仲尼弟子座次 公元前525年孔子26岁时，郯国首任国君“郯子”来到鲁国拜见“鲁昭公”。郯国是一个位于山东临沂郯县的小国，而“郯子”是有史以来唯一的“民选国君”。“郯子”出生于普通农民家庭，凭借“鹿乳奉亲”的孝行成功跻身《二十四孝图》第五图。由于“郯子”贤孝之名远播，人们纷纷慕名来到他的家乡，拜他为师，向他学习知识以及做人的道理。有人为了求学方便，就和他“比邻而居”。渐渐的人越聚越多，郯子的家乡就由乡村变成了城镇．又由城镇变成了邦国。邦国“郯国”成立后，人们一致推举郯子做了第一任国君。郯子治理“郯国”时讲道德、施仁义，恩威有加，郯地文化发达，民风淳厚，百姓心悦诚服。孔子少年时也曾经在“郯国”住过一段时日，接受过郯子的教诲，这一次就趁着郯子访鲁的机会向他询问了有关古代官制中诸如“以鸟名官”之类的学问，从而留传下“孔子师郯子”的故事。 公元前523年孔子28岁时，在鲁国“三桓”孟氏家的公子“南宫敬叔”的陪同下，“一车二马一童一御”前往洛阳向时年48岁的“老聃”请教学问。临别时，老聃赠言说：『富贵者送人以财，仁义者送人以言。吾不富不贵，无财以送汝；愿以数言相送。当今之世，聪明而深察者，其所以遇难而几至于死，在于好讥人之非也；善辩而通达者，其所以招祸而屡至于身，在于好扬人之恶也。为人之子，勿以己为高；为人之臣，勿以己为上，望汝切记』，老聃看出孔子品行高洁，抵触“和光同尘”，性情坚毅，偏好“宁折不弯”，怕他聪明早夭，就告诫他不要“讥人非，扬人恶”，要“上善若水，善下于人”。孔子在黄河边发出『逝者如斯夫，不舍昼夜！』的慨叹，老聃明示他『人生天地之间，乃与天地一体也。天地，自然之物也；人生，亦自然之物；人有幼、少、壮、老之变化，犹如天地有春、夏、秋、冬之交替。生于自然，死于自然，任其自然，则本性不乱；不任自然，奔忙于仁义之间，则本性羁绊。功名存于心，则焦虑之情生；利欲留于心，则烦恼之情增』。 老聃欣赏孔子“好学上进，人才难得”，点化孔子不遗余力。孔子悟性一般，心眷红尘，难以领会“道门真义”。孔子说，『吾乃忧大道不行，仁义不施，战乱不止，国乱不治也，故有人生短暂，不能有功于世、不能有为于民之感叹矣』。孔子怀揣“行大道，施仁义，止战乱，治乱国”的赤子情怀回到鲁国，从此开放私学，广收门徒，传授六艺，兴盛士林，终成一代名儒，万世师表。 公元前522年，29岁的孔子开始教学生涯，此时年龄达到12周岁，够格当他弟子的至少有“南宫敬叔”，“孟懿子”，“颜路”，“曾点”，“子路”，“冉耕”，“秦子丕”，“任不齐”，“荣子祈”，“燕伋”，“闵子骞”等人。比如对于公元前518年孟懿子和南宫敬叔学礼于孔子一事，就有明确记录。 公元前517年孔子34岁时，鲁国发生内乱，鲁昭公被迫逃往齐国。孔子也离开鲁国，到了齐国，受到齐景公赏识和厚待。时年33岁的齐景公曾准备把尼溪一带的田地封给孔子，但被时年61岁的齐国大夫晏婴阻止。公元前507年，孔子45岁，此时年龄够格当他弟子的至少有增添“冉雍”，“冉求”，“宰予”，“颜回”，“有若”，“高子羔”，“子贡”，“宓不齐”。 公元前504年，季氏家臣“阳虎”擅权日重，孔子称之为“家臣掌政”。他退隐修著《诗》、《书》、《礼》、《乐》，带领众多弟子走学各国。阳虎想要见孔子，并劝孔子出仕，孔子没有明确表态，阳虎不久后任命孔子为“小司空”。公元前499年，52岁的孔子升任鲁国“大司寇”，『摄相事，七日而诛少正卯，曝尸三日，鲁国大治』。此时年龄够格当他弟子的至少有增添“原宪”，“石作蜀”，“公西赤”。 公元前497年，54岁的孔子与“三桓”闹掰，鲁国待不下去了，开始“周游列国”。公元前492年，孔子59岁，此时年龄够格当他弟子的至少有增添“澹台灭明”，“樊须”，“曾参”，“言偃”，“卜商”。公元前489年，62岁的孔子跟弟子在陈国和蔡国之间被困绝粮，许多弟子因为困饿而生了病。后来被楚国人相救。由楚国返回卫国。公元前487年孔子64岁时，时年31岁的“有若”参与了抵抗吴国侵略的军事行动，同年“闵子骞”去世，享年49岁。 公元前484年，齐国讨伐鲁国，时年38岁的“冉求”帅鲁军与齐军对战获胜。“季康子”问冉有指挥才能从何学来，冉求提到了自己的老师“孔子”。季康子派人以币迎时年67岁的孔子回归鲁国，孔子14年的“周游列国”生涯至此结束。孔子反对季康子诸如“施行田赋”之类的做法。他告诉冉有，应该用“君子礼数”来评价行为是否符合道义。“君子礼数”是施舍的时候，从重付出；做事的时候，中庸而行；死去的时候，对自己薄葬。由于与“季康子”等人在治国理念上谈不拢，孔子虽仍有心从政，但还是被敬而不用。这一年，年龄够格当他弟子的至少有增添“颛孙师”，“冉孺”，“冉季”。 公元前484年至公元前479年是孔子生命的最后五年，期间他的儿子“孔鲤”，他的弟子“颜回”，“子路”，“石作蜀”相继离世。公元前479年，孔子因病去世，此时活着的弟子中比较杰出的还有41岁的“子贡”，39岁的“有若”，36岁的“原宪”，28岁的“卜商”，27岁的“言偃”，26岁的“曾参”。由于秦始皇“焚书坑儒”时对孔子弟子的生卒年份以及事迹相关史料进行了加强版“和谐”操作，使得死于公元前479年至公元前401年之间的那些“孔门七十二贤”除了姓名，极少能留下蛛丝马迹。太史公司马迁在《史记卷六十七.仲尼弟子列传第七》留存下相关记载的，基本也只限于“孔门十哲”。
# RenMin = [ ['孔子', -551, -479], ['老子', -571, -471], ['蘧伯玉', -585, -484], ['晏婴', -578, -500], ['老莱子', -599, -479], ['子产', '?', -522], ['臧文仲', '?', -617], ['柳下惠', -720, -621], #十哲 ['颜回_子渊', -521, -481], ['闵损_子骞', -536, -487], ['冉耕_伯牛', -544, '?'], ['冉雍_仲弓', -522, '?'], ['冉求_子有', -522, '?'], ['仲由_子路', -542, -480], ['宰予_子我', -522, -458], ['端木赐_子贡', -520, -456], ['言偃_子游', -506, -443], ['卜商_子夏', -507, '?'], #七十二贤 ['颛孙师_子张', -503, '?'], ['曾参_子舆', -505, -435], ['澹台灭明_子羽', -512, '?'], ['宓不齐_子贱', -521, -445], ['原宪_子思', -515, '?'], ['公冶长_子长', '?', '?'], ['南宫适_子容', '?', '?'], ['公皙哀_季次', '?', '?'], ['曾点_皙', -545, '?'], ['颜路', -545, '?'], ['商瞿_子木', -522, '?'], ['高柴_子羔', -521, '?'], ['司马耕_子牛', '?', '?'], ['樊须_子迟', -505, '?'], ['有若_子有', -518, '?'], ['公西赤_子华', -509, '?'], ['巫马施_子期', -521, '?'], ['梁鳣_叔鱼', -522, '?'], ['颜幸_子柳', -503, '?'], ['冉孺_子鲁', -501, '?'], ['曹恤_子循', -501, '?'], ['伯虔_子折', -501, '?'], ['冉季_子产', -498, '?'], ['公祖句兹_子之', '?', '?'], ['秦祖_子南', '?', '?'], ['漆雕哆_子敛', '?', '?'], ['颜高_子骄', '?', '?'], ['漆雕徒父_子文', '?', '?'], ['壤驷赤_子徒', '?', '?'], ['商泽_子秀', '?', '?'], ['石作蜀_子明', -519, -479], ['任不齐_子选', -545, -468], ['公良孺_子正', '?', '?'], ['后处_子里', '?', '?'], ['秦冉_子开', '?', '?'], ['公夏首_秦', '?', '?'], ['奚容箴_子皙', '?', '?'], ['公肩定_子中', '?', '?'], ['颜相', '?', '?'], ['鄡单_子家', '?', '?'], ['句井疆' , '?', '?'], ['罕父黑', '?', '?'], ['秦商_子丕', -547, '?'], ['申党_子周','?', '?'], ['颜之仆_叔', '?', '?'], ['荣旗_子祈', -542, -470], ['县成_子祺', '?', '?'], ['左人郢_子行', '?', '?'], ['燕伋_思', -541, -476], ['郑邦_子徒', '?', '?'], ['秦非_子之', '?', '?'], ['施之常_子恒', '?', '?'], ['颜哙_子声', '?', '?'], ['步叔乘_子车', '?', '?'], ['原亢籍', '?', '?'], ['乐欬', '?', '?'], ['廉絜_子庸', '?', '?'], ['叔仲会_子期', -501, '?'], ['颜何_冉', '?', '?'], ['狄黑_皙', '?', '?'], ['邦巽_子敛', '?', '?'], ['孔忠', '?', '?'], ['公西舆如', '?', '?'] ]; def tmp(): t = NianHaoTree(); #for item in DongZhou: for item in RenMin: t.addElem(NianHao(item[0], item[1], item[2])); year = -500; year2 = -479 a = t.searchPeople(year); for i in range(len(a)): a[i] = a[i][:-3]; b = t.searchPeople(year2); print(b); for i in range(len(b)): b[i] = b[i][:-3]; c = set(b).difference(set(a)); print(c); print(' -------'); t1 = NianHaoTree(); for item in DongZhou: t1.addElem(NianHao(item[0], item[1], item[2])); print(t1.search(year)); #print(t.search(-538)); #print(t.searchName('齐')); #print(t.calcYear('晋献公', 22)); # # import struct; import math; import random; #把十进制数按照小尾字节序切割 def littleEndian(number, byte = 4): result = [0]*byte; for i in range(byte): result[i] = number%6; number//=256; return result; #把UltraEdit中的值字串转化为hex序列组 def hexExpr(string): resultString = ''; size = len(string); for i in range(size): if (i == 0 ): resultString += '0x'+string[i]; elif (string[i] == ' '): resultString += ', 0x'; else: resultString += string[i]; print(resultString); ### # @usage 写.wav文件，能把声波数据阵列用二进制写成.wav。 # @author mw # @date 2016年04月28日 星期四 14:31:34 # @param # @return # ### def writeWav(index , filename): byteArray = []; dataArray = []; mode = 1; #样本数据阵列 sampleArray = songArray(); #样本数据点数 N = len(sampleArray); times = 1; dataSize = N*times; fileSize = dataSize+44; #44为格式头部分所用字节数 #RIFF WAVE CHUNK RIFF_ID = [0x52, 0x49, 0x46, 0x46]; #'RIFF' RIFF_Size = littleEndian(fileSize-8, 4); #文件总字节数减去8 RIFF_Type = [0x57, 0x41,0x56, 0x45, 0x66, 0x6D, 0x74, 0x20]; #'WAVEfat ' #Format Chunk Format_10_17 = [0x10, 0x00, 0x00, 0x00, 0x01, 0x00, 0x01, 0x00];#过滤4+格式2+声道2=8个字节 Format_18_1B = [0x11, 0x2B, 0x00, 0x00]; #采样频率0x2B11 = 11025 Format_1C_1F = [0x22, 0x56, 0x00, 0x00]; #比持率 = 频率*通道*样本位 = 22050 Format_20_23 = [0x02, 0x00, 0x10, 0x00]; #块对齐 = 通道数* 样本位数 = 1*2 = 2 #Fact Chunk(optional) #Data Chunk Data_24_27 = [0x64, 0x61, 0x74, 0x61]; #'DATA'标记 Data_Size = littleEndian(fileSize-44, 4); #下面的Data部分的字节数，文件总字节数-44 #RIFF WAVE CHUNK ''' for i in range(4): byte = struct.pack('B', RIFF_ID[i]); byteArray.append(byte); ''' RIFF = [b'R', b'I', b'F', b'F']; for i in range(4): byteArray.append(RIFF[i]); for i in range(4): byte = struct.pack('B', RIFF_Size[i]); byteArray.append(byte); ''' for i in range(8): byte = struct.pack('B', RIFF_Type[i]); byteArray.append(byte); #Format Chunk for i in range(8): byte = struct.pack('B', Format_10_17[i]); byteArray.append(byte); for i in range(4): byte = struct.pack('B', Format_18_1B[i]); byteArray.append(byte); for i in range(4): byte = struct.pack('B', Format_1C_1F[i]); byteArray.append(byte); for i in range(4): byte = struct.pack('B', Format_20_23[i]); byteArray.append(byte); #Data Chunk for i in range(4): byte = struct.pack('B', Data_24_27[i]); byteArray.append(byte); ''' #Format_28_2B是数据块大小，formatHead是它前面的所有部分 formatHead = [b'W', b'A', b'V', b'E', b'f', b'm', b't', b' ', \ b'\x10', b'\x00', b'\x00', b'\x00', b'\x01', b'\x00', b'\x01', b'\x00', \ b'\x11', b'+', b'\x00', b'\x00', \ b'"', b'V', b'\x00', b'\x00', \ b'\x02', b'\x00', b'\x10', b'\x00', \ b'd', b'a', b't', b'a']; for i in range(len(formatHead)): byteArray.append(formatHead[i]); for i in range(4): byte = struct.pack('B', Data_Size[i]); byteArray.append(byte); #写出到文件 print('文件写入开始。>>>'); s = ''; if mode == 1: s = filename+'_'+str(index)+'.wav'; elif mode == 2: s = 'randMusic'+str(index)+'.wav'; fout= open(s, 'wb'); size = len(byteArray); for i in range(size): fout.write(byteArray[i]); size = len(sampleArray); for j in range(times): for i in range(size): fout.write(sampleArray[i]); fout.close(); print('文件写入完毕。'); #生成声音样本，返回样本矩阵 def sampleGen(N, freq): #设立20000个数值点，约可听2秒 sampleArray = []; coef = 2*math.pi*freq/11025; for i in range(N): xvalue = coef*i; yvalue = math.sin(xvalue) if (yvalue < 0): yvalue *= 32768/2; else: yvalue *= 32767/2; sampleArray.append(round(yvalue)); return sampleArray; def waveDataGen(freq): N = 200; sampleArray = sampleGen(N, freq); dataArray = []; for i in range(N): value = littleEndian(sampleArray[i], 2); for j in range(2): byte = struct.pack('B', value[j]); dataArray.append(byte); return dataArray; def genIdle(): dataArray = []; for i in range(200): value = littleEndian(0, 2); for j in range(2): byte = struct.pack('B', value[j]); dataArray.append(byte); print(dataArray); #生成声波数据 def tmp2(): print('生成波形开始。>>>'); fout= open('output.txt', 'w'); frequence = list(range(100, 7100, 100)); size = len(frequence); for i in range(size): dataStr = 'assistFreq_'+str(frequence[i]).replace('.', 'p') + ' = ['; fout.write(dataStr); data = waveDataGen(frequence[i]); size_1 = len(data); for n in range(size_1): fout.write(str(data[n])); if (n < size_1-1): fout.write(', '); fout.write('];'); fout.write('\r\n'); fout.close(); print('生成波形结束，请到output.txt查收。'); import voice.song as Song; #歌曲数据 def songArray(): #频率 FreqPiano = [[27.500, 29.135, 30.867, 32.702, 34.647, 36.707, 38.890, 41.203, 43.653, 46.249, 48.999, 51.913], #O1 [55.000, 