```mermaid
flowchart TD
    A(["开始"])
    B["点击同意服务条款"]
    C{"是否已同意服务条款"}
    D["手机号一键登录"]
    E["本机手机号码一键登录"]
    F["输入手机号码登录"]
    G{"输入号码是否正确"}
    H["输入验证码"]
    I{"验证码是否正确"}
    J["登录成功"]
    K["登录成功"]
    L(["结束"])

    A --> B
    B --> C
    C -->|Y| D
    C -->|N| B
    D -->|Y| E
    D -->|Y| F
    E --> J
    F --> G
    G -->|N| F
    G -->|Y| H
    H -->|Y| I
    I -->|N| H
    I -->|Y| K
    J --> L
    K --> L
```

```mermaid
flowchart TD
    A(["开始"])
    B["点击同意服务条款"]
    C{"是否已同意服务条款"}
    D["微信登陆"]
    E["允许不背单词APP申请使用"]
    F["拒绝不背单词APP申请使用"]
    G["登录成功"]
    H["登陆失败, 返回登录页面"]
    I(["结束"])

    A --> B
    B --> C
    C -->|Y| D
    C -->|N| B
    D -->|Y| E
    D -->|Y| F
    E --> G
    F --> H
    G --> I
    H --> I
```

```mermaid
flowchart TD
    A(["开始"])
    B["点击同意服务条款"]
    C{"是否已同意服务条款"}
    D["第三方登陆"]
    E["密码登录"]
    F["微博登录"]
    G["QQ登录"]
    H["输入昵称/邮箱/ID, 密码"]
    I{"用户名或密码是否正确"}
    J["登录成功"]
    K["确定登录"]
    L["取消"]
    M["登录成功"]
    N["登录失败, 返回登录页面"]
    O["同意登录"]
    P["切换账号"]
    Q["取消"]
    R["登录成功"]
    S["同意登录"]
    T["登录成功"]
    U["登录失败, 返回登录页面"]
    V(["结束"])

    A --> B
    B --> C
    C -->|Y| D
    C -->|N| B
    D -->|Y| E
    D -->|Y| F
    D -->|Y| G
    E --> H
    H --> I
    I -->|N| H
    I -->|Y| J
    F --> K
    F --> L
    K --> M
    L --> N
    G --> O
    G --> P
    G --> Q
    O --> R
    P --> S
    Q --> U
    S --> T
    J --> V
    M --> V
    N --> V
    R --> V
    T --> V
    U --> V
```


### 白酒生产工艺流程图

```mermaid
flowchart TD
    subgraph ide1 [ ]
        A["原料"]
        B["粉碎"]
        C["润料"]
        D["配料"]
        E@{shape: text, label: "回收利用"}
        F@{shape: text, label: "废物"}
        G@{shape: text, label: "监控温度"}
        H@{shape: text, label: "检验"}
        I@{shape: text, label: "控制粉碎度"}
        J@{shape: text, label: "控制时间"}
        K["稻壳"]
        L["清蒸"]
        M@{shape: text, label: "蒸汽"}
        N["酒醅"]
        O["大渣"]
        P["二渣"]
        Q["回糟"]
        R["蒸馏"]
        S["酒（分段摘酒）"]
        T@{shape: text, label: "检验"}
        U["入库"]
        V["回活"]
        W["糊化"]
        X@{shape: text, label: "蒸汽"}
        Y["凉渣"]
        Z@{shape: text, label: "扔糟、冷却水"}
        AA@{shape: text, label: "回收利用"}
        AB@{shape: text, label: "软化水"}
        AC@{shape: text, label: "加曲、糖化酶、干酵母"}
        AD@{shape: text, label: "验证"}
        AE@{shape: text, label: "监控水分、温度、淀粉、酸度"}
        AF["入窖发酵"]
        AG["发酵管理"]
        AH["出窖"]
    end
    AI["检测品评"]
    AJ["合并贮存"]
    AK["勾兑混合"]
    AL@{shape: text, label: "加配料、软化水"}
    AM["过滤"]
    subgraph ide2 [ ]
        AN["贮存"]
        AO@{shape: text, label: "检验"}
        AP["灌装"]
        AQ["验质"]
        AR@{shape: text, label: "瓶盖"}
        AS@{shape: text, label: "检验"}
        AT["压盖"]
        AU["烘干"]
        AV["酒瓶"]
        AW["洗瓶"]
        AX["冲瓶"]
        AY@{shape: text, label: "废水"}
        AZ@{shape: text, label: "次酒回收"}
        BA["打印码"]
        BB["贴标"]
        BC["检验"]
        BD["装封盒"]
        BE["装封箱"]
        BF["入库"]
        BG@{shape: text, label: "验证"}
        BH@{shape: text, label: "纸盒"}
        BI@{shape: text, label: "纸箱"}
        BJ@{shape: text, label: "检验"}
    end

        A --> B
        B --> C
        B -.-> F
        C --> D
        D --> R
        F -.-> E
        G --> D
        H --> B
        H --> K
        I --> B
        J --> L
        K --> L
        L -.-> D
        M -.-> R
        N --> O
        N --> P
        N --> Q
        O --> D
        O --> R
        P --> D
        P --> R
        Q --> R
        R --> S
        R --> V
        R -.-> Z
        R --> W
        S --> U
        T --> U
        U --> AI
        V --> Y
        W -->|控制时间| Y
        X -.-> W
        Y --> AF
        Z -.-> AA
        AB -.-> AF
        AC -.-> AF
        AD -.-> AF
        AE --> AF
        AF --> AG
        AG --> AH
        AH --> N
    AI --> AJ
    AJ --> AK
    AL -.-> AK
    AK --> AM
    AM --> AN
        AN --> AP
        AO --> AP
        AP --> AQ
        AQ --> AT
        AQ --> AZ
        AR -.-> AT
        AS --> AT
        AT --> AU
        AU --> BA
        AV --> AW
        AW --> AX
        AX --> AY
        AX --> AP
        BA --> BB
        BB --> BC
        BC --> BD
        BD --> BE
        BE --> BF
        BG --> BH
        BG --> BI
        BH --> BD
        BI --> BE
        BJ --> BF

    style ide1 stroke-dasharray:5 5
    style ide2 stroke-dasharray:5 5
```


```mermaid
flowchart TD
    A(["开始"])
    B["审批及付款流程"]
    C@{ shape: subproc, label: "1、检查余额，提交内部付款申请" }
    D@{ shape: subproc, label: "2、审核是否合理" }
    E{"是/否"}
    F@{ shape: subproc, label: "3、上报内部付款申请" }
    G@{ shape: subproc, label: "4、检查A公司内部存款余额是否充足" }
    H{"是/否"}
    I@{ shape: subproc, label: "5、划转A公司资金到B公司账户" }
    J@{ shape: subproc, label: "6、划转A公司资金到B公司账户" }
    K@{ shape: subproc, label: "7、收到账务处理通知单" }
    L@{ shape: subproc, label: "8、账务处理" }
    M@{ shape: subproc, label: "7、收到账务处理通知单" }
    N["审批及付款流程"]
    O(["完成"])

    A --> B
    B --> C
    C --> D
    D --> E
    E -->|否| C
    E -->|是| F
    F --> G
    G --> H
    H -->|是| I
    H -->|否| F
    I --> J
    J --> K
    K --> L
    J --> M
    M --> N
    L --> O
    N --> O

    linkStyle 4,9 stroke:red
```


```mermaid
flowchart TD
    A["美团外卖流程图"]
    B["进入首页面"]
    C["登录账号"]
    D["选择地区"]
    E["选择商品"]
    F("选择店铺")
    G["店铺中选择菜品"]
    H["确定订单"]
    I["10分钟内支付"]
    J["10分钟后支付"]
    K["进入支付详情页面"]
    L["订单超时-购买失败"]
    M["打折+非打折"]
    N["打折菜品"]
    O["非打折菜品"]
    P["可以使用满减优惠和优惠券"]
    Q("进入支付页面")
    R@{shape: text, label: "微信"}
    S@{shape: text, label: "支付宝"}
    T@{shape: text, label: "花呗"}
    U("输入密码")
    V["密码正确"]
    W["密码错误"]
    X["超过3次"]
    Y["交易完成"]
    Z["提示重新输入"]
    AA["准时宝"]
    AB["提示找回密码按钮"]
    AC["有准时宝"]
    AD["没有准时宝"]
    AE["进入找回密码页面"]
    AF["超过规定时间送餐"]
    AG["未超过规定时间送餐"]
    AH["修改密码"]
    AI["赔付超时金额"]
    AJ["不赔付超时金额"]
    AK("收货")
    AL@{shape: text, label: "评价"}
    AM@{shape: text, label: "退餐"}

    A ---B
    B --- C
    C --- D
    D --- E
    E --- F
    F --- G
    G --- H
    H --- I
    H --- J
    I --- K
    J --- L
    L -.->G
    K --- M
    K --- N
    K --- O
    O --- P
    P --- Q
    Q---R
    Q---S
    Q---T
    R---U
    S---U
    T---U
    U --- V
    U --- W
    W---X
    V --- Y
    Y --- AA
    W --- Z
    X --- AB
    Z -.-> U
    AA --- AC
    AA --- AD
    AB --- AE
    AE --- AH
    AH-.->U
    AC --- AF
    AC --- AG
    AD -.-> AK
    AF --- AI
    AG --- AJ
    AI --- AK
    AJ --- AK
    AK --- AL
    AK --- AM
```


```mermaid
flowchart TD
    A("研究框架")
    B["提出问题"]
    C["分析问题"]
    D["解决问题"]
    E["影响机理研究"]
    F["产业链重构路径"]
    G["政策建议"]
    H("研究内容")
    subgraph ide1 [" "]
        I("全球创新趋势、创新力测度与国际比较研究")
        subgraph ide2 [" "]
            J("创新趋势")
            K("前沿学科")
            L("专利分布")
            M("人员交流")
            N("产业应用")
        end
        subgraph ide3 [" "]
            O("创新力测度")
            P("“科学-技术-产业”<br>横向价值链横向")
            Q("“实力-效力”<br>纵向价值链")
        end
        subgraph ide4 [" "]
            R("国际比较")
            S("地位指数")
            T("参与度指数")
            U("竞争优势与劣势")
        end
    end
    subgraph ide5 [" "]
        V("全球创新产业链的识别、解构与风险防范研究")
        subgraph ide6 [" "]
            W("产业链识别与解构")
            X("产业链关节环节")
            Y("产业网络结构")
            Z("产业关联特征")
            AA("产业链波及影响")
            AB("产业链结构特征")
            AC("为产业链重构提供现实依据")
        end
        subgraph ide7 [" "]
            AD("产业链断链风险防范与化解")
            AE("上游原料寡头垄断")
            AF("加工工艺不先进")
            AG("设计软件对外依赖度高")
            AH("加工设备自给率低")
            AI("上下游供需不匹配")
            AJ("构建风险监测预警体系")
            AK("提出产业链重构最优路径")
        end
    end
    subgraph ide8 [" "]
        AL("全球创新产业链重构路径及影响机理研究")
        subgraph ide9 [" "]
            AM("市场需求")
            AN("产业链依存度")
            AO("技术创新")
            AP("国家政策")
            AQ("国际竞争与制裁")
            AR("影响因素")
            AS("价值链+供需链+空间链")
            AT("影响机理")
            AU("产业链重构影响机理")
            AV("分工边界拓展")
            AW("研发与交易成本变化")
            AX("价值分配转移")
            AY("供求关系变化")
        end
        subgraph ide10 [" "]
            subgraph ide11 [" "]
                AZ("产业链重构三要素")
                BA("价值重构")
                BB("组织重构")
                BC("空间重构")
            end
            subgraph ide12 [" "]
                BD("半导体产业链重构模式与路径")
                BE("全球产业链价值链联动")
                BF("产业链升级")
                BG("全球产业链生态系统")
                BH("产业链横纵向拓展")
                BI("国产化替代")
                BJ("区域价值链合作")
            end
        end
    end
    subgraph ide13 [" "]
        BK("我国创新产业政策优化与评价研究")
        BL("产业政策发展历程及成效")
        BM("产业政策评价体系")
        BN("产业政策优化")
    end
    BO("研究方法")
    BP["知识图谱<br>专利计量<br>技术预见<br>区块聚类<br>多维创新指数"]
    BQ["复杂网络模型<br>层级分析法<br>ABM模型<br>压力测试<br>Agent仿真模拟"]
    BR["多元Logi<br>Probit<br>Tobit等模型<br>DSGE模型<br>中心外围模型<br>案例分析"]
    BS["SCP模型<br>SWOT分析<br>SPACE矩阵<br>PMC指数模型"]

    A ==> B
    B ==> C
    C ==> D
    D ==> E
    E ==> F
    F ==> G
    H ~~~ ide1
    J ~~~ K
    K ~~~ L
    L ~~~ M
    M ~~~ N
    O ~~~ P
    P ~~~ Q
    R ~~~ S
    S ~~~ T
    T ~~~ U
    ide1 ~~~ ide5
    ide2 ==> ide3
    ide3 ==> ide4
    X --> AB
    Y --> AB
    Z --> AB
    AA --> AB
    AB --> AC
    AE --> AJ
    AF --> AJ
    AG --> AJ
    AH --> AJ
    AI --> AJ
    AJ --> AK
    ide5 ~~~ ide8
    AM --> AR
    AN --> AR
    AO --> AR
    AP --> AR
    AQ --> AR
    AR --> AS
    AS --> AU
    AV --> AT
    AW --> AT
    AX --> AT
    AY --> AT
    AT --> AS
    ide9 --> ide10
    ide11 ==> ide12
    ide8 ~~~ ide13
    AZ ~~~ BA
    BA ~~~ BB
    BB ~~~ BC
    BD ~~~ BE
    BD ~~~ BF
    BE ~~~ BF
    BE ~~~ BG
    BG ~~~ BH
    BG ~~~ BI
    BF ~~~ BH
    BH ~~~ BJ
    BI ~~~ BJ
    BL ==> BM
    BM ==> BN
    BO ==> BP
    BP ==> BQ
    BQ ==> BR
    BR ==> BS

    style ide1 stroke-dasharray: 5 5
    style ide2 stroke-dasharray:5 5,stroke-linejoin:round,rx:15,ry:15
    style ide3 stroke-dasharray:5 5,stroke-linejoin:round,rx:15,ry:15
    style ide4 stroke-dasharray:5 5,stroke-linejoin:round,rx:15,ry:15
    style ide5 stroke-dasharray: 5 5
    style ide6 stroke-dasharray:5 5,stroke-linejoin:round,rx:15,ry:15
    style ide7 stroke-dasharray:5 5,stroke-linejoin:round,rx:15,ry:15
    style ide8 stroke-dasharray: 5 5
    style ide9 stroke-dasharray:5 5,stroke-linejoin:round,rx:15,ry:15
    style ide10 stroke-dasharray:5 5,stroke-linejoin:round,rx:15,ry:15
    style ide11 stroke-dasharray:5 5,stroke-linejoin:round,rx:15,ry:15
    style ide12 stroke-dasharray:5 5,stroke-linejoin:round,rx:15,ry:15
    style ide13 stroke-dasharray: 5 5
```


### （2）办税员领取、缴销发票工作流程

```mermaid
flowchart TD
    A["到国家税务局索取发票领用表"]
    B["填写申请内容"]
    C["持相关资料往发票科领取发票"]
    D["因某种原因停票,索取暂停供应发票通知单"]
    E["往所属核税科核税员处登记"]
    F["填写发票检查报告"]
    G["核税员出发票检查报告意见"]
    H["核税科科长意见"]
    I["税务局局长意见"]
    J["电脑科解锁"]
    K["领票窗口领票"]
    L@{shape: text, label: "以下程序同正常情况"}
    M["发票科领购窗口领票"]
    N["领购电脑发票"]
    O["领购手工发票"]
    P["电脑科将相关资料输入IC卡"]
    Q["使用完后缴销"]
