public function getInfoForAwsPanel($sensor_pairs, $sensorList, $sensorData, $for = 'panel')
{
$return = array();
$sensor_ids = array();
$sensor_measuring_time = array();
$last_logs_ids = array();
$last_logs_per_station = array();
$first_logs_ids = array();
foreach ($sensor_pairs as $value) {
$sensor_ids[] = $value['sensor_id'];
if (count($value['last_logs']) > 0) {
$first_logs_ids[] = $value['last_logs'][0]->log_id;
$last_logs_ids[] = $value['last_logs'][0]->log_id;
$sensor_measuring_time[$value['sensor_id']] = $value['last_logs'][0]->measuring_timestamp;
$last_logs_per_station[$value['station_id']][0] = $value['last_logs'][0]->log_id;
}
if (count($value['last_logs']) > 1) {
$last_logs_ids[] = $value['last_logs'][1]->log_id;
$last_logs_per_station[$value['station_id']][1] = $value['last_logs'][1]->log_id;
}
}
$sensor_feature_ids = array();
$sensor_feature_ids2 = array();
if (isset($sensorList['wind_speed_1']) && is_array($sensorList['wind_speed_1'])) {
foreach ($sensor_ids as $sensor_id) {
if (!isset($sensorList['wind_speed_1'][$sensor_id])) {
continue;
}
$sensorFeature = $sensorList['wind_speed_1'][$sensor_id];
$sensor_feature_ids[] = $sensorFeature->sensor_feature_id;
$sensor_feature_ids2[$sensor_id] = $sensorFeature->sensor_feature_id;
$return[$sensorFeature->sensor->station_id][$sensor_id] = array('sensor_display_name' => $sensorFeature->sensor->display_name, 'sensor_id_code' => $sensorFeature->sensor->sensor_id_code, 'metric_html_code' => is_null($sensorFeature->metric) ? '' : $sensorFeature->metric->html_code, 'group' => 'last_min24_max_24', 'last' => '-', '2minute_average' => '-', '10minute_average' => '-', 'max24' => '-', 'min24' => '-', 'average' => '-', 'change' => 'no', 'timezone_id' => $sensorFeature->sensor->station->timezone_id, 'filter_max' => $sensorFeature->default->filter_max, 'filter_min' => $sensorFeature->default->filter_min, 'filter_diff' => $sensorFeature->default->filter_diff);
}
}
if (count($last_logs_ids) === 0) {
return $return;
}
$windAverages = array('wind_speed_2' => '2minute_average', 'wind_speed_10' => '10minute_average');
foreach ($return as $station_id => &$sensors) {
foreach ($sensors as $sensor_id => &$sensorValues) {
if (isset($sensorData['wind_speed_1'][$station_id][$sensor_id]) && count($sensorData['wind_speed_1'][$station_id][$sensor_id]) > 0 && $sensorData['wind_speed_1'][$station_id][$sensor_id][0]->listener_log_id == (isset($last_logs_per_station[$station_id][0]) ? $last_logs_per_station[$station_id][0] : -1)) {
$sensorValue = $sensorData['wind_speed_1'][$station_id][$sensor_id][0];
if ($sensorValue->is_m != 1) {
$sensorValues['last'] = $this->formatValue($sensorValue->sensor_feature_value, 'wind_speed_1');
if (isset($sensorValues['has_filter_max']) && $sensorValues['has_filter_max'] == 1) {
if ($sensorValue->sensor_feature_value > $sensorValues['filter_max']) {
$sensorValues['last_filter_errors'][] = "R > " . $sensorValues['filter_max'];
}
}
if (isset($sensorValues['has_filter_min']) && $sensorValues['has_filter_min'] == 1) {
if ($sensorValue->sensor_feature_value < $sensorValues['filter_min']) {
$sensorValues['last_filter_errors'][] = "R < " . $sensorValues['filter_min'];
