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330 lines
12 KiB
PHP
Executable File
330 lines
12 KiB
PHP
Executable File
<?php
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/**
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* Summary table for runtime_thermostat.
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*
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* @author Jon Ziebell
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*/
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class runtime_thermostat_summary extends cora\crud {
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public static $exposed = [
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'private' => [
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'read_id',
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'sync'
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],
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'public' => []
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];
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public static $cache = [
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// Can't have these on right now because beestat loads and fires this API
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// call off. Then it syncs all the data and calls these again to get updated
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// data...if they're cached that just returns empty. So need to be able to
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// bypass the cache or something to get that to work. Or just don't call the
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// API call to begin with on first load if there's nothing there.
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// 'read' => 3600, // 1 hour
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// 'read_id' => 3600, // 1 hour
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];
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/**
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* Read from the runtime_thermostat_summary table. Fixes temperature columns
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* to return as decimals.
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*
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* @param array $attributes
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* @param array $columns
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*
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* @return array
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*/
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public function read($attributes = [], $columns = []) {
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$thermostats = $this->api('thermostat', 'read_id');
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if(isset($attributes['thermostat_id']) === true) {
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$thermostat_ids = [$attributes['thermostat_id']];
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} else {
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$thermostat_ids = array_keys($thermostats);
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}
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$runtime_thermostat_summaries = [];
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foreach($thermostat_ids as $thermostat_id) {
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$thermostat = $thermostats[$thermostat_id];
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$attributes['thermostat_id'] = $thermostat_id;
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// Get a base time for relative calculations
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$local_time_zone = new DateTimeZone($thermostat['time_zone']);
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$utc_time_zone = new DateTimeZone('UTC');
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$date_time = new DateTime(date('Y-m-d H:i:s'), $utc_time_zone);
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$date_time->setTimezone($local_time_zone);
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if($date_time->getOffset() < 0) {
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$base = strtotime($date_time->getOffset() . ' seconds');
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} else {
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$base = strtotime('+' . $date_time->getOffset() . ' seconds');
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}
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// If a date was given, apply the base time adjustment to correct for time
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// zones.
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if(isset($attributes['date']) === true) {
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if(is_array($attributes['date']) === true) {
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$attributes['date']['value'] = date(
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'Y-m-d',
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strtotime($attributes['date']['value'], $base)
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);
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} else {
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$attributes['date'] = date(
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'Y-m-d',
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strtotime($attributes['date'], $base)
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);
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}
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}
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$runtime_thermostat_summaries = array_merge(
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$runtime_thermostat_summaries,
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parent::read($attributes, $columns)
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);
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}
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foreach($runtime_thermostat_summaries as &$runtime_thermostat_summary) {
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$runtime_thermostat_summary['avg_outdoor_temperature'] /= 10;
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$runtime_thermostat_summary['min_outdoor_temperature'] /= 10;
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$runtime_thermostat_summary['max_outdoor_temperature'] /= 10;
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$runtime_thermostat_summary['avg_indoor_temperature'] /= 10;
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}
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return $runtime_thermostat_summaries;
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}
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/**
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* Populate from the max populated date until now.
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*
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* @param int $thermostat_id
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*/
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public function populate_forwards($thermostat_id) {
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$thermostat = $this->api('thermostat', 'get', $thermostat_id);
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$query = '
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select
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max(`date`) `max_date`
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#"2021-01-20" `max_date`
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from
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`runtime_thermostat_summary`
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where
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`user_id` = ' . $this->database->escape($this->session->get_user_id()) . '
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and `thermostat_id` = ' . $this->database->escape($thermostat_id) . '
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';
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$result = $this->database->query($query);
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$row = $result->fetch_assoc();
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if($row['max_date'] === null) {
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if($thermostat['data_begin'] === null) {
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$populate_begin = strtotime($thermostat['first_connected']);
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} else {
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$populate_begin = strtotime($thermostat['data_begin']); // Just grab everything
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}
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} else {
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$populate_begin = strtotime($row['max_date']);
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}
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$populate_end = time();
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$populate_begin = date('Y-m-d', $populate_begin);
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$populate_end = date('Y-m-d', $populate_end);
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return $this->populate($thermostat_id, $populate_begin, $populate_end);
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}
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/**
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* Populate from the beginning of time until the min populated date.