    R["加盖税务登记号地址电话条形章"]
    S["60天内缴销"]

    A --> B
    B --> C
    C -->|非正常情况| D
    C -->|正常情况| M
    D --> E
    E --> F
    F --> G
    G --> H
    H --> I
    I --> J
    J --> K
    K --> L
    M --> N
    M --> O
    N --> P
    P --> Q
    O --> R
    R --> S
```


```mermaid
flowchart TD
    A("客户")
    B("业务员")
    C["价格接受, 提供发运资料"]
    D["报关资料"]
    E["船公司订舱获取订单号"]
    F["提备件木箱;组织人员提车(国贸)"]
    G[/"报关行"/]
    H["海关查验集装箱"]
    I["报放单"]
    J["报关资料核对"]
    K["订舱确认出具盖章保函"]
    L("业务员")
    M{核对费用, 同客户公司结账}
    N["包含盖章, 单据核对, 报关资料核对"]
    O["报放单"]
    P("客户")
    Q["保函盖章截单件重尺下货纸"]
    R["船公司"]
    S["正本提单或电放保函"]
    T["港口"]
    U["装柜"]
    V["发运"]

    A -->|询价| B
    B -->|报价| A
    A --> C
    C --> B
    B --> D
    B --> E
    B --> F
    D --> G
    E --> G
    E --> K
    F --> U
    D --> H
    D --> K
    G --> J
    J --> G
    H --> I
    I --> L
    K --> L
    L --> M
    L --> N
    N --> L
    L --> O
    N --> P
    P --> N
    L --> Q
    Q --> R
    R --> S
    R --> T
    S --> L
    O --> P
    U --> T
    T --> V
```


### 客服售前操作流程

```mermaid
flowchart TD
    A("售前操作流程")
    B("未下单前咨询")
    C("下单后咨询")
    D("静默催付款")
    E("以上三种情况 都需要简单、亲切、影响深刻的问候语(前二种最好使用干牛自动回复) 后者使用快捷短语")
    F("店铺活动介绍")
    G("催付快捷短语(亲切、简单、订单时间关闭时间、及间付款的好处、及买家还有什么顾虑) 催付不要超过2次")
    H("正面、耐心、仔细、及时的回复买家提出的所有问题(必须20秒内回复) 不清楚的问题一定要问 不能随意回复或不确定的回复 聊天过程中少用否定词 多用亲切语气气 (期间可推荐其它宝贝)")
    I("如买家旺旺回复")
    J("提醒付款发货时间及快递时效、合作快递")
    K("买家如有特殊要求 咱们能满足的 尽量满足并备注跟踪好")
    L("买家需修改地址 正确的地址必须按正确的格式备注 如已经出单的订单需按要求操作拦截修改")
    M("核对收件信息")
    N("完美的结束祝福语(整个沟通过程下来保证最后一条聊天记录是咱们客服的)")

    A --> B
    A --> C
    A --> D
    B --> E
    C --> E
    D --> E
    E --> F
    E --> G
    E --> H
    F --> H
    G --> I
    H --> J
    H --> K
    H --> L
    I --> H
    J --> K
    J --> M
    K --> M
    L --> N
    M --> L
    M --> N
```


```mermaid
flowchart TD
    A("禄劝县乌东德水电站库区移民后期可持续生计研究")
    B("研究设计")
    C("查阅国内外文献研究情况, 搜集相关资料")
    D("核心概念支持和重点理论基础研究")
    E("核心概念")
    F("重要理论")
    G@{shape: text, label: "库区移民"}
    H@{shape: text, label: "生计"}
    I@{shape: text, label: "可持续生计理论及框架"}
    J@{shape: text, label: "新公共服务理论"}
    K@{shape: text, label: "人口迁移理论"}
    subgraph ide1[" "]
        L("研究方法")
        M("文献研究法")
        N("问卷调查法")
        O("实地访谈法")
        P("案例分析法")
    end
    Q("研究实施")
    R("实地调研")
    S("获取政府公开信息, 到负责库区移民的政府部门进行调研")
    T("到禄劝县乌东德镇新村安置点进行实地调研")
    U@{shape: text, label: "对搬迁户进行问卷调查"}
    V@{shape: text, label: "访谈移民搬迁户"}
    W@{shape: text, label: "访谈政策执行人员"}
    X("数据收集分析")
    Y("对获取的调查数据、问卷调查和访谈的结果进行归纳整理")
    Z("运用可持续生计分析框架, 分析移民搬迁前后生活水平情况的差异")
    AA("研究分析")
    AB("根据调研结果, 查找禄劝县乌东德水电站库区移民可持续生计中存在的问题")
    AC("剖析存在的问题的成因, 并进行反思")
    AD("提出优化禄劝县乌东德库区移民可持续生计的对策")
    AE("得出结论, 撰写论文")

    A ==> C
    A ==> C
    B --> C
    B --> D
    B --> Q
    B --> ide1
    D --- E
    D --- F
    E --> G
    E --> H
    F --> I
    F --> J
    F --> K
    L --> M
    L --> N
    L --> O
    L --> P
    Q --> R
    Q --> X
    Q --> AA
    R --- S
    R --- T
    T --> U
    T --> V
    T --> W
    X <==> Y
    Y <==> Z
    AA --> AB
    AA --> AC
    AA --> AD
    AA --> AE
    AD ==> AE

    style ide1 stroke:#666,stroke-width:2px,stroke-dasharray:5 5
    style Z stroke:#666,stroke-width:2px,stroke-dasharray:5 5
```


```mermaid
flowchart TD
    A@{shape: text, label: "综述"}
    B@{shape: text, label: "公共艺术接受理论认知及模型构建"}
    C@{shape: text, label: "模型评价分析"}
    D@{shape: text, label: "策略应用"}
    E@{shape: text, label: "结论、创新与展望"}
    subgraph ide1 [" "]
        F["绪论"]
    end
    subgraph ide2 [" "]
        G["理论基础"]
        H["接受美学"]
        I["知觉现象学"]
        J["景观美学"]
        K["环境行为学"]
        L["公共艺术接受影响机制模型构建"]
        M["公共艺术接受效应"]
        N["公共艺术景观环境特征"]
        O["公众行为模式"]
    end
    subgraph ide3 [" "]
        P["分析实证"]
        Q["公共艺术接受效应评价分析"]
        R["评价指标体系构建"]
        S["接受效应评价分析"]
        T["公共艺术景观环境特征因子提取与评价分析"]
        U["景观环境因子提取"]
        V["景观环境量化分析"]
        W["影响机制模型路径及中介效应评价分析"]
        X["中介效应检验分析"]
        Y["影响路径评价分析"]
    end
    subgraph ide4 [" "]
        Z["策略应用"]
        AA["公共艺术CMP景观设计策略"]
        AB["景观设计原则"]
        AC["景观设计策略"]
        AD["景观设计模式"]
        AE["案例实证研究"]
    end
    subgraph ide5 [" "]
        AF["结论"]
        AG["主要研究结论"]
        AH["主要创新点"]
        AI["研究展望"]
    end

    A -.-> ide1
    B -.-> ide2
    C -.-> ide3
    D -.-> ide4
    E -.-> ide5
    F --> G
    G --> H
    G --> I
    G --> J
    G --> K
    H --> L
    I ~~~ L
    J ~~~ L
    K --> L
    L --> M
    L --> N
    M --- O
    L --> O
    ide2 --> ide3
    P --> Q
    P ~~~ T
    P --> W
    Q --> R
    Q --> S
    T --> U
    T --> V
    W --> X
    W --> Y
    Q --- W
    ide3 --> ide4
    Z --> AA
    AA --> AB
    AA ~~~ AC
    AA --> AD
    AB --> AE
    AC ~~~ AE
    AD --> AE
    ide4 --> ide5
    AF --> AG
    AF ~~~ AH
    AF --> AI

    style ide1 fill:color:#000,stroke-dasharray: 5
    style ide2 fill:color:#000,stroke-dasharray: 5
    style ide3 fill:color:#000,stroke-dasharray: 5
    style ide4 fill:color:#000,stroke-dasharray: 5
    style ide5 fill:color:#000,stroke-dasharray: 5
```


### 财务处报账流程图

```mermaid
flowchart TD
    A("经办人持经相关负责人审批的原始单据到财务处")
    B{"报销金额是否超过3万元"}
    C["填制大额资金审批单（财务处网站”资源下载”）"]
    D["907室财务处处长审核签字"]
    E{"是否是公务卡业务"}
    F["到105室2号窗口查询、签章"]
    G{"是否需要入固定资产、低值易耗"}
    H["见固定资产、低值易耗品流程图"]
    I("根据经费本及业务性质")
    J["104室核算科"]
    K["103室基建财务科"]
    L["104室后勤财务科"]
    M["教学部门会计"]
    N["行政部门会计"]
    O["科研会计（含医疗费）"]
    P["学科等综合会计（含图书馆、学生社区）"]
    Q["零星修缮报销"]
    R["基建部门经费基建工程报销"]
    S["工会、基金会党费经费报销"]
    T["后勤处"]
    U["幼儿园"]
    V["校医院"]
    W["翕苑餐厅"]
    X["生活服务中心"]
    Y["校园管理中心"]
    Z["水电暖运行中心"]
    AA["会计审核原始单据无误，制单，签章，登记经费本，核对余额"]
    AB["业务报销流程见后勤零星修缮"]
    AC["报销流程见基建财务"]
    AD["党费经费流程见工会、基金会"]
    AE["104室6号窗口"]
    AF["104室7号窗口"]
    AG["会计审核原始单据无误，制单，签章，登记经费本，核对余额"]
    AH["报账人在记账凭证经办人处签字;在结算单领交款处签字"]
    AI["科长复核、签章（107室7号窗口制单到6号复核：其余窗口到1号复核）"]
    AJ["报账人持结算单到105室资金结算科"]
    AK["105室2号窗口公务卡业务"]
    AL["105室3号窗口银行存款业务"]
    AM["105室4号窗口现金业务"]
    AN("结束")

    A -->|①| B
    B -->|②<br>是| C
    B -->|否| E
    C --> D
    D --> E
    E -->|③<br>是| F
    E -->|否| G
    F --> G
    G -->|是| H
    G -->|④<br>否| I
    I --> J
    I --> K
    I --> L
    J --> M
    J --> N
    J --> O
    J --> P
    K --> Q
    K --> R
    K --> S
    L --> T
    L --> U
    L --> V
    L --> W
    L --> X
    L --> Y
    L --> Z
    M -->|⑤| AA
    N -->|⑤| AA
    O -->|⑤| AA
    P -->|⑤| AA
    Q --> AB
    R --> AC
    S --> AD
    T --> AE
    U --> AE
    V --> AE
    W --> AF
    X --> AF
    Y --> AF
    Z --> AF
    AA -->|⑥| AH
    AE -->|⑤| AG
    AF -->|⑤| AG
    AG -->|⑥| AH
    AH -->|⑦| AI
    AI -->|⑧| AJ
    AJ -->|⑨| AK
    AJ -->|⑨| AL
    AJ -->|⑨| AM
    AK --> AN
    AL --> AN
    AM --> AN
```


```mermaid
flowchart TD
    A(["开始"])
    B{"产品or项目"}
    C["市场调研"]
    D@{shape: doc, label: "行业竞品分析<br>商业模式/卖点分析"}
    E["产品技术可行性讨论"]
    F["产品立项"]
    G["选定产品负责人"]
    H["组建产品团队"]
    I["项目/产品启动会"]
    J(["结束"])
    K["前期沟通"]
    L@{shape: doc, label: "商务标"}
    M@{shape: doc, label: "技术标"}
    N["招投标"]
    O@{shape: doc, label: "项目经理竞聘表"}
    P["选定项目经理"]
    Q@{shape: doc, label: "项目计划成本估算"}
    R["组建项目团队"]
    S(["开始"])
    T["开展需求调研工作"]
    U["编写需求分析报告"]
    V@{shape: doc, label: "需求分析报告初稿系统原型"}
    W["制作系统原型"]
    X{"需求内部评审"}
    Y{"总经理评审"}
    Z["需求初定"]
    AA["系统功能分解"]
    AB@{shape: doc, label: "系统功能架构图<br>业务流程图"}
    AC["业务流程梳理"]
    AD{"甲方需求评审"}
    AE["需求定稿"]
    AF@{shape: doc, label: "需求确认说明书"}
    AG["数据库设计"]
    AH@{shape: doc, label: "数据库设计报告"}
    AI@{shape: doc, label: "接口设计报告"}
    AJ["接口设计"]
    AK["系统开发框架选择"]
    AL["技术定稿"]
    AM["UI设计系统页面"]
    AN{"页面内部评审"}
    AO["设计定稿"]
    AP@{shape: doc, label: "系统设计报告"}
    AQ{"甲方设计评审"}
    AR(["结束"])
    AS["产品经理全程参与此阶段并与项目经理共同把关"]

    A --> B
    B -->|产品| C
    C ~~~ D
    C --> E
    E --> F
    F --> G
    G --> H
    H --> I
    I --> J
    B -->|项目| K
    K --> N
    N ~~~ L
    N ~~~ M
    N -->|中标后| P
    F -.- O
    O -.-> P
    P --> R
    G -.- Q
    R --> I
    S --> T
    T --> U
    U ~~~ V
    T --> W
    U --> X
    W --> X
    N -->|主要参考依据| X
    X -->|通过| Y
    Y --> Z
    Z --> AA
    AA ~~~ AB
    Z --> AC
    AA --> AD
    AC --> AD
    AD -->|不通过| T
    Y -->|不通过| T
    X -->|不通过| T
    AD --> AE
    AE --- AF
    AF -->|根据定稿需求调整时间计划| Q
    AE --> AG
    AG ~~~ AH
    AG ~~~ AI
    AE --> AJ
    AE --> AK
    AG --> AL
    AJ --> AL
    AK --> AL
    AL --> AM
    AM --> AN
    AN --> AO
    AO ~~~ AP
    AO --> AQ
    AN -->|不通过| AM
    AQ -->|不通过| AM
    AQ --> AR
    S -.- AS
    AS -.- AR

    style A fill:#fdfaf0,stroke:#333
    style B fill:#ffffff,stroke:#333
    style C fill:#c8e6c9,stroke:#333
    style D fill:#ce93d8,stroke:#333
    style E fill:#fcd0a1,stroke:#333
    style F fill:#e53935,stroke:#333,color:#000000
    style G fill:#e53935,stroke:#333,color:#000000
    style H fill:#fcd0a1,stroke:#333
    style I fill:#ffeb3b,stroke:#d32f2f,stroke-width:2px
    style J fill:#fdfaf0,stroke:#333
    style K fill:#c8e6c9,stroke:#333
    style L fill:#c8e6c9,stroke:#333
    style M fill:#fcd0a1,stroke:#333
    style N fill:#c8e6c9,stroke:#333
    style O fill:#ffeb3b,stroke:#333
    style P fill:#e53935,stroke:#333,color:#000000
    style Q fill:#ffeb3b,stroke:#333
    style R fill:#fcd0a1,stroke:#333
    style S fill:#fdfaf0,stroke:#333
    style T fill:#ffeb3b,stroke:#333
    style U fill:#ffeb3b,stroke:#333
    style V fill:#ffeb3b,stroke:#333
    style W fill:#ffeb3b,stroke:#333,stroke-dasharray: 4 4
    style X fill:#fcd0a1,stroke:#d95f02
    style Y fill:#d32f2f,stroke:#d32f2f,stroke-width:2px,stroke-dasharray: 5 5,color:#000000
    style Z fill:#ffeb3b,stroke:#333
    style AA fill:#ffeb3b,stroke:#333
    style AB fill:#ffeb3b,stroke:#333
    style AC fill:#ffeb3b,stroke:#333
    style AD fill:#ffeb3b,stroke:#333
    style AE fill:#ffeb3b,stroke:#d32f2f,stroke-width:2px
    style AF fill:#ffeb3b,stroke:#333
    style AG fill:#ffeb3b,stroke:#333
    style AH fill:#ffeb3b,stroke:#333
    style AI fill:#ffeb3b,stroke:#333
    style AJ fill:#ffeb3b,stroke:#333
    style AK fill:#fcd0a1,stroke:#333
    style AL fill:#fcd0a1,stroke:#d32f2f,stroke-width:2px
    style AM fill:#00ff00,stroke:#333,stroke-dasharray: 4 4
    style AN fill:#fcd0a1,stroke:#d95f02
    style AO fill:#ffeb3b,stroke:#d32f2f,stroke-width:2px
    style AP fill:#ffeb3b,stroke:#333
    style AQ fill:#ffeb3b,stroke:#333,stroke-dasharray: 4 4
    style AR fill:#fdfaf0,stroke:#333
    style AS fill:#ce93d8,stroke:#6a1b9a,stroke-width:2px,stroke-dasharray: 5 5
```

```mermaid
flowchart TD
    A(["开始"])
        subgraph id1 [ ]
        B@{shape: doc, label: "项目计划"}
        C@{shape: doc, label: "数据库表结构"}
        D@{shape: doc, label: "功能架构图"}
        E@{shape: doc, label: "UI设计"}
        F@{shape: doc, label: "需求分析报告"}
        G@{shape: doc, label: "系统设计报告"}
        H@{shape: doc, label: "接口设计图"}
    end
    I["分配功能模块到人"]
    J["确定各功能模块完成时间"]
    K@{shape: doc, label: "功能模块完成时间计划表"}
    L["模块1<br>模块2<br>模块3<br>模块4&lt/br&gt<br>..."]
