有誰知道陽歷轉陰歷的算法或者有沒有這樣的源碼

我有这组控件，想要先把分都给我，再给出你的E_Mail就可以了！一定发给你，绝不食言！

注:以下代码不是本人的, 是从网上来的. unit CNYear; interface
uses sysutils;
type TCNDate = Cardinal;
function DecodeGregToCNDate(dtGreg:TDateTime):TCNDate;
function GetGregDateFromCN(cnYear,cnMonth,cnDay:word;bLeap:Boolean=False):TDateTime;
function GregDateToCNStr(dtGreg:TDateTime):String;
function isCNLeap(cnDate:TCNDate):boolean;
implementation
const cstDateOrg:Integer=32900; //公历1990-01-27的TDateTime表示对应农历1990-01-01
const cstCNYearOrg=1990;
const cstCNTable:array[cstCNYearOrg..cstCNYearOrg + 60] of WORD=(       //   unsigned 16-bit
24402, 3730, 3366, 13614, 2647, 35542, 858, 1749,           //1997
23401, 1865, 1683, 19099, 1323, 2651, 10926, 1386,           //2005
32213, 2980, 2889, 23891, 2709, 1325, 17757, 2741,           //2013
39850, 1490, 3493, 61098, 3402, 3221, 19102, 1366,           //2021
2773, 10970, 1746, 26469, 1829, 1611, 22103, 3243,           //2029
1370, 13678, 2902, 48978, 2898, 2853, 60715, 2635,           //2037
1195, 21179, 1453, 2922, 11690, 3474, 32421, 3365,           //2045
2645, 55901, 1206, 1461, 14038);                                                       //2050
//建表方法：
// 0101 111101010010     高四位是闰月位置,后12位表示大小月,大月30天,小月29天,
//闰月一般算小月,但是有三个特例2017/06,2036/06,2047/05
//对于特例则高四位的闰月位置表示法中的最高为设置为1 特殊处理用wLeapNormal变量
// //2017/06 28330->61098 2036/06 27947->60715 2047/05 23133->55901 //如果希望用汇编,这里有一条信息:农历不会滞后公历2个月.
//将公历转换为农历
//返回:12位年份+4位月份+5位日期
function DecodeGregToCNDate(dtGreg:TDateTime):TCNDate;
var
  iDayLeave:Integer;
  wYear,wMonth,wDay:WORD;
  i,j:integer;
  wBigSmallDist,wLeap,wCount,wLeapShift:WORD;
label OK;
begin
  result := 0;
  iDayLeave := Trunc(dtGreg) - cstDateOrg;
  DecodeDate(IncMonth(dtGreg,-1),wYear,wMonth,wDay);
  if (iDayLeave < 0) or (iDayLeave > 22295 )then Exit;
              //Raise Exception.Create('目前只能算1990-01-27以后的');
              //Raise Exception.Create('目前只能算2051-02-11以前的');
  for i:=Low(cstCNTable)   to High(cstCNTable) do begin
      wBigSmallDist := cstCNTable[i];
      wLeap := wBigSmallDist shr 12;
      if wLeap > 12 then begin
          wLeap := wLeap and 7;
          wLeapShift := 1;
      end else
          wLeapShift := 0;
      for j:=1 to 12 do begin
          wCount:=(wBigSmallDist and 1) + 29;
          if j=wLeap then wCount := wCount - wLeapShift;
          if iDayLeave < wCount   then begin
              Result := (i shl 9) + (j shl 5) + iDayLeave + 1;
              Exit;
          end;
          iDayLeave := iDayLeave - wCount;
          if j=wLeap then begin
              wCount:=29 + wLeapShift;
              if iDayLeave < wCount   then begin
                  Result := (i shl 9) + (j shl 5) + iDayLeave + 1 + (1 shl 21);
                  Exit;
              end;
              iDayLeave := iDayLeave - wCount;
          end;
          wBigSmallDist := wBigSmallDist shr 1;
      end;
  end;
//返回值:
// 1位闰月标志 + 12位年份+4位月份+5位日期             (共22位)
end;
function isCNLeap(cnDate:TCNDate):boolean;
begin
  result := (cnDate and $200000) <> 0;
end;
function GetGregDateFromCN(cnYear,cnMonth,cnDay:word;bLeap:Boolean=False):TDateTime;
var
  i,j:integer;
  DayCount:integer;
  wBigSmallDist,wLeap,wLeapShift:WORD;
begin
  // 0101 010010101111     高四位是闰月位置,后12位表示大小月,大月30天,小月29天,
  DayCount := 0;
  if (cnYear < 1990) or (cnYear >2050) then begin
      Result := 0;
      Exit;
  end;
  for i:= cstCNYearOrg to cnYear-1 do begin
        wBigSmallDist := cstCNTable[i];
        if (wBIgSmallDist and $F000) <> 0 then DayCount := DayCount + 29;
        DayCount := DayCount + 12 * 29;
        for j:= 1 to 12 do begin
            DayCount := DayCount + wBigSmallDist and 1;
            wBigSmallDist := wBigSmallDist shr 1;
        end;
  end;
  wBigSmallDist := cstCNTable[cnYear];
  wLeap := wBigSmallDist shr 12;
  if wLeap > 12 then begin
      wLeap := wLeap and 7;
      wLeapShift := 1;                       //大月在闰月.
