```mermaid
flowchart TD
    A["• Assess using ABCDE approach<br>• 12-lead ECG and monitor cardiac rhythm if serum potassium (K+) ≥ 6.0 mmol/l<br>• Exclude pseudohyperkalaemia (send repeat sample in Lithium Heparin tube if suspected)<br>• Give empirical treatment for arrhythmia if hyperkalaemia suspected"]
    B["MILD<br>$$K^{+}$$ 5.5 - 5.9 mmol/L<br>Consider cause and need for treatment"]
    C["MODERATE<br/>$$K^{+}$$ 6.0 - 6.4 mmol/L<br>Treatment guided by clinical condition, ECG and rate of rise"]
    D["SEVERE<br/>$$K^{+}$$≥ 6.5 mmol/L<br/>Emergency treatment indicated"]
    E["Seek expert help"]
    F["ECG Changes?<br>Peaked T waves<br>Flat/ absent P waves<br>Broad QRS<br>Sine wave<br>Bradycardia<br>VT"]
    G["Calcium Gluconate IV<br>OR<br>Calcium Chloride IV (6.8 mmol)"]
    H["Insulin-Glucose IV Infusion<br>Give 10 units soluble insulin in 25 g glucose over 15-30 min (Check blood glucose before starting infusion)"]
    I["REDUCE THE RISK OF HYPOGLYCAEMIA<br>If pre-treatment blood glucose < 7.0mmol/l,<br/>follow with glucose infusion:10% glucose @ 50ml/hr for 5 hrs (25g)"]
    J["Salbutamol 10-20 mg Nebulised"]
    K["Sodium Zirconium Cyclosilicate (Lokelma) 10g tds for up to 72 hrs<br>OR<br>Patiromer 8.4g once daily"]
    L(["Consider Dialysis<br>Seek expert help"])
    M["Monitor serum $$K^{+}$$ and blood glucose"]
    N["Consider cause and prevent further rise or recurrence<br>(see Guideline 21.1-21.4)"]
    O["Protect the Heart"]
    P["Shift $$K^{+}$$ into cells"]
    Q["Remove $$K^{+}$$ from body"]
    R["Monitor $$K^{+}$$ and Glucose"]
    S["Prevention"]

    A ==> B
    A ==> C
    A ==> D
    B ==> M
    C ==> F
    D ==> F
    E ~~~ F
    F ==>|YES| G
    F ==>|NO| H
    G ==> H
    H ~~~ I
    I ==>|Consider| J
    J ==>|Consider| K
    K ==> L
    K ==> M
    L ==> M
    M ==> L
    M ==>|$$K^{+}$$≥ 6.5 mmol/l despite medical therapy| N
    B ~~~ O
    O ~~~ P
    P ~~~ Q
    Q ~~~ R
    R ~~~ S
```


```mermaid
flowchart TD
    A("Begin")
    B[/"Warmming-up"/]
    C[/"Revision"/]
    D[/"Flash"/]
    E["presentation"]
    F["Teach new words"]
    G["Show the pictures to students"]
    H[/"speaking,reading"/]
    I[/"Learn the main sentences"/]
    J["What is he /she doing?<br>He /she is..."]
    K["Practice"]
    L[/"Reading"/]
    M[/"Play a game"/]
    N[/"Fill in the blank"/]
    O["Can you sing?"]
    P(("Homework"))
    Q("Can you read?")
    R[/"Can you act?"/]
    S("Ending")

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


```mermaid
flowchart TD
    subgraph ide1 [" "]
        subgraph ide2 [" "]
            A["Municipal solid waste management system framework"]
            subgraph ide3 ["Layer (1)"]
                B["GHG emission layer"]
                C["$$CH_{4}$$"]
                D["$$CO_{2}$$"]
                E["$$N_{2}O$$"]
            end
            subgraph ide4 ["Layer (2)"]
                F["MSW treatment layer"]
                G["Material recovery facility"]
                H["Composting"]
                I["Incineration"]
                J["Landfill"]
            end
            subgraph ide5 ["Layer (3)"]
                K["Desired/undesired output layer"]
                L["Products"]
                M["Undesirable outputs"]
            end
            subgraph ide6 ["Layer (4)"]
                N["Resource factor input layer"]
                O["Energy"]
                P["Capical investment"]
                Q["Services"]
            end
        end
        subgraph ide7 [" "]
            R["Cost-benefit analysis"]
            S["Costs"]
            T["Benefits"]
            U["Main parameters<br>Separate collection<br>Transportation<br>Facility construction<br>Operation and Maintenance<br>Residential waste disposal fee<br>Products"]
        end
        subgraph ide8 [" "]
            V["Accounting for GHG emission potentials"]
            W@{shape: text, label: "● Sanitary landfill"}
            X@{shape: text, label: "● Simple landfill"}
            Y@{shape: text, label: "● Composting"}
            Z@{shape: text, label: "● Incineration"}
            AA(("Utilization of different treatments and technologies"))
        end
    end
    subgraph ide9 [" "]
        AB["Scenario settings"]
        AC["$$S_{0}:\ Current\ management\ system\ with\ no\ changes$$"]
        subgraph ide10 ["Processing structure optimization"]
            AD["$$SA_{1}:\ Reduce\ R_{L}\ by\ 1\%\ and\ increase\ R_{1}\ by\ 1\%$$"]
            AE["$$SA_{2}:\ Reduce\ R_{L}\ by\ 1\%\ and\ increase\ R_{C}\ by\ 1\%$$"]
            AF["$$SA_{3}:\ Reduce\ R_{L}\ by\ 2\%\ and\ increase\ R_{1}\ and\ R_{C}\ by\ 1\%$$"]
            AG["$$SA_{4}:\ Reduce\ R_{1}\ by\ 1\%\ and\ increase\ the\ R_{C}\ by\ 1\%$$"]
        end
        subgraph ide11 ["Processing technology optimization"]
            AH["$$SB_{1}:\ Reduce\ R_{L}\ by\ 1\%\ and\ increase\ the\ methane\ combustion\ rate\ by\ 1\%$$"]
            AI["$$SB_{2}:\ Reduce\ R_{L}\ by\ 1\%\ and\ increase\ the\ compost\ pretreatment\ rate\ by\ 1\%$$"]
            AJ["$$SB_{3}:\ Reduce\ R_{L}\ by\ 1\%\ and\ increase\ the\ LFG\ power\ generation\ rate\ by\ 1\%$$"]
            AK["$$SB_{4}:\ Reduce\ R_{1}\ by\ 1\%\ and\ increase\ the\ Waste-to-energy\ incineration\ rate\ by\ 1\%$$"]
        end
    end
    subgraph ide12 [" "]
        AL["Greenhouse gas emission inventories"]
        subgraph ide13 [" "]
            AM["Sanitary landfill<br>Aerobic landfill<br>Methane combustion<br>Anaerobic landfill after compost pretreatment<br>LFG power generation<br>Simple landfill"]
            AN["Composting<br>Compost pretreatment"]
            AO["Incineration<br>Waste-to-energy incineration"]
        end
        AP["Cost-benefit analysis inventories"]
    end
    AQ["Multi-contextual MSW eco-efficiency assessment"]

    A ~~~ ide3
    ide3 --> F
    ide4 --> K
    ide5 --> N
    ide2 --> ide7
    ide2 --> ide8
    S ==> U
    T ==> U
    U ==> ide8
    ide7 --> AB
    ide8 --> AB
    AB ~~~ AC
    AC ==> ide10
    AC ==> ide11
    ide1 ==> ide12
    AL --> ide13
    AP --> ide13
    ide9 ==> AQ
    ide12 ==> AQ

    style ide1 fill:color:#000,stroke-dasharray: 5
    style ide9 fill:color:#000,stroke-dasharray: 5
    style ide12 fill:color:#000,stroke-dasharray: 5
```


```mermaid
flowchart TD
    A["gDNA"]
    B["Re sequencing"]
    C["GBS (dd-RAD)"]
    D["Raw date"]
    E["Date quality control"]
    F["Alignment to reference"]
    G["variance analysis"]
    H["SNP detection summary and annotation"]
    I["Indel detection summary and annotation"]
    J["SV detection summary and annotation"]
    K["CNV detection summary and annotation"]

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


```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("$$CO_{2}\quad$$ emission")
        F("$$CH_{4}\quad$$ 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
    ide4 --> S
    S -->|Carbon absorption factor| U
    U --> W
    ide5 --> T
    T -->|Heterotrophic respiration| V
    V --> W
    L --> X
    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
    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["$$ESSSC_{i} = UEP_{j}\sum_{m=1}^{n} ( PET_{jm} \times ES_{im})$$"]
        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>(>10 $$km^{2}$$ 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

    ide1 ==> ide3
    ide1 ==> ide4
    ide4 ==> ide6
    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
    J --> K
    J --> L
    ide3 --> N
    M --> P
    N ~~~ O
    ide4 --> Q
    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: 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((" "))
    B("Employee submits<br>Purchase Req. to<br>Purchasing Dept.")
    C("Get req'd approval (as<br>needed)")
    D{"Is Purchase Req. complete?"}
    E("Employee corrects<br>mistakes")
    F((B))
    G("Run financial checks")
    H{"Is vendor on AVL?"}
    I("Send PO to vendor")
    J{"Approved?"}
    K{"Is quote required?"}
    L("Login into Accounting<br>system")
    M("Forward to Accounts<br>Payable")
    N([Stop])
    O[A]
    P([Stop])

    A --> B
    B --> D
    C --> B
    D -->|No| E
    D -->|Yes| H
    E --> C
    F --> I
    G --> J
    H -->|No| G
    H -->|Yes| K
    I --> L
    J -->|No| N
    J -->|Yes| K
    K -->|No| I
    K -->|Yes| O
    L --> M
    M --> P
```


```mermaid
flowchart TD
    A(["Start"])
    B[/"Phenotype data"/]
    C["Impute missing data"]
    D[/"Methylation data"/]
    E[/"Cell proportions(CD8T, CD4T, NK,Bcell, Mono and Neu)"/]
    F["Combine data (methylation,phenotype and cell proportions)"]
    G["Machine learning pre-processing:<br>• Imputation of methylation missing values<br>• Feature selection<br>• Feature scaling"]
    H["Divide data into training andtesting sets (75:25%)"]
    I["Hyperparameter tuning"]
    J["Default settings"]
    K["Train machine learning models ontraining data (75%)"]
    L["Perform cross-validation"]
    M["Prediction on training data"]
    N["Prediction on test data(25%)"]
    O["Visualization"]
    P(["End"])

    A --> B
    B -->|Input: Phenotype data| C
    C -->|Input: Imputed phenotype data| F
    D -->|Input: Methylation data| F
    E -->|Input: Cell Proportions| F
    F -->|Input: Combined data| G
    G --> H
    H --> K
    I --> K
    J --> K
    K --> L
    N -->|Evaluate performance, andadjust the model if necessary| I
    L --> M
    M --> I
    L --> N
    N -->|Prediction| O
    O --> P
```


```mermaid
flowchart TD
    A("Likelihood constructing for wheat simulation")
    B("Posterior predictions generating for each meteorological grid")
    C("LAI matching and yield mapping")
    subgraph ide1 [" "]
        D("Yield statistics")
        E("Field observations")
    end
    subgraph ide2 [" "]
        F@{shape: text, label: " "}
        G@{shape: text, label: " "}
        H@{shape: text, label: "Meteorological grids"}
        I[" "]
        J@{shape: text, label: "Weather<br/>Management<br/>Crop data"}
        K("WOFOST<br/>Crop growth model")
        L("Parameters & simulation uncertainty")
    end
    subgraph ide3 [" "]
        M("Remote-sensed LAI")
        N("LAI matching")
        O("Final yield matching")
        P("Regional yield mapping")
        Q("Validation & Analysis")
    end

    A ==> B
    B ==> C
    F ==> G
    G ==> H
    H ==> I
    I  ==> K
    J  ==> K
    K  ==> L
    M  ==> N
    N  ==> O
    O  ==> P
    P  ==> Q
    ide1 ~~~ ide2
    ide2 ~~~ ide3

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


### Fig. 2. Methodological framework applied in the present analysis.

