensorsInfo($log_3_hr_ago->log_id);
}
$x_hr_ago_1 = date('Y-m-d H:i:s', mktime($script_runtime_hour, $script_runtime_minute, $script_runtime_second, $script_runtime_month, $script_runtime_day - 1, $script_runtime_year));
$x_hr_ago_2 = date('Y-m-d H:i:s', mktime($script_runtime_hour - 1, $script_runtime_minute, $script_runtime_second, $script_runtime_month, $script_runtime_day - 1, $script_runtime_year));
$log_24_hr_ago = ListenerLog::getMessageWithTime($this->station_info->station_id, $x_hr_ago_1, $x_hr_ago_2);
if (!is_null($log_24_hr_ago)) {
$sensors_24hr_ago = $this->prepareSensorsInfo($log_24_hr_ago->log_id);
}
/// ??? RECALCULATE !!!!
$this->report_parts[$s][$i] = $this->prepare_binary_value(0, 24);
$this->explanations[$s][$i][] = 'Octets 1-3: <span>' . $this->report_parts[$s][$i] . '</span> => <span></span> (length of section4 in octets)';
$i++;
$this->report_parts[$s][$i] = $this->prepare_binary_value(0, 8);
$this->explanations[$s][$i][] = 'Octets 4: <span>' . $this->report_parts[$s][$i] . '</span> reserved';
$i++;
//3 01 090: Fixed surface station identification, time, horizontal and vertical coordinates
$this->report_parts[$s][$i] = $this->prepare_binary_value($this->station_info->wmo_block_number, 7);
$this->explanations[$s][$i][] = '301090 -> 301004 -> 001001: <span>' . $this->report_parts[$s][$i] . '</span> => <span>' . $this->station_info->wmo_block_number . '</span> (WMO Block #, 7 bits)';
$i++;
$this->report_parts[$s][$i] = $this->prepare_binary_value($this->station_info->station_number, 10);
$this->explanations[$s][$i][] = '301090 -> 301004 -> 001002: <span>' . $this->report_parts[$s][$i] . '</span> => <span>' . $this->station_info->station_number . '</span> (station number, 10 bits)';
$i++;
$station_display_name = substr($this->station_info->display_name, 0, 20);
$tmp_str = '';
$tmp_str_2 = '';
for ($j = 0; $j < strlen($station_display_name); $j++) {
$tmp = $this->prepare_binary_value(ord($station_display_name[$j]), 8);
$tmp_str .= $tmp;
$tmp_str_2 .= ' ' . $tmp;
}
$this->report_parts[$s][$i] = str_pad($tmp_str, 160, '0', STR_PAD_RIGHT);
$this->explanations[$s][$i][] = '301090 -> 301004 -> 001015: <span>' . str_pad($tmp_str_2, 160 + strlen($station_display_name), '0', STR_PAD_RIGHT) . '</span> => <span>' . $station_display_name . '</span> (station code, 160 bits. Each letter incoded into 7bits binary with and padded with left 0 to 8bits. Then joined string is right-padded with 0 to fit 160bits length)';
$i++;
$this->report_parts[$s][$i] = '00';
$this->explanations[$s][$i][] = '301090 -> 301004 -> 002001: <span>' . $this->report_parts[$s][$i] . '</span> => <span>0</span> (Type of station, 2 bits)';
$i++;
$this->report_parts[$s][$i] = $this->prepare_binary_value($script_runtime_year, 12);
$this->explanations[$s][$i][] = '301090 -> 301011 -> 00 4001: <span>' . $this->report_parts[$s][$i] . '</span> => <span>' . $script_runtime_year . '</span> (Year, 12 bits)';
$i++;
$this->report_parts[$s][$i] = $this->prepare_binary_value($script_runtime_month, 4);
$this->explanations[$s][$i][] = '301090 -> 301011 -> 004002: <span>' . $this->report_parts[$s][$i] . '</span> => <span>' . $script_runtime_month . '</span> (Month, 4 bits)';
$i++;
$this->report_parts[$s][$i] = $this->prepare_binary_value($script_runtime_day, 6);
$this->explanations[$s][$i][] = '301090 -> 301011 -> 004003: <span>' . $this->report_parts[$s][$i] . '</span> => <span>' . $script_runtime_day . '</span> (Day, 6 bits)';
$i++;
$this->report_parts[$s][$i] = $this->prepare_binary_value($script_runtime_hour, 5);
$this->explanations[$s][$i][] = '301090 -> 301012 -> 004004: <span>' . $this->report_parts[$s][$i] . '</span> => <span>' . $script_runtime_hour . '</span> (Hour, 5 bits)';
$i++;
$this->report_parts[$s][$i] = $this->prepare_binary_value($script_runtime_minute, 6);
$this->explanations[$s][$i][] = '301090 -> 301012 -> 004005: <span>' . $this->report_parts[$s][$i] . '</span> => <span>' . $script_runtime_minute . '</span> (Minute, 6 bits)';
$i++;
// 301090 -> 301021 -> 005001 => Latitude
// 25 bits. Metric = degree. Scale = 5. Reference = –9000000
$tmp = round($this->station_info->lat, 5) * 100000 + 9000000;
$this->report_parts[$s][$i] = $this->prepare_binary_value($tmp, 25);
$this->explanations[$s][$i][] = '301090 -> 301021 -> 005001: <span>' . $this->report_parts[$s][$i] . '</span> => <span>round(' . $this->station_info->lat . ', 5) * 10^5 -(-9000000) = ' . $tmp . '</span> (Latitude, 25 bits)';
$i++;
// 301090 -> 301021 -> 006001 => Longitude.
// 26 bits. Metric = degree. Scale = 5. Ref value = -18000000
$tmp = round($this->station_info->lng, 5) * 100000 + 18000000;
$this->report_parts[$s][$i] = $this->prepare_binary_value($tmp, 26);
$this->explanations[$s][$i][] = '301090 -> 301021 -> 006001: <span>' . $this->report_parts[$s][$i] . '</span> => <span>round(' . $this->station_info->lng . ', 5) * 10^5 -(-18000000) = ' . $tmp . '</span> (Longitude, 26 bits)';
$i++;
// 301090 -> 007030 => Altitude, Height of station ground above mean sea level.
// 17 bits. Metric = m, Scale = 1, Ref = 4000
$tmp = round($this->station_info->altitude, 1) * 10 + 4000;
$this->report_parts[$s][$i] = $this->prepare_binary_value($tmp, 17);
$this->explanations[$s][$i][] = '301090 -> 007030: <span>' . $this->report_parts[$s][$i] . '</span> => <span>round(' . $this->station_info->altitude . ', 1) * 10^1 -(-4000) = ' . $tmp . '</span> (Altitude, 17 bits)';
$i++;
// 301090 -> 007031: Barometer Height.
// 17 bits. Metric = m, Scale = 1, Ref = 4000
$expl_val = '';
if (isset($this->sensors['pressure'])) {
$tmp = It::convertMetric($this->sensors['pressure_height']['height'], $this->sensors['pressure_height']['height_metric_code'], 'meter');
$str_tmp = round($tmp + $this->station_info->altitude, 1) * 10 + 4000;
$this->report_parts[$s][$i] = $this->prepare_binary_value($str_tmp, 17);
$expl_val = $this->sensors['pressure_height']['height'] . ' ' . $this->sensors['pressure_height']['height_metric_code'];
if ($this->sensors['pressure_height']['height_metric_code'] != 'meter') {
$expl_val .= ' = ' . $tmp . ' meter';
}
$expl_val .= ' ~ round( (' . $tmp . ' + ' . $this->station_info->altitude . '), 1)*10^1 -(-4000) = ' . $str_tmp;
} else {
$this->report_parts[$s][$i] = '11111111111111111';
$expl_val = 'No Pressure sensor';
}
$this->explanations[$s][$i][] = '301090 -> 007031: <span>' . $this->report_parts[$s][$i] . '</span> => <span>' . $expl_val . '</span> (Barometer Height, m, 17 bits)';
$i++;
// 3 02 031: Pressure.
// 302031 -> 302001 -> 010004: Pressure data
// Metric = Pa. Scale = –1. Reference value = 0. Size = 14 bits
if (isset($this->sensors['pressure'])) {
if ($this->sensors['pressure']['is_m']) {
$this->report_parts[$s][$i] = '11111111111111';
$expl_val = 'Data from Pressure sensor is unavailable';
} else {
$tmp = It::convertMetric($this->sensors['pressure']['sensor_feature_value'], $this->sensors['pressure']['metric_code'], 'pascal');
$str_tmp = round($tmp / 10, 0);
$this->report_parts[$s][$i] = $this->prepare_binary_value($str_tmp, 14);
$expl_val = $this->sensors['pressure']['sensor_feature_value'] . ' ' . $this->sensors['pressure']['metric_code'];
if ($this->sensors['pressure']['metric_code'] != 'pascal') {
$expl_val .= ' = ' . $tmp . ' pascal';
}
$expl_val .= ' ~ round(' . $tmp . ' * 10^(-1), 0) - 0 = ' . $str_tmp;
}
} else {
$this->report_parts[$s][$i] = '11111111111111';
$expl_val = 'No Pressure sensor';
}
$this->explanations[$s][$i][] = '302031 -> 302001 -> 010004: <span>' . $this->report_parts[$s][$i] . '</span> => <span>' . $expl_val . '</span> (Barometer Pressure, Pa, 14 bits)';
$i++;
// 302031 -> 302001 -> 010051: Pressure reduced to mean sea level
// 14 bits. Metric = Pa. Scale = –1. Ref = 0.
