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calendars.php
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calendars.php
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<?php
/**
* Chronolabs Feeds File
*
* You may not change or alter any portion of this comment or credits
* of supporting developers from this source code or any supporting source code
* which is considered copyrighted (c) material of the original comment or credit authors.
* This program is distributed in the hope that it will be useful,
* but WITHOUT ANY WARRANTY; without even the implied warranty of
* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.
*
* @copyright Chronolabs Cooperative http://labs.coop
* @license General Public License version 3 (http://labs.coop/briefs/legal/general-public-licence/13,3.html)
* @package feeds
* @since 1.1.2
* @author Simon Roberts <[email protected]>
* @version $Id: calendars.php 1000 2013-06-07 01:20:22Z mynamesnot $
* @subpackage time
* @description Multiple Calendars on RSS Feed for the Here and Now
*/
error_reporting(E_ERROR);
ini_set('display_errors', true);
ini_set("log_errors" , "1");
ini_set("error_log" , dirname(__FILE__)."/errors.log.".md5(__FILE__).".txt");
/**
* Hijri Calendar Class Factory
*
* @author Simon Roberts <[email protected]>
* @package feeds
* @subpackage time
*/
class HijriCalendar
{
/**
* monthName()
* Returns a Month Name
*
* @param integer $i $i = 1..12 for month
* @return string
*/
function monthName($i)
{
static $month = array( "Muharram ul Haram", "Safar", "Rabi' al-awwal", "Rabi' al-akhir",
"Jumada al-awwal", "Jumada al-akhir", "Rajab", "Sha'aban",
"Ramadan", "Shawwal", "Dhu al-Qi'dah", "Dhu al-Hijjah");
return $month[$i-1];
}
/**
* GregorianToHijri()
* Converts Gregorian time to Hijri
*
* @param integer $time Gregorian Unix Time Stamp
* @return integer
*/
function GregorianToHijri($time = null)
{
if ($time === null) $time = time();
$m = date('m', $time);
$d = date('d', $time);
$y = date('Y', $time);
return HijriCalendar::JDToHijri(cal_to_jd(CAL_GREGORIAN, $m, $d, $y));
}
/**
* HijriToGregorian()
* Converts Hijri to Gregorian time
*
* @param integer $m Hijri month number
* @param integer $d Hijri day number
* @param integer $y Hijri year number
* @return integer
*/
function HijriToGregorian($m, $d, $y)
{
return jd_to_cal(CAL_GREGORIAN, HijriCalendar::HijriToJD($m, $d, $y));
}
/**
* JDToHijri()
* Julian Day Count To Hijri
*
* @param integer $jd Julian Date Stamp
* @return integer
*/
function JDToHijri($jd)
{
$jd = $jd - 1948440 + 10632;
$n = (integer)(($jd - 1) / 10631);
$jd = $jd - 10631 * $n + 354;
$j = ((integer)((10985 - $jd) / 5316)) *
((integer)(50 * $jd / 17719)) +
((integer)($jd / 5670)) *
((integer)(43 * $jd / 15238));
$jd = $jd - ((integer)((30 - $j) / 15)) *
((integer)((17719 * $j) / 50)) -
((integer)($j / 16)) *
((integer)((15238 * $j) / 43)) + 29;
$m = (integer)(24 * $jd / 709);
$d = $jd - (integer)(709 * $m / 24);
$y = 30*$n + $j - 30;
return array($m, $d, $y);
}
/**
* HijriToJD()
* Hijri To Julian Day Count
*
* @param integer $m Hijri month number
* @param integer $d Hijri day number
* @param integer $y Hijri year number
* @return integer
*/
function HijriToJD($m, $d, $y)
{
return (integer)((11 * $y + 3) / 30) +
354 * $y + 30 * $m -
(integer)(($m - 1) / 2) + $d + 1948440 - 385;
}
};
/**
* JapaneseCalendar()
* Japanese Calendar using Unix Timestamp with Ounion Movement Sequence
*
* @param integer $unix_time Unix Date/Time Stamp to Convert
* @param double $gmt GMT/UTC/DST of $unix_time stamp
* @param integer $monthsystem Month System to Use
* @param string $poffset Depreciative Monnthly Calendar to Use (depreciated)
* @param float $pweight Weighting Balancing Variable
* @return array
*/
function JapaneseCalendar($unix_time, $gmt, $monthsystem = 0, $poffset = 'NOW', $pweight = 0)
{
// Code Segment 1 – Calculate Floating Point
$tme = $unix_time;
if ($gmt>0){
$gmt=-$gmt;
} else {
$gmt=abs($gmt);
}
if ($poffset == 'NOW') {
$diff = 0+(60*60*$gmt);
} else {
$diff = abs(time()-strtotime($poffset))+(60*60*$gmt);
}
$roun = (($unix_time - $diff) - $pweight);
$months[0]['name'] = array( 'ichigatsu','nigatsu','sangatsu',
'shigatsu','gogatsu','rokugatsu',
'shichigatsu','hachigatsu','kugatsu',
'jugatsu','juichigatsu','junigatsu');
$months[0]['cause'] = array( 'first month',
'second month',
'third month',
'forth month',
'fifth month',
'six month',
'seventh month',
'eighth month',
'ninth month',
'tenth month',
'elventh month',
'twelve month');
$months[1]['name'] = array( 'mutsuki','kinusaragi','yayoi',
'uzuki','satsuki','minatsuki',
'fumizuki','hazuki','nagatsuki',
'kaminazuki','shimotsuki','shiwasu');
$months[1]['cause'] = array( 'affection month',
'changing clothes',
'new life',
'u-no-hana month',
'fast month',
'month of water',
'book month',
'leaf month',
'long month',
'month of gods',
'frost month',
'priests run');
$days['roman'] = array( 'nichiyobi','getsuyobi','kayobi',
'suiyobi','mokuyobi','kin\'yobi','doyobi');
$days['element'] = array('Sun','Moon','Fire','Water','Wood','Gold','Earth');
$days['day'] = array( 'tsuitachi','futsuka','mikka','yokka','itsuka',
'muika','nanoka','yoka','kokonoka','toka',
'juichinichi','juninichi','jusannichi','juyokka',
'jugonichi','jurokunichi','jushichinichi','juhachinichi',
'jukunichi','hatsuka','nijuichinichi',
'nijuninichi','nijusannichi','nijuyokka','nijugonichi',
'nijurokunichi','nijushichinichi','nijuhachinichi',
'nijukunichi','sanjunichi','sanjuichinichi');
$day_count = round(($roun - strtotime('31/12/'.(intval(date('Y', $roun))-1)))/86400);
return array('stardate'=>date('Y', $roun).".$day_count", "date"=>$days['roman'][date('w', $roun)].' '.$days['day'][date('d', $roun)-1].' '.