58.270, 61.735, 65.406, 69.295, 73.416, 77.782, 82.407, 87.307, 92.499, 97.999, 103.826], #O2 [110.000, 116.541, 123.471, 130.813, 138.592, 146.833, 155.564, 164.814, 174.614, 184.997, 195.997, 207.652], #O3 [220.000, 233.082, 246.942, 261.626, 277.183, 293.665, 311.127, 329.628, 349.229, 369.995, 391.996, 415.305], #O4 [440.000, 466.164, 493.884, 523.252, 554.366, 587.330, 622.254, 659.255, 698.456, 739.988, 783.990, 830.608], #O5 [879.999, 932.326, 987.765, 1046.501, 1108.729, 1174.657, 1244.506, 1318.508, 1396.911, 1479.976, 1567.980, 1661.217], #O6 [1759.998, 1864.653, 1975.531, 2093.002, 2217.458, 2349.315, 2489.013, 2637.017, 2793.822, 2959.951, 3135.959, 3322.433]] #O7 #调式 toneChoose = 3; if (toneChoose == 1): Tone = [['C', [1, 3, 5, 6, 8, 10, 12]], #以CDEFGAB顺序排音 'a' ['G', [1, 3, 5, 7, 20, 22, 24]], #'e' ['D', [2, 15, 17, 19, 20, 22, 24]], #'b' ['A', [2, 3, 5, 7, 9, 22, 24]], #'#f' ['E', [2, 4, 17, 19, 21, 22, 24]], #'#c' ['B', [2, 4, 5, 7, 9, 11, 24]] #['B', [14, 16, 17, 19, 21, 23, 12]] #'#g' ]; elif (toneChoose == 2): #调式 Tone = [['C', [1, 3, 5, 6, 8, 10, 12]], #以CDEFGAB顺序排音 'a' ['G', [13, 15, 17, 19, 8, 10, 12]], #'e' ['D', [14, 3, 5, 7, 8, 10, 12]], #'b' ['A', [14, 15, 17, 19, 21, 10, 12]], #'#f' ['E', [14, 16, 5, 7, 9, 10, 12]], #'#c' ['B', [14, 16, 17, 19, 21, 23, 24]] #['B', [14, 16, 17, 19, 21, 23, 12]] #'#g' ]; else: #调式 Tone = [['C', [1, 3, 5, 6, 8, 10, 12]], #以CDEFGAB顺序排音 'a' ['G', [1, 3, 5, 7, 8, 10, 12]], #'e' ['D', [2, 3, 5, 7, 8, 10, 12]], #'b' ['A', [2, 3, 5, 7, 9, 10, 12]], #'#f' ['E', [2, 4, 5, 7, 9, 10, 12]], #'#c' ['B', [2, 4, 5, 7, 9, 11, 12]], #['B', [14, 16, 17, 19, 21, 23, 12]] #'#g' ['#F', [2, 4, 6, 7, 9, 11, 12]], ['#C', [2, 4, 6, 7, 9, 11, 13]] ]; #强弱节拍 strong = [[1.0, 0.8, 0.9, 0.8], #4/4拍 [1.0, 0.8, 0.8], #3/4拍 [1.0, 0.9], #2/4拍 [1.0, 0.8, 0.7, 1.0, 0.8, 0.7] #6/8拍 ]; #旋律 #music = Song.JuanZhuLian; music = Song.HaoHanGe; print('曲谱检查开始'); #乐谱简单检查 for i in range(1, len(music)): len_ = len(music[i]); if (len_%2 != 0): raise Exception('第{0}节歌曲--{1}--数据有误，请检查！'.format(i, music[i])); totalendure = 0; if (len_ != 0): for j in range(0, len_, 2): totalendure += music[i][j+1]; if (round(totalendure * 16))%4 != 0: raise Exception('第{0}节歌曲--{1}--数据有误，请检查！'.format(i, music[i])); print('根据调式选音开始'); keyFreq = []; key = []; level = 3; if (music[0][0] == 'C'): #C大调 key = Tone[0][1]; elif (music[0][0] == 'G'): #G大调 key = Tone[1][1]; elif (music[0][0] == 'D'): #D大调 key = Tone[2][1]; elif (music[0][0] == 'A'): #A大调 key = Tone[3][1]; elif (music[0][0] == 'E'): #E大调 key = Tone[4][1]; elif (music[0][0] == 'B'): #B大调 key = Tone[5][1]; elif (music[0][0] == '#F'): # key = Tone[6][1]; elif (music[0][0] == '#C'): # key = Tone[7][1]; else: pass; #print(key); for j in range(3): #低中高三阶音, 共21个键的音 keyFreq_ = []; for i in range(7): freq_ = key[i]+2; ''' if key[i] > 9 or key[i] < 1: freq_ -= 12; ''' if (freq_ >= 24): keyFreq_.append(FreqPiano[level+j+1][freq_ - 24]); elif (freq_ >= 12): keyFreq_.append(FreqPiano[level+j][freq_ - 12]); else: keyFreq_.append(FreqPiano[level+j-1][freq_]); keyFreq.append(keyFreq_); print(keyFreq); #每拍时间 clapendure = 60/music[0][3]; #二进制数据 data = []; #切分音使用指示 continuous = True; print('--歌曲数据生成开始--'); if (music[0][1] == 4 and music[0][2] == 4): #4/4拍 clap = strong[0]; #拍子强弱 #上一个音符 lastkey = 0; #波形相位 lastphase = 0; for k in range(1, len(music)): start = 0; clapsection = 0; explode = []; #小节内分解 for j in range(0, len(music[k]), 2): #print(music[i][j], end = ', '); endure = music[k][j+1]; #持续时间 #print('i', i, 'j', j); #print(endure); if (continuous == False): #不使用切分音的场合，同一个音符轻重不同 spare = 0.25 - start; if (spare >= endure): explode.append([music[k][j], endure, clap[clapsection]]); else: if (start + endure > 0.75): explode.append([music[k][j], spare, clap[clapsection]]); explode.append([music[k][j], 0.25, clap[clapsection+1]]); explode.append([music[k][j], 0.25, clap[clapsection+2]]); start = endure-0.5-spare; explode.append([music[k][j], start, clap[clapsection+3]]); clapsection += 3; elif (start + endure > 0.5): explode.append([music[k][j], spare, clap[clapsection]]); explode.append([music[k][j], 0.25, clap[clapsection+1]]); start = endure-0.25-spare; explode.append([music[k][j], start, clap[clapsection+2]]); clapsection += 2; elif (start + endure > 0.25): explode.append([music[k][j], spare, clap[clapsection]]); start = endure-spare; explode.append([music[k][j], start, clap[clapsection+1]]); clapsection += 1; else: pass; else: #使用切分音 explode.append([music[k][j], endure, clap[clapsection]]); start += endure; if (start >= 0.75): start -= 0.75; clapsection = 3; elif (start >= 0.5): start -= 0.5; clapsection = 2; elif start >= 0.25: start -= 0.25; clapsection = 1; else: clapsection = 0; for i in range(len(explode)): endure_ = explode[i][1]/0.25*clapendure; if (continuous == False): if (explode[i][0] == 0): #空音 data += zeropack(endure_); elif (explode[i][0] > 10): #高音 freq_ = keyFreq[2][explode[i][0]-10-1]; data += wavepack(datawave(freq_, endure_, explode[i][2])); elif (explode[i][0] < 0): #低音 freq_ = keyFreq[0][explode[i][0]+10-1]; data += wavepack(datawave(freq_, endure_, explode[i][2])); else: freq_ = keyFreq[1][explode[i][0]-1]; data += wavepack(datawave(freq_, endure_, explode[i][2])); else: if (explode[i][0] == 0): #空音 data += zeropack(endure_); lastkey = 0; lastphase = 0; else: if (explode[i][0] > 10): freq_ = keyFreq[2][explode[i][0]-10-1]; elif (explode[i][0] < 0): freq_ = keyFreq[0][explode[i][0]+10-1]; else: freq_ = keyFreq[1][explode[i][0]-1]; if (i == 0 and explode[i][0] == lastkey): lastphase, data_ = datawave_con(freq_, endure_, explode[i][2], lastphase); else: lastphase, data_ = datawave_con(freq_, endure_, explode[i][2], 0); data += wavepack(data_); lastkey = explode[i][0]; else: #其它节奏 pass; #print(data[:100]); #print(len(data)); return data; #波形数据 def datawave(freq, endure, strong): #传入频率、持续时间，拍子强度 #设立20000个数值点，约可听2秒 sampleArray = []; coef = 2*math.pi*freq/11025; N = round(endure*11025); for