  end else
      wLeapShift := 0;
  for j:= 1 to cnMonth-1 do begin
      DayCount:=DayCount + (wBigSmallDist and 1) + 29;
      if j=wLeap then DayCount := DayCount + 29;
      wBigSmallDist := wBigSmallDist shr 1;
  end;
  if bLeap and (cnMonth = wLeap)   then   //是要闰月的吗?
      DayCount := DayCount + 30 - wLeapShift;
  result := cstDateOrg + DayCount + cnDay - 1;
end; //将日期显示成农历字符串.
function GregDateToCNStr(dtGreg:TDateTime):String;
const hzNumber:array[0..10] of string=('零','一','二','三','四','五','六','七','八','九','十');
function ConvertYMD(Number:Word;YMD:Word):string;
var
  wTmp:word;
begin
  result := '';
  if YMD = 1 then begin //年份
      while Number > 0 do begin
          result := hzNumber[Number Mod 10] + result;
          Number := Number DIV 10;
      end;
      Exit;
  end;
  if Number<=10 then begin   //可只用1位
      if YMD = 2 then //月份
          result := hzNumber[Number]
      else                       //天
          result := '初' + hzNumber[Number];
      Exit;
  end;
  wTmp := Number Mod 10;   //个位
  if wTmp <> 0 then result := hzNumber[wTmp];
  wTmp := Number Div 10;           //十位
  result:='十'+result;
  if wTmp > 1 then   result := hzNumber[wTmp] + result;
end;
var
  cnYear,cnMonth,cnDay:word;
  cnDate:TCNDate;
  strLeap:string;
begin
  cnDate:= DecodeGregToCNDate(dtGreg);
  if cnDate = 0 then begin
      result := '输入越界';
      Exit;
  end;
  cnDay := cnDate and $1F;
  cnMonth := (cnDate shr 5) and $F;
  cnYear := (cnDate shr 9) and $FFF;
  //测试第22位,为1表示闰月
  if isCNLeap(cnDate) then strLeap:='(闰)' else   strLeap := '';
  result := '农历' + ConvertYMD(cnYear,1) + '年' + ConvertYMD(cnMonth,2) + '月'
                + strLeap + ConvertYMD(cnDay,3) ;
end;
end.