    M["分模块开发"]
    N["功能模块单元测试"]
    O{"审查各模块完成情况"}
    P{"审查项目整体进度"}
    Q["系统集成"]
    R["集成测试"]
    S["开发完成"]
    T@{shape: doc, label: "源代码"}
    U{"总经理评审"}
    V(["结束"])
    W(["开始"])
    X["编写测试用例"]
    Y@{shape: doc, label: "测试用例"}
    Z["制定测试计划"]
    AA@{shape: doc, label: "测试计划"}
    AB{"运维组测试系统功能"}
    AC["反馈给项目经理"]
    AD["开发人员修改问题"]
    AE["开发人员复测功能"]
    AF["测试完成"]
    AG["编写测试报告"]
    AH@{shape: doc, label: "测试报告"}
    AI(["结束"])

    A --> I
    id1 -->|参考依据| I
    I --> J
    J ~~~ K
    J --> L
    L --> M
    M --> N
    N --> O
    O -->|质量/进度不合格| M
    O --> P
    P -->|进度落后项目，重新调整《功能模块完成时间计划表》，项目组成员加班追赶进度| J
    P --> Q
    Q --> R
    R --> S
    S ~~~ T
    S --> U
    U -->|通过| V
    U -->|评审不通过，系统功能修改| M
    W --> X
    X ~~~ Y
    X --> Z
    Z ~~~ AA
    Z --> AB
    O -->|大型项目可分模块交由运维组测试| AB
    O -->|bug| AC
    AC --> AD
    AD --> AE
    AE --> AB
    AB -->|测试通过| AF
    AF --> AG
    AG ~~~ AH
    AG --> AI

    style A fill:#fdfaf0,stroke:#333
    style B fill:#fff,stroke:#333
    style C fill:#fff,stroke:#333
    style D fill:#fff,stroke:#333
    style E fill:#fff,stroke:#333,stroke-dasharray: 4 4
    style F fill:#fff,stroke:#333
    style G fill:#fff,stroke:#333
    style H fill:#fff,stroke:#333
    style I fill:#ffeb3b,stroke:#333
    style J fill:#ffeb3b,stroke:#333
    style K fill:#ffeb3b,stroke:#333
    style L fill:#fff,stroke:#333
    style M fill:#00ff00,stroke:#333
    style N fill:#00ff00,stroke:#333
    style O fill:#ffeb3b,stroke:#333
    style P fill:#fcd0a1,stroke:#d95f02
    style Q fill:#ffeb3b,stroke:#333
    style R fill:#ffeb3b,stroke:#333
    style S fill:#ffeb3b,stroke:#32f2f,stroke-width:2px
    style T fill:#ffeb3b,stroke:#333
    style U fill:#d32f2f,stroke:#d32f2f,stroke-dasharray: 5 5,color:#000000
    style V fill:#fdfaf0,stroke:#333
    style W fill:#fdfaf0,stroke:#333
    style X fill:#ffeb3b,stroke:#333
    style Y fill:#ffeb3b,stroke:#333
    style Z fill:#6baed6,stroke:#333
    style AA fill:#6baed6,stroke:#333
    style AB fill:#6baed6,stroke:#333
    style AC fill:#ffeb3b,stroke:#333
    style AD fill:#00ff00,stroke:#333
    style AE fill:#00ff00,stroke:#333
    style AF fill:#6baed6,stroke:#d32f2f,stroke-width:2px
    style AG fill:#6baed6,stroke:#333
    style AH fill:#6baed6,stroke:#333
    style AI fill:#fdfaf0,stroke:#333
    style id1 fill:#fdfaf0,stroke:#333
```

```mermaid
flowchart TD
    A(["开始"])
    B["系统硬件环境部署"]
    C["系统软件环境部署"]
    D["系统正式环境测试"]
    E["系统试运行"]
    F["系统培训"]
    G@{shape: doc, label: "培训资料"}
    subgraph id1 [ ]
        H["验收材料准备"]
        I["项目验收"]
    end
    J@{shape: doc, label: "验收报告"}
    K["市场部协助"]
    L["项目总结"]
    M(["项目结束"])

    A --> B
    B --> C
    C --> D
    D --> E
    E --> F
    F ~~~ G
    F --> H
    H --> I
    I ~~~ J
    id1 --- K
    I --> L
    L --> M

    style A fill:#fdfaf0,stroke:#333
    style B fill:#6baed6,stroke:#333
    style C fill:#ffeb3b,stroke:#333
    style D fill:#6baed6,stroke:#333
    style E fill:#ffeb3b,stroke:#333
    style F fill:#ffeb3b,stroke:#333
    style G fill:#ffeb3b,stroke:#333
    style H fill:#ffeb3b,stroke:#333
    style I fill:#ffeb3b,stroke:#d32f2f,stroke-width:2px
    style J fill:#ffeb3b,stroke:#333
    style K fill:#c8e6c9,stroke:#333
    style L fill:#ffeb3b,stroke:#333
    style M fill:#fdfaf0,stroke:#333
```

```mermaid
flowchart TD
    A(["开始"])
    B["客户反馈问题收集"]
    C@{shape: doc, label: "问题收集清单"}
    D{"运维组评估"}
    E["运维组内部处理"]
    F{"软件部评估"}
    G["开发人员修改"]
    H["运维组测试"]
    I@{shape: doc, label: "运维记录"}
    J["更新系统操作手册"]
    K@{shape: doc, label: "新版操作手册"}
    L(["结束"])

    A --> B
    B ~~~ C
    B --> D
    D -->|数据类、简单功能修改| E
    D -.->|系统功能模块重做| F
    F -.->|小问题| E
    F -.->|大问题| G
    E --> H
    G --> H
    H ~~~ I
    H --> J
    J ~~~ K
    J --> L

    style A fill:#fdfaf0,stroke:#333
    style B fill:#6baed6,stroke:#333
    style C fill:#6baed6,stroke:#333
    style D fill:#6baed6,stroke:#333
    style E fill:#6baed6,stroke:#333
    style F fill:#fcd0a1,stroke:#d95f02,stroke-dasharray: 5 5
    style G fill:#00ff00,stroke:#333,stroke-dasharray: 5 5
    style H fill:#6baed6,stroke:#333
    style I fill:#6baed6,stroke:#333
    style J fill:#6baed6,stroke:#333
    style K fill:#6baed6,stroke:#333
    style L fill:#fdfaf0,stroke:#333
```

```mermaid
flowchart TD
    A@{shape: text, label: "图例"}
    B["总经理决策"]
    C["软件部经理负责"]
    D["市场部负责"]
    E["数据一部运维组负责"]
    F["产品经理负责"]
    G["项目经理负责"]
    H["开发人员"]
    I["可省略"]
    J["关键节点"]
    K@{shape: doc, label: "文档"}

    A ~~~ B
    B ~~~ C
    C ~~~ D
    D ~~~ E
    E ~~~ F
    F ~~~ G
    G ~~~ H
    H ~~~ I
    I ~~~ J
    J ~~~ K

    style B fill:#e53935,stroke:#333
    style C fill:#fcd0a1,stroke:#333
    style D fill:#c8e6c9,stroke:#333
    style E fill:#6baed6,stroke:#333
    style F fill:#ce93d8,stroke:#333
    style G fill:#ffeb3b,stroke:#333
    style H fill:#00ff00,stroke:#333
    style I fill:#ffffff,stroke:#333,stroke-dasharray: 5 5
    style J fill:#ffffff,stroke:#d32f2f,stroke-width:2px
    style K fill:#ffffff,stroke:#333
```


```mermaid
flowchart TD
    A["临床GDM病例"]
    B["BMI"]
    C["OGTT血糖水平<br>胰岛素水平"]
    D["血清apoA-I、ApoB、载脂蛋白水平"]
    E["血脂水平"]
    F["血清中FGF21, adiponectin等脂肪细胞因子的水平"]
    G["apoA-I在GDM中与胰岛素抵抗, 脂蛋白水平以及FGF21的相关性"]
    H["机制研究"]
    subgraph ide1 [" "]
        I["GDM动物模型实验"]
        J["对照"]
        K["apoA-I"]
        L["apoA-I+FGF21抑制剂"]
        M["ApoA-I+FGF21激动剂"]
        subgraph ide2 [" "]
            N["空腹血糖"]
            O["fast insclim"]
            P["OGTT"]
            Q["IVGTT"]
            R["IVIFT"]
        end
        S["血浆"]
        T["脂肪组织"]
        subgraph ide3 [" "]
            U["FGF21水平<br>血脂水平<br>载脂蛋白水平"]
            V["RT-qPCR WB<br>免疫荧光 油红染色<br>富集代谢通路分析"]
        end
        subgraph ide4 [" "]
            W["ELISA<br>生化检测<br>生化检测"]
            X["基因表达 蛋白表达<br>脂滴大小数目 代谢组学<br>Glut4表达和细胞定位"]
        end
        Y["离体原代脂肪细胞实验"]
        Z["ctr、ApoA- I 、si-FGF21、ApoA-2+si-FGF21"]
        subgraph ide5 [" "]
            AA["葡萄糖摄取"]
            AB["脂质生成"]
            AC["代谢辛热"]
            AD["磷脂酸β-氧化"]
        end
        subgraph ide6 [" "]
            AE["qPCR WB<br>免疫荧光<br>荧光葡萄糖类似物"]
            AF["qPCR WB<br>免疫组化<br>油红染色"]
            AG["qPCR WB<br>线粒体活性"]
            AH["qPCR WB<br>ROS"]
        end
        subgraph ide7 [" "]
            AI["基因表达<br>蛋白表达<br>GW+4表达定位<br>GWcoso uptake"]
            AJ["基因表达<br>蛋白表达<br>脂滴大小<br>细胞大小数目"]
            AK["基因表达<br>蛋白表达<br>线粒体活性"]
            AL["基因表达<br>蛋白表达<br>氧化应激"]
        end
        AM["体外细胞实验"]
        AN["3T3-L1脂肪细胞系"]
        AO["染色质共溶解"]
        AP["分析apoA- I 与FGF21启动子域的结合"]
        AQ["荧光素酶报告实验"]
        AR["分析apoA- I 与FGF21启动子活性"]
        AS["apoA- I 在转录水平调控与FGF21的分子机制"]
    end

    A --> B
    A --> C
    A --> D
    A --> E
    A --> F
    B --> G
    C --> G
    D --> G
    E --> G
    F --> G
    G --> H
    H --- ide1
    I --> Y
    Y --> AM
    I --> J
    I --> K
    I --> L
    I --> M
    J ~~~ ide2
    K ~~~ ide2
    L ~~~ ide2
    M ~~~ ide2
    ide2 --> S
    ide2 --> T
    S ~~~ U
    S ~~~ W
    T ~~~ V
    T ~~~ X
    Y --> Z
    Z --> ide5
    ide5 --> ide6
    ide6 --> ide7
    AM --> AN
    AN --> AO
    AO --> AP
    AP --> AQ
    AQ --> AR
    AR --> AS

    style ide1 fill:none,stroke:none
    style ide2 stroke-dasharray: 5 5
    style ide3 stroke-dasharray: 5 5
    style ide4 stroke-dasharray: 5 5
    style ide5 stroke-dasharray: 5 5
    style ide6 stroke-dasharray: 5 5
    style ide7 stroke-dasharray: 5 5
```

```mermaid
flowchart TD
    A{"研究方案"}
    B["动物实验"]
    C["收集模型小鼠胃癌组织"]
    D["转录组测序"]
    E["细胞RNA和蛋白质"]
    F["TOMM7等基因表达差异明显"]
    G["实验组"]
    H["对照组"]
    I["实验组"]
    J["顺铂组"]
    K["紫杉醇组"]
    L["5-FU组"]
    M["PBS组"]
    N["顺铂组"]
    O["细胞实验"]
    subgraph ide1[" "]
        P["胃黏膜炎症、上皮缺损、氧萎缩、上皮增生和假幽门化生"]
        Q["胃癌数量大小"]
   end
    subgraph ide2[" "]
        R["检测胃癌细胞的顺铂耐药性"]
        S["细胞存活率"]
    end
    T["免疫荧光、细胞流式术 Western blot实验, 检测线粒体活性"]
    subgraph ide3[" "]
        U["1.验证M3R可促进胃癌细胞线粒体自噬<br>2.验证神经细胞促进胃癌细胞线粒体自噬。"]
        V["1.验证TOMM7促进胃癌细胞线粒体自噬<br>2.验证TOMM7促进胃癌细胞耐药<br>3.验证M3R通过调控TOMM7的表达促进胃癌细胞线粒体自噬<br>4.验证TOMM7促进胃癌细胞耐药"]
        W["1.验证FOXO3调控TOMM7的表达。<br>2.验证神经细胞通过M3R受体调控FOXO3的表达。<br>3.验证神经细胞通过M3R受体调控FOXO3的表达影响TOMM7的表达。<br>4.验证FOXO3通过结合于TOMM7启动子调控TOMM7的表达。<br>5.验证FOXO3通过结合于TOMM7启动子调控TOMM7的表达。"]
    end

    A --> B
    A --- C
    B --> G
    B --> H
    B --> I
    G --- J
    G --- K
    G --- L
    H --- M
    I --- N
    J --- O
    K --- O
    L --- O
    M --- O
    N --- O
    O --> ide1
    O --> ide2
    C --> D
    D --> E
    E --> F
    F --> ide3
    F ~~~ T
    T ~~~ ide3

    style ide1 stroke-dasharray: 5 5
    style ide2 stroke-dasharray: 5 5
    style ide3 stroke-dasharray: 5 5
```

```mermaid
flowchart TD
    A["M3R"]
    B["TOMM7"]
    C["胃癌预后"]

    A ==> B
    B ==> C

    style A stroke-dasharray: 5 5
    style B stroke-dasharray: 5 5
    style C stroke-dasharray: 5 5
```


### 软件产品设计研发流程图

```mermaid
flowchart TD
    subgraph ide1 ["需求收集"]
        A(["需求收集"])
        B["用户反馈，运营反馈，市场需求，竞品分析，管理层意见"]
        C{"需求调研，确认是否为伪需求?"}
        D["确定需求优先级"]
    end
    subgraph ide2 ["原型设计"]
        E["根据需求设计产品原型和相关文档"]
        F["根据评审意见，修改和优化"]
        G["再次评审"]
    end
    subgraph ide3 ["需求评审"]
        H["需求提出方、产品设计人员、项目经理进行需求评审"]
        I{"是否满足需求，且能实现"}
        J["输出最终原型，对需求进行封版"]
        K["对需求进行交互设计实现"]
        L{"评审设计是否通过?"}
    end
    subgraph ide4 ["需求开发"]
        M["产品、设计、研发、QA开需求沟通会"]
        N["进入研发流程"]
        O["项目经理审核产品，提交验收"]
    end
    subgraph ide5 ["需求验收"]
        P["设计验收"]
        Q{"验收通过?"}
        R["产品验收"]
        S{"验收通过?"}
        T["如果需要，召开产品体验会"]
    end
    subgraph ide6 ["产品发版"]
        U["邀请产品、设计、研发、QA开产品体验会"]
        V["记录反馈问题"]
        W["封版，产品上线"]
        X["线上验收，记录反馈问题，修改或者下一版迭代"]
        Y(["完成"])
    end

    A-->B
    B-->C
    C-->|否|D
    C-->|是|Y
    D-->E
    E-->H
    E-->G
    F-->G
    H-->I
    I-->|否|F
    I-->|是|J
    J-->K
    K-->L
    L-->|否|K
    L-->|是|M
    M-->N
    N-->O
    O-->P
    P-->Q
    Q-->|否|N
    Q-->|是|R
    R-->S
    S-->|否|N
    S-->|是|T
    T-->U
    U-->V
    V-->W
    W-->X
    X-->Y
```


### 生产管理工作流程图

```mermaid
flowchart TD
    A(("开始"))
    B["收集生产信息"]
    C["配合"]
    D["提供客户定单"]
    E["配合"]
    F["分析研究信息"]
    G["制定生产计划"]
    H{"审批"}
    I["生产排程"]
    J["组织安排生产"]
    K["技术支持"]
    L["物料供应"]
    M["生产监督"]
    N["生产协调"]
    O["配合"]
    P["配合"]
    Q["生产总结汇报"]
    R["听取汇报"]
    S["生产资料归档"]
    T(("结束"))

    A --> B
    C --> B
    D --> C
    B --> F
    E --> F
    F --> G
    G --> H
    G --> I
    H --> I
    I --> J
    K --> J
    L --> J
    J --> M
    P -.-> N
    M --> N
    O --> N
    N --> Q
    Q --> S
    Q --> R
    R --> S
    S --> T
```


### 养猪场废水处理流程图

```mermaid
flowchart TD
    A(("猪场废水"))
    B("机械除渣")
    C@{shape: text, label: "原水池"}
    D("沼气发电")
    E("UASB")
    F@{shape: text, label: "厌氧集水池"}
    G@{shape: text, label: "配水池"}
    H("篮式过滤器")
    I@{shape: text, label: "厌氧(A)池"}
    J@{shape: text, label: "1#微氧池"}
    K@{shape: text, label: "2#微氧池"}
    L@{shape: text, label: "3#微氧池"}
    M@{shape: text, label: "4#微氧池 沉淀池"}
    N@{shape: text, label: "清水池"}
    O("均相氧化絮凝器")
    P("达标排放")
    Q@{shape: text, label: "污泥池"}
    R("叠螺机")
    S("好氧堆肥")

    A --> B
    B --> C
    B -.-> S
    C --> E
    C --> G
    C --> L
    E --> D
    E --> F
    E -.-> S
    F --> G
    G --> H
    H --> I
    H -.-> S
    I --> J
    J --> K
    K --> L
    L --> M
    L --> J
    M --> I
    M --> N
    M --> Q
    N --> O
    O --> P
    Q --> R
    R --> S
```


### 微型消防站火灾处理流程图

```mermaid
flowchart TD
    A["接“119”出动命令"]
    B["巡查发现火情"]
    C["其他部门发现火情"]
    D["通知巡逻秩序维护员到场确定(1分钟响应)"]
    E["误报火情"]
    F["解除"]
    G["零星火点"]
    H["巡逻人员就地灭火"]
    I["发生火灾、拨打119,向消防部门报告情况"]
    J["通知秩序维护部"]
    K["通知最近微型消防站队员到故点集合(3分钟到场)"]
    L["根据火情需要通知专职消防队或其他微型站,联动处置"]
    M["按照火灾扑救预案组织疏散做好警戒"]
    N["火灾初期不能扑灭"]
    O["按火灾预警方案进行人员分配: 指挥组、灭火组、疏散组、保卫组、消防车引导组、救护组"]
    P["进行火灾扑救,组织人员疏散、维护现场秩序"]
    Q["协助消防对进行火灾处置,做好火场移交"]
    R["消防队现场扑救"]
    S["火情解除"]
    T["协助消防部门火灾原因调查、做好善后工作"]
    U["清点器材装备,补齐战斗损耗,恢复之前备战"]
    V["总结、整改、处理"]
    W["书面报告"]
    X["综合部"]
    Y["消防部门"]

    A --> D
    B --> D
    C --> D
    D --> E
    D --> G
    D --> I
    E --> F
    G --> H
    I --> J
    J --> K
    J --> L
    J --> M
    J --> N
    K --> O
    L --> O
    N --> Q
    O --> P
    Q --> R
    P --> S
    R --> S
    S --> T
    S --> U
    T --> V
    V --> W
    W --> X
    W --> Y
```


```mermaid
flowchart TD
    A["选择课程"]
    B{"选择"}
    C["个人独立学习"]
    D["小组协作学习"]
    E["参与分组"]
    F["熟读学习指南"]
    subgraph ide1 [" "]
        G["学习相关知识"]
        H["阅读精品资料"]
        I{"撰写案例分析报告"}
        J["交流谈论"]
        K["个人测试"]
        L["提交案例分析报告"]
        M["总结反思"]
        N["复习相关知识"]
        O["学习泛读案例"]
        P["评价其他小组或个人分析报告"]
    end
    Q["获取案例学习成绩"]
    R["参加终结性考试, 结束课程学习"]

    A --> B
    B --> C
    B --> D
    C --> F
    D --> E
    E --> F
    F --> G
    G --> H
    H --> I
    H --> J
    J --> M
    I --> K
    K --> M
    L --> M
    M --> N
    M --> O
    M --> P
    P --> Q
    Q --> R

    style ide1 fill:color:#000,stroke-dasharray: 5  5
```


```mermaid
flowchart TD
    A["原料进厂"]
    B{"IQC 检验"}
    C["开来料品质异常通知单"]
    D["特采"]
    E["退货"]
    F["入仓"]
    G["生产领用"]
    H{"首件确认"}
    I["批量生产"]
    J{"员工自检"}
    K{"IPQC 巡检"}
    L["开制程品质异常单"]
    M{"半成品终检"}
    N["开内部退货报告"]
    O["半成品入库"]
    P["生产领用"]
    Q{"首件确认"}
    R["批量生产装配"]
    S{"员工自检"}
    T{"IPQC 巡检"}
    U{"OQC 终检"}
    V["开内部退货报告"]
    W["成品入库"]
    X{"出货前检验"}
    Y["出货"]

    A --> B
    B -->|NG| C
    B -->|OK| F
    C --> D
    C --> E
    D --> F
    F --> G
    G --> H
    H -->|OK| I
    H -->|NG| L
    I --> J
    J --> K
    K -->|OK| M
    K -->|NG| L
    M -->|OK| O
    M -->|NG| N
    N -->|返工| M
    O --> P
    P --> Q
    Q -->|OK| R
    Q -->|NG| L
    R --> S
    S --> T
    T -->|OK| U
    T -->|NG| L
    U -->|OK| W
    U -->|NG| V
    V -->|返工| U
    W --> X
    X -->|OK| Y
    X -->|NG| V
```


```mermaid
flowchart TD
    A["作者投稿"]
    B["编辑初审"]
    C["1.内容是否适合本刊物发表；<br>2.文章是否完整；<br>3.格式是否正确."]