```mermaid
flowchart TD
    subgraph id1 ["Data preparation"]
        A@{ shape: text, label: "Climate, ecology, socio-economic data" }
        B@{ shape: text, label: "Distribution data of different crops" }
        C@{ shape: text, label: "Precipitation, sunshine, vegetation, terrain etc.<br>environment" }
        D@{ shape: text, label: "Soil organic matter, Ph, Total nitrogen, phosphorus etc.<br>environment" }
        E@{ shape: text, label: "human activity" }
        F@{ shape: text, label: "Crop growth and development" }
        G@{ shape: text, label: "environment" }
    end
    subgraph id2 ["Model and Validation"]
        H["MaxEnt model"]
        I["Potential factor contribution"]
        J(["Dominant factor"])
    end
    subgraph id3 ["Results and discussion"]
        subgraph id31 [ ]
            K@{ shape: text, label: "Rice" }
            L@{ shape: text, label: "Wheat" }
            M@{ shape: text, label: "Maize" }
            N@{ shape: text, label: "Soybean" }
            O@{ shape: text, label: "Largest suitability" }
        end
        P["Crop existence probability of grid allocation and suitability grade"]
        Q["The grid cross-comparison of the suitability of different crops"]
        R["Regulation of crop distribution pattern"]
    end

    A --> C
    A --> D
    A --> E
    B ~~~ C
    C --> G
    D --> G
    F-->|"Factor screening"|H
    id1==>|"Applicability test of MaxEnt model"|H
    H-->|"Model validation"|I
    I --> J
    J-->|"Secondary modeling verification"|H
    id2==>id31
    K <--> |VS|L
    L <--> |VS|M
    M <--> |VS|N
    K --> O
    N --> O
    P --> Q
    Q --> R
```


```mermaid
flowchart TD
    A["936 Lung cancer patients received PD-1/PD-L1 inhibitor treatment"]
    B["568 Excluded<br>479 With incomplete data<br>23 Missing serial thyroid function monitoring data ( ≥ 3 months)<br>28 Had less than three immunotherapy courses<br>38 Exhibited baseline thyroid dysfunction"]
    C["368 Included in final cohort (grouped by presence or absence of thyroid irAE)"]
    D["252 Included in the non-thyroid irAE group"]
    E["116 Included in the thyroid irAE group"]
    F["Baseline characteristics and thyroid function indices were analyzed"]
    G["Risk factors for thyroid immune-related adverse events"]
    H["Prognostic follow-up"]
    I["Thyroid irAE clinical profiles"]
    J["Thyroid irAE as biomarkers for survival outcomes"]

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


```mermaid
flowchart TD
    subgraph id1 [ ]
        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 id2 [ ]
        subgraph id21 [ ]
            E["Land use data"]
            F["Split of study period"]
            G["Dynamic classification of urban and rural stations"]
        end
        H["Rainfall"]
        I["Temperature"]
        subgraph id22 [ ]
            J["Definitions of rainfall indices in different intensity"]
            K["Definitions of diverse drought indices"]
        end
    end
    subgraph id3 [ ]
        L["Sen's Slope"]
        M["Mann-Kendall Trend Test"]
        N["Calculation of trend for various rainfall and drought series"]
        subgraph id31 [ ]
            O["Quantification of Urban effects"]
            P["Quantification of Urban Contribution"]
        end
    end
    subgraph id4 [ ]
        subgraph id41 [ ]
            Q["UHI"]
            R["UDI"]
            S["Multiple factors"]
            T["Regression analysis and correlation analysis"]
            U["Statistical based potential mechanism exploration"]
        end
        subgraph id42 [ ]
            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
    E --> G
    F --> G
    H --> id22
    I --> id22
    L --> N
    M --> N
    N --> id31
    Q --> T
    R --> T
    S --> T
    T --> U
    V --> X
    W --> X
    X --> Y
    id1 ==> id2
    id1 ==> id3
    id2 ==> id3
    id3 ==> id4
    id2 ==> id4
```


```mermaid
flowchart TD
    A(["用户发出请求"])
    B@{shape: doc, label: "根据请求封装获取WebAsyncManager，从WebAsyncManager获取/注册的安全上下文可调用处理拦截器"}
    C["WebAsyncManagerIntegrationFilter"]
    D@{shape: doc, label: "SecurityContextPersistenceFilter主要是使用SecurityContextRepository在session中保存或更新一个SecurityContext，并将SecurityContext给以后的过滤器使用，来为后续filter建立所需的上下文。SecurityContext中存储了当前用户的认证以及权限信息."}
    E["SecurityContextPersistenceFilter"]
    F@{shape: doc, label: "向请求的Header中添加相应的信息,可在http标签内部使用security:headers"}
    G["HeaderWriterFilter"]
    H@{shape: doc, label: "csrf又称跨域请求伪造，SpringSecurity会对所有post请求验证是否包含系统生成的csrf的token信息，如果不包含，则报错.起到防止csrf攻击的效果."}
    I["CsrfFilter"]
    J@{shape: doc, label: "匹配URL为/logout的请求，实现用户退出,清除认证信息."}
    K["LogoutFilter"]
    L{"是否登出url"}
    M["logoutHandler登出处理"]
    N["logoutSuccessHandler登出成功处理"]
    O{"是否配置登录页"}
    P["DefaultLoginPageGeneratingFilter"]
    Q@{shape: doc, label: "如果没有在配置文件中指定认证页面，则由该过滤器生成一个默认认证页面"}
    R{"是否是登录请求"}
    S["UsernamePasswordAuthenticationFilter"]
    T["AuthenticationManager认证管理器"]
    U{"是否认证成功"}
    V["认证成功处理器"]
    W["认证失败处理器"]
    X@{shape: doc, label: "通过HttpSessionRequestCache内部维护了一个RequestCache，用于缓存HttpServletRequest"}
    Y["RequestCacheAwareFilter"]
    Z@{shape: doc, label: "针对ServletRequest进行了一次包装，使得request具有更加丰富的API"}
    AA["SecurityContextHolderAwareRequestFilter"]
    AB@{shape: doc, label: "当SecurityContextHolder中认证信息为空,则会创建一个匿名用户存入到SecurityContextHolder中.springsecurity为了兼容未登录的访问，也走了一套认证流程，只不过是一个匿名的身份."}
    AC["AnonymousAuthenticationFilter"]
    AD@{shape: doc, label: "securityContextRepository限制同一用户开启多个会话的数量"}
    AE["SessionManagementFilter"]
    AF@{shape: doc, label: "异常转换过滤器位于整个springSecurityFilterChain的后方，用来转换整个链路中出现的异常"}
    AG["ExceptionTranslationFilter"]
    AH@{shape: doc, label: "获取所配置资源访问的授权信息，根据SecurityContextHolder中存储的用户信息来决定其是否有权限."}
    AI["FilterSecurityInterceptor"]
    AJ@{shape: flag, label: "鉴权管理器"}
    AK{"投票结果是否大于1"}
    AL["AccessDeniedHandler"]
    AM@{shape: doc, label: "拒绝访问程序处理器"}
    AN["controller"]

    A --> C
    B -.-> C
    C --> E
    D -.-> E
    E --> G
    F -.-> G
    G --> I
    H -.-> I
    I --> K
    J -.-> K
    K --> L
    L -->|是| M
    L -->|否| O
    M --> N
    Q -.-> P
    P --> R
    O -->|否| P
    O -->|是，返回自定义登录页| R
    R -->|是| S
    S --> T
    T --> U
    U -->|是| V
    U -->|否| W
    R -->|否| Y
    X -.-> Y
    Y --> AA
    Z -.-> AA
    AA --> AC
    AB -.-> AC
    AC --> AE
    AD -.-> AE
    AE --> AG
    AF -.-> AG
    AG --> AI
    AH -.-> AI
    AI --> AJ
    AJ --> AK
    AK -->|否| AL
    AM -.-> AL
    AK -->|是| AN
```


```mermaid
flowchart TD
    A["According to the size of the drawings"]
    B["Product forming"]
    C["Size detection"]
    D["Track inspection record"]
    E["Record file"]
    F["The placement of semi-finished products"]
    G["post processing"]
    H["Responsible for post processing position"]
    I["Finished products inspection and storage"]
    J["Order/inventory statistics"]
    K["Inventory statistics report file"]
    L["Fill out the finished product inspection and out of the storehouse"]
    M["Delivery order with packing details"]
    N["Shipping method"]
    O["delivery of cargo from storage"]

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


```mermaid
flowchart TD
    subgraph ide1[" "]
        A@{shape: text, label: "Hypothalamus"}
        B@{shape: text, label: "TAU"}
    end
    C("Pituitary")
    D@{shape: text, label: "TAU"}
    E@{shape: text, label: "LH"}
    subgraph ide2["Testis"]
        F("Leydig cells")
        G(("Testosterone"))
        H("cysteine")
        I("hypotaurine")
        J@{shape: text, label: "TAU"}
    end
    K@{shape: text, label: " "}
    L@{shape: text, label: " "}
    M(("Na+-k+<br>ATPase ↓"))
    N["↑ Fertilization"]
    O(("Antioxidation ↑"))
    P(("Mesenchymal<br>autophagy ↑"))
    Q(("Testosterone ↑"))
    R["↑ Sperm motility"]
    S["↑ Sperm capacitation"]
    T["↑ Acrosome reaction"]
    U["↑ Apoptosis"]

    A -->|GnRH| C
    B --"-"--> A
    A --"+"--> B
    C -->|FSH| ide2
    C --> E
    D --> E
    E --> F
    D -->|SLC6A6| G
    F --> G
    H -->|CDO<br>CSO| I
    I -->|hypotaurine<br>dehydrogenase| J
    ide2 --> K
    K --> L
    L --> M
    M ~~~ N
    J --- O
    J --- P
    J --- Q
    O --- R
    O --- S
    O --- T
    P --> U
```


```mermaid
flowchart TD
    A["代码入口<br>SpringApplication<br>.run(SimpleMVCApp.class,<br>args);"]
    B["1.webApplicationType<br>1<br>new<br>SpringApplication(primarySources)"]
    C["如何决定<br>webApplicationType?<br>code<br>this.webApplicationType =<br>WebApplicationType.deduceFromClasspath();"]
    D["jar包依赖决定"]
    E["new<br>SpringApplication(primarySources)<br>.run(args)"]
    F["运行中环境准备<br>2<br>code<br>ConfigurableEnvironment environment =<br>prepareEnvironment(listeners,<br>applicationArguments);"]
    G["运行中context准备<br>3<br>code<br>context = createApplicationContext();"]
    H["刷新context<br>4<br>code<br>refreshContext(context);"]
    I["getOrCreateEnvironment"]
    J["new StandardServletEnvironment()"]
    K["+<br>commandLineArgs<br>servletConfigInitParams<br>servletContextInitParams<br>jndiProperties<br>systemProperties<br>systemEnvironment<br>random<br>application.properties ...<br>@PropertySource annotations on your<br>@Configuration classes<br>defaultProperties"]
    L["AnnotationConfigServletWebServerApplication<br>Context<br>prepareContext(context, environment,<br>listeners, applicationArguments,<br>printedBanner);"]
    M["onRefresh();"]
    N["createWebServer();"]
    O["code<br>this.webServer =<br>factory.getWebServer(getSelfInitializer());"]
    P["TomcatServletWebServerFactory#<br>getWebServer"]
    Q["code<br>getTomcatWebServer(tomcat);"]

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


```mermaid
flowchart TD
    A(["Start"])
    B["Randomly generate population positions"]
    C["Generate the new positions and calculate the fitness"]
    D["Update the positions and the fitness"]
    E["Update the positions"]
    F{"The maximum iteration"}
    G["Obtain the optimal location"]
    H(["End"])
    I["Determine the PRSM structural parameters $$d_{s}, n_{s}, P, m, B, d_{ng}, e$$"]
    J["Determine the thread pitch diameter of the roller and the nut"]
    K["Determine the thread tooth thickness of screw, roller and nut"]
    L["Determine the tooth parameters of the annular gear and the gear at the end of roller"]
    M["Obtain the contact force of the meshing point on tht roller, screw and nut"]
    N{"Strength conditions"}
    O["Obtain the fitness using the equation (49)"]
    P["The fitness is 0"]
    Q["Calculate the fitness"]

    A --> B
    B --> C
    B --> I
    C --> D
    D --> E
    E --> F
    F -->|No| C
    F -->|Yes| G
    G --> H
    I --> J
    J --> K
    K --> L
    L --> M
    M --> N
    N -->|Yes| O
    N -->|No| P
    O --> Q
    P --> Q
    Q --> C
```


```mermaid
flowchart TD
    A("Identification of studies via databases")
    B("Identification")
    C["Records identified from:<br>Databases (n= 738)<br>PUBMED (n= 139)<br>SCOPUS (n= 269)<br>Web of Science (n=157)<br>Cochrane Library (n=77)<br>EBSCOhost (n=96)"]
    D["Records removed before<br>screening:<br>Duplicate records removed<br>(n = 342)"]
    E("Screening")
    F["Records screened<br>(n = 396)"]
    G["Records excluded<br>(n = 303)"]
    H["Reports sought for retrieval<br>(n = 93)"]
    I["Reports not retrieved<br>(n = 4)"]
    J["Reports assessed for eligibility<br>(n = 89)"]
    K["Reports excluded (n=85):<br>Abstracts: 3<br>Book chapter: 1<br>Commentary: 1<br>Different population: 1<br>Different intervention: 18<br>No outcomes of interest (only sample characterization data): 1<br>Not RCT or quasi-experimental study: 17<br>Not written in Portuguese, English, Spanish or French: 3<br>Not unsupervised: 32<br>Protocols: 4<br>Reviews: 4"]
    L("Included")
    M["Reports included in review<br>(n = 11)"]
    N("Identification of studies via other methods")
    O["Records identified from:<br>Automatic updates (n = 2)<br>Citation searching (n=5)"]
    P["Reports sought for retrieval<br>(n = 7)"]
    Q["Reports not retrieved: none"]
    R["Reports assessed for eligibility<br>(n = 7)"]
    S["Reports excluded: none"]

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


```mermaid
flowchart TD
    A(["Start"])
    B[/"Phenotype data"/]
    C["Impute missing data"]
    D[/"Methylation data"/]
    E[/"Cell proportions(CD8T, CD4T, NK,Bcell, Mono and Neu)"/]
    F["Combine data (methylation,phenotype and cell proportions)"]
    G["Machine learning pre-processing:<br>• Imputation of methylation missing values<br>• Feature selection<br>• Feature scaling"]
    H["Divide data into training andtesting sets (75:25%)"]
    I["Hyperparameter tuning"]
    J["Default settings"]
    K["Train machine learning models ontraining data (75%)"]
    L["Perform cross-validation"]
    M["Prediction on training data"]
    N["Prediction on test data(25%)"]
    O["Visualization"]
    P(["End"])

    A --> B
    B -->|Input: Phenotype data| C
    C -->|Input: Imputed phenotype data| F
    D -->|Input: Methylation data| F
    E -->|Input: Cell Proportions| F
    F -->|Input: Combined data| G
    G --> H
    H --> K
    I --> K
    J --> K
    K --> L
    N -->|"Evaluate performance, andadjust the model if necessary"| I
    L --> M
    M --> I
    L --> N
    N -->|Prediction| O
    O --> P
```


### 单抗过滤解决方案流程图