这里：http://richsearch.com/displ.jsp?lid=938736&show=all

unit Lunar;interface
uses SysUtils;//國曆轉農曆(民國年, 月, 日, var 農曆年, 農曆月, 農曆日)
procedure Solar2Lunar(SYear, SMonth, SDay : Integer; Var LYear, LMonth, LDay : Integer);
//農曆轉國曆(農曆年, 農曆月, 農曆日, var 民國年, 月, 日)
procedure Lunar2Solar(LYear, LMonth, LDay : Integer; Var SYear, SMonth, SDay : Integer);
//輸入農曆年份換算六十甲子名稱
function YearName(LYear : integer) : string;
//得知農曆之月份天數
function DaysPerLunarMonth(LYear, LMonth : Integer) : Integer;implementation
const
SMDay : array[1..12] of integer = (31, 28, 31, 30, 31, 30, 31, 31, 30, 31, 30, 31);
c1 : array[1..10] of string[2] = ('甲', '乙', '丙', '丁', '戊', '己', '庚', '辛', '壬', '癸');
c2 : array[1..12] of string[2] = ('子', '丑', '寅', '卯', '辰', '巳', '午', '未', '申', '酉', '戌', '亥');// Magic String :
LongLife : array[1..111] of string[9] = (
'132637048', '133365036', '053365225', '132900044', '131386034', '022778122', //6
'132395041', '071175231', '131175050', '132635038', '052891127', '131701046', //12
'131748035', '042741223', '130694043', '132391032', '021327122', '131175040', //18
'061623129', '133402047', '133402036', '051769125', '131453044', '130694034', //24
'032158223', '132350041', '073213230', '133221049', '133402038', '063466226', //30
'132901045', '131130035', '042651224', '130605043', '132349032', '023371121', //36
'132709040', '072901128', '131738047', '132901036', '051333226', '131210044', //42
'132651033', '031111223', '131323042', '082714130', '133733048', '131706038', //48
'062794127', '132741045', '131206035', '042734124', '132647043', '131318032', //54
'033878120', '133477039', '071461129', '131386047', '132413036', '051245126', //60
'131197045', '132637033', '043405122', '133365041', '083413130', '132900048', //66
'132922037', '062394227', '132395046', '131179035', '042711124', '132635043', //72
'102855132', '131701050', '131748039', '062804128', '132742047', '132359036', //78
'051199126', '131175045', '131611034', '031866122', '133749040', '081717130', //84
'131452049', '132742037', '052413127', '132350046', '133222035', '043477123', //90
'133402042', '133493031', '021877121', '131386039', '072747128', '130605048', //96
'132349037', '053243125', '132709044', '132890033', '042986122', '132901040', //102
'091373130', '131210049', '132651038', '061303127', '131323046', '132707035', //108
'041941124', '131706042', '132773031');                                       //111var
  LMDay : array[1..13] of integer;
  InterMonth, InterMonthDays, SLRangeDay : integer;
function IsLeapYear(AYear: Integer): Boolean;
begin
  Result := (AYear mod 4 = 0) and ((AYear mod 100 <> 0) or (AYear mod 400 = 0));
end;function YearName(LYear : integer) : string;
var
   x, y, ya : integer;
begin
     ya := LYear;
     if ya < 1 then
        ya := ya + 1;
     if ya < 12 then
        ya := ya + 60;
     x := (ya + 8 - ((ya + 7) div 10) * 10);
     y := (ya - ((ya-1) div 12) * 12);
     result := c1[x]+c2[y];
end;procedure CovertLunarMonth(magicno : integer);
var
   i, size, m : integer;
begin
     m := magicno;
     for i := 12 downto 1 do begin
         size := m mod 2;
         if size = 0 then
            LMDay[i] := 29
         else