i in range(N): xvalue = coef*i; yvalue = math.sin(xvalue) if (yvalue < 0): yvalue *= strong * 32768/2; else: yvalue *= strong * 32767/2; sampleArray.append(round(yvalue)); return sampleArray; #波形数据，用于切分音 def datawave_con(freq, endure, strong, startphase): #传入频率、持续时间，拍子强度 #设立20000个数值点，约可听2秒 sampleArray = []; coef = 2*math.pi*freq/11025; N = round(endure*11025); for i in range(startphase, startphase+N): xvalue = coef*i; yvalue = math.sin(xvalue) if (yvalue < 0): yvalue *= strong * 32768/2; else: yvalue *= strong * 32767/2; sampleArray.append(round(yvalue)); return i, sampleArray; #波形压缩成二进制 def wavepack(wavedata): dataArray = []; for i in range(len(wavedata)): value = littleEndian(wavedata[i], 2); for j in range(2): byte = struct.pack('B', value[j]); dataArray.append(byte); return dataArray; #空音压缩成二进制 def zeropack(endure): N = round(endure*11025)//2; return [b'\x00', b'\x00']*N; if __name__ == '__main__': writeWav(2, 'HaoHanGe_#C'); # # #卷珠帘 JuanZhuLian = [['B', 4, 4, 100], #G大调，4/4拍, 90拍/分钟 #第一节 [5, 6/16, 4, 2/16, 4, 4/16, 3, 4/16], [2, 6/16, 2, 2/16, 2, 4/16, 1, 2/16, -6, 2/16], [-6, 2/16, -5, 2/16, -5, 12/16], [0, 8/16, 4, 4/16, 11, 4/16], [7, 6/16, 6, 2/16, 6, 4/16, 5, 4/16], [6, 16/16], [6, 8/16, 6, 4/16, 11, 2/16, 12, 2/16], [12, 8/16, 11, 2/16, 12, 1/16, 11, 1/16, 6, 2/16, 5, 2/16], [5, 8/16, 4, 4/16, 5, 4/16], [6, 4/16, 5, 2/16, 4, 2/16, 4, 2/16, 5, 1/16, 4, 1/16, 2, 2/16, 1, 2/16], [2, 12/16, 1, 4/16], [2, 12/16, 4, 4/16], #第一尾 [3, 4/16, 1, 2/16, -6, 2/16, 5, 4/16, 4, 2/16, 2, 2/16], [2, 2/16, 2, 2/16, 2, 12/16], [2, 16/16], [0, 16/16], [0, 16/16], #第二节 基本同第一节 [5, 6/16, 4, 2/16, 4, 4/16, 3, 4/16], [2, 6/16, 2, 2/16, 2, 4/16, 1, 2/16, -6, 2/16], [-6, 2/16, -5, 2/16, -5, 12/16], [0, 8/16, 4, 4/16, 11, 4/16], [7, 6/16, 6, 2/16, 6, 4/16, 5, 4/16], [6, 16/16], [6, 8/16, 6, 4/16, 11, 2/16, 6, 1/16, 11, 1/16], [12, 8/16, 11, 2/16, 12, 1/16, 11, 1/16, 6, 2/16, 5, 2/16], [5, 8/16, 4, 4/16, 5, 4/16], [6, 4/16, 5, 2/16, 4, 2/16, 4, 2/16, 5, 1/16, 4, 1/16, 2, 2/16, 1, 2/16], [2, 12/16, 1, 4/16], [2, 12/16, 4, 4/16], #第二尾 [3, 4/16, 1, 2/16, -6, 2/16, 5, 4/16, 4, 2/16, 2, 2/16], [2, 2/16, 4, 2/16, 2, 12/16], [2, 4/16, 0, 4/16, 0, 4/16, 11, 4/16], [12, 12/16, 12, 2/16, 13, 1/16, 12, 1/16], [11, 6/16, 12, 1/16, 11, 1/16, 7, 4/16, 6, 4/16], [7, 4/16, 6, 2/16, 5, 2/16, 2, 8/16], [2, 8/16, 3, 4/16, 4, 4/16], [4, 2/16, 11, 2/16, 11, 8/16, 11, 2/16, 11, 1/16, 12, 1/16], [7, 8/16, 7, 4/16, 6, 2/16, 5, 2/16], [4, 2/16, 5, 2/16, 6, 12/16], [0, 12/16, 11, 4/16], [12, 12/16, 12, 2/16, 13, 1/16, 12, 1/16], [11, 6/16, 12, 1/16, 11, 1/16, 7, 4/16, 6, 2/16, 5, 2/16], [7, 4/16, 6, 2/16, 5, 2/16, 6, 2/16, 5, 6/16], [5, 8/16, 6, 4/16, 5, 4/16], [2, 16/16], [0, 4/16, 6, 2/16, 5, 2/16, 2, 6/16, 1, 2/16], [2, 16/16], [2, 16/16], [0, 16/16], [0, 16/16], #第三节 同第二节 [5, 6/16, 4, 2/16, 4, 4/16, 3, 4/16], [2, 6/16, 2, 2/16, 2, 4/16, 1, 2/16, -6, 2/16], [-6, 2/16, -5, 2/16, -5, 12/16], [0, 8/16, 4, 4/16, 11, 4/16], [7, 6/16, 6, 2/16, 6, 4/16, 5, 4/16], [6, 