}
}
if (count($sensorData['wind_speed_1'][$station_id][$sensor_id]) > 3) {
$previousSensorValue = array();
for ($i = 0; $i < 4; $i++) {
$previousSensorValue[] = $sensorData['wind_speed_1'][$station_id][$sensor_id][$i]->sensor_feature_value;
}
if (SensorHandler::checkTrend($previousSensorValue, 1)) {
$sensorValues['change'] = 'up';
} else {
if (SensorHandler::checkTrend($previousSensorValue, -1)) {
$sensorValues['change'] = 'down';
}
}
if (isset($sensorValues['has_filter_diff']) && $sensorValues['has_filter_diff'] == 1) {
if (abs($sensorValue->sensor_feature_value - $previousSensorValue[1]) > $sensorValues['filter_diff']) {
$sensorValues['last_filter_errors'][] = "|R1 - R0| > " . $sensorValues['filter_diff'];
}
}
}
}
if (isset($sensor_measuring_time[$sensor_id])) {
$maxmin = $this->getMaxMinInDay($sensor_feature_ids2[$sensor_id], strtotime($sensor_measuring_time[$sensor_id]), 1, 0, 'wind_speed_1');
$sensorValues['max24'] = $maxmin['max'];
$sensorValues['min24'] = $maxmin['min'];
$sensorValues['mami_title'] = $maxmin['mami_title'];
if ($maxmin['max'] != '-' && $maxmin['min'] != '-') {
$sensorValues['average'] = $this->formatValue(($maxmin['max'] + $maxmin['min']) / 2, 'wind_speed_1');
} else {
if ($maxmin['max'] != '-') {
$sensorValues['average'] = $this->formatValue($maxmin['max'], 'wind_speed_1');
} else {
if ($maxmin['min'] != '-') {
$sensorValues['average'] = $this->formatValue($maxmin['min'], 'wind_speed_1');
}
}
}
$maxmin_y = $this->getMaxMinInDay($sensor_feature_ids2[$sensor_id], strtotime($sensor_measuring_time[$sensor_id]), 2, 0, 'wind_speed_1');
$sensorValues['max24_y'] = $maxmin_y['max'];
$sensorValues['min24_y'] = $maxmin_y['min'];
$sensorValues['mami_title_y'] = $maxmin_y['mami_title'];
if ($maxmin_y['max'] != '-' && $maxmin_y['min'] != '-') {
$sensorValues['average_y'] = $this->formatValue(($maxmin_y['max'] + $maxmin_y['min']) / 2, 'wind_speed_1');
} else {
if ($maxmin_y['max'] != '-') {
$sensorValues['average_y'] = $this->formatValue($maxmin_y['max'], 'wind_speed_1');
} else {
if ($maxmin_y['min'] != '-') {
$sensorValues['average_y'] = $this->formatValue($maxmin_y['min'], 'wind_speed_1');
}
}
}
}
}
if ($for === 'single' && count($first_logs_ids) > 0) {
foreach ($windAverages as $key => $label) {
if (isset($sensorData[$key][$station_id][$sensor_id])) {
foreach ($sensorData[$key][$station_id][$sensor_id] as $sensorDataRecord) {
if (in_array($sensorDataRecord->listener_log_id, $first_logs_ids)) {
$sensorValues[$label] = $sensorDataRecord->is_m == 1 ? '-' : $this->formatValue($sensorDataRecord->sensor_feature_value);
}
}
}
}
}
unset($sensorValues['filter_min']);
unset($sensorValues['filter_max']);
unset($sensorValues['filter_diff']);
}
}
return $return;
}
public function getInfoForAwsPanel($sensor_pairs, $sensorList, $sensorData, $for = 'panel')
{
$return = array();
$sensor_ids = array();
$sensor_measuring_time = array();
$last_logs_ids = array();
$last_logs_per_station = array();
foreach ($sensor_pairs as $value) {
$sensor_ids[] = $value['sensor_id'];
if (count($value['last_logs']) > 0) {
$last_logs_ids[] = $value['last_logs'][0]->log_id;