```mermaid
flowchart TD
    A@{shape: text, label: "① Media Filtration"}
    B@{shape: text, label: "② Gas Filtration"}
    C@{shape: text, label: "② Sterile Vent "}
    D@{shape: text, label: "Fermentation/Bioreactor"}
    E@{shape: text, label: "Centrifugation"}
    F@{shape: text, label: "④ Clarification"}
    G@{shape: text, label: "Tangential Flow Microfitration"}
    H@{shape: text, label: "③ Buffer Filtration"}
    I@{shape: text, label: "⑤ Column/TFF Protection"}
    J@{shape: text, label: "⑥ Concentration"}
    K@{shape: text, label: "③ Buffer Filtration"}
    L@{shape: text, label: "③ Buffer Filtration"}
    M@{shape: text, label: " Affinity Chromatography"}
    N@{shape: text, label: " ③ Buffer Filtration"}
    O@{shape: text, label: "Virus Inactivation"}
    P@{shape: text, label: "⑤ Column Protection"}
    R@{shape: text, label: "③ Buffer Filtration"}
    S@{shape: text, label: "Purification Chromatography"}
    T@{shape: text, label: "Purification Chromatography"}
    U@{shape: text, label: "③ Buffer Filtration"}
    V@{shape: text, label: "⑦ Virus Removal Pre-filtration"}
    W@{shape: text, label: "⑧ Virus Removal filtration"}
    X@{shape: text, label: "⑥ Concenteation and Diafiltration"}
    Y@{shape: text, label: "Diafiltration Buffer Filtration"}
    Z@{shape: text, label: "⑨ Sterile Filtration"}
    AA@{shape: text, label: " Filling"}

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


```mermaid
flowchart  TD
    A@{shape: text, label: "Atom i"}
    B@{shape: text, label: "Neighboring atoms ($$ r_{i1},...,r_{in} $$)"}
    C["Potential parameters $$ (p_{i1},...,p_{im}) $$"]
    D@{shape: text, label: "Interatomic potential"}
    E@{shape: text, label: "$$ E_{i} $$"}
    F(("Σ"))
    G@{shape: text, label: "Other atoms"}
    H@{shape: text, label: " "}
    I@{shape: text, label: "PES"}

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

```mermaid
flowchart TD
    A@{shape: text, label: "Atom i"}
    B@{shape: text, label: "Local structural parameters $$ (G_{i}^{1},G_{i}^{2},...,G_{i}^{k}) $$"}
    C["Neural network"]
    D@{shape: text, label: "$$ E_{i} $$"}
    E(("Σ"))
    F@{shape: text, label: "Other atoms"}
    G@{shape: text, label: "PES"}
    H@{shape: text, label: " "}

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

```mermaid
flowchart TD
    A@{shape: text, label: "Atom i"}
    B@{shape: text, label: "Neighboring atoms $$ (r_{i1},...,r_{in}) $$"}
    C@{shape: text, label: "Local structural parameters $$ (G_{i}^{1},G_{i}^{2},...,G_{i}^{k}) $$"}
    D["Neural network"]
    E@{shape: text, label: "Potential parameters $$ (p_{i1},...,p_{im}) $$"}
    F@{shape: text, label: "Interatomic potential"}
    G@{shape: text, label: "$$ E_{i} $$"}
    H(("Σ"))
    I@{shape: text, label: "Other atoms"}
    J@{shape: text, label: "PES"}
    K@{shape: text, label: " "}

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

```mermaid
flowchart TD
    A@{shape: text, label: "Atom i"}
    B@{shape: text, label: "Neighboring atoms $$ (r_{i1},...,r_{in}) $$"}
    C@{shape: text, label: "Local structural parameters $$ (G_{i}^{1},G_{i}^{2},...,G_{i}^{k}) $$"}
    subgraph id1 [ ]
        D["Global parameters $$ (b_{1},...,b_{p}) $$"]
        E["Neural network"]
    end
    F@{shape: text, label: "Local parameters $$ (a_{i1},...,a_{ik}) $$"}
    G@{shape: text, label: "Interatomic potential"}
    H@{shape: text, label: "$$ E_{i} $$"}
    I(("Σ"))
    J@{shape: text, label: "Other atoms"}
    K@{shape: text, label: " "}
    L@{shape: text, label: "PES"}

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


### 治疗剂的临床制造方法示意图

```mermaid
flowchart TD
    A@{shape: text, label: "Mesenchymal stromal cells (Mscs)"}
    B@{shape: text, label: "Small scale"}
    C@{shape: text, label: "Industrial scale"}
    D@{shape: text, label: "Resuspension in medium"}
    E@{shape: text, label: "Centrifugation"}
    F@{shape: text, label: "Pellet"}
    G@{shape: text, label: "Microscope image"}
    H@{shape: text, label: "Medium"}
    I@{shape: text, label: "Microvesicles"}
    J@{shape: text, label: "Nucleus"}
    K@{shape: text, label: "Drugs"}
    L@{shape: text, label: "MVs<br>containing drug"}
    M@{shape: text, label: "Expanded cells (drug-loaded)"}
    N@{shape: text, label: "Drug-loaded Mvs"}
    O@{shape: text, label: "Naive MVs"}
    P@{shape: text, label: "Centrifugation<br>(polishing)"}
    subgraph ide1 ["Purification"]
        Q@{shape: text, label: "Surfactant"}
        R@{shape: text, label: "Polymer"}
        S@{shape: text, label: "Polymer precipitation"}
        T@{shape: text, label: "Ultracentrifugation"}
        U@{shape: text, label: "Flow"}
        V@{shape: text, label: "Size-exclusion chromatography"}
        W@{shape: text, label: "Affinity substrate"}
        X@{shape: text, label: "Affinity"}
        Y@{shape: text, label: "Ion-exchange chromatography"}
    end
    Z@{shape: text, label: "Tangential flow filtration"}
    AA@{shape: text, label: "Formulation"}
    AB@{shape: text, label: "Sterile filtration"}
    AC@{shape: text, label: "Sterilized microvesicles"}
    AD@{shape: text, label: "Filtration cartridge"}
    AE@{shape: text, label: "Storage"}
    AF@{shape: text, label: "Packaging"}
    AG@{shape: text, label: "Hospital (Clinical use)"}

    A --> B
    B --> C
    B ---|Ex vivo expansion| C
    C --> D
    D --> E
    E --> F
    F -->|Supernatant| G
    F -->|Drug loading<br>(refer to Figure 3)| M
    G --- H
    G --- I
    J --- M
    K --- M
    L --> M
    M --> N
    G -->|Drug loading<br>(refer to Figure 3)| N
    G --> O
    N --> P
    O --> P
    P --> S
    Q --- S
    R --- S
    P --> T
    P --> V
    P --> X
    P --> Y
    W --- X
    P --> S
    ide1 --> Z
    Z -->|Direction of flow| ide1
    Z --> AA
    AA --- AB
    AB ==> AC
    AD --- AB
    AB --> AE
    AE -->|Quality control| AF
    AF --> AG
```


### When to use a, an, and the

```mermaid
flowchart TD
    A@{shape: text, label: "Start"}
    B["Is the word a noun? <br> (person, place or thing)"]
    C["Is the noun singular? <br> (refer to only one thing)"]
    D["Is the noun countable? <br> Count <br> Non-count"]
    E@{shape: text, label: "end"}
    F["Is the noun already preceded by a determiner below? <br> one, any some, every, each, either, neither another, the other <br> my, our, your, his, her, its, their, nouns with 's or s' <br> this, that <br> one, no, the first, the second, etc."]
    G@{shape: text, label: "end"}
    H["Is the noun countable? <br> Count<br>Non-count"]
    I@{shape: text, label: "end"}
    J["Is the plural countable noun already preceded by a determiner below? <br> some, any, both, many, more, most, few, fewer, the fewest, a lot of, a number of, other, several, all, all the <br> my, our, your, his, her its, their, nouns with 's or s' <br> these, those <br> no, two, three, etc.; the first, the second, the third, etc."]
    K["Is the plural, countable noun specific?"]
    L{{"'the'"}}
    M@{shape: text, label: "end"}
    N@{shape: text, label: "end"}
    O{{"'the'"}}
    P["Requires a, an, or the. Is the noun specific?"]
    Q["Does the noun begin with a consonant or a consonant sounding h? <br> (i.e. house, half)?"]
    R{{"'a'"}}
    S(["The noun must begin with a vowel or vowel sounding h (i.e. hour, heir, honesty) and therefore requires 'an''an'"])

    A ~~~ B
    B -->|yes| C
    C -->|yes| D
    C -->|no, plural| H
    D -->|yes| F
    D -->|no| E
    F -->|yes| G
    H -->|yes| J
    H -->|no| I
    J -->|yes| M
    J -->|no| K
    K -->|yes| L
    K -->|no| N
    F -->|no| P
    P -->|no| Q
    P -->|yes| O
    Q -->|no| S
    Q -->|yes| R
```


```mermaid
flowchart TD
    A(["Start"])
    B["Place Toaster on Table"]
    C["Plug Toaster into Power Outlet"]
    D["Turn the Toaster on"]
    E["Set the Toaster to Desired Degree"]
    F["Place Two Slices of Bread into Toaster"]
    G["Push the Lever Down"]
    H["Wait until Toast is Ready"]
    I{"Is the bread brown enough?"}
    J["Cool the Toast for a While"]
    K{"Is the Toast cool enough?"}
    L["Remove Toast from Toaster"]
    M["Spread Toast"]
    N(["End"])

    A --> B
    B --> C
    C --> D
    D --> E
    E --> F
    F --> G
    G --> H
    H --> I
    I -->|No| G
    I -->|Yes| J
    J --> K
    K -->|No| J
    K -->|Yes| L
    L --> M
    M --> N
```


```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(["Carbon sink of various land use types"])
        U(["Eddy covariance method"])
        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)"])

    ide1 ~~~ ide2
    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
    ide3 ~~~ ide4
    ide3 ~~~ ide5
    ide4 --> S
    ide5 --> U
    S -->|Carbon absorption factor| T
    T --> W
    U -->|Heterotrophic respiration| V
    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("Identification of studies via databases and registers")
    B("Identification")
    C["Records identified from*:<br>Databases (n = 324)"]
    D["Records removed before screening:<br>Duplicate records removed (n = 144)<br>Records marked as ineligible by automation tools (n = )<br>Records removed for other<br>reasons (n = )"]
    E("Screening")
    F["Records screened<br>(n = 180)"]
    G["Records excluded**<br>(n = 49)"]
    H["Reports sought for retrieval<br>(n = 131)"]
    I["Reports not retrieved<br>(n = 0)"]
    J["Reports assessed for eligibility<br>(n = 131)"]
    K["Reports excluded:<br>Wrong design (n = 16)<br>Full text unavailable (n = 11)<br>Focus not nursing (n = 2)<br>Not in English (n = 1)"]
    L("Included")
    M["Studies included in review<br>(n = 101)"]

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


```mermaid
flowchart TD
    A["Influencing parameter developing S-SOFC electrode"]
    B{"Material selection"}
    C["Lithiated materials"]
    D["Cobalt free materials"]
    E["Lanthanum manganite"]
    F["Titanate based materials"]
    G["Ruddlesden-Popper"]
    H{"Synthesis method"}
    I["Pros and cons"]
    J["Revolution"]
    K{"Enhancement technique"}
    L["Infiltration/impregnation"]
    M{{"Fabrication risks"}}
    N["Composite"]
    O["Dopant"]
    P{{"Challenges and perspectives"}}
    Q["Decorated functional layer"]

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


### 生殖中心诊疗流程

```mermaid
flowchart TD
    A("不孕夫妇初诊<br>预约或挂当日生殖中心专家门诊或普通门诊号就诊")
    B("男性不育<br>预约或挂当日生殖中心男科门诊号就诊")
    C("女方体检")
    D("卵泡监测")
    E("男科体检")
    F("精液检查")
    G("如异常，对症处理")
    H("异常")
    I("正常")
    J("正常")
    K("异常，男科治疗")
    L("预处理后促排卵")
    M("妊娠")
    N("未孕")
    O("子宫输卵管造影")
    P("轻中度少弱畸精症")
    Q("重度少弱畸精症")
    R("宫、腹腔镜手术")
    S("梗阻")
    T("通畅")
    U("试管婴儿")
    V("人工授精")
    W("试管婴儿")
    X("妊娠")
    Y("3-6个周期未孕")

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


```mermaid
flowchart TD
    A((" "))
    B["向执行管辖地法院立案庭（或人民法庭）申请执行"]
    C{"立案审查"}
    D["符合立案条件,予以立案"]
    E["不符合立案条件"]
    F["裁定不予受理"]
    G["执行局收案"]
    H["送达执行通知书、被执行人财产申报通知 / 无法送达需公告送达"]
    I{"主动履行"}
    J["执行和解"]
    K["执行回款"]
    L["强制执行"]
    M{"是否首封"}
    N["首封处置协商"]
    O{"是否移交"}
    P["参与分配"]
    Q{"抵押物中是否有人居住"}
    R["协议腾房"]
    S["强制腾房"]
    T["带租拍卖"]
    U["抵押物评估送达评估报告 /无法送达需公告送达"]
    V["评估报告异议期"]
    W["一拍"]
    X["二拍"]
    Y["三拍"]
    Z["变卖"]
    AA["执行回款"]
    AB["以物抵债"]
    AC{"回款是否覆盖执行标的"}
    AD["追溯保证人责任及其他财产"]
    AE((" "))

    A --> B
    B --> C
    C --> D
    C --> E
    E --> F
    D --> G
    G --> H
    G --> I
    I -->|是| J
    I -->|否| L
    L --> M
    J --> K
    K  -.-> AE
    M -->|否| N
    N --> O
    O -->|是| Q
    O -->|否| P
    P -.-> AA
    M -->|是| Q
    Q --> R
    Q --> S
    Q --> T
    Q --> U
    U --> V
    V --> W
    W --> X
    X --> Y
    Y --> Z
    Z --> AB
    AB --> AC
    W -->|抵押物变现| AA
    X -->|抵押物变现| AA
    Y -->|抵押物变现| AA
    Z --> AA
    AA --> AC
    AC --> AD
    AD --> AE
```


### 妇科门诊就诊流程

