function hora()
{
echo "Amanecer: ";
echo date_sunrise(time()) . "<br>";
echo "Atardecer: ";
echo date_sunset(time());
}
function data($msg, $params)
{
$arg = funcs::utfToAscii($msg->args);
if (empty($arg)) {
$data = time();
} else {
$data = calendar::parse_date($arg);
if (!$data) {
return new BotMsg('Podana data nie została rozpoznana<br />' . "\n" . '<br />' . "\n" . '<u>Przykłady:</u><br />' . "\n" . 'data<br />' . "\n" . 'data pojutrze<br />' . "\n" . 'data 1.01.2009');
}
}
if (date('d.m.Y') == date('d.m.Y', $data)) {
$txt = 'Dziś jest ';
} else {
$txt = 'Wybrany dzień to ';
}
include './data/data/data.php';
$txt .= self::$dni[date('w', $data)] . ', ' . date('j', $data) . ' ' . self::$miesiace[date('n', $data)] . ' ' . date('Y', $data) . ' r., ' . (date('z', $data) + 1) . ' dzień roku.<br />' . "\n" . '<br />' . "\n";
$msg->session->setClass('pogoda');
if (!isset($msg->session->geo)) {
$geo = array('lon' => '52.25', 'lat' => '21.0');
} else {
$geo = $msg->session->geo;
}
$txt .= 'Imieniny: ' . $imieniny[date('n', $data)][date('j', $data)] . '<br />' . "\n" . 'Wschód Słońca: ' . date_sunrise($data, SUNFUNCS_RET_STRING, $geo['lat'], $geo['lon'], 90.58, 1 + date('I')) . '<br />' . "\n" . 'Zachód Słońca: ' . date_sunset($data, SUNFUNCS_RET_STRING, $geo['lat'], $geo['lon'], 90.58, 1 + date('I'));
return new BotMsg($txt);
}
/**
* Calculate local sunset time for a timestamp, using system-wide location.
*/
function local_sunset_for_date($date)
{
if (!is_numeric($date)) {
$date = strtotime($date);
}
/*
* value of 90 degrees 50 minutes is the angle at which
* the sun is below the horizon. This is the official
* sunset time. Do not use "civil twilight" zenith
* value of 96 degrees. It's normally about 30 minutes
* later in the evening than official sunset, and there
* is some light until then, but it's too dark for safe
* play.
*/
$zenith = 90 + 50 / 60;
/* TODO: eventually, use field's actual location rather than a
* system-wide location? This would be more correct in cities
* with a large east/west spread, but might be confusing to some
*/
$lat = (double) Configure::read('organization.latitude');
$long = (double) Configure::read('organization.longitude');
$end_timestamp = date_sunset($date, SUNFUNCS_RET_TIMESTAMP, $lat, $long, $zenith, date('Z') / 3600);
// Round down to nearest 5 minutes, and adjust for server location
$end_timestamp = floor($end_timestamp / 300) * 300 - Configure::read('timezone.adjust') * 60;
return date('H:i:s', $end_timestamp);
}
function getSunset($m = true)
{
$d = date_sunset(time(), SUNFUNCS_RET_TIMESTAMP, $GLOBALS['config']['geo']['lat'], $GLOBALS['config']['geo']['long'], $GLOBALS['config']['geo']['zenith'], timeZoneOffset());
if ($m) {
$d = dateToMinutes($d);
}
return $d;
}
/**
* @Route("/vychod-a-zapad-slunce/{when}", name="sunrise_and_sunset", defaults={"when"="0"}, requirements={"when"="\d+"})
* @Template()
*/
public function sunriseAndSunsetAction($when)
{
$date = new \DateTime();
$date->add(new \DateInterval("P" . $when . "D"));
date_default_timezone_set("Europe/Prague");
$sunrise = date_sunrise($date->getTimestamp(), SUNFUNCS_RET_STRING, 50.0872, 14.4211);
$sunset = date_sunset($date->getTimestamp(), SUNFUNCS_RET_STRING, 50.0872, 14.4211);
return ['sunrise' => $sunrise, 'sunset' => $sunset, 'date' => $date];
}
/**
* @param float $latitude
* @param float $longitude
* @param int $zenith
* @param int $gmt
* @return Sunrise
* Defaults to Perth, Western Australia
*/
public static function sunrise($selection = 'perth', $zenith = 90 + 50 / 60)
{
$latitude = self::$coordinates[$selection][0];
$longitude = self::$coordinates[$selection][1];
$gmt = self::$coordinates[$selection][2];
$sunrise = date_sunrise(time(), SUNFUNCS_RET_STRING, $latitude, $longitude, $zenith, $gmt);
$sunset = date_sunset(time(), SUNFUNCS_RET_STRING, $latitude, $longitude, $zenith, $gmt);
return new Sunrise($latitude, $longitude, $zenith, $gmt, "Perth", $sunrise, $sunset);
}
/**
* @param int $timestamp
* @param \League\Geotools\Coordinate\CoordinateInterface $coordinate
* @param int $offset
* @return \Runalyze\Calculation\NightDetector $this-reference
* @throws \InvalidArgumentException
*/
public function setFrom($timestamp, CoordinateInterface $coordinate, $offset = 0)
{
if (!is_numeric($timestamp)) {
throw new \InvalidArgumentException('Provided timestamp must be numerical.');
}
$isAfterSunset = $timestamp > date_sunset($timestamp, SUNFUNCS_RET_TIMESTAMP, $coordinate->getLatitude(), $coordinate->getLongitude(), self::ZENITH, $offset);
$isBeforeSunrise = $timestamp < date_sunrise($timestamp, SUNFUNCS_RET_TIMESTAMP, $coordinate->getLatitude(), $coordinate->getLongitude(), self::ZENITH, $offset);
$this->Value = $isAfterSunset || $isBeforeSunrise;
return $this;
}
/**
* Function to highlight when a generation meter has power readings of zero
* over the last day despite decent sol_rad figures (>DECENT_SOLRAD_LIMIT W/m2).
* It looks at each half-hourly measurement.