    D["同行专家评审"]
    E["1.有无政治问题；<br>2.是否有新思想、新观点；<br>3.是否有创造性，是否有实用价值；<br>4.内容是否正确，数据是否准确，结论是否可靠；<br>5.是否可以公开发表."]
    F["作者"]
    G["编辑部复审——组稿"]
    H["主编终审"]
    I["编辑加工(定稿)"]
    J["一校"]
    K["印刷厂"]
    L["二校"]
    M["三校"]
    N["四校"]
    O["终版印刷"]
    P["成品"]
    Q["发行"]
    R["1 国家及省、市主管机构，图书馆；<br>2.订户与作者；<br>3.院内系、部、处室等；<br>4.交流单位."]
    S["自检"]
    T["专家审读"]
    U["总结"]
    V["存档"]
    W["1 作者原稿；<br>2.四次校对稿件；<br>3.专家审稿意见；<br>4主编终审意见；<br>5.存在问题与改进意见."]

    A ==> B
    B ~~~ C
    C ==> D
    C -.->|否（退稿）| F
    D ~~~ E
    E -.->|否（退稿）| F
    F <--> I
    E ==> G
    G ==> H
    H ==> I
    H -.->|否（退稿）| F
    I ==> J
    J ==> K
    J -.- L
    K ==> L
    K ==> M
    K ==> N
    L ==> K
    L -.- M
    M ==> K
    M -.- N
    N ==> O
    O ==> P
    P ==> Q
    Q --> R
    Q ==> S
    Q ==> T
    S ==> U
    T ==> U
    U ==> V
    V ~~~ W
```


```mermaid
flowchart TD
    A["绪论"]
    B["研究背景"]
    C["研究现状"]
    D["研究目的"]
    E["研究内容"]
    F["可供性思维介入体验设计的路径"]
    G["体验设计对象的客观化"]
    H["体验可供性"]
    subgraph id1[" "]
        I["生态维度下的体验可供性"]
        J["生态维度的可供性机制"]
        K["直接知觉"]
        L["环境中的介质、表面、实体等传递的信息"]
        M["生态维度下的体验可供性设计策略"]
    end
    subgraph id2[" "]
        N["社会文化维度下的体验可供性"]
        O["社会文化维度的可供性机制"]
        P["受社会规范与后天能力制约"]
        Q["人际交互中的语言、表情等传递的信息"]
        R["社会文化维度下的体验可供性设计策略"]
    end
    S["体验可供性设计模型"]
    T["体验可供性的构建过程"]
    U["体验可供性的感知过程"]
    V["编码理解一致"]
    W["传递渠道有效"]
    X["语言信息"]
    Y["非语言信息"]
    Z["基于模型对设计策略再阐释"]
    AA["以青桔单车体验优化为例的应用实践"]
    AB["基于体验可供性设计模型要素解构问题"]
    AC["使用体验可供性设计策略发散解决方案"]
    AD["优化前后可供性与体验评价对比"]

    A --> B
    A --> C
    A --> D
    A --> E
    B --> F
    C --> F
    D --> F
    E --> F
    F --> G
    G --> H
    H --> I
    H --> N
    I --> J
    J -->|感知| K
    J -->|构建| L
    L --- M
    K --- M
    N --> O
    O -->|感知| P
    O -->|构建| Q
    P --- R
    Q --- R
    M --> S
    R --> S
    S --> T
    S --> U
    T --> V
    T --> W
    U --> X
    U --> Y
    V --> Z
    W --> Z
    X --> Z
    Y --> Z
    Z --> AA
    AA --> AB
    AB --> AC
    AC --> AD

    style id1 stroke-dasharray: 5 5
    style id2 stroke-dasharray: 5 5
```


```mermaid
flowchart TD
    A["初诊患者"]
    B["妇科首诊"]
    C{"基础评估完成？"}
    D["完善检查： <br> • 生殖激素 <br> • AMH <br> • 盆腔超声 <br> • 精液分析等"]
    E["风险分层"]
    F["中高风险"]
    G["低风险"]
    I["常规备孕指导"]
    subgraph id1 ["MDT协作核心" ]
        H["启动MDT转诊"]
        J["风湿免疫科 <br> • 抗磷脂综合征 <br> • 免疫性不孕"]
        K["中医科 <br> • 体质调理 <br> • 周期调理"]
        L["心理科 <br> • 焦虑/抑郁评估 <br> • 应激干预"]
        M["产科 <br> • 高危妊娠预判 <br> • 既往产科病史"]
        N["泌尿外科 <br> • 男性不育因素 <br> • 性功能障碍"]
    end
    O["MDT联合会诊"]
    P["制定个体化方案： <br> • 生育时机 <br> • 干预措施 <br> • 妊娠期管理"]
    Q["方案实施与随访"]
    R{"妊娠达成？"}
    S["转高危产科管理"]
    T["重新评估方案"]

    A --> B
    B --> C
    C -->|否| D
    C -->|是| E
    D --> F
    D --- E
    E --> G
    G --> I
    F --> H
    H --> J
    H --> K
    H --> L
    H --> M
    H --> N
    J --> O
    K --> O
    L --> O
    M --> O
    N --> O
    O --> P
    P --> Q
    Q --> R
    R -->|是| S
    R -->|否| T
```


### 1、流程图

```mermaid
flowchart TD
    A("开始")
    B["系统初始化"]
    C["SPI-Wi-Fi初始化"]
    D["设置Wi-Fi连接"]
    E["开Wi-Fi接收中断"]
    F["等待接收中断"]
    G{"是否收到上机命令"}
    H["退出中断"]
    I["串口转发至FPGA"]
    J["打开IO中断"]
    K["等待接收中断"]
    L{"是否收到数据就绪讯号"}
    M["读取数据并整理"]
    N["退出中断"]
    O["Wi-Fi发送数据"]
    P["数据发送结束"]

    A --> B
    B --> C
    C --> D
    D --> E
    D --> J
    E --> F
    F --> G
    G -->|是| F
    G -->|是| H
    H --> I
    I --> F
    J --> K
    K --> L
    L -->|否| K
    L -->|是| M
    M --> N
    N --> O
    O --> P
    P --> K
```


```mermaid
flowchart TD
    A(["开始"])
    B["租赁储物柜"]
    C["查询空余柜子至销售前台或线上办理柜子"]
    D["支付押金、租金"]
    E["配置腕带或者刷脸、分配柜号绑定ID"]
    F["获取媒介(腕带、刷脸)"]
    G["生成订单、记录腕带ID"]
    H["提供腕带ID、柜号至中转应用"]
    I["获取腕带id和柜号 保存记录"]

    A --> B
    B --> C
    C --> D
    D --> E
    E --> F
    E --> G
    E --> H
    H --> I
```

```mermaid
flowchart TD
    A["开柜"]
    B["腕带或者刷脸开箱、可以多次开箱"]
    C["获取开柜记录"]
    D["记录开箱记录"]

    A --> B
    B --> C
    C --> D
```

```mermaid
flowchart TD
    A["退柜"]
    B["前台办理退柜、解锁订单柜号关系"]
    C["提供腕带ID至中转"]
    D["释放腕带ID与绑定柜子关系"]
    E["押金原路返回"]
    F["获取押金"]
    G["中转信息成功"]
    H["获取释放信息、记录退柜记录、释放库存"]
    I(["结束"])

    A --> B
    B --> C
    C --> D
    B --> E
    E --> F
    D --> G
    G --> H
    H --> I
```


```mermaid
flowchart TD
    A("研究框架")
    B("提出问题")
    C("分析问题")
    D("解决问题")
    E("影响机理研究")
    F("产业链重构路径")
    G("政策建议")
    H("研究内容")
    subgraph ide1 [" "]
        I("全球创新趋势、创新力测度与国际比较研究")
        subgraph ide2 [" "]
            J("创新趋势")
            K("前沿学科")
            L("专利分布")
            M("人员交流")
            N("产业应用")
        end
        subgraph ide3 [" "]
            O("创新力测度")
            P("“科学-技术-产业”<br>横向价值链横向")
            Q("“实力-效力”<br>纵向价值链")
        end
        subgraph ide4 [" "]
            R("国际比较")
            S("地位指数")
            T("参与度指数")
            U("竞争优势与劣势")
        end
    end
    subgraph ide5 [" "]
        V("全球创新产业链的识别、解构与风险防范研究")
        subgraph ide6 [" "]
            W("产业链识别与解构")
            X("产业链关节环节")
            Y("产业网络结构")
            Z("产业关联特征")
            AA("产业链波及影响")
            AB("产业链结构特征")
            AC("为产业链重构提供现实依据")
        end
        subgraph ide7 [" "]
            AD("产业链断链风险防范与化解")
            AE("上游原料寡头垄断")
            AF("加工工艺不先进")
            AG("设计软件对外依赖度高")
            AH("加工设备自给率低")
            AI("上下游供需不匹配")
            AJ("构建风险监测预警体系")
            AK("提出产业链重构最优路径")
        end
    end
    subgraph ide8 [" "]
        AL("全球创新产业链重构路径及影响机理研究")
        subgraph ide9 [" "]
            AM("市场需求")
            AN("产业链依存度")
            AO("技术创新")
            AP("国家政策")
            AQ("国际竞争与制裁")
            AR("影响因素")
            AS("价值链+供需链+空间链")
            AT("影响机理")
            AU("产业链重构影响机理")
            AV("分工边界拓展")
            AW("研发与交易成本变化")
            AX("价值分配转移")
            AY("供求关系变化")
        end
    end
        subgraph ide10 [" "]
            subgraph ide11 [" "]
                AZ("产业链重构三要素")
                BA("价值重构")
                BB("组织重构")
                BC("空间重构")
            end
            subgraph ide12 [" "]
                BD("半导体产业链重构模式与路径")
                BE("全球产业链价值链联动")
                BF("产业链升级")
                BG("全球产业链生态系统")
                BH("产业链横纵向拓展")
                BI("国产化替代")
                BJ("区域价值链合作")
            end
        end
    subgraph ide13 [" "]
        BK("我国创新产业政策优化与评价研究")
        BL("产业政策发展历程及成效")
        BM("产业政策评价体系")
        BN("产业政策优化")
    end
    BO("研究方法")
    BP("知识图谱<br>专利计量<br>技术预见<br>区块聚类<br>多维创新指数")
    BQ("复杂网络模型<br>层级分析法<br>ABM模型<br>压力测试<br>Agent仿真模拟")
    BR("多元Logi<br>Probit<br>Tobit等模型<br>DSGE模型<br>中心外围模型<br>案例分析")
    BS("SCP模型<br>SWOT分析<br>SPACE矩阵<br>PMC指数模型")

    A ==> B
    B ==> C
    C ==> D
    D ==> E
    E ==> F
    E ~~~ ide8
    F ==> G
    H ~~~ ide1
    J ~~~ K
    K ~~~ L
    L ~~~ M
    M ~~~ N
    O ~~~ P
    P ~~~ Q
    R ~~~ S
    S ~~~ T
    T ~~~ U
    ide1 ~~~ ide5
    ide2 ==> ide3
    ide3 ==> ide4
    X --> AB
    Y --> AB
    Z --> AB
    AA --> AB
    AB --> AC
    AE --> AJ
    AF --> AJ
    AG --> AJ
    AH --> AJ
    AI --> AJ
    AJ --> AK
    ide5 ~~~ ide8
    AM --> AR
    AN --> AR
    AO --> AR
    AP --> AR
    AQ --> AR
    AR --> AS
    AS --> AU
    AV --> AT
    AW --> AT
    AX --> AT
    AY --> AT
    AT --> AS
    ide8 --> ide10
    ide11 ==> ide12
    ide8 ~~~ ide13
    AZ ~~~ BA
    BA ~~~ BB
    BB ~~~ BC
    BD ~~~ BE
    BD ~~~ BF
    BE ~~~ BF
    BE ~~~ BG
    BG ~~~ BH
    BG ~~~ BI
    BF ~~~ BH
    BH ~~~ BJ
    BI ~~~ BJ
    BL ==> BM
    BM ==> BN
    BO ==> BP
    BP ==> BQ
    BQ ==> BR
    BR ==> BS
    BR ~~~ ide8

    style ide1 fill:none,stroke:#333,stroke-dasharray:5 5
    style ide2 fill:none,stroke:#333,stroke-dasharray:5 5
    style ide3 fill:none,stroke:#333,stroke-dasharray:5 5
    style ide4 fill:none,stroke:#333,stroke-dasharray:5 5
    style ide5 fill:none,stroke:#333,stroke-dasharray:5 5
    style ide6 fill:none,stroke:#333,stroke-dasharray:5 5
    style ide7 fill:none,stroke:#333,stroke-dasharray:5 5
    style ide8 fill:none,stroke:#333,stroke-dasharray:5 5
    style ide9 fill:none,stroke:#333,stroke-dasharray:5 5
    style ide10 fill:none,stroke:#333,stroke-dasharray:5 5
    style ide11 fill:none,stroke:#333,stroke-dasharray:5 5
    style ide12 fill:none,stroke:#333,stroke-dasharray:5 5
    style ide13 fill:none,stroke:#333,stroke-dasharray:5 5
```


```mermaid
flowchart TD
    A["确立选题"]
    B["归纳整理"]
    C["文献资料的收集"]
    D["国潮服饰研究现状"]
    E["国内Z世代消费者"]
    F["国潮服装设计特征"]
    G["国潮服装现存问题"]
    H["z世代概念"]
    I["z世代消费需求"]
    J["z世代消费特征"]
    K["确定调研目标人群"]
    L["设计问卷调查"]
    M["文献总结梳理"]
    N["梳理整合缺漏数据，准备市场调研"]
    O["定性研究（访谈与观察）"]
    P["定量研究（问卷交叉发放）"]
    Q["现存问题"]
    R["设计特征"]
    S["当下流行趋势"]
    T["消费特征"]
    U["消费需求"]
    V["梳理整合市场调研数据"]
    W["基于国内z世代的国潮服饰设计调研数据分析总结"]
    X["提取国内z世代消费喜好的国潮服饰的设计元素"]
    Y["国潮服饰设计元素提取"]
    Z["z世代消费群体的需求"]
    AA["文化元素"]
    AB["潮流元素"]
    AC["物质需求"]
    AD["文化需求"]
    AE["设计实践"]
    AF["灵感与主题的确定"]
    AG["款式的运用"]
    AH["色彩的运用"]
    AI["工艺的运用"]
    AJ["面料的运用"]
    AK["制作成衣"]
    AL["市场投入"]
    AM["市场数据的反馈"]
    AN["总结并撰写论文"]

    A --> B
    B --> C
    C --> D
    C --> E
    D --> F
    D --> G
    E --> H
    E --> I
    E --> J
    F --> M
    G --> M
    H --> K
    H --> M
    I --> L
    I --> M
    J --> M
    J --> L

    K --> L
    L --> M
    M --> N
    N --> O
    N --> P
    O --> Q
    O --> R
    O --> S
    O --> T
    O --> U
    P --> Q
    P --> R
    P --> S
    P --> T
    P --> U
    Q --> V
    R --> V
    S --> V
    T --> V
    U --> V
    V --> W
    W --> X
    X --> Y
    X --> Z
    Y --> AA
    Y --> AB
    Z --> AC
    Z --> AD
    AA --> AE
    AD --> AE
    AE --> AF
    AF --> AG
    AF --> AH
    AF --> AI
    AF --> AJ
    AG --> AK
    AH --> AK
    AI --> AK
    AJ --> AK
    AK --> AL
    AL --> AM
    AM --> AN
```


```mermaid
flowchart TD
    A("开发时间")
    B("主题企划")
    C("产品上市计划")
    D["市场信息<br>顾客信息<br>流行趋势<br>其他信息"]
    E["设计元素<br>款式<br>面料<br>颜色<br>工艺<br>图案<br>配饰<br>其他"]
    F("色彩企划")
    G("材料企划")
    H("产品企划")
    I("产品类别")
    J("历史销售数据")
    K("当季销售预测")
    L("产品设计")
    M["分阶段进行：<br>物料开发<br>BOM<br>工艺<br>样衣"]
    N["主料用量及成本<br>辅料用料及成本<br>工序费用<br>其他费用"]
    O("成本核算")
    P("成本")
    Q("订货")
    R("生产")
    S("款式列表")
    T("订货分析")
    U("生产计划")
    V("物料采购")
    W("生产管理")
    X("质量控制")
    Y("物料仓储及配送")
