Lunar Calendar-Lunar calendar-conversion class PHP version

 lunarinfo[$year-$this->min_year]; if ($year = = $this->min_year&& $month <=2&& $date <=9) {return Array (1891, ' Lunar month ', ' Junior ', ' Xin Mao ', 1, 1,        ' Rabbit '); } return $this->getlunarbybetween ($year, $this->getdaysbetweensolar ($year, $month, $date, $yearData [1],$    YEARDATA[2])); } function Convertsolarmonthtolunar ($year, $month) {$yearData = $this->lunarinfo[$year-$this->min_year        ]; if ($year = = $this->min_year&& $month <=2&& $date <=9) {return Array (1891, ' Lunar month ', ' Junior ', ' Xin Mao ', 1, 1,        ' Rabbit ');        } $month _days_ary = Array (31, 28, 31, 30, 31, 30, 31, 31, 30, 31, 30, 31);        $DD = $month _days_ary[$month];        if ($this->isleapyear ($year) && $month = = 2) $dd + +;        $lunar _ary = Array (); for ($i = 1; $i < $DD; $i + +) {$array = $this->getlunarbybetween ($year, $this->getdaysbetweensolar ($yea            R, $month, $i, $yearData [1], $yearData [2]); $array [] = $year. '-' . $month. '-' .            $i;        $lunar _ary[$i] = $array;    } return $lunar _ary;     }/** * Converts the lunar calendar to Gregorian calendar * @param year Lunar calendar-years * @param month lunar calendar-months, Leap month processing: For example, if the current year leap May, then the second May will be June, equivalent to the lunar calendar has 13 months, but sometimes the 13th month of the days of 0 * @param date Lunar calendar-day */function Convertlunartosolar ($year, $month, $date) {$yearData = $this->lunarinfo[$        year-$this->min_year];        $between = $this->getdaysbetweenlunar ($year, $month, $date);        $res = Mktime (0,0,0, $yearData [1], $yearData [2], $year);        $res = Date (' y-m-d ', $res + $between *24*60*60);        $day = Explode ('-', $res);        $year = $day [0];        $m $day = $day [2];    Return Array ($year, $month, $day); }/** * Determines if a leap year is @param year */function Isleapyear ($year) {return ($year%4==0 && $year %100!=0) | |    ($year%400==0)); }/** * Get Ganzhi Calendar * @param year */function Getlunaryearname ($year) {$sky = array (' g ', ' xin ', ' ren ', ' decyl ', '   A ', ' B ', ' C ', ' ding ', ' e ', ' own ');      $earth = Array (' shen ', ' unitary ', ' Xu ', ' hai ', ' zi ', ' ugly ', ' Yin ', ' Mao ', ' Chen ', ' have ', ' noon ', ' not ');         $year = $year. ";    return $sky [$year {3}]. $earth [$year%12]; /** * Get Zodiac * @param year Lunar Year * * * * * function Getyearzodiac ($year) {$zodiac = array (' monkey ', ' chicken ', ' dog ')         ', ' pig ', ' rat ', ' ox ', ' tiger ', ' Rabbit ', ' dragon ', ' snake ', ' horse ', ' sheep ';    return $zodiac [$year%12]; }/** * Gets the number of days of the Gregorian month * @param year Gregorian-years * @param month Gregorian calendar-month */function getsolarmonthdays ($year, $month) {$monthHash = array (' 1 ' =>31, ' 2 ' = $this->isleapyear ($year)? 29:28, ' 3 ' =>31, ' 4 ' =>30, ' 5 ' =>31, ' 6 ' =&G         T;30, ' 7 ' =>31, ' 8 ' =>31, ' 9 ' =>30, ' ten ' =>31, ' one ' =>30, ' one ' =>31 ';    return $monthHash ["$month"]; }/** * Gets the number of days of the lunar month * @param year lunar calendar-years * @param month lunar calendar-month, starting from January */function Getlunarmonthdays ($year, $         Month) {$monthData = $this->getlunarmonths ($year);    return $monthData [$month-1]; /** * Gets an array of days of the lunar calendar per month * @param year */function GetluNarmonths ($year) {$yearData = $this->lunarinfo[$year-$this->min_year];        $leapMonth = $yearData [0];        $bit = Decbin ($yearData [3]);        for ($i = 0; $i < strlen ($bit); $i + +) {$bitArray [$i] = substr ($bit, $i, 1);        } for ($k =0, $klen =16-count ($bitArray), $k < $klen; $k + +) {array_unshift ($bitArray, ' 0 '); } $bitArray = Array_slice ($bitArray, 0, ($leapM for ($i =0; $i
 