*
* @param resource $becDB
* @return boolean TRUE if any unexpected zero generation periods seen
*/
function zeroPowerYesterday(&$becDB)
{
global $verbose, $graphsEnabled;
// TODO: Tune this value to remove false hits; we wouldn't expect any power
// output when it's really dim...
define('DECENT_SOLRAD_LIMIT', 30);
$dateTime = getYesterdayDateTime();
$sql = "SELECT power.*,\n weather_filton.sol_rad AS sol_rad_filton,\n create_centre_meteo_raw.sol_rad AS sol_rad_cc\n FROM power\n LEFT JOIN weather_filton ON power.datetime = weather_filton.datetime\n LEFT JOIN create_centre_meteo_raw ON power.datetime = create_centre_meteo_raw.datetime\n WHERE (weather_filton.sol_rad > " . DECENT_SOLRAD_LIMIT . " OR\n create_centre_meteo_raw.sol_rad > " . DECENT_SOLRAD_LIMIT . ") AND\n DATE(power.datetime) = " . sqlDateString($dateTime);
$result = $becDB->fetchQuery($sql);
// Work out when sunrise and sunset are - we'll ignore any zero power readings close to them
$timestamp = $dateTime->getTimestamp();
$sunriseTime = date_sunrise($timestamp, SUNFUNCS_RET_TIMESTAMP, FORECAST_IO_LAT, FORECAST_IO_LONG);
$sunsetTime = date_sunset($timestamp, SUNFUNCS_RET_TIMESTAMP, FORECAST_IO_LAT, FORECAST_IO_LONG);
$ignoreWithin = 60 * 60;
// One hour
$anyHits = FALSE;
foreach ($result as $entry) {
$zeroMeterCount = 0;
foreach ($becDB->getGenMeterArray() as $genMeter) {
$dateTime = new DateTime($entry['datetime']);
$timestamp = $dateTime->getTimestamp();
# Note: The === below is necessary as otherwise NULL/uninitialised data would also match
if ($entry[$genMeter] === 0 && $timestamp > $sunriseTime + $ignoreWithin && $timestamp < $sunsetTime - $ignoreWithin) {
if (!$anyHits) {
$anyHits = TRUE;
ReportLog::append('Unexpected zero power output during ' . $dateTime->format('d/m/Y') . ":\n");
ReportLog::setError(TRUE);
}
if ($zeroMeterCount == 0) {
ReportLog::append(' Period ending [' . $dateTime->format('H:i') . " (UTC)]\tSolar radiation [CC: " . $entry['sol_rad_cc'] . ' Filton: ' . $entry['sol_rad_filton'] . "]: {$genMeter}");
$zeroMeterCount++;
} else {
ReportLog::append(', ' . $genMeter);
$zeroMeterCount++;
}
}
}
if ($zeroMeterCount) {
ReportLog::append("\n");
}
}
if ($anyHits) {
ReportLog::append("\n\n");
} else {
ReportLog::append('No unexpected zero power output readings yesterday (' . $dateTime->format('d/m/Y') . ")\n\n");
}
return $anyHits;
}
/**
* Return true, false or null depending on whether the [opening hours]
* value explicitly indicates an open, closed or undecided result.
*
* @param double $time A numeric value representing a time. If null, the
* current time is used.
*
* @link http://wiki.openstreetmap.org/wiki/Key:opening_hours
* @return null|boolean
*/
public function isOpen($time = null)
{
if ($this->value === null) {
return null;
}
if ($this->value === '24/7') {
return true;
}
if ($time === null) {
$time = time();
}
if ($this->value === 'sunrise-sunset') {
$start = $this->_startTime(date_sunrise($time));
$end = $this->_endTime(date_sunset($time));
$d = getdate($time);
$ctime = $d['hours'] * 60 + $d['minutes'];
return $ctime >= $start && $ctime <= $end;
}
// other simple test would be sunrise-sunset - with
// offsets that would need to be taken into account
// time specs...
$rule_sequences = explode(';', $this->value);
$day = strtolower(substr(date('D', $time), 0, 2));
$retval = false;
foreach ($rule_sequences as $rule_sequence) {
$rule_sequence = strtolower(trim($rule_sequence));
// If the day is explicitly specified in the rule sequence then
// processing it takes precedence.
if (preg_match('/' . $day . '/', $rule_sequence)) {
// @fixme: brittle. use preg_replace with \w
$portions = explode(' ', str_replace(', ', ',', $rule_sequence));
return $this->_openTimeSpec($portions, $time);
}
// @fixme: brittle. use preg_replace with \w
$portions = explode(' ', str_replace(', ', ',', $rule_sequence));
$open = $this->_openTimeSpec($portions, $time);
if ($open) {
$retval = true;
} elseif ($open === false) {
$retval = false;
}
}
return $retval;
}
private static function _sunny($lat, $lng, $timezone)
{
// Get the beginning of the current day
$now = new DateTime();
if ($timezone) {
$now->setTimeZone(new DateTimeZone($timezone));
}
$now->setTime(0, 0, 0);
$now = $now->format('U');
if ($lat !== null) {
$sunrise = date_sunrise($now, SUNFUNCS_RET_TIMESTAMP, $lat, $lng, 96);
$sunset = date_sunset($now, SUNFUNCS_RET_TIMESTAMP, $lat, $lng, 92);
if ($sunrise < time() && time() < $sunset) {
return 'day';
} else {
return 'night';
}
} else {
return 'unknown';
}
}
public function getForecast($latitude, $longitude, $units)
{
$response = array("response_message" => array("type" => "RESPONSE", "name" => "WEATHER_FORECAST", "data" => array()));
$url = self::API_ENDPOINT . self::API_KEY . '/';
$url .= $latitude . ',' . $longitude . '?units=' . $units;
$forecast = file_get_contents($url);
//print_r($http_response_header);
if (isset($http_response_header) && strpos($http_response_header[0], '200')) {
$forecast = (array) json_decode($forecast, true);
$time = $forecast["currently"]["time"];
//timestamp del a salida del sol.