if (isset($this->calculations['PressureSeaLevel'])) {
$tmp = It::convertMetric($this->calculations['PressureSeaLevel']['value'], 'hpascal', 'pascal');
$str_tmp = round($tmp / 10, 0);
$this->report_parts[$s][$i] = $this->prepare_binary_value($str_tmp, 14);
$expl_val = $this->calculations['PressureSeaLevel']['value'] . ' hPa = ' . $tmp . ' Pa ~ round(' . $tmp . ' * 10^(-1), 0) - 0 = ' . $str_tmp . '</span>';
} else {
$this->report_parts[$s][$i] = '11111111111111';
$expl_val = 'No Pressure MSL Calculation';
}
$this->explanations[$s][$i][] = '302031 -> 302001 -> 010051: <span>' . $this->report_parts[$s][$i] . '</span> => <span>' . $expl_val . '</span> (Pressure MSL, Pa, 14bits)';
$i++;
// 302031 -> 302001 -> 010061: 3-hour pressure change
// 10 bits. Metric = Pa. Scale = -1. Ref = -500
// AND
// 302031 -> 302001 -> 010063: Characteristic of pressure tendency
// 4 bits. Code table value. Scale = 0. Ref = 0
if (isset($this->sensors['pressure']) && isset($sensors_3hr_ago['pressure'])) {
if ($this->sensors['pressure']['is_m']) {
$this->report_parts[$s][$i] = '1111111111';
$this->explanations[$s][$i][] = '302031 -> 302001 -> 010061: <span>' . $this->report_parts[$s][$i] . '</span> => <span>Last data from Pressure sensor is unavailable</span> (3h Pressure change, 10 bits)';
$i++;
$this->report_parts[$s][$i] = '1111';
$this->explanations[$s][$i][] = '302031 -> 302001 -> 010063: <span>' . $this->report_parts[$s][$i] . '</span> => <span>Last data from Pressure sensor is unavailable</span> (3h Pressure change Tendency, 4bits)';
} else {
if ($sensors_3hr_ago['pressure']['is_m']) {
$this->report_parts[$s][$i] = '1111111111';
$this->explanations[$s][$i][] = '302031 -> 302001 -> 010061: <span>' . $this->report_parts[$s][$i] . '</span> => <span>3h ago data from Pressure sensor is unavailable</span> (3h Pressure change, 10 bits)';
$i++;
$this->report_parts[$s][$i] = '1111';
$this->explanations[$s][$i][] = '302031 -> 302001 -> 010063: <span>' . $this->report_parts[$s][$i] . '</span> => <span>3h ago data from Pressure sensor is unavailable</span> (3h Pressure change Tendency, 4bits)';
} else {
$pressure_3hr = $sensors_3hr_ago['pressure']['sensor_feature_value'];
$pressure_3hr_metric = $sensors_3hr_ago['pressure']['metric_code'];
$pressure_3hr = It::convertMetric($pressure_3hr, $pressure_3hr_metric, 'pascal');
$pressure_now = $this->sensors['pressure']['sensor_feature_value'];
$pressure_now_metric = $this->sensors['pressure']['metric_code'];
$pressure_now = It::convertMetric($pressure_now, $pressure_now_metric, 'pascal');
$tmp3 = round(($pressure_now - $pressure_3hr) / 10, 0);
$str_tmp = abs($tmp3) + 500;
$this->report_parts[$s][$i] = $this->prepare_binary_value($str_tmp, 10);
$expl_val = '302031 -> 302001 -> 010061: <span>' . $this->report_parts[$s][$i] . '</span> => ';
$expl_val .= '<span>~ round(' . $pressure_now . ' - ' . $pressure_3hr . ') * 10^(-1), 0) Pa = ' . $tmp3 . ' Pa ~ |' . $tmp3 . '| -(-500) = ' . $str_tmp . ' </span> (3h Pressure change, Pa, 10bits)';
$this->explanations[$s][$i][] = $expl_val;
$i++;
if ($pressure_now > $pressure_3hr) {
$this->report_parts[$s][$i] = '0010';
$expl_val = '<span>2 = Increased</span>';
} else {
if ($pressure_now < $pressure_3hr) {
$this->report_parts[$s][$i] = '0111';
$expl_val = '<span>7 = Decreased</span>';
} else {
$this->report_parts[$s][$i] = '0000';
$expl_val = '<span>4 = Stable</span>';
}
}
$this->explanations[$s][$i][] = '302031 -> 302001 -> 010063: <span>' . $this->report_parts[$s][$i] . '</span> => ' . $expl_val . ' (3h Pressure change Tendency, 4bits)';
}
}
} else {
$this->report_parts[$s][$i] = '1111111111';
$this->explanations[$s][$i][] = '302031 -> 302001 -> 010061: <span>' . $this->report_parts[$s][$i] . '</span> => <span>No pressure sensor</span> (3h Pressure change, 10 bits)';
$i++;
$this->report_parts[$s][$i] = '1111';
$this->explanations[$s][$i][] = '302031 -> 302001 -> 010063: <span>' . $this->report_parts[$s][$i] . '</span> => <span>No pressure sensor</span> (3h Pressure change Tendency, 4bits)';
}
$i++;
// 302031 -> 010062: 24-hour pressure change
// 11 bits. Metric = Pa. Scale = -1. Ref = -1000
if (isset($this->sensors['pressure']) && isset($sensors_24hr_ago['pressure'])) {
if ($this->sensors['pressure']['is_m']) {
$this->report_parts[$s][$i] = '11111111111';
$expl_val = '<span>Last data from Pressure sensor is unavailable</span>';
} else {
if ($sensors_24hr_ago['pressure']['is_m']) {
$this->report_parts[$s][$i] = '11111111111';
$expl_val = '<span>24h ago data from Pressure sensor is unavailable</span>';
} else {
$pressure_24hr = It::convertMetric($sensors_24hr_ago['pressure']['sensor_feature_value'], $sensors_24hr_ago['pressure']['metric_code'], 'pascal');
$pressure_now = It::convertMetric($this->sensors['pressure']['sensor_feature_value'], $this->sensors['pressure']['metric_code'], 'pascal');
$tmp3 = round(($pressure_now - $pressure_24hr) / 10, 0);
$str_tmp = abs($tmp3) + 1000;
$this->report_parts[$s][$i] = $this->prepare_binary_value($str_tmp, 11);
$expl_val = '<span>~ round((' . $pressure_now . ' - ' . $pressure_24hr . ') * 10^(-1), 0) Pa = ' . $tmp3 . ' Pa ~ |' . $tmp3 . '| -(-1000) = ' . $str_tmp . '</span>';
}
}
} else {
$this->report_parts[$s][$i] = '11111111111';
$expl_val = '<span>No pressure sensor</span>';
}
$this->explanations[$s][$i][] = '302031 -> 010062: <span>' . $this->report_parts[$s][$i] . '</span> => ' . $expl_val . ' (24h Pressure change, Pa, 11bits)';
$i++;
// 302031 -> 007004: Pressure
// 14 bits. Metric = Pa. Scale = -1. Ref = 0
$this->report_parts[$s][$i] = '11111111111111';
$this->explanations[$s][$i][] = '302031 -> 007004: <span>' . $this->report_parts[$s][$i] . '</span> => <span>Missing</span> (Pressure, Pa, 14bits)';
$i++;
//302031 -> 010009: Geopotential height
// 17 bits. Metric = gpm. Scale = 0. Ref = -1000.
$this->report_parts[$s][$i] = '11111111111111111';
$this->explanations[$s][$i][] = '302031 -> 010009: <span>' . $this->report_parts[$s][$i] . '</span> => <span>Missing</span> (GEOPOTENTIAL HEIGHT, GPM, 17bits)';
$i++;
//3 02 035: Basic synoptic “instantaneous” data
//3 02 035 -> 3 02 032: Temperature and Humidity data.
//
// 302035 -> 302032 -> 012101: Height of temperature sensor above local ground
// Metric = m. Scale = 2. Ref = 0. 16 bits
$this->report_parts[$s][$i] = '1111111111111111';
$this->explanations[$s][$i][] = '302035 -> 302032 -> 007032: <span>' . $this->report_parts[$s][$i] . '</span> => <span>Missing</span> (Height of temperature/humidity sensors, 16bits)';
$i++;
// 302035 -> 302032 -> 012101: Temperature/dry-bulb temperature
// 16 bits. Metric = K. Scale = 2. Ref = 0.
if (isset($this->sensors['temperature'])) {
if ($this->sensors['temperature']['is_m']) {
$this->report_parts[$s][$i] = '1111111111111111';
$expl_val = '<span>Last data from Temperature sensor is unavailable</span>';
} else {
$tmp = It::convertMetric($this->sensors['temperature']['sensor_feature_value'], $this->sensors['temperature']['metric_code'], 'kelvin');
$str_tmp = round($tmp * 100);
$this->report_parts[$s][$i] = ($tmp > 0 ? '0' : '1') . $this->prepare_binary_value(abs($str_tmp), 15);
$expl_val = '<span>' . $this->sensors['temperature']['sensor_feature_value'] . ' ' . $this->sensors['temperature']['metric_code'];
if ($this->sensors['temperature']['metric_code'] != 'kelvin') {
$expl_val .= ' = ' . $tmp . ' kelvin';
}
$expl_val .= ' ~ |round(' . $tmp . ' * 10^2 - 0)| = ' . round($tmp * 100) . ' (+left bit = ' . ($tmp > 0 ? '0' : '1') . ' because ' . ($tmp > 0 ? 'positive' : 'negative') . ') ';
$expl_val .= '</span>';
}
} else {
$this->report_parts[$s][$i] = '1111111111111111';
$expl_val = '<span>No temperature sensor</span>';
}
$this->explanations[$s][$i][] = '302035 -> 302032 -> 012101: <span>' . $this->report_parts[$s][$i] . '</span> => ' . $expl_val . ' (Temperature, kelvin degree, 16bits)';
$i++;
// 302035 -> 302032 -> 012103: Dew-point temperature
// 16 bits. Metric = K. Scale = 2. Ref = 0.
if (isset($this->calculations['DewPoint'])) {
$tmp = It::convertMetric($this->calculations['DewPoint']['value'], 'celsius', 'kelvin');
$str_tmp = round($tmp * 100);
$this->report_parts[$s][$i] = ($tmp > 0 ? '0' : '1') . $this->prepare_binary_value(abs($str_tmp), 15);
$expl_val = '<span>' . $this->calculations['DewPoint']['value'] . ' celsius';
$expl_val .= ' = ' . $tmp . ' kelvin';
$expl_val .= ' ~ |round(' . $tmp . ' * 10^2 - 0)| = ' . $str_tmp . ' (+left bit = ' . ($tmp > 0 ? '0' : '1') . ' because ' . ($tmp > 0 ? 'positive' : 'negative') . ')';
$expl_val .= '</span>';
} else {
$this->report_parts[$s][$i] = '1111111111111111';
$expl_val = '<span>No calculation</span>';
}
$this->explanations[$s][$i][] = '302035 -> 302032 -> 012103: <span>' . $this->report_parts[$s][$i] . '</span> => ' . $expl_val . ' (DewPoint, kelvin, 16bits)';
$i++;
// 302035 -> 302032 -> 013003: Relative humidity
// 7 bits. Metric = %. Scale = 0. Ref = 0.
if (isset($this->sensors['humidity'])) {
if ($this->sensors['humidity']['is_m']) {
$this->report_parts[$s][$i] = '1111111';
$expl_val = '<span>Last data from Humidity sensor is unavailable</span>';
} else {
$str_tmp = round($this->sensors['humidity']['sensor_feature_value']);
$this->report_parts[$s][$i] = $this->prepare_binary_value($str_tmp, 7);
$expl_val = '<span>round(' . $this->sensors['humidity']['sensor_feature_value'] . ')</span>';
}
} else {
$this->report_parts[$s][$i] = '1111111';
$expl_val = '<span>No humidity sensor</span>';
}
$this->explanations[$s][$i][] = '302035 -> 302032 -> 013003:<span>' . $this->report_parts[$s][$i] . '</span> => ' . $expl_val . ' (RELATIVE HUMIDITY, %, 7bits)';
$i++;
// 302035 -> 302033 -> 007032: Height of visibility sensor above local ground
// 16 bits. Metric = m. Scale = 2. Ref = 0
$this->report_parts[$s][$i] = '1111111111111111';
$this->explanations[$s][$i][] = '302035 -> 302033 -> 007032: <span>' . $this->report_parts[$s][$i] . '</span> => <span>Missing</span> (Hight of visibility sensor, 16bits)';
$i++;
// 302035 -> 302033 -> 020001: Horizontal Visibility
// 13 bits. Metric = m. Scale = -1. Ref = 0
if (isset($this->sensors['visibility_1'])) {
if ($this->sensors['visibility_1']['is_m']) {
$this->report_parts[$s][$i] = '1111111111111';
$expl_val = '<span>Last data from Visibility sensor is unavailable</span>';
} else {
$tmp = It::convertMetric($this->sensors['visibility_1']['sensor_feature_value'], $this->sensors['visibility_1']['metric_code'], 'meter');
$str_tmp = round($tmp / 10, 0);
$this->report_parts[$s][$i] = $this->prepare_binary_value($str_tmp, 13);
$expl_val = '<span>' . $this->sensors['visibility_1']['sensor_feature_value'] . ' ' . $this->sensors['visibility_1']['metric_code'] . ' = ' . $tmp . ' meter. Apply scale=-1 => ' . $str_tmp . ' </span>';
}
} else {
$this->report_parts[$s][$i] = '1111111111111';
$expl_val = '<span>No Visibility sensor</span>';
}
$this->explanations[$s][$i][] = '302035 -> 302033 -> 020001: <span>' . $this->report_parts[$s][$i] . '</span> => ' . $expl_val . ' (Horizontal Visibility, 13bits)';
$i++;
// 302035 -> 302034 -> 007032: Height of Rain sensor
// 16 bits. Metric = m. Scale = 2. Ref = 0.
$this->report_parts[$s][$i] = '1111111111111111';
$this->explanations[$s][$i][] = '302035 -> 302034 -> 007032: <span>' . $this->report_parts[$s][$i] . '</span> => <span>Missing</span> (Height of Rain sensor, 16bits)';
$i++;
// 302035 -> 302034 -> 013023: Total precipitation past 24 hours, kg/m2
// 14 bits. Metric = kg/m2. Scale = 1. Ref = -1.
if (isset($this->sensors['rain_in_period'])) {
if ($this->sensors['rain_in_period']['is_m']) {
$this->report_parts[$s][$i] = '11111111111111';
$expl_val = '<span>Last data from Rain sensor is unavailable</span>';
} else {
$handler_obj = SensorHandler::create($this->sensors['rain_in_period']['handler_id_code']);
$rain_last_24_hr = $handler_obj->getTotalInLastXHr($this->sensors['rain_in_period']['sensor_feature_id'], $measuring_timestamp, 24, false)['total'];
$tmp = It::convertMetric($rain_last_24_hr, $this->sensors['rain_in_period']['metric_code'], 'millimeter');
$tmp_str = round($tmp, 1) * 10 - -1;
$this->report_parts[$s][$i] = $this->prepare_binary_value($tmp_str, 14);
$expl_val = '<span>' . $rain_last_24_hr . ' ' . $this->sensors['rain_in_period']['metric_code'];
if ($this->sensors['rain_in_period']['metric_code'] != 'millimeter') {
$expl_val .= ' = ' . $tmp . ' millimeter';
}
$expl_val .= ' ~ round(' . $tmp . ', 1) * 10^1 -(-1) = ' . $tmp_str . '</span>';
}
} else {
$this->report_parts[$s][$i] = '11111111111111';
$expl_val = '<span>No rain sensor</span>';
}
$this->explanations[$s][$i][] = '302035 -> 302034 -> 013023: <span>' . $this->report_parts[$s][$i] . '</span> => ' . $expl_val . '(Total precipitation past 24 hours, kg/m2, 14bits)';
$i++;
// 302035 -> 007032: Height of Rain sensor
// 16bits. Metric = m. Scale = 2. Ref = 0.