$months[$monthsystem]['name'][date('n', $roun)-1].' '.date('Y', $roun),
"cause" => $days['element'][date('w', $roun)].' '.$months[$monthsystem]['cause'][date('n', $roun)-1],
"time" => date('h:i:s A', $roun));
}
/**
* RounCalendar()
* @summary Roun(ion) Calendar using Unix Timestamp with Ounion Movement Sequence
*
* @param integer $unix_time Unix Date/Time Stamp to Convert
* @param double $gmt GMT/UTC/DST of $unix_time stamp
* @param string $poffset Core Break Point of Calendar Cycle to Unix Timestamp and $pweight
* @param float $pweight Weighting Days Balancing Variable
* @param float $defiency Defeiency Monthly Cycle to Use
* @param array $timeset Maximum Hours, Minutes, Seconds in a Time Cycle
* @return array
*/
function RounCalendar($unix_time, $gmt, $poffset = '2008-05-11 14:45:38', $pweight = '-1.599999991', $defiency='deficient', $timeset= array("hours" => 24, "minutes" => 60, "seconds" => 60))
{
// Code Segment 1 – Calculate Floating Point
$tme = $unix_time;
if ($gmt>0){
$gmt=-$gmt;
} else {
$gmt=abs($gmt);
}
$ptime = strtotime($poffset)+(60*60*$gmt);
$weight = $pweight+(1*$gmt);
$roun_xa = ($tme)/(24*60*60);
$roun_ya = $ptime/(24*60*60);
$roun = (($roun_xa -$roun_ya) - $weight)+(microtime(true)/999999);
// Code Segment 2 - Set month day arrays
$nonedeficient = array( "seq1" => array(31,30,31,30,30,30,31,30,31,30,31,30),
"seq2" => array(31,30,31,30,31,30,31,30,31,30,31,30),
"seq3" => array(31,30,31,30,30,30,31,30,31,30,31,30),
"seq4" => array(31,30,31,30,30,30,31,30,31,30,31,30));
$deficient = array( "seq1" => array(31,30,31,30,31,30,30,30,31,30,31,30),
"seq2" => array(31,30,31,30,31,30,31,30,31,30,31,30),
"seq3" => array(31,30,31,30,31,30,31,30,30,30,31,30),
"seq4" => array(30,30,31,30,31,30,31,30,31,30,31,30),
"seq5" => array(31,30,31,30,31,30,31,30,31,30,30,30),
"seq6" => array(31,30,31,30,31,30,31,30,31,30,31,30),
"seq7" => array(31,30,31,30,31,30,31,30,31,30,31,30),
"seq8" => array(31,30,31,30,31,30,31,30,31,30,31,30),
"seq9" => array(30,30,31,30,31,30,31,30,31,30,31,30),
"seq10" => array(31,30,31,30,31,30,31,30,31,30,31,30),
"seq11" => array(31,30,31,30,31,30,31,30,31,30,31,30),
"seq12" => array(31,30,31,30,31,30,31,30,31,30,31,30),
"seq13" => array(31,30,30,30,31,30,31,30,31,30,31,30),
"seq14" => array(31,30,31,30,31,30,31,30,31,30,31,30),
"seq15" => array(31,30,31,30,31,30,31,30,31,30,31,30),
"seq16" => array(31,30,31,30,31,30,31,30,31,30,31,30));
$daynames = array( 1 => 'Caturday', 2 => 'Woofaday', 3 => 'Tweeturday',
4 => 'Neighurday', 5 => 'Roarurday', 6 => 'Bloopurday',
7 => 'Noneday');
$monthnames = array( 1 => 'Newaweeks', 2 => 'Treaturweeks', 3 => 'Stallionise',
4 => 'Scientifica', 5 => 'Newdigitals', 6 => 'Midway',
7 => 'Sportific', 8 => 'Believation', 9 => 'Alchemicism',
10 => 'Foodrific', 11 => 'Activitism', 12 => 'Endrificism');
$monthusage = isset($defiency) ? ${$defiency} : $deficient;
// Code Segment 3 - Calculate month number, day number, day count etc.