$sunrise_timestamp = date_sunrise($time, SUNFUNCS_RET_TIMESTAMP, $forecast['latitude'], $forecast['longitude']);
$sunset_timestamp = date_sunset($time, SUNFUNCS_RET_TIMESTAMP, $forecast['latitude'], $forecast['longitude']);
//print_r($forecast);
$forecast['currently']['sunrise_timestamp'] = $sunrise_timestamp;
$forecast['currently']['sunset_timestamp'] = $sunset_timestamp;
$response["response_message"]["data"] = array("error" => false, "msg" => array("forecast" => $forecast));
} else {
$response["response_message"]["data"] = array("error" => true, "msg" => array("msg" => "La previsión no se pudo obtener"));
}
return $response;
}
/**
* @param hcal_datetime $dt
*/
public function __construct($dt)
{
$this->datetime = $dt;
// $heb_date, $ts, $gmt_offset, $location, $now, $datetime = null
$ts = $dt->get_ts(false);
$this->is_dst = false;
$tz_offset = $dt->get_timezone_offset($this->is_dst);
$ts -= $tz_offset;
$this->gmt_offset = $tz_offset / 3600.0;
$this->now = $dt->s / 3600.0 + $dt->m / 60.0 + $dt->h;
$zenith = 90.0 + 50.0 / 60;
$this->heb_date = $dt->get_hebrew_date_numeric();
$this->location = $dt->location;
$this->data = array();
$lat = $this->location->latitude;
$long = $this->location->longitude;
$sunrise = date_sunrise($ts, SUNFUNCS_RET_DOUBLE, $lat, $long, $zenith, $this->gmt_offset);
$sunset = date_sunset($ts, SUNFUNCS_RET_DOUBLE, $lat, $long, $zenith, $this->gmt_offset);
$this->sunrise = $sunrise;
$this->sunset = $sunset;
$this->rel_hr = ($sunset - $sunrise) / 12.0;
$this->is_chul = (bool) @$this->location->data['chul'];
$this->calculate_base_times();
}
function getSunset($format)
{
global $schedulePars;
return date_sunset(time(), $format, $schedulePars[SCHEDULE_LATITUDE], $schedulePars[SCHEDULE_LONGTITUDE], SCHEDULE_ZENITH, getTimeOffset());
}
// if ( isset($debug) ) {
if ($debug) {
echo "dateTimeUTC: ";
print_r($dateTimeUTC);
// echo "something: $something\n";
echo "dateOff: {$dateOff}\n";
}
//offical = 90 degrees 50' 90.8333 (gk: this is the "official" number to determine sunrise & sunset)
//civil = 96 degrees (gk: this is the number to obtain civilian twilight times - horizon may be visible)
//nautical = 102 degrees (gk: this is the number to obtain nautical twilight - the horizon is not visible)
//astronomical = 108 degrees (gk: this is the number for astronomical twilight - starts at sunset).
//$zenith = 108;
// Higher is sooner sunrise
//$zenithRise = 96;
$zenithRise = 102;
// Higher is later sunset
//$zenithSet = 96;
$zenithSet = 102;
$sunrise = date_sunrise($now, SUNFUNCS_RET_TIMESTAMP, $lat, $lon, $zenithRise, $hours);
$sunset = date_sunset($now, SUNFUNCS_RET_TIMESTAMP, $lat, $lon, $zenithSet, $hours);
echo "Sunrise: " . $sunrise . "\n";
echo "Sunset: " . $sunset . "\n";
if (isset($doPretty)) {
$nowPretty = date('Y-m-d g:i:sa', $now);
$sunrisePretty = date('Y-m-d g:i:sa', $sunrise);
$sunsetPretty = date('Y-m-d g:i:sa', $sunset);
echo "now: {$now}\n";
echo "nowPretty: {$nowPretty}\n";
echo "sunrisePretty: {$sunrisePretty}\n";
echo "sunsetPretty: {$sunsetPretty}\n";
}
<h1>When should Marty hunt?</h1>
<?php
/* calculate the sunrise time for Lisbon, Portugal
Latitude: 47.4736 North
Longitude: 94.8803 West
Zenith ~= 90
timezone: GMT -06
*/
date_default_timezone_set('America/Chicago');
//print "Today is ";
//print date("D, M j G:i:s T Y");
print "<br />Current Time is: ";
print date("g:i A");
//print "Sunrei"
//print date_sunrise( time(), SUNFUNCS_RET_STRING,47.4736,94.8803,90,-06);
print "<br />Sunrise time : ";
print date("g: i A", date_sunrise(time(), SUNFUNCS_RET_TIMESTAMP, 47.4736, -94.88030000000001, 90, -06));
print "<br /> Start Hunting at: ";
print date("g:i A", date_sunrise(time(), SUNFUNCS_RET_TIMESTAMP, 47.4736, -94.88030000000001, 90, -06) - 1800);
print "<br/> Sunset Time: ";
print date("g:i A", date_sunset(time(), SUNFUNCS_RET_TIMESTAMP, 47.4736, -94.88030000000001, 90, -6));
print "<br/> Stop hunting at: ";
print date("g:i A", date_sunset(time(), SUNFUNCS_RET_TIMESTAMP, 47.4736, -94.88030000000001, 90, -6) + 1800);
?>
</body>
</html>
<?php
$taskLocation = realpath(dirname(__FILE__));
chdir($taskLocation);
include "../config.php";
$file = file_get_contents("templates/metrogram-template.xml");
date_default_timezone_set(TZ);
if (date('I')) {
$file = str_replace("[--UTCOFFSET--]", 60, $file);
} else {
$file = str_replace("[--UTCOFFSET--]", 0, $file);
}
$file = str_replace("[--sunrise--]", Date("Y-m-d") . "T" . date_sunrise(time(), SUNFUNCS_RET_STRING, LAT, LONG, 90 + 60 / 60, 0) . ":00", $file);
$file = str_replace("[--sunset--]", Date("Y-m-d") . "T" . date_sunset(time(), SUNFUNCS_RET_STRING, LAT, LONG, 90, 0) . ":00", $file);
$file = str_replace("[--LAT--]", LAT, $file);
$file = str_replace("[--LONG--]", LONG, $file);
$file = str_replace("[--ALTITUDE--]", ALTITUDE, $file);
$link = mysql_connect(SERVER, USER, PASSWORD);
if (!$link) {
die('Could not connect: ' . mysql_error());
}
$db_found = mysql_select_db(DATABASE);
$sql = "SELECT * FROM Weather.meteogram\nWHERE `from` >= now() - INTERVAL 48 HOUR GROUP BY hour(`from`) ORDER BY `from` DESC;";
$query = mysql_query($sql);
$tabularContent = "";
$rowtemplate = file_get_contents("templates/metrogram-rowdata-template.xml");
while ($r = mysql_fetch_array($query)) {
$rowdata = $rowtemplate;
$rowdata = str_replace("[--precipitation--]", $r['precipitation'], $rowdata);