$this->report_parts[$s][$i] = '1111111111111111';
$this->explanations[$s][$i][] = '302035 -> 007032: <span>' . $this->report_parts[$s][$i] . '</span> => <span>Missing</span> (Height of Rain sensor, 16bits)';
$i++;
// -- 3 02 035 -> 3 02 004: Cloud Data --
// 302035 -> 302004 -> 020010: Cloud cover
// 7 bits. Metric = %. Scale = 0. Ref = 0.
$this->report_parts[$s][$i] = '1111111';
$this->explanations[$s][$i][] = '302035 -> 302004 -> 020010: <span>' . $this->report_parts[$s][$i] . '</span> => <span>Missing</span> (Cloud cover, %, 7bits)';
// 7bits
$i++;
// 302035 -> 302004 -> 008002: Vertical Significance
// 6 bits. Metric = code table. Scale = 0. Ref = 0.
$this->report_parts[$s][$i] = '111111';
$this->explanations[$s][$i][] = ' 302035 -> 302004 -> 008002: <span>' . $this->report_parts[$s][$i] . '</span> => <span>Missing</span> (Vertical Significance, 6 bits)';
$i++;
// 302035 -> 302004 -> 020011: Cloud Amount
// 4 bits. Metric = code table. Scale = 0. Ref = 0.
$this->report_parts[$s][$i] = '1111';
// if (isset($this->sensors['cloud_amount_amount_total']))
// {
// if ($this->sensors['cloud_amount_amount_total']['is_m'])
// {
// $this->report_parts[$s][$i] = '1111';
// $expl_val = 'Last data about Cloud Amount is unavailable';
// }
// else
// {
// $tmp1 = $this->_get_cloud_cover_code(round($this->sensors['cloud_amount_amount_total']['sensor_feature_value'], 1));
//
// $this->report_parts[$s][$i] = $this->prepare_binary_value($tmp1, 4);
// $expl_val = $tmp1 .' ('. round($this->sensors['cloud_amount_amount_total']['sensor_feature_value']) .'/8)';
// }
// }
// else
// {
// $this->report_parts[$s][$i] = '1111';
// $expl_val = 'No Cloud Amount sensor';
// }
// $this->explanations[$s][$i][] = '302035 -> 302004 -> 020011: <span>'.$this->report_parts[$s][$i].'</span> => <span>'. $expl_val .'</span> (Cloud Amount, 4bits)';
$this->explanations[$s][$i][] = '302035 -> 302004 -> 020011: <span>' . $this->report_parts[$s][$i] . '</span> => <span>Missing</span> (Cloud Amount, 4bits)';
$i++;
// 302035 -> 302004 -> 020013: Height of base cloud
// 11 bits. Metric = m. Scale = -1. Ref = -40.
$this->report_parts[$s][$i] = '11111111111';
$this->explanations[$s][$i][] = '302035 -> 302004 -> 020013: <span>' . $this->report_parts[$s][$i] . '</span> => <span>Missing</span> (Height of base cloud, 11bits)';
$i++;
// 302035 -> 302004 -> 020012: Cloud Type of low clouds
// 6 bits. Metric = code table. Scale = 0. Ref = 0.
$this->report_parts[$s][$i] = '111111';
$this->explanations[$s][$i][] = '302035 -> 302004 -> 020012: <span>' . $this->report_parts[$s][$i] . '</span> => <span>Missing</span> (Cloud Type of low clouds, 6bits)';
$i++;
// 302035 -> 302004 -> 020012: Cloud Type of middle clouds
// 6 bits. Metric = code table. Scale = 0. Ref = 0.
$this->report_parts[$s][$i] = '111111';
$this->explanations[$s][$i][] = '302035 -> 302004 -> 020012: <span>' . $this->report_parts[$s][$i] . '</span> => <span>Missing</span> (Cloud Type of middle clouds, 6bits)';
$i++;
// 302035 -> 302004 -> 020012: Cloud Type of high clouds
// 6 bits. Metric = code table. Scale = 0. Ref = 0.
$this->report_parts[$s][$i] = '111111';
$this->explanations[$s][$i][] = '302035 -> 302004 -> 020012: <span>' . $this->report_parts[$s][$i] . '</span> => <span>Missing</span> (Cloud Type of high clouds, 6bits)';
$i++;
// 307080 -> 302035 -> 031001: 3 repetitions for Cloud Layers.
// 8 bits
// number of repetitions should be there.
// As far as we have 3 layers of clouds – this value is fixed to 3.
$this->report_parts[$s][$i] = $this->prepare_binary_value(3, 8);
$this->explanations[$s][$i][] = '307080 -> 302035 -> 031001: <span>' . $this->report_parts[$s][$i] . '</span> => <span>3</span> repetitions for 3 Cloud Layers.(Decide here how much repetition we need, 8bits)';
$i++;
// Repetition #1
$cloudAmountSensor = isset($this->sensors['cloud_amount_amount_1']) ? $this->sensors['cloud_amount_amount_1'] : null;
// 302035 -> 302005 -> 008002 (Repetition #1): Vertical significance (surface observations)
// 6 bits. Metric = code table. Scale = 0. Ref = 0.
if (isset($cloudAmountSensor)) {
if ($cloudAmountSensor['is_m']) {
$this->report_parts[$s][$i] = '111111';
$expl_val = '<span>Missing</span>';
} else {
$tmp1 = $this->getVerticalSignificance(1, $cloudAmountSensor['sensor_feature_value']);
$this->report_parts[$s][$i] = $this->prepare_binary_value($tmp1, 6);
$expl_val = '<span>' . $tmp1 . ' (' . $cloudAmountSensor['sensor_feature_value'] . '/8)</span>';
}
} else {
$this->report_parts[$s][$i] = '111111';
$expl_val = '<span>Missing (No such measurement)</span>';
}
$this->explanations[$s][$i][] = '302035 -> 302005 -> 008002 (Repetition #1): <span>' . $this->report_parts[$s][$i] . '</span> => ' . $expl_val . ' (Vertical significance (surface observations), 6bits)';
$i++;
// 302035 -> 302005 -> 020011 (Repetition #1): Cloud amount
// 4 bits. Metric = code table. Scale = 0. Ref = 0.
if (isset($cloudAmountSensor)) {
if ($cloudAmountSensor['is_m']) {
$this->report_parts[$s][$i] = '1111';
$expl_val = '<span>Last data about Cloud Amount is unavailable</span>';
} else {
$tmp1 = $this->_get_cloud_cover_code($cloudAmountSensor['sensor_feature_value']);
$this->report_parts[$s][$i] = $this->prepare_binary_value($tmp1, 4);
$expl_val = '<span>' . $tmp1 . ' (' . $cloudAmountSensor['sensor_feature_value'] . '/8)</span>';
}
} else {
$this->report_parts[$s][$i] = '1111';
$expl_val = '<span>No Cloud Amount sensor</span>';
}
$this->explanations[$s][$i][] = '302035 -> 302005 -> 020011 (Repetition #1): <span>' . $this->report_parts[$s][$i] . '</span> => ' . $expl_val . ' (Cloud amount, 4bits)';
$i++;
// 302035 -> 302005 -> 020012 (Repetition #1): Cloud Type
// 6 bits. Metric = code table. Scale = 0. Ref = 0.
$this->report_parts[$s][$i] = '111111';
$this->explanations[$s][$i][] = '302035 -> 302005 -> 020012 (Repetition #1): <span>' . $this->report_parts[$s][$i] . '</span> => <span>Missing (No such measurement)</span> (Cloud Type, 6bits)';
$i++;
$cloudHeightSensor = isset($this->sensors['cloud_amount_height_1']) ? $this->sensors['cloud_amount_height_1'] : (isset($this->sensors['cloud_height_height_1']) ? $this->sensors['cloud_height_height_1'] : null);
// 302035 -> 302005 -> 020013 (Repetition #1): Height of Base Cloud
// 11 bits. Metric = m. Scale = -1. Ref = -40.
if (isset($cloudHeightSensor)) {
if ($cloudHeightSensor['is_m']) {
$this->report_parts[$s][$i] = '11111111111';
$expl_val = '<span>Last data about Cloud Height is unavailable</span>';
} else {
$tmp1 = It::convertMetric($cloudHeightSensor['sensor_feature_value'], $cloudHeightSensor['metric_code'], 'meter');
$tmp2 = round($tmp1 / 10 + 40);
$this->report_parts[$s][$i] = $this->prepare_binary_value($tmp2, 11);
$expl_val = '<span>' . round($cloudHeightSensor['sensor_feature_value']) . ' ' . $cloudHeightSensor['metric_code'] . ' = ' . round($tmp1, 1) . ' meter.</span> With scale=-1 and ref=40: <span>' . $tmp2 . '</span>';
}
} else {
$this->report_parts[$s][$i] = '11111111111';
$expl_val = '<span>No Cloud Height sensor</span>';
}
$this->explanations[$s][$i][] = '302035 -> 302005 -> 020013 (Repetition #1): <span>' . $this->report_parts[$s][$i] . '</span> => ' . $expl_val . ' (Height of Base Cloud, 11bits)';
$i++;
// Repetition #2
$cloudAmountSensor = isset($this->sensors['cloud_amount_amount_2']) ? $this->sensors['cloud_amount_amount_2'] : null;
// 302035 -> 302005 -> 008002 (Repetition #2): Vertical significance (surface observations)
// 6 bits. Metric = code table. Scale = 0. Ref = 0.
if (isset($cloudAmountSensor)) {
if ($cloudAmountSensor['is_m']) {
$this->report_parts[$s][$i] = '111111';
$expl_val = '<span>Missing</span>';
} else {
$tmp1 = $this->getVerticalSignificance(2, $cloudAmountSensor['sensor_feature_value']);
$this->report_parts[$s][$i] = $this->prepare_binary_value($tmp1, 6);
$expl_val = '<span>' . $tmp1 . ' (' . $cloudAmountSensor['sensor_feature_value'] . '/8)</span>';
}
} else {
$this->report_parts[$s][$i] = '111111';
$expl_val = '<span>Missing (No such measurement)</span>';
}
$this->explanations[$s][$i][] = '302035 -> 302005 -> 008002 (Repetition #2): <span>' . $this->report_parts[$s][$i] . '</span> => ' . $expl_val . ' (Vertical significance (surface observations), 6bits)';
$i++;
// 302035 -> 302005 -> 020011 (Repetition #2): Cloud amount
// 4 bits. Metric = code table. Scale = 0. Ref = 0.
if (isset($cloudAmountSensor)) {
if ($cloudAmountSensor['is_m']) {
$this->report_parts[$s][$i] = '1111';
$expl_val = '<span>Last data about Cloud Amount is unavailable</span>';
} else {
$tmp1 = $this->_get_cloud_cover_code($cloudAmountSensor['sensor_feature_value']);
$this->report_parts[$s][$i] = $this->prepare_binary_value($tmp1, 4);
$expl_val = '<span>' . $tmp1 . ' (' . $cloudAmountSensor['sensor_feature_value'] . '/8)</span>';
}
} else {
$this->report_parts[$s][$i] = '1111';
$expl_val = '<span>No Cloud Amount sensor</span>';
}
$this->explanations[$s][$i][] = '302035 -> 302005 -> 020011 (Repetition #2): <span>' . $this->report_parts[$s][$i] . '</span> => ' . $expl_val . ' (Cloud amount, 4bits)';
$i++;
// 302035 -> 302005 -> 020012 (Repetition #2): Cloud Type
// 6 bits. Metric = code table. Scale = 0. Ref = 0.