$i = 0;
$ii = 0;
$ttl_num = 0;
$ttl_num_months = 0;
$nodaycount = 0;
$month=0;
foreach($monthusage as $key => $item){
$i++;
foreach($item as $numdays){
$ttl_num=$ttl_num+$numdays;
$ttl_num_months++;
}
}
// As well as Function RounCalendar
$daypos = 0;
$revolutionsperyear = $ttl_num / $i;
$numyears = floor((ceil($roun) / $revolutionsperyear));
$avg_num_month = $ttl_num_months/$i;
$jtl = abs(abs($roun) - ceil($revolutionsperyear*($numyears+1)));
while($month==0){
$day=0;
$u=0;
foreach($monthusage as $key => $item){
$t=0;
foreach($item as $numdays){
$t++;
$tt=0;
for($sh=1;$sh<=$numdays;$sh++){
$ii=$ii+1;
$tt++;
if ($ii==floor($jtl)){
if ($roun<0){
$daynum = $tt;
$month = $t;
} else {
$daynum = $numdays-($tt-1);
$month = $avg_num_month-($t-1);
}
$sequence = $key;
$nodaycount=true;
}
}
if ($nodaycount==false)
{
$day++;
$daypos++;
if ($daypos>count($daynames))
$daypos=1;
}
}
$u++;
}
}
$timer = substr($roun, strpos($roun,'.')+1,strlen($roun)-strpos($roun,'.')-1);
$roun_out= $numyears.'/'.$month.'/'.$daynum.' '.$day.'.'. floor(intval(substr($timer,0,2))/100*$timeset['hours']).':'. floor(intval(substr($timer,2,2))/100*$timeset['minutes']).':'. floor(intval(substr($timer,4,2))/100*$timeset['seconds']).'.'.substr($timer,6,strlen($timer)-6) . ' (' . $monthnames[$month] . ' ' . $daynames[$daypos] .')';
$roun_obj = array('dayname'=>$daynames[$daypos], 'monthname'=>$monthnames[$month], 'stardate'=>"$numyears.$day", 'rounfloat' => $roun, 'year'=>$numyears,'month'=>$month, 'day'=>$daynum, 'jtl'=>$jtl, 'day_count'=>$day,'hours'=>floor(intval(substr($timer,0,2))/100*$timeset['hours']),'minute'=> floor(intval(substr($timer,2,2))/100*$timeset['minutes']),'seconds'=> floor(intval(substr($timer,4,2))/100*$timeset['seconds']),'microtime'=>substr($timer,6,strlen($timer)-6),'strout'=>$roun_out);
return $roun_obj;
}
/**
* BuddhistCalendar()
* Buddhist Calendar using Unix Timestamp with Ounion Movement Sequence
*
* @param integer $unix_time Unix Date/Time Stamp to Convert
* @param double $gmt GMT/UTC/DST of $unix_time stamp
* @param string $poffset Core Break Point of Calendar Cycle to Unix Timestamp and $pweight
* @param float $pweight Weighting Days Balancing Variable
* @param float $defiency Defeiency Monthly Cycle to Use
* @param array $timeset Maximum Hours, Minutes, Seconds in a Time Cycle
* @return array
*/
function BuddhistCalendar($unix_time, $gmt, $poffset = '1970-03-10 12:00 PM', $pweight = '-960995.7712501', $defiency='nonedeficient', $timeset= array("hours" => 24, "minutes" => 60, "seconds" => 60))
{
// Code Segment 1 – Calculate Floating Point
$tme = $unix_time;
if ($gmt>0){
$gmt=-$gmt;
} else {
$gmt=abs($gmt);
}
$ptime = strtotime($poffset)+(60*60*$gmt);
$weight = $pweight+(1*$gmt);
$roun_xa = ($tme)/(24*60*60);
$roun_ya = $ptime/(24*60*60);
$roun = (($roun_xa -$roun_ya) - $weight)+(microtime(true)/999999);
// Code Segment 2 – Set month day arrays
$nonedeficient = array("seq1" => array(29,30,29,30,29,30,29,30,29,30,29,30),
"seq2" => array(29,30,30,30,30,29,30,29,30,29,30,29,30),
"seq3" => array(29,30,29,30,29,30,29,30,29,30,29,30));
$monthnames = array("seq1" => array('Tagu','Kason','Waso','Wagaung','Tawthalin',
'Thadingyut','Tazaungmon','Natdaw','Pyatho',
'Tabodwe','Tabaung'),
"seq2" => array('Tagu','Kason','1st Waso','2nd Waso','Wagaung','Tawthalin',
'Thadingyut','Tazaungmon','Natdaw','Pyatho',
'Tabodwe','Tabaung'),
"seq3" => array('Tagu','Kason','Waso','Wagaung','Tawthalin',
'Thadingyut','Tazaungmon','Natdaw','Pyatho',
'Tabodwe','Tabaung'));
$monthusage = isset($defiency) ? ${$defiency} : $deficient;
// Code Segment 3 – Calculate month number, day number, day count etc
$i = 0;
$ii = 0;
$ttl_num = 0;
$ttl_num_months = 0;
$nodaycount = 0;
$month=0;
foreach($monthusage as $key => $item){
$i++;
foreach($item as $numdays){
$ttl_num=$ttl_num+$numdays;
$ttl_num_months++;
}
}
// You need to replace this section in Function EgyptianCalendar
// As well as Function MayanTihkalCalendar