    Z("产品仓储及配送")
    AA("销售")

    A --> B
    A <--> C
    C ~~~ D
    D ~~~ I
    E --> B
    B --> F
    F --> G
    G --> H
    H --> L
    E --> L
    L --> M
    L --> S
    M --> V
    M --> N
    N --> M
    N --> O
    O --> V
    O ~~~ P
    O ~~~ Q
    O ~~~ R
    S --> T
    T --> U
    U --> V
    U --> W
    W --> X
    V --> Y
    Y --> W
    X --> Z
    Z --> AA
    AA --> J
    I --> J
    I --> F
    J --> K
    K --> H
```


```mermaid
flowchart TD
    A("出口流程")
    B["询盘"]
    C["发盘"]
    D["还盘"]
    E["接受"]
    F["签订出口合同"]
    G{"付款方式"}
    H["收到对方电汇款"]
    I["催证"]
    J{"审证"}
    K@{ shape: subproc, label: "进口商" }
    L@{ shape: subproc, label: "开证行" }
    M@{ shape: subproc, label: "通知行" }
    N@{ shape: text, label: "发出信用证修改通知书" }
    O["拿到有效信用证"]
    P["根据合同组织采购或者向工厂订货"]
    Q@{ shape: sm-circ, label: "Small start" }
    R@{ shape: subproc, label: "外汇管理局" }
    S["包装，刷唛"]
    T["委托货运代理货运"]
    U["领取出口收汇核销单"]
    V["1、商业发票<br>2、装箱单(packing list)<br>3、报关单<br>4、并随附合同和信用证副本<br>5、报检委托书（委托工厂报检）<br>6、出口商品检验申请单"]
    W@{ shape: subproc, label: "商检局" }
    X["获得商检换证凭单"]
    Y["在离境港所在地的商检局换取出境货物通关单"]
    Z@{ shape: subproc, label: "货运代理" }
    AA["填写装货单(shipping order)"]
    AB["报关"]
    AC["1.出口货物报关单<br>2.装货单或运单<br>3.商业发票<br>4.各类许可证<br>5.出口收汇核销单<br>6.代理报关授权委托协议(代理报关时)<br>7.合同（不用商检或者采用电子换单的商检不需要）<br>8.海关认为必要时应交验的贸易合同、产地证和其他有关证明"]
    AD["在海关监管区域内对<br>出口货物进行查验"]
    AE["结关放行"]
    AF["1.在装货单或运单上加盖放行章<br>2.在出口收汇核销单“海关核放情况”栏加盖“验讫章”<br>3.签发注有核销单编号的报关单(证明联(出口收汇用)、证明联(出口退税用)、用于办理加工贸易核销的海关核销联)"]
    AG@{ shape: subproc, label: "货运代理" }
    AH@{ shape: subproc, label: "船公司" }
    AI["直接给客户M B/L或者给客户分提单H B/L"]
    AJ{"收款方式"}

    AK["自己将商业发票，装箱单，提单等单据寄给客户清关"]
    AL["银行收到电汇款，通知进行下一步处理"]
    AM["根据信用证的要求提供单据。一般有发票，装箱单，产地证，许可证，提单，可能还有客人验货的证明，还有一些受益人的证明，开具跟单汇票交议付行"]
    AN["将商业发票，装箱单，产地证，许可证，提单，开具跟单汇票通过银行发给客户"]
    AO["客户提货后汇款"]
    AP["将商业发票，外汇核销单交银行结汇"]
    AQ["将商业发票，外汇核销单交银行结汇"]
    AR["自己将商业发票，装箱单，提单等单据寄给客户清关"]
    AS["议付行审核通过"]
    AT{"要求议付?"}
    AU["议付行垫付货款"]
    AV["将全套单证寄开证行"]
    AW["将全套单证寄开证行"]
    AX["开证行付款给议付行"]
    AY["开证行付款给议付行"]
    AZ["付款"]
    BA["客户付款赎单"]
    BB["客户承兑汇票，银行给单"]
    BC["汇票到期客户付款"]
    BD["银行收到货款"]
    BE["结汇并给出口单位出具出口收汇核销专用联(注明出口收汇核销单编号)"]
    BF@{ shape: subproc, label: "外汇管理局" }
    BG["报关单（出口货物纸质报关单一式六联）：<br>1、海关作业联<br>2、海关留存联<br>3、企业留存联<br>4、海关核销联（用于办理加工贸易核销）<br>5、证明联（出口收汇用）<br>6、证明联（出口退税用）。"]
    BH["1.银行出具的出口收汇核销专用联<br>2.外汇管理局出口收汇核销单<br>3.出口收汇报关单证明联<br>4.商业发票<br>5.核销报告表"]
    BI["在银行出具的出口收汇核销专用联、出口收汇核销单退税专用联上加盖“已核销”印章"]
    BJ["出口收汇核销单，一张三联，从左到右依次是：<br>1、存根联<br>2、出口收汇核销单<br>3、出口退税专用联（未给核销，不得撕开）"]
    BK@{ shape: subproc, label: "国税局" }
    BL["1.报关单(出口退税证明联)<br>2. 出口销售发票。<br>3. 结汇水单或收汇通知书(银行出具的出口收汇核销专用)。<br>4. 产品征税证明(缴款书)。<br>5. 出口收汇已核销证明(出口收汇核销单退税专用联)。<br>6. 进货增值税发票抵扣联。<br>7. 与出口退税有关的其他材。"]
    BM["增值税发票一式四联：<br>1、第一联（存根联），销售单位留存备查<br>2、第二联（发票联），购货单位记账<br>3、第三联（抵扣联），购货单位抵扣税款<br>4、第四联（记账联），销售单位记账"]
    BN("完成")

    A --> B & C & D & E
    B & C & D & E --> F
    F --> G
    G -->|后T/T| P
    G -->|前T/T| H
    G -->|L/C| I
    G -->|D/P或D/A| P
    I --> J
    J -->|信用证有问题要求修改| K
    J -->|没问题| O
    K -->|修改申请| L
    L --> M
    M --> N
    N --> O
    H --> P
    O --> P
    P --> Q
    Q --> R & S & T
    R --> U
    S --> V
    V --> W
    W --> X
    X --> Y
    T -->|填写托运单（shipping note）| Z
    Z -->|确定船舶后，退回托运单的配舱回单| AA
    U --> AB
    Y --> AB
    AA --> AB
    AB ---|报关需提供的单证| AC
    AB --> AD
    AD --> AE
    AE -->|海关处理的单据| AF
    AE -->|海关加盖放行章的装货单| AG
    AH -->|从船公司取得M B/L| AG
    AG --> AI
    AI --> AJ
    AJ -->|后T/T| AK
    AJ -->|前T/T| AL
    AJ -->|L/C| AM
    AJ -->|D/P或D/A| AN
    AK --> AO
    AO --> AP
    AL --> AQ
    AQ --> AR
    AN --> AS
    AS --> AT
    AT -->|是| AU
    AT -->|不| AV
    AU --> AW
    AW -->|开证行审核通过| AX
    AV -->|开证行审核通过| AY
    AY --> AZ
    AN --> |D/P| BA
    AN -->|D/A| BB
    BB --> BC
    BA --> BD
    BC --> BD
    AP --> BE
    AR --> BE
    AX --> BE
    AZ --> BE
    BD --> BE
    BE -->|出口收汇核销| BF
    BE ~~~ BG
    BF -->|核销应提供的单证| BH
    BF -->|核销后| BI
    BI ~~~ BJ
    BI -->|退税| BK
    BK -->|退税需提交的单证| BL
    BK ~~~ BM
    BK --> BN
```


### PMC 订单管理工作流程图

```mermaid
flowchart TD
    A(["客户订单"])
    B["业务部申请订单"]
    C{"订单审核、审批"}
    D["计划员定期生成新经营计划"]
    E["计划员根据主计划调整周计划"]
    F["计划员计算MRP 计划"]
    G["采购计划"]
    H["生产计划"]
    I["外协计划"]
    J["计划员生产排产"]
    K["计划员负荷分析、外协调整"]
    L["车间调度分派工单"]
    M["物料员生产领料"]
    N["仓库生产入库"]
    O["车间文员汇报完工情况"]
    P["车间生产"]
    Q(["销售出货"])

    A --> B
    B --> C
    C -->|否| B
    C -->|是| D
    D --> E
    E --> F
    F --> G
    F --> H
    F --> I
    G --> K
    H --> K
    I --> K
    J --> L
    K --> J
    L --> M
    M --> P
    P --> O
    O --> N
    N --> Q
```


```mermaid
flowchart TD
    A["研究内容"]
    B["研究阶段"]
    C["研究方法"]
    D["提出问题"]
    subgraph id1 [ ]
        E["民族高校经济专业产学研融合模式现状"]
        F["研究背景与意义"]
        G["国内研究现状"]
        H["研究设计"]
        I["理论框架"]
    end
    J["文献研究法"]
    X["分析问题"]
    subgraph id2 [ ]
        K["数字经济时代对人才能力的新挑战"]
        L["数据洞察能力"]
        M["创新思维培养"]
        N["知识跨界融合"]
    end
    O["文献研究法<br>案例研究法"]
    subgraph id3 [ ]
        P["产学研融合的必然趋势与实施难点"]
        Q["融合之必要"]
        R["融合之可能"]
        S["融合之挑战"]
        T["融合之动力"]
        U["融合之瓶颈"]
        V["融合之关键"]
    end
    W["文献研究法<br>问卷调查法<br>案例研究法"]
    subgraph id4 [ ]
        Y["民族高校在人才培养中的独特考量"]
        Z["文化融合之民族文化在经济教育中的独特价值"]
        AA["地域特色教育之结合地区优势，打造特色经济教育模式"]
        AB["民族高校的优势挖掘之与当地企业的天然合作纽带"]
        AC["多元文化教育之培养全球化背景下的跨文化交流能力"]
    end
    AD["文献研究法<br>问卷调查法<br>案例研究法"]
    AE["解决问题"]
    subgraph id5 [ ]
        AF["构建与时俱进的产学研融合体系"]
        AG["产学研融合教育体系模式创新"]
        AH["加强校企合作，共育经济新人才"]
        AI["实践教学环节的创新与强化"]
        AJ["科研成果的转化与价值实现"]
        subgraph id51 [ ]
            AK["课程设置革新"]
            AL["实战教学"]
            AM["科研引领"]
        end
        subgraph id52 [ ]
            AN["搭建合作桥梁"]
            AO["创造实践机会"]
            AP["校企双效支持"]
        end
        subgraph id53 [ ]
            AQ["实习体验"]
            AR["案例教学"]
            AS["模拟实战"]
        end
        subgraph id54 [ ]
            AT["科研参与与激励"]
            AU["成果转化路径"]
            AV["价值双层合作"]
        end
    end
    AW["文献研究法<br>案例研究法"]
    AX["总结问题"]
    subgraph id6 [ ]
        AY["总结与展望"]
    end
    AZ["归纳总结"]

    AG ~~~ id51
    AH ~~~ id52
    AI ~~~ id53
    AJ ~~~ id54
    B --- A
    A --- C
    C --> J
    J --> O
    O --> W
    W --> AD
    AD --> AW
    AW --> AZ
    J -->id1
    O --> id2
    W --> id3
    AD --> id4
    AW --> id5
    AZ --> id6
    B --> D
    D --> X
    X --> AE
    AE --> AX
    D --> id1
    X --> id2
    X --> id4
    AE --> id5
    AX --> id6
    A --> id1
    id1 --> id2
    id2 --> id3
    id3 --> id4
    id4 --> id5
    id5 --> id6
    E --> F
    E --> G
    E --> H
    E --> I
    K --> L
    K --> M
    K --> N
    P --> Q
    P --> R
    P --> S
    P --> T
    P --> U
    P --> V
    Y --> Z
    Y --> AA
    Y --> AB
    Y --> AC
    AF --> AG
    AF --> AH
    AF --> AI
    AF --> AJ
```


```mermaid
flowchart TD
    A["采购需求"]
    B["采购计划"]
    C{"审批"}
    D["寻找供应商"]
    E["采销部"]
    F["采购部"]
    G["销售部"]
    H["总监"]
    I["寻价"]
    J["比价"]
    K["议价"]
    L["采购洽谈"]
    M["签订采购合同"]
    N["财务部确认付款条件和账期"]
    O{"审批"}
    P["总监"]
    Q{"交货验收"}
    R["验收不合格"]
    S["验收合格"]
    T["退货"]
    U["入仓"]
    V["按计划对账"]
    W["财务结算"]

    A --> B
    B --> C
    B --> D
    C --> E
    C --> F
    C --> G
    E --> H
    F --> H
    G --> H
    D --> I
    D --> J
    D --> K
    I --> L
    J --> L
    K --> L
    L --> M
    M --> N
    P --> Q
    N --> O
    O --> P
    Q --> R
    Q --> S
    R --> T
    S --> U
    U --> V
    V --> W
```


```mermaid
flowchart TD
    A(["开始"])
    B["日常工作发现的数据质量问题"]
    C["提出数据质量需求"]
    D(["开始"])
    E["日常检查"]
    F["发现数据质量问题"]
    G(["开始"])
    H["组织专项检查"]
    I["发现数据质量问题"]
    J["收集归并问题"]
    K["收集 / 形成数据质量需求"]
    L{"审查"}
    M["组织相关方开展数据质量问题分析"]
    N["牵头形成业务方面数据质量分析、形成方案"]
    O["牵头形成管理方面数据质量分析、形成分析方案"]
    P["牵头形成技术方面数据质量分析、形成方案"]
    Q["形成数据质量分析结果及整改方案"]
    R{"审核"}
    S{"审核"}
    T{"审议"}
    U["跟进相关责任主体整改、验证"]
    V{"审核"}
    W{"审核"}
    X["数据质量问题知识仓库"]
    Y["备案"]
    Z(["结束"])

    A --> B
    B --> J
    C --> K
    D --> E
    E --> F
    F --> J
    G --> H
    H --> I
    I --> J
    J --> K
    K --> L
    L --> M
    M --> N
    M --> O
    M --> P
    N --> Q
    O --> Q
    P --> Q
    Q --> R
    R -->|通过| S
    S -->|重大问题| T
    T --> U
    U --> V
    V -->|通过| W
    W --> Y
    W --> X
    Y --> Z
```


### 专利流程图及所需材料

```mermaid
flowchart TD
    A(["申请书"])
    B(["申请人直接提交"])
    C(["委托专利代理机构提交"])
    D{"专利申请"}
    E(["不予受理"])
    F["申请人应先向国家知识产权局专利局递交以下规范性申请文件(五书)<br>外观:1、请求书 2、外观设计图片或照片3、外观设计简要说明"]
    G(["国家知识产权局<br>专利局受理"])
    H(["申请人缴纳<br>申请费"])
    I(["专利局进行<br>专利分类"])
    J{"初步审查"}
    K(["审查意见/补正"])
    L(["驳回"])
    M(["授予专利"])
    N(["获得专利证"])
    O(["书面提出实质审<br>查请求,交费"])
    P(["审查意见/补正"])
    Q(["实质审查"])
    R(["申请视为撤销"])
    S(["审查意见/补正"])
    T(["驳回"])
    U["授予专利权"]
    V(["专利局发出驳回<br>专利申请的通知"])
    W(["专利复审委员会<br>合议审理"])
    X(["获得专利证"])
    Y(["撤销原驳回决定"])
    Z(["维持原驳回决定"])
    AA(["发回专利局重新审理"])
    AB(["申请程序终止书"])
    AC(["到法院起诉"])

    A --> B
    A --> C
    B --> D
    C --> D
    D -->|不合格| E
    D --> G
    D --> F
    G --> H
    H --> I
    I --> J
    J -->|实用新型专利外观设计专利需修改| K
    K -->|不合格| L
    L --> V
    K -->|合格| M
    M -->|办理登记手续、缴费| N
    N --> U
    J -->|发明专利<br>合格| O
    O -->|（可在申请日起三年内提出）<br>未提出| R
    O -->|合格<br>等待实审提案| Q
    Q -->|合格| U
    Q -->|需修改| S
    S -->|不合格| T
    S -->|合格| U
    J -->|发明专利<br>需修改| P
    P -->|不合格| T
    T --> V
    V --> X
    V --> W
    W -->|认为驳回决定不正确| Y
    W -->|认为驳回决定正确| Z
    Z -->|服从| AB
    Z --> AA
    Z --> AC
    Y -->|服从| AB
    Y --> AA
    Y --> AC
```


```mermaid
flowchart TD
    A["1.<br>SCREEN PRINTER"]
    B{"2.<br>THICKNESS MEASURING"}
    C["3.<br>PROGRAM PREPARING"]
    D["4.<br>HIGH SPEED MOUNTER"]
    E["5.<br>MULTIFUNCTION MOUNTER"]
    F["6.<br>REFLOW"]
    G{"7.<br>REFLOW TEMP. MEASURING"}
    H{"8.<br>INSPECTION"}
    I["9.<br>TOUCH UP"]
    J["10.<br>GO TO NEXT MANUFACTURING STEP"]

    A -.-> B
    A --> D
    B -.->|OK| D
    B -.->|NG| A
    C -.-> D
    C -.-> E
    D --> E
    E --> F
    F --> H
    F -.-> G
    G -.->|OK| H
    G -.->|NG| F
    H -->|OK| J
    H -.->|NG| I
    I -.->|OK| H
```


```mermaid
flowchart TD
    A("Soft tissue sarcoma")
    B("Local examination:<br>local physical examination, plain film,ultrasound, enhanced CT or MRI, DSA, etc.")
