# DNA_DB **Repository Path**: DetaChina/dna_-db ## Basic Information - **Project Name**: DNA_DB - **Description**: 德塔Socket流可编程数据库语言引擎系统（Deta PLSQL Database）的 DNA催化计算版本 - **Primary Language**: Java - **License**: GPL-2.0 - **Default Branch**: master - **Homepage**: None - **GVP Project**: No ## Statistics - **Stars**: 2 - **Forks**: 0 - **Created**: 2021-03-09 - **Last Updated**: 2023-10-20 ## Categories & Tags **Categories**: Uncategorized **Tags**: None ## README This project bases on the Extension project of DETA Socket PLSQL DB. ### 20210320 Initon Math Yaoguang Luo ### 20210320 元基数学 罗瑶光 自从有了AOPM VECS IDUQ TXH DD ，16个元基成分，我今天定义为16进制的数字，对应为 #### 既然是严谨定义， 自然要用生化和语义双元基罗盘来进行推导开始。 ##### 我先设未知的为X ##### A XXXX ##### O XXXX ##### P XXXX ##### M XXXX ##### V XXXX ##### E XXXX ##### C XXXX ##### S XXXX ##### I XXX1 ##### D XXX0 ##### U XXX2 ##### Q XXX3 ##### T XXXX ##### X XXXX ##### HE XXXX ##### HC XXXX ##### DD 补码 根据第一卷 和 第二卷283和284页，我能列出来的 新增 关系式 E -> HE, C -> HC. 根据 数字逻辑 和 离散数学 位列比 和 寄存法则 推导 VECS 为 ： ##### A XXXX ##### O XXXX ##### P XXXX ##### M XXXX ##### V XXX1 ##### E XXX2 ##### C XXX0 ##### S XXX3 ##### I 0001 ##### D 0000 ##### U 0002 ##### Q 0003 ##### T XXXX ##### X XXXX ##### HE XXX2 ##### HC XXX0 ##### DD 补码 准备写个欧拉路径算法开始计算 。 第一卷的 数据预测 包 此时派上了用场。 方便大家理解。 刚计算了欧拉元基环路 QUIVT+OSMAX-HEPCD 我定义17进制的数据为 ##### QUIVT+OSMAX-HEPCD DD ##### GFEDCBA9876543210 CARRY 我在思考怎么缩进成16进制。 先保证逻辑的严谨性， 我先用17进制走一段路程。 #### 17进制数据已经问世，我今天深入下，进行元基础加法 探索，wechat已经发布了，在这里整理如下; ##### 元基础数字 = 元基符号 = 生化名称 ##### 0 = D = 胞嘧啶 ##### 1 = C = 鸟嘌呤 ##### 2 = P = 尿胞变鸟苷 ##### 3 = E = 尿变嘌呤 ##### 4 = H = 黄嘌呤 ##### 5 = - = ##### 6 = X = 变感腺鸟苷 ##### 7 = A = 变感腺腺苷 ##### 8 = M = 鸟腺苷 ##### 9 = S = 腺嘌呤 ##### A = O = 尿胞变腺苷 ##### B = + = ##### C = T = 变感腺尿变苷 ##### D = V = 变感腺嘌呤 ##### E = I = 尿嘧啶 ##### F = U = 变嘧啶 ##### G = Q = 胸腺嘧啶 数字逻辑的推导(C=U+D+D) #### 语义肽展公式推导 ##### 元基数字 =元基符号 = 肽展公式数字变换 ##### 0 = D = 0 + 0 ##### 1 = C = 0 + F ##### 2 = P = 3 + 1 ##### 3 = E = F + 0 ##### 4 = H = 3 OR 1 ##### 5 = - = ##### 6 = X = D + - ##### 7 = A = D + 9 ##### 8 = M = - + 9 ##### 9 = S = G + E ##### A = O = 3 + 9 ##### B = + = ##### C = T = D + 3 ##### D = V = F + G ##### E = I = ##### F = U = ##### G = Q = ### 元基数学加法表 根据 4 的归纳完整推导如下 #### 元基数字 = 元基符号= 肽展公式数字变换 #### 0 = D = 0 + 0 #### 1 = C = 0 + F #### 2 = P = 3 + 1 #### 3 = E = F + 0 #### 4 = H = 3 OR 1 #### 5 = - = 4 + 1 #### 6 = X = D + 5 #### 7 = A = D + 9 #### 8 = M = 5 + 9 #### 9 = S = G + E #### A = O = 3 + 9 #### B = + = 4 + 3 #### C = T = D + B #### D = V = F + G #### E = I = E #### F = U = E++ OR G-- #### G = Q = G #### 20210322 今早把十七进制的元基组合数学变换 定义了，归纳整理如下： #### 我的思路是 元基稳定化DEFG变换 #### 元基数字 = 元基符号= 肽展公式元基变换 ##### 0 = D = 00 ##### 1 = C = 02 ##### 2 = P = 2002 ##### 3 = E = 20 ##### 4 = H = 20, 02 ##### 5 = - = 2002, 0202 ##### 6 = X = 23(2002, 0202) ##### 7 = A = 2331 ##### 8 = M = (2002, 0202)31 ##### 9 = S = 31 ##### A = O = 2031 ##### B = + = 2020, 0220 ##### C = T = 23(2020, 0220) ##### D = V = 23 ##### E = I = 1 ##### F = U = 2 ##### G = Q = 3 #### 稳定化后于是元基替换为 0123-> DIUQ 如下 ##### 0 = D = D + D ##### 1 = C = DU ##### 2 = P = UDDU ##### 3 = E = UD ##### 4 = H = UD, DU ##### 5 = - = (UD, DU)DU ##### 6 = X = UQ(UD, DU)DU ##### 7 = A = UQQI ##### 8 = M = (UD, DU)DUQI ##### 9 = S = QI ##### A = O = UDQI ##### B = + = (UD, DU)UD ##### C = T = UQ(UD, DU)UD ##### D = V = UQ ##### E = I = I ##### F = U = U ##### G = Q = Q 我在思考 这个括号内的元基如果进行之后计算的唯一化。 到现在 十进制常数进行元基码 变换的思路已经问世了，下一步，养疗经真实应用。 这里的 568B 我推测又是一组概率钥匙酸碱控制。我也会真实应用测试论证。 今天多做一点推导：我把0到G的欧拉顺序 改成 线性数学顺序观测如下： ##### 0 = D = D + D ##### E = I = I ##### F = U = U ##### G = Q = Q ##### 1 = C = DU ##### D = V = UQ ##### 3 = E = UD ##### 9 = S = QI ##### 7 = A = UQQI ##### 2 = P = UDDU ##### A = O = UDQI ##### 4 = H = UD, DU ##### 5 = - = (UD, DU)DU ##### B = + = (UD, DU)UD ##### 6 = X = UQ(UD, DU)DU ##### C = T = UQ(UD, DU)UD ##### 8 = M = (UD, DU)DUQI #### 我想这个顺序别有用途，先搁置。 #### 下一步 H 化简HE+, HC- , 然后重新线性排列如下 ##### 0 = D = D ##### E = I = I ##### F = U = U ##### G = Q = Q ##### 1 = C = DU ##### 3 = E = UD ##### 4 = H = UD, DU ##### D = V = UQ ##### 9 = S = QI ##### 5 = - = DUDU ##### 2 = P = UDDU ##### B = + = UDUD ##### A = O = UDQI ##### 7 = A = UQQI ##### 8 = M = DUDUQI ##### 6 = X = UQDUDU ##### C = T = UQUDUD 修正后如下 ##### 0 = D = D ##### E = I = I ##### F = U = U ##### G = Q = Q ##### 1 = C = DI ##### 3 = E = UD ##### 4 = H = UD, DU ##### D = V = UQ ##### 9 = S = QI ##### 5 = - = DUDU ##### 2 = P = UDDU ##### B = + = UDUD ##### A = O = UDQI ##### 7 = A = UQQI ##### 8 = M = DUDUQI ##### 6 = X = UQDUDU ##### C = T = UQUDUD 修正下 C=DU改成 DI, 因为肽展公式(补码计算) C= DDU, DD是补码 ### 肽展公式的推导(肽展计算)(C=I+D) ### 开始语义肽展公式验证### 元基数学加法表 根据 4 的归纳完整推导如下 ### 元基数字 = 元基符号= 肽展公式元基变换 #### 0 = D = D + D #### 1 = C = I + D #### 2 = P = E + C #### 3 = E = I + U, D + U #### 4 = H = E OR C #### 5 = - = H + C #### 6 = X = V + HC #### 7 = A = V + S #### 8 = M = HC + S #### 9 = S = Q + I #### A = O = E + S #### B = + = H + E #### C = T = V + HE #### D = V = U + Q #### E = I = I #### F = U = I++ OR Q-- #### G = Q = Q ###于是元基数字归纳 #### 元基数字 = 元基符号= 肽展公式元基数字变换 #### 0 = D = 0 + 0 #### 1 = C = 1 + 0 #### 2 = P = (12, 02) + 10 #### 3 = E = 1 + 2, 0 + 2 #### 4 = H = (12, 02) OR 10 #### 5 = HC = (12, 02) OR 10 + 10 #### 6 = X = 23 + (12, 02) OR 10 + 10 #### 7 = A = 23 + 31 #### 8 = M = (12, 02) OR 10 + 10 + 31 #### 9 = S = 3 + 1 #### A = O = (12, 02) + 31 #### B = HE = (12, 02) OR 10 + 12, 02 #### C = T = 23 + (12, 02) OR 10 + (12, 02) #### D = V = 2 + 3 #### E = I = 1 #### F = U = 1++ OR 3-- #### G = Q = 3 ###于是元基肽展归纳如下 #### 元基数字 = 元基符号= 肽展公式元基数字变换 #### 0 = D = D + D #### 1 = C = I + D #### 2 = P = (IU, DU) + ID #### 3 = E = I + U, D + U #### 4 = H = (IU, DU) OR ID #### 5 = HC = (IU, DU) OR ID + ID #### 6 = X = UQ + (IU, DU) OR ID + ID #### 7 = A = UQ + QI #### 8 = M = (IU, DU) OR ID + ID + QI #### 9 = S = Q + I #### A = O = (IU, DU) + QI #### B = HE = (IU, DU) OR ID + (IU, DU) #### C = T = UQ + (IU, DU) OR ID + (IU, DU) #### D = V = U + Q #### E = I = I #### F = U = I++ OR Q-- #### G = Q = Q ###开始整理 #### 元基数字 = 元基符号= 肽展公式元基数字变换 #### 0 = D = DD #### 1 = C = ID #### 2 = P = IUID, DUID #### 3 = E = IU, DU #### 4 = H = (IU, DU) OR ID #### 5 = HC = (IU, DU) OR ID + ID #### 6 = X = UQ + (IU, DU) OR ID + ID #### 7 = A = UQQI #### 8 = M = (IU, DU) OR ID + ID + QI #### 9 = S = QI #### A = O = (IU, DU) + QI #### B = HE = (IU, DU) OR ID + (IU, DU) #### C = T = UQ + (IU, DU) OR ID + (IU, DU) #### D = V = UQ #### E = I = I #### F = U = I++ OR Q-- #### G = Q = Q 我得到一个结论，肽展公式的推导(C=I+D)比数字逻辑的推导(C=U+D+D)更准确。 ###开始线性整理 #### 元基数字 = 元基符号= 肽展公式元基数字变换 #### 0 = D = DD #### E = I = I #### F = U = I++ OR Q-- #### G = Q = Q #### 1 = C = ID #### 3 = E = IU, DU #### 4 = H = (IU, DU) OR ID #### D = V = UQ #### 9 = S = QI #### 2 = P = (IU, DU) + ID #### A = O = (IU, DU) + QI #### 5 = HC = ((IU, DU) OR ID) + ID #### B = HE = ((IU, DU) OR ID) + (IU, DU) #### 8 = M = ((IU, DU) OR ID) + ID + QI #### 7 = A = UQQI #### 6 = X = UQ + ((IU, DU) OR ID) + ID #### C = T = UQ + ((IU, DU) OR ID) + (IU, DU) ###线性整理优化 #### 元基数字 = 元基符号= 肽展公式元基数字变换 #### 0 = D = DD #### E = I = I #### F = U = I++ OR Q-- #### G = Q = Q #### 1 = C = ID #### 3 = E = IU, DU #### 4 = H = (IU, DU) OR ID #### 5 = HC = ((IU, DU) OR ID) + ID #### B = HE = ((IU, DU) OR ID) + (IU, DU) #### D = V = UQ #### 9 = S = QI #### 2 = P = (IU, DU) + ID #### A = O = (IU, DU) + QI #### 7 = A = UQQI #### 8 = M = ((IU, DU) OR ID) + ID + QI #### 6 = X = UQ + ((IU, DU) OR ID) + ID #### C = T = UQ + ((IU, DU) OR ID) + (IU, DU) ### 我推导出语义元基的次序为 #### A O P M - T X H DD - V E C S - I D U Q ### 现在的元基数字逻辑次序为 #### M X T - P O A - C E H HC HE V S - D I U Q ###酸碱肽展开归纳如下 #### 元基数字 = 元基符号= 肽展公式元基数字变换 = (肽概率展开数字逻辑集合) #### 0 = D = DD =(D, DD) #### E = I = I =(I) #### F = U = I++ OR Q-- =(I, Q) #### G = Q = Q =(Q) #### 1 = C = ID =(ID) #### 3 = E = IU, DU =(IU, DU) #### 4 = H = (IU, DU) OR ID =(IU, DU, ID) #### D = V = UQ =(UQ) #### 9 = S = QI =(QI) #### 2 = P = (IU, DU) + ID =(IUID, DUID) #### 5 = HC = ((IU, DU) OR ID) + ID =(IUID, DUID, IDID) #### B = HE = ((IU, DU) OR ID) + (IU, DU) =(IUIU, IUDU, DUIU, DUDU, IDIU, IDDU) #### A = O = (IU, DU) + QI =(IUQI, DUQI) #### 7 = A = UQQI =(UQQI) #### 8 = M = ((IU, DU) OR ID) + ID + QI =(IUIDQI, DUIDQI, IDIDQI) #### 6 = X = UQ + ((IU, DU) OR ID) + ID =(UQIUID, UQDUID, UQIDID) #### C = T = UQ + ((IU, DU) OR ID) + (IU, DU) =(UQIUIU, UQIUDU, UQDUIU, UQDUDU, UQIDIU, UQIDDU) ### 归纳后的元基数字逻辑次序为 #### M X T - P HC HE O A - C E H V S - D I U Q ### 归纳后的元基数字活性次序为 #### T X M - HE HC O P A - H E C V S - U D I Q ### 准备应用于养疗经DNA视觉进行简单验证下，优化后用于DNA数据库的数字层计算。 在这次序表中D在I的前面，于是我准备修正C=ID为DI，于是如下： ### 修正C后的最新肽展计算公式观测 #### 元基数字 = 元基符号= 肽展公式元基数字变换 = (肽概率展开数字逻辑集合) #### 0 = D = DD =(D, DD) #### E = I = I =(I) #### F = U = I++ OR Q-- =(I, Q) #### G = Q = Q =(Q) #### 1 = C = DI =(DI) #### 3 = E = IU, DU =(IU, DU) #### 4 = H = (IU, DU) OR DI =(IU, DU, DI) #### D = V = UQ =(UQ) #### 9 = S = QI =(QI) #### 2 = P = (IU, DU) + DI =(IUDI, DUDI) #### 5 = HC = ((IU, DU) OR DI) + DI =(IUDI, DUDI, DIDI) #### B = HE = ((IU, DU) OR DI) + (IU, DU) =(IUIU, IUDU, DUIU, DUDU, DIIU, DIDU) #### A = O = (IU, DU) + QI =(IUQI, DUQI) #### 7 = A = UQQI =(UQQI) #### 8 = M = ((IU, DU) OR DI) + DI + QI =(IUDIQI, DUDIQI, DIDIQI) #### 6 = X = UQ + ((IU, DU) OR DI) + DI =(UQIUDI, UQDUDI, UQDIDI) #### C = T = UQ + ((IU, DU) OR DI) + (IU, DU) =(UQIUIU, UQIUDU, UQDUIU, UQDUDU, UQDIIU, UQDIDU) #### 继续跟进了下在离散数学中 H = (IU, DU) OR DI= (IU, DU) + DI= IUDI, DUDI, 上面的肽展公式在 离散数学中可以继续展开如下 #### 元基数字 = 元基符号= 肽展公式元基数字变换 = (肽概率展开数字逻辑集合) #### 0 = D = DD =(D, DD) #### E = I = I =(I) #### F = U = I++ OR Q-- =(I, Q) #### G = Q = Q =(Q) #### 1 = C = DI =(DI) #### 3 = E = IU, DU =(IU, DU) #### 4 = H = (IU, DU) OR DI =(IU, DU, DI) OR (IUDI, DUDI) #### D = V = UQ =(UQ) #### 9 = S = QI =(QI) #### 2 = P = (IU, DU) + DI =(IUDI, DUDI) #### 5 = HC = ((IU, DU) OR DI) + DI =(IUDI, DUDI, DIDI) OR (IUDIDI, DUDIDI) #### B = HE = ((IU, DU) OR DI) + (IU, DU) =(IUIU, IUDU, DUIU, DUDU, DIIU, DIDU) OR (IUDIIU, IUDIDU, DUDIIU, DUDIDU) #### A = O = (IU, DU) + QI =(IUQI, DUQI) #### 7 = A = UQQI =(UQQI) #### 8 = M = ((IU, DU) OR DI) + DI + QI =(IUDIQI, DUDIQI, DIDIQI) OR (IUDIDIQI, DUDIDIQI) #### 6 = X = UQ + ((IU, DU) OR DI) + DI =(UQIUDI, UQDUDI, UQDIDI) OR (UQIUDIDI, UQDUDIDI) #### C = T = UQ + ((IU, DU) OR DI) + (IU, DU) =(UQIUIU, UQIUDU, UQDUIU, UQDUDU, UQDIIU, UQDIDU) OR (UQIUDIIU, UQIUDIDU, UQDUDIIU, UQDUDIDU) #### 似乎开始完美。于是活性顺序又打乱了，再整理下如下： #### 元基数字 = 元基符号= 肽展公式元基数字变换 = (肽概率展开数字逻辑集合) #### 1位 ##### E = I = I =(I) ##### F = U = I++ OR Q-- =(I, Q) ##### G = Q = Q =(Q) #### 1~2位 ##### 0 = D = DD =(D, DD) #### 2位 ##### 1 = C = DI =(DI) ##### 3 = E = IU, DU =(IU, DU) ##### D = V = UQ =(UQ) ##### 9 = S = QI =(QI) #### 2~4位 ##### 4 = H = (IU, DU) OR DI =(IU, DU, DI) OR (IUDI, DUDI) #### 4位 ##### 2 = P = (IU, DU) + DI =(IUDI, DUDI) ##### A = O = (IU, DU) + QI =(IUQI, DUQI) ##### 7 = A = UQQI =(UQQI) #### 4~6位 ##### 5 = HC- = ((IU, DU) OR DI) + DI =(IUDI, DUDI, DIDI) OR (IUDIDI, DUDIDI) ##### B = HE+ = ((IU, DU) OR DI) + (IU, DU) =(IUIU, IUDU, DUIU, DUDU, DIIU, DIDU) OR (IUDIIU, IUDIDU, DUDIIU, DUDIDU) #### 6~8位 ##### 8 = M = ((IU, DU) OR DI) + DI + QI =(IUDIQI, DUDIQI, DIDIQI) OR (IUDIDIQI, DUDIDIQI) ##### 6 = X = UQ + ((IU, DU) OR DI) + DI =(UQIUDI, UQDUDI, UQDIDI) OR (UQIUDIDI, UQDUDIDI) ##### C = T = UQ + ((IU, DU) OR DI) + (IU, DU) =(UQIUIU, UQIUDU, UQDUIU, UQDUDU, UQDIIU, UQDIDU) OR (UQIUDIIU, UQIUDIDU, UQDUDIIU, UQDUDIDU) #### C还是 = DI 次序， 所以上一步的公式不用变动。 ### 整理后： #### 元基活性次序为 #### 我得到一个结论：IDQ 是稳定元基， UH是活性元基.（2021024 结论更新， IQ是稳定元基， DUH是活性元基） #### 归纳出核心 ##### 黄嘌呤：用于肽展换元 计算 ##### 变嘧啶：用于 血氧峰 计算 ##### 胞嘧啶：用于 补码 计算 #### 肽展公式参考： ##### AOPM VECS IDUQ 肽展公式推导与元基编码进化计算以及它的应用发现 1.2.2 国家软著申请 流水号 <2020Z11L0356797> 国作登字 2021-A-00942587 (中华人民共和国 国家版权局) ##### AOPM-VECS-IDUQ Catalytic INITONS PDE LAW and Its Application ##### https://gitee.com/DetaChina/collection-of-papers-by-deta/blob/master/%E8%91%97%E4%BD%9C%E6%9D%83%E7%89%88%E6%9C%ACPDE_Formular_1_2_2.pdf ##### https://github.com/yaoguangluo/Deta_Resource/blob/master/%E8%91%97%E4%BD%9C%E6%9D%83%E7%89%88%E6%9C%ACPDE_Formular_1_2_2.pdf #### 元基命名参考： ##### <见类人DNA与 神经元基于催化算子映射编码方式 V_1.2.2版本国家软著申请 流水号 <2020Z11L0333706> ##### https://gitee.com/DetaChina/collection-of-papers-by-deta/blob/master/DNA%20%E7%BC%96%E7%A0%81%E6%96%B9%E5%BC%8F1.2.2%20%E4%B8%AD%E8%AF%91%E8%8B%B1%E6%B7%B7%E5%90%88%E7%89%88.pdf ##### https://github.com/yaoguangluo/Deta_Resource/blob/master/DNA%20%E7%BC%96%E7%A0%81%E6%96%B9%E5%BC%8F1.2.2%20%E4%B8%AD%E8%AF%91%E8%8B%B1%E6%B7%B7%E5%90%88%E7%89%88.pdf #### DNA 催化 与 肽展计算 和 AOPM-TXH-VECS-IDUQ 元基解码 V013_026中文版本 国家著作申请 流水号 <2020Z11L0386462> 国作登字 2021-A-00942586 (中华人民共和国 国家版权局) ##### https://github.com/yaoguangluo/Deta_Resource/blob/master/DNA%20Initon%20解码%20013026软著申请中文最终版本.pdf ##### https://gitee.com/DetaChina/collection-of-papers-by-deta/blob/master/DNA%20Initon%20解码%20013026软著申请中文最终版本.pdf ##### https://gitee.com/DetaChina/collection-of-papers-by-deta/blob/master/DNA%20Initon%20解码%20013026软著申请中文最终版本%20修正'食'字.pdf ##### https://github.com/yaoguangluo/Deta_Resource/blob/master/DNA%20Initon%20解码%20013026软著申请中文最终版本%20修正'食'字.pdf #### 元基欧拉环计算参考： ##### https://gitee.com/DetaChina/dna_-db/blob/master/Initon_Math/org/math/initon/ouler/FindOulerRing.java #### 双元罗盘参考： ##### 多人著作(罗瑶光, 罗荣武) DNA元基催化与肽计算第二卷 养疗经应用研究 20210305 国家著作申请 流水号 <2021Z11L1057159> ##### https://gitee.com/DetaChina/collection-of-papers-by-deta/blob/master/罗瑶光-DNA催化与肽计算第二卷20210305.pdf ##### https://github.com/yaoguangluo/Deta_Catalytic_DNA/blob/master/罗瑶光-DNA催化与肽计算第二卷20210305.pdf 走到这，元基数学 公式表已经出来了，下一步就开始简单应用。 #### Yaoguang.Luo #### 罗瑶光 ##### 正在 将 eclipse 的工程往 idea上 部署调试。看了下 license， 教育版是侵权版本。 又改回eclipse