$sensor_measuring_time[$value['sensor_id']] = $value['last_logs'][0]->measuring_timestamp;
$last_logs_per_station[$value['station_id']][0] = $value['last_logs'][0]->log_id;
}
if (count($value['last_logs']) > 1) {
$last_logs_ids[] = $value['last_logs'][1]->log_id;
$last_logs_per_station[$value['station_id']][1] = $value['last_logs'][1]->log_id;
}
}
$sensor_feature_ids = array();
$sensor_feature_ids2 = array();
if (isset($sensorList['solar_radiation_in_period']) && is_array($sensorList['solar_radiation_in_period'])) {
foreach ($sensor_ids as $sensor_id) {
if (!isset($sensorList['solar_radiation_in_period'][$sensor_id])) {
continue;
}
$sensorFeature = $sensorList['solar_radiation_in_period'][$sensor_id];
$sensor_feature_ids[] = $sensorFeature->sensor_feature_id;
$sensor_feature_ids2[$sensor_id] = $sensorFeature->sensor_feature_id;
$return[$sensorFeature->sensor->station_id][$sensor_id] = array('sensor_display_name' => $sensorFeature->sensor->display_name, 'sensor_id_code' => $sensorFeature->sensor->sensor_id_code, 'metric_html_code' => is_null($sensorFeature->metric) ? '' : $sensorFeature->metric->html_code, 'group' => 'last_period_today', 'last' => '-', 'period' => '-', 'max24' => '-', 'min24' => '-', 'change' => 'no', 'total_today_calculated' => '-', 'timezone_id' => $sensorFeature->sensor->station->timezone_id, 'filter_max' => $sensorFeature->default->filter_max, 'filter_min' => $sensorFeature->default->filter_min, 'filter_diff' => $sensorFeature->default->filter_diff, 'has_filter_max' => $sensorFeature->has_filter_max, 'has_filter_min' => $sensorFeature->has_filter_min, 'has_filter_diff' => $sensorFeature->has_filter_diff);
}
}
if (count($last_logs_ids) === 0) {
return $return;
}
foreach ($return as $station_id => &$sensors) {
foreach ($sensors as $sensor_id => &$sensorValues) {
if (isset($sensorData['solar_radiation_in_period'][$station_id][$sensor_id]) && count($sensorData['solar_radiation_in_period'][$station_id][$sensor_id]) > 0 && $sensorData['solar_radiation_in_period'][$station_id][$sensor_id][0]->listener_log_id == (isset($last_logs_per_station[$station_id][0]) ? $last_logs_per_station[$station_id][0] : -1)) {
$sensorValue = $sensorData['solar_radiation_in_period'][$station_id][$sensor_id][0];
if ($sensorValue->is_m != 1) {
$sensorValues['last'] = $this->formatValue($sensorValue->sensor_feature_value, 'solar_radiation_in_period');
$sensorValues['period'] = $sensorValue->period;
if (isset($sensorValues['has_filter_max']) && $sensorValues['has_filter_max'] == 1) {
if ($sensorValue->sensor_feature_value > $sensorValues['filter_max']) {
$sensorValues['last_filter_errors'][] = "R > " . $sensorValues['filter_max'];
}
}
if (isset($sensorValues['has_filter_min']) && $sensorValues['has_filter_min'] == 1) {
if ($sensorValue->sensor_feature_value < $sensorValues['filter_min']) {
$sensorValues['last_filter_errors'][] = "R < " . $sensorValues['filter_min'];
}
}
if (count($sensorData['solar_radiation_in_period'][$station_id][$sensor_id]) > 3) {
$previousSensorValue = array();
for ($i = 0; $i < 4; $i++) {
$previousSensorValue[] = $sensorData['solar_radiation_in_period'][$station_id][$sensor_id][$i]->sensor_feature_value;
}
if (SensorHandler::checkTrend($previousSensorValue, 1)) {