$revolutionsperyear = $ttl_num / $i;
$numyears = floor((ceil($roun) / $revolutionsperyear));
$avg_num_month = $ttl_num_months/$i;
$jtl = abs(abs($roun) - ceil($revolutionsperyear*($numyears+1)));
while($month==0){
$day=0;
$u=0;
foreach($monthusage as $key => $item){
$t=0;
foreach($item as $numdays){
$t++;
$tt=0;
for($sh=1;$sh<=$numdays;$sh++){
$ii=$ii+1;
$tt++;
if ($ii==floor($jtl)){
if ($roun<0){
$daynum = floor($tt);
$month = floor($t);
} else {
$daynum = floor($numdays-($tt-1));
$month = floor($avg_num_month-($t-1));
}
$sequence = $key;
$nodaycount=true;
}
}
if ($nodaycount==false)
$day++;
}
$u++;
}
}
//$numyears = abs($numyears);
$timer = substr($roun, strpos($roun,'.')+1,strlen($roun)-strpos($roun,'.')-1);
$roun_out= $numyears.'/'.$month.'/'.$daynum.' '.$day.'.'. floor(intval(substr($timer,0,2))/100*$timeset['hours']).':'. floor(intval(substr($timer,2,2))/100*$timeset['minutes']).':'. floor(intval(substr($timer,4,2))/100*$timeset['seconds']).'.'.substr($timer,6,strlen($timer)-6);
$roun_obj = array('stardate'=>"$numyears.$day", 'year'=>$numyears,'month'=>$month, 'mname' => $monthnames[$sequence][$month-1],'day'=>$daynum, 'jtl'=>$jtl, 'day_count'=>$day,'hours'=>floor(intval(substr($timer,0,2))/100*$timeset['hours']),'minute'=> floor(intval(substr($timer,2,2))/100*$timeset['minutes']),'seconds'=> floor(intval(substr($timer,4,2))/100*$timeset['seconds']),'microtime'=>substr($timer,6,strlen($timer)-6),'strout'=>$roun_out);
return $roun_obj;
}
/**
* VedicCalendar()
* Vedic Calendar using Unix Timestamp with Ounion Movement Sequence
*
* @param integer $unix_time Unix Date/Time Stamp to Convert
* @param double $gmt GMT/UTC/DST of $unix_time stamp
* @param string $poffset Core Break Point of Calendar Cycle to Unix Timestamp and $pweight
* @param float $pweight Weighting Days Balancing Variable
* @param float $defiency Defeiency Monthly Cycle to Use
* @param array $timeset Maximum Hours, Minutes, Seconds in a Time Cycle
* @return array
*/
function VedicCalendar($unix_time, $gmt, $poffset = '1970-01-12 12:00 PM', $pweight = '-49183.75', $defiency='deficient', $timeset= array("hours" => 24, "minutes" => 60, "seconds" => 60))
{
// Code Segment 1 – Calculate Floating Point
$tme = $unix_time;
if ($gmt>0){
$gmt=-$gmt;
} else {
$gmt=abs($gmt);
}
$ptime = strtotime($poffset)+(60*60*$gmt);
$weight = $pweight+(1*$gmt);
$roun_xa = ($tme)/(24*60*60);
$roun_ya = $ptime/(24*60*60);
$roun = (($roun_xa -$roun_ya) - $weight)+(microtime(true)/999999);
// Code Segment 2 – Set month day arrays
$deficient = array( "seq1" => array(27,27,27,27,27,27,27,27,27,27,27,27),
"seq2" => array(27,27,27,27,27,27,27,27,27,27,27,27),
"seq3" => array(27,27,27,27,27,27,27,27,27,27,27,27),
"seq4" => array(27,27,27,27,27,27,27,27,27,27,27,27),
"seq5" => array(27,27,27,27,27,27,27,27,27,27,27,27),
"seq6" => array(27,27,27,27,27,27,27,27,27,27,27,27),
"seq7" => array(27,27,27,27,27,27,27,27,27,27,27,27),
"seq8" => array(27,27,27,27,27,27,27,27,27,27,27,27),
"seq9" => array(27,27,27,27,27,27,27,27,27,27,27,27),
"seq10" => array(27,27,27,27,27,27,27,27,27,27,27,27),
"seq11" => array(27,27,27,27,27,27,27,27,27,27,27,27),
"seq12" => array(27,27,27,27,27,27,27,27,27,27,27,27),
"seq13" => array(27,27,27,27,27,27,27,27,27,27,27,27),
"seq14" => array(27,27,27,27,27,27,27,27,27,27,27,27),
"seq15" => array(27,27,27,27,27,27,27,27,27,27,27,27),
"seq16" => array(27,27,27,27,27,27,27,27,27,27,27,27),
"seq17" => array(27,27,27,27,27,27,27,27,27,27,27,27),
"seq18" => array(27,27,27,27,27,27,27,27,27,27,27,27),
"seq19" => array(27,27,27,27,27,27,27,27,27,27,27,27),
"seq20" => array(27,27,27,27,27,27,27,27,27,27,27,27),
"seq21" => array(27,27,27,27,27,27,27,27,27,27,27,27),
"seq22" => array(27,27,27,27,27,27,27,27,27,27,27,27),
"seq23" => array(27,27,27,27,27,27,27,27,27,27,27,27),
"seq24" => array(27,27,27,27,27,27,27,27,27,27,27,27),
"seq25" => array(27,27,27,27,27,27,27,27,27,27,27,27),
"seq26" => array(27,27,27,27,27,27,27,27,27,27,27,27),
