package com.slibra.common.enums; public class BusinessEnum { /** * 登录的用户类型【前后台隔离】： 0后端 1前端 2小程序 */ public enum LoginUserTypeEnum { front(0, "前端"), background(1, "后端"), applet(2, "小程序"), ; private final int code; private final String msg; LoginUserTypeEnum(int code, String msg) { this.code = code; this.msg = msg; } public int getCode() { return code; } public String getMsg() { return msg; } } /** * 告警类型枚举 */ public enum WarningCategoryEnum { //水质报警 CS_COD("出水COD", "出水COD"), CS_SS("出水SS", "出水SS"), CS_ZD("出水总氮", "出水总氮"), CS_ZL("出水总磷", "出水总磷"), CS_AD("出水氨氮", "出水氨氮"), JS_COD("进水COD", "进水COD"), JS_SS("进水SS", "进水SS"), JS_ZD("进水总氮", "进水总氮"), JS_ZL("进水总磷", "进水总磷"), JS_AD("进水氨氮", "进水氨氮"), //----2024年7月11日17:25:11 新增的 化验室报警类型---- ROBOT_XSY_1("#1好氧硝酸盐", "#1好氧硝酸盐"), ROBOT_XSY_2("#2好氧硝酸盐", "#2好氧硝酸盐"), ROBOT_ECCZLSY("二沉池正磷酸盐", "二沉池正磷酸盐"), ROBOT_ANDAN_1("#1氨氮", "#1氨氮"), ROBOT_ANDAN_2("#2氨氮", "#2氨氮"), ROBOT_CS_AD("出水氨氮连续检测", "出水氨氮连续检测"), //2024年7月26日11:11:06 氨氮报警（两个池子）合成一个出水氨氮 CS_AD //生化报警 NHLB("内回流比", "内回流比"), WHLB("外回流比", "外回流比"), WNND("污泥浓度", "污泥浓度"), WNFH("污泥负荷", "污泥负荷"), TDB("碳氮比", "碳氮比"), TLB("碳磷比", "碳磷比"), BODCODB("BOD比COD", "BOD比COD"), YYQDO("厌氧区DO", "厌氧区DO"), QYQDO("缺氧区DO", "缺氧区DO"), HYQDO_ONE("好氧区DO#1", "好氧区DO#1"), HYQDO_TWO("好氧区DO#2", "好氧区DO#2"), QSB("气水比", "气水比"), CS_COD_YC("出水COD", "出水COD"), CS_SS_YC("出水SS", "出水SS"), CS_TN_YC("出水总氮", "出水总氮"), CS_TP_YC("二沉池正磷酸盐", "二沉池正磷酸盐"), CS_AD_YC("出水氨氮", "出水氨氮"), CS_XSY_1_YC("1号好氧池硝酸盐", "1号好氧池硝酸盐"), CS_XSY_2_YC("2号好氧池硝酸盐", "2号好氧池硝酸盐"), WNND_MLSS_1("污泥浓度MLSS#1", "污泥浓度MLSS#1"), WNND_MLSS_2("污泥浓度MLSS#2", "污泥浓度MLSS#2"), HFXWNNDZB("挥发性污泥浓度占比（MLVSS/MLSS）", "挥发性污泥浓度占比（MLVSS/MLSS）"), ECC_BMFH("二沉池表面负荷", "二沉池表面负荷"), ECC_GTFH("二沉池固体负荷", "二沉池固体负荷"), FCXSL("反冲洗水量", "反冲洗水量"), QYCXSY_1("#1缺氧硝酸盐 ", "#1缺氧硝酸盐"), QYCXSY_2("#2缺氧硝酸盐", "#2缺氧硝酸盐"), QYAD_1("#1缺氧氨氮", "#1缺氧氨氮"), QYAD_2("#2缺氧氨氮", "#2缺氧氨氮"), ; private final String code; private final String msg; WarningCategoryEnum(String code, String msg) { this.code = code; this.msg = msg; } public String getCode() { return code; } public String getMsg() { return msg; } } /** * 大模型返回结果类型枚举 */ public enum BigModelBizEnum { OK("OK", "正常结束"), ERROR("ERROR", "出现错误"), DECISION_ALERT("DECISION_ALERT", "弹窗类型"), DECISION_DEBUGGER("DECISION_DEBUGGER", "中间过程"), DECISION_REPORT("DECISION_REPORT", "最终的输出结果"), DECISION_SIMULATE("DECISION_SIMULATE", "仿真推荐值"), ; private final String code; private final String msg; BigModelBizEnum(String code, String msg) { this.code = code; this.msg = msg; } public String getCode() { return code; } public String getMsg() { return msg; } } /** * * 展示单位相关的枚举 * */ public enum BigModelUnitEnum { PERCENT("%", "%"), MG_L("mg/L", "mg/L"), KGBOD_KGMLSS_D("kgBOD/(kgMLSS·d)", "kgBOD/(kgMLSS·d)"), M3_M3("m³/m³", "m³/m³"), M3_M2_H("m³/(m²·h)", "m³/(m²·h)"), KG_M2_D("kg/(m²·d)", "kg/(m²·d)"), NULL("", ""), ; private final String code; private final String msg; BigModelUnitEnum(String code, String msg) { this.code = code; this.msg = msg; } public String getCode() { return code; } public String getMsg() { return