$this->report_parts[$s][$i] = '111111';
$this->explanations[$s][$i][] = '302035 -> 302005 -> 020012 (Repetition #2): <span>' . $this->report_parts[$s][$i] . '</span> => <span>Missing (No such measurement)</span> (Cloud Type, 6bits)';
$i++;
$cloudHeightSensor = isset($this->sensors['cloud_amount_height_2']) ? $this->sensors['cloud_amount_height_2'] : (isset($this->sensors['cloud_height_height_2']) ? $this->sensors['cloud_height_height_2'] : null);
// 302035 -> 302005 -> 020013 (Repetition #2): Height of Base Cloud
// 11 bits. Metric = m. Scale = -1. Ref = -40.
if (isset($cloudHeightSensor)) {
if ($cloudHeightSensor['is_m']) {
$this->report_parts[$s][$i] = '11111111111';
$expl_val = '<span>Last data about Cloud Height is unavailable</span>';
} else {
$tmp1 = It::convertMetric($cloudHeightSensor['sensor_feature_value'], $cloudHeightSensor['metric_code'], 'meter');
$tmp2 = round($tmp1 / 10 + 40);
$this->report_parts[$s][$i] = $this->prepare_binary_value($tmp2, 11);
$expl_val = '<span>' . round($cloudHeightSensor['sensor_feature_value']) . ' ' . $cloudHeightSensor['metric_code'] . ' = ' . round($tmp1, 1) . ' meter.</span> With scale=-1 and ref=40: <span>' . $tmp2 . '</span>';
}
} else {
$this->report_parts[$s][$i] = '11111111111';
$expl_val = '<span>No Cloud Height sensor</span>';
}
$this->explanations[$s][$i][] = '302035 -> 302005 -> 020013 (Repetition #2): <span>' . $this->report_parts[$s][$i] . '</span> => ' . $expl_val . ' (Height of Base Cloud, 11bits)';
$i++;
// Repetition #3
// if layer 3 is missing then check layer 4.
$cloudAmountSensor = isset($this->sensors['cloud_amount_amount_3']) && $this->sensors['cloud_amount_amount_3']['is_m'] != 1 ? $this->sensors['cloud_amount_amount_3'] : (isset($this->sensors['cloud_amount_amount_4']) ? $this->sensors['cloud_amount_amount_4'] : null);
$group = isset($this->sensors['cloud_amount_amount_3']) && $this->sensors['cloud_amount_amount_3']['is_m'] != 1 ? 3 : (isset($this->sensors['cloud_amount_amount_4']) ? 4 : null);
// 302035 -> 302005 -> 008002 (Repetition #3): Vertical significance (surface observations)
// 6 bits. Metric = code table. Scale = 0. Ref = 0.
if (isset($cloudAmountSensor)) {
if ($cloudAmountSensor['is_m']) {
$this->report_parts[$s][$i] = '111111';
$expl_val = '<span>Missing</span>';
} else {
$tmp1 = $this->getVerticalSignificance($group, $cloudAmountSensor['sensor_feature_value']);
$this->report_parts[$s][$i] = $this->prepare_binary_value($tmp1, 6);
$expl_val = '<span>' . $tmp1 . ' (' . $cloudAmountSensor['sensor_feature_value'] . '/8)</span>';
}
} else {
$this->report_parts[$s][$i] = '111111';
$expl_val = '<span>Missing (No such measurement)</span>';
}
$this->explanations[$s][$i][] = '302035 -> 302005 -> 008002 (Repetition #3): <span>' . $this->report_parts[$s][$i] . '</span> => <span>' . $expl_val . '</span> (Vertical significance (surface observations), 6bits)';
$i++;
// 302035 -> 302005 -> 020011 (Repetition #3): Cloud amount
// 4 bits. Metric = code table. Scale = 0. Ref = 0.
if (isset($cloudAmountSensor)) {
if ($cloudAmountSensor['is_m']) {
$this->report_parts[$s][$i] = '1111';
$expl_val = '<span>Last data about Cloud Amount is unavailable</span>';
} else {
$tmp1 = $this->_get_cloud_cover_code($cloudAmountSensor['sensor_feature_value']);
$this->report_parts[$s][$i] = $this->prepare_binary_value($tmp1, 4);
$expl_val = '<span>' . $tmp1 . ' (' . $cloudAmountSensor['sensor_feature_value'] . '/8)</span>';
}
} else {
$this->report_parts[$s][$i] = '1111';
$expl_val = '<span>No Cloud Amount sensor</span>';
}
$this->explanations[$s][$i][] = '302035 -> 302005 -> 020011 (Repetition #3): <span>' . $this->report_parts[$s][$i] . '</span> => ' . $expl_val . ' (Cloud amount, 4bits)';
$i++;
// 302035 -> 302005 -> 020012 (Repetition #3): Cloud Type
// 6 bits. Metric = code table. Scale = 0. Ref = 0.
$this->report_parts[$s][$i] = '111111';
$this->explanations[$s][$i][] = '302035 -> 302005 -> 020012 (Repetition #3): <span>' . $this->report_parts[$s][$i] . '</span> => <span>Missing (No such measurement)</span> (Cloud Type, 6bits)';
$i++;
$cloudHeightSensor = isset($this->sensors['cloud_amount_height_3']) ? $this->sensors['cloud_amount_height_3'] : (isset($this->sensors['cloud_height_height_3']) ? $this->sensors['cloud_height_height_3'] : null);
// 302035 -> 302005 -> 020013 (Repetition #3): Height of Base Cloud
// 11 bits. Metric = m. Scale = -1. Ref = -40.
if (isset($cloudHeightSensor)) {
if ($cloudHeightSensor['is_m']) {
$this->report_parts[$s][$i] = '11111111111';
$expl_val = '<span>Last data about Cloud Height is unavailable</span>';
} else {
$tmp1 = It::convertMetric($cloudHeightSensor['sensor_feature_value'], $cloudHeightSensor['metric_code'], 'meter');
$tmp2 = round($tmp1 / 10 + 40);
$this->report_parts[$s][$i] = $this->prepare_binary_value($tmp2, 11);
$expl_val = '<span>' . round($cloudHeightSensor['sensor_feature_value']) . ' ' . $cloudHeightSensor['metric_code'] . ' = ' . round($tmp1, 1) . ' meter.</span> With scale=-1 and ref=40: <span>' . $tmp2 . '</span>';
}
} else {
$this->report_parts[$s][$i] = '11111111111';
$expl_val = '<span>No Cloud Height sensor</span>';
}
$this->explanations[$s][$i][] = '302035 -> 302005 -> 020013 (Repetition #3): <span>' . $this->report_parts[$s][$i] . '</span> => ' . $expl_val . ' (Height of Base Cloud, 11bits)';
$i++;
// 3 02 036: Clouds with bases below station level
// 302036 -> 031001: 1 repetition
// 8 bits
// 1 repetition only, so 1 is fixed
$this->report_parts[$s][$i] = $this->prepare_binary_value(1, 8);
$this->explanations[$s][$i][] = '302036 -> 031001 (Decide here how much repetition we need): <span>' . $this->report_parts[$s][$i] . '</span> => <span>1</span>';
$i++;
// 302036 -> 008002 (Repetition #1): Vertical significance (surface observations)
// 6 bits. Metric = code table. Scale = 0. Ref = 0.
$this->report_parts[$s][$i] = '111111';
$this->explanations[$s][$i][] = '302036 -> 008002 (Repetition #1): <span>' . $this->report_parts[$s][$i] . '</span> => <span>Missing</span> (Vertical significance (surface observations), 6bits)';
$i++;
// 302036 -> 020011 (Repetition #1): Cloud amount
// 4 bits. Metric = code table. Scale = 0. Ref = 0.
$this->report_parts[$s][$i] = '1111';
$this->explanations[$s][$i][] = '302036 -> 020011 (Repetition #1): <span>' . $this->report_parts[$s][$i] . '</span> => <span>Missing</span> (Cloud amount, 4bits)';
$i++;
// 302036 -> 020012 (Repetition #1): Cloud Type
// 6 bits. Metric = code table. Scale = 0. Ref = 0.
$this->report_parts[$s][$i] = '111111';
$this->explanations[$s][$i][] = '302036 -> 020012 (Repetition #1): <span>' . $this->report_parts[$s][$i] . '</span> => <span>Missing</span> (Cloud Type, 6bits)';
$i++;
// 302036 -> 020014 (Repetition #1): Height of top of cloud
// 11 bits. Metric = m. Scale = -1. Ref = -40;
$this->report_parts[$s][$i] = '11111111111';
$this->explanations[$s][$i][] = '302036 -> 020014 (Repetition #1): <span>' . $this->report_parts[$s][$i] . '</span> => <span>Missing</span> (Height of top of cloud, 11bits)';
$i++;
// 302036 -> 020017 (Repetition #1): Cloud top description
// 4 bits. Metric = code table. Scale = 0. Ref = 0;
$this->report_parts[$s][$i] = '1111';
$this->explanations[$s][$i][] = '302036 -> 020017 (Repetition #1): <span>' . $this->report_parts[$s][$i] . '</span> => <span>Missing</span> (Cloud top description, 4bits)';
$i++;
// 3 02 047: Direction of cloud drift
// 302047 -> 008002 (Repetition #1): Vertical significance (surface observations)
// 6 bits. Metric = code table. Scale = 0. Ref = 0.
$this->report_parts[$s][$i] = '111111';
$this->explanations[$s][$i][] = '302047 -> 008002 (Repetition #1): <span>' . $this->report_parts[$s][$i] . '</span> => <span>Missing</span> (Vertical significance (surface observations), 6bits)';
$i++;
// 302047 -> 020054 (Repetition #1): True direction
// 9 bits. Metric = degree true. Scale = 0. Ref = 9
$this->report_parts[$s][$i] = '111111111';
$this->explanations[$s][$i][] = '302047 -> 020054 (Repetition #1): <span>' . $this->report_parts[$s][$i] . '</span> => <span>Missing</span> (True direction from which clouds are moving, 9bits)';
$i++;
// 302047 -> 008002 (Repetition #2): Vertical significance (surface observations)
// 6 bits. Metric = code table. Scale = 0. Ref = 0.
$this->report_parts[$s][$i] = '111111';
$this->explanations[$s][$i][] = '302047 -> 008002 (Repetition #2): <span>' . $this->report_parts[$s][$i] . '</span> => <span>Missing</span> (Vertical significance (surface observations), 6bits)';
$i++;
// 302047 -> 020054 (Repetition #2): True direction
// 9 bits. Metric = degree true. Scale = 0. Ref = 9
$this->report_parts[$s][$i] = '111111111';
$this->explanations[$s][$i][] = '302047 -> 020054 (Repetition #2): <span>' . $this->report_parts[$s][$i] . '</span> => <span>Missing</span> (True direction from which clouds are moving, 9bits)';
$i++;
// 302047 -> 008002 (Repetition #3): Vertical significance (surface observations)
// 6 bits. Metric = code table. Scale = 0. Ref = 0
$this->report_parts[$s][$i] = '111111';
$this->explanations[$s][$i][] = '302047 -> 008002 (Repetition #3): <span>' . $this->report_parts[$s][$i] . '</span> => <span>Missing</span> (Vertical significance (surface observations), 6bits)';
$i++;
// 302047 -> 020054 (Repetition #3): True direction
// 9 bits. Metric = degree true. Scale = 0. Ref = 9
$this->report_parts[$s][$i] = '111111111';
$this->explanations[$s][$i][] = '302047 -> 020054 (Repetition #3): <span>' . $this->report_parts[$s][$i] . '</span> => <span>Missing</span> (True direction from which clouds are moving, 9bits)';
$i++;
// 008002: Vertical significance (surface observations)
// 6 bits. Metric = code table. Scale = 0. Ref = 0.
$this->report_parts[$s][$i] = '111111';
$this->explanations[$s][$i][] = '008002: <span>' . $this->report_parts[$s][$i] . '</span> => <span>Missing</span> (Vertical significance, 6bits)';
$i++;
// 3 02 048: Direction and elevation of cloud
// 302048 -> 005021: Bearing of azimuth
// 16 bits. Metric = degree. Scale = 2. Ref = 0
$this->report_parts[$s][$i] = '1111111111111111';
$this->explanations[$s][$i][] = '302048 -> 005021: <span>' . $this->report_parts[$s][$i] . '</span> => <span>Missing</span> (Bearing of azimuth, 16bits)';
$i++;
// 302048 -> 007021: Elevation
// 15 bits. Metric = Degree. Scale = 2. Ref = -9000.
