-- 欢迎使用万象拼音方案 -- @amzxyz -- https://github.com/amzxyz/rime_wanxiang ------------------------------------ ------wirting by 98wubi Group------- ------http://98wb.ys168.com/-------- -----万象新增节日候选,格式化问候语,重写农历倒计 -- *******农历节气计算部分 --=====角度变换=============== local rad = 180 * 3600 / math.pi -- 每弧度的角秒数 local RAD = 180 / math.pi -- 每弧度的角度数 function int2(v) -- 取整数部分 v = math.floor(v) if v < 0 then return v + 1 else return v end end function rad2mrad(v) -- 对超过0-2PI的角度转为0-2PI v = math.fmod(v, 2 * math.pi) if v < 0 then return v + 2 * math.pi else return v end end function rad2str(d, tim) -- 将弧度转为字串 ---tim=0输出格式示例: -23°59' 48.23" ---tim=1输出格式示例: 18h 29m 44.52s local s = "+" local w1 = "°" w2 = "’" w3 = "”" if d < 0 then d = -d s = '-' end if tim ~= 0 then d = d * 12 / math.pi w1 = "h " w2 = "m " w3 = "s " else d = d * 180 / math.pi end local a = math.floor(d) d = (d - a) * 60 local b = math.floor(d) d = (d - b) * 60 local c = math.floor(d) d = (d - c) * 100 d = math.floor(d + 0.5) if d >= 100 then d = d - 100 c = c + 1 end if c >= 60 then c = c - 60 b = b + 1 end if b >= 60 then b = b - 60 a = a + 1 end a = " " + a b = "0" + b c = "0" + c d = "0" + d local alen = string.len(a) local blen = string.len(b) local clen = string.len(c) local dlen = string.len(d) s = s .. string.sub(a, alen - 3, alen) + w1 s = s .. string.sub(b, blen - 2, blen) + w2 s = s .. string.sub(c, clen - 2, clen) + "." s = s .. string.sub(d, dlen - 2, dlen) + w3 return s end --=============日历计算=============== local J2000 = 2451545 -- 2000年前儒略日数(2000-1-1 12:00:00格林威治平时) local JDate = { -- 日期元件 Y = 2000, M = 1, D = 1, h = 12, m = 0, s = 0, dts = { -- 世界时与原子时之差计算表 -4000, 108371.7, -13036.80, 392.000, 0.0000, -500, 17201.0, -627.82, 16.170, -0.3413, -150, 12200.6, -346.41, 5.403, -0.1593, 150, 9113.8, -328.13, -1.647, 0.0377, 500, 5707.5, -391.41, 0.915, 0.3145, 900, 2203.4, -283.45, 13.034, -0.1778, 1300, 490.1, -57.35, 2.085, -0.0072, 1600, 120.0, -9.81, -1.532, 0.1403, 1700, 10.2, -0.91, 0.510, -0.0370, 1800, 13.4, -0.72, 0.202, -0.0193, 1830, 7.8, -1.81, 0.416, -0.0247, 1860, 8.3, -0.13, -0.406, 0.0292, 1880, -5.4, 0.32, -0.183, 0.0173, 1900, -2.3, 2.06, 0.169, -0.0135, 1920, 21.2, 1.69, -0.304, 0.0167, 1940, 24.2, 1.22, -0.064, 0.0031, 1960, 33.2, 0.51, 0.231, -0.0109, 1980, 51.0, 1.29, -0.026, 0.0032, 2000, 64.7, -1.66, 5.224, -0.2905, 2150, 279.4, 732.95, 429.579, 0.0158, 6000 }, deltatT = function(JDate, y) -- 计算世界时与原子时之差,传入年 local i local d = JDate.dts for x = 1, 100, 5 do if y < d[x + 5] or x == 96 then i = x break end end local t1 = (y - d[i]) / (d[i + 5] - d[i]) * 10 local t2 = t1 * t1 local t3 = t2 * t1 return d[i + 1] + d[i + 2] * t1 + d[i + 3] * t2 + d[i + 4] * t3 end, deltatT2 = function(JDate, jd) -- 传入儒略日(J2000起算),计算UTC与原子时的差(单位:日) return JDate:deltatT(jd / 365.2425 + 2000) / 86400.0 end, toJD = function(JDate, UTC) -- 公历转儒略日,UTC=1表示原日期是UTC local y = JDate.Y m = JDate.M n = 0 -- 取出年月 if m <= 2 then m = m + 12 y = y - 1 end if JDate.Y * 372 + JDate.M * 31 + JDate.D >= 588829 then -- 判断是否为格里高利历日1582*372+10*31+15 n = int2(y / 100) n = 2 - n + int2(n / 4) -- 加百年闰 end n = n + int2(365.2500001 * (y + 4716)) -- 加上年引起的偏移日数 n = n + int2(30.6 * (m + 1)) + JDate.D -- 加上月引起的偏移日数及日偏移数 n = n + ((JDate.s / 60 + JDate.m) / 60 + JDate.h) / 24 - 1524.5 if (UTC == 1) then return n + JDate.deltatT2(n - J2000) end return n end, setFromJD = function(JDate, jd, UTC) -- 儒略日数转公历,UTC=1表示目标公历是UTC if UTC == 1 then jd = jd - JDate:deltatT2(jd - J2000) end jd = jd + 0.5 local A = int2(jd) F = jd - A, D -- 取得日数的整数部份A及小数部分F if A > 2299161 then D = int2((A - 1867216.25) / 36524.25) A = A + 1 + D - int2(D / 4) end A = A + 1524 -- 向前移4年零2个月 JDate.Y = int2((A - 122.1) / 365.25) -- 年 D = A - int2(365.25 * JDate.Y) -- 去除整年日数后余下日数 JDate.M = int2(D / 30.6001) -- 月数 JDate.D = D - int2(JDate.M * 30.6001) -- 去除整月日数后余下日数 JDate.Y = JDate.Y - 4716 JDate.M = JDate.M - 1 if JDate.M > 12 then JDate.M = JDate.M - 12 end if JDate.M <= 2 then JDate.Y = JDate.Y + 1 end -- 日的小数转为时分秒 F = F * 24 JDate.h = int2(F) F = F - JDate.h F = F * 60 JDate.m = int2(F) F = F - JDate.m F = F * 60 JDate.s = F end, setFromStr = function(JDate, s) -- 设置时间,参数例:"20000101 120000"或"20000101" JDate.Y = string.sub(s, 1, 4) JDate.M = string.sub(s, 5, 6) JDate.D = string.sub(s, 7, 8) JDate.h = string.sub(s, 10, 11) JDate.m = string.sub(s, 12, 13) JDate.s = string.sub(s, 14, 18) end, toStr = function(JDate) -- 日期转为串 local Y = " " .. JDate.Y local M = "0" .. JDate.M local D = "0" .. JDate.D local h = JDate.h local m = JDate.m local s = math.floor(JDate.s + .5) if s >= 60 then s = s - 60 m = m + 1 end if m >= 60 then m = m - 60 h = h + 1 end h = "0" .. h m = "0" .. m s = "0" .. s local Ylen = string.len(Y) local Mlen = string.len(M) local Dlen = string.len(D) local hlen = string.len(h) local mlen = string.len(m) local slen = string.len(s) Y = string.sub(Y, Ylen - 4, Ylen) M = string.sub(M, Mlen - 1, Mlen) D = string.sub(D, Dlen - 1, Dlen) h = string.sub(h, hlen - 1, hlen) m = string.sub(m, mlen - 1, mlen) s = string.sub(s, slen - 1, slen) return Y .. "-" .. M .. "-" .. D .. " " .. h .. ":" .. m .. ":" .. s end, JQ = function(JDate) -- 输出节气日期的秒数 local t = {} t.year = JDate.Y t.month = JDate.M t.day = JDate.D t.hour = JDate.h t.min = JDate.m t.sec = math.floor(JDate.s + .5) if t.sec >= 60 then t.sec = t.sec - 60 t.min = t.min + 1 end if t.min >= 60 then t.min = t.min - 60 t.hour = t.hour + 1 end return os.time(t) end, Dint_dec = function(JDate, jd, shiqu, int_dec) -- 算出:jd转到当地UTC后,UTC日数的整数部分或小数部分 -- 基于J2000力学时jd的起算点是12:00:00时,所以跳日时刻发生在12:00:00,这与日历计算发生矛盾 -- 把jd改正为00:00:00起算,这样儒略日的跳日动作就与日期的跳日同步 -- 改正方法为jd=jd+0.5-deltatT+shiqu/24 -- 把儒略日的起点移动-0.5(即前移12小时) -- 式中shiqu是时区,北京的起算点是-8小时,shiqu取8 local u = jd + 0.5 - JDate.deltatT2(jd) + shiqu / 24 if int_dec ~= 0 then return math.floor(u) -- 返回整数部分 else return u - math.floor(u) -- 返回小数部分 end end, d1_d2 = function(JDate, d1, d2) -- 计算两个日期的相差的天数,输入字串格式日期,如:"20080101" local Y = JDate.Y M = JDate.M D = JDate.D h = JDate.h m = JDate.m s = JDate.s -- 备份原来的数据 JDate.setFromStr(string.sub(d1, 1, 8) + " 120000") local jd1 = JDate.toJD(0) JDate.setFromStr(string.sub(d2, 1, 8) + " 120000") local jd2 = JDate.toJD(0) JDate.Y = Y JDate.M = M JDate.D = D JDate.h = h JDate.m = m JDate.s = s -- 还原 if jd1 > jd2 then return math.floor(jd1 - jd2 + .0001) else return -Math.floor(jd2 - jd1 + .0001) end end } --======黄赤交角及黄赤坐标变换=========== local hcjjB = { 84381.448, -46.8150, -0.00059, 0.001813 } -- 黄赤交角系数表 local preceB = { 0, 50287.92262, 111.24406, 0.07699, -0.23479, -0.00178, 0.00018, 0.00001 } -- Date黄道上的岁差p function hcjj1(t) -- 返回黄赤交角(常规精度),短期精度很高 local t1 = t / 36525 t2 = t1 * t1 t3 = t2 * t1 return (hcjjB[1] + hcjjB[2] * t1 + hcjjB[3] * t2 + hcjjB[4] * t3) / rad end function HCconv(JW, E) -- 黄赤转换(黄赤坐标旋转) -- 黄道赤道坐标变换,赤到黄E取负 local HJ = rad2mrad(JW[1]) HW = JW[2] local sinE = math.sin(E) cosE = math.cos(E) local sinW = cosE * math.sin(HW) + sinE * math.cos(HW) * math.sin(HJ) local J = math.atan2(math.sin(HJ) * cosE - math.tan(HW) * sinE, math.cos(HJ)) JW[1] = rad2mrad(J) JW[2] = math.asin(sinW) end function addPrece(jd, zb) -- 补岁差 local i t = 1 v = 0 t1 = jd / 365250 for i = 2, 8 do t = t * t1 v = v + preceB[i] * t end zb[1] = rad2mrad(zb[1] + (v + 2.9965 * t1) / rad) end --============光行差================== local GXC_e = { 0.016708634, -0.000042037, -0.0000001267 } -- 离心率 local GXC_p = { 102.93735 / RAD, 1.71946 / RAD, 0.00046 / RAD } -- 近点 local GXC_l = { 280.4664567 / RAD, 36000.76982779 / RAD, 0.0003032028 / RAD, 1 / 49931000 / RAD, -1 / 153000000 / RAD } -- 太平黄经 local GXC_k = 20.49552 / rad -- 光行差常数 function addGxc(t, zb) -- 恒星周年光行差计算(黄道坐标中) local t1 = t / 36525 local t2 = t1 * t1 local t3 = t2 * t1 local t4 = t3 * t1 local L = GXC_l[1] + GXC_l[2] * t1 + GXC_l[3] * t2 + GXC_l[4] * t3 + GXC_l[5] * t4 local p = GXC_p[1] + GXC_p[2] * t1 + GXC_p[3] * t2 local e = GXC_e[1] + GXC_e[2] * t1 + GXC_e[3] * t2 local dL = L - zb[1] local dP = p - zb[1] zb[1] = zb[1] - (GXC_k * (math.cos(dL) - e * math.cos(dP)) / math.cos(zb[2])) zb[2] = zb[2] - (GXC_k * math.sin(zb[2]) * (math.sin(dL) - e * math.sin(dP))) -- log.info('aa', L,p,e,dL,dP,zb[1], zb[2]) zb[1] = rad2mrad(zb[1]) end --============章动计算================== local nutB = { -- 章动表 2.1824391966, -33.757045954, 0.0000362262, 3.7340E-08, -2.8793E-10, -171996, -1742, 92025, 89, 3.5069406862, 1256.663930738, 0.0000105845, 6.9813E-10, -2.2815E-10, -13187, -16, 5736, -31, 1.3375032491, 16799.418221925, -0.0000511866, 6.4626E-08, -5.3543E-10, -2274, -2, 977, -5, 4.3648783932, -67.514091907, 0.0000724525, 7.4681E-08, -5.7586E-10, 2062, 2, -895, 5, 0.0431251803, -628.301955171, 0.0000026820, 6.5935E-10, 5.5705E-11, -1426, 34, 54, -1, 2.3555557435, 8328.691425719, 0.0001545547, 2.5033E-07, -1.1863E-09, 712, 1, -7, 0, 3.4638155059, 1884.965885909, 0.0000079025, 3.8785E-11, -2.8386E-10, -517, 12, 224, -6, 5.4382493597, 16833.175267879, -0.0000874129, 2.7285E-08, -2.4750E-10, -386, -4, 200, 0, 3.6930589926, 25128.109647645, 0.0001033681, 3.1496E-07, -1.7218E-09, -301, 0, 129, -1, 3.5500658664, 628.361975567, 0.0000132664, 1.3575E-09, -1.7245E-10, 217, -5, -95, 3 } function nutation(t) -- 计算黄经章动及交角章动 local d = {} d.Lon = 0 d.Obl = 0 t = t / 36525 local i, c local t1 = t local t2 = t1 * t1 local t3 = t2 * t1 local t4 = t3 * t1 local t5 = t4 * t1 for i = 1, #nutB, 9 do c = nutB[i] + nutB[i + 1] * t1 + nutB[i + 2] * t2 + nutB[i + 3] * t3 + nutB[i + 4] * t4 d.Lon = d.Lon + (nutB[i + 5] + nutB[i + 6] * t / 10) * math.sin(c) -- 黄经章动 d.Obl = d.Obl + (nutB[i + 7] + nutB[i + 8] * t / 10) * math.cos(c) -- 交角章动 end d.Lon = d.Lon / (rad * 10000) -- 黄经章动 d.Obl = d.Obl / (rad * 10000) -- 交角章动 return d end function nutationRaDec(t, zb) -- 本函数计算赤经章动及赤纬章动 local Ra = zb[1] local Dec = zb[2] local E = hcjj1(t) local sinE = math.sin(E) local cosE = math.cos(E) -- 计算黄赤交角 local d = nutation(t) -- 计算黄经章动及交角章动 local cosRa = math.cos(Ra) local sinRa = math.sin(Ra) local tanDec = math.tan(Dec) zb[1] = zb[1] + (cosE + sinE * sinRa * tanDec) * d.Lon - cosRa * tanDec * d.Obl -- 赤经章动 zb[2] = zb[2] + sinE * cosRa * d.Lon + sinRa * d.Obl -- 赤纬章动 zb[1] = rad2mrad(zb[1]) end --==============以下是月球及地球运动参数表=================== --[[*************************************** * 如果用记事本查看此代码,请在"格式"菜单中去除"自动换行" * E10是关于地球的,格式如下: * 它是一个数组,每3个数看作一条记录,每条记录的3个数记为A,B,C * rec=A*cos(B+C*t) 式中t是J2000起算的儒略千年数 * 每条记录的计算结果(即rec)取和即得地球的日心黄经的周期量L0 * E11格式如下: rec = A*cos*(B+C*t) *t, 取和后得泊松量L1 * E12格式如下: rec = A*cos*(B+C*t) *t*t, 取和后得泊松量L2 * E13格式如下: rec = A*cos*(B+C*t) *t*t*t, 取和后得泊松量L3 * 最后地球的地心黄经:L = L0+L1+L2+L3+... * E20,E21,E22,E23...用于计算黄纬 * M10,M11等是关于月球的,参数的用法请阅读Mnn()函数 ***************************************** --]] -- 地球运动VSOP87参数 local E10 = { -- 黄经周期项 1.75347045673, 0.00000000000, 0.0000000000, 0.03341656456, 4.66925680417, 6283.0758499914, 0.00034894275, 4.62610241759, 12566.1516999828, 0.00003417571, 2.82886579606, 3.5231183490, 0.00003497056, 2.74411800971, 5753.3848848968, 0.00003135896, 3.62767041758, 77713.7714681205, 0.00002676218, 4.41808351397, 7860.4193924392, 0.00002342687, 6.13516237631, 3930.2096962196, 0.00001273166, 2.03709655772, 529.6909650946, 0.00001324292, 0.74246356352, 11506.7697697936, 0.00000901855, 2.04505443513, 26.2983197998, 0.00001199167, 1.10962944315, 1577.3435424478, 0.00000857223, 3.50849156957, 398.1490034082, 0.00000779786, 1.17882652114, 5223.6939198022, 0.00000990250, 5.23268129594, 5884.9268465832, 0.00000753141, 2.53339053818, 5507.5532386674, 0.00000505264, 4.58292563052, 18849.2275499742, 0.00000492379, 4.20506639861, 775.5226113240, 0.00000356655, 2.91954116867, 0.0673103028, 0.00000284125, 1.89869034186, 796.2980068164, 0.00000242810, 0.34481140906, 5486.7778431750, 0.00000317087, 5.84901952218, 11790.6290886588, 0.00000271039, 0.31488607649, 10977.0788046990, 0.00000206160, 4.80646606059, 2544.3144198834, 0.00000205385, 1.86947813692, 5573.1428014331, 0.00000202261, 2.45767795458, 6069.7767545534, 0.00000126184, 1.08302630210, 20.7753954924, 0.00000155516, 0.83306073807, 213.2990954380, 0.00000115132, 0.64544911683, 0.9803210682, 0.00000102851, 0.63599846727, 4694.0029547076, 0.00000101724, 4.26679821365, 7.1135470008, 0.00000099206, 6.20992940258, 2146.1654164752, 0.00000132212, 3.41118275555, 2942.4634232916, 0.00000097607, 0.68101272270, 155.4203994342, 0.00000085128, 1.29870743025, 6275.9623029906, 0.00000074651, 1.75508916159, 5088.6288397668, 0.00000101895, 0.97569221824, 15720.8387848784, 0.00000084711, 3.67080093025, 71430.6956181291, 0.00000073547, 4.67926565481, 801.8209311238, 0.00000073874, 3.50319443167, 3154.6870848956, 0.00000078756, 3.03698313141, 12036.4607348882, 0.00000079637, 1.80791330700, 17260.1546546904, 0.00000085803, 5.98322631256, 161000.6857376741, 0.00000056963, 2.78430398043, 6286.5989683404, 0.00000061148, 1.81839811024, 7084.8967811152, 0.00000069627, 0.83297596966, 