            LMDay[i] := 30;
         m := m div 2;
     end;
end;procedure ProcessMagicStr(yy : integer);
var
   magicstr : string;
   dsize, LunarMonth : integer;
begin
     magicstr := LongLife[yy];
     InterMonth := StrToInt(Copy(magicstr, 1, 2));
     LunarMonth := StrToInt(copy(magicstr, 3, 4));
     CovertLunarMonth(LunarMonth);
     dsize := StrToInt(Copy(magicstr, 7, 1));
     case dsize of
          0 : InterMonthDays := 0;
          1 : InterMonthDays := 29;
          2 : InterMonthDays := 30;
     end;
     SLRangeDay := StrToInt(Copy(Magicstr, 8, 2));
end;function DaysPerLunarMonth(LYear, LMonth : Integer) : Integer;
begin
     ProcessMagicStr(LYear);
     if LMonth < 0 then
        Result := InterMonthDays
     else
        Result := LMDay[LMonth];
end;procedure Solar2Lunar(SYear, SMonth, SDay : integer; var LYear, LMonth, LDay : integer);
var
   i, day : integer;
begin
     day := 0;
     if isLeapYear(SYear+1911) then
        SMDay[2] := 29;
     ProcessMagicStr(SYear);
     if SMonth = 1 then
        day := SDay
     else begin
        for i := 1 to SMonth-1 do
            day := day + SMDay[i];
        day := day + SDay;
     end;
     if day <= SLRangeDay then begin
        day := day - SLRangeDay;
        processmagicstr(SYear-1);
        for i := 12 downto 1 do begin
            day := day + LMDay[i];
            if day > 0 then
               break;
        end;
        LYear := SYear - 1;
        LMonth := i;
        LDay := day;
     end else begin
        day := day - SLRangeDay;
        for i := 1 to InterMonth-1 do begin
            day := day - LMDay[i];
            if day <= 0 then
               break;
        end;
        if day <= 0 then begin
           LYear := SYear;
           LMonth := i;
           LDay := day + LMDay[i];
        end else begin
           day := day - LMDay[InterMonth];
           if day <= 0 then begin
              LYear := SYear;
              LMonth := InterMonth;
              LDay := day + LMDay[InterMonth];
           end else begin
              LMDay[InterMonth] := InterMonthDays;
              for i := InterMonth to 12 do begin
                  day := day - LMDay[i];
                  if day <= 0 then
                     break;
              end;
              if i = InterMonth then
                 LMonth := 0 - InterMonth
              else
                 LMonth := i;
              LYear := SYear;
              LDay := day + LMDay[i];
           end;
        end;
     end;
end;procedure Lunar2Solar(LYear, LMonth, LDay : integer; var SYear, SMonth, SDay : integer);
var
   i, day : integer;
begin
     day := 0;
     SYear := LYear;
     if isLeapYear(SYear+1911) then
        SMDay[2] := 29;
     processmagicstr(SYear);
     if LMonth < 0 then
        day := LMDay[InterMonth];
     if LMonth <> 1 then
        for i := 1 to LMonth-1 do
            day := day + LMDay[i];
     day := day + LDay + SLRangeDay;
     if (InterMonth <> 13) and (InterMonth < LMonth) then
        day := day + InterMonthDays;
     for i := 1 to 12 do begin
         day := day - SMDay[i];
         if day <= 0 then
            break;
     end;
     if day > 0 then begin