```mermaid
flowchart TD
    A["患者挂号"]
    B["专家号直接三楼候诊大厅等候"]
    C["普通号先到分诊护士站第九诊室等候"]
    D["听见叫号进入诊室就诊"]
    E["医生开具相关检单"]
    F["三楼交费"]
    G["妇科检查或B超等检查进入检查室取材"]
    H["抽血检验到三楼合一楼检验中心检验"]
    I["得到结果后过诊室, 连同病历交于医生"]
    J["在诊室门口的过道座椅等候"]
    K["听到自己的名字再进入诊室就诊"]
    L["开药患者一楼交费取药"]
    M["门诊1楼同手术室预约手术"]
    N["妇科治疗室预约门诊治疗"]
    O["开药患者一楼取药"]
    P["开具住院证患者到住院中心楼办理"]

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


### 机动车查验

```mermaid
flowchart TD
    A["设置指示标牌引导车辆在查验场地排队等候"]
    B["提示申请人拓印车辆识别代号"]
    C["查验车辆"]
    D["采集机动车标准照片"]
    E["制作机动车查验记录表"]
    F["与《公告》数据比对"]
    G["使用二维条码枪录入机动车信息"]
    H["与被盗抢机动车信息系统比对"]
    I["将机动车查验记录表内部传递至登记审核岗"]
    J["告知申请人到业务大厅取号排队办理业务"]
    K["通知申请人整改"]
    L["启动嫌疑车辆调查程序"]
    M["启动嫌疑车辆调查程序"]
    N["推行使用PDA机动车查验智能终端"]

    A ==> B
    B ==> C
    C ==> D
    C -->|存在问题| K
    C -->|存在问题| L
    D ==> E
    D --- N
    E ==> F
    E --- N
    F ==> G
    G ==> H
    H ==> I
    H -->|存在问题| M
    I ==> J
    N --- F
```


### 离婚登记流程图

```mermaid
flowchart TD
    A@{shape: text, label: "双方亲自到有管辖权的婚姻登记机关"}
    B("申请")
    C("申请时需提交的材料<br>1.结婚证，双方需要订立书面离婚协议，<br>2.符合《婚姻登记工作规范》规定的户口本，身份证等有效证件，<br>3.现场填写（《离婚登记申请书》（离婚登记通知单）。")
    D("初审")
    E("发《离婚登记申请受理回执单》")
    F("不予受理")
    G("离婚冷静期届满")
    H("撤回离婚登记申请，填写《撤回离婚登记申请书》")
    I("发《撤回离婚登记申请确认单》")
    J("视为撤回离婚登记申请")
    K("审查")
    L("登记，发给离婚证")
    M("不予办理")
    N("办理时需提交的材料<br>1. 结婚证。<br>2. 符合《婚姻登记工作规范》规定的户口本、身份证等有效证件。<br>3. 协商一致的《离婚协议》、2寸红底或蓝底个人证件照2张。<br>4. 现场填写《离婚登记询问笔录》《离婚登记声明书》《离婚登记审查处理表》。")

    A --> B
    B -.- C
    B --> D
    D -->|初审无误| E
    D -->|不符合条件| F
    E -->|离婚冷静期30日| G
    E -->|30日<br>任何一方不愿离婚| H
    H -->|核实无误| I
    G -->|30日内<br>双方未共同到婚姻登记机关申请发给离婚证| J
    G -->|30日内<br>双方共同到婚姻登记机关申请发给离婚证| K
    K -->|符合条件| L
    K -->|不符合条件| M
    K -.- N

    style C fill:none,stroke:#333,stroke-dasharray:5 5
    style N fill:none,stroke:#333,stroke-dasharray:5 5
```


### 诉讼保全工作流程图

```mermaid
flowchart TD
    A["提交诉前财产保全申请所需材料<br>1、财产保全申请书（写明保全标的额）、起诉状。财产线索：银行账户凭证、房产或车辆查册表等。<br>2、担保材料：保险公司担保函、保单、发票、诚信声明、员工授权委托、保险公司资质证明。<br>3、有委托代理人的要提供授权委托材料。<br>4、相关证据材料。<br>5、当事人地址确认书。"]
    B["符合条件的裁定保全"]
    C["不符合条件的驳回申请"]
    D["组织实施"]
    E["不起诉"]
    F["起诉"]
    G["裁定解除保全"]
    H["案件移送业务部门"]
    I["解除措施"]
    J["结案归档"]

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


### 服务流程

```mermaid
flowchart TD
    A("咨询交谈")
    B("审阅证件")
    C("未婚")
    D("身份证<br>户口本<br>学历证")
    E("再婚")
    F("身份证<br>离婚证<br>户口本<br>学历证")
    G("真实填写资料<br>交入会相片")
    H("签订协议")
    I("缴纳费用")
    J("物色对象")
    K("法律咨询")
    L("心理咨询")
    M("安排见面")
    N("满意")
    O("不满意")
    P("交往恋爱")
    Q("登记结婚")

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


### 图1-1 系统前端功能流程图

```mermaid
flowchart TD
    A(["开始"])
    B["用户浏览首页"]
    C["购买商品"]
    D{"是否已登录?"}
    E{"是否已注册?"}
    F["进入购物车页面"]
    G["修改商品数量"]
    H["结算"]
    I["结算"]
    J["购买成功"]
    K["删除商品"]
    L["返回首页"]
    M["退出系统"]
    N["进入注册页面"]
    O{"注册信息是否正确?"}
    P["注册成功"]
    Q["注册失败"]
    R["进入登录页面"]
    S{"登录信息是否正确?"}
    T["重新进入首页"]
    U["选购商品"]
    V["返回登录页面"]
    W(["结束"])

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


### 职工法律服务一体化基地工作流程图

```mermaid
flowchart TD
    A["职工向基地提出诉求"]
    B["县总工会、县人民法院、县司法局、县人社局、园区管委会收集职工相关问题"]
    C["基地登记受理"]
    D["诉讼类法律纠纷"]
    E["非诉讼类法律问题(如社险、工伤、心理咨询等)"]
    F["基地向职工送达《调解告知书》"]
    G["由基地安排特邀调解员进行调解"]
    H["调解成功，由仲裁庭或法院制作调解书"]
    I["职工不同意调解或调解不成功，移交劳动仲裁庭立案，进入仲裁程序"]
    J["结案，由基地进行归档"]
    K["仲裁成功，结案"]
    L["职工不服仲裁结果，提起诉讼，进入法院诉讼程序"]
    M["由基地相关部门共同协商解决"]
    N["基地办公室汇总案件信息，并归档"]

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


### 生活垃圾投放及积分兑换流程

```mermaid
flowchart TD
    subgraph id1 [" "]
        A["投放者领卡"]
        B["填报个人信息"]
    end
    subgraph id2 [" "]
        C["有害垃圾"]
        D["餐厨垃圾"]
        E["可回收垃圾"]
    end
    F["扫卡处扫卡"]
    G["取条形码"]
    H["贴于垃圾袋或投放物品上"]
    subgraph id3 [" "]
        I["有害垃圾"]
        J["餐厨垃圾"]
        K["可回收垃圾"]
    end
    L["管理员扫码"]
    M["积分"]
    N["兑换点兑换相应物品"]

    A ==> B
    id1 ==> id2
    C ==>|袋装| F
    D ==>|袋装| F
    E ==>|袋装| F
    F ==> G
    G ==> H
    H ==>|分别对应投入分类桶| I
    H ==>|分别对应投入分类桶| J
    H ==>|分别对应投入分类桶| K
    I ==> L
    J ==> L
    K ==> L
    L ==> M
    M ==> N

    linkStyle 0,1,2,3,4,5,6,7,8,9,10,11,12,13,14 stroke:#ff0000
```


### 黄岩区征兵体检流程图

```mermaid
flowchart TD
    A["登记"]
    B["照相"]
    C["血尿检验"]
    D["B超"]
    E["外科检验"]
    F["眼科"]
    G["听嗅觉"]
    H["血压"]
    I["耳鼻咽喉科"]
    J["口腔科"]
    K["内科"]
    L["主检预审"]
    M["心电图"]
    N["适应性检测"]
    O["胸透"]

    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
    N ==> O
```


### 安全监控程序

```mermaid
flowchart TD
    A["熟悉设计图纸、监理规划"]
    B["编制安全监理细则"]
    C["审查施工单位安全保障措施<br>施工监理交底会"]
    D["调查可能导致意外伤害事故原因"]
    E["督促总承包单位与分包单位签订安全协议"]
    F["审查施工单位安全保证系统"]
    G["检查施工单位安全措施的落实"]
    H["协助项目管理机构与施工方签订安全协议"]
    I["掌握“四新”标准"]
    J["定期检查，日常跟踪，作好记录"]
    K["安全出现异常，下达“暂时停工令”"]
    L["已发生的事故进行了有效处理，继续施工"]
    M["安全工作总结，报项目管理机构"]

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


### 孕前优生健康检查工作流程

```mermaid
flowchart TD
    A["受检者使用二代身份证进入“一证通”系统，获取基础信息，填写家庭档案首页及知情同意书"]
    B["夫妻双方实验室检查（六楼化验室）"]
    C["分诊（护士站）"]
    D["问诊、体格，男科检查（男科）"]
    E["B超检查（B超室）"]
    F["问诊、体格，妇科检查（女）"]
    G["双方检查完成，收集、核对家庭档案（护士站）"]
    H["结果评估、发放（女科）"]
    I["档案归档、开具证明（档案室）"]
    J["高风险人群<br>（经评估存在一项或多项异常）<br>妇女怀孕3个月内需联系区妇计中心"]
    K["一般人群<br>（经评估未发现异常）<br>妇女怀孕3个月内需联系所在街办计生服务机构"]
    L["早孕随访（停经2周内）"]
    M("告知评估结果提出进一步检查、治疗、转诊等医学建议和干预措施提供个性化咨询指导")
    N["妊娠结局随访<br>（分娩后6周内或其他妊娠结局结束后2周）"]

    A --> B
    B --> C
    C ==>|丈夫| D
    C ==>|妻子| E
    D --> G
    E --> F
    F --> G
    G --> H
    M --> H
    H --> I
    I --> J
    I --> K
    J <--> K
    J <--> L
    K <--> L
    L --> N
```


### 建强构架，实现党的组织全覆盖

```mermaid
flowchart TD
    A("街道党工委")
    B("社区党支部")
    C("区域党委")
    D("驻区单位")
    E("“两新”组织")
    F("“同屋檐”党小组<br>负责退休党员、高龄党员的服务管理")
    G("“e联通”党小组<br>负责年轻党员、在职党员的服务管理")
    H("“星火”党小组<br>负责群众自治组织、文艺团体、志愿服务队伍党员的服务管理")
    I("“红色物业”党小组<br>负责物业公司党员的服务管理")
    J("中弘中央广场社区<br>(5个网格, 1500户, 4700人)")

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


### 心脏急救绿色通道流程

```mermaid
flowchart TD
    A("院外发病后")
    B("拨打120，启动车载<br>远程会诊，即刻会诊<br>中心指导治疗")
    C("自行来急诊中心")
    D("分诊员导引")
    E("抢救室")
    F("诊查室")
    G("心导管室")
    H("ICU<br>CCU")
    I("观察室")
    J("病房")
    K("院外随诊")

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


### 门诊预约流程

```mermaid
flowchart TD
    A["患者"]
    B["电话预约"]
    C["网络预约"]
    D["现场预约"]
    E["拨打电话:0379-67920103"]
    F["孟津县第二人民医院趣医APP"]
    G["预约诊疗登记处(填写信息)"]
    H["选择诊室、医师及就诊时间"]
    I["填写资料根据提示选择诊室、医师及就诊时间"]
    J["就诊当天到预约处(导诊台)优先分诊"]
    K["诊室就诊"]
    L["检查化验"]
    M["住院治疗"]
    N["门诊治疗"]
    O["离院"]

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


### 成都搜房网房产交易全流程

```mermaid
flowchart TD
    A["买方"]
    B["填写看房确认书"]
    C["卖方"]
    D["填写卖房委托书"]
    E["看房 洽谈 满意"]
    F["签约购房合同 买方支付定金给卖方，买方"]
    G["备齐资料, 准备房款"]
    H["备齐资料, 取房产证"]
    I["签署贷款合同, 房管局过户"]
    J["买方付清房款"]
    K["卖方腾出房屋"]
    L["卖房结清之前的所有物业相关费用后, 交房给买方"]
    M["售后跟踪服务"]

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


```mermaid
flowchart TD
    A("登陆网站: www.sdzk.gov.cn")
    B("阅读报考须知")
    C("阅读报名办法")
    D("查询报考院校")
    E("查询报考专业")
    F("点击“开始报名”")
    G("填写报考信息")
    H("提交信息, 并用笔记下或打印报名序号")
    I("凭报名序号到县(区)招生办公室确认信息")
    J("报名结束")

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


### 电子路考考试流程

```mermaid
flowchart TD
    A("按时间场次在候考大厅等待")
    B("根据大屏显示的场次有序排队,通过核对预约凭证依次进入一级候考室")
    C("用二代身份证在一级候考室闸机处签到、拍照")
    D("成功")
    E("不成功")
    F("在人工签到处签到、拍照")
    G("进入二级候考室")
    H("听到叫号（自动或人工）用二代身份证在发车区入口处核对考生分配信息")
    I("经过发车长廊,找到自动分配的考试车<br>报告安全员,允许后上车考试")
    J("考试结束<br>签字处签字")

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


### 劳动纠纷提交立案流程

```mermaid
flowchart TD
    A("第一步<br>总服务台分流")
    B("第二步<br>初审窗口办理")
    C("第三步<br>综合立案窗口办理")
    D(["确认管辖"])
    E(["领取材料参照模板填写"])
    F(["领取初审号码"])
    G(["等待叫号"])
    H(["材料审核"])
    I(["换取综合立案号码"])
    J(["等待叫号"])
    K(["材料审核"])