$rowdata = str_replace("[--deg--]", $r['deg'], $rowdata);
$rowdata = str_replace("[--code--]", $r['code'], $rowdata);
<?php
//Calculate the sunrise time for Brazil, Sao Paulo
//Latitude: 23.533773 South
//Longitude: 46.625290 West
//Zenith ~= 90
//offset: +1 GMT
echo "<h2>America, Brazil (Sao Paulo city) </h2>";
echo "Date: " . date("M d Y");
echo "<br>Sunrise time: ";
echo date_sunrise(time(), SUNFUNCS_RET_STRING, 23.5, -9, 90, 1);
echo "<br>Sunset time: ";
echo date_sunset(time(), SUNFUNCS_RET_STRING, 46.6, -9, 90, 1);
echo "<br>";
date_default_timezone_set('America/Sao_Paulo');
echo "The current tme is " . date("h:i:sa");
function GetSkymning()
{
connectdb();
$sql = "SELECT * from settings WHERE label=longitud";
$result = mysql_query($sql);
$longitud = mysql_result($result, "value");
$sql = "SELECT * from settings WHERE label=latitud";
$result = mysql_query($sql);
$latitud = mysql_result($result, "latitud");
$sql = "SELECT * from settings WHERE label=tidzon";
$result = mysql_query($sql);
$timezone = mysql_result($result, "value");
$zenith = 90 + 50 / 60;
$twilightZenith = 96;
$timezone = 1;
$time = date_sunset(time(), SUNFUNCS_RET_STRING, $latitud, $longitud, $twilightZenith, $timezone);
return $time;
}
<?php
$taskLocation = realpath(dirname(__FILE__));
chdir($taskLocation);
include "../config.php";
$meteogram = array('location' => array('name' => 'Scampton', 'type' => 'Town', 'country' => "United Kingdom", 'timezone' => array('@attributes' => array('id' => "Europe/London", 'utcoffsetMinutes' => "0")), 'location' => array('@attributes' => array('altitude' => "", 'latitude' => "", 'longitude' => "", 'geobase' => "geonames", 'geobaseid' => "2643743"))), 'credit' => array('comment' => array("", ""), 'link' => array("@attributes" => array("text" => "Weather forecast from yr.no, delivered by the Norwegian Meteorological Institute and the NRK", "url" => "http://www.yr.no/place/United_Kingdom/England/London/"))), 'links' => array('link' => array(array('@attributes' => array('id' => "xmlSource", 'url' => "http://www.yr.no/place/United_Kingdom/England/London/forecast.xml")), array('@attributes' => array('id' => "xmlSourceHourByHour", 'url' => "http://www.yr.no/place/United_Kingdom/England/London/forecast_hour_by_hour.xml")), array('@attributes' => array('id' => "hourByHour", 'url' => "http://www.yr.no/place/United_Kingdom/England/London/hour_by_hour")), array('@attributes' => array('id' => "overview", 'url' => "http://www.yr.no/place/United_Kingdom/England/London/")), array('@attributes' => array('id' => "longTermForecast", 'url' => "http://www.yr.no/place/United_Kingdom/England/London/long")))), 'meta' => array('lastupdate' => "", 'nextupdate' => ""), 'sun' => array("@attributes" => array('rise' => "", 'set' => "")), 'forecast' => array('tabular' => array('time' => array())));
date_default_timezone_set(TZ);
if (date('I')) {
$meteogram['location']['timezone']['@attributes']['utcoffsetMinutes'] = "60";
}
$meteogram['meta']['lastupdate'] = Date("Y-m-d\\TH:m:s");
$meteogram['meta']['nextupdate'] = Date("Y-m-d\\TH:m:s");
$meteogram['sun']['@attributes']['rise'] = Date("Y-m-d") . "T" . date_sunrise(time(), SUNFUNCS_RET_STRING, LAT, LONG, 90 + 60 / 60, 0);
$meteogram['sun']['@attributes']['set'] = Date("Y-m-d") . "T" . date_sunset(time(), SUNFUNCS_RET_STRING, LAT, LONG, 90, 0);
$meteogram['location']['location']['@attributes']['altitude'] = ALTITUDE;
$meteogram['location']['location']['@attributes']['latitude'] = LAT;
$meteogram['location']['location']['@attributes']['longitude'] = LONG;
//die($meteogram['location']['timezone'] ['@attributes']);
$meteogram['location']['timezone']['@attributes']['id'] = TZ;
$link = mysql_connect(SERVER, USER, PASSWORD);
$db_found = mysql_select_db(DATABASE);
$sql = "SELECT * FROM Weather.meteogram " . "WHERE `from` >= now() - INTERVAL 49 HOUR GROUP BY DATE_FORMAT(`from`, \"%d-%m-%y %H:00\");";
$query = mysql_query($sql);
$tabularContent = "";
$time = array(['@attributes'] => array(['from'] => "0", ['to'] => "0"), ['comment'] => array(), ['symbol'] => array(['@attributes'] => array(['number'] => "2", ['numberEx'] => "02", ['name'] => "Fair", ['var'] => "02d")), ['precipitation'] => array(['@attributes'] => array(['value'] => "0")), ['windDirection'] => array(['@attributes'] => array(['deg'] => "0", ['code'] => "0", ['name'] => "0")), ['windSpeed'] => array(['@attributes'] => array(['mps'] => "0", ['name'] => "")), ['temperature'] => array(['@attributes'] => array(['unit'] => "celcius", ['value'] => "0")), ['pressure'] => array(['@attributes'] => array(['unit'] => "hPa", ['value'] => "0")));
while ($r = mysql_fetch_array($query)) {
$time['@attributes']['from'] = $r['from'];
$time['@attributes']['to'] = $r['to'];
$time['comment'] = array("", "");
$time['symbol']['@attributes']['number'] = "";
$time['symbol']['@attributes']['numberEx'] = "";
/**
* Calculates sunrise and sunset for a location
*
* The sun position algorithm taken from the 'US Naval Observatory's
* Almanac for Computers', implemented by Ken Bloom <kekabloom[at]ucdavis[dot]edu>
* for the zmanim project, converted to C by Moshe Doron <mosdoron[at]netvision[dot]net[dot]il>
* and finally taken from the PHP5 sources and converted to native PHP as a wrapper.
*
* The date has to be entered as a timestamp!