        SYear := SYear + 1;
        if isLeapYear(SYear+1911) then
           SMDay[2] := 29;
        for i := 1 to 12 do begin
            day := day - SMDay[i];
            if day <= 0 then
               break;
        end;
     end;
     //i := i - 1;
     day := day + SMDay[i];
     //if i = 0 then begin
     //   i := 12;
     //   SYear := SYear - 1;
     //   day := day + 31;
     //end;// else
        //day := day + SMDay[i];
     SMonth := i;
     SDay := day;
end;end.

我听说，好像农历只能查表，不能用公式算的。
好像是历法设计上有问题。
csdn上的那个算法我贴在下面。unit Calendar;interfaceuses SysUtils,Windows;const
  START_YEAR=1901;
  END_YEAR=2050;///==> function IsLeapYear(Year: Word): Boolean;///计算iYear,iMonth,iDay对应是星期几 1年1月1日 --- 65535年12月31日
function WeekDay(iYear,iMonth,iDay:Word):Integer;
///==> function DayOfWeek(Date: TDateTime): Integer;///计算指定日期的周数，周0为新年开始后第一个星期天开始的周
function WeekNum(const TDT:TDateTime):Word;overload;
function WeekNum(const iYear,iMonth,iDay:Word):Word;overload;///返回iYear年iMonth月的天数 1年1月 --- 65535年12月
function MonthDays(iYear,iMonth:Word):Word;///返回阴历iLunarYer年阴历iLunarMonth月的天数，如果iLunarMonth为闰月，
///高字为第二个iLunarMonth月的天数，否则高字为0
///1901年1月---2050年12月
function LunarMonthDays(iLunarYear,iLunarMonth:Word):Longword;///返回阴历iLunarYear年的总天数
///1901年1月---2050年12月
function LunarYearDays(iLunarYear:Word):Word;///返回阴历iLunarYear年的闰月月份，如没有返回0
///1901年1月---2050年12月
function GetLeapMonth(iLunarYear:Word):Word;///把iYear年格式化成天干记年法表示的字符串
procedure FormatLunarYear(iYear:Word;var pBuffer:string);overload;
function FormatLunarYear(iYear:Word):string;overload;///把iMonth格式化成中文字符串
procedure FormatMonth(iMonth:Word;var
pBuffer:string;bLunar:Boolean=True);overload;
function FormatMonth(iMonth:Word;bLunar:Boolean=True):string;overload;///把iDay格式化成中文字符串
procedure FormatLunarDay(iDay:Word;var pBuffer:string);overload;
function FormatLunarDay(iDay:Word):string;overload;///计算公历两个日期间相差的天数  1年1月1日 --- 65535年12月31日
function
CalcDateDiff(iEndYear,iEndMonth,iEndDay:Word;iStartYear:Word=START_YEAR;iSta
rtMonth:Word=1;iStartDay:Word=1):Longword;overload;
function CalcDateDiff(EndDate,StartDate:TDateTime):Longword;overload;///计算公历iYear年iMonth月iDay日对应的阴历日期,返回对应的阴历节气 0-24
///1901年1月1日---2050年12月31日
function GetLunarDate(iYear,iMonth,iDay:Word;var
iLunarYear,iLunarMonth,iLunarDay:Word):Word;overload;
procedure GetLunarDate(InDate:TDateTime;var
iLunarYear,iLunarMonth,iLunarDay:Word);overload;function GetLunarHolDay(InDate:TDateTime):string;overload;
function GetLunarHolDay(iYear,iMonth,iDay:Word):string;overload;///private function--------------------------------------///计算从1901年1月1日过iSpanDays天后的阴历日期
procedure l_CalcLunarDate(var iYear,iMonth,iDay:Word;iSpanDays:Longword);///计算公历iYear年iMonth月iDay日对应的节气 0-24，0表不是节气
function l_GetLunarHolDay(iYear,iMonth,iDay:Word):Word;implementationvar
///数组gLunarDay存入阴历1901年到2100年每年中的月天数信息，
///阴历每月只能是29或30天，一年用12（或13）个二进制位表示，对应位为1表30天，
否则为29天
  gLunarMonthDay:array[0..149] of Word=(
    ///测试数据只有1901.1.1 --2050.12.31
    $4ae0, $a570, $5268, $d260, $d950, $6aa8, $56a0, $9ad0, $4ae8, $4ae0,
///1910
    $a4d8, $a4d0, $d250, $d548, $b550, $56a0, $96d0, $95b0, $49b8, $49b0,
///1920
    $a4b0, $b258, $6a50, $6d40, $ada8, $2b60, $9570, $4978, $4970, $64b0,