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


### 售后维修流程图

```mermaid
flowchart TD
    A["工程部移交的问题"]
    B["业主报修的问题"]
    C["物业公司移交的问题"]
    D["现场查看是工程质量问题还是业主使用问题"]
    E["查看问题是否在保修期内"]
    F["通知责任单位限期完成维修"]
    G["监督维修状况"]
    H["判断是否能够按期完成维修工作"]
    I["书面通知保修责任单位派第三方进行维修"]
    J["安排第三方维修"]
    K["施工单位自检"]
    L["业主签字,维修完成"]

    A --- B
    B --> D
    C --- B
    D -->|工程质量问题| E
    D -->|业主使用问题| L
    E -->|在保修期内| F
    E -->|不在保修期内| L
    F -->|责任单位按要求维修| G
    G --> H
    F -->|责任单位不能按要求维修| I
    H -->|能按期完成| K
    H -->|不能按期完成| I
    I --> J
    J --> K
    K--> L
```


### 学校一日工作流程图

```mermaid
flowchart TD
    A["师生佩戴口罩按时间点错峰到校"]
    B["校门口有序排队测量体温"]
    C["体温正常上班、上学"]
    D["体温异常"]
    E["班级晨、午检"]
    F["体温正常"]
    G["体温异常"]
    H["隔离室"]
    I["登记"]
    J["通知班主任、家长"]
    K["就医"]
    L["复学证明"]
    M["上课"]
    N["有序错时放学"]
    O["信息上报"]

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


### 装修施工流程图

```mermaid
flowchart TD
    A["开工材料进场闭水实验"]
    B["主体拆改"]
    C["各种设计、测量"]
    D["水路、暖通改造"]
    E["电路改造"]
    F["装饰吊顶、垭口、窗套、木家具制作等木工工程"]
    G["厨房、卫生间防水"]
    H["瓷砖等瓦工工程"]
    I["墙基层处理、刮腻子"]
    J["油饰工程"]
    K["厨卫吊顶"]
    L["木门橱柜等安装"]
    M["木地板工程"]
    N["壁纸工程"]
    O["各种安装"]
    P["保洁"]
    Q["家具、电器、配饰入场"]

    A ==> B
    B ==> C
    C ==> D
    C ==> E
    D ==>|各项隐蔽工程| F
    D ==>|各项隐蔽工程| G
    G ==> H
    H ==> I
    I ==> J
    J ==> K
    K ==> L
    L ==> M
    M ==> N
    N ==> O
    O ==> P
    P ~~~ Q
```


### 浦兴路街道居民区“全岗通”工作流程

```mermaid
flowchart TD
    A("全岗通")
    B("居委接待")
    C("区域走访")
    D("一口受理事项")
    E("紧急疑难事项")
    F("专业限时办理事项")
    G("即时办理事项")
    H("居委书记或主任")
    I("需协同")
    J("条线社工")
    K("需协同")
    L("街道职能部门")
    M("办结")

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

    linkStyle 0,1,2,3,4,5,6,7,8,9,10,11,12,13,14,15,16 stroke:#ff0000
```


### 门诊就诊流程

```mermaid
flowchart TD
    A["身份证患者"]
    B["农行借记卡患者"]
    C["无身份证或借记卡患者"]
    D["自助设备"]
    E["人工挂号收款窗口"]
    F["建立个人账户、充值、挂号、打印指引单或发票"]
    G["农行自助设备签约(建户)"]
    H["自助设备"]
    I["人工挂号收款窗口"]
    J["充值、挂号、打印指引单或发票"]
    K["人工挂号收款窗口"]
    L["挂号、领取就诊卡"]
    M["持指引单或发票到门诊护士站排队等待分诊"]
    N["患者到医生站就诊"]
    O["身份证或借记卡患者"]
    P["就诊卡患者"]
    Q["账户余额足"]
    R["余额不足"]
    S["自助设备"]
    T["人工挂号收款窗口"]
    U["自助缴费"]
    V["缴费"]
    W["人工缴费领取发票"]
    X["凭发票拿药或做检验、检查"]
    Y["药品、检验、检查在相应科室扣费"]
    Z["如需发票或提取账户余额"]
    AA["指定人工窗口"]

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


### 交通违法自助处理流程

```mermaid
flowchart TD
    A["进入违法处理"]
    B["告知"]
    C["输入车牌号、输入车辆识别代码(后六位)"]
    D["选取待处理记录(可看违法图片)"]
    E["选择其中一条交通违法处理"]
    F["本人处理"]
    G["其他证件处理"]
    H["验证驾驶证信息"]
    I["输入验证码"]
    J["结果信息确认"]
    K["提示已处理违法清单"]
    L["网上缴费"]
    M["更换驾驶证"]
    N["获取二次验证码"]
    O["输入验证码"]
    P["结果信息确认"]
    Q["提示已处理违法清单"]

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


### 流程图

```mermaid
flowchart TD
    A(("上级交办、群众举报，其它途径"))
    B["立案"]
    C["执法人员最少两人，出示证件，说明来意告知相对人权利和义务"]
    D["对相关人员进行调查取证"]
    E["对本次处罚的合法性进行讨论"]
    F["报相关领导审核"]
    G["向行政相对人进行处罚告知，听证告知"]
    H["召开听证会"]
    I["维持该处罚决定"]
    J["不支持该处罚决定"]
    K["补齐相关材料"]
    L["向领导呈批"]
    M["下达处罚决定书"]
    N["处罚决定书送达回执并开具罚没收据"]
    O["行政相对人去银行交款"]
    P(("结案并归档"))

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


### 黄家店组织管理架构图

```mermaid
flowchart TD
    A["大庄社区第三党支部"]
    B["支部书记"]
    C["支部委员"]
    D["支部委员"]
    E["支部委员"]
    F["支部委员"]
    G["村民会议（村民代表会议）"]
    H["村民小组"]
    I["村民理事会"]
    J["第一村民小组"]
    K["第二村民小组"]
    L["第三村民小组"]
    M["第四村民小组"]
    N["小组长"]
    O["小组长"]
    P["小组长"]
    Q["小组长"]
    R["理事长"]
    S["理事"]
    T["理事"]
    U["理事"]
    V["理事"]
    W["理事"]
    X["理事"]

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


### 黄岩区征兵体检流程图

```mermaid
flowchart TD
    A["登记"]
    B["照相"]
    C["血尿检验"]
    D["B超"]
    E["外科检验"]
    F["眼科"]
    G["听嗅觉"]
    H["血压"]
    I["耳鼻咽喉科"]
    J["口腔科"]
    K["内科"]
    L["主检预审"]
    M["心电图"]
    N["适应性检测"]
    O["胸透"]

    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
    N --> O
```


### 泉州第三医院病人门诊、住院、转院、出院流程图

```mermaid
flowchart TD
    A["患者就医"]
    B["挂号"]
    C["医生就诊"]
    D["住院处办理住院手续"]
    E["继续门诊诊疗"]
    F["住院部"]
    G["请他科会诊"]
    H["住院处办理出院手续出院"]
    I["住院处办理出院后转院"]
    J["老年人、残疾及重症者由医护人员护送转院"]
    K["辅助检查治疗确认"]
    L["需辅助检查者"]
    M["无需辅助检查者"]
    N["收费处"]
    O["药房取药"]

    A --> B
    B --> C
    C --> D
    C -->|进行诊疗行为| E
    D -->|护送病人住院| F
    F -->|合并他科疾病| G
    F -->|经治疗符合出院指标| H
    G -->|需转他院治疗| I
    G -->|不需转综合医院，继续治疗至符合出院指标| H
    I --> J
    E --> K
    E --> L
    E --> M
    K --> O
    L --> N
    M --> N
    N --> K
    N --> O
```


### 事故应急处理流程

```mermaid
flowchart TD
    A["事故发生"]
    B["启动应急预案"]
    C["应急接洽"]
    D["报告学校领导"]
    E["临时向上级报告"]
    F["医疗救援"]
    G["现场指挥"]
    H["联系亲属"]
    I["协调力量\n全面处理事故"]
    J["善后处理\n责任追究"]

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


### 唐山市住房“以旧换新”平台业务流程图

```mermaid
flowchart TD
    A("换购人")
    B("唐山市住房以旧换新业务平台")
    C("房企")
    D("新房房源库")
    E("换购人选房")
    F("核验旧房")
    G("双方达成换购意向")
    H("缴纳新房意向金")
    I("评估旧房房源")
    J("确认评估结果")
    K@{shape: text, label: " "}
    L@{shape: text, label: " "}
    M("签订协议")
    N("重新选择同一开发商房源")
    O("可免费代售3个月")
    P("终止换购流程")

    A ==>|登录平台| B
    B ==> D
    C ==>|发布商品房| B
    C -->|确认收购旧房房源| G
    D ==> E
    F --o E
    F -->|选择新房房源| G
    G ==> H
    H ==> I
    I ==> J
    J ==>|认同| K
    J ==>|不认同| L
    K --> M
    K -->|但不满足置换标准| M
    L --> O
    L --> P
```


### 农村宅基地用地建房申请审批办理流程图

```mermaid
flowchart TD
    A["农户书面申请"]
    B["村民小组或村级组织讨论、公示"]
    C["村级组织调查"]
    D["村级组织审查"]
    E["撤销或修改方案再公示"]
    F["乡镇政府组织部门联审"]
    G["乡镇政府一次性告知申请人需要补正的全部要求"]
    H["乡镇政府依法答复申请人"]
    I["乡镇政府予以批准；发放《农村宅基地批准书》和乡村建设规划许可证"]

    A --> B
    B -->|公示有异议| C
    B -->|公示无异议| D
    C -->|异议不成立| D
    C -->|异议成立| E
    E -->|公示无异议| D
    D -->|审查通过<br>报送| F
    F -->|材料不完备| G
    G ---> A
    F -->|不符合申请条件| H
    F -->|联审合格| I
```


### 生殖中心诊疗流程

```mermaid
flowchart TD
    A["不孕夫妇初诊<br>预约或挂当日生殖中心专家门诊或普通门诊号就诊"]
    B["男性不育<br>预约或挂当日生殖中心男科门诊号就诊"]
    C["女方体检"]
    D["卵泡监测"]
    E["男科体检"]
    F["精液检查"]
    G["如异常，对症处理"]
    H["异常"]
    I["正常"]
    J["正常"]
    K["异常，男科治疗"]
    L["预处理后促排卵"]
    M["妊娠"]
    N["未孕"]
    O["子宫输卵管造影"]
    P["轻中度少弱畸精症"]
    Q["重度少弱畸精症"]
    R["梗阻"]
    S["通畅"]
    T["宫、腹腔镜手术"]
    U["试管婴儿"]
    V["人工授精"]
    W["试管婴儿"]
    X["妊娠"]
    Y["3-6个周期未孕"]

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


### 死亡证明章盖章流程

```mermaid
flowchart TD
    A["接到临床科室任务"]
    B["死亡证明书、担保书送到指定科室"]
    C["登记（流水号、姓名、科室、住院号、日期、时间）"]
    D["双方签字确认"]
    E["告知医务人员盖章流程及注意事项"]
    F["医师填写完毕后，家属按照所告知程序依次盖章、签字"]
    G["最后到医辅部盖章（注意手续是否齐全）"]
    H["双方确认签字"]
    I["最后两联交由家属保管"]
    J["死亡证明书上报防保科"]
    K["证明存根由医辅部保存"]

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


### 50年代全国院系调整时期河南大学院系调整情况示意图

```mermaid
flowchart TD
    A["河南大学（1950-1953年）"]
    B["医学院"]
    C["河南医学院"]
    D["河南医科大学"]
    E["郑州大学医学院"]
    F["行政学院"]
    G["河南省政府干部学校"]
    H["河南财经政法大学"]
    I["农学院"]
    J["河南农学院"]
    K["河南农业大学"]
    L["畜牧兽医系"]
    M["江西农学院"]
    N["江西农业大学"]
    O["植物病虫害系"]
    P["华中农学院"]
    Q["华中农业大学"]
    R["水利系"]
    S["武汉大学"]
    T["中南矿冶学院"]
    U["中南大学"]
    V["文教学院"]
    W["财经系"]
    X["中原大学"]
    Y["中南财经政法大学"]
    Z["数理专业"]
    AA["湖南大学"]
    AB["土木工程专业"]
    AC["湖南大学"]
    AD["英语专业"]
    AE["中山大学"]
    AF["平原师范学院（1953年）"]
    AG["河南师范学院（1953年）"]
    AH["开封师范学院（1956年）"]
    AI["河南师范大学（1979年）"]
    AJ["河南大学（1984年）"]
    AK["新乡师范学院（1956年）"]
    AL["河南师范大学"]

    A === B
    B ==>|独立| C
    C ==> D
    D ==> E
    A === F
    F ==>|独立| G
    G ==> H
    A === I
    I ==>|独立| J
    J ==> K
    I === L
    L ==>|并入| M
    M ==> N
    I === O
    O ==>|并入| P
    P ==> Q
    I === R
    R ==>|并入| S
    R ==>|调入| T
    T ==> U
    A === V
    V === W
    W ==>|并入| X
    X ==> Y
    V === Z
    Z ==>|并入| AA
    V === AB
    AB ==>|并入| AC
    V === AD
    AD ==>|并入| AE
    AF ==>|合并| AG
    A ==> AG
    AG ==> AH
    AG ==> AK
    AH ==> AI
    AI ==> AJ
    AK ==> AL

    linkStyle 2,3,6,9,12,15,19,23,36 stroke:#96856F
```


```mermaid
flowchart TD
    A@{ shape: hex, label: "自学人员申领驾驶证"}
    B["携带身份证明,身体条件证明、照片"]
    C["到支队车管所办理驾驶证自学直考申请"]
    D["行在互联网上搜索考试题库,自学交通安全法律法规和相关知识、安全文明驾驶常识"]
    E["网上预约科目一、网上缴费、考试合格,领取学习驾驶证明"]
    F["自学用车上线检测合格(车辆检测可提前到申请受理环节)"]
    G["自学人员、随车指导人员一起到车管所申请学车专用标识"]
    H["自学人员需要变更随车指导人员、变更自学用车"]
    I["车管所签注核发学车专用标识"]
    J["自学人员、随车指导人员使用自学用车开展自学训练"]
    K["网上预约科目二、科目三(路考、理论),考试合格的,当日安排参加安全警示教育、宣誓仪式并领取驾驶证"]
    L["自学人员、随车指导人员、自学用车所有人申请终止自学训练"]
    M["车管所注销学车专用标识，公告作废"]

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


### 兴隆镇磨石村挂牌作战组织机构