"seq27" => array(27,27,27,27,27,27,27,27,27,27,27,27),
"seq28" => array(27,27,27,27,27,27,27,27,27,27,27,27),
"seq29" => array(27,27,27,27,27,27,27,27,27,27,27,27),
"seq30" => array(27,27,27,27,27,27,27,27,27,27,27,27),
"seq31" => array(27,27,27,27,27,27,27,27,27,27,27,27),
"seq32" => array(27,27,27,27,27,27,27,27,27,27,27,27),
"seq33" => array(27,27,27,27,27,27,27,27,27,27,27,27),
"seq34" => array(27,27,27,27,27,27,27,27,27,27,27,27),
"seq35" => array(27,27,27,27,27,27,27,27,27,27,27,27),
"seq36" => array(27,27,27,27,27,27,27,27,27,27,27,27),
"seq37" => array(27,27,27,27,27,27,27,27,27,27,27,27),
"seq38" => array(27,27,27,27,27,27,27,27,27,27,27,27),
"seq39" => array(27,27,27,27,27,27,27,27,27,27,27,27),
"seq40" => array(27,27,27,27,27,27,27,27,27,27,27,27),
"seq41" => array(27,27,27,27,27,27,27,27,27,27,27,27),
"seq42" => array(27,27,27,27,27,27,27,27,27,27,27,27),
"seq43" => array(27,27,27,27,27,27,27,27,27,27,27,27),
"seq44" => array(27,27,27,27,27,27,27,27,27,27,27,27),
"seq45" => array(27,27,27,27,27,27,27,27,27,27,27,27),
"seq46" => array(27,27,27,27,27,27,27,27,27,27,27,27),
"seq47" => array(27,27,27,27,27,27,27,27,27,27,27,27),
"seq48" => array(27,27,27,27,27,27,27,27,27,27,27,27),
"seq49" => array(27,27,27,27,27,27,27,27,27,27,27,27),
"seq50" => array(27,27,27,27,27,27,27,27,27,27,27,27),
"seq51" => array(27,27,27,27,27,27,27,27,27,27,27,27),
"seq52" => array(27,27,27,27,27,27,27,27,27,27,27,27),
"seq53" => array(27,27,27,27,27,27,27,27,27,27,27,27),
"seq54" => array(27,27,27,27,27,27,27,27,27,27,27,27),
"seq55" => array(27,27,27,27,27,27,27,27,27,27,27,27),
"seq56" => array(27,27,27,27,27,27,27,27,27,27,27,27),
"seq57" => array(27,27,27,27,27,27,27,27,27,27,27,27),
"seq58" => array(27,27,27,27,27,27,27,27,27,27,27,27),
"seq59" => array(27,27,27,27,27,27,27,27,27,27,27,27),
"seq60" => array(27,27,27,27,27,27,27,27,27,27,27,27));
$daynames = array();
foreach( array( 'Viṣkambha','Prīti','Āyuśmān','Saubhāgya','Śobhana',
'Atigaṇḍa','Sukarma','Dhṛti','Śūla','Gaṇḍa','Vṛddhi',
'Dhruva', 'Vyāghatā', 'Harṣaṇa', 'Vajra', 'Siddhi', 'Vyatipāta',
'Variyas', 'Parigha', 'Śiva', 'Siddha', 'Sādhya', 'Śubha',
'Śukla', 'Brahma', 'Māhendra', 'Vaidhṛti') as $day) {
$daynames[] = htmlspecialchars($day);
}
$monthnames = array();
foreach( array('Chaitra', 'Vaiśākha', 'Jyeṣṭha', 'Āṣāḍha', 'Śrāvaṇa',
'Bhādrapada', 'Āśvina', 'Kārtika', 'Agrahāyaṇa', 'Pauṣa', 'Māgha', 'Phālguna') as $month) {
$monthnames[] = htmlspecialchars($month);
}
$monthusage = isset($defiency) ? ${$defiency} : $deficient;
// Code Segment 3 – Calculate month number, day number, day count etc
$i = 0;
$ii = 0;
$ttl_num = 0;
$ttl_num_months = 0;
$nodaycount = 0;
$month=0;
foreach($monthusage as $key => $item){
$i++;
foreach($item as $numdays){
$ttl_num=$ttl_num+$numdays;
$ttl_num_months++;
}
}
// You need to replace this section in Function EgyptianCalendar
// As well as Function MayanTihkalCalendar
$revolutionsperyear = $ttl_num / $i;
$numyears = floor((ceil($roun) / $revolutionsperyear));
$avg_num_month = $ttl_num_months/$i;
$jtl = abs(abs($roun) - ceil($revolutionsperyear*($numyears+1)));
while($month==0){
$day=0;
$u=0;
foreach($monthusage as $key => $item){
$t=0;
foreach($item as $numdays){
$t++;
$tt=0;
for($sh=1;$sh<=$numdays;$sh++){
$ii=$ii+1;
$tt++;
if ($ii==floor($jtl)){
if ($roun<0){
$daynum = floor($tt);
$month = floor($t);
} else {
$daynum = floor($numdays-($tt-1));
$month = floor($avg_num_month-($t-1));
}
$sequence = $key;
$nodaycount=true;
}
}
if ($nodaycount==false)
$day++;
}
$u++;
}
}
//$numyears = abs($numyears);
$timer = substr($roun, strpos($roun,'.')+1,strlen($roun)-strpos($roun,'.')-1);
$roun_out= $numyears.'/'.$month.'/'.$daynum.' '.$day.'.'. floor(intval(substr($timer,0,2))/100*$timeset['hours']).':'. floor(intval(substr($timer,2,2))/100*$timeset['minutes']).':'. floor(intval(substr($timer,4,2))/100*$timeset['seconds']).'.'.substr($timer,6,strlen($timer)-6);