*
* @param int $date
* @param int $retformat
* @param float $latitude
* @param float $longitude
* @param float $zenith
* @param float $gmt_offset
* @param bool $sunrise
* @return PEAR_Error|mixed
* @throws PEAR_Error::SERVICES_WEATHER_ERROR_SUNFUNCS_DATE_INVALID
* @throws PEAR_Error::SERVICES_WEATHER_ERROR_SUNFUNCS_RETFORM_INVALID
* @throws PEAR_Error::SERVICES_WEATHER_ERROR_UNKNOWN_ERROR
* @access public
*/
function calculateSunRiseSet($date, $retformat = null, $latitude = null, $longitude = null, $zenith = null, $gmt_offset = null, $sunrise = true)
{
// Date must be timestamp for now
if (!is_int($date)) {
return Services_Weather::raiseError(SERVICES_WEATHER_ERROR_SUNFUNCS_DATE_INVALID, __FILE__, __LINE__);
}
// Check for proper return format
if ($retformat === null) {
$retformat = SUNFUNCS_RET_STRING;
} elseif (!in_array($retformat, array(SUNFUNCS_RET_TIMESTAMP, SUNFUNCS_RET_STRING, SUNFUNCS_RET_DOUBLE))) {
return Services_Weather::raiseError(SERVICES_WEATHER_ERROR_SUNFUNCS_RETFORM_INVALID, __FILE__, __LINE__);
}
// Set default values for coordinates
if ($latitude === null) {
$latitude = SUNFUNCS_DEFAULT_LATITUDE;
} else {
$latitude = (double) $latitude;
}
if ($longitude === null) {
$longitude = SUNFUNCS_DEFAULT_LONGITUDE;
} else {
$longitude = (double) $longitude;
}
if ($zenith === null) {
if ($sunrise) {
$zenith = SUNFUNCS_SUNRISE_ZENITH;
} else {
$zenith = SUNFUNCS_SUNSET_ZENITH;
}
} else {
$zenith = (double) $zenith;
}
// Default value for GMT offset
if ($gmt_offset === null) {
$gmt_offset = date("Z", $date) / 3600;
} else {
$gmt_offset = (double) $gmt_offset;
}
// If we have PHP5, then act as wrapper for the appropriate functions
if ($sunrise && function_exists("date_sunrise")) {
return date_sunrise($date, $retformat, $latitude, $longitude, $zenith, $gmt_offset);
}
if (!$sunrise && function_exists("date_sunset")) {
return date_sunset($date, $retformat, $latitude, $longitude, $zenith, $gmt_offset);
}
// Apparently we have PHP4, so calculate the neccessary steps in native PHP
// Step 1: First calculate the day of the year
$N = date("z", $date) + 1;
// Step 2: Convert the longitude to hour value and calculate an approximate time
$lngHour = $longitude / 15;
// Use 18 for sunset instead of 6
if ($sunrise) {
// Sunrise
$t = $N + (6 - $lngHour) / 24;
} else {
// Sunset
$t = $N + (18 - $lngHour) / 24;
}
// Step 3: Calculate the sun's mean anomaly
$M = 0.9856 * $t - 3.289;
// Step 4: Calculate the sun's true longitude
$L = $M + 1.916 * sin(deg2rad($M)) + 0.02 * sin(deg2rad(2 * $M)) + 282.634;
while ($L < 0) {
$Lx = $L + 360;
assert($Lx != $L);
// askingtheguru: really needed?
$L = $Lx;
}
while ($L >= 360) {
$Lx = $L - 360;
assert($Lx != $L);
// askingtheguru: really needed?
$L = $Lx;
}
// Step 5a: Calculate the sun's right ascension
$RA = rad2deg(atan(0.91764 * tan(deg2rad($L))));
while ($RA < 0) {
$RAx = $RA + 360;
assert($RAx != $RA);
// askingtheguru: really needed?
$RA = $RAx;
}
while ($RA >= 360) {
$RAx = $RA - 360;
assert($RAx != $RA);
// askingtheguru: really needed?
$RA = $RAx;
}
// Step 5b: Right ascension value needs to be in the same quadrant as L
$Lquadrant = floor($L / 90) * 90;
$RAquadrant = floor($RA / 90) * 90;
$RA = $RA + ($Lquadrant - $RAquadrant);
// Step 5c: Right ascension value needs to be converted into hours
$RA /= 15;
// Step 6: Calculate the sun's declination
$sinDec = 0.39782 * sin(deg2rad($L));
$cosDec = cos(asin($sinDec));
// Step 7a: Calculate the sun's local hour angle
$cosH = (cos(deg2rad($zenith)) - $sinDec * sin(deg2rad($latitude))) / ($cosDec * cos(deg2rad($latitude)));
// XXX: What's the use of this block.. ?
// if (sunrise && cosH > 1 || !sunrise && cosH < -1) {
// throw doesnthappen();
// }
// Step 7b: Finish calculating H and convert into hours
if ($sunrise) {
// Sunrise
$H = 360 - rad2deg(acos($cosH));
} else {
// Sunset
$H = rad2deg(acos($cosH));
}
$H = $H / 15;
// Step 8: Calculate local mean time
$T = $H + $RA - 0.06571 * $t - 6.622;
// Step 9: Convert to UTC
$UT = $T - $lngHour;
while ($UT < 0) {
$UTx = $UT + 24;
assert($UTx != $UT);
// askingtheguru: really needed?
$UT = $UTx;
}
while ($UT >= 24) {
$UTx = $UT - 24;
assert($UTx != $UT);
// askingtheguru: really needed?