    C("Whole body examination:<br>chest CT, upper abdominal ultrasound,ECT, PET-CT,etc.")
    D("Pathological examination")
    E("Benign")
    F("One-stage resection")
    G("Follow up")
    H("Mallgnant")
    I("Possible residual tumor after surgery")
    J("One-stage excision possible")
    K("Residual tumor after surgery")
    L("Combined distant metastases")
    M("Refused or unable to expand resection")
    N("Extended resection")
    O("Neoadjuvant therapy:<br>intravenous chemotherapy<br>±<br>arterial embolization perfusion therapy<br>±<br>isolated limb hyperthermic perfusion chemotherapy, etc.")
    P("Intravenous chemotherapy")
    Q("Postoperative local radiotherapy<br>±<br>Chemotherapy")
    R("Adjuvant radiotherapy Adjuvant chemotherapy")
    S("Surgical resection<br>±<br>Other local treatments")
    T("Refused or unable to operate")
    U("Reaching safe surgical boundanies")
    V("Reassessment with contrast-enhanced CT and MRI")
    W("Medical treatment")
    X("Other topical treatments")
    Y("Wide excision or limb salvage possible")
    Z("Still unable to wide resection or limb salvage")
    AA("Palliative surgery:<br>postoperative local radiotherapy + chemotherapy")
    AB("Amputation: adjuvant chemotherapy")
    AC("Inoperable:<br>palliative care:medical treatment ± other local treatments")
    AD("Adjusted neoadjuvant chemotherapy regimen ± arterial embolization therapy ± neoadjuvant radiotherapy")

    A --> B
    A --> C
    A --> D
    B --- D
    C --- D
    D --> E
    D --> H
    E --> F
    F --> G
    H --> I
    I --> J
    J --> K
    K --> M
    K --> N
    M --> Q
    N --> R
    J --> U
    U --> R
    I --> L
    L --> P
    P --> S
    P --> T
    S --> W
    T --> X
    X --> W
    I --> O
    O --> V
    V --> Z
    Z --> AA
    Z --> AB
    Z --> AC
    Z --> AD
    AD --> Z
    AD --> Y
    Y --> R
```


```mermaid
flowchart TD
    A@{ shape: circle, label: " " }
    B["Make an Edit"]
    C{"Was the article edited further?"}
    D(["Consensus"])
    E{"Was the edit a change, or was it a revert?"}
    F{"Do you agree with change?"}
    G{"Do you agree with the revert?"}
    H(["Consensus"])
    I["Think of a reasonable change that might integrate your ideas with theirs."]
    J["Take it to the Talk Page"]
    K["Find a Reasonable (if temporary) Compromise"]

    A --> B
    B -->|wait| C
    C -->|No| D
    C -->|yes| E
    E -->|change| F
    E -->|revert| G
    F -->|agree| H
    F -->|no agree| I
    G -->|agree| H
    G -->|not agree| J
    J -->|discuss| K
    K -->|implement| B
    I -->|implement| B
```


```mermaid
flowchart TD
    A("Start")
    B["Select training and testing samples and then normalize"]
    C["Select kernel function, initialize population and optimize by PSO"]
    D["Get penalty factor (C) and kernel parameters (γ)"]
    E["Obtain support vectors, nonzero coefficients and constant value, then get PSO-SVM model"]
    F["Validate testing samples and renormalize"]
    G{"Accuracy is met"}
    H["Get the optimized PSO-SVM model"]
    I("End")

    A --> B
    B --> C
    C --> D
    D --> E
    E --> F
    F --> G
    G -->|Yes| H
    G -->|No| C
    H --> I
```


### Production flow chart

```mermaid
flowchart TD
    A["Develop scheduling plans Arrange production plan"]
    B["Confirm mold status"]
    C["Inspection/Maintenance of the production process"]
    D["Final production mold maintenance"]
    E["Fill mold condition record /storage"]
    F["Mold to be produced"]
    G["Materials purchased"]
    H["Preheating equipment"]
    I["Pre process record / Reference"]
    J["Process adjustment"]
    K["Random process adjustment"]
    L["According to the size of the drawings"]
    M["Product forming"]
    N["Size detection"]
    O["Track inspection record"]
    P["Record file"]
    Q["The placement of semi- finished products"]
    R["delivery of cargo from storage"]
    S["Shipping method"]
    T["Delivery order with packing details"]
    U["post processing"]
    V["Responsible for post processing position"]
    W["Finished products inspection and storage"]
    X["Fill out the finished product inspection and out of the storehouse"]
    Y["Order /inventory statistics"]
    Z["Inventory statistics report file"]

    A --> B
    B --> C
    B --> F
    C --> D
    D --> E
    F --> H
    G --> H
    H --> J
    I --> J
    K --> J
    J --> M
    L --> M
    N --> M
    M --> O
    O --> P
    O --> Q
    Q --> U
    V --> U
    U --> W
    W --> X
    W --> Y
    X --> T
    Y --> Z
    T --> S
    S --> R
```


```mermaid
flowchart TD
    A(["Prefab Instantiate"])
    B(["Awake"])
    C(["OnEnable"])
    D(["Start"])
    E@{ shape: text, label: "· Before the first frame update<br>· Only if the script instance is enabled" }
    F(["FixedUpdate"])
    G@{ shape: text, label: "· All physics calculations and updates occur immediately<br>· Do not need to multiply your value by Time.deltaTime" }
    H(["Physics simulation"])
    I(["OnEnter/Exit/Stay trigger functions"])
    J(["OnEnter/Exit/Stay collision functions"])
    K(["Rigidbody interpolation"])
    L(["OnMouseDown/Up etc. events"])
    M(["Update"])
    N(["Animations"])
    O(["LateUpdate"])
    P@{ shape: text, label: "· One time per frame<br>· After update finished<br>· A following third-person camera usually been used" }
    Q(["Coroutine"])
    R(["yield"])
    S(["yield WaitForSeconds[s]"])
    T(["yield WaitForFixedUpdate[]"])
    U("yield WWW")
    V(["yield StartCoroutine[MyFunc]"])
    W(["Rendering"])
    X(["OnPreCull"])
    Y(["OnBecameVisible/OnBecameInvisible"])
    Z(["OnWillRenderObject"])
    AA(["OnPreRender"])
    AB(["OnRenderObject"])
    AC(["OnPostRender"])
    AD(["OnRenderImage(Pro only)"])
    AE(["OnGUI"])
    AF(["OnDrawGizmos"])
    AG(["Quitting"])
    AH(["OnApplicationQuit"])
    AI(["OnDisable"])

    A --> B
    B --> C
    B --> D
    D --- E
    D -->|Multiple times per frame| F
    D -->|One time per frame| M
    F --- G
    F --> H
    H --> I
    I --> J
    J --> K
    K --> L
    M --> N
    N --> O
    O --- P
    O --> Q
    R --> Q
    S --> Q
    T --> Q
    U --> Q
    V --> Q
    Q --> W
    W --> X
    X --> Y
    Y --> Z
    Z --> AA
    AA --> AB
    AB --> AC
    AC --> AD
    AD --> AE
    AE --> AF
    AF --> AG
    AG --> AH
    AH --> AI
```


```mermaid
flowchart TD
    subgraph id1 ["Carbon emission calculation"]
        subgraph id2 ["Statistical data"]
            A("Energy consumption")
            B("Livestock inventory")
            C("Input in agricultural activities")
            D("Area of paddy land")
        end
        E("$$CO_{2}$$ emission")
        F("$$CH_{4}$$ emission")
        G("Energy consumption")
        H("Agricultural activities")
        I("Coal mining")
        J("Rice planting")
        K("Animal husbandry")
        L(["Total Carbon emission"])
    end
    subgraph id3 ["Terrestrial carbon sink calculation"]
        subgraph id4 ["Statistical data"]
            M("Area of grass land")
            N("Area of forest land")
            O("Area of cropland")
        end
        subgraph id5 ["Remote sensing and meteorological data"]
            P("Precipitation")
            Q("MODIS NPP")
            R("Temperature")
        end
        S(["Inventory method"])
        T(["Eddy covariance method"])
        U(["Carbon sink of various land use types"])
        V(["Net ecosystem productivity (NEP)"])
        W(["Terrestrial carbon sink"])
    end
    X(["Carbon variation and balance analysis"])
    Y("Stage wise trend analysis")
    Z("Carbon sink ratio (CSR)")

    id2 --> E
    id2 --> F
    E --> G
    E --> H
    F --> I
    F --> J
    F --> K
    G --> L
    H --> L
    I --> L
    J --> L
    K --> L
    id4 --> S
    id5 --> T
    S -->|Carbon absorption factor| U
    T -->|Heterotrophic respiration| V
    U --> W
    V --> W
    L --> X
    W --> X
    X --> Y
    X --> Z

    style id2 stroke-dasharray:5 5
    style id4 stroke-dasharray:5 5
    style id5 stroke-dasharray:5 5
```


```mermaid
flowchart TD
    subgraph ide1 ["Water-Energy-Carbon Emission (WEC) nexus of crop production"]
        subgraph ide2 ["Water footprint"]
            subgraph ide3 [" "]
                A("Humidity")
                B("Temperature")
                C("Wind speed")
                D("Sunshine")
            end
            E("Precipitation")
            subgraph ide4 ["Crop water requirement"]
                F["$$ ET_{0} $$"]
                G["$$ K_{c} $$"]
            end
            subgraph ide5 [" "]
                H(["Blue water"])
                I(["Green water"])
            end
        end
        J["Crop production<br>Water<br>Energy<br>Carbon"]
        subgraph ide6 ["Energy input & output"]
            subgraph ide7 ["Energy input"]
                K(["Labor"])
                L(["Film"])
                M(["Fertilizer"])
                N(["Diesel fuel"])
                O(["Machinery"])
                P(["Seed"])
                Q(["Pesticide"])
                R(["Irrigation water"])
            end
            subgraph ide8 ["Energy output"]
                S(["Grain yield"])
                T(["Straw yield"])
            end
        end
        subgraph ide9 ["Carbon emissions"]
            U("Agricultural activity")
            V("Paddy fields")
            W("Nitrogen fertilizer")
            subgraph ide10 [" "]
                 X(["$$ CO_{2} $$"])
                 Y(["$$ CH_{4} $$"])
                 Z(["$$ N_{2}O $$"])
            end
        end
    end
    subgraph ide11 ["Quantifying the interaction of WEC nexus"]
        subgraph ide12 ["Evaluation indicators"]
            AA("Total water consumption per unit of area")
            AB("Energy input per unit of area")
            AC("Carbon emissions per unit of area")
            AD("Total water consumption per unit of production")
            AE("Energy input per unit of production")
            AF("Carbon emissions per unit of production")
        end
        AG["Coordination mechanism"]
        AH["Indicators normalization"]
        AI["Comprehensive development index"]
        AJ["Coupling degree"]
        AK["Coupling coordination degree"]
        subgraph ide13 ["Crops"]
            AL@{ shape: docs, label: "Wheat"}
            AM@{ shape: docs, label: "Rice"}
            AN@{ shape: docs, label: "Cotton"}
            AO@{ shape: docs, label: "Maize"}
        end
    end
    AP{"Comprehensive evaluation the coupling coordination degree of the WEC system"}

    ide3 --> ide4
    E ~~~|+| ide4
    ide4 ~~~|=| ide5
    ide2 <==> J
    J <==> ide6
    ide2 ==> ide9
    ide6 ==> ide9
    U ==> ide10
    V ==> ide10
    W ==> ide10
    ide1 ==> ide11
    ide12 ==> AG
    ide13 ==> AG
    AG ==> AH
    AH ==> AI
    AI ==> AJ
    AJ ==> AK
    ide11 ==> AP

    style ide3 rx:15
    style A fill:color:#000,stroke-dasharray: 10
    style B fill:color:#000,stroke-dasharray: 10
    style C fill:color:#000,stroke-dasharray: 10
    style D fill:color:#000,stroke-dasharray: 10
    style E fill:color:#000,stroke-dasharray: 10
    style ide4 rx:15
    style ide4 fill:color:#000,stroke-dasharray: 10
    style ide6 rx:15
    style ide7 fill:color:#000,stroke-dasharray: 10
    style ide8 fill:color:#000,stroke-dasharray: 10
    style ide9 rx:15
    style ide10 rx:15
    style U fill:color:#000,stroke-dasharray: 10
    style V fill:color:#000,stroke-dasharray: 10
    style W fill:color:#000,stroke-dasharray: 10
    style ide10 fill:color:#000,stroke-dasharray: 10
    style ide12 rx:15
    style AA fill:color:#000,stroke-dasharray: 10
    style AB fill:color:#000,stroke-dasharray: 10
    style AC fill:color:#000,stroke-dasharray: 10
    style AD fill:color:#000,stroke-dasharray: 10
    style AE fill:color:#000,stroke-dasharray: 10
    style AF fill:color:#000,stroke-dasharray: 10
    style AG fill:color:#000,stroke-dasharray: 10
    style AH fill:color:#000,stroke-dasharray: 10
    style AI fill:color:#000,stroke-dasharray: 10
    style AJ fill:color:#000,stroke-dasharray: 10
    style AK fill:color:#000,stroke-dasharray: 10
    style ide13 rx:15
```


```mermaid
flowchart TD
    A[("SQL")]
    B@{ shape: text, label: "OMOP" }
    subgraph id1["2.9 Million EHRs"]
        C("Demographic")
        D("Diagnose")
        E("Medication")
        F("Encounter")
        G("Lab")
        H("Notes")
    end
    I["Eligible patients"]
    J["Variable extraction<br>(Structured query + NLP)"]
    K["Randomly splitting into training and testing sets"]
    L["WCM data<br>Training (80%)<br>(5-fold cross validation)"]
    M["Grid Search"]
    N["Sequential Forward<br>Selection"]
    O["Model Training"]
    subgraph id2[" "]
        P("Logistic Regression")
        Q("Random Forest")
        R("Decision Tree")
        S("Extreme Gradient Boosting")
    end
    T("Multilayer Perceptron*")
    U["Clinical Validation"]
    V["Complete"]
    W@{ shape: doc, label: "WCM data Testing (20%)" }
    X@{ shape: doc, label: "CDRN data Testing (100%)" }
    subgraph id3[" "]
        Y("AUC")
        Z("Sensitivity")
        AA("Specificity")
        AB("Brier Score")
    end

    A --> C
    B ~~~ A
    A --> D
    A --> E
    A --> F
    A --> G
    A --> H
    C ~~~ id1
    id1 --> I
    I --> J
    J --> K
    K --> L
    L --> M
    M --> N
    N --> O
    O --> U
    P ~~~ Q
    Q ~~~ R
    R ~~~ S
    id2 -.- M
    id2 -.- O
    L -.- T
    T -.- U
    U --> |1. If all variables are valid<br>2. If predetermined maximum number of feature set are reached| V
    U -->|Else| O
    K --> W
    U --> W
    J --> X
    U --> X
    W -.- X
    X -.- id3
    Y ~~~ Z
    Z ~~~ AA
    AA ~~~ AB

    style id2 stroke-dasharray: 5 5
    style id3 stroke-dasharray: 5 5
```


```mermaid
flowchart TD
    A("Program Kickoff Meeting")
    B["Legal Requirements and Regulations OHS;<br>Ford WSS-M99P9999-A1;<br>Chrysler CS-9003 and CS-11;<br>GM MAT spec."]