///1930
    $d4a0, $ea50, $6d48, $5ad0, $2b60, $9370, $92e0, $c968, $c950, $d4a0,
///1940
    $da50, $b550, $56a0, $aad8, $25d0, $92d0, $c958, $a950, $b4a8, $6ca0,
///1950
    $b550, $55a8, $4da0, $a5b0, $52b8, $52b0, $a950, $e950, $6aa0, $ad50,
///1960
    $ab50, $4b60, $a570, $a570, $5260, $e930, $d950, $5aa8, $56a0, $96d0,
///1970
    $4ae8, $4ad0, $a4d0, $d268, $d250, $d528, $b540, $b6a0, $96d0, $95b0,
///1980
    $49b0, $a4b8, $a4b0, $b258, $6a50, $6d40, $ada0, $ab60, $9370, $4978,
///1990
    $4970, $64b0, $6a50, $ea50, $6b28, $5ac0, $ab60, $9368, $92e0, $c960,
///2000
    $d4a8, $d4a0, $da50, $5aa8, $56a0, $aad8, $25d0, $92d0, $c958, $a950,
///2010
    $b4a0, $b550, $b550, $55a8, $4ba0, $a5b0, $52b8, $52b0, $a930, $74a8,
///2020
    $6aa0, $ad50, $4da8, $4b60, $9570, $a4e0, $d260, $e930, $d530, $5aa0,
///2030
    $6b50, $96d0, $4ae8, $4ad0, $a4d0, $d258, $d250, $d520, $daa0, $b5a0,
///2040
    $56d0, $4ad8, $49b0, $a4b8, $a4b0, $aa50, $b528, $6d20, $ada0, $55b0);
///2050///数组gLanarMonth存放阴历1901年到2050年闰月的月份，如没有则为0，每字节存两年
  gLunarMonth:array[0..74] of Byte=(
    $00, $50, $04, $00, $20,   ///1910
    $60, $05, $00, $20, $70,   ///1920
    $05, $00, $40, $02, $06,   ///1930
    $00, $50, $03, $07, $00,   ///1940
    $60, $04, $00, $20, $70,   ///1950
    $05, $00, $30, $80, $06,   ///1960
    $00, $40, $03, $07, $00,   ///1970
    $50, $04, $08, $00, $60,   ///1980
    $04, $0a, $00, $60, $05,   ///1990
    $00, $30, $80, $05, $00,   ///2000
    $40, $02, $07, $00, $50,   ///2010
    $04, $09, $00, $60, $04,   ///2020
    $00, $20, $60, $05, $00,   ///2030
    $30, $b0, $06, $00, $50,   ///2040
    $02, $07, $00, $50, $03);  ///2050///数组gLanarHoliDay存放每年的二十四节气对应的阳历日期
///每年的二十四节气对应的阳历日期几乎固定，平均分布于十二个月中
/////1月          2月         3月         4月         5月         6月
///小寒大寒   立春  雨水   惊蛰春分   清明谷雨   立夏小满   芒种夏至
/////7月          8月         9月         10月       11月        12月
///小暑大暑   立秋  处暑   白露秋分   寒露霜降   立冬小雪   大雪冬至
{***************************************************************************
******
节气无任何确定规律,所以只好存表,要节省空间,所以....
****************************************************************************
******}
///数据格式说明:
///如1901年的节气为
////1月     2月     3月   4月    5月   6月   7月    8月   9月    10月  11月
12月
///6, 21, 4, 19,  6, 21, 5, 21, 6,22, 6,22, 8, 23, 8, 24, 8, 24, 8, 24, 8,
23, 8, 22
///9, 6,  11,4,   9, 6,  10,6,  9,7,  9,7,  7, 8,  7, 9,  7,  9, 7,  9, 7,
8, 7, 15
///上面第一行数据为每月节气对应日期,15减去每月第一个节气,每月第二个节气减去15
得第二行
///这样每月两个节气对应数据都小于16,每月用一个字节存放,高位存放第一个节气数
据,低位存放

gLunarHolDay:array[0..1799] of Byte=(
    $96, $B4, $96, $A6, $97, $97, $78, $79, $79, $69, $78, $77,   ///1901
    $96, $A4, $96, $96, $97, $87, $79, $79, $79, $69, $78, $78,   ///1902
    $96, $A5, $87, $96, $87, $87, $79, $69, $69, $69, $78, $78,   ///1903
    $86, $A5, $96, $A5, $96, $97, $88, $78, $78, $79, $78, $87,   ///1904
    $96, $B4, $96, $A6, $97, $97, $78, $79, $79, $69, $78, $77,   ///1905
    $96, $A4, $96, $96, $97, $97, $79, $79, $79, $69, $78, $78,   ///1906
    $96, $A5, $87, $96, $87, $87, $79, $69, $69, $69, $78, $78,   ///1907
    $86, $A5, $96, $A5, $96, $97, $88, $78, $78, $69, $78, $87,   ///1908