$verdic_obj = array('stardate'=>"$numyears.$day", 'year'=>$numyears,'month'=>$month, 'mname' => $monthnames[$month-1], 'dname' => $daynames[$daynum-1],'day'=>$daynum, 'jtl'=>$jtl, 'day_count'=>$day,'hours'=>floor(intval(substr($timer,0,2))/100*$timeset['hours']),'minute'=> floor(intval(substr($timer,2,2))/100*$timeset['minutes']),'seconds'=> floor(intval(substr($timer,4,2))/100*$timeset['seconds']),'microtime'=>substr($timer,6,strlen($timer)-6),'strout'=>$roun_out);
return $verdic_obj;
}
/**
* GregorianCalendar()
* Gregorian Calendar using Unix Timestamp with Ounion Movement Sequence
*
* @param integer $unix_time Unix Date/Time Stamp to Convert
* @param double $gmt GMT/UTC/DST of $unix_time stamp
* @param string $poffset Core Break Point of Calendar Cycle to Unix Timestamp and $pweight
* @param float $pweight Weighting Days Balancing Variable
* @return array
*/
function GregorianCalendar($unix_time, $gmt, $poffset = 'NOW', $pweight = 0)
{
// Code Segment 1 – Calculate Floating Point
$tme = $unix_time;
if ($gmt>0){
$gmt=-$gmt;
} else {
$gmt=abs($gmt);
}
if ($poffset == 'NOW') {
$diff = 0+(60*60*$gmt);
} else {
$diff = abs(time()-strtotime($poffset))+(60*60*$gmt);
}
$roun = (($unix_time - $diff) - $pweight);
$timer = substr($roun, strpos($roun,'.')+1,strlen($roun)-strpos($roun,'.')-1);
$roun_out= date('Y/m/d j', $roun) . ' '. date('G', $roun).':'.date('i', $roun).':'.date('s', $roun).'.'.substr($timer,6,strlen($timer)-6).' ('.date('F l', $roun).')';
$roun_obj = array('stardate'=>date('Y.j', $roun), 'year'=>date('Y', $roun),'month'=>date('m', $roun), 'mname' => date('F', $roun),'day'=>date('d', $roun), 'jtl'=>$roun, 'day_count'=>date('j', $roun),'hours'=>date('H', $roun),'minute'=> date('M', $roun),'seconds'=> date('s', $roun),'microtime'=>$timer,'strout'=>$roun_out);
return $roun_obj;
}
/**
* EgyptianCalendar()
* Egyptian Calendar using Unix Timestamp with Ounion Movement Sequence
*
* @param integer $unix_time Unix Date/Time Stamp to Convert
* @param double $gmt GMT/UTC/DST of $unix_time stamp
* @param string $poffset Core Break Point of Calendar Cycle to Unix Timestamp and $pweight
* @param float $pweight Weighting Days Balancing Variable
* @param float $defiency Defeiency Monthly Cycle to Use
* @param array $timeset Maximum Hours, Minutes, Seconds in a Time Cycle
* @return array
*/
function EgyptianCalendar($unix_time, $gmt, $poffset = '1970-02-26 7:45 PM', $pweight = '-9777600.22222222223', $defiency='nonedeficient', $timeset= array("hours" => 24, "minutes" => 60, "seconds" => 60))
{
// Code Segment 1 – Calculate Floating Point
$tme = $unix_time;
if ($gmt>0){
$gmt=-$gmt;
} else {
$gmt=abs($gmt);
}
$ptime = strtotime($poffset)+(60*60*$gmt);
$weight = $pweight+(1*$gmt);
$roun_xa = ($tme)/(24*60*60);
$roun_ya = $ptime/(24*60*60);
$roun = (($roun_xa -$roun_ya) - $weight)+(microtime(true)/999999);
// Code Segment 2 – Set month day arrays
$nonedeficient = array("seq1" => array(30,30,30,30,30,30,30,30,30,30,30,30,5));
$monthnames = array("seq1" => array('Thoth','Phaophi','Athyr','Choiak','Tybi',
'Mecheir','Phamenoth','Pharmuthi','Pachon',
'Payni','Epiphi','Mesore','epagomenai'));
$monthusage = isset($defiency) ? ${$defiency} : $deficient;
// Code Segment 3 – Calculate month number, day number, day count etc
$i = 0;
$ii = 0;
$ttl_num = 0;
$ttl_num_months = 0;
$nodaycount = 0;
$month=0;
foreach($monthusage as $key => $item){
$i++;
foreach($item as $numdays){
$ttl_num=$ttl_num+$numdays;
$ttl_num_months++;
}
}
// You need to replace this section in Function EgyptianCalendar
// As well as Function MayanTihkalCalendar
$revolutionsperyear = $ttl_num / $i;
$numyears = floor((ceil($roun) / $revolutionsperyear));
$avg_num_month = $ttl_num_months/$i;
$jtl = abs(abs($roun) - ceil($revolutionsperyear*($numyears+1)));
while($month==0){
$day=0;
$u=0;
foreach($monthusage as $key => $item){
$t=0;
foreach($item as $numdays){
$t++;
$tt=0;
for($sh=1;$sh<=$numdays;$sh++){
$ii=$ii+1;
$tt++;
if ($ii==floor($jtl)){
if ($roun<0){
$daynum = $tt;