    C{"B2P"}
    D("APQP Phase 3")
    E("Prepare<br>Program Plan")
    F("Design Work (MTC)")
    G("CTS (Component Test Specification)(MTC)")
    H("DFMEA (MTC)")
    I("(Chrysler: PSO, Balance Score Card, PAP4CDS) (Ford: GPDS)<br>(Ford: GPDS)")
    J("Develop DVPR")
    K("CCC certified parts must comply to GB15086")
    L("FEA ETC. Analysis (MTC)")
    M("Build Test Parts.")
    N("Preliminary Testing")
    O{"Test Results Acceptable"}
    P("Drawing Design GD&T review")
    Q("Concept Review (MTC)")
    R("Process/Tooling Design")
    S@{ shape: doc, label: "TS11 Process-Tooling Design" }
    T("Build Test Parts C/W")
    U("Testing Design Validation")
    V("Verify Design Output meets Design Requirements")
    W("Prototype Release to Production Drawing Release")

    A --> C
    B ~~~ C
    C -->|Yes| D
    C -->|No| E
    E --> F
    F --> G
    F --> H
    H ~~~ I
    G --> J
    J ~~~ K
    J --> L
    L --> M
    M --> N
    N --> O
    O -.->|No| F
    O -->|Yes| P
    N --> P
    P --> Q
    Q --> R
    R ~~~ S
    R --> T
    T --> U
    U --> V
    V --> W

    style B stroke-dasharray: 5 5
    style I stroke-dasharray: 5 5
    style K stroke-dasharray: 5 5
    style W stroke-dasharray: 5 5
```


```mermaid
flowchart TD
    A["Contract"]
    B["Project organization structure (management duty)"]
    C["Examine unverified drawings"]
    D["Quality policy goal measure"]
    E["Constriction organization design"]
    F["Construction schema planning"]
    G["Error"]
    H["Correct"]
    I["Variations design"]
    J["Progress schema planning"]
    K["Labor planning"]
    L["Materials purchasing planning"]
    M["Purchasing equipment planning"]
    N["Contract team"]
    O["Purchasing"]
    P["Abolish, change, effectivelyused"]
    Q["Determine by yourself"]
    R["Determine biopolymer"]
    S["Checking certification and testing planning arrangement"]
    T["Checking evolution"]
    U["Unpacks"]
    V["Pass"]
    W["Improper"]
    X["Proper"]
    Y["Mark"]
    Z["Education training"]
    AA["Quality controlling during construction"]
    AB["Check, test, suveyequipment controlling"]
    AC["Construction checking and testing"]
    AD["Evolution"]
    AE["Move, store, protection"]
    AF["Progress controlling"]
    AG["Mark"]
    AH["Checking"]
    AI["Improper controlling and treatment"]
    AJ["Correct and precautionary measure"]
    AK["Turn over and servicing quality controlling for employer"]

    A --- B
    B --- C
    B --- D
    B --- E
    C --- G
    C --- H
    D --- F
    E --- F
    C --- F
    F --- J
    F --- K
    F --- L
    F --- M
    G --- I
    H --- P
    K --- N
    N --- Q
    N --- R
    N --- U
    O --- S
    O --- W
    Q --- T
    R --- T
    T --- V
    V --- Z
    I --- P
    U ---V
    L --- O
    M --- O
    S --- X
    W --- X
    X --- Y
    P --- AA
    Y --- AA
    Z --- AA
    AA --- AB
    AA --- AC
    AA --- AD
    AA --- AE
    AA --- AF
    AB --- AG
    AC --- AG
    AD --- AG
    AE --- AG
    AF --- AG
    AG --- AH
    AH --- AI
    AI --- AJ
    AJ --- AK
```


```mermaid
flowchart TD
    A["Pre-trained Dataset<br>(Dataset 1)"]
    B["Training cohort<br>(N=50)"]
    C["Validation cohort<br>(N = 10)"]
    D["Testing cohort<br>(N = 20)"]
    E["3D CNN"]
    F["Pre-trained Model"]
    G["Host Dataset i<br>(i =2,3,4,5)"]
    H["Training cohort<br>(N=10,20,30,40,50)"]
    I["Validation cohort<br>(N = 10)"]
    J["Testing cohort<br>(N = 20)"]
    K["Pre-trained Model"]
    L["Adaptive Models"]

    A --> B
    A --> C
    A --> D
    B --> E
    C --> E
    D --> F
    E --> F
    G --> H
    G --> I
    G --> J
    E --> K
    H --> K
    I --> K
    K --> L
    J --> L
```

```mermaid
flowchart TD
    A["Host Dataset i<br>(i =2,3,4,5)"]
    B["Training cohort<br>(N=10,20,30,40,50)"]
    C["Validation cohort<br>(N = 10)"]
    D["Testing cohort<br>(N = 20)"]
    E["3D CNN"]
    F["Models Training<br>From Scratch"]

    A --> B
    A --> C
    A --> D
    B --> E
    C --> E
    E --> F
    D --> F
```


```mermaid
flowchart TD
    A["Establish agreed-upon roles"]
    B["Allocate or apply for sustained funding"]
    C["Define recovery indicators"]
    D["Determine recovery benchmarks and evaluation process"]
    E["Expand and stregthen existing flood risk reduction actions"]
    F["Identify EO-based proxies"]
    G["Generate pipeline to process EO data"]
    H["Develop algorithm"]
    I["Validate algorithm"]
    J["Collect non-EO data to supplement and contexualize EO-based recovery proxy"]
    K["Construct pre-flood baseline trends"]
    L["Archive pipeline"]

    A --> B
    B --> C
    C --> D
    D --> E
    C -.-> F
    F --> G
    G --> H
    H --> I
    I --> J
    J --> K
    K --> L
```

```mermaid
flowchart TD
    A["Monitor post-flood recovery"]
    B["Evaluate recovery benchmarks and identify differential recovery progress"]
    C["Seek remedy to inequitable recovery and enforce distributional accountability"]

    A --> B
    B --> C
```


```mermaid
flowchart TD
    A(["Start"])
    B[/"Read rainfall and spatial data"/]
    C["Data processing and cellular initialization"]
    D[/"Input para. list"/]
    E{"Iteration=1:T<br>(T=time/interval)"}
    F{"For x=2: columns-1<br>For y=2:rows-1"}
    G{"the cell isn't<br>no data,building or<br>viaduct"}
    H@{shape: subproc, label: "Compute S(c)and I(c)by cover, h(c,t)=r(c,t)-S(c)-I(c)"}
    I@{shape: subproc, label: "Compute sl(c,t)and g(c,t) by cover and gully conditions, h(c,t)=h(c,t)-sl(c,t)-g(c,t)"}
    J@{shape: subproc, label: "Computing flow direction and velocity(v) from central cell to neighbors"}
    K{"L/v>=Interval or 1.414*L/V>=interval"}
    L[/"reset interval and recompute"/]
    M[/"Calculating the outflow"/]
    N@{shape: subproc, label: "Compute<br>Re=(v*h(c,t)/μ)"}
    O{"Re>4000"}
    P@{shape: subproc, label: "distributing water on 9 cells to minimize water surface height"}
    Q["Update Depth H(c,t)"]
    R{"End x,y"}
    S{"End Iteration"}
    T["Extract flood areas and output depth grid at one time"]
    U{"Results are validated by comparing with observed data"}
    V(["End"])

    A --> B
    B --> C
    C --> D
    D --> E
    E --> F
    F --> G
    G -->|Yes| H
    G -->|No| F
    H --> I
    I --> J
    J --> K
    K -->|No| L
    K -->|Yes| M
    M --> N
    N --> O
    O -->|Yes| P
    O -->|No| Q
    P --> Q
    Q --> R
    R -->|Yes| S
    R -->|No| F
    S -->|Yes| T
    S -->|No, new lteration| E
    T -->|No, Revising paras| U
    U --> D
    U -->|Yes| V
```


```mermaid
flowchart TD
    A["Parameter selection andpreliminary work"]
    B["Performance tests(experimental work)"]
    C["Asphalt binders'sample preparationand tests"]
    D["Asphalt mixtures' samplepreparation andperformance tests"]
    E["Control binder(PEN 60/70)"]
    F["Foamed binders:methanol foamed asphaltbinder with and without latex"]
    G["Control mixture(HMA)"]
    H["Foamed mixture (WMA):methanol foamed asphaltmixture with and without latex"]
    I["Binder tests<br>- Expansion ratio and half<br>-life- Rotational viscosity<br>- Softening point<br>- Torsional recovery<br>- Dynamic shear rheometer"]
    J["Mixture tests<br>- Workability index<br>- Compaction energy index<br>- Indirect tensile strength<br>- Resilient modulus"]
    K["Data analysis"]

    A --> B
    B --> C
    B --> D
    C --> E
    C --> F
    D --> G
    D --> H
    E --> I
    F --> I
    G --> J
    H --> J
    I --> K
    J --> K
```


```mermaid
flowchart TD
    subgraph ide1 ["Lathe Machining By Subcontractor"]
        A["Raw Material Purchase"]
        B{"Raw Material Receiving"}
        C["Lathe Machining By Subcantractor"]
        D{"Rough Ring Receiving"}
        E["Storage"]
    end
    subgraph ide2 ["Heat treatment"]
        F["Take Material"]
        G["Cleaning"]
        H["Dry"]
        I["Quenching"]
        J["Temper"]
        K{"Inspection"}
    end
    subgraph ide3 ["Grinding"]
        L["Take Material"]
        M["Plane"]
        N{"Inspection"}
        O["Outer Diameter"]
        P{"Inspection"}
        Q["Polishing"]
        R["Finishing Outer"]
        S{"Inspection"}
        T["Take Material"]
        U["Inner Ring"]
        V["Bore Grinding"]
        W{"Inspection"}
        X["Polishing"]
        Y["Raceway Grinding"]
        Z["Raceway Grinding"]
        AA{"Inspection"}
        AB["Take Material"]
        AC["Raceway Super"]
        AD{"Inspection"}
        AE["Outer Ring"]
        AF["Raceway Material"]
        AG{"Inspection"}
        AH["Polishing"]
        AI["Raceway Super"]
        AJ{"Inspection"}
        AK["Polishing"]
        AL["Raceway Super"]
        AM{"Inspection"}
        AN["Take Material"]
        AO["Outer Diameter Polishing"]
        AP{"Inspection"}
        AQ["Raceway Super Finishing"]
        AR{"Inspection"}
        AS["Take Material"]
        AT["Outer Diameter Polishing"]
        AU{"Inspection"}
    end
    subgraph ide4 ["Assembly"]
        AV["Take Material"]
        AW["Demagnetizing"]
        AX["Cleaning"]
        AY{"Semi Finished Product Inspection"}
        AZ["Assembly"]
        BA["Cage Pressing"]
        BB["Demagnetizing"]
        BC["Cleaning"]
        BD{"Finished Product Inspection"}
        BE["Demagnetizing Cleaning"]
        BF["Grease Filling and Shield(seal) Pressing"]
        BG{"Vibration Test"}
        BH{"Shielded(sealed) Product Inspection"}
        BI["Packing"]
        BJ{"Final Inspection"}
        BK["Storage"]
        BL{"Delivery Inspection"}
        BM["Delivery"]
    end

    A --> B
    B --> C
    C --> D
    D --> E
    E --> F
    F --> G
    G --> H
    H --> I
    I --> J
    J --> K
    K --> L
    L --> M
    M --> N
    M -->|d <= Φ8mm| Q
    N --> O
    O --> P
    P --> R
    Q --> O
    R --> S
    S --> T
    T --> U
    U --> V
    V --> W
    W -->|d <= Φ8mm| X
    X --> Y
    W -->|d >= Φ9mm| Z
    Y --> AA
    Z --> AA
    AA --> AB
    AB --> AC
    AC --> AD
    AD --> AV
    T --> AE
    AE --> AF
    AF --> AG
    AG -->|D <= Φ18mm| AH
    AG -->|D <= Φ24mm| AK
    AG -->|D <= Φ26mm| AQ
    AH --> AI
    AI --> AJ
    AJ --> AV
    AK --> AL
    AL --> AM
    AM --> AN
    AN --> AO
    AO --> AP
    AP --> AV
    AQ --> AR
    AR --> AS
    AS --> AT
    AT --> AU
    AU --> AV
    AV --> AW
    AW --> AX
    AX --> AY
    AY --> AZ
    AZ --> BA
    BA --> BB
    BB --> BC
    BC --> BD
    BD --> BE
    BE --> BF
    BF --> BG
    BG --> BH
    BH --> BI
    BI --> BJ
    BJ --> BK
    BK --> BL
    BL --> BM
```


```mermaid
flowchart TD
    subgraph ide1 [Step1:The supply-demand balance of ESs]
        subgraph ide2 [Ecosystem services types]
            A["Water yield"]
            B["Soil Conservation"]
            C["Carbon sequestration"]
            D["Recreation and leisure"]
        end
    E["Ecosystem service demand (ED)"]
    F["Ecosystem service supply (ES)"]
    G["Supply- demand ratio (ES/ED)"]
    H["Overall imbalance"]
    I["Structural imbalance"]
    end
    subgraph ide3 [Step2: The adjust factors based on ESs scarcity]
        J["Scarcity Theory<br>The server imbalance, the higher priority/urgency"]
        K["Weights among sub-regions<br>UEP: the urgency index of sub-regional ecological protection"]
        L["Weights among ESs types<br>PET: the priority index of each ESs type in sub-region"]
    end
    M["Ecological Sensitivity Assesment<br>(terrain, soil, climate, vegetation and human activities factors)"]
    subgraph ide4 [Step3: Ecosystem service scarcity supply capacity （ESSSC）]
        N["$$ESSSC_{i}=UEP_{j}\sum\limits_{m=1}^{n}(PET_{jm}\times ES_{im})$$"]
        O@{shape: text, label: "ESSSC in the pixel i is determined by ESs supply in the pixel i with PET as the weight of single ESs type m in the sub-region j and then UEP as the weight of the total supply in the sub-region j."}
    end
    subgraph ide5 [ ]
        P["Extremely sensitive areas<br>(the first two level of ecological sensitivity)"]
        Q["Extremely important areas of ESs supply<br>(the first two level of ESSSC)"]
        R["Important water areas<br>($$\gt10km^{2}$$ of water area)"]
    end
    subgraph ide6 [Step4: Construction of ESP]
        S["Ecological resistance surface<br>(resistance coefficients of land use types)"]
        subgraph ide7 [ ]
            T["Identify ecological sources"]
            U["Extract ecological corridors"]
            V["Extract ecological nodes"]
        end
        W["Ecological security patterns (ESP)"]
    end

    A --> E
    B --> E
    C --> E
    D --> E
    A --> F
    B --> F
    C --> F
    D --> F
    E --> G
    F --> G
    F --> N
    G --> H
    G --> I
    H --> K
    I --> L
    ide1 --> ide3
    ide1 --> ide4
    J --> K
    J --> L
    M --> P
    ide3 --> N
    ide4 --> Q
    ide4 --> ide6
    ide5 --> T
    S -->|MCR| U
    S --> V
    T --> U
    U -->|Barrier point| V
    ide7 --> W

    style ide1 stroke-dasharray: 5 5
    style ide2 stroke-dasharray: 2 2
    style ide3 stroke-dasharray: 5 5
    style ide4 stroke-dasharray: 5 5
    style ide5 stroke-dasharray: 2 2
    style ide6 stroke-dasharray: 5 5
    style ide7 stroke-dasharray: 2 2
```

```mermaid
flowchart TD
    subgraph ide1 [Carbon emission calculation]
        subgraph ide2 [Statistical data]
            A("Energy consumption")
            B("Livestock inventory")
            C("Input in agricultural activities")
            D("Area of paddy land")
        end
        E("$$CO_{2}$$ emission")
        F("$$CH_{4}$$ emission")
        G("Energy consumption")
        H("Agricultural activities")
        I("Coal mining")