```mermaid
flowchart TD
    A["市级督战领导"]
    B["张强 市政府副市长"]
    C["县级作战领导"]
    D["唐正林 县委常委、县政法委书记"]
    E["乡镇作战领导"]
    F["张育军 兴隆镇党委书记 王泽勤 兴隆镇政府副镇长"]
    G["镇村作战人员"]
    H["吕磊 兴隆镇磨石村第一书记、驻村工作队长"]
    I["张贵方 兴隆镇磨石村驻村工作队员"]
    J["李昊 兴隆镇磨石村驻村工作队员"]
    K["曹梅 兴隆镇磨石村驻村工作队员"]
    L["陈富贵 兴隆镇磨石村驻村干部"]
    M["刘秀秀 兴隆镇磨石村驻村干部"]
    N["李勉勋 兴隆镇磨石村驻村干部"]
    O["王亮 兴隆镇磨石村健康专干"]
    P["王小军 兴隆镇磨石村委会副主任"]

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


### 学生返校报到流程图

```mermaid
flowchart TD
    A["返校学生"]
    B["校门前检测, 有、无发热或呼吸道等症状"]
    C["有, 入临时等候区等候, 送定点医院发热门诊排查"]
    D["向属地疾控报告, 并在疾控部门指导下消毒、隔离"]
    E["到校内隔离室"]
    F["无, 凭学生证或校园卡, 出示一码一卡入校, 到学院报到区进行证件查验、消毒和信息登记等事项"]
    G["发现异常"]
    H["到体育馆进行核酸检测"]
    I["正常, 持学院审核通知单和参加核酸检测证明, 前往学生宿舍体温检测, 登记入住"]

    A --> B
    B --> C
    B --> F
    C -->|疑似| D
    C -->|排除| E
    F --> H
    F --> G
    G --> E
    H --> I
    I -->|发现异常| E
```


### 离婚登记办理程序

```mermaid
flowchart TD
    A("申请")
    B("申请时需提交的材料：<br>1.结婚证；<br>2.符合《婚姻登记工作规范》第二十九条至第三十五条规定的有效身份证件；<br>3.现场填写《离婚登记申请书》。")
    C("初审")
    D("发《离婚登记申请受理回执单》")
    E("不予受理")
    F("离婚冷静期届满")
    G("撤回离婚登记申请，填写《撤回离婚登记申请书》")
    H("发《撤回离婚登记申请确认单》")
    I("视为撤回离婚登记申请")
    J("审查")
    K("登记，发给离婚证")
    L("不予受理")

    A -.- B
    A --> C
    C -->|初审无误| D
    C -->|不符合条件| E
    D -->|离婚冷静期30日| F
    D -->|离婚冷静期30日<br>30日内<br>任何一方不愿离婚| G
    G -->|核实无误| H
    F -->|30日内<br>双方未共同到婚姻登记机关一申请发给离婚证| I
    F -->|30日内<br>双方共同到婚姻登记机关申请发给离婚证| J
    J -->|符合条件| K
    J -->|不符合条件| L

    style B fill:none,stroke:#333,stroke-dasharray:5 5
```


### 门诊就诊流程

```mermaid
flowchart TD
    A["身份证患者"]
    B["农行借记卡患者"]
    C["无身份证或借记卡患者"]
    D["自助设备"]
    E["人工挂号收款窗口"]
    F["建立个人账户、充值、挂号、打印指引单或发票"]
    G["农行自助设备签约(建户)"]
    H["自助设备"]
    I["人工挂号收款窗口"]
    J["充值、挂号、打印指引单或发票"]
    K["人工挂号收款窗口"]
    L["挂号、领取就诊卡"]
    M["持指引单或发票到门诊护士站排队等待分诊"]
    N["患者到医生站就诊"]
    O["身份证或借记卡患者"]
    P["就诊卡患者"]
    Q["人工缴费领取发票"]
    R["凭发票拿药或做检验、检查"]
    S["账户余额足"]
    T["余额不足"]
    U["自助设备"]
    V["人工挂号收款窗口"]
    W["自助缴费"]
    X["缴费"]
    Y["药品、检验、检查在相应科室扣费"]
    Z["如需发票或提取联黄区"]
    AA["指定人工窗口"]

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


```mermaid
flowchart TD
    A["绪论"]
    subgraph ide1[" "]
        B["选题背景与意义"]
        C["文献综述"]
        D["内容与结构安排"]
        E["我国城镇职工基本养老保险制度的历史改革与现状"]
        F["历史改革"]
        G["现状与问题"]
        H["现状与问题"]
    end
    subgraph ide2[" "]
        I["长寿风险下我国城镇职工基本养老保险长寿风险测度"]
        subgraph ide3[" "]
            J["人寿保险业第三套经验生命表"]
            K["城镇职工分性别计发月数"]
        end
        L["人口结构特征变化"]
        subgraph ide4[" "]
            M["Lee-Carter模型死亡率预测"]
            N["预测分性别人口寿命表"]
        end
        O["长寿风险测度"]
        P["长寿风险下我国城镇职工基本养老保险自动平衡机制研究"]
        Q["触发条件"]
        R["账户代内调整机制"]
        S["触发变量"]
        T["参数调整"]
        U["模型评价"]
    end
    subgraph ide5[" "]
        V["结论与政策建议"]
    end
        W["文献研究法 比较研究法"]
        X["定性分析法 定量分析法"]
        Y["石纟讠"]

    A --> B
    A --> C
    A --> D
    C --> E
    E --> F
    E --> G
    E --> H
    G --> I
    I --> L
    K --> O
    L --> ide3
    L --> ide4
    L --> O
    M --> N
    N --> O
    O --> P
    P --> R
    Q --> T
    R --> Q
    R --> S
    S --> T
    T --> U
    U --> V
    ide1 --- W
    ide2 --- X
    ide5 --- Y
```


### 申请法律援助流程图

```mermaid
flowchart TD
    A("公民")
    B("法律援助咨询")
    C("填写申请表格")
    D("申请人递交申请表格及经济状况证明和案件的相关材料")
    E("法律援助机构进行初审、审批，并提出审核意见")
    F("符合条件给予援助")
    G("发出援助通知书")
    H("办理委托手续、指派")
    I("提供法律援助")
    J("不符合条件、不予援助")
    K("对不予援助通知书有异议的可向同级司法行政机关申请复查")
    L("复查有效")
    M("复查无效")
    N("不提供法律援助")

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


### 江口联合学校新冠肺炎疫情应急处置流程图

```mermaid
flowchart TD
    A["发现疑似病人或病人"]
    B["报告学校疫情报告人<br>（班主任老师或任课老师等）"]
    C["报告给校长"]
    D["通知学生监护人"]
    E["指定专人送医就诊"]
    F["去医院就诊"]
    G["排除"]
    H["班级恢复正常活动"]
    I["诊断为传染或疑似病人"]
    J["启动学校疫情应急预案"]
    K["报县疾病预防控制中心"]
    L["报县教育局"]
    M["在卫健部门指导下落实好有关预防控制措施"]

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


### 报废车辆拆解工艺流程图

```mermaid
flowchart TD
    A[报废大车]
    B[放油地沟]
    C[汽油/柴油]
    D["废机油/废液"]
    E[安全气囊]
    F[氟利昂]
    G[快速解体机]
    H[报废小汽车]
    I[放油平台]
    J[汽油/柴油]
    K["废机油/废液"]
    L[安全气囊]
    M[氟利昂]
    N[翻转平台]
    O[轮胎]
    subgraph ide1[" "]
        P[重钢]
        Q["车身轻薄料"]
        R["线束、废弃料"]
        S["发动机轮毂"]
    end
    T["精细化拆解获取零件"]
    U[轮胎处理生产线]
    V[剪切机]
    W[废塑料、废橡胶深加工]
    X[零配件仓库]
    Y[再生铝处理设备]
    Z[车架剪切]
    AA[报废汽车破碎分选线]
    AB[废钢/废塑料/废橡胶/废有色]
    AC[重钢堆场]
    AD[有色金属分选设备]

    A -->|"取出蓄电池"| B
    B --> C
    B --> D
    B --> E
    B --> F
    B --> G
    G --> ide1
    H -->|"取出蓄电池"| I
    I --> G
    I --> J
    I --> K
    I --> L
    I --> M
    I --> N
    N --> G
    N --> T
    O --> U
    ide1 ~~~ O
    P ~~~ Q~~~R~~~S
    P --> V
    Q --> AA
    R --> W
    S --> X
    T --> Y
    V --> Z
    Z --> AC
    AA --> AB
    AA --> AD
```


### 黄牛铺镇志愿帮扶流程图

```mermaid
flowchart TD
    A(["提出帮扶需求申请"])
    B(["志愿者团队调研"])
    C(["联系申请人"])
    D(["确定志愿者帮扶团队"])
    E(["志愿者团队介入"])
    F(["项目负责人"])
    G(["志愿者团队制定帮扶计划"])
    H(["志愿者团队按阶段实施帮扶计划"])
    I(["志愿者团队与被帮扶人进行沟通根据实际情况随时调整帮扶过程"])
    J(["帮扶结束综合评定帮扶效果"])
    K(["整理帮扶资料、归档"])

    A ==> B
    B ==>|不合格| C
    B ==>|合格| D
    D ==> E
    E ==> F
    E ==> G
    G ==> H
    H ==>|无分歧| I
    I -->|有分歧| G
    I ==> J
    F --> J
    J ==> K
```


### 安仁县新起点文化培训学校疫情防控应急处置流程图

```mermaid
flowchart TD
    A["晨检"]
    B["正常人员"]
    C["异常人员"]
    D["正常数学"]
    E["午检 随堂观察"]
    F["无症状"]
    G["有症状"]
    H["正常教学"]
    I["临时隔离观察场所"]
    J["常规消毒"]
    K["追踪<br>随访<br>确认"]
    L["学校主要负责人"]
    M["报告教育局"]
    N["报告防疫部门"]

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


### 法律援助流程图

```mermaid
flowchart TD
    A["法律咨询"]
    B["一次性告知, 领取《法律援助申请表》"]
    C["提交身份、经济状况证明和有关案件材料"]
    D["接待人（首问人）审核"]
    E["集体讨论（复杂案件）"]
    F["主任审批"]
    G["批准"]
    H["不批准"]
    I["申请人在收到不予法律援助决定后五天内可以向上级司法行政部门申请复审"]
    J["经审查认为符合法律援助条件的, 书面形式责令中心提供法律援助"]
    K["经审查认为不符合法律援助条件的, 告之另聘律师"]
    L["中心统一指派承办人"]
    M["提供法律援助"]
    N["结案归档"]

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


```mermaid
flowchart TD
    A["新房验收"]
    B["测量、设计"]
    C["拆除作业"]
    D["水路电路改造"]
    E["装饰吊顶、门套、窗套、垭口、木家具制作等木工工程"]
    F["墙基层处理、刮腻子"]
    G["油饰工程"]
    H["厨房、卫生间贴墙砖"]
    I["厨房、卫生间吊顶"]
    J["做闭水试验"]
    K["厨房、卫生间铺地砖"]
    L["洁具、卫浴、五金安装"]
    M["木门、橱柜、厨房设备等安装"]
    N["地板安装"]
    O["壁纸工程"]
    P["各种配件安装"]
    Q["保洁"]
    R["家具、电器、配饰入场"]

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


```mermaid
flowchart TD
    A["经肝癌专科或普通门诊入院"]
    B["由急诊室入院或它科转入"]
    C["入院前或入院后3天内常规检查: 三大常规+肝肾功能生化+AFP、CEA等肿瘤标志物+上腹(肝脏等)CT、B超+凝血状态+胸片+EKG等。诊断不明或同意，力劝行肝肿物穿刺活检，明确病理"]
    D["明确诊断、分期、中医分型及治疗计划"]
    E["早期小肝癌"]
    F["中期肝癌"]
    G["晚期肝癌"]
    H["转外科手术切除"]
    I["PEI/TACE+中药"]
    J["病灶缩小, 符合手术条件"]
    K["无介入禁忌症"]
    L["有介入禁忌症"]
    M["TACE+中药+护肝"]
    N["PD"]
    O["中药+护肝+BSC"]
    P["病情好转/NC"]
    Q["病情恶化"]
    R["专科门诊中药治疗随访/再入院"]
    S["临终关怀"]
    T["死亡"]

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


```mermaid
flowchart TD
    A["America has a balance-of-payments-deficit"]
    B["America loses gold, Britain gains gold"]
    C["American money supply declines"]
    D["British money supply increases"]
    E["Prices decline in America"]
    F["British prices rise"]
    G["Step 1: Decline in American imports of goods"]
    H["Step 2: Rise in exports of American goods"]
    I["Step 3: Rise in British imports of goods"]
    J["Step 4: Decline in British exports of goods"]
    K["American balance-of-payments equilibrium restored"]
    L["British balance-of-payments equilibrium restored"]