msg; } } /** * 预测调用参数枚举 */ public enum BigModelForecastEnum { ZLSY("zlsy", "zlsy"), XSY1("xsy1", "xsy1"), XSY2("xsy2", "xsy2"), TN("tn", "tn"), COD("cod", "cod"), SS("ss", "ss"), NH3("nh3", "nh3"), TP("tp", "tp"), QYXSY1("qyxsy1", "qyxsy1"), QYXSY2("qyxsy2", "qyxsy2"), QYNH31("qynh31", "qynh31"), QYNH32("qynh32", "qynh32"), ; private final String code; private final String msg; BigModelForecastEnum(String code, String msg) { this.code = code; this.msg = msg; } public String getCode() { return code; } public String getMsg() { return msg; } } /** * * 区分来源的报警类型枚举 * */ public enum BigModelWarningTypeRemarkEnum { ZERO_SZ_WARNING("0", "水质报警"), ONE_SH_WARNING("1", "生化报警"), TWO_YC_WARNING("2", "预测预警"), THREE_HYS_WARNING("3", "化验室报警"), ; private final String code; private final String msg; BigModelWarningTypeRemarkEnum(String code, String msg) { this.code = code; this.msg = msg; } public String getCode() { return code; } public String getMsg() { return msg; } } /** * * 智能投药请求参数枚举 * * 0：进水流量 * * 1：#1好氧池硝酸盐 * * 2：#2好氧池硝酸盐 * * 3：#1缺氧池氨氮 * * 4：#2缺氧池氨氮 * * 5：进水COD * * 6：进水总氮 * * 7：碳源投加量 * */ public enum SmartAddMedicineReqEnum { JSLL(0, "进水流量"), HY_1_XSY(1, "#1好氧池硝酸盐"), HY_2_XSY(2, "#2好氧池硝酸盐"), QY_1_AD(3, "#1缺氧池氨氮"), QY_2_AD(4, "#2缺氧池氨氮"), JSCOD(5, "进水COD"), JSTN(6, "进水总氮"), TYTJL(7, "碳源投加量"), ; private final int code; private final String msg; SmartAddMedicineReqEnum(int code, String msg) { this.code = code; this.msg = msg; } public int getCode() { return code; } public String getMsg() { return msg; } } /** * * 数据来源枚举 * */ public enum DataSourceEnum { YB("YB", "仪表"), HY("HY", "化验"), YC("YC", "预测"), ; private final String code; private final String msg; DataSourceEnum(String code, String msg) { this.code = code; this.msg = msg; } public String getCode() { return code; } public String getMsg() { return msg; } } /** * 大模型返回结果类型枚举 */ public enum CarbonExtraTeypEnum { ZERO(0, "外加碳源矿化产生的化石源CO₂碳排放量"), ONE(1, "固定式能源燃料消耗产生的碳排放量"), TWO(2, "污水处理阶段药剂消耗产生的碳排放量"), THREE(3, "热泵技术-替碳量"), FOUR(4, "污泥厌氧消化沼气利用的替碳量"), FIVE(5, "污泥焚烧或热解热能利用的替碳量"), ; private final int code; private final String msg; CarbonExtraTeypEnum(int code, String msg) { this.code = code; this.msg = msg; } public int getCode() { return code; } public String getMsg() { return msg; } } /** * * 数据来源枚举 * */ public enum AiChatReqEnum { water_info("water_info", "基于userId关联用户所在小区的停水信息"), water_loc_info("water_loc_info", "基于用户输入的小区信息，查询停水信息"), user_info("user_info", "基于userid查询用户户号信息"), user_phone_info("user_phone_info", "基于用户输入手机号信息查询用户户号信息"), fee_info("fee_info", "基于userId查询水费信息"), fee_user_info("fee_user_info", "基于用户输入输入户号查询水费信息"), meter_owner_phone("meter_owner_phone", "通过手机号查询抄表员手机号和小区名称"), meter_owner_neighbour("meter_owner_neighbour", "通过小区名称查询抄表员手机号和小区名称"), water_all("water_all", "查询当前正在停水的所有公告（小区按照字符串拼接返回）"), ; private final String code; private final String msg; AiChatReqEnum(String code, String msg) { this.code = code; this.msg = msg; } public String getCode() { return code; } public String getMsg() { return msg; } } }