        J("Rice planting")
        K("Animal husbandry")
        L(["Total Carbon emission"])
    end
    subgraph ide3 [Terrestrial carbon sink calculation]
        subgraph ide4 [Statistical data]
            M("Area of grass land")
            N("Area of forest land")
            O("Area of cropland")
        end
        subgraph ide5 [Remote sensing and meteorological data]
            P("Precipitation")
            Q("MODIS NPP")
            R("Temperature")
        end
        S(["Inventory method"])
        T(["Eddy covariance method"])
        U(["Carbon sink of various land use types"])
        V(["Net ecosystem productivity (NEP)"])
        W(["Terrestrial carbon sink"])
    end
    X(["Carbon variation and balance analysis"])
    Y("Stage wise trend analysis")
    Z("Carbon sink ratio (CSR)")

    ide2 --> E
    ide2 --> F
    E --> G
    E --> H
    F --> I
    F --> J
    F --> K
    G --> L
    H --> L
    I --> L
    J --> L
    K --> L
    L --> X
    ide4 --> S
    ide5 --> T
    S -->|Carbon absorption factor| U
    T -->|Heterotrophic respiration| V
    U --> W
    V --> W
    W --> X
    X --> Y
    X --> Z

    style ide2 stroke-dasharray: 5 5
    style ide4 stroke-dasharray: 5 5
    style ide5 stroke-dasharray: 5 5
```


```mermaid
flowchart TD
    A["Submit the overall outreach program"]
    B{"Review the overall outreach program"}
    C["Work out the media outreach program"]
    D["Work out the media outreach program"]
    E{"Review the media outreach program"}
    F["Concretize the media outreach program"]
    G["Maintain the media outreach program"]
    H["Work out the lecture outreach program"]
    I{"Review the lecture outreach program"}
    J["Concretize the lecture outreach program"]
    K["Maintain the lecture outreach program"]
    L["Work out the email outreach program"]
    M{"Review the email outreach program"}
    N["Concretize the email outreach program"]
    O["Maintain the email outreach program"]
    P["Work out the SMS outreach program"]
    Q{"Review the SMS outreach program"}
    R["Concretize the SMS outreach program"]
    S["Maintain the SMS outreach program"]

    A --> B
    B -->|NO| A
    B -->|YES| C
    C --> D
    C --> H
    C --> L
    C --> P
    D --> E
    E -->|NO| D
    E -->|YES| F
    F --> G
    H --> I
    I -->|NO| H
    I -->|YES| J
    J --> K
    L --> M
    M -->|NO| L
    M -->|YES| N
    N --> O
    P --> Q
    Q -->|NO| P
    Q -->|YES| R
    R --> S
```


```mermaid
flowchart TD
    subgraph ide1 ["Pre-Flood years, months prior"]
        subgraph ide2 ["Planning Phase"]
            A["Establish agreed-upon roles"]
            B["Allocate or apply for sustained funding"]
            C["Define recovery indicators"]
            D["Determine recovery benchmarks and evaluation process"]
            E["Expand and stregthen existing flood risk reduction actions"]
        end
        subgraph ide3 ["Testing Phase"]
            F["Identify EO-based proxies"]
            G["Generate pipeline to process EO data"]
            H["Develop algorithm"]
            I["Validate algorithm"]
            J["Collect non-EO data to supplement and contexualize EO-based recovery proxy"]
            K["Construct pre-flood baseline trends"]
            L["Archive pipeline"]
        end
    end
    subgraph ide4 ["Post-Flood years, months, days post"]
        subgraph ide5 ["Implementation Phase ($$\mathit{triggered\ by\ flood}$$)"]
            M["Monitor post-flood recovery"]
            N["Evaluate recovery benchmarks and identify differential recovery progress"]
            O["Seek remedy to inequitable recovery and enforce distributional accountability"]
        end
    end
    subgraph ide6 ["Knowledge Appraisal Phase"]
        P["Refine framework"]
        Q["Strengthen theories of flood recovery"]
    end

    ide1 ~~~ ide2
    ide1 ~~~ ide3
    ide1 ~~~ ide4
    A --> B
    B --> C
    C --> D
    C -.-> F
    D --> E
    F --> G
    G --> H
    H --> I
    I --> J
    J --> K
    K --> L
    ide4 ~~~ ide5
    M --> N
    N --> O
    ide6 ~~~ ide2
    ide6 ~~~ ide3
    ide6 ~~~ ide5
```

```mermaid
flowchart TD
    subgraph ide1 [" "]
        A["In-situ data from weather stations"]
        B["Land-Use and Land-Cover Change data"]
        C["Remotely sensed and reanalysis data"]
        D["Data collection and preprocessing"]
    end
    subgraph ide2 [" "]
        E["Land use data"]
        F["Split of study period"]
        G["Dynamic classification of urban and rural stations"]
        subgraph ide3 [" "]
            H["Rainfall"]
            I["Temperature"]
            subgraph ide4 [" "]
                J["Definitions of rainfall indices in different intensity"]
                K["Definitions of diverse drought indices"]
            end
        end
    end
    subgraph ide5 [" "]
        L["Sen's Slope"]
        M["Mann - Kendall Trend Test"]
        N["Calculation of trend for various rainfall and drought series"]
        subgraph ide6 [" "]
            O["Quantification of Urban effects"]
            P["Quantification of Urban Contribution"]
        end
    end
    subgraph ide7 [" "]
        subgraph ide8 [" "]
            Q["UHI"]
            R["UDI"]
            S["Multiple factors"]
            T["Regression analysis and correlation analysis"]
            U["Statistical based potential mechanism exploration"]
        end
        subgraph ide9 [" "]
            V["WRF hydrological model"]
            W["Processed land use and topography data"]
            X["Design experiments in different scenarios"]
            Y["Physical based potential mechanism exploration"]
        end
    end

    A --> D
    B --> D
    C --> D
    ide1 ==> ide2
    ide1 ==> ide5
    E --> G
    F --> G
    H --> ide4
    I --> ide4
    ide2 ==> ide5
    ide5 ==> ide7
    ide2 ==> ide7
    L --> N
    M --> N
    N --> ide6
    Q --> T
    R --> T
    S --> T
    T --> U
    V --> X
    W --> X
    X --> Y

    style ide3 stroke-dasharray: 5 5
    style ide4 stroke-dasharray: 5 5
    style ide6 stroke-dasharray: 5 5
    style ide8 stroke-dasharray: 5 5
    style ide9 stroke-dasharray: 5 5
```

```mermaid
flowchart TD
    subgraph ide1 ["Scenario Setting"]
        subgraph ide2 ["Climate policy"]
            A("Nationally Determined Contributions")
            B("Net-Zero Emissions")
        end
        subgraph ide3 ["Air pollution policy"]
            C("Current Legislation")
            D("Maximum Feasible Reductions")
        end
    end
    subgraph ide4 ["Point Source Plants"]
        E("Location")
        F("Capacity")
        G("Age")
        H("Process type")
    end
    subgraph ide5 ["Technology Modeling"]
        subgraph ide6 ["MESSAGEix_China"]
            I("Resources endowments")
            J("Energy end-use demand")
            K("Energy conversion")
            L("Technological change")
        end
    end
    subgraph ide7 ["Air Pollution Modeling"]
        subgraph ide8 ["GAINS"]
            M("Socio-economic development")
            N("Emission control measures")
            O("Emissions")
            P("Cost")
            Q("Atmospheric chemical transport")
            R("Air pollution co-benefits")
        end
    end

    ide2 ==>|Scenario input| ide4
    ide4 ==>|Downscale| ide5
    ide6 ==>|Energy structure| ide8
    M --> N
    N --> O
    N --> P
    O --> Q
    Q --> R

    style ide1 stroke-dasharray: 5 5
    style ide4 stroke-dasharray: 5 5
    style ide5 stroke-dasharray: 5 5
    style ide7 stroke-dasharray: 5 5
```

```mermaid
flowchart TD
    subgraph ide1 ["Hydrological model calibration"]
        A["(1) Observational streamflow<br>(2) ERA5-Land dataset<br>(3) MSWEP-V2"]
        B["Five hydrological models"]
        C["Maximum KGE value"]
    end
    subgraph ide2 ["Hydrological simulation"]
        D["ISIMIP3b outputs"]
        E["Streamflow simulation and projection"]
        F["Flood peak and duration extraction"]
    end
    subgraph ide3 ["Global warming extraction"]
        G["Time-sampling method"]
        H["Multi-model ensemble 30-year mean"]
        I["Different global warming levels"]
    end
    subgraph ide4 ["Bivariate analysis"]
        J["Bivariate joint distribution model"]
        K["Most likely realization method"]
        L["Future JRP change and flood risk"]
    end
    subgraph ide5 ["Uncertainty analysis"]
        M["Seven uncertainty sources"]
        N["ANOVA method"]
        O["Uncertainty contributions"]
    end

    A --> B
    B --> C
    ide1 ==> ide2
    D --> E
    D --> G
    E --> F
    F --> J
    ide2 ==> ide3
    G --> H
    H --> I
    I --> J
    ide3 ==> ide4
    J --> K
    K --> L
    ide4 ==> ide5
    M --> N
    N --> O

    style ide1 stroke-dasharray: 5 5
    style ide2 stroke-dasharray: 5 5
    style ide3 stroke-dasharray: 5 5
    style ide4 stroke-dasharray: 5 5
    style ide5 stroke-dasharray: 5 5
```


```mermaid
flowchart TD
    A(["checkVersion()"])
    B["initiate test version request:MobAgentPolicy.checkVersion()"]
    C{"SDK internal, network request"}
    D["discover new version and successful callback"]
    E["error callback for error code"]

    A --> B
    B --> C
    C -->|success| D
    C -->|fail| E
```

```mermaid
flowchart TD
    A(["startDownloading()"])
    B{"configure only WiFi"}
    C{"connection with Wifi"}
    D(["end"])
    E{"check and configure storage size"}
    F(["end"])
    G{"downloading"}
    H(["end"])
    I["send download request:DLService.start()"]
    J{"download upgrade package in SDK"}
    K(["download error callback"])
    L{"download and finish callback, configure automatically upgrade"}
    M(["end"])
    N(["rebootUpgrade()"])
    O{"Configure minimum power and meet requirements"}
    P(["end"])
    Q["notify reboot.apk to upgrade system"]
    R["recovery upgrade"]
    S{"finish upgrade and boot and new version"}
    T(["pop-up dialog and prompt user"])

    A --> B
    B -->|true| C
    C -->|false| D
    B --> E
    C --> E
    E -->|false| F
    E --> G
    G -->|false| H
    G --> I
    I --> J
    J -->|false| K
    J ~~~|success| L
    L -->|false| M
    L --> N
    N --> O
    O -->|false| P
    O --> Q
    Q --> R
    R --> S
    S -->|false| T
    S -->|true| T
```


```mermaid
flowchart TD
    A(["Start"])
    B["Login Page:<br>User enters<br>login/pass"]
    C{"Login info correct?"}
    D["Password Reset:<br>User enters<br>email address"]
    E{"Email matches DB record?"}
    F["Reenter email address"]
    G{"Email matches DB record?"}
    H[["Registration Process"]]
    I["Reset email<br>sent: user<br>clicks link to reset"]
    J["Enter new password"]
    K["Confirmation"]
    L["View account details"]
    M["Pay credit card"]
    N{"Pay which amount?"}
    O["If payment is less than minimum due, show notice."]
    P["Option to select different amount"]
    Q["Select payment account"]
    R["Select payment post date"]
    S["Review and submit"]
    T["Confirmation"]
    U(["End"])

    A --- B
    B --> C
    C ---|Login/pass correct| L
    C ---|Login/pass incorrect| D
    D --- E
    E ---|Email matches DB| I
    E ---|Email doesn't match| F
    F --- G
    G ---|Email matches DB| I
    G ---|Email doesn't match| H
    I --- J
    J --- K
    K --> B
    L --- M
    M --- N
    N ---|Other amount| O
    N ---|Minimum payment due| Q
    N ---|Balance| Q
    O --- P
    P --- Q
    Q --- R
    R --- S
    S --- T
    T --- U
```


```mermaid
flowchart TD
    A["Laying track way of building a bridge machine"]
    B["Fabricated"]
    C["Surveying abutment cap top and laying out"]
    D["Hanging beam with gantry crane"]
    E["Hanging beam longitudinally move to place"]
    F["Falling beam horizontally move to place"]
    G["Laying bearing"]
    H["Checking bearing"]
    I["Tying reinforcement for cross-place"]
    J["Reinforcement fabricated"]
    K["Set up form and grouting concrete"]
    L["Mixing and conveying concrete"]
    M["Tying reinforcement for protecting railing"]
    N["Mixing and conveying concrete"]
    O["Set up form and grouting concrete for protection railing"]
    P["Do waterproofing layer and installing expansion joint"]
    Q["Pawing alphas concrete"]

    A --> B
    B --> C
    C --> D
    D --> E
    E --> F
    F --> G
    H --> G
    G --> I
    J --> I
    I --> K
    L --> K
    K --> M
    N --> M
    M --> O
    O --> P
    P --> Q
```


Primary request flow
Control routing
Analytics path
Event stream

```mermaid
flowchart TD
    subgraph id1 ["01 // EDGE"]
        A("TRAFFIC<br>Client Apps")
        B("EDGE<br>API Gateway")
        C("GUARD<br>Auth / Policy")
    end
    subgraph id2 ["02 // APPLICATION SERVICES"]
        D("SERVICE<br>Order Service")
        E("SERVICE<br>Catalog Service")
        F("SERVICE<br>Billing Service")
        G("STREAM<br>Event Router")
    end
    subgraph id3 ["03 // DATA + EVENT INFRA"]
        H["Postgres<br>orders"]
        I["LOW LATENCY<br>Redis Cache"]
        J["Warehouse<br>analytics"]
    end
    subgraph id4["04 // OBSERVABILITY"]
        K("OPS<br>Metrics or / Traces")
    end

    A --> B
    B --> C
    B -->|route| D
    B --> E
    B --> F
    D -.-> G
    E -.-> G
    F -.-> G
    D --> H
    E ---> I
    F ---> J
    G -->|events| K

    linkStyle 0,2,3,4,8,9 stroke:#46B4F0
    linkStyle 1,11 stroke:#6EE6F5
    linkStyle 5,6,7 stroke:#E66482
    linkStyle 10 stroke:#F5D246
    style id1 stroke-dasharray:5 5,rx:10,ry:10
    style id2 stroke-dasharray:5 5,rx:10,ry:10
    style id3 stroke-dasharray:5 5,rx:10,ry:10
    style id4 stroke-dasharray:5 5,rx:10,ry:10
```