9437.7629348870, 0.00000056116, 4.38694880779, 14143.4952424306, 0.00000062449, 3.97763880587, 8827.3902698748, 0.00000051145, 0.28306864501, 5856.4776591154, 0.00000055577, 3.47006009062, 6279.5527316424, 0.00000041036, 5.36817351402, 8429.2412664666, 0.00000051605, 1.33282746983, 1748.0164130670, 0.00000051992, 0.18914945834, 12139.5535091068, 0.00000049000, 0.48735065033, 1194.4470102246, 0.00000039200, 6.16832995016, 10447.3878396044, 0.00000035566, 1.77597314691, 6812.7668150860, 0.00000036770, 6.04133859347, 10213.2855462110, 0.00000036596, 2.56955238628, 1059.3819301892, 0.00000033291, 0.59309499459, 17789.8456197850, 0.00000035954, 1.70876111898, 2352.8661537718 } local E11 = { -- 黄经泊松1项 6283.31966747491, 0.00000000000, 0.0000000000, 0.00206058863, 2.67823455584, 6283.0758499914, 0.00004303430, 2.63512650414, 12566.1516999828, 0.00000425264, 1.59046980729, 3.5231183490, 0.00000108977, 2.96618001993, 1577.3435424478, 0.00000093478, 2.59212835365, 18849.2275499742, 0.00000119261, 5.79557487799, 26.2983197998, 0.00000072122, 1.13846158196, 529.6909650946, 0.00000067768, 1.87472304791, 398.1490034082, 0.00000067327, 4.40918235168, 5507.5532386674, 0.00000059027, 2.88797038460, 5223.6939198022, 0.00000055976, 2.17471680261, 155.4203994342, 0.00000045407, 0.39803079805, 796.2980068164, 0.00000036369, 0.46624739835, 775.5226113240, 0.00000028958, 2.64707383882, 7.1135470008, 0.00000019097, 1.84628332577, 5486.7778431750, 0.00000020844, 5.34138275149, 0.9803210682, 0.00000018508, 4.96855124577, 213.2990954380, 0.00000016233, 0.03216483047, 2544.3144198834, 0.00000017293, 2.99116864949, 6275.9623029906 } local E12 = { -- 黄经泊松2项 0.00052918870, 0.00000000000, 0.0000000000, 0.00008719837, 1.07209665242, 6283.0758499914, 0.00000309125, 0.86728818832, 12566.1516999828, 0.00000027339, 0.05297871691, 3.5231183490, 0.00000016334, 5.18826691036, 26.2983197998, 0.00000015752, 3.68457889430, 155.4203994342, 0.00000009541, 0.75742297675, 18849.2275499742, 0.00000008937, 2.05705419118, 77713.7714681205, 0.00000006952, 0.82673305410, 775.5226113240, 0.00000005064, 4.66284525271, 1577.3435424478 } local E13 = { 0.00000289226, 5.84384198723, 6283.0758499914, 0.00000034955, 0.00000000000, 0.0000000000, 0.00000016819, 5.48766912348, 12566.1516999828 } local E14 = { 0.00000114084, 3.14159265359, 0.0000000000, 0.00000007717, 4.13446589358, 6283.0758499914, 0.00000000765, 3.83803776214, 12566.1516999828 } local E15 = { 0.00000000878, 3.14159265359, 0.0000000000 } local E20 = { -- 黄纬周期项 0.00000279620, 3.19870156017, 84334.6615813083, 0.00000101643, 5.42248619256, 5507.5532386674, 0.00000080445, 3.88013204458, 5223.6939198022, 0.00000043806, 3.70444689758, 2352.8661537718, 0.00000031933, 4.00026369781, 1577.3435424478, 0.00000022724, 3.98473831560, 1047.7473117547, 0.00000016392, 3.56456119782, 5856.4776591154, 0.00000018141, 4.98367470263, 6283.0758499914, 0.00000014443, 3.70275614914, 9437.7629348870, 0.00000014304, 3.41117857525, 10213.2855462110 } local E21 = { 0.00000009030, 3.89729061890, 5507.5532386674, 0.00000006177, 1.73038850355, 5223.6939198022 } local E30 = { -- 距离周期项 1.00013988799, 0.00000000000, 0.0000000000, 0.01670699626, 3.09846350771, 6283.0758499914, 0.00013956023, 3.05524609620, 12566.1516999828, 0.00003083720, 5.19846674381, 77713.7714681205, 0.00001628461, 1.17387749012, 5753.3848848968, 0.00001575568, 2.84685245825, 7860.4193924392, 0.00000924799, 5.45292234084, 11506.7697697936, 0.00000542444, 4.56409149777, 3930.2096962196 } local E31 = { 0.00103018608, 1.10748969588, 6283.0758499914, 0.00001721238, 1.06442301418, 12566.1516999828, 0.00000702215, 3.14159265359, 0.0000000000 } local E32 = { 0.00004359385, 5.78455133738, 6283.0758499914 } local E33 = { 0.00000144595, 4.27319435148, 6283.0758499914 } -- 月球运动参数 local M10 = { 22639.5858800, 2.3555545723, 8328.6914247251, 1.5231275E-04, 2.5041111E-07, -1.1863391E-09, 4586.4383203, 8.0413790709, 7214.0628654588, -2.1850087E-04, -1.8646419E-07, 8.7760973E-10, 2369.9139357, 10.3969336431, 15542.7542901840, -6.6188121E-05, 6.3946925E-08, -3.0872935E-10, 769.0257187, 4.7111091445, 16657.3828494503, 3.0462550E-04, 5.0082223E-07, -2.3726782E-09, -666.4175399, -0.0431256817, 628.3019552485, -2.6638815E-06, 6.1639211E-10, -5.4439728E-11, -411.5957339, 3.2558104895, 16866.9323152810, -1.2804259E-04, -9.8998954E-09, 4.0433461E-11, 211.6555524, 5.6858244986, -1114.6285592663, -3.7081362E-04, -4.3687530E-07, 2.0639488E-09, 205.4359530, 8.0845047526, 6585.7609102104, -2.1583699E-04, -1.8708058E-07, 9.3204945E-10, 191.9561973, 12.7524882154, 23871.4457149091, 8.6124629E-05, 3.1435804E-07, -1.4950684E-09, 164.7286185, 10.4400593249, 14914.4523349355, -6.3524240E-05, 6.3330532E-08, -2.5428962E-10, -147.3213842, -2.3986802540, -7700.3894694766, -1.5497663E-04, -2.4979472E-07, 1.1318993E-09, -124.9881185, 5.1984668216, 7771.3771450920, -3.3094061E-05, 3.1973462E-08, -1.5436468E-10, -109.3803637, 2.3124288905, 8956.9933799736, 1.4964887E-04, 2.5102751E-07, -1.2407788E-09, 55.1770578, 7.1411231536, -1324.1780250970, 6.1854469E-05, 7.3846820E-08, -3.4916281E-10, -45.0996092, 5.6113650618, 25195.6237400061, 2.4270161E-05, 2.4051122E-07, -1.1459056E-09, 39.5333010, -0.9002559173, -8538.2408905558, 2.8035534E-04, 2.6031101E-07, -1.2267725E-09, 38.4298346, 18.4383127140, 22756.8171556428, -2.8468899E-04, -1.2251727E-07, 5.6888037E-10, 36.1238141, 7.0666637168, 24986.0742741754, 4.5693825E-04, 7.5123334E-07, -3.5590172E-09, 30.7725751, 16.0827581417, 14428.1257309177, -4.3700174E-04, -3.7292838E-07, 1.7552195E-09, -28.3971008, 7.9982533891, 7842.3648207073, -2.2116475E-04, -1.8584780E-07, 8.2317000E-10, -24.3582283, 10.3538079614, 16171.0562454324, -6.8852003E-05, 6.4563317E-08, -3.6316908E-10, -18.5847068, 2.8429122493, -557.3142796331, -1.8540681E-04, -2.1843765E-07, 1.0319744E-09, 17.9544674, 5.1553411398, 8399.6791003405, -3.5757942E-05, 3.2589854E-08, -2.0880440E-10, 14.5302779, 12.7956138971, 23243.1437596606, 8.8788511E-05, 3.1374165E-07, -1.4406287E-09, 14.3796974, 15.1080427876, 32200.1371396342, 2.3843738E-04, 5.6476915E-07, -2.6814075E-09, 14.2514576, -24.0810366320, -2.3011998397, 1.5231275E-04, 2.5041111E-07, -1.1863391E-09, 13.8990596, 20.7938672862, 31085.5085803679, -1.3237624E-04, 1.2789385E-07, -6.1745870E-10, 13.1940636, 3.3302699264, -9443.3199839914, -5.2312637E-04, -6.8728642E-07, 3.2502879E-09, -9.6790568, -4.7542348263, -16029.0808942018, -3.0728938E-04, -5.0020584E-07, 2.3182384E-09, -9.3658635, 11.2971895604, 24080.9951807398, -3.4654346E-04, -1.9636409E-07, 9.1804319E-10, 8.6055318, 5.7289501804, -1742.9305145148, -3.6814974E-04, -4.3749170E-07, 2.1183885E-09, -8.4530982, 7.5540213938, 16100.0685698171, 1.1921869E-04, 2.8238458E-07, -1.3407038E-09, 8.0501724, 10.4831850066, 14286.1503796870, -6.0860358E-05, 6.2714140E-08, -1.9984990E-10, -7.6301553, 4.6679834628, 17285.6848046987, 3.0196162E-04, 5.0143862E-07, -2.4271179E-09, -7.4474952, -0.0862513635, 1256.6039104970, -5.3277630E-06, 1.2327842E-09, -1.0887946E-10, 7.3712011, 8.1276304344, 5957.4589549619, -2.1317311E-04, -1.8769697E-07, 9.8648918E-10, 7.0629900, 0.9591375719, 33.7570471374, -3.0829302E-05, -3.6967043E-08, 1.7385419E-10, -6.3831491, 9.4966777258, 7004.5133996281, 2.1416722E-04, 3.2425793E-07, -1.5355019E-09, -5.7416071, 13.6527441326, 32409.6866054649, -1.9423071E-04, 5.4047029E-08, -2.6829589E-10, 4.3740095, 18.4814383957, 22128.5152003943, -2.8202511E-04, -1.2313366E-07, 6.2332010E-10, -3.9976134, 7.9669196340, 33524.3151647312, 1.7658291E-04, 4.9092233E-07, -2.3322447E-09, -3.2096876, 13.2398458924, 14985.4400105508, -2.5159493E-04, -1.5449073E-07, 7.2324505E-10, -2.9145404, 12.7093625336, 24499.7476701576, 8.3460748E-05, 3.1497443E-07, -1.5495082E-09, 2.7318890, 16.1258838235, 13799.8237756692, -4.3433786E-04, -3.7354477E-07, 1.8096592E-09, -2.5679459, -2.4418059357, -7072.0875142282, -1.5764051E-04, -2.4917833E-07, 1.0774596E-09, -2.5211990, 7.9551277074, 8470.6667759558, -2.2382863E-04, -1.8523141E-07, 7.6873027E-10, 2.4888871, 5.6426988169, -486.3266040178, -3.7347750E-04, -4.3625891E-07, 2.0095091E-09, 2.1460741, 7.1842488353, -1952.4799803455, 6.4518350E-05, 7.3230428E-08, -2.9472308E-10, 1.9777270, 23.1494218585, 39414.2000050930, 1.9936508E-05, 3.7830496E-07, -1.8037978E-09, 1.9336825, 9.4222182890, 33314.7656989005, 6.0925100E-04, 1.0016445E-06, -4.7453563E-09, 1.8707647, 20.8369929680, 30457.2066251194, -1.2971236E-04, 1.2727746E-07, -5.6301898E-10, -1.7529659, 0.4873576771, -8886.0057043583, -3.3771956E-04, -4.6884877E-07, 2.2183135E-09, -1.4371624, 7.0979974718, -695.8760698485, 5.9190587E-05, 7.4463212E-08, -4.0360254E-10, -1.3725701, 1.4552986550, -209.5494658307, 4.3266809E-04, 5.1072212E-07, -2.4131116E-09, 1.2618162, 7.5108957121, 16728.3705250656, 1.1655481E-04, 2.8300097E-07, -1.3951435E-09 } local M11 = { 1.6768000, -0.0431256817, 628.3019552485, -2.6638815E-06, 6.1639211E-10, -5.4439728E-11, 0.5164200, 11.2260974062, 6585.7609102104, -2.1583699E-04, -1.8708058E-07, 9.3204945E-10, 0.4138300, 13.5816519784, 14914.4523349355, -6.3524240E-05, 6.3330532E-08, -2.5428962E-10, 0.3711500, 5.5402729076, 7700.3894694766, 1.5497663E-04, 2.4979472E-07, -1.1318993E-09, 0.2756000, 2.3124288905, 8956.9933799736, 1.4964887E-04, 2.5102751E-07, -1.2407788E-09, 0.2459863, -25.6198212459, -2.3011998397, 1.5231275E-04, 2.5041111E-07, -1.1863391E-09, 0.0711800, 7.9982533891, 7842.3648207073, -2.2116475E-04, -1.8584780E-07, 8.2317000E-10, 0.0612800, 10.3538079614, 16171.0562454324, -6.8852003E-05, 6.4563317E-08, -3.6316908E-10 } local M12 = { 0.0048700, -0.0431256817, 628.3019552485, -2.6638815E-06, 6.1639211E-10, -5.4439728E-11, 0.0022800, -27.1705318325, -2.3011998397, 1.5231275E-04, 2.5041111E-07, -1.1863391E-09, 0.0015000, 11.2260974062, 6585.7609102104, -2.1583699E-04, -1.8708058E-07, 9.3204945E-10 } local M20 = { 18461.2400600, 1.6279052448, 8433.4661576405, -6.4021295E-05, -4.9499477E-09, 2.0216731E-11, 1010.1671484, 3.9834598170, 16762.1575823656, 8.8291456E-05, 2.4546117E-07, -1.1661223E-09, 999.6936555, 0.7276493275, -104.7747329154, 2.1633405E-04, 2.5536106E-07, -1.2065558E-09, 623.6524746, 8.7690283983, 7109.2881325435, -2.1668263E-06, 6.8896872E-08, -3.2894608E-10, 199.4837596, 9.6692843156, 15647.5290230993, -2.8252217E-04, -1.9141414E-07, 8.9782646E-10, 166.5741153, 6.4134738261, -1219.4032921817, -1.5447958E-04, -1.8151424E-07, 8.5739300E-10, 117.2606951, 12.0248388879, 23976.2204478244, -1.3020942E-04, 5.8996977E-08, -2.8851262E-10, 61.9119504, 6.3390143893, 25090.8490070907, 2.4060421E-04, 4.9587228E-07, -2.3524614E-09, 33.3572027, 11.1245829706, 15437.9795572686, 1.5014592E-04, 3.1930799E-07, -1.5152852E-09, 31.7596709, 3.0832038997, 8223.9166918098, 3.6864680E-04, 5.0577218E-07, -2.3928949E-09, 29.5766003, 8.8121540801, 6480.9861772950, 4.9705523E-07, 6.8280480E-08, -2.7450635E-10, 15.5662654, 4.0579192538, -9548.0947169068, -3.0679233E-04, -4.3192536E-07, 2.0437321E-09, 15.1215543, 14.3803934601, 32304.9118725496, 2.2103334E-05, 3.0940809E-07, -1.4748517E-09, -12.0941511, 8.7259027166, 7737.5900877920, -4.8307078E-06, 6.9513264E-08, -3.8338581E-10, 8.8681426, 9.7124099974, 15019.2270678508, -2.7985829E-04, -1.9203053E-07, 9.5226618E-10, 8.0450400, 0.6687636586, 8399.7091105030, -3.3191993E-05, 3.2017096E-08, -1.5363746E-10, 7.9585542, 12.0679645696, 23347.9184925760, -1.2754553E-04, 5.8380585E-08, -2.3407289E-10, 7.4345550, 6.4565995078, -1847.7052474301, -1.5181570E-04, -1.8213063E-07, 9.1183272E-10, -6.7314363, -4.0265854988, -16133.8556271171, -9.0955337E-05, -2.4484477E-07, 1.1116826E-09, 6.5795750, 16.8104074692, 14323.3509980023, -2.2066770E-04, -1.1756732E-07, 5.4866364E-10, -6.4600721, 1.5847795630, 9061.7681128890, -6.6685176E-05, -4.3335556E-09, -3.4222998E-11, -6.2964773, 4.8837157343, 25300.3984729215, -1.9206388E-04, -1.4849843E-08, 6.0650192E-11, -5.6323538, -0.7707750092, 733.0766881638, -2.1899793E-04, -2.5474467E-07, 1.1521161E-09, -5.3683961, 6.8263720663, 16204.8433027325, -9.7115356E-05, 2.7023515E-08, -1.3414795E-10, -5.3112784, 3.9403341353, 17390.4595376141, 8.5627574E-05, 2.4607756E-07, -1.2205621E-09, -5.0759179, 0.6845236457, 523.5272223331, 2.1367016E-04, 2.5597745E-07, -1.2609955E-09, -4.8396143, -1.6710309265, -7805.1642023920, 6.1357413E-05, 5.5663398E-09, -7.4656459E-11, -4.8057401, 3.5705615768, -662.0890125485, 3.0927234E-05, 3.6923410E-08, -1.7458141E-10, 3.9840545, 8.6945689615, 33419.5404318159, 3.9291696E-04, 7.4628340E-07, -3.5388005E-09, 3.6744619, 19.1659620415, 22652.0424227274, -6.8354947E-05, 1.3284380E-07, -6.3767543E-10, 2.9984815, 20.0662179587, 31190.2833132833, -3.4871029E-04, -1.2746721E-07, 5.8909710E-10, 2.7986413, -2.5281611620, -16971.7070481963, 3.4437664E-04, 2.6526096E-07, -1.2469893E-09, 2.4138774, 17.7106633865, 