📄 dtree.c
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/*0x26*/ {0x6211, (unsigned char *)(EPlsWdth_Dtr+0x8000), 0x7065, 0x02}, //0 //输出脉冲宽度 NNNN
/*0x27*/ {0x6310, (unsigned char *)(ETmZnCnt_Dtr+0x8000), 0x1028, 0x01}, //0 //年时区数P NN ≤4
/*0x28*/ {0x6311, (unsigned char *)(ETmSctTblCnt_Dtr+0x8000), 0x1029, 0x01}, //0 //日时段表数Q NN ≤5
/*0x29*/ {0x6312, (unsigned char *)(ETmSctCnt_Dtr+0x8000), 0x102A, 0x01}, //0 //日时段（每日切换数） NN ≤12
/*0x2a*/ {0x6313, (unsigned char *)(ETarCnt_Dtr+0x8000), 0x102B, 0x01}, //0 //费率数 NN ≤4
/*0x2b*/ {0x6314, (unsigned char *)(EHldyCnt_Dtr+0x8000), 0x1000, 0x01}, //0 //公共假日数N NN ≤10
/*0x2c*/ {0x631f, (unsigned char *)(0x27+0x4000), 0x10B0, 0x05}, //0 //数据块（扩展）
/*0x2d*/ {0x6512, (unsigned char *)(ELdRcdIt1_Dtr+0x8000), 0x102E, 0x02}, //0 //1类负荷记录间隔时间 mmmm min
/*0x2e*/ {0x6513, (unsigned char *)(ELdRcdIt2_Dtr+0x8000), 0x102F, 0x02}, //0 //2类负荷记录间隔时间 mmmm min
/*0x2f*/ {0x6514, (unsigned char *)(ELdRcdIt3_Dtr+0x8000), 0x1030, 0x02}, //0 //3类负荷记录间隔时间 mmmm min
/*0x30*/ {0x6515, (unsigned char *)(ELdRcdIt4_Dtr+0x8000), 0x1031, 0x02}, //0 //4类负荷记录间隔时间 mmmm min
/*0x31*/ {0x6516, (unsigned char *)(ELdRcdIt5_Dtr+0x8000), 0x1032, 0x02}, //0 //5类负荷记录间隔时间 mmmm min
/*0x32*/ {0x6517, (unsigned char *)(ELdRcdIt6_Dtr+0x8000), 0x1033, 0x02}, //0 //6类负荷记录间隔时间 mmmm min
/*0x33*/ {0x6518, (unsigned char *)(ELdRcdIt7_Dtr+0x8000), 0x1000, 0x02}, //0 //7类负荷记录间隔时间 mmmm min
/*0x34*/ {0x651f, (unsigned char *)(0x2D+0x4000), 0x1046, 0x0E}, //0 //数据块（扩展）
/*0x35*/ {0x6720, (unsigned char *)(EUnVltJgStart_V_Dtr+0x8000), 0x1036, 0x02}, //0 //失压启动电压 NNN.N
/*0x36*/ {0x6721, (unsigned char *)(EUnVltJgEnd_V_Dtr+0x8000), 0x1037, 0x02}, //0 //失压恢复电压 NNN.N
/*0x37*/ {0x6722, (unsigned char *)(EUnVltJgStart_I_Dtr+0x8000), 0x1038, 0x02}, //0 //失压启动电流 N.NNN
/*0x38*/ {0x6723, (unsigned char *)(EUnCurtJgStart_I_Dtr+0x8000), 0x1039, 0x02}, //0 //失流启动平均值阀值 NNNN%IB
/*0x39*/ {0x6724, (unsigned char *)(EUnCurtJg_Blance_Dtr+0x8000), 0x1000, 0x02}, //0 //失流不平衡率 NNNN%
/*0x3a*/ {0x672f, (unsigned char *)(0x35+0x4000), 0x0001, 0x0A}, //0 //数据块（扩展）