$this->report_parts[$s][$i] = '111111111111111';
$this->explanations[$s][$i][] = '302048 -> 007021: <span>' . $this->report_parts[$s][$i] . '</span> => <span>Missing</span> (Elevation, 15bits)';
$i++;
// 302048 -> 020012: Cloud type
// 6 bits. Metric = code table. Scale = 0. Ref = 0.
$this->report_parts[$s][$i] = '111111';
$this->explanations[$s][$i][] = '302048 -> 020012: <span>' . $this->report_parts[$s][$i] . '</span> => <span>Missing</span> (Cloud type, 6bits)';
$i++;
// 302048 -> 005021: Bearing of azimuth
// 16 bits. Metric = degree. Scale = 2. Ref = 0
$this->report_parts[$s][$i] = '1111111111111111';
$this->explanations[$s][$i][] = '302048 -> 005021: <span>' . $this->report_parts[$s][$i] . '</span> => <span>Missing</span> (Bearing of azimuth, 16bits)';
$i++;
// 302048 -> 007021: Elevation
// 15 bits. Metric = Degree. Scale = 2. Ref = -9000.
$this->report_parts[$s][$i] = '111111111111111';
$this->explanations[$s][$i][] = '302048 -> 007021: <span>' . $this->report_parts[$s][$i] . '</span> => <span>Missing</span> (Elevation, 15bits)';
$i++;
// 3 02 037: State of ground, snow depth, ground minimum temperature
// 302037 -> 020062: State of the ground
// 5 bits. Metric = code table. Scale = 0. Ref = 0.
$this->report_parts[$s][$i] = '11111';
// 31 - missing value from "State of ground" code table.
$this->explanations[$s][$i][] = '302037 -> 020062: <span>' . $this->report_parts[$s][$i] . '</span> => <span>Missing</span> (State of the ground, 5bits)';
$i++;
// 302037 -> 013013: Total snow depth
// 16 bits. Metric = m. Scale = 2. Ref = -2.
if (isset($this->sensors['snow_depth'])) {
if ($this->sensors['snow_depth']['is_m']) {
$this->report_parts[$s][$i] = '1111111111111111';
$this->explanations[$s][$i][] = '302037 -> 013013: <span>' . $this->report_parts[$s][$i] . '</span> => <span>Last data about Snow Depth is unavailable</span> (Total snow depth, 16bits)';
} else {
$value = round($this->sensors['snow_depth']['sensor_feature_value'] * 100) + 2;
$this->report_parts[$s][$i] = $this->prepare_binary_value($value, 16);
$this->explanations[$s][$i][] = '302037 -> 013013: <span>' . $this->report_parts[$s][$i] . '</span> => <span>' . $value . '</span> (Total snow depth, 16bits)';
}
} else {
$this->report_parts[$s][$i] = '1111111111111111';
$this->explanations[$s][$i][] = '302037 -> 013013: <span>' . $this->report_parts[$s][$i] . '</span> => <span>Missing</span> (Total snow depth, 16bits)';
}
$i++;
// 302037 -> 012113: Ground minimum temperature
// 16 bits. Metric = K. Scale = 2. Ref = 0.
$this->report_parts[$s][$i] = '1111111111111111';
$this->explanations[$s][$i][] = '302037 -> 012113: <span>' . $this->report_parts[$s][$i] . '</span> => <span>Missing</span> (Ground minimum temperature, 16bits)';
$i++;
// 0 12 122: Ground minimum temperature of the preceding night
// 16 bits. Metric = K. Scale = 2. Ref = 0.
$this->report_parts[$s][$i] = '1111111111111111';
$this->explanations[$s][$i][] = '0 12 122: <span>' . $this->report_parts[$s][$i] . '</span> => <span>Missing</span> (Ground minimum temperature of the preceding night, 16bits)';
$i++;
// 0 13 056: Character and intensity of precipitation
// 4 bits. Metric = -. Scale = 0. Ref = 0.
$this->report_parts[$s][$i] = '1111';
$this->explanations[$s][$i][] = '0 13 056: <span>' . $this->report_parts[$s][$i] . '</span> => <span>Missing</span> (Character and intensity of precipitation, 4bits)';
$i++;
// 0 13 057: Time of beginning or end of precipitation
// 4 bits. Metric = -. Scale = 0. Ref = 0.
$this->report_parts[$s][$i] = '1111';
$this->explanations[$s][$i][] = '0 13 057: <span>' . $this->report_parts[$s][$i] . '</span> => <span>Missing</span> (Time of beginning or end of precipitation, 4bits)';
$i++;
// -- Locust data --
// 0 20 101: Locust (acridian) name
// 4 bits. Metric = -. Scale = 0. Ref = 0.
$this->report_parts[$s][$i] = '1111';
$this->explanations[$s][$i][] = '0 20 101: <span>' . $this->report_parts[$s][$i] . '</span> => <span>Missing</span> (Locust (acridian) name, 4bits)';
$i++;
// 0 20 102: Locust (maturity) colour
// 4 bits. Metric = -. Scale = 0. Ref = 0.
$this->report_parts[$s][$i] = '1111';
$this->explanations[$s][$i][] = '0 20 102: <span>' . $this->report_parts[$s][$i] . '</span> => <span>Missing</span> (Locust (maturity) colour, 4bits)';
$i++;
// 0 20 103: Stage of development of locusts
// 4 bits. Metric = -. Scale = 0. Ref = 0.
$this->report_parts[$s][$i] = '1111';
$this->explanations[$s][$i][] = '0 20 103: <span>' . $this->report_parts[$s][$i] . '</span> => <span>Missing</span> (Stage of development of locusts, 4bits)';
$i++;
// 0 20 104: Organization state of swarm or band of locusts
// 4 bits. Metric = -. Scale = 0. Ref = 0.
$this->report_parts[$s][$i] = '1111';
$this->explanations[$s][$i][] = '0 20 104: <span>' . $this->report_parts[$s][$i] . '</span> => <span>Missing</span> (Organization state of swarm or band of locusts, 4bits)';
$i++;
// 0 20 105: Size of swarm or band of locusts and duration of passage of swarm
// 4 bits. Metric = -. Scale = 0. Ref = 0.
$this->report_parts[$s][$i] = '1111';
$this->explanations[$s][$i][] = '0 20 105: <span>' . $this->report_parts[$s][$i] . '</span> => <span>Missing</span> (Size of swarm or band of locusts and duration of passage of swarm, 4bits)';
$i++;
// 0 20 106: Locust population density
// 4 bits. Metric = -. Scale = 0. Ref = 0.
$this->report_parts[$s][$i] = '1111';
$this->explanations[$s][$i][] = '0 20 106: <span>' . $this->report_parts[$s][$i] . '</span> => <span>Missing</span> (Locust population density , 4bits)';
$i++;
// 0 20 107: Direction of movements of locust swarm
// 4 bits. Metric = -. Scale = 0. Ref = 0.
$this->report_parts[$s][$i] = '1111';
$this->explanations[$s][$i][] = '0 20 107: <span>' . $this->report_parts[$s][$i] . '</span> => <span>Missing</span> (Direction of movements of locust swarm, 4bits)';
$i++;
// 0 20 108: Extent of vegetation
// 4 bits. Metric = -. Scale = 0. Ref = 0.
$this->report_parts[$s][$i] = '1111';
$this->explanations[$s][$i][] = '0 20 108: <span>' . $this->report_parts[$s][$i] . '</span> => <span>Missing</span> (Extent of vegetation, 4bits)';
$i++;
// -- End of Locust data --
// 3 02 043: Basic synoptic “Period” data
// 3 02 043 → 3 02 038: Present and past weather.
// 302043 -> 302038 -> 020003: Present weather
// 9 bits. Metric = Code table. Scale = 0. Ref = 0.
$this->report_parts[$s][$i] = '111111111';
$this->explanations[$s][$i][] = '302043 -> 302038 -> 020003: <span>' . $this->report_parts[$s][$i] . '</span> => <span>Missing</span> Present weather, 9bits)';
$i++;
// SEE NOTE 1!
// 302043 -> 302038 -> 004024: Time period of displacement
// 12 bits. Metric = Hour. Scale = 0. Ref = -2048
$this->report_parts[$s][$i] = '111111111111';
$this->explanations[$s][$i][] = '302043 -> 302038 -> 004024: <span>' . $this->report_parts[$s][$i] . '</span> => <span>Missing</span> (Time period of displacement, 12bits)';
$i++;
// 302043 -> 302038 -> 020004: Past Weather 1
// 5 bits. Metric = -. Scale = 0. Ref = 0.
$this->report_parts[$s][$i] = '11111';
$this->explanations[$s][$i][] = '302043 -> 302038 -> 020004: <span>' . $this->report_parts[$s][$i] . '</span> => <span>Missing</span> (Past Weather 1, 5bits)';
$i++;
// SEE NOTE 2!
// 302043 -> 302038 -> 020005: Past Weather 2
// 5 bits. Metric = Code table. Scale = 0. Ref = 0.
$this->report_parts[$s][$i] = '11111';
$this->explanations[$s][$i][] = '302043 -> 302038 -> 020005: <span>' . $this->report_parts[$s][$i] . '</span> => <span>Missing</span> (Past Weather 2, 5bits)';
$i++;
// SEE NOTE 3!
// 3 02 043 → 3 02 039: Sunshine data (from 1 hour and 24 hour period)
// 302043 -> 302039 -> 004024 (Repetition #1): Time period of sunshine measuring
// 12 bits. Metric = Hour. Scale = 0. Ref = -2048
$this->report_parts[$s][$i] = $this->prepare_binary_value(2047, 12);
$this->explanations[$s][$i][] = '302043 -> 302039 -> 004024 (Repetition #1): <span>' . $this->report_parts[$s][$i] . '</span> => <span>-1 - (-2048) = 2047</span> (Time period of sunshine measuring, hours, 12 bits)';
$i++;
// 302043 -> 302039 -> 014031 (Repetition #1): Total Sunshine
// 11 bits. Metric = minute. Scale = 0. Ref = 0.
if (isset($this->sensors['sun_duration_in_period']) && $this->sensors['sun_duration_in_period']['sensor_feature_period']) {
if ($this->sensors['sun_duration_in_period']['is_m']) {
$this->report_parts[$s][$i] = '11111111111';
$expl_val = '<span>Last data about Sunshine is unavailable</span>';
} else {
// get object of SunDuration handler
$handler_obj = SensorHandler::create($this->sensors['sun_duration_in_period']['handler_id_code']);
// get total sunshine in last 1 hour
$last_1_hr = $handler_obj->getTotalInLastXHr($this->sensors['sun_duration_in_period']['sensor_feature_id'], $script_runtime, 1, false)['total'];
// round to get integer
$str_tmp = round($last_1_hr);
$this->report_parts[$s][$i] = $this->prepare_binary_value($str_tmp, 11);
$expl_val = '<span>' . $str_tmp . ' (during last hour)</span>';
}
} else {
$this->report_parts[$s][$i] = '11111111111';
$expl_val = '<span>No sunshine sensor</span>';
}
$this->explanations[$s][$i][] = '302043 -> 302039 -> 014031 (Repetition #1): <span>' . $this->report_parts[$s][$i] . '</span> => ' . $expl_val . ' (Total Sunshine, minutes, 11bits)';
$i++;
// 302043 -> 302039 -> 004024 (Repetition #2): Time period of sunshine measuring
// 12 bits. Metric = hour. Scale = 0. Ref = -2048.