22861.5918885581, -5.0102304E-04, -3.7787833E-07, 1.7754362E-09, 2.1863132, 5.5132179088, -9757.6441827375, 1.2587576E-04, 7.8796768E-08, -3.6937954E-10, 2.1461692, 13.4801375428, 23766.6709819937, 3.0245868E-04, 5.6971910E-07, -2.7016242E-09, 1.7659832, 11.1677086523, 14809.6776020201, 1.5280981E-04, 3.1869159E-07, -1.4608454E-09, -1.6244212, 7.3137297434, 7318.8375983742, -4.3483492E-04, -4.4182525E-07, 2.0841655E-09, 1.5813036, 5.4387584720, 16552.6081165349, 5.2095955E-04, 7.5618329E-07, -3.5792340E-09, 1.5197528, 16.7359480324, 40633.6032972747, 1.7441609E-04, 5.5981921E-07, -2.6611908E-09, 1.5156341, 1.7023646816, -17876.7861416319, -4.5910508E-04, -6.8233647E-07, 3.2300712E-09, 1.5102092, 5.4977296450, 8399.6847301375, -3.3094061E-05, 3.1973462E-08, -1.5436468E-10, -1.3178223, 9.6261586339, 16275.8309783478, -2.8518605E-04, -1.9079775E-07, 8.4338673E-10, -1.2642739, 11.9817132061, 24604.5224030729, -1.3287330E-04, 5.9613369E-08, -3.4295235E-10, 1.1918723, 22.4217725310, 39518.9747380084, -1.9639754E-04, 1.2294390E-07, -5.9724197E-10, 1.1346110, 14.4235191419, 31676.6099173011, 2.4767216E-05, 3.0879170E-07, -1.4204120E-09, 1.0857810, 8.8552797618, 5852.6842220465, 3.1609367E-06, 6.7664088E-08, -2.2006663E-10, -1.0193852, 7.2392703065, 33629.0898976466, -3.9751134E-05, 2.3556127E-07, -1.1256889E-09, -0.8227141, 11.0814572888, 16066.2815125171, 1.4748204E-04, 3.1992438E-07, -1.5697249E-09, 0.8042238, 3.5274358950, -33.7870573000, 2.8263353E-05, 3.7539802E-08, -2.2902113E-10, 0.8025939, 6.7832463846, 16833.1452579809, -9.9779237E-05, 2.7639907E-08, -1.8858767E-10, -0.7931866, -6.3821400710, -24462.5470518423, -2.4326809E-04, -4.9525589E-07, 2.2980217E-09, -0.7910153, 6.3703481443, -591.1013369332, -1.5714346E-04, -1.8089785E-07, 8.0295327E-10, -0.6674056, 9.1819266386, 24533.5347274576, 5.5197395E-05, 2.7743463E-07, -1.3204870E-09, 0.6502226, 4.1010449356, -10176.3966721553, -3.0412845E-04, -4.3254175E-07, 2.0981718E-09, -0.6388131, 6.2958887075, 25719.1509623392, 2.3794032E-04, 4.9648867E-07, -2.4069012E-09 } local M21 = { 0.0743000, 11.9537467337, 6480.9861772950, 4.9705523E-07, 6.8280480E-08, -2.7450635E-10, 0.0304300, 8.7259027166, 7737.5900877920, -4.8307078E-06, 6.9513264E-08, -3.8338581E-10, 0.0222900, 12.8540026510, 15019.2270678508, -2.7985829E-04, -1.9203053E-07, 9.5226618E-10, 0.0199900, 15.2095572232, 23347.9184925760, -1.2754553E-04, 5.8380585E-08, -2.3407289E-10, 0.0186900, 9.5981921614, -1847.7052474301, -1.5181570E-04, -1.8213063E-07, 9.1183272E-10, 0.0169600, 7.1681781524, 16133.8556271171, 9.0955337E-05, 2.4484477E-07, -1.1116826E-09, 0.0162300, 1.5847795630, 9061.7681128890, -6.6685176E-05, -4.3335556E-09, -3.4222998E-11, 0.0141900, -0.7707750092, 733.0766881638, -2.1899793E-04, -2.5474467E-07, 1.1521161E-09 } local M30 = { 385000.5290396, 1.5707963268, 0.0000000000, 0.0000000E+00, 0.0000000E+00, 0.0000000E+00, -20905.3551378, 3.9263508990, 8328.6914247251, 1.5231275E-04, 2.5041111E-07, -1.1863391E-09, -3699.1109330, 9.6121753977, 7214.0628654588, -2.1850087E-04, -1.8646419E-07, 8.7760973E-10, -2955.9675626, 11.9677299699, 15542.7542901840, -6.6188121E-05, 6.3946925E-08, -3.0872935E-10, -569.9251264, 6.2819054713, 16657.3828494503, 3.0462550E-04, 5.0082223E-07, -2.3726782E-09, 246.1584797, 7.2566208254, -1114.6285592663, -3.7081362E-04, -4.3687530E-07, 2.0639488E-09, -204.5861179, 12.0108556517, 14914.4523349355, -6.3524240E-05, 6.3330532E-08, -2.5428962E-10, -170.7330791, 14.3232845422, 23871.4457149091, 8.6124629E-05, 3.1435804E-07, -1.4950684E-09, -152.1378118, 9.6553010794, 6585.7609102104, -2.1583699E-04, -1.8708058E-07, 9.3204945E-10, -129.6202242, -0.8278839272, -7700.3894694766, -1.5497663E-04, -2.4979472E-07, 1.1318993E-09, 108.7427014, 6.7692631483, 7771.3771450920, -3.3094061E-05, 3.1973462E-08, -1.5436468E-10, 104.7552944, 3.8832252173, 8956.9933799736, 1.4964887E-04, 2.5102751E-07, -1.2407788E-09, 79.6605685, 0.6705404095, -8538.2408905558, 2.8035534E-04, 2.6031101E-07, -1.2267725E-09, 48.8883284, 1.5276706450, 628.3019552485, -2.6638815E-06, 6.1639211E-10, -5.4439728E-11, -34.7825237, 20.0091090408, 22756.8171556428, -2.8468899E-04, -1.2251727E-07, 5.6888037E-10, 30.8238599, 11.9246042882, 16171.0562454324, -6.8852003E-05, 6.4563317E-08, -3.6316908E-10, 24.2084985, 9.5690497159, 7842.3648207073, -2.2116475E-04, -1.8584780E-07, 8.2317000E-10, -23.2104305, 8.6374600436, 24986.0742741754, 4.5693825E-04, 7.5123334E-07, -3.5590172E-09, -21.6363439, 17.6535544685, 14428.1257309177, -4.3700174E-04, -3.7292838E-07, 1.7552195E-09, -16.6747239, 6.7261374666, 8399.6791003405, -3.5757942E-05, 3.2589854E-08, -2.0880440E-10, 14.4026890, 4.9010662531, -9443.3199839914, -5.2312637E-04, -6.8728642E-07, 3.2502879E-09, -12.8314035, 14.3664102239, 23243.1437596606, 8.8788511E-05, 3.1374165E-07, -1.4406287E-09, -11.6499478, 22.3646636130, 31085.5085803679, -1.3237624E-04, 1.2789385E-07, -6.1745870E-10, -10.4447578, 16.6788391144, 32200.1371396342, 2.3843738E-04, 5.6476915E-07, -2.6814075E-09, 10.3211071, 8.7119194804, -1324.1780250970, 6.1854469E-05, 7.3846820E-08, -3.4916281E-10, 10.0562033, 7.2997465071, -1742.9305145148, -3.6814974E-04, -4.3749170E-07, 2.1183885E-09, -9.8844667, 12.0539813334, 14286.1503796870, -6.0860358E-05, 6.2714140E-08, -1.9984990E-10, 8.7515625, 6.3563649081, -9652.8694498221, -9.0458282E-05, -1.7656429E-07, 8.3717626E-10, -8.3791067, 4.4137085761, -557.3142796331, -1.8540681E-04, -2.1843765E-07, 1.0319744E-09, -7.0026961, -3.1834384995, -16029.0808942018, -3.0728938E-04, -5.0020584E-07, 2.3182384E-09, 6.3220032, 9.1248177206, 16100.0685698171, 1.1921869E-04, 2.8238458E-07, -1.3407038E-09, 5.7508579, 6.2387797896, 17285.6848046987, 3.0196162E-04, 5.0143862E-07, -2.4271179E-09, -4.9501349, 9.6984267611, 5957.4589549619, -2.1317311E-04, -1.8769697E-07, 9.8648918E-10, -4.4211770, 3.0260949818, -209.5494658307, 4.3266809E-04, 5.1072212E-07, -2.4131116E-09, 4.1311145, 11.0674740526, 7004.5133996281, 2.1416722E-04, 3.2425793E-07, -1.5355019E-09, -3.9579827, 20.0522347225, 22128.5152003943, -2.8202511E-04, -1.2313366E-07, 6.2332010E-10, 3.2582371, 14.8106422192, 14985.4400105508, -2.5159493E-04, -1.5449073E-07, 7.2324505E-10, -3.1483020, 4.8266068163, 16866.9323152810, -1.2804259E-04, -9.8998954E-09, 4.0433461E-11, 2.6164092, 14.2801588604, 24499.7476701576, 8.3460748E-05, 3.1497443E-07, -1.5495082E-09, 2.3536310, 9.5259240342, 8470.6667759558, -2.2382863E-04, -1.8523141E-07, 7.6873027E-10, -2.1171283, -0.8710096090, -7072.0875142282, -1.5764051E-04, -2.4917833E-07, 1.0774596E-09, -1.8970368, 17.6966801503, 13799.8237756692, -4.3433786E-04, -3.7354477E-07, 1.8096592E-09, -1.7385258, 2.0581540038, -8886.0057043583, -3.3771956E-04, -4.6884877E-07, 2.2183135E-09, -1.5713944, 22.4077892948, 30457.2066251194, -1.2971236E-04, 1.2727746E-07, -5.6301898E-10, -1.4225541, 24.7202181853, 39414.2000050930, 1.9936508E-05, 3.7830496E-07, -1.8037978E-09, -1.4189284, 17.1661967915, 23314.1314352759, -9.9282182E-05, 9.5920387E-08, -4.6309403E-10, 1.1655364, 3.8400995356, 9585.2953352221, 1.4698499E-04, 2.5164390E-07, -1.2952185E-09, -1.1169371, 10.9930146158, 33314.7656989005, 6.0925100E-04, 1.0016445E-06, -4.7453563E-09, 1.0656723, 1.4845449633, 1256.6039104970, -5.3277630E-06, 1.2327842E-09, -1.0887946E-10, 1.0586190, 11.9220903668, 8364.7398411275, -2.1850087E-04, -1.8646419E-07, 8.7760973E-10, -0.9333176, 9.0816920389, 16728.3705250656, 1.1655481E-04, 2.8300097E-07, -1.3951435E-09, 0.8624328, 12.4550876470, 6656.7485858257, -4.0390768E-04, -4.0490184E-07, 1.9095841E-09, 0.8512404, 4.3705828944, 70.9876756153, -1.8807069E-04, -2.1782126E-07, 9.7753467E-10, -0.8488018, 16.7219647962, 31571.8351843857, 2.4110126E-04, 5.6415276E-07, -2.6269678E-09, -0.7956264, 3.5134526588, -9095.5551701890, 9.4948529E-05, 4.1873358E-08, -1.9479814E-10 } local M31 = { 0.5139500, 12.0108556517, 14914.4523349355, -6.3524240E-05, 6.3330532E-08, -2.5428962E-10, 0.3824500, 9.6553010794, 6585.7609102104, -2.1583699E-04, -1.8708058E-07, 9.3204945E-10, 0.3265400, 3.9694765808, 7700.3894694766, 1.5497663E-04, 2.4979472E-07, -1.1318993E-09, 0.2639600, 0.7416325637, 8956.9933799736, 1.4964887E-04, 2.5102751E-07, -1.2407788E-09, 0.1230200, -1.6139220085, 628.3019552485, -2.6638815E-06, 6.1639211E-10, -5.4439728E-11, 0.0775400, 8.7830116346, 16171.0562454324, -6.8852003E-05, 6.4563317E-08, -3.6316908E-10, 0.0606800, 6.4274570623, 7842.3648207073, -2.2116475E-04, -1.8584780E-07, 8.2317000E-10, 0.0497000, 12.0539813334, 14286.1503796870, -6.0860358E-05, 6.2714140E-08, -1.9984990E-10 } local M1n = { 3.81034392032, 8.39968473021E+03, -3.31919929753E-05, -- 月球平黄经系数 3.20170955005E-08, -1.53637455544E-10 } --===============日位置计算=================== local EnnT = 0 -- 调用Enn前先设置EnnT时间变量 function Enn(F) -- 计算E10,E11,E20等,即:某一组周期项或泊松项算出,计算前先设置EnnT时间 local i local v = 0 for i = 1, #F, 3 do v = v + F[i] * math.cos(F[i + 1] + EnnT * F[i + 2]) -- log.info('Fsize=' .. #F, 'i=' .. i, 'v='..v, 'F[i]='..F[i], 'm='..math.cos(F[i+1]+EnnT*F[i+2])) end return v end function earCal(jd) -- 返回地球位置,日心Date黄道分点坐标 EnnT = jd / 365250 -- log.info('EnnT=' .. EnnT) local llr = {} local t1 = EnnT local t2 = t1 * t1 local t3 = t2 * t1 local t4 = t3 * t1 local t5 = t4 * t1 -- log.info('t1='..t1, 't2='..t2, 't3='..t3, 't4='..t4, 't5='..t5) llr[1] = Enn(E10) + Enn(E11) * t1 + Enn(E12) * t2 + Enn(E13) * t3 + Enn(E14) * t4 + Enn(E15) * t5 -- log.info('sppp') llr[2] = Enn(E20) + Enn(E21) * t1 -- log.info('eppp') llr[3] = Enn(E30) + Enn(E31) * t1 + Enn(E32) * t2 + Enn(E33) * t3 llr[1] = rad2mrad(llr[1]) -- log.info('llr[0]='..llr[1], 'llr[1]='..llr[2], 'llr[2]='..llr[3]) return llr end function sunCal2(jd) -- 传回jd时刻太阳的地心视黄经及黄纬 local sun = earCal(jd) sun[1] = sun[1] + math.pi sun[2] = -sun[2] -- 计算太阳真位置 local d = nutation(jd) sun[1] = rad2mrad(sun[1] + d.Lon) -- 补章动 addGxc(jd, sun) -- 补周年黄经光行差 return sun -- 返回太阳视位置 end --===============月位置计算=================== local MnnT = 0 -- 调用Mnn前先设置MnnT时间变量 function Mnn(F) -- 计算M10,M11,M20等,计算前先设置MnnT时间 local i local v = 0 local t1 = MnnT local t2 = t1 * t1 local t3 = t2 * t1 local t4 = t3 * t1 for i = 1, #F, 6 do v = v + F[i] * math.sin(F[i + 1] + t1 * F[i + 2] + t2 * F[i + 3] + t3 * F[i + 4] + t4 * F[i + 5]) end return v end function moonCal(jd) -- 返回月球位置,返回地心Date黄道坐标 MnnT = jd / 36525 local t1 = MnnT local t2 = t1 * t1 local t3 = t2 * t1 local t4 = t3 * t1 local llr = {} llr[1] = (Mnn(M10) + Mnn(M11) * t1 + Mnn(M12) * t2) / rad llr[2] = (Mnn(M20) + Mnn(M21) * t1) / rad llr[3] = (Mnn(M30) + Mnn(M31) * t1) * 0.999999949827 llr[1] = llr[1] + M1n[1] + M1n[2] * t1 + M1n[3] * t2 + M1n[4] * t3 + M1n[5] * t4 llr[1] = rad2mrad(llr[1]) -- 地心Date黄道原点坐标(不含岁差) addPrece(jd, llr) -- 补岁差 return llr end function moonCal2(jd) -- 传回月球的地心视黄经及视黄纬 local moon = moonCal(jd) local d = nutation(jd) moon[1] = rad2mrad(moon[1] + d.Lon) -- 补章动 return moon end function moonCal3(jd) -- 传回月球的地心视赤经及视赤纬 local moon = moonCal(jd) HCconv(moon, hcjj1(jd)) nutationRaDec(jd, moon) -- 补赤经及赤纬章动 -- 如果黄赤转换前补了黄经章动及交章动,就不能再补赤经赤纬章动 return moon end --===============地心坐标中的日月位置计算=================== function jiaoCai(lx, t, jiao) -- lx=1时计算t时刻日月角距与jiao的差, lx=0计算t时刻太阳黄经与jiao的差 local sun = earCal(t) -- 计算太阳真位置(先算出日心坐标中地球的位置) sun[1] = sun[1] + math.pi sun[2] = -sun[2] -- 转为地心坐标 addGxc(t, sun) -- 补周年光行差 -- log.info('sun[1]=' .. sun[1], 'sun[2]=' .. sun[2]) if lx == 0 then local d = nutation(t) sun[1] = sun[1] + d.Lon -- 补黄经章动 return rad2mrad(jiao - sun[1]) end local moon = moonCal(t) -- 日月角差与章动无关 return rad2mrad(jiao - (moon[1] - sun[1])) end --===============已知位置反求时间=================== function jiaoCal(t1, jiao, lx) -- t1是J2000起算儒略日数 -- 已知角度(jiao)求时间(t) -- lx=0是太阳黄经达某角度的时刻计算(用于节气计算) -- lx=1是日月角距达某角度的时刻计算(用于定朔望等) -- 传入的t1是指定角度对应真时刻t的前一些天 -- 对于节气计算,应满足t在t1到t1+360天之间,对于Y年第n个节气(n=0是春分),t1可取值Y*365.2422+n*15.2 -- 对于朔望计算,应满足t在t1到t1+25天之间,在此范围之外,求右边的根 local t2 = t1 local t = 0 local v if lx == 0 then t2 = t2 + 360 -- 在t1到t2范围内求解(范气360天范围),结果置于t else t2 = t2 + 25 end jiao = jiao * math.pi / 180 -- 待搜索目标角 -- 利用截弦法计算 -- log.info('lx=' .. lx .. ', t1=' .. t1 .. ', t2=' .. t2 .. ', jiao=' .. jiao) local v1 = jiaoCai(lx, t1, jiao) -- v1,v2为t1,t2时对应的黄经 local v2 = jiaoCai(lx, t2, jiao) -- log.info('v1=' .. v1 .. ', v2=' ..v2) if v1 < v2 then v2 = v2 - 2 * math.pi end -- 减2pi作用是将周期性角度转为连续角度 local k = 1, k2, i -- k是截弦的斜率 for i = 1, 10 do -- 快速截弦求根,通常截弦三四次就已达所需精度 k2 = (v2 - v1) / (t2 - t1) -- 算出斜率 if math.abs(k2) > 1e-15 then k = k2 end -- 差商可能为零,应排除 t = t1 - v1 / k v = jiaoCai(lx, t, jiao) -- 直线逼近法求根(直线方程的根) if v > 1 then v = v - 2 * math.pi end -- 一次逼近后,v1就已接近0,如果很大,则应减1周 if math.abs(v) < 1e-8 then break end -- 已达精度 t1 = t2 v1 = v2 t2 = t v2 = v -- 下一次截弦 end return t end --===============节气计算=================== local jqB = { -- 节气表 "春分", "清明", "谷雨", "立夏", "小满", "芒种", "夏至", "小暑", "大暑", "立秋", "处暑", "白露", "秋分", "寒露", "霜降", "立冬", "小雪", "大雪", "冬至", "小寒", "大寒", "立春", "雨水", "惊蛰" } function