/*0x3b*/ {0x8010, (unsigned char *)(EPwrTtl_Dtr+0x8000), 0x703C, 0x04}, //0 //当前有功总电能（正+反） XXXXXX.XX kWh
/*0x3c*/ {0x8011, (unsigned char *)(EPwrTar1_Dtr+0x8000), 0x703D, 0x04}, //0 //当前费率1有功电能（正+反） XXXXXX.XX kWh
/*0x3d*/ {0x8012, (unsigned char *)(EPwrTar2_Dtr+0x8000), 0x703E, 0x04}, //0 //当前费率2有功电能（正+反） XXXXXX.XX kWh
/*0x3e*/ {0x8013, (unsigned char *)(EPwrTar3_Dtr+0x8000), 0x703F, 0x04}, //0 //当前费率3有功电能（正+反） XXXXXX.XX kWh
/*0x3f*/ {0x8014, (unsigned char *)(EPwrTar4_Dtr+0x8000), 0x7000, 0x04}, //0 //当前费率4有功电能（正+反） XXXXXX.XX kWh
/*0x40*/ {0x801f, (unsigned char *)(0x3B+0x4000), 0x70A1, 0x14}, //0 //当前总电能数据块
/*0x41*/ {0x8110, (unsigned char *)(ELPwrTtl_Dtr+0x8000), 0x7042, 0x04}, //0 //上月有功总电能（正+反） XXXXXX.XX kWh
/*0x42*/ {0x8111, (unsigned char *)(ELPwrTar1_Dtr+0x8000), 0x7043, 0x04}, //0 //上月费率1有功电能（正+反） XXXXXX.XX kWh
/*0x43*/ {0x8112, (unsigned char *)(ELPwrTar2_Dtr+0x8000), 0x7044, 0x04}, //0 //上月费率2有功电能（正+反） XXXXXX.XX kWh
/*0x44*/ {0x8113, (unsigned char *)(ELPwrTar3_Dtr+0x8000), 0x7045, 0x04}, //0 //上月费率3有功电能（正+反） XXXXXX.XX kWh
/*0x45*/ {0x8114, (unsigned char *)(ELPwrTar4_Dtr+0x8000), 0x7000, 0x04}, //0 //上月费率4有功电能（正+反） XXXXXX.XX kWh
/*0x46*/ {0x811f, (unsigned char *)(0x41+0x4000), 0x70D4, 0x14}, //0 //上月总电能数据块
/*0x47*/ {0x8210, (unsigned char *)(ELLPwrTtl_Dtr+0x8000), 0x7048, 0x04}, //0 //上上月有功总电能（正+反） XXXXXX.XX kWh
/*0x48*/ {0x8211, (unsigned char *)(ELLPwrTar1_Dtr+0x8000), 0x7049, 0x04}, //0 //上上月费率1有功电能（正+反） XXXXXX.XX kWh
/*0x49*/ {0x8212, (unsigned char *)(ELLPwrTar2_Dtr+0x8000), 0x704A, 0x04}, //0 //上上月费率2有功电能（正+反） XXXXXX.XX kWh
/*0x4a*/ {0x8213, (unsigned char *)(ELLPwrTar3_Dtr+0x8000), 0x704B, 0x04}, //0 //上上月费率3有功电能（正+反） XXXXXX.XX kWh
/*0x4b*/ {0x8214, (unsigned char *)(ELLPwrTar4_Dtr+0x8000), 0x7000, 0x04}, //0 //上上月费率4有功电能（正+反） XXXXXX.XX kWh
/*0x4c*/ {0x821f, (unsigned char *)(0x47+0x4000), 0x7007, 0x14}, //0 //上上月总电能数据块
/*0x4d*/ {0x8831, (unsigned char *)(EOutputMd_MltPt_Dtr+0x8000), 0x1050, 0x01}, //0 //多功能端子输出方式
/*0x4e*/ {0x8b30, (unsigned char *)(EVltTopCheckSt_Dtr+0x8000), 0x104F, 0x01}, //0 //最低合格电压上限 NN %