$this->report_parts[$s][$i] = '100000011000';
$this->explanations[$s][$i][] = '302043 -> 302039 -> 004024 (Repetition #2): <span>' . $this->report_parts[$s][$i] . '</span> => <span>24 - (-2048) = 2072</span> (Time period of sunshine measuring, hrs, 12bits)';
$i++;
// 302043 -> 302039 -> 014031 (Repetition #2): Total Sunshine
// 11 bits. Metric = minute. Scale = 0. Ref = 0.
if (isset($this->sensors['sun_duration_in_period']) && $this->sensors['sun_duration_in_period']['sensor_feature_period']) {
$handler_obj = SensorHandler::create($this->sensors['sun_duration_in_period']['handler_id_code']);
$last_24_hr = $handler_obj->getTotalInLastXHr($this->sensors['sun_duration_in_period']['sensor_feature_id'], $measuring_timestamp, 24, false)['total'];
$str_tmp = round($last_24_hr);
$this->report_parts[$s][$i] = $this->prepare_binary_value($str_tmp, 11);
$expl_val = '<span>' . $str_tmp . '</span>';
} else {
$this->report_parts[$s][$i] = '11111111111';
$this->explanations[$s][$i][] = '<span>No sunshine sensor</span>';
}
$this->explanations[$s][$i][] = '302043 -> 302039 -> 014031 (Repetition #2): <span>' . $this->report_parts[$s][$i] . '</span> => ' . $expl_val . ' (Total Sunshine, minutes, 11bits)';
$i++;
// 3 02 043 → 3 02 040: Precipitation measurement
// 302043 -> 302040 -> 007032: Height of rain sensor
// 16 bits. Metric = m. Scale = 2. Ref = 0.
$this->report_parts[$s][$i] = '1111111111111111';
$this->explanations[$s][$i][] = '302043 -> 302040 -> 007032: <span>' . $this->report_parts[$s][$i] . '</span> => <span>Missing</span> (Height of rain sensor, 16bits)';
$i++;
// 302043 -> 302040 -> 004024 (Repetition #1): Time period or displacement
// 12 bits. Metric = hour. Scale = 0. Ref = -2048.
$this->report_parts[$s][$i] = $this->prepare_binary_value(2047, 12);
$this->explanations[$s][$i][] = '302043 -> 302040 -> 004024 (Repetition #1): <span>' . $this->report_parts[$s][$i] . '</span> => <span>-1 - (-2048) = 2049</span> (Time period or displacemnt, Hours, 12bits)';
$i++;
// 302043 -> 302040 -> 013011 (Repetition #1): Total rain for 1 hour
// 14 bits. Metric = kg/m2. Scale = 1. Ref = -1.
if (isset($this->sensors['rain_in_period']) && $this->sensors['rain_in_period']['sensor_feature_period']) {
if ($this->sensors['rain_in_period']['is_m']) {
$this->report_parts[$s][$i] = '11111111111111';
$expl_val = '<span>last data from Rain sensor is unavalable.</span>';
} else {
// create object of Rain handler
$handler_obj = SensorHandler::create($this->sensors['rain_in_period']['handler_id_code']);
// get total rain in last 1 hour
$last_1_hr = $handler_obj->getTotalInLastXHr($this->sensors['rain_in_period']['sensor_feature_id'], $script_runtime, 1, false)['total'];
$tmp1 = It::convertMetric($last_1_hr, $this->sensors['rain_in_period']['metric_code'], 'millimeter');
// 1. apply scale = -2 (value * 10^1 )
// 2. round to get integer
// 3. apply ref = -1
$tmp = round($tmp1 * 10) - -1;
$this->report_parts[$s][$i] = $this->prepare_binary_value($tmp, 14);
$expl_val = '<span>' . $last_1_hr . ' ' . $this->sensors['rain_in_period']['metric_code'] . ' (during 60 min)';
if ($this->sensors['rain_in_period']['metric_code'] != 'millimeter') {
$expl_val .= ' = ' . $tmp1 . ' mm ';
}
$expl_val .= ' ~ round(' . $tmp1 . ' * 10^1) -(-1) = ' . $tmp . '</span>';
}
} else {
$this->report_parts[$s][$i] = '11111111111111';
$expl_val = '<span>No rain sensor</span>';
}
$this->explanations[$s][$i][] = '302043 -> 302040 -> 013011 (Repetition #1): <span>' . $this->report_parts[$s][$i] . '</span> => ' . $expl_val . '(Total rain for 1 hour, 14bits)';
$i++;
// The following descriptors about rain depend on script run timestamp.
// At 00:00 report shows total rain for last 24 hours.
// At 06:00, 12:00, 18:00 report shows total rain for last 6 hours.
// For any other timestamp report shows missed value (111...)
$rain_total_hours = 0;
if ($script_runtime_minute == '00' && $script_runtime_hour == '00') {
$rain_total_hours = 24;
} else {
if ($script_runtime_minute == '00' && in_array($script_runtime_hour, array('06', '12', '18'))) {
$rain_total_hours = 6;
}
}
// 302043 -> 302040 -> 004024 (Repetition #2): Time period of precipitation measuring
// 12 bits. Metric = hour. Scale = 0. Ref = -2048.
$this->report_parts[$s][$i] = $rain_total_hours ? $this->prepare_binary_value(2048 - $rain_total_hours, 12) : '111111111111';
$this->explanations[$s][$i][] = '302043 -> 302040 -> 004024 (Repetition #2): <span>' . $this->report_parts[$s][$i] . '</span> => <span>' . ($rain_total_hours ? '-' . $rain_total_hours . ' - (-2048)' : 'This is not 00, 06, 12 or 18 hr') . '</span> (Time period of precipitation measuring, hrs, 12bits)';
$i++;
// 302043 -> 302040 -> 013011 (Repetition #2): Total precipitation in last 24 or 6 hours
// 14bits. Metric = kg/m2. Scale = 1. Ref = -1.
if (isset($this->sensors['rain_in_period'])) {
if ($rain_total_hours === 0) {
$this->report_parts[$s][$i] = '11111111111111';
$expl_val = '<span>Total rain can be calculated only at 00, 06, 12 or 18 hr</span>';
} else {
// create object of rain Handler
$handler_obj = SensorHandler::create($this->sensors['rain_in_period']['handler_id_code']);
$rain_last_24_hr = $handler_obj->getTotalInLastXHr($this->sensors['rain_in_period']['sensor_feature_id'], $script_runtime, $rain_total_hours, false)['total'];
$tmp = It::convertMetric($rain_last_24_hr, $this->sensors['rain_in_period']['metric_code'], 'millimeter');
// 1. apply scale = -2 (value * 10^1 )
// 2. round to get integer
// 3. apply ref = -1
$tmp_str = round($tmp * 10) - -1;
$this->report_parts[$s][$i] = $this->prepare_binary_value($tmp_str, 14);
$expl_val = '<span>';
$expl_val .= $rain_last_24_hr . ' ' . $this->sensors['rain_in_period']['metric_code'];
if ($this->sensors['rain_in_period']['metric_code'] != 'millimeter') {
$expl_val .= ' = ' . $tmp . ' mm';
}
$expl_val .= '~ round(' . $tmp . ' * 10^1) -(-1) = ' . $tmp_str . '</span>';
}
} else {
$this->report_parts[$s][$i] = '11111111111111';
$expl_val = '<span>No rain sensor</span>';
}
$this->explanations[$s][$i][] = '302043 -> 302040 -> 013011 (Repetition #2): <span>' . $this->report_parts[$s][$i] . '</span> => ' . $expl_val . ' (Total precipitation past ' . $rain_total_hours . ' hours, kg/m2, 14bits)';
$i++;
// 3 02 043 -> 3 02 041: Extreme temperature data
// 302043 -> 302041 -> 007032: Height of temperature sensor
// 16 bits. Metric = m. Scale = 2. Ref = 0.
$this->report_parts[$s][$i] = '1111111111111111';
$this->explanations[$s][$i][] = '302043 -> 302041 -> 007032: <span>' . $this->report_parts[$s][$i] . '</span> => <span>Missing</span> (Height of temperature sensor, 16bits)';
$i++;
// prepare temperature extremums
if (isset($this->sensors['temperature'])) {
$handler_obj = SensorHandler::create($this->sensors['temperature']['handler_id_code']);
if ($script_runtime_hour == '06') {
// get temperature extremums in period [21:00 of day before previous day; 21:00 of previous day)
$tmp_measuring_timestamp = mktime(20, 59, 59, $script_runtime_month, $script_runtime_day - 1, $script_runtime_year);
$temperature_extr = $handler_obj->getMaxMinFromHour($this->sensors['temperature']['sensor_feature_id'], $tmp_measuring_timestamp, 21, false);
} else {
if ($script_runtime_hour == '00') {
// get temperature extremums in period [09:00 of previous day; 09:00 of this day)
$tmp_measuring_timestamp = mktime(8, 59, 59, $script_runtime_month, $script_runtime_day - 1, $script_runtime_year);
$temperature_extr = $handler_obj->getMaxMinFromHour($this->sensors['temperature']['sensor_feature_id'], $tmp_measuring_timestamp, 9, false);
}
}
}
// Max tempr
// 302043 -> 302041 -> 004024: Time period of temperature measuring
// 12 bits. Metric = hour. Scale = 0. Ref = -2048
$this->report_parts[$s][$i] = $script_runtime_hour == '06' && $script_runtime_minute == '00' ? '011111100100' : '111111111111';
$this->explanations[$s][$i][] = '302043 -> 302041 -> 004024: <span>' . $this->report_parts[$s][$i] . '</span> => <span>24 * 10^0 - (-2048) = 2072</span> (Time period of temperature measuring, hours, 12bits)';
$i++;
// 302043 -> 302041 -> 004024: Time period of temperature measuring
// 12 bits. Metric = hour. Scale = 0. Ref = -2048
$this->report_parts[$s][$i] = $script_runtime_hour == '06' && $script_runtime_minute == '00' ? '011111111100' : '111111111111';
$this->explanations[$s][$i][] = '302043 -> 302041 -> 004024: <span>' . $this->report_parts[$s][$i] . '</span> => <span>Missing</span> (Time period or replacement, 12bits)';
$i++;
// 302043 -> 302041 -> 012111: Maximum temperature, at height and over period specified
// 16 bits. Metric = K. Scale = 2. Ref = 0.
if (isset($this->sensors['temperature'])) {
if ($script_runtime_hour == '06' && $script_runtime_minute == '00') {
$tmp1 = It::convertMetric($temperature_extr['max'] ? $temperature_extr['max'] : 0, $this->sensors['temperature']['metric_code'], 'kelvin');
// 1. apply scale = 2 (value * 10^2)
// 2. round to get integer
$tmp = round($tmp1 * 100);
$this->report_parts[$s][$i] = ($tmp > 0 ? '0' : '1') . $this->prepare_binary_value(abs($tmp), 15);
$expl_val = $temperature_extr['max'] . ' ' . $this->sensors['temperature']['metric_code'];
if ($this->sensors['temperature']['metric_code'] != 'kelvin') {
$expl_val .= ' = ' . $tmp1 . ' kelvin';
}
$expl_val .= ' ~ |round(' . $tmp1 . ' * 10^2) - 0| = ' . $tmp . '(+left bit = ' . ($tmp > 0 ? '0' : '1') . ' because ' . ($tmp > 0 ? 'positive' : 'negative') . ') ';
} else {
$this->report_parts[$s][$i] = '1111111111111111';
$expl_val = 'MAX tempr can be calculated only at 06UTC';
}
} else {
$this->report_parts[$s][$i] = '1111111111111111';
$expl_val = 'No temperature sensor';
}
$this->explanations[$s][$i][] = '302043 -> 302041 -> 012111: <span>' . $this->report_parts[$s][$i] . '</span> => <span>' . $expl_val . '</span> (Maximum temperature, K, 16bits)';
$i++;
// Min tempr
// 302043 -> 302041 -> 004024: Time period of temperature measuring
$this->report_parts[$s][$i] = $script_runtime_hour == '06' && $script_runtime_minute == '00' ? '011111100100' : '111111111111';
$this->explanations[$s][$i][] = '302043 -> 302041 -> 004024: <span>' . $this->report_parts[$s][$i] . '</span> => <span>' . ($script_runtime_hour == '06' && $script_runtime_minute == '00' ? '-28 - (-2048) = 2020' : 'Missed because it is not at 00 UTC') . '</span> (Time period of temperature measuring, 12bits)';
$i++;
// 302043 -> 302041 -> 004024: Time period of temperature measuring
// 12 bits. Metric = hour. Scale = 0. Ref = -2048
$this->report_parts[$s][$i] = $script_runtime_hour == '06' && $script_runtime_minute == '00' ? '011111111100' : '111111111111';
$this->explanations[$s][$i][] = '302043 -> 302041 -> 004024: <span>' . $this->report_parts[$s][$i] . '</span> => <span>' . ($script_runtime_hour == '06' && $script_runtime_minute == '00' ? '-4 - (-2048) = 2044' : 'Missed because it is not at 00 UTC') . '</span> (Time period or displacement, 12bits)';
$i++;
// 302043 -> 302041 -> 012112: Minimum temperature, at height and over period specified
// 16 bits. Metric = K. Scale = 2. Ref = 0.