JQtest(y) -- 节气使计算范例,y是年分,这是个测试函数 local i, q, s1, s2 y = tostring(y) local jd = 365.2422 * (tonumber(y.sub(y, 1, 4)) - 2000) for i = 0, 23 do q = jiaoCal(jd + i * 15.2, i * 15, 0) + J2000 + 8 / 24 -- 计算第i个节气(i=0是春分),结果转为北京时 -- log.info('q=' .. q) JDate:setFromJD(q, 1) s1 = JDate:toStr() -- 将儒略日转成世界时 JDate:setFromJD(q, 0) s2 = JDate:toStr() -- 将儒略日转成日期格式(输出日期形式的力学时) jqData = s1.sub(s1.gsub(s1, "^( )", ""), 1, 10) jqData = jqData.gsub(jqData, "-", "") -- log.info(jqB[i+1] .. " : " .. jqData .. " " .. jqData.len(jqData) ) --显示 if (jqData == y) then return "-" .. jqB[i + 1] end end return "" end function GetNextJQ(y) -- 节气使计算范例,y是年分,这是个测试函数 local i, obj, q, s1, s2 y = tostring(y) local jd = 365.2422 * (tonumber(y.sub(y, 1, 4)) - 2000) obj = {} for i = 0, 23 do q = jiaoCal(jd + i * 15.2, i * 15, 0) + J2000 + 8 / 24 -- 计算第i个节气(i=0是春风),结果转为北京时 -- log.info('q=' .. q) JDate:setFromJD(q, 1) s1 = JDate:toStr() -- 将儒略日转成世界时 JDate:setFromJD(q, 0) s2 = JDate:toStr() -- 将儒略日转成日期格式(输出日期形式的力学时) jqData = s1.sub(s1.gsub(s1, "^( )", ""), 1, 10) jqData = jqData.gsub(jqData, "-", "") if (jqData >= y) then table.insert(obj, jqB[i + 1] .. " " .. s1.sub(s1.gsub(s1, "^( )", ""), 1, 10)) -- log.info(i .. s1.sub(s1.gsub(s1, "^( )", ""),1,10)) end end return obj end function getJQ(y) -- 返回一年中各个节气的时间表，从春分开始 local i local jd = 365.2422 * (y - 2000) local q local jq = {} for i = 0, 23 do q = jiaoCal(jd + i * 15.2, i * 15, 0) + J2000 + 8 / 24 -- 计算第i个节气(i=0是春分),结果转为北京时 JDate:setFromJD(q, 1) jq[i + 1] = JDate:JQ() -- 将儒略日转成世界时 end return jq end -- 返回一年的二十四个节气,从立春开始 function getYearJQ(y) local jq1 = getJQ(y - 1) -- 上一年 local jq2 = getJQ(y) -- 当年 local jq = {} for i = 1, 3 do jq[i] = jq1[i + 21] end for i = 1, 21 do jq[i + 3] = jq2[i] end return jq end --==============定朔弦望计算======================== function dingSuo(y, arc) -- 这是个测试函数 local i, jd = 365.2422 * (y - 2000), q, s1, s2 log.info("月份:世界时 原子时
") for i = 0, 11 do q = jiaoCal(jd + 29.5 * i, arc, 1) + J2000 + 8 / 24 -- 计算第i个节气(i=0是春风),结果转为北京时 JDate.setFromJD(q, 1) s1 = JDate:toStr() -- 将儒略日转成世界时 JDate.setFromJD(q, 0) s2 = JDate:toStr() -- 将儒略日转成日期格式(输出日期形式的力学时) log.info((i + 1) .. "月 : " .. s1 .. " " .. s2) -- 显示 end end --==============农历计算======================== --[[***** 1.冬至所在的UTC日期保存在A[0],根据"规定1"得知在A[0]之前(含A[0])的那个UTC朔日定为年首日期 冬至之后的中气分保存在A[1],A[2],A[3]...A[13],其中A[12]又回到了冬至,共计算13次中气 2.连续计算冬至后14个朔日,即起算时间时A[0]+1 14个朔日编号为0,1...12,保存在C[0],C[1]...C[13] 这14个朔日表示编号为0月,1月,...12月0月的各月终止日期,但要注意实际终止日是新月初一,不属本月 这14个朔日同样表示编号为1月,2月...的开始日期 设某月编号为n,那么开始日期为C[n-1],结束日期为C[n],如果每月都含中气,该月所含的中气为A[n] 注:为了全总计算出13个月的大小月情况,须算出14个朔日。 3.闰年判断:含有13个月的年份是闰年 当第13月(月编号12月)终止日期大于冬至日, 即C[12]〉A[12], 那么该月是新年,本年没月12月,本年共12个月 当第13月(月编号12月)终止日期小等于冬至日,即C[12]≤A[12],那么该月是本年的有效月份,本年共13个月 4.闰年中处理闰月: 13个月中至少1个月份无中气,首个无中气的月置闰,在n=1...12月中找到闰月,即C[n]≤A[n] 从农历年首的定义知道,0月一定含有中气冬至,所以不可能是闰月。 首月有时很贪心,除冬至外还可能再吃掉本年或前年的另一个中气 定出闰月后,该月及以后的月编号减1 5.以上所述的月编号不是日常生活中说的"正月","二月"等月名称: 如果"建子",0月为首月,如果"建寅",2月的月名"正月",3月是"二月",其余类推 *****--]] -- local yueMing={"正","二","三","四","五","六","七","八","九","十","冬","腊"} -- -- function paiYue(inYear) --农历排月序计算,可定出农历 -- --y=in1.value-0 -- local y = inYear-0 -- local zq={},jq={}, hs={} --中气表,节气表,日月合朔表 -- -- --从冬至开始,连续计算14个中气时刻 -- local i,t1=365.2422*(y-2000)-50 --农历年首始于前一年的冬至,为了节气中气一起算,取前年大雪之前 -- for i=0,13 do --计算节气(从冬至开始),注意:返回的是力学时 -- zq[i+1]=jiaoCal(t1+i*30.4,i*30-90, 0) --中气计算,冬至的太阳黄经是270度(或-90度) -- jq[i+1]=jiaoCal(t1+i*30.4,i*30-105,0) --顺便计算节气,它不是农历定朔计算所必需的 -- end -- ... -- end function GetNowTimeJq(date) local JQtable1, JQtable2 date = tostring(date) if string.len(date) < 8 then return "无效日期" end JQtable2 = GetNextJQ(date) if tonumber(string.sub(date, 5, 8)) < 322 then JQtable1 = GetNextJQ(tonumber(string.sub(date, 1, 4)) - 1 .. string.sub(date, 5, 8)) -- log.info(#JQtable1) if tonumber(string.sub(date, 5, 8)) < 108 then for i = 20, 24 do table.insert(JQtable2, i - 19, JQtable1[i]) end elseif tonumber(string.sub(date, 5, 8)) < 122 then for i = 21, 24 do table.insert(JQtable2, i - 20, JQtable1[i]) end elseif tonumber(string.sub(date, 5, 8)) < 206 then for i = 22, 24 do table.insert(JQtable2, i - 21, JQtable1[i]) end elseif tonumber(string.sub(date, 5, 8)) < 221 then for i = 23, 24 do table.insert(JQtable2, i - 22, JQtable1[i]) end else table.insert(JQtable2, 1, JQtable1[24]) end -- log.info(table.concat(JQtable2)) end return JQtable2 end -- 公历转干支历实现 --[[干支历的年以立春发生时刻（注意，不是立春日的0时）为年干支的起点；各月干支以十二节时刻（注意，不一定是各节气日的0时） --]] GanZhiLi = {} -- 创建干支历对象 function GanZhiLi:new() local o = {} setmetatable(o, self) self.__index = self o:setTime(os.time()) return o end -- 将offset的数值转化为特定偏移下的周期数，起始数，偏移量，周期 function GanZhiLi:calRound(start, offset, round) if start > round or start <= 0 then return nil end -- 参数不对 offset = math.floor(math.fmod(start + offset, round)) if offset >= 0 then if offset == 0 then offset = round end return offset else return round + offset end end -- 周期循环数 function calR2(n, round) local x = math.floor(math.fmod(n, round)) if x == 0 then x = round end return x end -- 设置用于转换干支历的公历时间 function GanZhiLi:setTime(t) self.ttime = t self.tday = os.date('*t', t) -- for k,v in pairs(self.tday) do -- log.info(k,v) -- end -- 先取公历今年的干支 self.jqs = getYearJQ(self.tday.year) self.ganZhiYearNum = self:calGanZhiYearNum() if self.ganZhiYearNum ~= self.tday.year then -- 如果在节气上还没到今年的立春，则还没到干支历的今年，需要取干支历的年份的24节气 self.jqs = getYearJQ(self.ganZhiYearNum) end self.ganZhiMonNum = self:calGanZhiMonthNum() self.curJq = self:getCurJQ() end function GanZhiLi:getCurJQ() -- for i=1,24 do -- local x = os.date('*t', self.jqs[i]) -- log.info(x.year, x.month, x.day, x.hour, x.min, x.sec) -- end local x = 0 if self.ttime < self.jqs[1] then return nil end -- 出错，计算错年了？ for i = 1, 23 do if self.jqs[i] <= self.ttime and self.jqs[i + 1] > self.ttime then x = i break end end if x == 0 then x = 24 end return x -- 返回以立春为起始序号1的节气 end -- 根据公历年份和节气计算干支历的年份 function GanZhiLi:calGanZhiYearNum() if (self.ttime < self.jqs[1]) then return self.tday.year - 1 else return self.tday.year end end -- 获取干支月份 function GanZhiLi:calGanZhiMonthNum() if self.ttime < self.jqs[1] then return nil end local x = 0 if self.ttime < self.jqs[1] then return nil end -- 出错，计算错年了？ for i = 1, 23 do if self.jqs[i] <= self.ttime and self.jqs[i + 1] > self.ttime then x = i end end if x == 0 then x = 24 end return math.floor((x + 1) / 2) end -- 返回年的干支序号，1为甲子。。。 function GanZhiLi:getYearGanZhi() local jiaziYear = 1984 -- 甲子年 -- log.info(self.ganZhiYearNum) local yeardiff = self.ganZhiYearNum - jiaziYear return self:calRound(1, yeardiff, 60) end -- 返回年的天干号，1为甲 function GanZhiLi:getYearGan() local idx = self:getYearGanZhi() return self:calR2(idx, 10) end -- 返回年的地支号，1为子 function GanZhiLi:getYearZhi() local idx = self:getYearGanZhi() return self:calR2(idx, 12) end -- 返回月的干支号 function GanZhiLi:getMonGanZhi() local ck = { year = 2010, month = 2, day = 4, hour = 6, min = 42, sec = 0 } local x = os.time(ck) -- 参考月，立春时间2010-2-4 6:42:00对应的干支序号为15 local ydiff = self.ganZhiYearNum - ck.year local mdiff = self.ganZhiMonNum - 1 if ydiff >= 0 then mdiff = ydiff * 12 + mdiff else mdiff = (ydiff + 1) * 12 + mdiff - 12 end return self:calRound(15, mdiff, 60) end function GanZhiLi:getMonGan() local idx = self:getMonGanZhi() return self:calR2(idx, 10) end function GanZhiLi:getMonZhi() local idx = self:getMonGanZhi() return self:calR2(idx, 12) end -- 返回日的干支号，甲子从1开始 function GanZhiLi:getDayGanZhi() local DAYSEC = 24 * 3600 local jiaziDayTime = os.time({ year = 2012, month = 8, day = 30, hour = 23, min = 0, sec = 0 }) local daydiff = math.floor((self.ttime - jiaziDayTime) / DAYSEC) return self:calRound(1, daydiff, 60) end -- 返回日的天干号 function GanZhiLi:getDayGan() local idx = self:getDayGanZhi() return self:calR2(idx, 10) end -- 返回日的地支号 function GanZhiLi:getDayZhi() local idx = self:getDayGanZhi() return self:calR2(idx, 12) end -- 返回时辰的干支号 function GanZhiLi:getHourGanZhi() local SHICHENSEC = 3600 * 2 local jiaziShiTime = os.time({ year = 2012, month = 8, day = 30, hour = 23, min = 0, sec = 0 }) local shiDiff = math.floor((self.ttime - jiaziShiTime) / SHICHENSEC) return self:calRound(1, shiDiff, 60) end -- 返回时干号 function GanZhiLi:getShiGan() local idx = self:getHourGanZhi() return self:calR2(idx, 10) end -- 返回时支号 function GanZhiLi:getShiZhi() local idx = self:getHourGanZhi() return self:calR2(idx, 12) end --=================以下是测试代码============= local jqB = { -- 节气表 "立春", "雨水", "惊蛰", "春分", "清明", "谷雨", "立夏", "小满", "芒种", "夏至", "小暑", "大暑", "立秋", "处暑", "白露", "秋分", "寒露", "霜降", "立冬", "小雪", "大雪", "冬至", "小寒", "大寒" } -- 天干 local tiangan = { '甲', '乙', '丙', '丁', '戊', '己', '庚', '辛', '壬', '癸' } -- 地支 local dizhi = { '子', '丑', '寅', '卯', '辰', '巳', '午', '未', '申', '酉', '戌', '亥' } -- 根据六十甲子序号，返回六十甲子字符串,甲子从1开始 local function get60JiaZiStr(i) local gan = i % 10 if gan == 0 then gan = 10 end local zhi = i % 12 if zhi == 0 then zhi = 12 end return tiangan[gan] .. dizhi[zhi] end function lunarJzl(y) local x, yidx, midx, didx, hidx y = tostring(y) x = GanZhiLi:new() x:setTime(os.time({ year = tonumber(y.sub(y, 1, 4)), month = tonumber(y.sub(y, 5, -5)), day = tonumber(y.sub(y, 7, -3)), hour = tonumber(y.sub(y, 9, -1)), min = 4, sec = 5 })) yidx = x:getYearGanZhi() midx = x:getMonGanZhi() didx = x:getDayGanZhi() hidx = x:getHourGanZhi() GzData = get60JiaZiStr(yidx) .. '年' .. get60JiaZiStr(midx) .. '月' .. get60JiaZiStr(didx) .. '日' .. get60JiaZiStr(hidx) .. '时' -- log.info('干支:' .. GzData) return GzData end local function time_to_num(time) pattern = "(%d+):(%d+) +([AP]M)" if string.match(time, pattern) ~= nil then hours, minutes, am = string.match(time, pattern) if ((am == "AM") and (tonumber(hours) >= 12)) then hours = hours - 12 elseif ((am == "PM") and (tonumber(hours) < 12)) then hours = hours + 12 end else pattern = "(%d+):(%d+)" hours, minutes = string.match(time, pattern) end return (hours * 60) + minutes end local GetLunarSichen = function(time, t) local time = tonumber(time) local LunarSichen = { "子时(夜半｜三更)", "丑时(鸡鸣｜四更)", "寅时(平旦｜五更)", "卯时(日出)", "辰时(食时)", "巳时(隅中)", "午时(日中)", "未时(日昳)", "申时(晡时)", "酉时(日入)", "戌时(黄昏｜一更)", "亥时(人定｜二更)" } if tonumber(t) == 1 then sj = math.floor((time + 1) / 2) + 1 elseif tonumber(t) == 0 then sj = math.floor((time + 13) / 2) + 1 end if sj > 12 then return LunarSichen[sj - 12] else return LunarSichen[sj] end end -- 十进制转二进制 function Dec2bin(n) local t, t1, t2 local tables = { "" } t = tonumber(n) while math.floor(t / 2) >= 1 do t1 = math.fmod(t, 2) if t1 > 0 then if #tables > 0 then table.insert(tables, 1, 1) else tables[1] = 1 end else if #tables > 0 then table.insert(tables, 1, 0) else tables[1] = 0 end end t = math.floor(t / 2) if t == 1 then if #tables > 0 then table.insert(tables, 1, 1) else tables[1] = 1 end end end return string.gsub(table.concat(tables), "^[0]+", "") end -- 2/10/16进制互转 local function system(x, inPuttype, outputtype) local r if (tonumber(inPuttype) == 2) then if (tonumber(outputtype) == 10) then -- 2进制-->10进制 r = tonumber(tostring(x), 2) elseif (tonumber(outputtype) == 16) then -- 2进制-->16进制 r = bin2hex(tostring(x)) end elseif (tonumber(inPuttype) == 10) then if (tonumber(outputtype) == 2) then -- 10进制-->2进制 r = Dec2bin(tonumber(x)) elseif (tonumber(outputtype) == 16) then -- 10进制-->16进制 r = string.format("%x", x) end elseif (tonumber(inPuttype) == 16) then if (tonumber(outputtype) == 2) then -- 16进制-->2进制 r = Dec2bin(tonumber(tostring(x), 16)) elseif (tonumber(outputtype) == 10) then -- 16进制-->10进制 r = tonumber(tostring(x), 16) end end return r end -- 农历16进制数据分解 local function Analyze(Data) local rtn1, rtn2, rtn3, rtn4 rtn1 = system(string.sub(Data, 1, 3), 16, 2) while string.len(rtn1) < 12 do rtn1 = "0" .. rtn1 end rtn2 = string.sub(Data, 4, 4) rtn3 = system(string.sub(Data, 5, 5), 16, 10) rtn4 = system(string.sub(Data, -2, -1), 16, 10) if string.len(rtn4) == 3 then rtn4 = "0" .. system(string.sub(Data, -2, -1), 16, 10) end -- string.gsub(rtn1, "^[0]*", "") return { rtn1, rtn2, rtn3, rtn4 } end -- 年天数判断 local function IsLeap(y) local year = tonumber(y) if math.fmod(year, 400) ~= 0 and math.fmod(year, 4) == 0 or math.fmod(year, 400) == 0 then return 366 else return 365 end end -- 计算日期差，两个8位数日期之间相隔的天数，date2>date1 function diffDate(date1, date2) local t1, t2, n, total total = 0 date1 = tostring(date1) date2 = tostring(date2) if tonumber(date2) > tonumber(date1) then n = tonumber(string.sub(date2, 1, 4)) - tonumber(string.sub(date1, 1, 4)) if n > 1 then for i = 1, n - 1 do total = total + IsLeap(tonumber(string.sub(date1, 1, 4)) + i) end total = total + leaveDate(tonumber(string.sub(date2, 1, 8))) + IsLeap(tonumber(string.sub(date1, 1, 4))) - leaveDate(tonumber(string.sub(date1, 1, 8))) elseif n == 1 then total = IsLeap(tonumber(string.sub(date1, 1, 4))) - leaveDate(tonumber(string.sub(date1, 1, 8))) + leaveDate(tonumber(string.sub(date2, 1, 8))) else