$sensorValues['change'] = 'up';
} else {
if (SensorHandler::checkTrend($previousSensorValue, -1)) {
$sensorValues['change'] = 'down';
}
}
if (isset($sensorValues['has_filter_diff']) && $sensorValues['has_filter_diff'] == 1) {
if (abs($sensorValue->sensor_feature_value - $previousSensorValue[1]) > $sensorValues['filter_diff']) {
$sensorValues['last_filter_errors'][] = "|R1 - R0| > " . $sensorValues['filter_diff'];
}
}
}
}
if (isset($sensor_measuring_time[$sensor_id])) {
// $sensorValues['total_today_calculated'] = $this->getTotalFromHour($sensor_feature_ids2[$sensor_id], strtotime($sensor_measuring_time[$sensor_id]), 0, 'solar_radiation_in_day');
$total = $this->getTotalInDay($sensor_feature_ids2[$sensor_id], strtotime($sensor_measuring_time[$sensor_id]), 1, 'solar_radiation_in_day');
$sensorValues['total_today_calculated'] = $total['total'];
$sensorValues['total_today_title'] = $total['total_title'];
$total = $this->getTotalInDay($sensor_feature_ids2[$sensor_id], strtotime($sensor_measuring_time[$sensor_id]), 2, 'solar_radiation_in_day');
$sensorValues['total_today_calculated_y'] = $total['total'];
$sensorValues['total_today_title_y'] = $total['total_title'];
}
}
foreach (array('filter_min', 'filter_max', 'filter_diff', 'has_filter_min', 'has_filter_max', 'has_filter_diff') as $unsetfield) {
unset($return[$station_id][$sensor_id][$unsetfield]);
}
}
}
return $return;
}
public function getInfoForAwsPanel($sensor_pairs, $sensorList, $sensorData, $for = 'panel')
{
$return = array();
$sensor_ids = array();
$sensor_measuring_time = array();
$last_logs_ids = array();
$last_logs_per_station = array();
foreach ($sensor_pairs as $value) {
$sensor_ids[] = $value['sensor_id'];
if (count($value['last_logs']) > 0) {
$last_logs_ids[] = $value['last_logs'][0]->log_id;
$sensor_measuring_time[$value['sensor_id']] = $value['last_logs'][0]->measuring_timestamp;
$last_logs_per_station[$value['station_id']][0] = $value['last_logs'][0]->log_id;
}
if (count($value['last_logs']) > 1) {
$last_logs_ids[] = $value['last_logs'][1]->log_id;
$last_logs_per_station[$value['station_id']][1] = $value['last_logs'][1]->log_id;
}
}
$features = array('cloud_height_depth_1', 'cloud_height_depth_2', 'cloud_height_depth_3', 'cloud_height_height_1', 'cloud_height_height_2', 'cloud_height_height_3', 'cloud_measuring_range', 'cloud_vertical_visibility');
$sensor_feature_ids = array();
foreach ($features as $feature) {
if (isset($sensorList[$feature]) && is_array($sensorList[$feature])) {
foreach ($sensor_ids as $sensor_id) {
if (!isset($sensorList[$feature][$sensor_id])) {
continue;
}
$sensorFeature = $sensorList[$feature][$sensor_id];
$sensor_feature_ids[] = $sensorFeature->sensor_feature_id;
if (!isset($return[$sensorFeature->sensor->station_id][$sensor_id])) {
$return[$sensorFeature->sensor->station_id][$sensor_id] = array('sensor_display_name' => $sensorFeature->sensor->display_name, 'sensor_id_code' => $sensorFeature->sensor->sensor_id_code, 'group' => 'clouds', 'timezone_id' => $sensorFeature->sensor->station->timezone_id);
}