  
lunarinfo[$year-$this->min_year];        $monthArray = $this->getlunaryearmonths ($year);        $len = count ($monthArray);    Return ($monthArray [$len -1]==0? $monthArray [$len-2]: $monthArray [$len-1]);        } function Getlunaryearmonths ($year) {//debugger;        $monthData = $this->getlunarmonths ($year);        $res =array ();        $temp = 0;        $yearData = $this->lunarinfo[$year-$this->min_year];        $len = ($yearData [0]==0?12:13);            for ($i =0; $i < $len; $i + +) {$temp = 0;            for ($j =0; $j <= $i; $j + +) {$temp + = $monthData [$j];        } array_push ($res, $temp);    } return $res; /** * Get Leap Month * @param year lunar years */function Getleapmonth ($year) {$yearData = $this->lunarinfo[        $year-$this->min_year];    return $yearData [0]; /** * Calculates the number of days between lunar dates and the day of the month * @param year * @param month * @param date */function Getdaysbetweenlu NAR ($year, $month, $Date) {$yearMonth = $this->getlunarmonths ($year);        $res = 0;        for ($i =1; $i < $month; $i + +) {$res + = $yearMonth [$i-1];        } $res + = $date-1;    return $res;     */** * Calculates the number of days between 2 Gregorian dates * @param year Gregorian * @param cmonth * @param cdate * @param the Gregorian month corresponding to the lunar month of Dmonth * @param ddate Lunar calendar days */function Getdaysbetweensolar ($year, $cmonth, $cdate, $dmonth, $ddate) {$a = mk        Time (0,0,0, $cmonth, $cdate, $year);        $b = Mktime (0,0,0, $dmonth, $ddate, $year);    Return Ceil (($a-$b)/24/3600); /** * Calculates the lunar date based on the number of days from the day of the month * @param year Gregorian * @param between days */function Getlunarbybetween ($year,        $between) {//debugger;        $lunarArray = Array ();        $yearM $t = 0;        $e = 0;        $leapM $m = ";            if ($between ==0) {Array_push ($lunarArray, $year, ' The lunar month ', ' the Junior ');            $t = 1;        $e = 1;  }else{$year = $between >0? $year: ($year-1);          $yearMonth = $this->getlunaryearmonths ($year);            $leapMonth = $this->getleapmonth ($year);            $between = $between >0? $between: ($this->getlunaryeardays ($year) + $between);                    for ($i =0; $i <13; $i + +) {if ($between = = $yearMonth [$i]) {$t = $i +2;                    $e = 1;                Break                    }else if ($between < $yearMonth [$i]) {$t = $i +1;                    $e = $between-(Empty ($yearMonth [$i-1])? 0: $yearMonth [$i-1]) +1;                Break }} $m = ($leapMonth!=0&& $t = = $leapMonth + 1)? (' Leap '. $this->getcapitalnum ($t -1,true)): $this->getcapitalnum (($leapMonth!=0&& $leapMonth +1< $t? (            $t-1): $t), true);        Array_push ($lunarArray, $year, $m, $this->getcapitalnum ($e, false));        } array_push ($lunarArray, $this->getlunaryearname ($year));//Zodiac earthly Array_push ($lunarArray, $t, $e); Array_push ($lunarArray, $tHis->getyearzodiac ($year));//12 Zodiac Array_push ($lunarArray, $leapMonth);//leap months return $lunarArray; }/** * Gets the number of the lunar term * @param num number * @param ismonth is the number of months */function Getcapitalnum ($num, $isMonth)        {$isMonth = $isMonth | | false; $dateHash =array (' 0 ' = ', ' 1 ' = ' one ', ' 2 ' = ' two ', ' 3 ' = ' three ', ' 4 ' = ' Four ', ' 5 ' = ' five ', ' 6 ' = ' Six ', ' 7 ' = ' Seven '        , ' 8 ' = ' eight ', ' 9 ' = ' nine ', ' ten ' = ' x ';        $m $res = ";        if ($isMonth) {$res = $monthHash [$num];            }else{if ($num <=10) {$res = ' early '. $dateHash [$num];            }else if ($num >10&& $num <20) {$res = ' ten '. $dateHash [$num-10];            }else if ($num ==20) {$res = "20";            }else if ($num >20&& $num <30) {$res = "20". $dateHash [$num-20];            }else if ($num ==30) {$res = "30";    }} return $res; }} $lunar = new lunar (); $month = $luNar->convertlunartosolar (;p) Rint_r ($month); exit; 
 

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