total = leaveDate(tonumber(string.sub(date2, 1, 8))) - leaveDate(tonumber(string.sub(date1, 1, 8))) -- log.info(date1 .. "-" .. date2) end elseif tonumber(date2) == tonumber(date1) then return 0 else return -1 end return total end -- 公历倒计时(每年) local function diffDate2(date1, date2) while diffDate(date1, date2) == -1 do date2 = tointeger(date2 + 1000000) end result = diffDate(date1, date2) return result end -- 公历倒计时结束 -- 返回当年过了多少天 function leaveDate(y) local day, total total = 0 if IsLeap(tonumber(string.sub(y, 1, 4))) > 365 then day = { 31, 29, 31, 30, 31, 30, 31, 31, 30, 31, 30, 31 } else day = { 31, 28, 31, 30, 31, 30, 31, 31, 30, 31, 30, 31 } end if tonumber(string.sub(y, 5, 6)) > 1 then for i = 1, tonumber(string.sub(y, 5, 6)) - 1 do total = total + day[i] end total = total + tonumber(string.sub(y, 7, 8)) else return tonumber(string.sub(y, 7, 8)) end return tonumber(total) end -- 公历转农历，支持转化范围公元1900-2100年 -- 公历日期 Gregorian:格式 YYYYMMDD -- <返回值>农历日期 中文 天干地支属相 function Date2LunarDate(Gregorian) -- 天干名称 local cTianGan = { "甲", "乙", "丙", "丁", "戊", "己", "庚", "辛", "壬", "癸" } -- 地支名称 local cDiZhi = { "子", "丑", "寅", "卯", "辰", "巳", "午", "未", "申", "酉", "戌", "亥" } -- 属相名称 local cShuXiang = { "鼠", "牛", "虎", "兔", "龙", "蛇", "马", "羊", "猴", "鸡", "狗", "猪" } -- 农历日期名 local cDayName = { "初一", "初二", "初三", "初四", "初五", "初六", "初七", "初八", "初九", "初十", "十一", "十二", "十三", "十四", "十五", "十六", "十七", "十八", "十九", "二十", "廿一", "廿二", "廿三", "廿四", "廿五", "廿六", "廿七", "廿八", "廿九", "三十" } -- 农历月份名 local cMonName = { "正月", "二月", "三月", "四月", "五月", "六月", "七月", "八月", "九月", "十月", "冬月", "腊月" } -- 农历数据 local wNongliData = { "AB500D2", "4BD0883", "4AE00DB", "A5700D0", "54D0581", "D2600D8", "D9500CC", "655147D", "56A00D5", "9AD00CA", "55D027A", "4AE00D2", "A5B0682", "A4D00DA", "D2500CE", "D25157E", "B5400D6", "D6A00CB", "ADA027B", "95B00D3", "49717C9", "49700DC", "A4B00D0", "B4B0580", "6A500D8", "6D400CD", "AB5147C", "2B600D5", "95700CA", "52F027B", "49700D2", "6560682", "D4A00D9", "EA500CE", "6A9157E", "5AD00D6", "2B600CC", "86E137C", "92E00D3", "C8D1783", "C9500DB", "D4A00D0", "D8A167F", "B5500D7", "56A00CD", "A5B147D", "25D00D5", "92D00CA", "D2B027A", "A9500D2", "B550781", "6CA00D9", "B5500CE", "535157F", "4DA00D6", "A5B00CB", "457137C", "52B00D4", "A9A0883", "E9500DA", "6AA00D0", "AEA0680", "AB500D7", "4B600CD", "AAE047D", "A5700D5", "52600CA", "F260379", "D9500D1", "5B50782", "56A00D9", "96D00CE", "4DD057F", "4AD00D7", "A4D00CB", "D4D047B", "D2500D3", "D550883", "B5400DA", "B6A00CF", "95A1680", "95B00D8", "49B00CD", "A97047D", "A4B00D5", "B270ACA", "6A500DC", "6D400D1", "AF40681", "AB600D9", "95700CE", "4AF057F", "49700D7", "64B00CC", "74A037B", "EA500D2", "6B50883", "5AC00DB", "AB600CF", "96D0580", "92E00D8", "C9600CD", "D95047C", "D4A00D4", "DA500C9", "755027A", "56A00D1", "ABB0781", "25D00DA", "92D00CF", "CAB057E", "A9500D6", "B4A00CB", "BAA047B", "AD500D2", "55D0983", "4BA00DB", "A5B00D0", "5171680", "52B00D8", "A9300CD", "795047D", "6AA00D4", "AD500C9", "5B5027A", "4B600D2", "A6E0681", "A4E00D9", "D2600CE", "EA6057E", "D5300D5", "5AA00CB", "76A037B", "96D00D3", "4AF0B83", "4AD00DB", "A4D00D0", "D0B1680", "D2500D7", "D5200CC", "DD4057C", "B5A00D4", "56D00C9", "55B027A", "49B00D2", "A570782", "A4B00D9", "AA500CE", "B25157E", "6D200D6", "ADA00CA", "4B6137B", "93700D3", "49F08C9", "49700DB", "64B00D0", "68A1680", "EA500D7", "6AA00CC", "A6C147C", "AAE00D4", "92E00CA", "D2E0379", "C9600D1", "D550781", "D4A00D9", "DA500CD", "5D5057E", "56A00D6", "A6D00CB", "55D047B", "52D00D3", "A9B0883", "A9500DB", "B4A00CF", "B6A067F", "AD500D7", "55A00CD", "ABA047C", "A5B00D4", "52B00CA", "B27037A", "69300D1", "7330781", "6AA00D9", "AD500CE", "4B5157E", "4B600D6", "A5700CB", "54E047C", "D1600D2", "E960882", "D5200DA", "DAA00CF", "6AA167F", "56D00D7", "4AE00CD", "A9D047D", "A2D00D4", "D1500C9", "F250279", "D5200D1", "DB20781", "B5A00D9", "55D00CF", "4DB0580", "49B00D7", "A4B00CC", "D4B047C", "AA500D4", "B550983", "6D200DB", "AD600D0", "5760681", "93700D8" } Gregorian = tostring(Gregorian) local Year, Month, Day, Pos, Data0, Data1, MonthInfo, LeapInfo, Leap, Newyear, Data2, Data3, LYear, thisMonthInfo Year = tonumber(Gregorian.sub(Gregorian, 1, 4)) Month = tonumber(Gregorian.sub(Gregorian, 5, 6)) Day = tonumber(Gregorian.sub(Gregorian, 7, 8)) if (Year > 2100 or Year < 1899 or Month > 12 or Month < 1 or Day < 1 or Day > 31 or string.len(Gregorian) < 8) then return "无效日期" end -- log.info(Year .. "-" .. Month .. "-" .. Day) -- 获取两百年内的农历数据 Pos = Year - 1900 + 2 Data0 = wNongliData[Pos - 1] Data1 = wNongliData[Pos] -- 判断农历年份 local tb1 = Analyze(Data1) MonthInfo = tb1[1] LeapInfo = tb1[2] Leap = tb1[3] Newyear = tb1[4] Date1 = Year .. Newyear Date2 = Gregorian Date3 = diffDate(Date1, Date2) -- 和当年农历新年相差的天数 -- log.info(Date3 .. "-11") if (Date3 < 0) then -- log.info(Data0 .. "-2") tb1 = Analyze(Data0) Year = Year - 1 MonthInfo = tb1[1] LeapInfo = tb1[2] Leap = tb1[3] Newyear = tb1[4] Date1 = Year .. Newyear Date2 = Gregorian Date3 = diffDate(Date1, Date2) -- log.info(Date2 .. "--" .. Date1 .. "--" .. Date3) end -- log.info(MonthInfo .. "-" .. LeapInfo .. "-" .. Leap .. "-" .. Newyear .. "-" .. Year) Date3 = Date3 + 1 LYear = Year -- 农历年份，就是上面计算后的值 if Leap > 0 then -- 有闰月 thisMonthInfo = string.sub(MonthInfo, 1, Leap) .. LeapInfo .. string.sub(MonthInfo, Leap + 1) else thisMonthInfo = MonthInfo end local thisMonth, thisDays, LDay, Isleap, LunarYear, LunarMonth for i = 1, 13 do thisMonth = string.sub(thisMonthInfo, i, i) thisDays = 29 + thisMonth if (Date3 > thisDays) then Date3 = Date3 - thisDays else if (Leap > 0) then if (Leap >= i) then LMonth = i Isleap = 0 else LMonth = i - 1 if i - Leap == 1 then Isleap = 1 else Isleap = 0 end end else LMonth = i Isleap = 0 end LDay = math.floor(Date3) break end end -- log.info(LYear .. "-" .. LMonth .. "-" .. LDay) if Isleap > 0 then LunarMonth = "闰" .. cMonName[LMonth] else LunarMonth = cMonName[LMonth] end -- log.info(LDay) LunarYear = cTianGan[math.fmod(LYear - 4, 10) + 1] .. cDiZhi[math.fmod(LYear - 4, 12) + 1] .. "年(" .. cShuXiang[math.fmod(LYear - 4, 12) + 1] .. ")" .. LunarMonth .. cDayName[LDay] -- log.info(LunarYear) return LunarYear end -- Date日期参数格式YYMMDD，dayCount累加的天数--修复了可能为6月00日的可能性,回退到5月31日 -- 返回值：公历日期 local function GettotalDay(Date, dayCount) local Year, Month, Day, days, total, t Date = tostring(Date) Year = tonumber(Date.sub(Date, 1, 4)) Month = tonumber(Date.sub(Date, 5, 6)) Day = tonumber(Date.sub(Date, 7, 8)) -- 根据是否是闰年设置天数表 if IsLeap(Year) > 365 then days = { 31, 29, 31, 30, 31, 30, 31, 31, 30, 31, 30, 31 } else days = { 31, 28, 31, 30, 31, 30, 31, 31, 30, 31, 30, 31 } end -- 判断天数是否超过当前月份的剩余天数 if dayCount > days[Month] - Day then total = dayCount - (days[Month] - Day) -- 减去当前月份剩余的天数 Month = Month + 1 -- 移动到下个月 if Month > 12 then Month = 1 -- 如果超过12月，跳转到1月 Year = Year + 1 -- 增加一年 end -- 继续加上余下的天数，跨月处理 while total > days[Month] do total = total - days[Month] -- 减去当前月份的天数 Month = Month + 1 -- 移动到下个月 if Month > 12 then Month = 1 -- 如果超过12月，跳转到1月 Year = Year + 1 -- 增加一年 end end else total = Day + dayCount -- 如果不跨月，直接累加 end -- 确保月份和日期都是两位数格式 if string.len(Month) == 1 then Month = "0" .. Month end if string.len(total) == 1 then total = "0" .. total end -- 返回格式化的日期 return Year .. "年" .. Month .. "月" .. total .. "日" end -- 农历转公历 -- 农历 Gregorian:数字格式 YYYYMMDD -- <返回值>公历日期 格式YYYY年MM月DD日 -- 农历日期月份为闰月需指定参数IsLeap为1，非闰月需指定参数IsLeap为0 function LunarDate2Date(Gregorian, IsLeap) LunarData = { "AB500D2", "4BD0883", "4AE00DB", "A5700D0", "54D0581", "D2600D8", "D9500CC", "655147D", "56A00D5", "9AD00CA", "55D027A", "4AE00D2", "A5B0682", "A4D00DA", "D2500CE", "D25157E", "B5400D6", "D6A00CB", "ADA027B", "95B00D3", "49717C9", "49700DC", "A4B00D0", "B4B0580", "6A500D8", "6D400CD", "AB5147C", "2B600D5", "95700CA", "52F027B", "49700D2", "6560682", "D4A00D9", "EA500CE", "6A9157E", "5AD00D6", "2B600CC", "86E137C", "92E00D3", "C8D1783", "C9500DB", "D4A00D0", "D8A167F", "B5500D7", "56A00CD", "A5B147D", "25D00D5", "92D00CA", "D2B027A", "A9500D2", "B550781", "6CA00D9", "B5500CE", "535157F", "4DA00D6", "A5B00CB", "457137C", "52B00D4", "A9A0883", "E9500DA", "6AA00D0", "AEA0680", "AB500D7", "4B600CD", "AAE047D", "A5700D5", "52600CA", "F260379", "D9500D1", "5B50782", "56A00D9", "96D00CE", "4DD057F", "4AD00D7", "A4D00CB", "D4D047B", "D2500D3", "D550883", "B5400DA", "B6A00CF", "95A1680", "95B00D8", "49B00CD", "A97047D", "A4B00D5", "B270ACA", "6A500DC", "6D400D1", "AF40681", "AB600D9", "95700CE", "4AF057F", "49700D7", "64B00CC", "74A037B", "EA500D2", "6B50883", "5AC00DB", "AB600CF", "96D0580", "92E00D8", "C9600CD", "D95047C", "D4A00D4", "DA500C9", "755027A", "56A00D1", "ABB0781", "25D00DA", "92D00CF", "CAB057E", "A9500D6", "B4A00CB", "BAA047B", "AD500D2", "55D0983", "4BA00DB", "A5B00D0", "5171680", "52B00D8", "A9300CD", "795047D", "6AA00D4", "AD500C9", "5B5027A", "4B600D2", "A6E0681", "A4E00D9", "D2600CE", "EA6057E", "D5300D5", "5AA00CB", "76A037B", "96D00D3", "4AF0B83", "4AD00DB", "A4D00D0", "D0B1680", "D2500D7", "D5200CC", "DD4057C", "B5A00D4", "56D00C9", "55B027A", "49B00D2", "A570782", "A4B00D9", "AA500CE", "B25157E", "6D200D6", "ADA00CA", "4B6137B", "93700D3", "49F08C9", "49700DB", "64B00D0", "68A1680", "EA500D7", "6AA00CC", "A6C147C", "AAE00D4", "92E00CA", "D2E0379", "C9600D1", "D550781", "D4A00D9", "DA500CD", "5D5057E", "56A00D6", "A6D00CB", "55D047B", "52D00D3", "A9B0883", "A9500DB", "B4A00CF", "B6A067F", "AD500D7", "55A00CD", "ABA047C", "A5B00D4", "52B00CA", "B27037A", "69300D1", "7330781", "6AA00D9", "AD500CE", "4B5157E", "4B600D6", "A5700CB", "54E047C", "D1600D2", "E960882", "D5200DA", "DAA00CF", "6AA167F", "56D00D7", "4AE00CD", "A9D047D", "A2D00D4", "D1500C9", "F250279", "D5200D1", "DB20781", "B5A00D9", "55D00CF", "4DB0580", "49B00D7", "A4B00CC", "D4B047C", "AA500D4", "B550983", "6D200DB", "AD600D0", "5760681", "93700D8" } Gregorian = tostring(Gregorian) local Year, Month, Day, Pos, Data, MonthInfo, LeapInfo, Leap, Newyear, Sum, thisMonthInfo, GDate Year = tonumber(Gregorian.sub(Gregorian, 1, 4)) Month = tonumber(Gregorian.sub(Gregorian, 5, 6)) Day = tonumber(Gregorian.sub(Gregorian, 7, 8)) if (Year > 2100 or Year < 1900 or Month > 12 or Month < 1 or Day > 30 or Day < 1 or string.len(Gregorian) < 8) then return "无效日期" end -- 获取当年农历数据 Pos = (Year - 1899) + 1 Data = LunarData[Pos] -- log.info(Data) -- 判断公历日期 local tb1 = Analyze(Data) MonthInfo = tb1[1] LeapInfo = tb1[2] Leap = tb1[3] Newyear = tb1[4] -- 计算到当天到当年农历新年的天数 Sum = 0 if Leap > 0 then -- 有闰月 thisMonthInfo = string.sub(MonthInfo, 1, Leap) .. LeapInfo .. string.sub(MonthInfo, Leap + 1) if (Leap ~= Month and tonumber(IsLeap) == 1) then return "该月不是闰月！" end if (Month <= Leap and tonumber(IsLeap) == 0) then for i = 1, Month - 1 do Sum = Sum + 29 + string.sub(thisMonthInfo, i, i) end else for i = 1, Month do Sum = Sum + 29 + string.sub(thisMonthInfo, i, i) end end else if (tonumber(IsLeap) == 1) then return "该年没有闰月！" end for i = 1, Month - 1 do thisMonthInfo = MonthInfo Sum = Sum + 29 + string.sub(thisMonthInfo, i, i) end end Sum = math.floor(Sum + Day - 1) GDate = Year .. Newyear GDate = GettotalDay(GDate, Sum) return GDate end local function main() log.info(LunarDate2Date(20210101, 0)) -- log.info(19660808 .. "-" ..Date2LunarDate(19660808)) -- log.info(20001218 .. "-" ..Date2LunarDate(20001218)) log.info(os.date("%Y%m%d") .. "-" .. Date2LunarDate(os.date("%Y%m%d"))) -- log.info(20200525 .. "-" ..Date2LunarDate(20200525)) -- log.info(20220105 .. "-" ..Date2LunarDate(20220105)) -- log.info(20350129 .. "-" ..Date2LunarDate(20350129)) end -- main() ------------农历转换函数结束-------------- --[[ --%a 星期简称，如Wed %A 星期全称，如Wednesday --%b 月份简称，如Sep %B 月份全称，如September --%c 日期时间格式 (e.g., 09/16/98 23:48:10) --%d 一个月的第几天 [01-31] %j 一年的第几天 --%H 24小时制 [00-23] %I 12小时制 [01-12] --%M 分钟 [00-59] %m 月份 (09) [01-12] --%p 上午/下午 (pm or am) --%S 秒 (10) [00-61] --%w 星期的第几天 [0-6 = Sunday-Saturday] %W 一年的第几周 --%x 日期格式 (e.g., 09/16/98) %X 时间格式 (e.g., 23:48:10) --%Y 年份全称 (1998) %y 年份简称 [00-99] --%% 百分号 --os.date() 把时间戳转化成可显示的时间字符串 --os.time ([table]) --]] local format_Time = function() if os.date("%p") == "AM" then return "上午" else return "下午" end end function CnDate_translator(y) local t, cstr, t2 cstr = { "〇", "一", "二", "三", "四", "五", "六", "七", "八", "九" } t = "" for i = 1, y.len(y) do t2 = cstr[tonumber(y.sub(y, i, i)) + 1] if i == 5 and t2 ~= "〇" then t2 = "年十" elseif i == 5 and t2 == "〇" then t2 = "年" end if i == 6 and t2 ~= "〇" then t2 = t2 .. "月" elseif i == 6 and t2 == "〇" then t2 = "月" end -- if t.sub(t,t.len(t)-1)=="年" then t2=t2 .. "月" end if i == 7 and tonumber(y.sub(y, 7, 7)) > 1 then t2 = t2 .. "十" elseif i == 7 and t2 == "〇" then t2 = "" elseif i == 7 and tonumber(y.sub(y, 7, 7)) == 1 then t2 = "十" end if i == 8 and t2 ~= "〇" then t2 = t2 .. "日" elseif i == 8 and t2 == "〇" then t2 = "日" end t = t .. t2 end return t end -- 年天数判断 function IsLeap(y) local year = tonumber(y) if math.floor(year % 400) ~= 0 and math.floor(year % 4) == 0 or math.floor(year % 400) == 0 then return 366 else return 365 end end -- 日期格式化函数，用于自定义日期格式。