$month = $t;
} else {
$daynum = $numdays-($tt-1);
$month = $avg_num_month-($t-1);
}
$sequence = $key;
$nodaycount=true;
}
}
if ($nodaycount==false)
$day++;
}
$u++;
}
}
//$numyears = abs($numyears);
$timer = substr($roun, strpos($roun,'.')+1,strlen($roun)-strpos($roun,'.')-1);
$roun_out= $numyears.'/'.$month.'/'.$daynum.' '.$day.'.'. floor(intval(substr($timer,0,2))/100*$timeset['hours']).':'. floor(intval(substr($timer,2,2))/100*$timeset['minutes']).':'. floor(intval(substr($timer,4,2))/100*$timeset['seconds']).'.'.substr($timer,6,strlen($timer)-6);
$roun_obj = array('stardate'=>"$numyears.$day", 'year'=>$numyears,'month'=>$month, 'mname' => $monthnames[$sequence][$month-1],'day'=>$daynum, 'jtl'=>$jtl, 'day_count'=>$day,'hours'=>floor(intval(substr($timer,0,2))/100*$timeset['hours']),'minute'=> floor(intval(substr($timer,2,2))/100*$timeset['minutes']),'seconds'=> floor(intval(substr($timer,4,2))/100*$timeset['seconds']),'microtime'=>substr($timer,6,strlen($timer)-6),'strout'=>$roun_out);
return $roun_obj;
}
/**
* MayanTihkalCalendar()
* Mayan Tihkal Calendar using Unix Timestamp with Ounion Movement Sequence
*
* @param integer $unix_time Unix Date/Time Stamp to Convert
* @param double $gmt GMT/UTC/DST of $unix_time stamp
* @param string $poffset Core Break Point of Calendar Cycle to Unix Timestamp and $pweight
* @param array $pppo $poffset array for Mayan Long Count of offset point
* @param string $pweight Weighting Days Balancing Variable
* @param float $defiency Defeiency Monthly Cycle to Use
* @param array $timeset Maximum Hours, Minutes, Seconds in a Time Cycle Array
* @return array
*/
function MayanTihkalCalendar($unix_time, $gmt, $poffset = '2012-12-21 8:24 PM', $pppo = array(13,0,0,0,0), $pweight = '-1872000.00000001', $defiency='nonedeficient', $timeset= array("hours" => 24, "minutes" => 60, "seconds" => 60))
{
// Code Segment 1 – Calculate Floating Point
$tme = $unix_time;
if ($gmt>0){
$gmt=-$gmt;
} else {
$gmt=abs($gmt);
}
$ptime = strtotime($poffset)+(60*60*$gmt);
$roun_xa = ($tme)/(24*60*60);
$roun_ya = $ptime/(24*60*60);
$roun = (($roun_xa -$roun_ya) - $pweight)+(microtime(true)/999999);
// Code Segment 2 – Set month day arrays
$nonedeficient = array("seq1" => array(20,20,20,20,20,20,20,20,20,20,20,20,20,20,20,20,20,20,5));
$monthnames = array("seq1" => array('Pop', 'Uo', 'Zip', 'Zot\'z', 'Tzec', 'Xul', 'Yaxkin', 'Mol',
'Ch\'en', 'Yax', 'Zac', 'Ceh', 'Mac', 'Kankin', 'Muan', 'Pax',
'Kayab', 'Cumku', 'Uayeb'));
$daynames = array("seq1" => array('Imix', 'Ik', 'Akbal', 'Kan', 'Chicchan', 'Cimi','Manik', 'Lamat',
'Muluc', 'Oc', 'Chuen', 'Eb', 'Ben', 'Ix', 'Men', 'Cib', 'Caban',
'Etz\'nab', 'Cauac', 'Ahau'));
$monthusage = isset($defiency) ? ${$defiency} : $deficient;
// Code Segment 3 – Calculate month number, day number, day count etc
$i = 0;
$ii = 0;
$ttl_num = 0;
$ttl_num_months = 0;
$nodaycount = 0;
$month = 0;
foreach($monthusage as $key => $item){
$i++;
foreach($item as $numdays){
$ttl_num=$ttl_num+$numdays;
$ttl_num_months++;
}
}
// As well as Function MayanTihkalCalendar
$revolutionsperyear = $ttl_num / $i;
$numyears = floor((ceil($roun) / $revolutionsperyear));
$avg_num_month = $ttl_num_months/$i;
$jtl = abs(abs($roun) - ceil($revolutionsperyear*($numyears+1)));
while($month==0){
$day=0;
$u=0;
foreach($monthusage as $key => $item){
$t=0;
foreach($item as $numdays){
$t++;
$tt=0;
for($sh=1;$sh<=$numdays;$sh++){
$ii=$ii+1;
$tt++;
if ($ii==floor($jtl)){
if ($roun<0){
$daynum = $tt;
$month = $t;
} else {
$daynum = $numdays-($tt-1);
$month = $avg_num_month-($t-1);
}
$sequence = $key;
$nodaycount=true;
}
}
if ($nodaycount==false)
$day++;
}
$u++;
}
}
$timer = substr($roun, strpos($roun,'.')+1,strlen($roun)-strpos($roun,'.')-1);
$roun_out= $numyears.'/'.$month.'/'.$daynum.' '.$day.'.'. floor(intval(substr($timer,0,2))/100*$timeset['hours']).':'. floor(intval(substr($timer,2,2))/100*$timeset['minutes']).':'. floor(intval(substr($timer,4,2))/100*$timeset['seconds']).'.'.substr($timer,6,strlen($timer)-6);