    $96, $B4, $96, $A6, $97, $97, $78, $79, $79, $69, $78, $77,   ///1909
    $96, $A4, $96, $96, $97, $97, $79, $79, $79, $69, $78, $78,   ///1910
    $96, $A5, $87, $96, $87, $87, $79, $69, $69, $69, $78, $78,   ///1911
    $86, $A5, $96, $A5, $96, $97, $88, $78, $78, $69, $78, $87,   ///1912
    $95, $B4, $96, $A6, $97, $97, $78, $79, $79, $69, $78, $77,   ///1913
    $96, $B4, $96, $A6, $97, $97, $79, $79, $79, $69, $78, $78,   ///1914
    $96, $A5, $97, $96, $97, $87, $79, $79, $69, $69, $78, $78,   ///1915
    $96, $A5, $96, $A5, $96, $97, $88, $78, $78, $79, $77, $87,   ///1916
    $95, $B4, $96, $A6, $96, $97, $78, $79, $78, $69, $78, $87,   ///1917
    $96, $B4, $96, $A6, $97, $97, $79, $79, $79, $69, $78, $77,   ///1918
    $96, $A5, $97, $96, $97, $87, $79, $79, $69, $69, $78, $78,   ///1919
    $96, $A5, $96, $A5, $96, $97, $88, $78, $78, $79, $77, $87,   ///1920
    $95, $B4, $96, $A5, $96, $97, $78, $79, $78, $69, $78, $87,   ///1921
    $96, $B4, $96, $A6, $97, $97, $79, $79, $79, $69, $78, $77,   ///1922
    $96, $A4, $96, $96, $97, $87, $79, $79, $69, $69, $78, $78,   ///1923
    $96, $A5, $96, $A5, $96, $97, $88, $78, $78, $79, $77, $87,   ///1924
    $95, $B4, $96, $A5, $96, $97, $78, $79, $78, $69, $78, $87,   ///1925
    $96, $B4, $96, $A6, $97, $97, $78, $79, $79, $69, $78, $77,   ///1926
    $96, $A4, $96, $96, $97, $87, $79, $79, $79, $69, $78, $78,   ///1927
    $96, $A5, $96, $A5, $96, $96, $88, $78, $78, $78, $87, $87,   ///1928
    $95, $B4, $96, $A5, $96, $97, $88, $78, $78, $79, $77, $87,   ///1929
    $96, $B4, $96, $A6, $97, $97, $78, $79, $79, $69, $78, $77,   ///1930
    $96, $A4, $96, $96, $97, $87, $79, $79, $79, $69, $78, $78,   ///1931
    $96, $A5, $96, $A5, $96, $96, $88, $78, $78, $78, $87, $87,   ///1932
    $95, $B4, $96, $A5, $96, $97, $88, $78, $78, $69, $78, $87,   ///1933
    $96, $B4, $96, $A6, $97, $97, $78, $79, $79, $69, $78, $77,   ///1934
    $96, $A4, $96, $96, $97, $97, $79, $79, $79, $69, $78, $78,   ///1935
    $96, $A5, $96, $A5, $96, $96, $88, $78, $78, $78, $87, $87,   ///1936
    $95, $B4, $96, $A5, $96, $97, $88, $78, $78, $69, $78, $87,   ///1937
    $96, $B4, $96, $A6, $97, $97, $78, $79, $79, $69, $78, $77,   ///1938
    $96, $A4, $96, $96, $97, $97, $79, $79, $79, $69, $78, $78,   ///1939
    $96, $A5, $96, $A5, $96, $96, $88, $78, $78, $78, $87, $87,   ///1940
    $95, $B4, $96, $A5, $96, $97, $88, $78, $78, $69, $78, $87,   ///1941
    $96, $B4, $96, $A6, $97, $97, $78, $79, $79, $69, $78, $77,   ///1942
    $96, $A4, $96, $96, $97, $97, $79, $79, $79, $69, $78, $78,   ///1943
    $96, $A5, $96, $A5, $A6, $96, $88, $78, $78, $78, $87, $87,   ///1944
    $95, $B4, $96, $A5, $96, $97, $88, $78, $78, $79, $77, $87,   ///1945
    $95, $B4, $96, $A6, $97, $97, $78, $79, $78, $69, $78, $77,   ///1946
    $96, $B4, $96, $A6, $97, $97, $79, $79, $79, $69, $78, $78,   ///1947
    $96, $A5, $A6, $A5, $A6, $96, $88, $88, $78, $78, $87, $87,   ///1948
    $A5, $B4, $96, $A5, $96, $97, $88, $79, $78, $79, $77, $87,   ///1949

大家說說算法吧，一下子好難看懂的，特別是unit CNYear

调试易

有誰知道陽歷轉陰歷的算法或者有沒有這樣的源碼

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