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*
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* @param int $thermostat_id
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*/
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public function populate_backwards($thermostat_id) {
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$thermostat = $this->api('thermostat', 'get', $thermostat_id);
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// If there's no data do nothing.
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if ($thermostat['data_begin'] === null) {
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return;
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}
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$query = '
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select
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min(`date`) `min_date`
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from
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`runtime_thermostat_summary`
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where
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`user_id` = ' . $this->database->escape($this->session->get_user_id()) . '
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and `thermostat_id` = ' . $this->database->escape($thermostat_id) . '
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';
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$result = $this->database->query($query);
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$row = $result->fetch_assoc();
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if($row['min_date'] === null) {
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$populate_end = time();
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} else {
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// Include
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$populate_end = strtotime($row['min_date']);
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}
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$populate_begin = strtotime($thermostat['data_begin']);
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$populate_begin = date('Y-m-d', $populate_begin);
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$populate_end = date('Y-m-d', $populate_end);
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$this->populate($thermostat_id, $populate_begin, $populate_end);
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}
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/**
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* Populate the runtime_thermostat_summary table.
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*
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* @param int $thermostat_id
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* @param string $populate_begin Local date to begin populating, inclusive.
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* @param string $populate_end Local date to end populating, inclusive.
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*/
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private function populate($thermostat_id, $populate_begin, $populate_end) {
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$degree_days_base_temperature = 65;
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$thermostat = $this->api('thermostat', 'get', $thermostat_id);
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// Convert date strings to timestamps to make them easier to work with.
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$populate_begin = strtotime($populate_begin . ' 00:00:00');
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$populate_end = strtotime($populate_end . ' 23:59:59');
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$chunk_begin = $populate_begin;
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$chunk_end = $populate_begin;
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$data = [];
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do {
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$chunk_end = strtotime('+1 week', $chunk_begin);
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// MySQL "between" is inclusive so go back 5 minutes to avoid
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// double-counting rows.
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$chunk_end = strtotime('-5 minute', $chunk_end);
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// Don't overshoot into data that's already populated
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$chunk_end = min($chunk_end, $populate_end);
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$chunk_begin_datetime = get_utc_datetime(
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date('Y-m-d H:i:s', $chunk_begin),
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$thermostat['time_zone']
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);
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$chunk_end_datetime = get_utc_datetime(
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date('Y-m-d H:i:s', $chunk_end),
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$thermostat['time_zone']
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);
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$runtime_thermostats = $this->api(
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'runtime_thermostat',
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'read',
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[
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'attributes' => [
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'thermostat_id' => $thermostat['thermostat_id'],
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'timestamp' => [
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'operator' => 'between',
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'value' => [$chunk_begin_datetime, $chunk_end_datetime]
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]
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]
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]
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);
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foreach($runtime_thermostats as $runtime_thermostat) {
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$date = get_local_datetime(
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$runtime_thermostat['timestamp'],
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$thermostat['time_zone'],
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'Y-m-d'
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);
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if(isset($data[$date]) === false) {
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$data[$date] = [
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'count' => 0,
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'sum_fan' => 0,
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'min_outdoor_temperature' => INF,
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'max_outdoor_temperature' => -INF,
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'sum_auxiliary_heat_1' => 0,
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'sum_auxiliary_heat_2' => 0,
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'sum_compressor_cool_1' => 0,
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'sum_compressor_cool_2' => 0,
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'sum_compressor_heat_1' => 0,