N20150101和/rq使用，自定义时间/sj /dt -- 转义规则： -- \X —— 将 X 按字面量输出（X 为任意单个字符，如 Y/m/d/H/M/S 等） -- [[...]] —— 区块整体按字面量输出 function format_dt(dt, format_str) -- ---- 兜底，避免 string.format(nil) 报错 ---- dt = dt or {} dt.year = tonumber(dt.year) or 0 dt.month = tonumber(dt.month) or 1 dt.day = tonumber(dt.day) or 1 dt.hour = tonumber(dt.hour) or 0 dt.min = tonumber(dt.min) or 0 dt.sec = tonumber(dt.sec) or 0 local s = format_str or "" -- 1) 保护 [[...]] 字面量区块 local blocks = {} s = s:gsub("%[%[(.-)%]%]", function(txt) blocks[#blocks+1] = txt return "\0BLK" .. #blocks .. "\0" end) -- 2) 保护 \X（单字符转义） local escs = {} s = s:gsub("\\(.)", function(c) escs[#escs+1] = c return "\0ESC" .. #escs .. "\0" end) -- 3) 占位符替换（先长再短，避免相互影响） -- 日期 s = s:gsub("Y", string.format("%04d", dt.year)) s = s:gsub("y", string.format("%02d", dt.year % 100)) s = s:gsub("m", string.format("%02d", dt.month)) s = s:gsub("d", string.format("%02d", dt.day)) s = s:gsub("n", tostring(dt.month)) s = s:gsub("j", tostring(dt.day)) -- 时间 s = s:gsub("H", string.format("%02d", dt.hour)) s = s:gsub("G", tostring(dt.hour)) local h12 = dt.hour % 12; if h12 == 0 then h12 = 12 end s = s:gsub("I", string.format("%02d", h12)) s = s:gsub("l", tostring(h12)) s = s:gsub("M", string.format("%02d", dt.min)) s = s:gsub("S", string.format("%02d", dt.sec)) local ampm = (dt.hour < 12) and "AM" or "PM" s = s:gsub("p", ampm:lower()) s = s:gsub("P", ampm) -- 时区 local raw_tz = os.date("%z") or "+0000" -- 形如 +0800 local tz_colon = raw_tz:sub(1,3) .. ":" .. raw_tz:sub(4,5) -- +08:00 s = s:gsub("O", tz_colon) s = s:gsub("o", raw_tz) -- 4) 还原 \X s = s:gsub("\0ESC(%d+)\0", function(i) return escs[tonumber(i)] or "" end) -- 5) 还原 [[...]] s = s:gsub("\0BLK(%d+)\0", function(i) return blocks[tonumber(i)] or "" end) return s end -- 修改后的 QueryLunarInfo 函数 local function QueryLunarInfo(env, date) local config = env.engine.schema.config local str, LunarDate, LunarGz, result, DateTime date = tostring(date) result = {} str = date:gsub("^(%u+)", "") if string.match(str, "^(20)%d%d+$") ~= nil or string.match(str, "^(19)%d%d+$") ~= nil then -- 日期格式补全逻辑保持不变 if string.len(str) == 4 then str = str .. "010101" elseif string.len(str) == 5 then str = str .. "10101" elseif string.len(str) == 6 then str = str .. "0101" elseif string.len(str) == 7 then str = str .. "101" elseif string.len(str) == 8 then str = str .. "01" elseif string.len(str) == 9 then str = str .. "0" else str = string.sub(str, 1, 10) end -- 日期有效性检查保持不变 if tonumber(string.sub(str, 5, 6)) > 12 or tonumber(string.sub(str, 5, 6)) < 1 or tonumber(string.sub(str, 7, 8)) > 31 or tonumber(string.sub(str, 7, 8)) < 1 or tonumber(string.sub(str, 9, 10)) > 24 then return result end LunarDate = Date2LunarDate(str) LunarGz = lunarJzl(str) DateTime = LunarDate2Date(str, 0) dateRQ = string.sub(str, 1, 4) .. "年" .. string.sub(str, 5, 6) .. "月" .. string.sub(str, 7, 8) .. "日" if LunarGz ~= nil then local y = tonumber(string.sub(str, 1, 4)) local m = tonumber(string.sub(str, 5, 6)) local d = tonumber(string.sub(str, 7, 8)) -- 尝试使用自定义格式 local custom_formats = config:get_list("date_formats") local use_custom_format = custom_formats and custom_formats.size > 0 if use_custom_format then -- 使用自定义格式 result = {} for i = 1, custom_formats.size do local format_str = custom_formats:get_value_at(i-1):get_string() local formatted_date = format_dt({year = y, month = m, day = d}, format_str) if formatted_date then table.insert(result, { formatted_date, "" }) end end else -- 使用默认格式 result = { -- ==公历格式== { dateRQ, "" }, { string.sub(str, 1, 4) .. "." .. string.sub(str, 5, 6) .. "." .. string.sub(str, 7, 8), "" }, { string.sub(str, 1, 4) .. "-" .. string.sub(str, 5, 6) .. "-" .. string.sub(str, 7, 8), "" }, { string.sub(str, 1, 4) .. "/" .. string.sub(str, 5, 6) .. "/" .. string.sub(str, 7, 8), "" }, { string.format("%d年%d月%d日", y, m, d), "" }, { string.format("%d月%d日", m, d), "" }, } end -- 添加农历和干支信息（无论是否使用自定义格式） table.insert(result, { LunarDate, "" }) table.insert(result, { LunarGz, "" }) -- 添加闰月信息 if tonumber(string.sub(str, 7, 8)) < 31 then table.insert(result, { DateTime, "" }) local leapDate = LunarDate2Date(str, 1) .. "（闰）" if string.match(leapDate, "^(%d+)") ~= nil then table.insert(result, { leapDate, "〔农历⇉公历〕" }) end end end end return result end --[[ ---------------测试---------------- local n=QueryLunarInfo(199105) for i=1,#n do log.info(n[i][1]..n[i][2]) end --]] ---------------------------------- --[[ -- 农历倒计时 local function nl_shengri(y, m, d) nlsrsj = y .. m .. d -- 农历时间 date1 = os.date("%Y%m%d") date2 = LunarDate2Date(nlsrsj, 0) m = string.match(date2, "年(.-)月") if #m == "2" then date2 = string.gsub(date2, "年", "", "1") else date2 = string.gsub(date2, "年", "0", "1") end d = string.match(date2, "月(.-)日") if #d == "2" then date2 = string.gsub(date2, "月", "", "1") else date2 = string.gsub(date2, "月", "0", "1") end date2 = string.gsub(date2, "日", "", "1") end local function nl_shengri2(y, m, d) while nl_shengri(y, m, d) == -1 do y = tointeger(y + 1) end result = nl_shengri(y, m, d) return result end ]] -- -- 万象新增三伏天计算函数 -- 输入yyyymmdd返回:初伏(1)形式字符串 -- 起点：夏至之后(查询节气表找到夏至的日期) -- 以夏至为起点向后遍历公历转农历，正则提取返回值以获取是否为庚日 -- 初伏：夏至起第3个庚日开始 ➔相隔10天 -- 中伏：初伏和末伏间隔，可能为10或者20天 -- 末伏：立秋起第1个庚日开始 ➔ 10天结束 -- 全局缓存表 local sanfu_cache = {} -- 三伏天专用日期计算函数（无跨年处理） function nextDayForSanfu(ymd, offset) offset = offset or 1 local y = tonumber(ymd:sub(1, 4)) local m = tonumber(ymd:sub(5, 6)) local d = tonumber(ymd:sub(7, 8)) -- 三伏天月份天数定义（6-9月） local month_days = { [6] = 30, -- 六月 [7] = 31, -- 七月 [8] = 31, -- 八月 [9] = 30 -- 九月 } -- 日期计算 d = d + offset while true do local max_days = month_days[m] or 31 -- 默认为31天 -- 日期在有效范围内 if d <= max_days and d >= 1 then break end -- 超出本月天数（进入下个月） if d > max_days then d = d - max_days m = m + 1 end -- 小于1（进入上个月） if d < 1 then m = m - 1 d = d + (month_days[m] or 31) end end return string.format("%04d%02d%02d", y, m, d) end function buildSanfuCache(year) if sanfu_cache[year] then return sanfu_cache[year] end local jqs = GetNowTimeJq(tostring(year) .. "0101") -- 获取夏至和立秋 local start_xiazhi, start_liqiu for _, item in ipairs(jqs) do local jq_name, jq_date = item:match("^(%S+)%s+(%d+%-%d+%-%d+)$") if jq_name == "夏至" then start_xiazhi = jq_date:gsub("-", "") elseif jq_name == "立秋" then start_liqiu = jq_date:gsub("-", "") end end if not start_xiazhi or not start_liqiu then return nil end local cache = {} -- 1. 计算初伏第一天（夏至后第三个庚日） local date = start_xiazhi local geng_count = 0 local chufu_start while geng_count < 3 do local lunar_str = lunarJzl(date .. "12") -- 保留原始正则表达式匹配 if lunar_str:match("月庚.*日") then geng_count = geng_count + 1 if geng_count == 3 then chufu_start = date end end local _year = date:sub(1, 4) local _month = date:sub(5, 6) local _day = date:sub(7, 8) date = os.date("%Y%m%d", os.time({ year = _year, month = _month, day = tonumber(_day) + 1 })) end -- 2. 计算末伏第一天（立秋后第一个庚日） date = start_liqiu local mofu_start while not mofu_start do local lunar_str = lunarJzl(date .. "12") -- 保留原始正则表达式匹配 if lunar_str:match("月庚.*日") then mofu_start = date end date = nextDayForSanfu(date) -- 使用专用日期函数 end -- 3. 计算三伏天日期范围 -- 初伏：10天 for i = 0, 9 do local d = nextDayForSanfu(chufu_start, i) cache[d] = string.format("初伏(%d)", i + 1) end -- 末伏：10天 for i = 0, 9 do local d = nextDayForSanfu(mofu_start, i) cache[d] = string.format("末伏(%d)", i + 1) end -- 中伏：从初伏结束次日到末伏开始前一天 local zhongfu_start = nextDayForSanfu(chufu_start, 10) local zhongfu_end = nextDayForSanfu(mofu_start, -1) -- 使用专用日期函数计算中伏天数 local current = zhongfu_start local zhongfu_days = 0 while current <= zhongfu_end do zhongfu_days = zhongfu_days + 1 cache[current] = string.format("中伏(%d)", zhongfu_days) current = nextDayForSanfu(current) end -- 缓存结果 sanfu_cache[year] = cache return cache end -- 主查询函数 function get_sanfu_info(yyyymmdd) local year = string.sub(yyyymmdd, 1, 4) -- 构建或获取缓存 local cache = sanfu_cache[year] or buildSanfuCache(year) if not cache then return nil end return cache[yyyymmdd] end -- 初始化函数：在部署时构建缓存 function initSanfuCache() if initialized then return end -- 避免重复初始化 -- 只初始化当前年份 local current_year = os.date("%Y") buildSanfuCache(current_year) initialized = true end -- 在部署时调用此函数初始化缓存 initSanfuCache() --三伏天计算结束 -- 万象修改的新的农历倒计时模块 -- 定义一个月映射表，采用明确的字符串键 local month_map = { ["正月"] = "01", ["二月"] = "02", ["三月"] = "03", ["四月"] = "04", ["五月"] = "05", ["六月"] = "06", ["七月"] = "07", ["八月"] = "08", ["九月"] = "09", ["十月"] = "10", ["冬月"] = "11", ["腊月"] = "12" } -- 功能：将农历日期转换为公历日期 local function nl_shengri(y, m, d) -- 获取当前日期 local date1 = os.date("%Y%m%d") nlsrsj = y .. m .. d -- 农历时间 -- 提取农历日期的年份 local year = string.sub(nlsrsj, 1, 4) -- 提取“2015”从“20150621” -- 第二步：扩展为该年份的所有可能日期（每月15号） local dates = {} for month = 1, 12 do local date = year .. string.format("%02d", month) .. "15" -- 例如：20150115, 20150215...20151215取15日保险 table.insert(dates, date) end -- 第三步：调用 Date2LunarDate 验证这些日期，检查是否为闰月 local leap_month = nil -- 默认没有闰月 for _, date in ipairs(dates) do local lunar_date = Date2LunarDate(os.date(date)) -- 返回:乙巳年(蛇)正月三十/ if string.match(lunar_date, "闰") then local lunar_month = string.match(lunar_date, "(.-)月") -- 提取“闰”后面的月份 leap_month = month_map[lunar_month] -- 闰月对应的数字（例如“闰二月” -> "02"） end end -- 第四步：从数字日期（如“20250607”）中提取月份02 local lunar_month_str = string.sub(nlsrsj, 5, 6) -- 提取月份部分（如“02”） -- 第五步：根据已识别的闰月进行判断 local lunar_month = lunar_month_str -- 直接使用提取的月份（例如“02”） -- 第六步：检查输入的农历月份是否为闰月 local date2 = nil if leap_month and lunar_month == leap_month then -- 如果是闰月，传递1 date2 = LunarDate2Date(nlsrsj, 1) -- 闰月传递1 else -- 非闰月，传递0 date2 = LunarDate2Date(nlsrsj, 0) -- 非闰月传递0 end -- 继续处理年份和月份，格式化为公历格式 m = string.match(date2, "年(.-)月") if #m == 2 then date2 = string.gsub(date2, "年", "", "1") else date2 = string.gsub(date2, "年", "0", "1") end d = string.match(date2, "月(.-)日") if #d == 2 then date2 = string.gsub(date2, "月", "", "1") else date2 = string.gsub(date2, "月", "0", "1") end date2 = string.gsub(date2, "日", "", "1") -- 计算日期差异 result = diffDate(date1, date2) return result end -- 二次循环跨年调用 local function nl_shengri2(y, m, d) while nl_shengri(y, m, d) == -1 do y = math.floor(y + 1) end result = nl_shengri(y, m, d) return result end local function chinese_weekday(wday) local chinese_weekdays = { "周日", "周一", "周二", "周三", "周四", "周五", "周六" } return chinese_weekdays[wday + 1] end -- 获取中文星期（例如 "星期一"）都是为了利用现有函数 local function chinese_weekday2(week_day_num) local weekdays = { "星期日", "星期一", "星期二", "星期三", "星期四", "星期五", "星期六" } return weekdays[week_day_num + 1] end -- ISO 8601 计算：返回当前日期是第几周，不使用os.date(%w) local function iso_week_number(year, month, day) local function date_to_julian(y, m, d) -- 将年月日转换为儒略日（Julian Day Number） if m <= 2 then y = y - 1 m = m + 12 end local A = math.floor(y / 100) local B = 2 - A + math.floor(A / 4) return math.floor(365.25 * (y + 4716)) + math.floor(30.6001 * (m + 1)) + d + B - 1524.5 end -- 获取当前日期的星期（ISO，周一为1，周日为7） local function get_iso_weekday(y, m, d) local t = os.time { year = y, month = m, day = d } local w = tonumber(os.date("%w", t)) return (w == 0) and 7 or w end local jd = date_to_julian(year, month, day) local t = os.time { year = year, month = month, day = day } local iso_day = get_iso_weekday(year, month, day) -- 计算该日期所在的星期的周四（ISO周的基准点） local thursday_time = t + (4 - iso_day) * 86400 local thursday = os.date("*t", thursday_time) -- 计算周数 local first_thursday = os.time { year = thursday.year, month = 1, day = 4 } local first_thursday_weekday = get_iso_weekday(thursday.year, 1, 4) local start_of_week1 = first_thursday - (first_thursday_weekday - 1) * 86400 local week_number = math.floor((thursday_time - start_of_week1) / (7 * 86400)) + 1 return thursday.year, week_number end -- 公历节日表（国际节日+中国传统公历节日） local solar_holidays = { -- 国际节日 ["元旦"] = "0101", ["情人节"] = "0214", ["妇女节"] = "0308", ["植树节"] = "0312", ["劳动节"] = "0501", ["青年节"] = "0504", ["儿童节"] = "0601", ["高考第一天"] = "0607", ["高考第二天"] = "0608", ["高考第三天"] = "0609", ["建党节"] = "0701", ["七七事变"] = "0707", ["建军节"] = "0801", ["教师节"] = "0910", ["国家公祭日"] = "0918", ["国庆节"] = "1001", ["台湾光复日"] = "1025", -- 国际通用节日 ["万圣节"] = "1031", ["平安夜"] = "1224", ["圣诞节"] = "1225" } -- 农历节日表（中国传统节日） local lunar_holidays = { ["春节"] = "0101", -- 正月初一 ["元宵节"] = "0115", -- 正月十五 ["龙抬头"] = "0202", -- 二月初二 ["端午节"] = "0505", -- 五月初五 ["七夕节"] = "0707", -- 七月初七 ["中元节"] = "0715", -- 七月十五 ["中秋节"] = "0815", -- 八月十五 ["重阳节"] = "0909", -- 九月初九 ["腊八节"] = "1208", -- 腊月初八 ["小年"] = "1223" -- 腊月廿三 } -- 获取指定月的第n个指定星期几 local function get_nth_weekday(year, month, weekday, n) -- 遍历1到31号日期 for day = 1, 31 do -- 获取该日期 local current_date = os.time({ year = year, month = month, day = day }) -- 如果超出当前月的天数，则结束 if os.date("%m", current_date) ~= string.format("%02d", month) then