/*0x4f*/ {0x8b31, (unsigned char *)(EVltBotCheckSt_Dtr+0x8000), 0x1050, 0x01}, //0 //最低合格电压下限 NN %
/*0x50*/ {0x8b32, (unsigned char *)(EVltTopUPCheckSt_Dtr+0x8000), 0x1051, 0x01}, //0 //最低考核电压上限 NN %
/*0x51*/ {0x8b33, (unsigned char *)(EVltBotDNCheckSt_Dtr+0x8000), 0x1000, 0x01}, //0 //最低考核电压下限 NN %
/*0x52*/ {0x8b3f, (unsigned char *)(0x4E+0x4000), 0x1039, 0x04}, //0 //数据块（扩展）
/*0x53*/ {0x9010, (unsigned char *)(EPPwrTtl_Dtr+0x8000), 0x7054, 0x04}, //0 //(当前)正向有功总电能(+A) XXXXXXXX.XX kWh
/*0x54*/ {0x9011, (unsigned char *)(EPPwrTar1_Dtr+0x8000), 0x7055, 0x04}, //0 //(当前)费率1正向有功电能 XXXXXXXX.XX kWh
/*0x55*/ {0x9012, (unsigned char *)(EPPwrTar2_Dtr+0x8000), 0x7056, 0x04}, //0 //(当前)费率2正向有功电能 XXXXXXXX.XX kWh
/*0x56*/ {0x9013, (unsigned char *)(EPPwrTar3_Dtr+0x8000), 0x7057, 0x04}, //0 //(当前)费率3 正向有功电能 XXXXXXXX.XX kWh
/*0x57*/ {0x9014, (unsigned char *)(EPPwrTar4_Dtr+0x8000), 0x7000, 0x04}, //0 //(当前)费率4正向有功电能 XXXXXXXX.XX kWh
/*0x58*/ {0x901f, (unsigned char *)(0x53+0x4000), 0x705E, 0x14}, //0 //(当前)正向有功电能数据块
/*0x59*/ {0x9020, (unsigned char *)(ENPwrTtl_Dtr+0x8000), 0x705A, 0x04}, //0 //(当前)反向有功总电能(-A) XXXXXX.XX kWh
/*0x5a*/ {0x9021, (unsigned char *)(ENPwrTar1_Dtr+0x8000), 0x705B, 0x04}, //0 //(当前)费率1反向有功电能 XXXXXX.XX kWh
/*0x5b*/ {0x9022, (unsigned char *)(ENPwrTar2_Dtr+0x8000), 0x705C, 0x04}, //0 //(当前)费率2反向有功电能 XXXXXX.XX kWh
/*0x5c*/ {0x9023, (unsigned char *)(ENPwrTar3_Dtr+0x8000), 0x705D, 0x04}, //0 //(当前)费率3反向有功电能 XXXXXX.XX kWh
/*0x5d*/ {0x9024, (unsigned char *)(ENPwrTar4_Dtr+0x8000), 0x7000, 0x04}, //0 //(当前)费率4反向有功电能 XXXXXX.XX kWh
/*0x5e*/ {0x902f, (unsigned char *)(0x59+0x4000), 0x7000, 0x14}, //0 //(当前)反向有功电能数据块
/*0x5f*/ {0x9050, (unsigned char *)(EL1_DjSt_PwrTl_Dtr+0x8000), 0x7060, 0x04}, //0 //进入冬季正向有功总电量
/*0x60*/ {0x9051, (unsigned char *)(EL1_DjSt_PwrTar1_Dtr+0x8000), 0x7061, 0x04}, //0 //进入冬季正向有功尖电量
/*0x61*/ {0x9052, (unsigned char *)(EL1_DjSt_PwrTar2_Dtr+0x8000), 0x7062, 0x04}, //0 //进入冬季正向有功峰电量
/*0x62*/ {0x9053, (unsigned char *)(EL1_DjSt_PwrTar3_Dtr+0x8000), 0x7063, 0x04}, //0 //进入冬季正向有功平电量