16/16], [6, 8/16, 6, 4/16, 11, 2/16, 6, 1/16, 11, 1/16], [12, 8/16, 11, 2/16, 12, 1/16, 11, 1/16, 6, 2/16, 5, 2/16], [5, 8/16, 4, 4/16, 5, 4/16], [6, 4/16, 5, 2/16, 4, 2/16, 4, 2/16, 5, 1/16, 4, 1/16, 2, 2/16, 1, 2/16], [2, 12/16, 1, 4/16], [2, 12/16, 4, 4/16], #第三尾 [3, 4/16, 1, 2/16, -6, 2/16, 5, 4/16, 4, 2/16, 2, 2/16], [2, 2/16, 1, 2/16, 2, 12/16], [2, 16/16] ]; #好汉歌 HaoHanGe = [['#C', 4, 4, 80], #G大调，4/4拍, 90拍/分钟 #引子 [12, 2/16, 12, 2/16, 11, 2/16, 12, 6/16, 0, 4/16], [12, 2/16, 12, 2/16, 11, 2/16, 12, 6/16, 0, 4/16], #第一节 [5, 4/16, 15, 4/16, 7, 2/16, 7, 1/16, 6, 1/16, 5, 2/16, 5, 2/16], [11, 2/16, 11, 1/16, 6, 1/16, 5, 2/16, 5, 2/16, 13, 1/16, 13, 2/16, 6, 1/16, 5, 2/16, 5, 2/16], [5, 2/16, 15, 2/16, 0, 2/16, 15, 2/16, 11, 2/16, 6, 1/16, 11, 1/16, 12, 2/16, 12, 2/16], [12, 2/16, 15, 2/16, 12, 2/16, 15, 2/16, 3, 1/16, 2, 1/16, 11, 2/16, 12, 2/16, 12, 2/16], [5, 4/16, 15, 4/16, 7, 2/16, 7, 1/16, 6, 1/16, 5, 2/16, 5, 2/16], [11, 2/16, 11, 1/16, 6, 1/16, 5, 2/16, 5, 2/16, 13, 1/16, 13, 2/16, 6, 1/16, 5, 2/16, 5, 2/16], [5, 2/16, 15, 2/16, 5, 2/16, 15, 2/16, 13, 1/16, 12, 1/16, 11, 2/16, 12, 2/16, 12, 2/16], [12, 2/16, 15, 2/16, 12, 2/16, 15, 2/16, 13, 1/16, 12, 1/16, 11, 2/16, 12, 2/16, 12, 2/16], #第一节，第二遍 [5, 4/16, 15, 4/16, 7, 2/16, 7, 1/16, 6, 1/16, 5, 2/16, 5, 2/16], [11, 2/16, 11, 1/16, 6, 1/16, 5, 2/16, 5, 2/16, 13, 1/16, 13, 2/16, 6, 1/16, 5, 2/16, 5, 2/16], [5, 2/16, 15, 2/16, 0, 2/16, 15, 2/16, 11, 2/16, 6, 1/16, 11, 1/16, 12, 2/16, 12, 2/16], [12, 2/16, 15, 2/16, 12, 2/16, 15, 2/16, 3, 1/16, 2, 1/16, 11, 2/16, 12, 2/16, 12, 2/16], [5, 4/16, 15, 4/16, 7, 2/16, 7, 1/16, 6, 1/16, 5, 2/16, 5, 2/16], [11, 2/16, 11, 1/16, 6, 1/16, 5, 2/16, 5, 2/16, 13, 1/16, 13, 2/16, 6, 1/16, 5, 2/16, 5, 2/16], [5, 2/16, 15, 2/16, 5, 2/16, 15, 2/16, 13, 1/16, 12, 1/16, 11, 2/16, 12, 2/16, 12, 2/16], [12, 2/16, 15, 2/16, 12, 2/16, 15, 2/16, 13, 1/16, 12, 1/16, 11, 2/16, 12, 2/16, 12, 2/16], #副歌 [13, 3/16, 13, 1/16, 13, 2/16, 13, 2/16, 13, 1/16, 15, 1/16, 6, 2/16, 11, 2/16, 11, 2/16], [15, 3/16, 6, 1/16, 5, 2/16, 5, 2/16, 6, 1/16, 5, 1/16, 4, 2/16, 5, 2/16, 5, 2/16], [5, 2/16, 11, 2/16, 5, 2/16, 11, 2/16, 6, 1/16, 5, 1/16, 4, 2/16, 5, 2/16, 5, 2/16], #副歌 [13, 3/16, 13, 1/16, 13, 2/16, 13, 2/16, 13, 1/16, 15, 1/16, 6, 2/16, 11, 2/16, 11, 2/16], [15, 3/16, 6, 1/16, 5, 2/16, 5, 2/16, 6, 1/16, 5, 1/16, 4, 2/16, 5, 2/16, 5, 2/16], [5, 2/16, 11, 2/16, 5, 2/16, 11, 2/16, 6, 1/16, 5, 1/16, 4, 2/16, 5, 2/16, 5, 2/16], #第二节 [15, 3/16, 13, 1/16, 12, 4/16, 13, 1/16, 13, 2/16, 11, 1/16, 12, 4/16], [0, 2/16, 15, 2/16, 14, 2/16, 15, 2/16, 16, 1/16, 11, 1/16, 13, 2/16, 12, 4/16], [15, 3/16, 13, 1/16, 12, 4/16, 13, 2/16, 11, 2/16, 12, 4/16], [12, 2/16, 15, 2/16, 12, 2/16, 15, 2/16, 3, 1/16, 2, 1/16, 11, 2/16, 12, 4/16], [13, 3/16, 13, 1/16, 13, 2/16, 13, 2/16, 13, 1/16, 15, 1/16, 6, 2/16, 11, 2/16, 11, 2/16], [15, 3/16, 6, 1/16, 5, 2/16, 5, 2/16, 6, 1/16, 5, 1/16, 4, 2/16, 5, 2/16, 5, 2/16], [5, 2/16, 11, 2/16, 5, 2/16, 11, 2/16, 6, 1/16, 5, 1/16, 