public function __construct($year, $timeZone)
{
$this->Year = $year;
$this->Offset = doubleval($timeZone / 24.0 + 0.0);
$prevDongChi = 0;
$solarterm = array();
SolarTerm::solarterm($this->Year, $prevDongChi, $solarterm);
for ($i = 0; $i < 24; $i++) {
$this->SolarTerms[$i] = LunarYear::JDtoDate($solarterm[$i] + $this->Offset);
}
$lun = $this->StrartLun($prevDongChi, $this->Offset);
$newMoon = MoonPhase::moonphasebylunation($lun, 0);
$this->NewMoons = array();
$this->NewMoons[0] = LunarYear::JDtoDate($newMoon + $this->Offset);
$j = 0;
while ($this->NewMoons[$j] < $this->SolarTerms[23]) {
$j++;
$newMoon = MoonPhase::moonphasebylunation($lun + $j, 0);
$this->NewMoons[$j] = LunarYear::JDtoDate($newMoon + $this->Offset);
}
$this->Leap = $this->FindLeafMonth($this->NewMoons, $this->SolarTerms);
}
private function CalSolarTerm($year, &$hachi)
{
$JDSolarTerms = array();
$solarTerms = array();
$JDDChi = 0;
SolarTerm::solarterm($year, $JDDChi, $JDSolarTerms);
for ($i = 0; $i < 24; $i++) {
if ($i % 2 == 0) {
$solarTerms[$i / 2] = NgayBatTu::JDtoDate($JDSolarTerms[$i] + $this->Offset);
}
}
$hachi = NgayBatTu::JDtoDate($JDSolarTerms[11] + $this->Offset);
return $solarTerms;
}
