mermaid_template

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This is a simple template for including mermaidJS graphs into LiaScript.

• See the mermaid docs here...
• See the Github version of this document here...
• See the LiaScript version of this document here...

To use these macros within your document, simply import it into LiaScript via:

Which will be updated and might come with breaking changes:

import: https://raw.githubusercontent.com/liaScript/mermaid_template/master/README.md

or use this specific version and you course will be stable:

import: https://raw.githubusercontent.com/LiaTemplates/mermaid_template/0.1.4/README.md

Overview:

1. Use plain LiaScript-HTML
2. Use the inline Macro to generate graphs @mermaid
3. Use the Block-Macro notation @mermaid
4. Dynamically generate graphs @mermaid_eval

Plain - HTML

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If you are on github, you should see some odd looking code here, in contrast to LiaScript which tries to execute also JavaScript code.

<script style="display: block; background: white" run-once="true" modify="false"> const graphDefinition = `journey title My working day section Go to work Make tea: 5: Me Go upstairs: 3: Me Do work: 1: Me, Cat section Go home Go downstairs: 5: Me Sit down: 5: Me`; async function draw () { const { svg } = await mermaid.render('graphDiv', graphDefinition); send.lia("HTML: "+svg); send.lia("LIA: stop") }; draw() "LIA: wait" </script>

Inline

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To simplify the usage of JavaScript libraries, LiaScript allows to define macros, which allow to inject code during the parsing process. The following macro, generates exactly the same graph as the previous example.

@mermaid(flowchart LR id1(This is the text in the box))

Code-Block

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For more complex examples you can also use the block-code notation, that results in a nicely rendered code on github, but on LiaScript it is converted to a graph.

graph TD
  A-->B
  A-->C
  B-->D
  D-->A

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flowchart TB
    classDef someclass fill:#f96;
    A[Concrete] --> B
    A:::someclass --> C
    C[Language] --> V[Words]
    C --> W[Interaction]
    V --> I[Etymology]
    I --> AD[com lat. = together]
    AD:::someclass --> AK
    I --> AE(cretus lat. = grown)
    AE:::someclass --> AK[grown together]
    AK:::someclass
    
    V --> J[Collocations]
    J --> I
    J --> reinforced:::someclass 
    P --> R[Processes]
    R --> AK
    R --> AP[Inputs & Outputs]
    W --> P[Describing]
    J --> P
    W --> Q[Discussing]
    Q --> AG[Argumentation]
    AG --> AP
    AP --> S[Presentations]
    AP --> AQ[Texts]
    AQ <--> AR[Concept maps]
    S --> AI
    S <--> AR
    
    B[Subject] --> D[Composition]
    D --> N[Aggregate]:::someclass 
    D --> O[Cement]:::someclass 
    B --> E[Production]
    E --> L[Mixing]:::someclass 
    E --> M[Curing]:::someclass 
    B --> F[Structure]
    F --> AA[Homogeneity]:::someclass 
    F --> AB[Porosity]:::someclass 
    B --> G[Properties]
    G --> X[high compressive strength]:::someclass 
    G --> Y[Water resistant]:::someclass 
    B --> H[Applications]
    H --> Z[Dams]:::someclass 
    H --> AC[Furnaces]:::someclass 
    D --> E
    E --> F
    F --> G
    G --> H
    B --> AH
    H --> AH[Impacts]
    AH --> AJ[Economic]:::someclass    
    AH --> AI[Environmental]:::someclass 
    X --> Z
    Y --> Z

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Interactive

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If you want to have an editable version of mermaid graphs, use the following example. Simply double-click on the code to edit it and execute it by clicking on the play-button.

sequenceDiagram
    Alice->>+John: Hello John, how are you?
    Alice->>+John: John, can you hear me?
    John-->>-Alice: Hi Alice, I can hear you!
    John-->>-Alice: I feel great!

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@mermaid_eval