/*0x63*/ {0x9054, (unsigned char *)(EL1_DjSt_PwrTar4_Dtr+0x8000), 0x7064, 0x04}, //0 //进入冬季正向有功谷电量
/*0x64*/ {0x9055, (unsigned char *)(EL1_DjSt_Tm_Dtr+0x8000), 0x7000, 0x03}, //0 //进入冬季时间
/*0x65*/ {0x905f, (unsigned char *)(0x5F+0x4000), 0x706C, 0x17}, //0 //进入冬季数据块（扩展）
/*0x66*/ {0x9060, (unsigned char *)(EL1_DjEnd_PwrTl_Dtr+0x8000), 0x7067, 0x04}, //0 //退出冬季正向有功总电量
/*0x67*/ {0x9061, (unsigned char *)(EL1_DjEnd_PwrTar1_Dtr+0x8000), 0x7068, 0x04}, //0 //退出冬季正向有功尖电量
/*0x68*/ {0x9062, (unsigned char *)(EL1_DjEnd_PwrTar2_Dtr+0x8000), 0x7069, 0x04}, //0 //退出冬季正向有功峰电量
/*0x69*/ {0x9063, (unsigned char *)(EL1_DjEnd_PwrTar3_Dtr+0x8000), 0x706A, 0x04}, //0 //退出冬季正向有功平电量
/*0x6a*/ {0x9064, (unsigned char *)(EL1_DjEnd_PwrTar4_Dtr+0x8000), 0x706B, 0x04}, //0 //退出冬季正向有功谷电量
/*0x6b*/ {0x9065, (unsigned char *)(EL1_DjEnd_Tm_Dtr+0x8000), 0x7000, 0x03}, //0 //退出冬季时间
/*0x6c*/ {0x906f, (unsigned char *)(0x66+0x4000), 0x7073, 0x17}, //0 //退出冬季数据块（扩展）
/*0x6d*/ {0x9070, (unsigned char *)(EL1_XjSt_PwrTl_Dtr+0x8000), 0x706E, 0x04}, //0 //进入夏季正向有功总电量
/*0x6e*/ {0x9071, (unsigned char *)(EL1_XjSt_PwrTar1_Dtr+0x8000), 0x706F, 0x04}, //0 //进入夏季正向有功尖电量
/*0x6f*/ {0x9072, (unsigned char *)(EL1_XjSt_PwrTar2_Dtr+0x8000), 0x7070, 0x04}, //0 //进入夏季正向有功峰电量
/*0x70*/ {0x9073, (unsigned char *)(EL1_XjSt_PwrTar3_Dtr+0x8000), 0x7071, 0x04}, //0 //进入夏季正向有功平电量
/*0x71*/ {0x9074, (unsigned char *)(EL1_XjSt_PwrTar4_Dtr+0x8000), 0x7072, 0x04}, //0 //进入夏季正向有功谷电量
/*0x72*/ {0x9075, (unsigned char *)(EL1_XjSt_Tm_Dtr+0x8000), 0x7000, 0x03}, //0 //进入夏季时间
/*0x73*/ {0x907f, (unsigned char *)(0x6D+0x4000), 0x707A, 0x17}, //0 //进入夏季数据块（扩展）
/*0x74*/ {0x9080, (unsigned char *)(EL1_XjEnd_PwrTl_Dtr+0x8000), 0x7075, 0x04}, //0 //退出夏季正向有功总电量
/*0x75*/ {0x9081, (unsigned char *)(EL1_XjEnd_PwrTar1_Dtr+0x8000), 0x7076, 0x04}, //0 //退出夏季正向有功尖电量
/*0x76*/ {0x9082, (unsigned char *)(EL1_XjEnd_PwrTar2_Dtr+0x8000), 0x7077, 0x04}, //0 //退出夏季正向有功峰电量
/*0x77*/ {0x9083, (unsigned char *)(EL1_XjEnd_PwrTar3_Dtr+0x8000), 0x7078, 0x04}, //0 //退出夏季正向有功平电量
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