$UT = $UTx;
}
$UT = $UT + $gmt_offset;
// Now bring the result into the chosen format and return
switch ($retformat) {
case SUNFUNCS_RET_TIMESTAMP:
return intval($date - $date % (24 * 3600) + 3600 * $UT);
case SUNFUNCS_RET_STRING:
$N = floor($UT);
return sprintf("%02d:%02d", $N, floor(60 * ($UT - $N)));
case SUNFUNCS_RET_DOUBLE:
return $UT;
default:
return Services_Weather::raiseError(SERVICES_WEATHER_ERROR_UNKNOWN_ERROR, __FILE__, __LINE__);
}
}
<?php /* Prototype : mixed date_sunset(mixed time [, int format [, float latitude [, float longitude [, float zenith [, float gmt_offset]]]]]) * Description: Returns time of sunset for a given day and location * Source code: ext/date/php_date.c * Alias to functions: */ echo "*** Testing date_sunset() : error conditions ***\n"; //Initialise the variables $time = time(); $latitude = 38.4; $longitude = -9; $zenith = 90; $gmt_offset = 1; $extra_arg = 10; // Zero arguments echo "\n-- Testing date_sunset() function with Zero arguments --\n"; var_dump(date_sunset()); //Test date_sunset with one more than the expected number of arguments echo "\n-- Testing date_sunset() function with more than expected no. of arguments --\n"; var_dump(date_sunset($time, SUNFUNCS_RET_STRING, $latitude, $longitude, $zenith, $gmt_offset, $extra_arg)); var_dump(date_sunset($time, SUNFUNCS_RET_DOUBLE, $latitude, $longitude, $zenith, $gmt_offset, $extra_arg)); var_dump(date_sunset($time, SUNFUNCS_RET_TIMESTAMP, $latitude, $longitude, $zenith, $gmt_offset, $extra_arg)); ?> ===DONE===
</form>
<?php
echo '<table>';
echo '<thead>';
echo '<tr>';
echo '</tr>';
echo '</thead>';
if (isset($_POST['latitude']) && isset($_POST['longitude'])) {
date_default_timezone_set('UTC');
$lat = $_POST['latitude'];
$long = $_POST['longitude'];
$now = time();
echo '<div>' . date_sunrise($now, SUNFUNCS_RET_STRING, $lat, $long) . '</div>';
echo '<div>' . date_sunset($now, SUNFUNCS_RET_STRING, $lat, $long) . '</div>';
for ($day = 0; $day <= 6; $day++) {
echo '<tr>';
$timestamp = $now + $day * 86400;
$row = array();
$row[] = date('M d', $timestamp);
$row[] = date_sunrise($timestamp, SUNFUNCS_RET_STRING, $lat, $long, 97.5);
$row[] = date_sunrise($timestamp, SUNFUNCS_RET_STRING, $lat, $long);
$row[] = date_sunset($timestamp, SUNFUNCS_RET_STRING, $lat, $long);
$row[] = date_sunset($timestamp, SUNFUNCS_RET_STRING, $lat, $long, 97.5);
echo '<td>' . implode('</td><td>', $row) . '</td>';
echo '</tr>';
}
}
echo '</table>';
?>
</body>
</html>
function yrno_date_line($time)
{
global $latitude, $longitude, $rowColor, $timeFormat, $imgDir, $srise, $sset, $cols;
$srise = date_sunrise($time, SUNFUNCS_RET_TIMESTAMP, $latitude, $longitude);
// standard time integer
$sset = date_sunset($time, SUNFUNCS_RET_TIMESTAMP, $latitude, $longitude);
$dlength = $sset - $srise;
$dlengthHr = floor($dlength / 3600);
$dlengthMin = round(($dlength - 3600 * $dlengthHr) / 60);
$strDayLength = $dlengthHr . ':' . substr('00' . $dlengthMin, -2);
$longDate = yrno_long_date($time);
$string = '<tr class="dateline ' . $rowColor . '"><td colspan="' . $cols . '">
<span style="float:left; position:relative;"> <b>' . $longDate . '</b></span>
<span style="float:right;position:relative;">
<span class="rTxt">
<img src="' . $imgDir . '/sunrise.png" width="24" height="12" alt="sunrise" /> ' . date($timeFormat, $srise) . '
<img src="' . $imgDir . '/sunset.png" width="24" height="12" alt="sunset" /> ' . date($timeFormat, $sset) . ' ' . yrnotransstr('Daylength') . ': ' . $strDayLength . '
</span>
</span>
</td></tr>' . PHP_EOL;
if ($rowColor == 'row-dark') {
$rowColor = 'row-light';
} else {
$rowColor = 'row-dark';
}
return $string;
}
/**
* Returns sunset time
* @param float $latitude
* @param float $longitude
* @param null|int $timestamp If not set, current timestamp will be used.
* @param null|int $gmtOffset If not set, current GMT offset will be used.
* @static
* @return string
*/
public static function getSunsetTime($latitude, $longitude, $timestamp = null, $gmtOffset = null)
{
if ($timestamp === null) {
$timestamp = time();
}
if ($gmtOffset === null) {
$gmtOffset = self::getGmtOffset();
}
return date_sunset($timestamp, SUNFUNCS_RET_STRING, $latitude, $longitude, ini_get('date.sunrise_zenith'), $gmtOffset);
}
<?php
date_default_timezone_set('Asia/Jerusalem');
for ($a = 1; $a <= 12; $a++) {
echo date_sunrise(mktime(1, 1, 1, $a, 1, 2003), SUNFUNCS_RET_TIMESTAMP, 31.7667, 35.2333, 90.83, 2) . " ";
echo date_sunrise(mktime(1, 1, 1, $a, 1, 2003), SUNFUNCS_RET_STRING, 31.7667, 35.2333, 90.83, 2) . " ";
echo date_sunrise(mktime(1, 1, 1, $a, 1, 2003), SUNFUNCS_RET_DOUBLE, 31.7667, 35.2333, 90.83, 2) . "\n";
echo date_sunset(mktime(1, 1, 1, $a, 1, 2003), SUNFUNCS_RET_TIMESTAMP, 31.7667, 35.2333, 90.83, 2) . " ";
echo date_sunset(mktime(1, 1, 1, $a, 1, 2003), SUNFUNCS_RET_STRING, 31.7667, 35.2333, 90.83, 2) . " ";
echo date_sunset(mktime(1, 1, 1, $a, 1, 2003), SUNFUNCS_RET_DOUBLE, 31.7667, 35.2333, 90.83, 2) . "\n";
}
<?php
$tzOffset = date('O') / 100;
?>
<pre>
Date: <?php
echo date('Y-m-d H:i');
?>
UTC Offset: <?php
echo $tzOffset;
?>
Sunset: <?php
echo date_sunset(time(), SUNFUNCS_RET_STRING, $GLOBALS['config']['geo']['lat'], $GLOBALS['config']['geo']['long'], $GLOBALS['config']['geo']['zenith'], $tzOffset);
?>
Sunrise: <?php
echo date_sunrise(time(), SUNFUNCS_RET_STRING, $GLOBALS['config']['geo']['lat'], $GLOBALS['config']['geo']['long'], $GLOBALS['config']['geo']['zenith'], $tzOffset);
?>
</pre>
/**
* Calculates the sunrise or sunset based on a location
*
* @param array $location Location for calculation MUST include 'latitude', 'longitude', 'horizon'
* @param bool $horizon true: sunrise; false: sunset
* @return mixed - false: midnight sun, integer:
*/
protected function calcSun($location, $horizon, $rise = false)
{
// timestamp within 32bit
if (abs($this->_unixTimestamp) <= 0x7fffffff) {
if ($rise === false) {
return date_sunset($this->_unixTimestamp, SUNFUNCS_RET_TIMESTAMP, $location['latitude'], $location['longitude'], 90 + $horizon, $this->_offset / 3600);
}