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


### Advanced Life Support for Adults

```mermaid
flowchart TD
    A("Start CPR<br>30 compressions, 2 breaths<br>Minimize interruptions")
    B("Attach<br>Defibrillator / Monitor")
    C("Assess Rhythm")
    D("Shockable")
    E("Non Shockable")
    F("Shock")
    G("CPR<br>for 2 minutes")
    H("CPR<br>for 2 minutes")
    I("Return of Spontaneous Circulation?")
    J("Post Resuscitation Care")

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


### ALGORITHM FOR THROMBOCYTOPENIA EVALUATION

```mermaid
flowchart TD
    A["Platelet count <150,000/μL"]
    B["Hemoglobin and white blood count"]
    C["Normal"]
    D["Abnormal"]
    E["Peripheral blood smear"]
    F["Bone marrow examination"]
    G["Normal RBC morphology;<br>platelets normal or increased in size"]
    H["Fragmented red blood cells"]
    I["Platelets clumped: redraw in sodium citrate or heparin"]
    J["Microangiopathic >hemolytic anemias (e.g., DIC, TTP)"]
    K["Consider:<br>Drug-induced thrombocytopenia<br>Infection-induced thrombocytopenia<br>Idiopathic immune thrombocytopenia<br>Congenital thrombocytopenia"]

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


```mermaid
flowchart TD
    A["cT2-T4 adenocarcinoma or SCC located within 2.0 cm of the EGJ"]
    B["clinically node positive in the upper/middle mediastinal field"]
    C["Esophageal involvement"]
    D["> 4.0 cm"]
    E["2.1 - 4.0 cm"]
    F["≤ 2.0 cm"]
    G["Lymph node dissection of stations 1, 2, 3a, 7, 8a, 9, 11p, 19 106recR, 107, 108, 109, 110, 111, 112"]
    H["Lymph node dissection of stations 1, 2, 3a, 7, 8a, 9, 11p, 19, 110"]
    I["Lymph node dissection of stations 1, 2, 3a, 7, 8a, 9, 11p, 19"]

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


### 图15-3 多个拦截器的执行流程

```mermaid
flowchart TD
    A["Interceptor1 (preHandle)"]
    B["Interceptor2 (preHandle)"]
    C["HandlerAdapter (Handle)"]
    D["Interceptor2 (postHandle)"]
    E["Interceptor1 (postHandle)"]
    F["DispatcherServlet (render)"]
    G["Interceptor2 (afterCompletion)"]
    H["Interceptor1 (afterCompletion)"]

    A -->|return true;| B
    B -->|return true;| C
    C --> D
    D --> E
    E --> F
    F --> G
    G --> H
```


### Current Hybrid Algorithm for CTO PCI

```mermaid
flowchart TD
    A["1<br>Dual injection"]
    B@{shape: text, label: " "}
    C["Antegrade"]
    D@{shape: text, label: " "}
    E["4<br>Antegrade wiring"]
    F["5<br>Antegrade dissection and reentry"]
    G["Controlled<br>(Stingray)"]
    H["Wire based<br>(LaST)"]
    I["6<br>Retrograde"]
    J["Retrograde true lumen puncture"]
    K["Retrograde dissection and reentry"]
    L["7<br>Switch Strategy"]

    A ---|2<br>1. Ambiguous proximal cap<br>2. Poor distal target<br>3. Appropriate 'interventional' collaterals| B
    B -->|no| C
    B -->|yes| I
    C ---|3<br>Lesion length <20 mm| D
    D -->|yes| E
    D -->|no| F
    E <--> F
    F --> G
    F --> H
    I --> J
    I --> K
    J <--> K
    L --> E
    L --> G
    L --> H
    L --> J
    L --> K
```


```mermaid
flowchart TD
    A["Magistrates' courts<br>Trials of summary offences, committals to the Crown court, family proceedings courts and youth courts"]
    B["Crown court<br>Trials of indictable offences, appeals from magistrates' courts, cases for sentence"]
    C["Tribunals<br>Hear appeals from decisions on immigration, social security, child support, pensions, tax and lands"]
    D["County Court<br>Majority of litigation, subject to nature of the claim"]
    E["High Court<br>Family Division<br>Divisional Court<br>Appeals from the magistrates'court<br>Queen's Bench Division<br>Contract and tort etc.<br>Commercial Court<br>Admiralty Court<br>Administrative Court Supervisory and appellate jurisdiction overseeing the legality of decisions and actions of inferior courts, tribunals, local authorities, Minister of the Crown and other public bodies and officials<br>Chancery Division<br>Equity and trusts, contentious probate, tax partnerships, bankruptcy and Companies Court, Patents Court<br>Divisional Court<br>Appeals from the county courts on bankruptcy and land"]
    F["Court of Appeal<br>Criminal Division<br>Appeals from the Crown Court<br>Civil Division<br>Appeals from the High Court, tribunals and certain cases from county courts"]
    G["Supreme Court of the United Kingdom<br>The final court of appeal for all United Kingdom civil cases, and criminal cases from England, Wales and Northern Ireland<br>(not administered by HMCTS)"]

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


```mermaid
flowchart TD
    A["Biochemically Confirmed Primary Aldosteronism"]
    B["Adrenal CT"]
    C["Normal results<br>Micronodularity<br>Bilateral masses"]
    D["Unilateral hypodense nodule > 1 cm"]
    E["Low probability of APA"]
    F["High probability of APA"]
    G["Age > 40 y. consider"]
    H["Age < 40 y"]
    I["AVS"]
    J["Consider screening for GRA"]
    K["No lateralization with AVS"]
    L["Lateralization with AVS"]
    M["IHA: Pharmacologic therapy"]
    N["GRA: Pharmacologic therapy"]
    O["APA or PAH: Unilateral laparoscopic adrenalectomy"]

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


### Exhibit 2-33: Operations Planning and Control

```mermaid
flowchart TD
    A@{shape: text, label: "Demand-Side Activities"}
    B["Forecasting"]
    C["Demand Management"]
    D["Distribution Requirements Planning (DRP)"]
    E["Strategic Planning"]
    F["Business Planning"]
    G["Sales and Operations Planning (S&OP):<br>Consensus Demand Plan and Production Plan"]
    H["Master Scheduling (MS):<br>Master Production Schedule (MPS)"]
    I["Material Requirements Planning (MRP)"]
    J@{shape: text, label: "Supply-Side Activities"}
    K["Resource Planning (RP)"]
    L["Rough-Cut Capacity Planning (RCCP)"]
    M["Capacity Requirements Planning (CRP)"]
    N["Purchasing"]
    O["Production Activity Control (PAC)"]
    P["Final Assembly Scheduling (FAS)"]
    Q["Capacity Control"]

    A ~~~ B
    B --> C
    C -->|Total| E
    C -->|Total| F
    C -->|Aggregate| G
    C -->|Detail| H
    D --> C
    D --> H
    E --> F
    F --> G
    G --> H
    H --> I
    J ~~~ K
    G <--> K
    H <--> L
    I <--> M
    I --> N
    I --> O
    I --> P
    I --> Q
    O <--> P
```


```mermaid
flowchart TD
    A["270 patients enrolled"]
    B["270 randomised"]
    C["134 allocated to aspiration first pass thrombectomy"]
    D["7 did not receive aspiration first pass thrombectomy<br>2 spontaneous recanalisation<br>4 proximal vascular tortuosity with arch or cervical vessel access failure<br>1 physician chose alternative approach"]
    E["3 lost to follow-up"]
    F["134 included in intention-to-treat analysis"]
    G["136 allocated to stent retriever first line thrombectomy"]
    H["8 did not receive stent retriever first line thrombectomy<br>5 spontaneous recanalisation<br>2 proximal vascular tortuosity with arch or cervical vessel access failure<br>1 physician chose alternative approach"]
    I["6 lost to follow-up"]
    J["136 included in intention-to-treat analysis"]

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


### Al System: Predicting + Planning = Reasoning

```mermaid
flowchart TD
    A@{shape: text, label: "▶The essence of intelligence is the ability to predict<br>▶To plan ahead, we simulate the world<br>▶The action taken minimizes the predicted cost"}
    subgraph ide1 ["Agent"]
        B["World Simulator"]
        C["Actor"]
        D["Critic"]
        E@{shape: text, label: "Predicted Cost"}
    end
    F["World"]
    G["Agent"]
    H["Objective"]
    I@{shape: text, label: " "}

    A  --> B
    B  -->|Predicted Percepts| C
    B  -->|Inferred World State| C
    B  -->|Predicted Percepts| D
    C  -->|Action Proposals| B
    C  -->|Actor State| D
    D  --> E
    ide1 --- G
    ide1 --- G
    F  -->|Percepts| G
    F  -->|Percepts| H
    G  -->|Actions/Outputs| F
    G  -->|Agent State| H
    H  -->|Cost| I
```


```mermaid
flowchart TD
    A@{shape: text, label: "Carvedilol"}
    B@{shape: text, label: "Etiologic treatment"}
    C@{shape: text, label: "Functional Component"}
    D@{shape: text, label: "Mechanical Component"}
    E["Increased Hepatic Resistance"]
    F@{shape: text, label: "TIPS"}
    G["门静脉高压"]
    H@{shape: text, label: "Porto-systemic collaterals"}
    I["Varices"]
    J@{shape: text, label: "Endoscopic treatments"}
    K@{shape: text, label: "BRTO"}
    L@{shape: text, label: "Angiogenesis"}
    M@{shape: text, label: "NSBBs<br/>SMT and analogues<br/>VP and analogues"}
    N["Splanchnic vasodilation"]
    O["Increased Portal Venous Inflow"]
    P@{shape: text, label: "Hypotension<br/>Effective hypovolemia"}
    Q@{shape: text, label: "Activation of vasoactive systems"}
    R@{shape: text, label: "Sodium and water retention<br/>Hypervolemia"}
    S@{shape: text, label: "Increase in cardiac output"}
    T@{shape: text, label: "NSBBs"}

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

    linkStyle 0,1,5,8,9,15,23 stroke:#ff0000
```


### 图2.1 Activitv状态转换图

```mermaid
flowchart TD
    A([Activity starts])
    B["onCreate()"]
    C["onStart()"]
    D["onResume()"]
    E([Activity is running])
    F("Another activity comes<br>in front of the activity")
    G["onPause()"]
    H([The activity is no longer visible])
    I("Other applications need memory")
    J("The activity comes to the foreground")
    K["onStop()"]
    L["onDestroy()"]
    M([Process is killed])
    N("User navigates back to the activity")
    O("The activity comes to the foreground")
    P([Activity is shut down])
    Q["onRestart()"]

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


```mermaid
flowchart TD
    A["Fatty diarrhea"]
    B["Exclude Celiac disease"]
    C["Tissue transglutaminase antibodies and serum IgA"]
    D["Exclude Pancreatic exocrine insufficiency"]
    E["Exclude cystic fibrosis<br>• Sweat test"]
    F["Fecal elastase or<br>chymotrypsin activity"]
    G["Secretin test"]
    H["Exclude mucosal and structural disease"]
    I["Small bowel radiographs, CT scan, or magnetic resonance imaging"]
    J["Endoscopy with biopsies"]

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


```mermaid
flowchart TD
    A["recurrent GD"]
    B["MMI 30mg → 20mg → 15mg → 10mg → 7.5mg → 5mg → 2.5mg"]
    C["2.5mg qd (5m)"]
    D["2.5mg qd (5m) → 2.5mg qod (5m)"]
    E["Drug withdrawal, follow-up"]
    F["Drug withdrawal, follow-up"]
    G["normal"]
    H["relapse"]
    I["follow"]
    J["normal"]
    K["relapse"]
    L["follow"]
    M["Further treatment"]

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


```mermaid
flowchart TD
    A["185 patients consented"]
    B["15 was excluded:<br>7 had residual stenosis<br>4 had partial thrombosis of AVF<br>3 had suspected infection<br>1 withdraw"]
    C["170 underwent randomisation"]
    D["83 assigned to receive treatment with Sirolimus Coated balloon"]
    E["87 assigned to receive treatment with placebo balloon"]
    F["3 withdraw<br>1 death<br>1 geographic miss"]
    G["2 withdraw<br>1 geographic miss"]
    subgraph ide1[" "]
        H["ITT analysis (n=83)<br>PP analysis (n=78)"]
        I["ITT analysis (n=87)<br>PP analysis (n=84)"]
    end
    J@{shape: text, label: "All lesions of the AVF circuit treat with trial device"}
    K@{shape: text, label: "All lesions of the AVF circuit treat with trial device"}

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


### Flowchart 1: Pulse-oximetry screening test

```mermaid
flowchart TD
    A["Apparently well newborn in postnatal nursery<br>Pre-discharge pulse-oximetry screening at 4-48 hr"]
    B["Right-hand (preductal) and either foot (postductal) saturations<br>measured until consistent reading obtained"]
    C["Both readings >94%<br>and<br>difference <3%"]
    D["Reading 90-94%<br>or<br>>2% difference"]
    E["Reading <90%<br>or<br>symptomatic"]
    F["Clinical assessment<br>If asymptomatic,<br>repeat test in 1-2 hr"]
    G["Reading 90-94%<br>or<br>>2% difference"]
    H["Clinical assessment<br>If asymptomatic<br>repeat test in 1-2 hr"]
    I["Test negative<br>No further action<br>Routine care"]
    J["Reading <95%<br>or<br>>2% difference"]
    K["Test positive<br>Urgent paediatric<br>assessment"]
    L["Comprehensive evaluation for causes of hypoxaemia (see next section and Flowchart 2)<br>In the absence of non-cardiac findings to explain hypoxaemia, refer for diagnostic echocardiogram"]

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


### Market Function, Classification and Assets

```mermaid
flowchart TD
    A["Market Function, Classification and Assets"]
    B["The functions of the financial system"]
    C["Classification of assets"]
    D["Classification of market"]
    E["Achieving purposes"]
    F["Determining rates"]
    G["Allocation efficiency"]
    H["Financial assets"]
    I["Physical assets"]
    J["Deliver date"]
    K["Maturity"]
    L["Position and underlying"]
    M["$$ ^{I} $$Capital flow"]