break end -- 获取该日期是星期几 local week_day_str = chinese_weekday2(tonumber(os.date("%w", current_date))) -- 判断是否是目标星期几 if week_day_str == weekday then -- 减去1，因为要获取的是第n个目标星期几 n = n - 1 -- 如果找到了第n个目标星期几，返回该日期 if n == 0 then return os.date("%Y%m%d", current_date) -- 返回日期的格式为 "YYYYMMDD" end end end return nil -- 如果没有找到，返回nil end -- 计算目标日期和当前日期的天数差 local function days_until(target_date) local current_date = os.date("%Y%m%d") -- 获取当前日期 (yyyyMMdd) -- 去除返回值中的汉字，只保留数字部分 target_date = target_date:gsub("%D", "") -- 去除所有非数字字符 local diff = diffDate(current_date, target_date) -- 计算当前日期与目标日期的天数差 return diff -- 返回天数差 end -- 获取即将到来的节日（公历和农历） local function get_upcoming_holidays() local upcoming_holidays = {} local current_year = os.date("%Y") -- 处理公历节日 for holiday, date in pairs(solar_holidays) do local target_date = current_year .. date -- 当前年份的公历节日 local days_left = days_until(target_date) if days_left >= 0 then -- 直接获取完整日期，格式为 "yyyy年mm月dd日" local m, d = target_date:sub(5, 6), target_date:sub(7, 8) local formatted_date = string.format("%s年%s月%s日", current_year, m, d) table.insert(upcoming_holidays, { holiday, formatted_date, days_left }) end end -- 处理农历节日 for holiday, lunar_date in pairs(lunar_holidays) do local days_ymd = os.date("%Y%m%d") -- 获取当前年月日 -- 使用农历倒计时 local countdown = nl_shengri2(os.date("%Y"), lunar_date:sub(1, 2), lunar_date:sub(3, 4)) -- 如果倒计时为负，说明节日已过，需要加一年 if countdown < 0 then countdown = nl_shengri2(os.date("%Y") + 1, lunar_date:sub(1, 2), lunar_date:sub(3, 4)) end -- 使用倒计时和GettotalDay函数计算农历节日的公历日期 local solar_date = GettotalDay(days_ymd, countdown) -- 直接使用完整的公历日期格式（假设 GettotalDay 返回 "yyyy年mm月dd日"） table.insert(upcoming_holidays, { holiday, solar_date, countdown }) -- 如果是春节，计算除夕 if holiday == "春节" then -- 计算春节的公历日期 local year, month, day = solar_date:match("^(%d+)年(%d+)月(%d+)日") -- 将日期减去一天来获得除夕的日期 local previous_day = os.time { year = tonumber(year), month = tonumber(month), day = tonumber(day) } - 24 * 60 * 60 -- 格式化除夕的日期为 "yyyy年mm月dd日" local eve_date = os.date("%Y年%m月%d日", previous_day) -- 将除夕的日期插入到节日列表中 table.insert(upcoming_holidays, { "除夕", eve_date, countdown - 1 }) end end -- 感恩节：每年11月的第四个星期四 local thanksgiving_date = get_nth_weekday(current_year, 11, "星期四", 4) -- 获取11月第四个星期四 local thanksgiving_days_left = days_until(thanksgiving_date) if thanksgiving_days_left and thanksgiving_days_left >= 0 then -- 直接使用完整日期 local formatted_date = thanksgiving_date:sub(1, 4) .. "年" .. thanksgiving_date:sub(5, 6) .. "月" .. thanksgiving_date:sub(7, 8) .. "日" table.insert(upcoming_holidays, { "感恩节", formatted_date, thanksgiving_days_left }) end -- 母亲节：每年5月的第二个星期日 local mothers_day_date = get_nth_weekday(current_year, 5, "星期日", 2) -- 获取5月第二个星期日 local mothers_day_days_left = days_until(mothers_day_date) if mothers_day_days_left and mothers_day_days_left >= 0 then -- 直接使用完整日期 local formatted_date = mothers_day_date:sub(1, 4) .. "年" .. mothers_day_date:sub(5, 6) .. "月" .. mothers_day_date:sub(7, 8) .. "日" table.insert(upcoming_holidays, { "母亲节", formatted_date, mothers_day_days_left }) end -- 父亲节：每年6月的第三个星期日 local fathers_day_date = get_nth_weekday(current_year, 6, "星期日", 3) -- 获取6月第三个星期日 local fathers_day_days_left = days_until(fathers_day_date) if fathers_day_days_left and fathers_day_days_left >= 0 then -- 直接使用完整日期 local formatted_date = fathers_day_date:sub(1, 4) .. "年" .. fathers_day_date:sub(5, 6) .. "月" .. fathers_day_date:sub(7, 8) .. "日" table.insert(upcoming_holidays, { "父亲节", formatted_date, fathers_day_days_left }) end -- 获取所有节气 local jqs = GetNowTimeJq(os.date("%Y%m%d", os.time())) -- 获取节气 -- 遍历所有节气 for _, jq_info in ipairs(jqs) do -- 使用正则匹配节气名称和日期（假设日期格式为 yyyy-mm-dd） local jq_name, jq_date = jq_info:match("^(%S+)%s+(%d+%-%d+%-%d+)$") -- 匹配节气名称和日期 -- 如果是清明节 if jq_name == "清明" then -- 直接使用完整日期 local formatted_date = jq_date:gsub("%-", "") -- 去掉日期中的"-" local days_left = days_until(formatted_date) -- 获取距离清明节的天数 -- 格式化为 "yyyy年mm月dd日" formatted_date = jq_date:sub(1, 4) .. "年" .. jq_date:sub(6, 7) .. "月" .. jq_date:sub(9, 10) .. "日" table.insert(upcoming_holidays, { "清明节", formatted_date, days_left }) end end -- 按照距离最近的天数排序 table.sort(upcoming_holidays, function(a, b) return a[3] < b[3] end) return upcoming_holidays end -- 下面这个用于统一生成候选的逻辑 local function generate_candidates(input, seg, candidates) for _, item in ipairs(candidates) do local candidate = Candidate(input, seg.start, seg._end, item[1], item[2]) candidate.quality = 1000000 -- 设定高优先级 yield(candidate) end end -- 判断指定年月日是否合法 local function DateExists(year, month, day) local days if IsLeap(year) > 365 then days = { 31, 29, 31, 30, 31, 30, 31, 31, 30, 31, 30, 31 } else days = { 31, 28, 31, 30, 31, 30, 31, 31, 30, 31, 30, 31 } end return month >= 1 and month <= 12 and day >= 1 and day <= days[month] end -- 设置 segment 提示 local function set_prompt_if_invalid(context, msg) local segment = context.composition:back() if segment then segment.prompt = msg end end ---@param input string ---@param seg Segment ---@param env Env local function translator(input, seg, env) local engine = env.engine local context = engine.context local config = engine.schema.config local segment = context.composition:back() local function set_ndate_tag(ctx, on) local comp = ctx and ctx.composition if not comp or comp:empty() then return end local back_seg = comp:back() if not back_seg then return end if on then back_seg.tags = back_seg.tags + Set({ "Ndate" }) else back_seg.tags = back_seg.tags - Set({ "Ndate" }) end end local handled = false -- 仅当我们真正产出了候选，才设置为 true 并 return local function set_ndate_tag(context, on) local comp = context and context.composition if not comp or comp:empty() then return end local seg = comp:back() if not seg then return end if on then seg.tags = seg.tags + Set({ "Ndate" }) else seg.tags = seg.tags - Set({ "Ndate" }) end end -- 你的 translator 主体里（只贴 N 分支及其结构） if input:sub(1, 1) == "N" then local n = input:sub(2) local len = #n local only_digits = (n:match("^%d*$") ~= nil) local ndate_mode = (only_digits and len >= 1 and len <= 8) local handled = false -- 仅按形态开/关标签，不提前 return set_ndate_tag(context, ndate_mode) if ndate_mode then local yr = os.date("%Y") -- NMMDD：长度=4，且“不是年份（19xx/20xx）”时才当作月日 if (len == 4) and not (n:match("^19%d%d$") or n:match("^20%d%d$")) then context:set_property("sequence_adjustment_code", "Nmmdd") local mm = tonumber(n:sub(1, 2)) local dd = tonumber(n:sub(3, 4)) -- 粗校验 + 精校验（不 return；合法时再产出、并结束） local ok = (mm and dd and mm >= 1 and mm <= 12 and dd >= 1 and dd <= 31) if ok then ok = DateExists(tonumber(yr), mm, dd) end if not ok then set_prompt_if_invalid(context, " 〔日期不存在〕") else -- 合法 → 产出候选并结束 set_prompt_if_invalid(context, " 〔" .. yr .. "年" .. "〕") local mm_str = string.format("%02d", mm) local dd_str = string.format("%02d", dd) local date_str = yr .. mm_str .. dd_str .. "01" local lunar = QueryLunarInfo(env, date_str) if #lunar > 0 then local candidates = { { string.format("%d月%d日", mm, dd), "" }, { string.format("%02d月%02d日", mm, dd), "" } } local zodiacs = {"鼠","牛","虎","兔","龙","蛇","马","羊","猴","鸡","狗","猪"} for _, cand in ipairs(lunar) do local text = cand[1] if not text:match("%d") then if text:find("%b()") then text = text:gsub("%b()", "") end local processed = text:match("年(.+)") or text table.insert(candidates, { processed, "" }) end end generate_candidates(input, seg, candidates) handled = true end end end -- NYYYY...：以 19/20 开头的年份（N2025 / N20250101 / N2025010101） -- 提示“日期不存在”仅在长度 >= 8（yyyyMMdd）时进行 if not handled and (n:match("^20%d%d") or n:match("^19%d%d")) then context:set_property("sequence_adjustment_code", "N") if len >= 8 then local yyyy = tonumber(n:sub(1, 4)) local mm = tonumber(n:sub(5, 6)) local dd = tonumber(n:sub(7, 8)) if not DateExists(yyyy, mm, dd) then set_prompt_if_invalid(context, " 〔日期不存在〕") end end local lunar = QueryLunarInfo(env, n) if #lunar > 0 then local candidates = {} for i = 1, #lunar do candidates[#candidates + 1] = { lunar[i][1], lunar[i][2] } end generate_candidates(input, seg, candidates) handled = true end end end -- 只有当我们确实生成了候选，才结束本 translator。 if handled then return end end -- 以下为需要通过 shijian_keys 触发的功能 local shijian_keys_config = config:get_list("key_binder/shijian_keys") local is_sijian_input = false local command = "" if not shijian_keys_config then return end for i = 0, shijian_keys_config.size - 1 do local key = shijian_keys_config:get_value_at(i).value local key_length = string.len(key) if string.sub(input, 1, key_length) == key then is_sijian_input = true command = string.sub(input, key_length + 1) break end end if is_sijian_input ~= true or command == "" then return end segment.tags = segment.tags + Set({ "shijian" }) -- **日期候选项** if (command == "rq") then --- 设置手动排序的排序编码，以启用手动排序支持 context:set_property("sequence_adjustment_code", "/rq") local today = os.date("*t") -- 当前时间表 local ymd = os.date("%Y%m%d") -- 年月日 local ymdh = os.date("%Y%m%d%H") -- 年月日时 local num_year = string.format(" 〔%03d/%d〕", today.yday, IsLeap(today.year)) -- 年内第几天/总天数 -- 读取自定义日期格式 local date_variants = {} local custom_formats = config:get_list("date_formats") if custom_formats and custom_formats.size > 0 then for i = 1, custom_formats.size do local format_str = custom_formats:get_value_at(i-1):get_string() local formatted_date = format_dt(today, format_str) if formatted_date and formatted_date ~= "" then table.insert(date_variants, { formatted_date, "" }) end end else -- 如果没有自定义配置，使用默认格式 date_variants = { -- 带前导零的格式 { os.date("%Y年%m月%d日"), "" }, { os.date("%Y.%m.%d"), "" }, { os.date("%Y-%m-%d"), "" }, { os.date("%Y/%m/%d"), "" }, { os.date("%Y%m%d"), "" }, -- 两位年份格式 { os.date("%y年%m月%d日"), "" }, { os.date("%y%m%d"), "" }, -- 不带前导零的格式 { string.format("%d年%d月%d日", today.year, today.month, today.day), "" }, { string.format("%d年%d月%d日", today.year % 100, today.month, today.day), "" }, { string.format("%d月%d日", today.month, today.day), "" }, } end -- 添加农历相关格式（固定显示） local lunar_variants = { { CnDate_translator(ymd), "" }, { lunarJzl(ymdh), "" }, { Date2LunarDate(ymd) .. JQtest(ymd), "" }, { Date2LunarDate(ymd) .. GetLunarSichen(os.date("%H"), 1), "" } } -- 合并日期格式和农历格式 for _, variant in ipairs(lunar_variants) do table.insert(date_variants, variant) end generate_candidates("date", seg, date_variants) set_prompt_if_invalid(context, num_year) return end -- 1. 纯 rc (今天) -- 2. rc + 数字 (输入中) -- 3. rc + 数字 + 符号 (完成，支持 - + = o p) local is_today = (command == "rc") local pending_num = string.match(command, "^rc(%d+)$") local finished_num, sign = string.match(command, "^rc(%d+)([-+=op])$") if is_today or pending_num or finished_num then segment.tags = segment.tags + Set({ "shijian" }) context:set_property("sequence_adjustment_code", "/rc") -- 状态 1：正在输入数字 if pending_num then local hint = string.format("差值%s天 (从前按 -/o，未来按 +/p/=)", pending_num) generate_candidates("date", seg, { { hint, "等待输入..." } }) return end -- 状态 2 & 3：计算并显示日期 local offset = 0 if finished_num then local num = tonumber(finished_num) if sign == "+" or sign == "=" or sign == "p" then offset = num else offset = -num end end -- 计算目标时间戳 local now_ts = os.time() local target_ts = now_ts + (offset * 24 * 3600) -- 生成目标时间对象 local today = os.date("*t", target_ts) local ymd = os.date("%Y%m%d", target_ts) local ymdh = os.date("%Y%m%d%H", target_ts) local num_year = string.format(" 〔%03d/%d〕", today.yday, IsLeap(today.year)) -- 格式生成逻辑 local date_variants = {} local custom_formats = config:get_list("date_formats") if custom_formats and custom_formats.size > 0 then for i = 1, custom_formats.size do local format_str = custom_formats:get_value_at(i-1):get_string() local formatted_date = format_dt(today, format_str) if formatted_date and formatted_date ~= "" then table.insert(date_variants, { formatted_date, "" }) end end else -- 默认格式 date_variants = { { os.date("%Y年%m月%d日", target_ts), "" }, { os.date("%Y.%m.