return date_sunrise($this->_unixTimestamp, SUNFUNCS_RET_TIMESTAMP, $location['latitude'], $location['longitude'], 90 + $horizon, $this->_offset / 3600);
}
// self calculation - timestamp bigger than 32bit
// fix circle values
$quarterCircle = 0.5 * M_PI;
$halfCircle = M_PI;
$threeQuarterCircle = 1.5 * M_PI;
$fullCircle = 2 * M_PI;
// radiant conversion for coordinates
$radLatitude = $location['latitude'] * $halfCircle / 180;
$radLongitude = $location['longitude'] * $halfCircle / 180;
// get solar coordinates
$tmpRise = $rise ? $quarterCircle : $threeQuarterCircle;
$radDay = $this->date('z', $this->_unixTimestamp) + ($tmpRise - $radLongitude) / $fullCircle;
// solar anomoly and longitude
$solAnomoly = $radDay * 0.017202 - 0.0574039;
$solLongitude = $solAnomoly + 0.0334405 * sin($solAnomoly);
$solLongitude += 4.93289 + 0.000349066 * sin(2 * $solAnomoly);
// get quadrant
$solLongitude = $this->_range($solLongitude, $fullCircle);
if ($solLongitude / $quarterCircle - intval($solLongitude / $quarterCircle) == 0) {
$solLongitude += 4.84814E-6;
}
// solar ascension
$solAscension = sin($solLongitude) / cos($solLongitude);
$solAscension = atan2(0.9174600000000001 * $solAscension, 1);
// adjust quadrant
if ($solLongitude > $threeQuarterCircle) {
$solAscension += $fullCircle;
} else {
if ($solLongitude > $quarterCircle) {
$solAscension += $halfCircle;
}
}
// solar declination
$solDeclination = 0.39782 * sin($solLongitude);
$solDeclination /= sqrt(-$solDeclination * $solDeclination + 1);
$solDeclination = atan2($solDeclination, 1);
$solHorizon = $horizon - sin($solDeclination) * sin($radLatitude);
$solHorizon /= cos($solDeclination) * cos($radLatitude);
// midnight sun, always night
if (abs($solHorizon) > 1) {
return false;
}
$solHorizon /= sqrt(-$solHorizon * $solHorizon + 1);
$solHorizon = $quarterCircle - atan2($solHorizon, 1);
if ($rise) {
$solHorizon = $fullCircle - $solHorizon;
}
// time calculation
$localTime = $solHorizon + $solAscension - 0.0172028 * $radDay - 1.73364;
$universalTime = $localTime - $radLongitude;
// determinate quadrant
$universalTime = $this->_range($universalTime, $fullCircle);
// radiant to hours
$universalTime *= 24 / $fullCircle;
// convert to time
$hour = intval($universalTime);
$universalTime = ($universalTime - $hour) * 60;
$min = intval($universalTime);
$universalTime = ($universalTime - $min) * 60;
$sec = intval($universalTime);
return $this->mktime($hour, $min, $sec, $this->date('m', $this->_unixTimestamp), $this->date('j', $this->_unixTimestamp), $this->date('Y', $this->_unixTimestamp), -1, true);
}
/**
* Calculate local sunset time for a timestamp, using system-wide location.
*/
function local_sunset_for_date($timestamp)
{
/*
* value of 90 degrees 50 minutes is the angle at which
* the sun is below the horizon. This is the official
* sunset time. Do not use "civil twilight" zenith
* value of 96 degrees. It's normally about 30 minutes
* later in the evening than official sunset, and there
* is some light until then, but it's too dark for safe
* play.
*/
$zenith = 90 + 50 / 60;
/* TODO: eventually, use field's actual location rather than a
* system-wide location? This would be more correct in cities
* with a large east/west spread, but might be confusing to some
*/
$lat = variable_get('location_latitude', 45.42102);
$long = variable_get('location_longitude', -75.69525);
$end_timestamp = date_sunset($timestamp, SUNFUNCS_RET_TIMESTAMP, $lat, $long, $zenith, date('Z') / 3600);
# Round down to nearest 5 minutes
$end_timestamp = floor($end_timestamp / 300) * 300;
return strftime('%H:%M', $end_timestamp);
}
//get an unset variable
$unset_var = 10;
unset($unset_var);
// define some classes
class classWithToString
{
public function __toString()
{
return "Class A object";
}
}
class classWithoutToString
{
}
// heredoc string
$heredoc = <<<EOT
hello world
EOT;
// add arrays
$index_array = array(1, 2, 3);
$assoc_array = array('one' => 1, 'two' => 2);
//array of values to iterate over
$inputs = array('float 10.5' => 10.5, 'float -10.5' => -10.5, 'float 12.3456789000e10' => 123456789000.0, 'float -12.3456789000e10' => -123456789000.0, 'float .5' => 0.5, 'empty array' => array(), 'int indexed array' => $index_array, 'associative array' => $assoc_array, 'nested arrays' => array('foo', $index_array, $assoc_array), 'uppercase NULL' => NULL, 'lowercase null' => null, 'lowercase true' => true, 'lowercase false' => false, 'uppercase TRUE' => TRUE, 'uppercase FALSE' => FALSE, 'empty string DQ' => "", 'empty string SQ' => '', 'string DQ' => "string", 'string SQ' => 'string', 'mixed case string' => "sTrInG", 'heredoc' => $heredoc, 'instance of classWithToString' => new classWithToString(), 'instance of classWithoutToString' => new classWithoutToString(), 'undefined var' => @$undefined_var, 'unset var' => @$unset_var);
// loop through each element of the array for format
foreach ($inputs as $key => $value) {
echo "\n--{$key}--\n";
var_dump(date_sunset($time, $value, $latitude, $longitude, $zenith, $gmt_offset));
}
?>
===DONE===
protected function dashboard_client()
{
$this->load->model('project_model', 'project');
$data['projects'] = $this->project->order_by('created_on', 'DESC')->get_many_by('client_id', $_SESSION['user']['id']);
if (!empty($data['projects'])) {
$this->load->model('event_model', 'event');
$this->load->model('deliverable_model', 'deliverable');
$this->load->model('event_user_model', 'event_user');
$data['expense_colors'] = array('rgba(34, 190, 239, 1)', 'rgba(162, 210, 0, 1)', 'rgba(255, 193, 0, 1)', 'rgba(255, 0, 102, 1)');
foreach ($data['projects'] as $project) {
$events = $this->event->get_by_project_id($project->id);
$project->cost = 0;
$project->events = array();
$albums_total = 0;
$albums_ready = 0;
$photo_services = 0;
$photo_deliverables = 0;
$video_services = 0;
$video_deliverables = 0;
foreach ($events as $event) {
$project->cost += $event->price;
$event->rank = 0;
$duplicate_count = 0;
foreach ($events as $e) {
if ($e->id === $event->id) {
$event->rank = $duplicate_count + 1;
} else {