if (isset($this->sensors['temperature'])) {
if ($script_runtime_hour == '06' && $script_runtime_minute == '00') {
$tmp1 = It::convertMetric($temperature_extr['min'] ? $temperature_extr['min'] : 0, $this->sensors['temperature']['metric_code'], 'kelvin');
// 1. apply scale = 2 (value * 10^2)
// 2. round to get integer
$tmp = round($tmp1 * 100);
$this->report_parts[$s][$i] = ($tmp > 0 ? '0' : '1') . $this->prepare_binary_value(abs($tmp), 15);
$expl_val = $temperature_extr['min'] . ' ' . $this->sensors['temperature']['metric_code'];
if ($this->sensors['temperature']['metric_code'] != 'kelvin') {
$expl_val .= ' = ' . $tmp1 . ' kelvin';
}
$expl_val .= ' ~ |round(' . $tmp1 . ' * 10^2) - 0| = ' . abs($tmp) . ' (+left bit = ' . ($tmp > 0 ? '0' : '1') . ' because ' . ($tmp > 0 ? 'positive' : 'negative') . ')';
} else {
$this->report_parts[$s][$i] = '1111111111111111';
$expl_val = 'MIN tempr can be calculated only at 00UTC';
}
} else {
$this->report_parts[$s][$i] = '1111111111111111';
$expl_val = 'No temperature sensor';
}
$this->explanations[$s][$i][] = '302043 -> 302041 -> 012112: <span>' . $this->report_parts[$s][$i] . '</span> => <span>' . $expl_val . '</span> (Minimum temperature, K, 16bits)';
$i++;
// 3 02 043 -> 3 02 042: Wind data
// 302043 -> 302042 -> 007032: Height of wind sensor
// 16 bits. Metric = m. Scale = 2. Ref = 0.
$this->report_parts[$s][$i] = '1111111111111111';
$this->explanations[$s][$i][] = '302043 -> 302042 -> 007032: <span>' . $this->report_parts[$s][$i] . '</span> => <span>Missing</span> (Height of wind sensor, 16bits)';
$i++;
// 302043 -> 302042 -> 002002: Type of instrumentation for wind measurement
// 4 bits. Metric = Flag table. Scale = 0. Ref = 0
$this->report_parts[$s][$i] = $this->prepare_binary_value(8, 4);
$this->explanations[$s][$i][] = '302043 -> 302042 -> 002002: <span>' . $this->report_parts[$s][$i] . '</span> => <span>8</span> (Type of instrumentation for wind measurement, 4 bits)';
$i++;
// 302043 -> 302042 -> 008021: Time significance
// 5 bits. Metric = code table. Scale = 0. Ref = 0.
$this->report_parts[$s][$i] = $this->prepare_binary_value(2, 5);
$this->explanations[$s][$i][] = '302043 -> 302042 -> 008021: <span>' . $this->report_parts[$s][$i] . '</span> => <span>2=time averaged</span> (Time significance, 5 bits)';
$i++;
// 302043 -> 302042 -> 004025: Time period or displacement
// 12 bits. Metric = minute. Scale = 0. Ref = -2048
$this->report_parts[$s][$i] = $this->prepare_binary_value(2038, 12);
$this->explanations[$s][$i][] = '302043 -> 302042 -> 004025: <span>' . $this->report_parts[$s][$i] . '</span> => <span>-10 - (-2048) = 2038</span> (Time period or displacement, min, 12bits)';
$i++;
// 302043 -> 302042 -> 011001: Wind direction
// 9 bits. Metric = degree. Scale = 0. Ref = 0.
if (isset($this->sensors['wind_direction_10'])) {
if ($this->sensors['wind_direction_10']['is_m']) {
$this->report_parts[$s][$i] = '111111111';
$expl_val = 'Last data about Wind Direction is unavailable';
} else {
// create object of wind direction handler
$handler_obj = SensorHandler::create($this->sensors['wind_direction_10']['handler_id_code']);
// apply magnetic north offset
$tmp = $handler_obj->applyOffset($this->sensors['wind_direction_10']['sensor_feature_value'], $this->station_info->magnetic_north_offset);
$this->report_parts[$s][$i] = $this->prepare_binary_value($tmp, 9);
$expl_val = $this->sensors['wind_direction_10']['sensor_feature_value'];
}
} else {
$this->report_parts[$s][$i] = '111111111';
$expl_val = 'No Wind Direction sensor';
}
$this->explanations[$s][$i][] = '302043 -> 302042 -> 011001: <span>' . $this->report_parts[$s][$i] . '</span> => <span>' . $expl_val . '</span> (Wind direction, degree, 9 bits)';
$i++;
// 302043 -> 302042 -> 011002: Wind speed
// 12 bits. Metric = m/s. Scale = 1. Ref = 0.
if (isset($this->sensors['wind_speed_10'])) {
if ($this->sensors['wind_speed_10']['is_m']) {
$this->report_parts[$s][$i] = '111111111111';
$expl_val = 'Last data about Wind Speed is unavailable';
} else {
$tmp1 = It::convertMetric($this->sensors['wind_speed_10']['sensor_feature_value'], $this->sensors['wind_speed_10']['metric_code'], 'meter_per_second');
// 1. apply scale = 1 (value * 10)
// 2. round to get integer
$tmp = round($tmp1 * 10);
$this->report_parts[$s][$i] = $this->prepare_binary_value($tmp, 12);
$expl_val = $this->sensors['wind_speed_10']['sensor_feature_value'] . ' ' . $this->sensors['wind_speed_10']['metric_code'];
if ($this->sensors['wind_speed_10']['metric_code'] != 'meter_per_second') {
$expl_val .= ' = ' . $tmp1 . ' meter_per_second';
}
$expl_val .= ' ~ round(' . $tmp1 . ' * 10^1) = ' . $tmp;
}
} else {
$this->report_parts[$s][$i] = '111111111111';
$expl_val = 'No Wind Speed sensor';
}
$this->explanations[$s][$i][] = '302043 -> 302042 -> 011002: <span>' . $this->report_parts[$s][$i] . '</span> => <span>' . $expl_val . '</span> (Wind speed, m/s, 12bits)';
$i++;
// 302043 -> 302042 -> 008021: Time significance
// 5 bits. Metric = code table. Scale = 0. Ref =0 .
$this->report_parts[$s][$i] = '11111';
$this->explanations[$s][$i][] = '302043 -> 302042 -> 008021: <span>' . $this->report_parts[$s][$i] . '</span> => <span>Missing</span> (Time significance, 5bits)';
$i++;
// 302043 -> 302042 -> 004025 (Repetition #1): Time of preiod or displacement
// 12 bits. Metric = minute. Scale = 0. Ref = -2048.
$this->report_parts[$s][$i] = '111111111111';
$this->explanations[$s][$i][] = '302043 -> 302042 -> 004025 (Repetition #1): <span>' . $this->report_parts[$s][$i] . '</span> => <span>Missing</span> (Time of preiod or displacement, min, 12 bits)';
$i++;
// 302043 -> 302042 -> 011043 (Repetition #1): Maximum wind gust direction
// 9 bits. Metric = degree. Scale = 0. Ref = 0.
$this->report_parts[$s][$i] = '111111111';
$this->explanations[$s][$i][] = '302043 -> 302042 -> 011043 (Repetition #1): <span>' . $this->report_parts[$s][$i] . '</span> => <span>Missing</span> (Maximum wind gust direction, degree, 9 bits)';
$i++;
// 302043 -> 302042 -> 011041 (Repetition #1): Maximum wind gust speed
// 12 bits. Metric = m/s. Scale = 1. Ref = 0.
$this->report_parts[$s][$i] = '111111111111';
$this->explanations[$s][$i][] = '302043 -> 302042 -> 011041 (Repetition #1): <span>' . $this->report_parts[$s][$i] . '</span> => <span>Missing</span> (Maximum wind gust speed, 12 bits)';
$i++;
// 302043 -> 302042 -> 004025 (Repetition #2): Time of preiod or displacement
// 12 bits. Metric = minute. Scale = 0. Ref = -2048.
$this->report_parts[$s][$i] = '111111111111';
$this->explanations[$s][$i][] = '302043 -> 302042 -> 004025 (Repetition #2): <span>' . $this->report_parts[$s][$i] . '</span> => <span>Missing</span> (Time of preiod or displacement, min, 12 bits)';
$i++;
// 302043 -> 302042 -> 011043 (Repetition #2): Maximum wind gust direction
// 9 bits. Metric = degree. Scale = 0. Ref = 0.
$this->report_parts[$s][$i] = '111111111';
$this->explanations[$s][$i][] = '302043 -> 302042 -> 011043 (Repetition #2): <span>' . $this->report_parts[$s][$i] . '</span> => <span>Missing</span> (Maximum wind gust direction, degree, 9 bits)';
$i++;
// 302043 -> 302042 -> 011041 (Repetition #2): Maximum wind gust speed
// 12 bits. Metric = m/s. Scale = 1. Ref = 0.
$this->report_parts[$s][$i] = '111111111111';
$this->explanations[$s][$i][] = '302043 -> 302042 -> 011041 (Repetition #2): <span>' . $this->report_parts[$s][$i] . '</span> => <span>Missing</span> (Maximum wind gust speed, 12 bits)';
$i++;
// ADDED BLOCK!
// 302043 -> 007032: Height of sensor above local ground
// 16 bits. Metric = m. Scale = 2. Ref = 0.
$this->report_parts[$s][$i] = '1111111111111111';
$this->explanations[$s][$i][] = '302043 -> 007032: <span>' . $this->report_parts[$s][$i] . '</span> => <span>Missing</span> (Height of sensor above local ground (or deck of marine platform, 16 bits)';
$i++;
// END OF ADDED BLOCK!
// 3 02 044: Evaporation data
// 302044 -> 004024: Time period or displacement
// 12 bits. Metric = hour. Scale = 0. Ref = -2048
$this->report_parts[$s][$i] = '111111111111';
$this->explanations[$s][$i][] = '302044 -> 004024: <span>' . $this->report_parts[$s][$i] . '</span> => <span>Missing</span> (Time period or displacement, Hour, 12 bits)';
$i++;
// 302044 -> 002004: Type of instrumentation for evaporation measurement or type of crop for which evapotranspiration is reported
// 4 bits. Metric = code table. Scale = 0. Ref = 0.
$this->report_parts[$s][$i] = '1111';
$this->explanations[$s][$i][] = '302044 -> 002004: <span>' . $this->report_parts[$s][$i] . '</span> => <span>Missing</span> (Type of ..., 4bits)';
$i++;
// 302044 -> 013033: Evaporation/evapotranspiration
// 10 bits. Metric = kg/m2. Scale = 1. Ref = 0.
$this->report_parts[$s][$i] = '1111111111';
$this->explanations[$s][$i][] = '302044 -> 013033: <span>' . $this->report_parts[$s][$i] . '</span> => <span>Missing (Evaporation/evapotranspiration, 10bits)</span>';
$i++;
// 3 02 045: Radiation data (from 1 hour and 24 hour period)
// 302045 -> 004024 (Repetition #1): Time period or displacement
// 12 bits. Metric = hour. Scale = 0. Ref = 2048.
$this->report_parts[$s][$i] = $this->prepare_binary_value(2047, 12);
$this->explanations[$s][$i][] = '302045 -> 004024 (Repetition #1): <span>' . $this->report_parts[$s][$i] . '</span> => <span>-1 - (-2048) = 2047</span> (Time period or displacement, Hour, 12 bits)';
$i++;
// 302045 -> 014002 (Repetition #1): Long-wave radiation
// 17 bits. Metric: J/m2. Scale = -3. Ref = -65536.
$this->report_parts[$s][$i] = '11111111111111111';
$this->explanations[$s][$i][] = '302045 -> 014002 (Repetition #1): <span>' . $this->report_parts[$s][$i] . '</span> => <span>Missing</span> (Long-wave radiation, 17 bits)';
$i++;
// 302045 -> 014004 (Repetition #1): Short-wave radiation
// 17 bits. Metric: J/m2. Scale = -3. Ref = -65536.