%d", target_ts), "" }, { os.date("%Y-%m-%d", target_ts), "" }, { os.date("%Y/%m/%d", target_ts), "" }, { os.date("%Y%m%d", target_ts), "" }, { os.date("%y年%m月%d日", target_ts), "" }, { os.date("%y%m%d", target_ts), "" }, { string.format("%d年%d月%d日", today.year, today.month, today.day), "" }, { string.format("%d年%d月%d日", today.year % 100, today.month, today.day), "" }, { string.format("%d月%d日", today.month, today.day), "" }, } end -- 农历部分 local lunar_variants = { { CnDate_translator(ymd), "" }, { lunarJzl(ymdh), "" }, { Date2LunarDate(ymd) .. JQtest(ymd), "" }, { Date2LunarDate(ymd) .. GetLunarSichen(os.date("%H", target_ts), 1), "" } } for _, variant in ipairs(lunar_variants) do table.insert(date_variants, variant) end generate_candidates("date", seg, date_variants) set_prompt_if_invalid(context, num_year) return end -- **时间候选项** if (command == "sj" or command == "uj") then --- 设置手动排序的排序编码，以启用手动排序支持 context:set_property("sequence_adjustment_code", "/sj") local now = os.date("*t") local time_discrpt = " 〔" .. GetLunarSichen(os.date("%H"), 1) .. "〕" -- 优先读 YAML 里的 time_formats local time_variants = {} local custom_time_formats = config:get_list("time_formats") if custom_time_formats and custom_time_formats.size > 0 then for i = 1, custom_time_formats.size do local fmt = custom_time_formats:get_value_at(i - 1):get_string() local formatted = format_dt(now, fmt) if formatted and formatted ~= "" then table.insert(time_variants, { formatted, "" }) end end else -- 没配就走默认 time_variants = { { os.date("%H:%M"), "" }, { os.date("%H:%M:%S"), "" }, { format_Time() .. os.date("%I:%M"), "" }, { (string.gsub(os.date("%H点%M分%S秒"), "^0", "")), "" }, } end -- 时辰 table.insert(time_variants, { GetLunarSichen(os.date("%H"), 1), "" }) generate_candidates("time", seg, time_variants) set_prompt_if_invalid(context, time_discrpt) return end -- 世界时钟功能 (/utc) if command == "utc" then segment.tags = segment.tags + Set({ "shijian" }) context:set_property("sequence_adjustment_code", "/utc") local now = os.time() -- 当前时间戳(UTC) -- 1. 构造 UTC 和 本地时间 local utc_tab = os.date("!*t", now) local utc_str = string.format("%02d:%02d", utc_tab.hour, utc_tab.min) local local_tab = os.date("*t", now) local local_str = string.format("%02d:%02d", local_tab.hour, local_tab.min) -- 计算本地时区 local local_offset_sec = os.difftime(os.time(local_tab), os.time(utc_tab)) local local_offset_hr = math.floor((local_offset_sec + 1800) / 3600) local local_sign = local_offset_hr >= 0 and "+" or "" local candidates = {} -- 置顶：UTC 和 本地时间 table.insert(candidates, { utc_str, "UTC (世界标准时间)" }) table.insert(candidates, { local_str, "Local (UTC"..local_sign..local_offset_hr..") [北京]" }) -- 2. 热门城市列表 (直接按书写顺序显示) -- 请在这里调整您想要的显示顺序 local zones_data = { { name="北京", offset=8 }, -- 基准 { name="伦敦", offset=0 }, -- 英国 { name="纽约", offset=-5 }, -- 美东 (夏令时-4) { name="东京", offset=9 }, -- 日本 { name="洛杉矶", offset=-8 },-- 美西 (夏令时-7) { name="香港", offset=8 }, { name="新加坡", offset=8 }, { name="巴黎", offset=1 }, -- 法国 (夏令时+2) { name="柏林", offset=1 }, -- 德国 (夏令时+2) { name="悉尼", offset=10 }, -- 澳洲 (夏令时+11) { name="首尔", offset=9 }, { name="莫斯科", offset=3 }, { name="旧金山", offset=-8 }, { name="多伦多", offset=-5 }, { name="芝加哥", offset=-6 }, { name="迪拜", offset=4 }, { name="孟买", offset=5.5 }, { name="温哥华", offset=-8 }, { name="曼谷", offset=7 }, } -- 3. 遍历生成候选直接按上面顺序输出 local bj_ts = now + (8 * 3600) local bj_date = os.date("!*t", bj_ts) for _, z in ipairs(zones_data) do -- 计算目标时间 local target_ts = now + (z.offset * 3600) local target_str = os.date("!%H:%M", target_ts) -- 计算相对北京时差 local diff = z.offset - 8 local diff_str = "" if diff > 0 then diff_str = "北京+"..diff elseif diff == 0 then diff_str = "同频" else diff_str = "北京"..diff end -- 计算日期差异 local target_date = os.date("!*t", target_ts) local day_hint = "" if target_date.day ~= bj_date.day then if diff < 0 then day_hint = " [昨天]" elseif diff > 0 then day_hint = " [明天]" end end -- 格式化输出 local comment = string.format("%s (%s)%s", z.name, diff_str, day_hint) table.insert(candidates, { target_str, comment }) end generate_candidates("time", seg, candidates) return end -- **日期+时间（/dt，别名）** if (command == "dt") then context:set_property("sequence_adjustment_code", "/dt") local now = os.date("*t") local dt_variants = {} local custom_dt_formats = config:get_list("datetime_formats") if custom_dt_formats and custom_dt_formats.size > 0 then for i = 1, custom_dt_formats.size do local fmt = custom_dt_formats:get_value_at(i - 1):get_string() local out = format_dt(now, fmt) if out and out ~= "" then table.insert(dt_variants, { out, "" }) end end else dt_variants = { { os.date("%Y-%m-%d %H:%M:%S"), "" }, { os.date("%Y-%m-%dT%H:%M:%S"), "" }, { os.date("%Y%m%d%H%M%S"), "" }, } end generate_candidates("time", seg, dt_variants) return end -- **时间戳（/tt） if (command == "tt") then -- 启用手动排序支持 context:set_property("sequence_adjustment_code", "/tt") -- 当前本地时间表 & 对应 Unix 秒 local now = os.date("*t") local epoch_s = os.time{ year = now.year, month = now.month, day = now.day, hour = now.hour, min = now.min, sec = now.sec, isdst = now.isdst } -- 本地时区偏移，转成 +08:00 这种带冒号格式 local tz_raw = os.date("%z") or "+0000" -- +0800 / -0430 local tz_colon = tz_raw:sub(1,3) .. ":" .. tz_raw:sub(4,5) -- +08:00 / -04:30 local timestamp_variants = { { tostring(epoch_s), "〔Unix秒〕" }, { tostring(epoch_s * 1000), "〔Unix毫秒〕" }, { os.date("%Y-%m-%dT%H:%M:%S") .. tz_colon, "〔RFC3339 本地+偏移〕" }, { os.date("%Y%m%d%H%M%S"), "〔YYYYMMDDHHMMSS〕" }, } generate_candidates("time", seg, timestamp_variants) return end -- **农历候选项** if (command == "nl") then --- 设置手动排序的排序编码，以启用手动排序支持 context:set_property("sequence_adjustment_code", "/nl") local yr = os.date("%Y") local year = "〔" .. yr .. "年" .. "〕" -- 构造提示字符串 local lunar_variants = { { Date2LunarDate(os.date("%Y%m%d")) .. JQtest(os.date("%Y%m%d")), "" }, { lunarJzl(os.date("%Y%m%d%H")), "" }, { Date2LunarDate(os.date("%Y%m%d")) .. GetLunarSichen(os.date("%H"), 1), "" } } generate_candidates("date", seg, lunar_variants) set_prompt_if_invalid(context, year) -- 显示“〔2025年〕”风格的提示 return end if (command == "xq") then --- 设置手动排序的排序编码，以启用手动排序支持 context:set_property("sequence_adjustment_code", "/xq") local now = os.date("*t") local _, weekno = iso_week_number(now.year, now.month, now.day) local num_weekday = "〔第 " .. weekno .. " 周〕" local week_variants = { { chinese_weekday2(os.date("%w")), num_weekday }, { chinese_weekday(os.date("%w")), num_weekday } } generate_candidates("xq", seg, week_variants) return end -- **第几周** if (command == "ww") then --- 设置手动排序的排序编码，以启用手动排序支持 context:set_property("sequence_adjustment_code", "/ww") local now = os.date("*t") local _, weekno = iso_week_number(now.year, now.month, now.day) local weekno_str = tostring(weekno) local week_variants = { { "W" .. weekno_str, "" }, { "第" .. weekno_str .. "周", "" } } generate_candidates("oww", seg, week_variants) return end -- **节气候选项** if (command == "jq") then --- 设置手动排序的排序编码，以启用手动排序支持 context:set_property("sequence_adjustment_code", "/jq") local jqs = GetNowTimeJq(os.date("%Y%m%d", os.time())) --local jqs = GetNowTimeJq(os.date("%Y%m%d", os.time() - 3600 * 24 * 15)) 向前获取一个历史节气 local jq_variants = {} for _, jq in ipairs(jqs) do local jieqi_name, date_str = jq:match("^(%S+)%s+(%d+-%d+-%d+)$") local days_diff = "" -- 默认注释为空 if date_str then -- 将日期转换为 YYYYMMDD 格式 local target_date = date_str:gsub("-", "") -- 计算距离今天的天数 local diff = days_until(target_date) -- 提取月份和日期 local year, month, day = date_str:match("(%d+)-(%d+)-(%d+)") -- 格式化日期为 "MM月DD日" 格式 local month_day = month .. "月" .. day .. "日" -- 重新格式化节气显示，类似节日的格式 local formatted_jq = jieqi_name .. " (" .. month_day .. ")" -- 只显示未来（包括今天）的节气 if diff >= 0 then if diff == 0 then days_diff = "〔今天〕" else days_diff = string.format("〔< %d 天〕", diff) end table.insert(jq_variants, { formatted_jq, days_diff }) end else -- 如果解析失败，保持原样 table.insert(jq_variants, { jq, "" }) end end generate_candidates("ojq", seg, jq_variants) return end -- **节日查询** if (command == "jr") then --- 设置手动排序的排序编码，以启用手动排序支持 context:set_property("sequence_adjustment_code", "/jr") local upcoming_holidays = get_upcoming_holidays() -- 获取所有即将到来的节日 local candidates = {} -- 格式化输出节日信息 for _, holiday in ipairs(upcoming_holidays) do -- 提取公历日期中的月份和日期部分（假设日期格式为 "yyyy年mm月dd日"） local year, month, day = holiday[2]:match("^(%d+)年(%d+)月(%d+)日") -- 格式化为 "mm月dd日" if month and day then local formatted_date = string.format("%02d月%02d日", tonumber(month), tonumber(day)) -- 输出格式：节日名称（格式化后的公历日期） 还有多少天 local holiday_summary = string.format("%s (%s)", holiday[1], formatted_date, holiday[3]) local holiday_diff = string.format("〔< %d 天〕", holiday[3]) -- 差值显示到注释里面 -- 将节日信息加入候选项列表 table.insert(candidates, { holiday_summary, holiday_diff }) end end -- 使用 generate_candidates 函数生成候选项 generate_candidates("holiday_summary", seg, candidates) return end -- **日历信息整合处理** if (command == "day") then -- 获取当前时间 local now = os.time() local year = tonumber(os.date("%Y", now)) local month = tonumber(os.date("%m", now)) local day = tonumber(os.date("%d", now)) local day_of_year = tonumber(os.date("%j", now)) -- 今年的第几天 local date_table = os.date("*t", now) local _, week_of_year = iso_week_number(date_table.year, date_table.month, date_table.day) local week_of_month = math.ceil(tonumber(os.date("%d", now)) / 7) -- 当月的第几周 -- 计算一年的总天数，判断是否为闰年 local days_in_year = IsLeap(year) == "闰年" and 366 or 365 -- 判断是否为闰年 local year_progress = (day_of_year / days_in_year) * 100 -- 今年进度 -- 获取星期数据 local week_day_str = chinese_weekday2(os.date("%w")) -- 获取中文星期（例如 "星期三"） -- 获取农历数据 local lunar_info_str = Date2LunarDate(os.date("%Y%m%d")) -- 获取农历的天干地支和生肖等 -- 获取最近的三个节气 local jqs = GetNowTimeJq(os.date("%Y%m%d", now)) local upcoming_jqs = {} local zero_jieqi = nil -- 记录今天的节气 -- 计算距离某个节气的天数 local function days_until_jieqi(jieqi) local jieqi_date = jieqi:match("(%d+-%d+-%d+)$") -- 提取节气日期部分 local target_time = jieqi_date:gsub("-", "") local diff_days = days_until(target_time) return diff_days end -- 遍历候选中最近的 3 个节气 for i = 1, math.min(3, #jqs) do local jieqi = jqs[i] local diff_days = days_until_jieqi(jieqi) if diff_days == 0 then local jieqi_name = jieqi:match("^(%S+)") zero_jieqi = jieqi_name -- 记录今天的节气 elseif diff_days > 0 then table.insert(upcoming_jqs, jieqi) end end -- 获取每个节气的距离天数 local jieqi_days = {} for _, jieqi in ipairs(upcoming_jqs) do table.insert(jieqi_days, days_until_jieqi(jieqi)) end -- 遍历前三个节日 local upcoming_holidays = get_upcoming_holidays() or {} local holiday_data = {} local zero_holiday = nil local filtered_holidays = {} local zero_found = false for i = 1, math.min(3, #upcoming_holidays) do local holiday = upcoming_holidays[i] if holiday[3] == 0 then zero_holiday = holiday[1] zero_found = true else table.insert(filtered_holidays, holiday) end end if zero_found then for i = math.max(1, #filtered_holidays - 1), #filtered_holidays do local holiday = filtered_holidays[i] local hy, hm, hd = holiday[2]:match("^(%d+)年(%d+)月(%d+)日") if hy then local formatted_date = string.format("%04d-%02d-%02d", tonumber(hy), tonumber(hm), tonumber(hd)) table.insert(holiday_data, { holiday[1], formatted_date, holiday[3] }) end end else for i = 1, math.min(2, #filtered_holidays) do local holiday = filtered_holidays[i] local hy, hm, hd = holiday[2]:match("^(%d+)年(%d+)月(%d+)日") if hy then local formatted_date = string.format("%04d-%02d-%02d", tonumber(hy), tonumber(hm), tonumber(hd)) table.insert(holiday_data, { holiday[1], formatted_date, holiday[3] }) end end end -- 获取三伏天 local sanfu = get_sanfu_info(os.date("%Y%m%d", now)) or "" -- 生成问候语 local function get_greeting() local current_hour = tonumber(os.date("%H")) if current_hour >= 0 and current_hour < 6 then return "晚安!" elseif current_hour >= 6 and current_hour < 12 then return "早上好!" elseif current_hour >= 12 and current_hour < 14 then return "午安!" elseif current_hour >= 14 and current_hour < 18 then return "下午好!" else return "晚上好!" end end local greeting = get_greeting() -- 进度条 local function generate_progress_bar(percentage) percentage = math.min(100, math.max(0, percentage)) local total_blocks = 10 local filled_blocks = math.floor((percentage / 100) * total_blocks + 0.5) local empty_blocks = total_blocks - filled_blocks return string.rep("▓", filled_blocks) .. string.rep("▒", empty_blocks) .. string.format(" %.1f%%", percentage) end local progress_bar = generate_progress_bar(year_progress) -- 分割线 local function generate_line(length) return string.rep("—", length) end local line = generate_line(14) -- 处理周数显示的逻辑 (防止年底显示第1周造成的困惑) local week_info_str = "" if week_of_year == 1 and month == 12 then -- 如果是12月显示的第1周，说明是明年的ISO周 week_info_str = string.format("◈ 下年第01周，本月第[ %d ]周", week_of_month) else week_info_str = string.format("◈ 本年第[ %d ]周，本月第[ %d ]周", week_of_year, week_of_month) end -- 生成最终信息字符串 local summary = string.format("※嗨，我是万象小助手，%s\n", greeting) .. line .. "\n" .. string.format("☉ 今天是：%s%s%s\n", zero_holiday or "", zero_jieqi or "", sanfu) .. string.format("☉ %d年%d月%d日 %s\n", year, month, day, week_day_str) .. string.format("☉ 农历：%s\n", lunar_info_str) .. line .. "\n" .. string.format("◉ %d进度：\n", year) .. string.format("◈%s\n", progress_bar) .. string.format("%s\n", week_info_str) .. string.format("◈ 今岁第[ %d ]天 (余 %d 天)\n", day_of_year, days_in_year - day_of_year) .. line .. "\n" .. string.format("◉ 倒数日：\n") .. string.format("◈ %s %s < [ %d ]天\n", holiday_data[1][1], holiday_data[1][2], holiday_data[1][3]) .. string.format("◈ %s %s < [ %d ]天\n", holiday_data[2][1], holiday_data[2][2], holiday_data[2][3]) .. string.format("◈ %s < [ %d ]天\n", upcoming_jqs[1], jieqi_days[1]) .. string.format("◈ %s < [ %d ]天", upcoming_jqs[2], jieqi_days[2]) local candidates = { { summary, "" } } generate_candidates("day_summary", seg, candidates) return end -- 取消tag segment.tags = segment.tags - Set({ "shijian" }) end return translator