if ($e->event_type === $event->event_type) {
$duplicate_count++;
}
}
}
$event->rank = $duplicate_count > 0 ? ' ' . $event->rank : '';
if (!empty($event->event_status)) {
$albums_total++;
if ($event->event_status === 'Album Ready') {
$albums_ready++;
}
if (date('Y-m-d') >= date('Y-m-d', strtotime($event->date))) {
if ($event->event_status === 'Photos Uploaded') {
$event->event_status_html = '<a class="color-' . explode(' ', $this->session->setting['link_color']->value)[0] . '" href="' . base_url('proofs/' . rawurlencode($project->name) . '/' . rawurlencode($event->event_type . $event->rank)) . '">' . $event->event_status . '</a>';
} else {
if ($event->event_status === 'Layouts Uploaded') {
$event->event_status_html = '<a class="color-' . explode(' ', $this->session->setting['link_color']->value)[0] . '" href="' . base_url('layouts/' . rawurlencode($project->name) . '/' . rawurlencode($event->event_type . $event->rank)) . '">' . $event->event_status . '</a>';
} else {
$event->event_status_html = $event->event_status;
}
}
} else {
$event->event_status_html = 'Not Covered';
}
} else {
$event->event_status_html = '-';
}
if (!empty($event->photoshoot_status)) {
$albums_total++;
if ($event->photoshoot_status === 'Album Ready') {
$albums_ready++;
}
if (date('Y-m-d') >= date("Y-m-d", strtotime($event->date))) {
if ($event->photoshoot_status === 'Photos Uploaded') {
$event->photoshoot_status_html = '<a class="color-' . explode(' ', $this->session->setting['link_color']->value)[0] . '" href="' . base_url('proofs/' . rawurlencode($project->name) . '/' . rawurlencode($event->event_type . $event->rank . ' Photoshoot')) . '">' . $event->photoshoot_status . '</a>';
} else {
if ($event->photoshoot_status === 'Layouts Uploaded') {
$event->photoshoot_status_html = '<a class="color-' . explode(' ', $this->session->setting['link_color']->value)[0] . '" href="' . base_url('layouts/' . rawurlencode($project->name) . '/' . rawurlencode($event->event_type . $event->rank . ' Photoshoot')) . '">' . $event->photoshoot_status . '</a>';
} else {
$event->photoshoot_status_html = $event->photoshoot_status;
}
}
} else {
$event->photoshoot_status_html = 'Best Time - ' . date('h:i A', strtotime(date_sunset(strtotime($event->date), SUNFUNCS_RET_STRING, 33.7294, 73.09310000000001) . ' - 90 minutes'));
}
} else {
$event->photoshoot_status_html = '-';
}
$deliverables = $this->deliverable->get_by_event_id($event->id);
foreach ($deliverables as $deliverable) {
if ($deliverable->class === 'Photo' && $deliverable->category === 'Service') {
$photo_services += $deliverable->price;
} else {
if ($deliverable->class === 'Photo' && $deliverable->category === 'Deliverable') {
$photo_deliverables += $deliverable->price;
} else {
if ($deliverable->class === 'Video' && $deliverable->category === 'Service') {
$video_services += $deliverable->price;
} else {
if ($deliverable->class === 'Video' && $deliverable->category === 'Deliverable') {
$video_deliverables += $deliverable->price;
}
}
}
}
}
$resources = $this->event_user->get_by_event_id($event->id);
$event->team_leads = array();
$event->photographers = array();
$event->video_leads = array();
$event->videographers = array();
foreach ($resources as $resource) {
foreach ($resource as $key => $value) {
if ($key !== 'name' && $key !== 'phone_1' && $key !== 'type') {
unset($resource->{$key});
}
}
if ($resource->type === 'Team Lead') {
$event->team_leads[] = $resource;
} else {
if ($resource->type === 'Photographer') {
$event->photographers[] = $resource;
} else {
if ($resource->type === 'Video Lead') {
$event->video_leads[] = $resource;
} else {
if ($resource->type === 'Videographer') {
$event->videographers[] = $resource;
}
}
}
}
}
if (!empty($event->team_leads) || !empty($event->photographers)) {
$event->team_html = '<a class="team color-' . explode(' ', $this->session->setting['link_color']->value)[0] . '" style="cursor: pointer">View<span style="display: none">';
if (!empty($event->team_leads)) {
$event->team_html .= '<strong>Team Leads</strong><br>';
foreach ($event->team_leads as $team_lead) {
$event->team_html .= $team_lead->name . '<br>';
}
}
if (!empty($event->photographers)) {
$event->team_html .= '<strong>Photographers</strong><br>';
foreach ($event->photographers as $photographer) {
$event->team_html .= $photographer->name . '<br>';
}
}
$event->team_html .= '</span></a>';
} else {
$event->team_html = 'Unavailable';
}
$project->events[] = array(date("d/m/Y", strtotime($event->date)), $event->event_type, $event->venue, $event->shift, $event->event_status_html, $event->photoshoot_status_html, $event->team_html);
}
if (strpos($project->tax, '%') !== false) {
$tax = $project->tax * $project->cost / 100;
} else {
$tax = $project->tax;
}
$project->cost += $tax;
if (strpos($project->discount, '%') !== false) {
$discount = $project->discount * $data['project']->cost / 100;
} else {
$discount = $project->discount;
}
$project->cost -= $discount;
$project->albums_pending = $albums_total - $albums_ready;
$project->expense_labels = array();
$project->expense_data = array();
if ($photo_services > 0) {
$project->expense_labels[] = 'Photo Services';
$project->expense_data[] = $photo_services;
}
if ($photo_deliverables > 0) {
$project->expense_labels[] = 'Photo Deliverables';
$project->expense_data[] = $photo_deliverables;
}
if ($video_services > 0) {
$project->expense_labels[] = 'Video Services';
$project->expense_data[] = $video_services;
}
if ($video_deliverables > 0) {
$project->expense_labels[] = 'Video Deliverables';
$project->expense_data[] = $video_deliverables;
}
$allowed_project_fields = array('id', 'name', 'advance', 'payment', 'cost', 'albums_pending', 'events', 'expense_labels', 'expense_data');
foreach ($project as $key => $value) {
if (!in_array($key, $allowed_project_fields)) {
unset($project->{$key});
}
}
}
$data['datatables'] = '';
$data['modal'] = '';
$data['moment'] = '';
$data['chart'] = '';
$data['view_name'] = 'dashboard_client';
} else {
$data['view_name'] = 'dashboard';
}
return $data;
}