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


```mermaid
flowchart TD
    A("Functional dyspepsia")
    B["H. pylori test and eradication,if not done before"]
    C["Dietary modifications"]
    D{"Predominant symptom(s)"}
    E("Epigastric pain or burning")
    F["Proton pump inhibitor with or without prokinetic agent"]
    G{"Response after 4 or 8 weeks"}
    H("Postprandial fullness, early satiation, upper abdominal bloating, nausea, vomiting or belching")
    I["Prokinetic agent with or without proton pump inhibitor"]
    J{"Response after 4 or 8 weeks"}
    K["• Try anti-depressant or anxiolytic agent<br>• Try herbal medication"]
    L["Refer to specialists"]
    M["Try to discontinue or on demand treatment"]

    A --> B
    B --> C
    C --> D
    D --> E
    D --> H
    E --> F
    F --> G
    G -->|No| K
    G -->|Yes| M
    H --> I
    I --> J
    J -->|No| K
    J -->|Yes| M
    K -->|No response| L
```


```mermaid
flowchart TD
    A["SequenceFileAsBinaryOutput-Format"]
    B["MultipleSequenceFileOutput-Format"]
    C["MultipleTextOutputFormat"]
    D["TextOutputFormat"]
    E["SequenceFileInputFormat< K,V >"]
    F["MapFileInputFormat< K,V >"]
    G["MultipleOutputFormat< K,V >"]
    H["LazyOutputFormt< K,V >"]
    I["FileOutputFormat< K,V >"]
    J["NullOutputFormat< K,V >"]
    K["DBOutputFormat< T >"]
    L["FilterOutputFormat< K,V >"]
    M["OutputFormat< K,V ><br>接口"]

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


```mermaid
flowchart TD
    A["ArrayDeque"]
    B["LinkedList"]
    C["ArrayList"]
    D["«interface»<br>Deque"]
    E["PriorityQueue"]
    F["HashSet"]
    G["TreeSet"]
    H["«interface»<br>Queue"]
    I["«interface»<br>Set"]
    J["«interface»<br>List"]
    K["«interface»<br>Collection"]
    L["«interface»<br>Iterable"]
    M["«interface»<br>Iterator"]

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


Complication in Immunodeficiency hosts
Complications frequently seen in Primary Immunodeficiency

```mermaid
flowchart TD
    A("Severe Infectious Mononucleosis")
    B("Infectious Mononucleosis")
    C("Asymptomatic Infection")
        subgraph ide1 [" "]
        D("Severe Mosquito bite hypersensitivity")
        E("Hydroa Vacciniforme")
        F("Chronic Active EBV")
    end
    G("EBV driven HLH")
    H("Hydroa Vacciniforme-like lymphoma")
    I("B Cell Systemic LPD")
    J("T/NK Cell Systemic LPD")
    subgraph ide2 [" "]
        K("Diffuse large B cell Lymphoma")
        L("Hodgkin Lymphoma")
        M("Smooth Muscle sarcoma")
        N("Gastric carcinoma")
        O("Nasopharyngeal carcinoma")
        P("Extra-nodal T/NK cell lymphoma")
        Q("Burkitt Lymphoma")
    end

    A <==> F
    C ~~~ B
    B <==> A
    F <==> G
    E <==> H
    F <==> I
    F <==> J
    G <==> J
    C === I
    B === I
    C ==> ide2
    B ==> ide2

    style A fill:#d94452,stroke:#333,color:#fff
    style B fill:#fff,stroke:#333
    style C fill:#fff,stroke:#333
    style ide1 fill:none,stroke:none
    style D fill:#fff,stroke:#333
    style G fill:#d94452,stroke:#333,color:#fff
    style E fill:#fff,stroke:#333
    style F fill:#fff,stroke:#333
    style H fill:#fff,stroke:#333
    style I fill:#d94452,stroke:#333,color:#fff
    style J fill:#fff,stroke:#333
    style K fill:#d94452,stroke:#333,color:#fff
    style L fill:#d94452,stroke:#333,color:#fff
    style M fill:#d94452,stroke:#333,color:#fff
    style N fill:#fff,stroke:#333
    style O fill:#fff,stroke:#333
    style P fill:#fff,stroke:#333
    style Q fill:#fff,stroke:#333
```


```mermaid
flowchart TD
    A("Identification")
    B("Screening")
    C("Eligibility")
    D("Included")
    E["Records identified through database searching<br>(n = 96)"]
    F["Additional records identified through other sources<br>(n = 2)"]
    G["Records after duplicates removed<br>(n = 96)"]
    H["Records screened<br>(n = 96)"]
    I["Records excluded<br>(n = 81)"]
    J["Full-text articles assessed for eligibility<br>(n = 15)"]
    K["Full-text articles excluded, with reasons<br>(n = 3)<br>Reviews: 1<br>Insufficient data: 2"]
    L["Studies included in qualitative synthesis<br>(n = 12)"]
    M["Studies included in quantitative synthesis<br>(meta-analysis)<br>(n = 12)"]

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


```mermaid
flowchart TD
    A["EM+AD+infertility"]
    B["Clinical evaluation (PE/USG/MRI) and fertility evaluation"]
    C["AD with OEM"]
    D["DIE with AD"]
    E["OEM or other infertility related surgical indications"]
    F["Surgery: EM excision and fertility evaluation"]
    G["OEM recurrence or DOR"]
    H["GnRHa & expectation"]
    I["GnRHa+IVF"]
    J["DIE resection"]
    K["Diffuse AD"]
    L["Focal AD"]
    M@{shape: text, label: "Yes"}

    A --> B
    B --> C
    C --> E
    C --> G
    G --> I
    D -->|No| F
    D -->|Severe pain symptom Or failed IVF| I
    E --> F
    F --> H
    F --> I
    H -->|Failed| I
    I --> K
    K --> H
    I -->|Repeatedly failed| L
    L -->|Adenomyoma resection| I
    M --> J
    J --> I
    J <--> H
```


```mermaid
flowchart TD
    A["UTERINE EPITHELIOID SMOOTH MUSCLE NEOPLASM"]
    B["Assess for presence of: ≥2+ nuclear atypia$$ ^{a} $$ ≥4 mitoses / 10 HPFs$$ ^{b} $$ Tumor cell necrosis"]
    C["No features"]
    D["Only one feature"]
    E["2 or 3 features"]
    F["Presence of any of: Infiltrative border Atypical mitoses Tumor size ≥5 cm LVSI"]
    G["No"]
    H["Yes"]
    I["Epithelioid leiomyoma"]
    J["Epithelioid STUMP$$ ^{c} $$"]
    K["Epithelioid leiomyosarcoma"]

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


### Production Flow Chart in BMW

```mermaid
flowchart TD
    A["global procurement of<br>parts according to the<br>requirements of chief<br>engineers"]
    B["assembling<br>sample cars"]
    C["testing sample cars in different situations, e.g. in bad weather, on slope, on zigzag road, etc."]
    D["modification"]
    E["building different assembly lines for assembling motors,computer software,whole car, etc.respectively"]
    F["lacquering and appearance treatment"]
    G["quality control"]
    H["delivery"]

    A ==> B
    B ==> C
    C ==>|YES| E
    C ==>|NO| D
    D <==>|YES| E
    E ==> F
    F ==> G
    G ==> H
```


### Renin-angiotensin-aldosterone System

```mermaid
flowchart TD
    A["Angiotensinogen secreted by the liver"]
    B["Renin secreted by kidney"]
    C["Angiotensin Ⅰ"]
    D["Angiotensin-converting enzyme (ACE) from lung tissue"]
    E["Angiotensin Ⅱ: potent vasoconstrictor"]
    F["Adrenal cortex"]
    G["Aldosterone release"]
    H["醛固酮受体拮抗剂"]
    I@{shape: text, label: " "}
    J["Structural remodelling of CV system"]
    K["Sodium and water retention"]

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

    style A fill:#4A90E2,color:#fff,stroke:#333
    style C fill:#4A90E2,color:#fff,stroke:#333
    style E fill:#4A90E2,color:#fff,stroke:#333
    style F fill:#4A90E2,color:#fff,stroke:#333
    style G fill:#4A90E2,color:#fff,stroke:#333
    style B fill:#9B59B6,color:#fff,stroke:#333
    style D fill:#9B59B6,color:#fff,stroke:#333
    style H fill:#F1C40F,color:#000,stroke:#333
    style J fill:#E74C3C,color:#fff,stroke:#333
    style K fill:#2b9fc2,color:#fff,stroke:#333
```


```mermaid
flowchart TD
    A("Choose compute<br>Set up tracing")
    B("Structured input")
    C("Bring API specs and access control setting")
    D("Structured output")
    subgraph ide1 ["La Plateforme"]
        E("Contextual data / memory")
        F("Router")
        G("Search APIs")
        H("Mistral open models")
        I("API calls (affecting state)")
    end

    A --- ide1
    B --> F
    C --- ide1
    E -.-> H
    F --> H
    G -.-> H
    H --> D
    H --> I

    style ide1 stroke-linejoin:round,rx:15,ry:15
```


### Flowchart 1: Pulse-oximetry screening test

```mermaid
flowchart TD
    A["Apparently well newborn in postnatal nursery Pre-discharge pulse-oximetry screening at 4-48 hr"]
    B["Right-hand (preductal) and either foot (postductal) saturations measured until consistent reading obtained"]
    C["Both readings >94% and difference <3%"]
    D["Reading 90-94% or >2% difference"]
    E["Reading <90% or symptomatic"]
    F["Clinical assessment If asymptomatic, repeat test in 1-2 hr"]
    G["Reading 90-94% or >2% difference"]
    H["Clinical assessment If asymptomatic repeat test in 1-2 hr"]
    I["Test negative No further action Routine care"]
    J["Reading <95% or >2% difference"]
    K["Test positive Urgent paediatric assessment"]
    L["Comprehensive evaluation for causes of hypoxaemia (see next section and Flowchart 2) In the absence of non-cardiac findings to explain hypoxaemia, refer for diagnostic echocardiogram"]

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


### 图19-8 Envoy过滤器的架构

```mermaid
flowchart TD
    A["监听过滤器工厂"]
    B["监听过滤器管理器"]
    C["监听器"]
    D["监听过滤器"]
    E["L4网络过滤器工厂"]
    F["L4过滤器管理器"]
    G["L7协议过滤器工厂"]
    H["L7过滤器管理器"]
    I["L4下游连接"]
    J["L4网络过滤器"]
    K["......"]
    L["L7协议过滤器"]
    M["......"]
    N["L4上游连接"]
    O["L4网络过滤器"]

    A -->|createListenerFilterFactoryFromProto| B
    E -->|createFilterFactoryFromProto| F
    G -->|createFilterFactoryFromProto| H
    B -->|addAcceptFilter| D
    C --> D
    D --> I
    F -->|addWriteFilter<br>addFilter<br>addReadFilter| J
    F -->|addWriteFilter<br>addFilter<br>addReadFilter| O
    H -->|addStreamDecoderFilter<br>addStreamEncoderFilter<br>addStreamFilter| L
    I --> J
    J --> K
    K <--> L
    L <--> M
    M --> N
    N --> O
```


```mermaid
flowchart TD
    A["observerState=subject.getState();"]
    B["ConcreteObserver<br>- observerState :<br>+ update ()"]
    C["return subjectState;"]
    D["ConcreteSubject<br>- subjectState :<br>+ getState ()<br>+ setState ()"]
    E["for(obs:observers)<br>{<br>obs.update();<br>}"]
    F["Subject<br>+ attach (Observer obs)<br>+ detach (Observer obs)<br>+ notify ()"]
    G["$$^{○-} \quad$$ Observer $$\qquad$$+ update ()"]

    A -.- B
    B -->|subject| D
    C -.- D
    D --> F
    E -.- F
    F -->|observers| G
    B -.-> G
```


### ALGORITHM FOR THROMBOCYTOPENIA EVALUATION

```mermaid
flowchart TD
    A["Platelet count <150,000/μL"]
    B["Hemoglobin and white blood count"]
    C["Normal"]
    D["Abnormal"]
    E["Peripheral blood smear"]
    F["Bone marrow examination"]
    G["Normal RBC morphology;platelets normal orincreased in size"]
    H["Fragmented red blood cells"]
    I["Platelets clumped: redraw in sodium citrate or heparin"]
    J["Microangiopathichemolytic anemias(e.g., DIC, TTP)"]
    K["Consider:<br>Drug-induced thrombocytopeniaInfection-induced thrombocytopeniaIdiopathic immune thrombocytopeniaCongenital thrombocytopenia"]

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


### Figure 1: PINGS Trial Design Flow Chart

```mermaid
flowchart TD
    A["Enrollment"]
    B["Identification of Patients"]
    C["Eligibility Assessment"]
    D["Study Information provided"]
    E["Exclusion<br>• Not eligible<br>• Not willing to participate"]
    F["Informed Consent obtained"]
    G["Randomization"]
    H["Intervention Group, n=250"]
    I["Baseline measurement (T0)"]
    J["3-month assessment (T1)"]
    K["6-month assessment (T2)"]
    L["9-month assessment (T3)"]
    M["12-month measurement (T4)"]
    N["Allocation"]
    O["Final outcome measures"]
    P["Usual care Group, n=250"]
    Q["Baseline measurement (T0)"]
    R["3-month assessment (T1)"]
    S["6-month assessment (T2)"]
    T["9-month assessment (T3)"]
    U["12-month measurement (T4)"]

    A ~~~ B
    B --> C
    C --> D
    C -.-> E
    D --> F
    F --> G
    G --> H
    G --> P
    H --> I
    I --> J
    J --> K
    K --> L
    L --> M
    G ~~~ N
    N -.->|Follow-up| O
    P --> Q
    Q --> R
    R --> S
    S --> T
    T --> U

    style E stroke-dasharray: 5 5
```