$roun_obj = array('stardate'=>"$numyears.$day", 'year'=>abs($numyears),'month'=>$month, 'mname' => $monthnames[$sequence][$month-1],'day'=>$daynum, 'dayname'=>$daynames[$sequence][$daynum-1], 'day'=>$daynum, 'jtl'=>$jtl, 'day_count'=>$day,'hours'=>floor(intval(substr($timer,0,2))/100*$timeset['hours']),'minute'=> floor(intval(substr($timer,2,2))/100*$timeset['minutes']),'seconds'=> floor(intval(substr($timer,4,2))/100*$timeset['seconds']),'microtime'=>substr($timer,6,strlen($timer)-6),'strout'=>$roun_out);
$roun_obj = array_merge($roun_obj, array('longcount'=>MayanLongCount($tme, $gmt, $roun_obj, $poffset, $pppo)));
return $roun_obj;
}
/**
* MayanLongCount()
* Mayan Long Count Calendar using Unix Timestamp with Counter Movement Sequence
*
* @param integer $tme Unix Date/Time Stamp to Convert
* @param double $gmt GMT/UTC/DST of $unix_time stamp
* @param array $pmtc Mayan Tihkal Calendar Array
* @param string $poffset Core Break Point of Calendar Cycle to Unix Timestamp and $pweight
* @param array $pppo Mayan Long Count Calendar Date
* @return array
*/
function MayanLongCount($tme, $gmt, $pmtc, $poffset = '2012-12-21 8:24 PM', $pppo = array(13,0,0,0,0)){
$epoch = strtotime($poffset);
$diff=(($tme-$epoch)/(60*60*24));
$ptime = $diff+((60*60*$gmt)/(60*60*24));
$ppo = changemaya($pppo,ceil($ptime));
return array('ppo' => $ppo[0].'.'.$ppo[1].'.'.$ppo[2].'.'.$ppo[3].'.'.$ppo[4], 'stardate' => $pmtc['year'] . '.' . $ppo[4]);
}
/**
* changemaya()
* Mayan Long Count Calendar Day Counter Movement Sequence
*
* @param array $ppo Mayan Calendar Array
* @param integer $diff Difference of Change in Days
* @return array
*/
function changemaya($ppo,$diff){
if ($diff>0) { $amount=1; } else { $amount=-1; }
for ($sh=1;$sh<abs($diff);$sh++){
if ($ppo[4]+$amount>20){
if ($ppo[3]+$amount>20){
if ($ppo[2]+$amount>20){
if ($ppo[1]+$amount>20){
if ($ppo[0]+$amount>20){
$ppo[0]=0;
$ppo[1]=0;
$ppo[2]=0;
$ppo[3]=0;
$ppo[4]=0;
} else {
$ppo[1]=0;
$ppo[0]=$ppo[0]+$amount;
}
} else {
$ppo[2]=0;
$ppo[1]=$ppo[1]+$amount;
}
} else {
$ppo[3]=0;
$ppo[2]=$ppo[2]+$amount;
}
} else {
$ppo[4]=0;
$ppo[3]=$ppo[3]+$amount;
}
} elseif ($ppo[4]+$amount<0){
if ($ppo[3]+$amount<0){
if ($ppo[2]+$amount<0){
if ($ppo[1]+$amount<0){
if ($ppo[0]+$amount<0){
$ppo[0]=20;
$ppo[1]=0;
$ppo[2]=0;
$ppo[3]=0;
$ppo[4]=0;
} else {
$ppo[1]=20;
$ppo[0]=$ppo[0]+$amount;
}
} else {
$ppo[2]=20;
$ppo[1]=$ppo[1]+$amount;
}
} else {
$ppo[3]=20;
$ppo[2]=$ppo[2]+$amount;
}
} else {
$ppo[4]=20;
$ppo[3]=$ppo[3]+$amount;
}
} else {
$ppo[4]=$ppo[4]+$amount;
}
}
return $ppo;
}
/**
* MayanLongCountSeconds()
* Mayan Hour Long Count Calendar using Unix Timestamp with Counter Movement Sequence
*
* @param integer $tme Unix Date/Time Stamp to Convert
* @param double $gmt GMT/UTC/DST of $unix_time stamp
* @param array $ptch Mayan Tihkal Calendar Array
* @param string $poffset Core Break Point of Calendar Cycle to Unix Timestamp and $pweight
* @param array $pppo Weighting Days Balancing Variable
* @return array
*/
function MayanLongCountHours($tme, $gmt, $ptch, $poffset = '2012-12-21 8:24 PM', $pppo = array(0,0,0,0)){
$epoch = strtotime($poffset);
$tme = $tme-strtotime(date('Y/m/d',$tme));
$day = strtotime(date('Y/m/d',strtotime($poffset))) - strtotime($poffset);
$diff=$tme-$day;
$ptime = $diff+(60*60*$gmt);
$ppo = changemayahours($pppo,ceil($ptime));
return array('ppo' => $ppo[0].'.'.$ppo[1].'.'.$ppo[2].'.'.$ppo[3], 'stardate'=>$ptch['year'].$ppo[3]);
}
/**
* changemayaseconds()
* Mayan Hour Count Calendar Day Counter Movement Sequence
*
* @param array $ppo Mayan Hour count Calendar Array
* @param integer $diff Difference of Change in Seconds
* @return array
*/
function changemayahours($ppo,$diff){
if ($diff>0) { $amount=1; } else { $amount=-1; }
for ($sh=1;$sh<abs($diff);$sh++){
if ($ppo[3]+$amount>20){
if ($ppo[2]+$amount>20){
if ($ppo[1]+$amount>20){
if ($ppo[0]+$amount>20){
$ppo[0]=0;
$ppo[1]=0;
$ppo[2]=0;
$ppo[3]=0;