$this->report_parts[$s][$i] = '11111111111111111';
$this->explanations[$s][$i][] = '302045 -> 014004 (Repetition #1): <span>' . $this->report_parts[$s][$i] . '</span> => <span>Missing</span> (Short-wave radiation, 17 bits)';
$i++;
// 302045 -> 014016 (Repetition #1): Net radiation
// 15 bits. Metric: J/m2. Scale = -4. Ref = -16384
$this->report_parts[$s][$i] = '111111111111111';
$this->explanations[$s][$i][] = '302045 -> 014016 (Repetition #1): <span>' . $this->report_parts[$s][$i] . '</span> => <span>Missing</span> (Net radiation, 15 bits)';
$i++;
// 302045 -> 014028 (Repetition #1): Global solar radiation
// 20 bits. Metric = J/m2. Scale = -2. Ref = 0.
if (isset($this->sensors['solar_radiation_in_period']) && $this->sensors['solar_radiation_in_period']['sensor_feature_period']) {
if ($this->sensors['solar_radiation_in_period']['is_m']) {
$this->report_parts[$s][$i] = '11111111111111111111';
$expl_val = 'Last data about Sun Radiation is unavailable';
} else {
// create object of Solar Radiation Handler
$handler_obj = SensorHandler::create($this->sensors['solar_radiation_in_period']['handler_id_code']);
// get total radiation in last 1 hr
$last_1_hr = $handler_obj->getTotalInLastXHr($this->sensors['solar_radiation_in_period']['sensor_feature_id'], $script_runtime, 1, false)['total'];
$tmp1 = It::convertMetric($last_1_hr, $this->sensors['solar_radiation_in_period']['metric_code'], 'joule_per_sq_meter');
$tmp = round($tmp1 / 100);
$this->report_parts[$s][$i] = $this->prepare_binary_value($tmp, 20);
$expl_val = $tmp1 . ' ' . $this->sensors['solar_radiation_in_period']['metric_code'] . ' (during 60 min)';
if ($this->sensors['solar_radiation_in_period']['metric_code'] != 'joule_per_sq_meter') {
$expl_val .= ' = ' . $tmp1 . ' joule_per_sq_meter (during 60 min)';
}
$expl_val .= ' ~ round(' . $tmp1 . ' * 10^(-2)) = ' . $tmp;
}
} else {
$this->report_parts[$s][$i] = '11111111111111111111';
$expl_val = 'No Sun Radiation sensor';
}
$this->explanations[$s][$i][] = '302045 -> 014028 (Repetition #1): <span>' . $this->report_parts[$s][$i] . '</span> => <span>' . $expl_val . '</span> (Global solar radiation, J/m2, 20 bits)';
$i++;
// 302045 -> 014029 (Repetition #1): Diffuse solar radiation
// 20 bits. Metric = J/m2. Scale = -2. Ref = 0.
$this->report_parts[$s][$i] = '11111111111111111111';
$this->explanations[$s][$i][] = '302045 -> 014029 (Repetition #1): <span>' . $this->report_parts[$s][$i] . '</span> => <span>Missing</span> (Diffuse solar radiation, 20 bits)';
$i++;
// 302045 -> 014030 (Repetition #1): Direct solar radiation
// 20 bits. Metric = J/m2. Scale = -2. Ref = 0.
$this->report_parts[$s][$i] = '11111111111111111111';
$this->explanations[$s][$i][] = '302045 -> 014030 (Repetition #1): <span>' . $this->report_parts[$s][$i] . '</span> => <span>Missing</span> (Direct solar radiation, 20 bits)';
$i++;
// 302045 -> 004024 (Repetition #2): Time period or displacement (24 hr only for report at 00:00. Miss for other times)
// 12 bits. Metric = hour. Scale = 0. Ref = -2048
$this->report_parts[$s][$i] = $script_runtime_hour == '06' && $script_runtime_minute == '00' ? '011111101000' : '111111111111';
$this->explanations[$s][$i][] = '302045 -> 004024 (Repetition #2): <span>' . $this->report_parts[$s][$i] . '</span> => <span>' . ($script_runtime_hour == '06' && $script_runtime_minute == '00' ? '(-24) - (-2048) = 2024' : 'Missing, It is not 06UTC') . '</span> (Time period or displacement, Hour, 12 bits)';
$i++;
// 302045 -> 014002 (Repetition #2): Long-wave radiation
// 17 bits. Metric: J/m2. Scale = -3. Ref = -65536.
$this->report_parts[$s][$i] = '11111111111111111';
$this->explanations[$s][$i][] = '302045 -> 014002 (Repetition #2): <span>' . $this->report_parts[$s][$i] . '</span> => <span>Missing</span> (Long-wave radiation, 17 bits)';
$i++;
// 302045 -> 014004 (Repetition #2): Short-wave radiation
// 17 bits. Metric: J/m2. Scale = -3. Ref = -65536.
$this->report_parts[$s][$i] = '11111111111111111';
$this->explanations[$s][$i][] = '302045 -> 014004 (Repetition #2): <span>' . $this->report_parts[$s][$i] . '</span> => <span>Missing</span> (Short-wave radiation, 17 bits)';
$i++;
// 302045 -> 014016 (Repetition #2): Net radiation
// 15 bits. Metric: J/m2. Scale = -4. Ref = -16384
$this->report_parts[$s][$i] = '111111111111111';
$this->explanations[$s][$i][] = '302045 -> 014016 (Repetition #2): <span>' . $this->report_parts[$s][$i] . '</span> => <span>Missing</span> (Net radiation, 15 bits)';
$i++;
// 302045 -> 014028 (Repetition #2): GLOBAL SOLAR RADIATION
// 20 bits. Metric = J/m2. Scale = -2. Ref = 0.
if (isset($this->sensors['solar_radiation_in_period'])) {
if ($script_runtime_hour == '06' && $script_runtime_minute == '00') {
// create object of Solar Radiation Handler
$handler_obj = SensorHandler::create($this->sensors['solar_radiation_in_period']['handler_id_code']);
// get total radiation in last 24 hr
$last_24_hr = $handler_obj->getTotalInLastXHr($this->sensors['solar_radiation_in_period']['sensor_feature_id'], $script_runtime, 24, false)['total'];
$tmp1 = It::convertMetric($last_24_hr, $this->sensors['solar_radiation_in_period']['metric_code'], 'joule_per_sq_meter');
$tmp = round($tmp1 / 100);
$this->report_parts[$s][$i] = $this->prepare_binary_value($tmp, 20);
$expl_val = $last_24_hr . ' ' . $this->sensors['solar_radiation_in_period']['metric_code'];
if ($this->sensors['solar_radiation_in_period']['metric_code'] != 'joule_per_sq_meter') {
$expl_val .= ' = ' . $tmp1 . ' joule_per_sq_meter';
}
$expl_val .= ' ~ round(' . $tmp1 . ' * 10^(-2)) = ' . $tmp;
} else {
$this->report_parts[$s][$i] = '11111111111111111111';
$expl_val = '24hr radiation can be calculated only at 06UTC';
}
} else {
$this->report_parts[$s][$i] = '11111111111111111111';
$expl_val = 'No Sun Radiation sensor';
}
$this->explanations[$s][$i][] = '302045 -> 014028 (Repetition #2): <span>' . $this->report_parts[$s][$i] . '</span> => <span>' . $expl_val . '</span> (GLOBAL SOLAR RADIATION, J/m2, 20 bits)';
$i++;
// 302045 -> 014029 (Repetition #2): Diffuse solar radiation
// 20 bits. Metric = J/m2. Scale = -2. Ref = 0.
$this->report_parts[$s][$i] = '11111111111111111111';
$this->explanations[$s][$i][] = '302045 -> 014029 (Repetition #2): <span>' . $this->report_parts[$s][$i] . '</span> => <span>Missing</span> (Diffuse solar radiation, 20 bits)';
$i++;
// 302045 -> 014030 (Repetition #2): Direct solar radiation
// 20 bits. Metric = J/m2. Scale = -2. Ref = 0.
$this->report_parts[$s][$i] = '11111111111111111111';
$this->explanations[$s][$i][] = '302045 -> 014030 (Repetition #2): <span>' . $this->report_parts[$s][$i] . '</span> => <span>Missing</span> (Direct solar radiation, 20 bits)';
$i++;
// 3 02 046: Temperature change
// 302046 -> 004024: Time period or displacement
// 12 bits. Metric = hour. Scale = 0. Ref = -2048.
$this->report_parts[$s][$i] = '111111111111';
$this->explanations[$s][$i][] = '302046 -> 004024: <span>' . $this->report_parts[$s][$i] . '</span> => <span>Missing</span> (Time period or displacement, Hour, 12 bits)';
$i++;
// 302046 -> 004024: Time period or displacement
// 12 bits. Metric = hour. Scale = 0. Ref = -2048.
$this->report_parts[$s][$i] = '111111111111';
$this->explanations[$s][$i][] = '302046 -> 004024: <span>' . $this->report_parts[$s][$i] . '</span> => <span>Missing</span> (Time period or displacement, Hour, 12 bits)';
$i++;
// 302046 -> 012049: Temperature change over period specified
// 6 bits. Metric = K. Scale = 0. Ref = -30.
if (isset($this->sensors['temperature']) && isset($sensors_24hr_ago['temperature'])) {
if ($script_runtime_minute == '00' && in_array($script_runtime_hour, array('00', '03', '06', '09', '12', '15', '18', '21'))) {
if ($this->sensors['temperature']['is_m']) {
$this->report_parts[$s][$i] = '111111';
$expl_val = 'Data about last Temperature is unavailable';
} else {
if ($sensors_24hr_ago['temperature']['is_m']) {
$this->report_parts[$s][$i] = '111111';
$expl_val = 'Data about 24h ago Temperature is unavailable';
} else {
$tmp1 = It::convertMetric($this->sensors['temperature']['sensor_feature_value'], $this->sensors['temperature']['metric_code'], 'kelvin');
$tmp2 = It::convertMetric($sensors_24hr_ago['temperature']['sensor_feature_value'], $sensors_24hr_ago['temperature']['metric_code'], 'kelvin');
$str_tmp = abs(round($tmp1 - $tmp2)) + 30;
$this->report_parts[$s][$i] = $this->prepare_binary_value($str_tmp, 6);
$expl_val = 'Last Tempr = ' . round($this->sensors['temperature']['sensor_feature_value'], 1) . ' ' . $this->sensors['temperature']['metric_code'] . ' (' . round($tmp1, 1) . ' kelvin)';
$expl_val .= '; 24h ago Tempr = ' . round($sensors_24hr_ago['temperature']['sensor_feature_value'], 1) . ' ' . $sensors_24hr_ago['temperature']['metric_code'] . ' (' . round($tmp2, 1) . ' kelvin)';
$expl_val .= '; |Last - 24h| = |' . ($tmp1 - $tmp2) . '| ~ ' . abs(round($tmp1 - $tmp2));
$expl_val .= '; Apply ref.value -30: <span>' . (abs(round($tmp1 - $tmp2)) + 30) . '</span>';
}
}
} else {
$this->report_parts[$s][$i] = '111111';
$expl_val = '<span>It is not 06UTC. Total 24h Sunshine is calculated only at 06:00UTC</span>';
}
} else {
$this->report_parts[$s][$i] = '111111';
$expl_val = 'No Temperature sensor';
}
$this->explanations[$s][$i][] = '302046 -> 012049: <span>' . $this->report_parts[$s][$i] . '</span> => ' . $expl_val . ' (Temperature change over period specified, K, 6 bits)';
$i++;
$concatenated = implode('', $this->report_parts[$s]);
$reminder = fmod(strlen($concatenated), 8);
$this->report_parts[$s][$i] = str_pad('0', 8 - $reminder, '0', STR_PAD_LEFT);
$this->explanations[$s][$i][] = 'Extra <span>' . (8 - $reminder) . '</span> bits to make int count of octets in section 4: <span>' . $this->report_parts[$s][$i] . '</span>';
$s = 4;
$i = 0;
$concatenated = implode('', $this->report_parts[$s]);
$total = strlen($concatenated) / 8;
/// ??? RECALCULATE !!!!
$this->report_parts[$s][$i] = $this->prepare_binary_value($total, 24);
$this->explanations[$s][$i][0] = 'Octets 1-3: <span>' . $this->report_parts[$s][$i] . '</span> => <span>' . $total . '</span> (length of section4 in octets)';
$i++;
}