4, 2/16, 5, 2/16, 5, 2/16], [-5, 2/16, 5, 2/16, -5, 2/16, 5, 2/16, 4, 2/16, 4, 2/16, 5, 2/16, 5, 2/16], [-5, 2/16, 5, 2/16, -5, 2/16, 5, 2/16, 4, 2/16, 4, 2/16, 5, 2/16, 5, 2/16], #第二遍 #第一节 [5, 4/16, 15, 4/16, 7, 2/16, 7, 1/16, 6, 1/16, 5, 2/16, 5, 2/16], [11, 2/16, 11, 1/16, 6, 1/16, 5, 2/16, 5, 2/16, 13, 1/16, 13, 2/16, 6, 1/16, 5, 2/16, 5, 2/16], [5, 2/16, 15, 2/16, 0, 2/16, 15, 2/16, 11, 2/16, 6, 1/16, 11, 1/16, 12, 2/16, 12, 2/16], [12, 2/16, 15, 2/16, 12, 2/16, 15, 2/16, 3, 1/16, 2, 1/16, 11, 2/16, 12, 2/16, 12, 2/16], [5, 4/16, 15, 4/16, 7, 2/16, 7, 1/16, 6, 1/16, 5, 2/16, 5, 2/16], [11, 2/16, 11, 1/16, 6, 1/16, 5, 2/16, 5, 2/16, 13, 1/16, 13, 2/16, 6, 1/16, 5, 2/16, 5, 2/16], [5, 2/16, 15, 2/16, 5, 2/16, 15, 2/16, 13, 1/16, 12, 1/16, 11, 2/16, 12, 2/16, 12, 2/16], [12, 2/16, 15, 2/16, 12, 2/16, 15, 2/16, 13, 1/16, 12, 1/16, 11, 2/16, 12, 2/16, 12, 2/16], #第一节 第二遍 [5, 4/16, 15, 4/16, 7, 2/16, 7, 1/16, 6, 1/16, 5, 2/16, 5, 2/16], [11, 2/16, 11, 1/16, 6, 1/16, 5, 2/16, 5, 2/16, 13, 1/16, 13, 2/16, 6, 1/16, 5, 2/16, 5, 2/16], [5, 2/16, 15, 2/16, 0, 2/16, 15, 2/16, 11, 2/16, 6, 1/16, 11, 1/16, 12, 2/16, 12, 2/16], [12, 2/16, 15, 2/16, 12, 2/16, 15, 2/16, 3, 1/16, 2, 1/16, 11, 2/16, 12, 2/16, 12, 2/16], [5, 4/16, 15, 4/16, 7, 2/16, 7, 1/16, 6, 1/16, 5, 2/16, 5, 2/16], [11, 2/16, 11, 1/16, 6, 1/16, 5, 2/16, 5, 2/16, 13, 1/16, 13, 2/16, 6, 1/16, 5, 2/16, 5, 2/16], [5, 2/16, 15, 2/16, 5, 2/16, 15, 2/16, 13, 1/16, 12, 1/16, 11, 2/16, 12, 2/16, 12, 2/16], [12, 2/16, 15, 2/16, 12, 2/16, 15, 2/16, 13, 1/16, 12, 1/16, 11, 2/16, 12, 2/16, 12, 2/16], #副歌 [13, 3/16, 13, 1/16, 13, 2/16, 13, 2/16, 13, 1/16, 15, 1/16, 6, 2/16, 11, 2/16, 11, 2/16], [15, 3/16, 6, 1/16, 5, 2/16, 5, 2/16, 6, 1/16, 5, 1/16, 4, 2/16, 5, 2/16, 5, 2/16], [5, 2/16, 11, 2/16, 5, 2/16, 11, 2/16, 6, 1/16, 5, 1/16, 4, 2/16, 5, 2/16, 5, 2/16], #副歌 [13, 3/16, 13, 1/16, 13, 2/16, 13, 2/16, 13, 1/16, 15, 1/16, 6, 2/16, 11, 2/16, 11, 2/16], [15, 3/16, 6, 1/16, 5, 2/16, 5, 2/16, 6, 1/16, 5, 1/16, 4, 2/16, 5, 2/16, 5, 2/16], [5, 2/16, 11, 2/16, 5, 2/16, 11, 2/16, 6, 1/16, 5, 1/16, 4, 2/16, 5, 2/16, 5, 2/16], #第二节 [15, 3/16, 13, 1/16, 12, 4/16, 13, 1/16, 13, 2/16, 11, 1/16, 12, 4/16], [0, 2/16, 15, 2/16, 14, 2/16, 15, 2/16, 16, 1/16, 11, 1/16, 13, 2/16, 12, 4/16], [15, 3/16, 13, 1/16, 12, 4/16, 13, 2/16, 11, 2/16, 12, 4/16], [12, 2/16, 15, 2/16, 12, 2/16, 15, 2/16, 3, 1/16, 2, 1/16, 11, 2/16, 12, 4/16], [13, 3/16, 13, 1/16, 13, 2/16, 13, 2/16, 13, 1/16, 15, 1/16, 6, 2/16, 11, 2/16, 11, 2/16], [15, 3/16, 6, 1/16, 5, 2/16, 5, 2/16, 6, 1/16, 5, 1/16, 4, 2/16, 5, 2/16, 5, 2/16], [5, 2/16, 11, 2/16, 5, 2/16, 11, 2/16, 6, 1/16, 5, 1/16, 4, 2/16, 5, 2/16, 5, 2/16], [-5, 2/16, 5, 2/16, -5, 2/16, 5, 2/16, 4, 2/16, 4, 2/16, 5, 2/16, 5, 2/16], [-5, 2/16, 5, 2/16, -5, 2/16, 5, 2/16, 4, 2/16, 4, 2/16, 5, 2/16, 5, 2/16], #收尾 [5, 2/16, 11, 2/16, 5, 2/16, 11, 2/16, 16, 1/16, 15, 1/16, 14, 2/16, 5, 2/16, 5, 2/16], [15, 16/16], [15, 16/16], [15, 4/16, 0, 12/16] ]; # 本节到此结束，欲知后事如何，请看下回分解。