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'sum_compressor_heat_2' => 0,
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'sum_humidifier' => 0,
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'sum_dehumidifier' => 0,
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'sum_ventilator' => 0,
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'sum_economizer' => 0,
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// 'sum_degree_days' => [],
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'avg_outdoor_temperature' => [],
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'avg_outdoor_humidity' => [],
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'avg_indoor_temperature' => [],
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'avg_indoor_humidity' => []
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];
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}
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$runtime_thermostat['outdoor_temperature'] *= 10;
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$runtime_thermostat['indoor_temperature'] *= 10;
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$data[$date]['count']++;
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$data[$date]['sum_fan'] += $runtime_thermostat['fan'];
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$data[$date]['min_outdoor_temperature'] = min($runtime_thermostat['outdoor_temperature'], $data[$date]['min_outdoor_temperature']);
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$data[$date]['max_outdoor_temperature'] = max($runtime_thermostat['outdoor_temperature'], $data[$date]['max_outdoor_temperature']);
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$data[$date]['sum_auxiliary_heat_1'] += $runtime_thermostat['auxiliary_heat_1'];
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$data[$date]['sum_auxiliary_heat_2'] += $runtime_thermostat['auxiliary_heat_2'];
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if($runtime_thermostat['compressor_mode'] === 'cool') {
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$data[$date]['sum_compressor_cool_1'] += $runtime_thermostat['compressor_1'];
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$data[$date]['sum_compressor_cool_2'] += $runtime_thermostat['compressor_2'];
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} else if($runtime_thermostat['compressor_mode'] === 'heat') {
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$data[$date]['sum_compressor_heat_1'] += $runtime_thermostat['compressor_1'];
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$data[$date]['sum_compressor_heat_2'] += $runtime_thermostat['compressor_2'];
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}
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if($runtime_thermostat['accessory_type'] === 'humidifier') {
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$data[$date]['sum_humidifier'] += $runtime_thermostat['accessory'];
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} else if($runtime_thermostat['compressor_mode'] === 'dehumidifier') {
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$data[$date]['sum_dehumidifier'] += $runtime_thermostat['accessory'];
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} else if($runtime_thermostat['compressor_mode'] === 'ventilator') {
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$data[$date]['sum_ventilator'] += $runtime_thermostat['accessory'];
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} else if($runtime_thermostat['compressor_mode'] === 'economizer') {
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$data[$date]['sum_economizer'] += $runtime_thermostat['accessory'];
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}
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if ($runtime_thermostat['outdoor_temperature'] !== null) {
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$data[$date]['avg_outdoor_temperature'][] = $runtime_thermostat['outdoor_temperature'];
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// $data[$date]['sum_degree_days'][] = $runtime_thermostat['outdoor_temperature'];
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}
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if ($runtime_thermostat['outdoor_humidity'] !== null) {
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$data[$date]['avg_outdoor_humidity'][] = $runtime_thermostat['outdoor_humidity'];
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}
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$data[$date]['avg_indoor_temperature'][] = $runtime_thermostat['indoor_temperature'];
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$data[$date]['avg_indoor_humidity'][] = $runtime_thermostat['indoor_humidity'];
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}
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$chunk_begin = strtotime('+5 minute', $chunk_end);
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} while ($chunk_end < $populate_end);
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// Write to the database.
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foreach($data as $date => &$row) {
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// $row['sum_degree_days'] = (array_mean($row['sum_degree_days']) / 10) - $degree_days_base_temperature;
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$row['sum_heating_degree_days'] = 0;
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$row['sum_cooling_degree_days'] = 0;
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$row['avg_outdoor_temperature'] = round(array_sum($row['avg_outdoor_temperature']) / count($row['avg_outdoor_temperature']));
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$row['avg_outdoor_humidity'] = round(array_sum($row['avg_outdoor_humidity']) / count($row['avg_outdoor_humidity']));
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$row['avg_indoor_temperature'] = round(array_sum($row['avg_indoor_temperature']) / count($row['avg_indoor_temperature']));
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$row['avg_indoor_humidity'] = round(array_sum($row['avg_indoor_humidity']) / count($row['avg_indoor_humidity']));
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$row['date'] = $date;
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$row['user_id'] = $thermostat['user_id'];
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$row['thermostat_id'] = $thermostat['thermostat_id'];
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$existing_runtime_thermostat_summary = $this->get([
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'thermostat_id' => $thermostat['thermostat_id'],
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'date' => $date
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]);
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if($existing_runtime_thermostat_summary === null) {
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$this->create($row);
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} else {
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$row['runtime_thermostat_summary_id'] = $existing_runtime_thermostat_summary['runtime_thermostat_summary_id'];
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$this->update($row);
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}
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}
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}
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}
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