$return[$sensorFeature->sensor->station_id][$sensor_id][$sensorFeature->feature_code] = array('metric_html_code' => is_null($sensorFeature->metric) ? '' : $sensorFeature->metric->html_code, 'last' => '-', 'change' => 'no', 'filter_max' => $sensorFeature->default->filter_max, 'filter_min' => $sensorFeature->default->filter_min, 'filter_diff' => $sensorFeature->default->filter_diff, 'has_filter_max' => $sensorFeature->has_filter_max, 'has_filter_min' => $sensorFeature->has_filter_min, 'has_filter_diff' => $sensorFeature->has_filter_diff);
}
}
}
if (count($last_logs_ids) === 0) {
return $return;
}
foreach ($features as $feature_code) {
foreach ($return as $station_id => &$sensors) {
foreach ($sensors as $sensor_id => &$sensorValues) {
if (isset($sensorData[$feature_code][$station_id][$sensor_id]) && count($sensorData[$feature_code][$station_id][$sensor_id]) > 0 && $sensorData[$feature_code][$station_id][$sensor_id][0]->listener_log_id == (isset($last_logs_per_station[$station_id][0]) ? $last_logs_per_station[$station_id][0] : -1)) {
$sensorValue = $sensorData[$feature_code][$station_id][$sensor_id][0];
if ($sensorValue->is_m != 1) {
$sensorValues[$feature_code]['last'] = $this->formatValue($sensorValue->sensor_feature_value, $feature_code);
if (isset($sensorValues[$feature_code]['has_filter_max']) && $sensorValues[$feature_code]['has_filter_max'] == 1) {
if ($sensorValue->sensor_feature_value > $sensorValues[$feature_code]['filter_max']) {
$sensorValues[$feature_code]['last_filter_errors'][] = "R > " . $sensorValues[$feature_code]['filter_max'];
}
}
if (isset($sensorValues[$feature_code]['has_filter_min']) && $sensorValues[$feature_code]['has_filter_min'] == 1) {
if ($sensorValue->sensor_feature_value < $sensorValues[$feature_code]['filter_min']) {
$sensorValues[$feature_code]['last_filter_errors'][] = "R < " . $sensorValues[$feature_code]['filter_min'];
}
}
if (count($sensorData[$feature_code][$station_id][$sensor_id]) > 3) {
$previousSensorValue = array();
for ($i = 0; $i < 4; $i++) {
$previousSensorValue[] = $sensorData[$feature_code][$station_id][$sensor_id][$i]->sensor_feature_value;
}
if (SensorHandler::checkTrend($previousSensorValue, 1)) {
$sensorValues['change'] = 'up';
} else {
if (SensorHandler::checkTrend($previousSensorValue, -1)) {
$sensorValues['change'] = 'down';
}
}
if (isset($sensorValues[$feature_code]['has_filter_diff']) && $sensorValues[$feature_code]['has_filter_diff'] == 1) {
if (abs($sensorValue->sensor_feature_value - $previousSensorValue[1]) > $sensorValues[$feature_code]['filter_diff']) {
$sensorValues[$feature_code]['last_filter_errors'][] = "|R1 - R0| > " . $sensorValues[$feature_code]['filter_diff'];
}
}
}
}
}
foreach (array('filter_min', 'filter_max', 'filter_diff', 'has_filter_min', 'has_filter_max', 'has_filter_diff') as $unsetfield) {
unset($sensorValues[$feature_code][$unsetfield]);
}
}
}
}
return $return;
}
public static function getTrendForAwsPanel($stationData)
{
$change = 'no';
$arrForTrend = array();
foreach ($stationData as $trendValue) {
$arrForTrend[] = $trendValue->sensor_feature_value;
}
if (SensorHandler::checkTrend($arrForTrend, 1)) {
$change = 'up';
} else {
if (SensorHandler::checkTrend($arrForTrend, -1)) {
$change = 'down';
}
}
return $change;
}
