Wenodify

Graph types

Concept

Same skeleton, different delivery

All six types share the same Idea Map canvas and node fields: label, body, status, and parent_id hierarchy. What changes is default naming, preview shape, export filename, and the SQL export profile.

Downstream loaders should read graph_type on the document row — do not treat every export as a generic mind map. See export & import.

TypePreviewLabelBody
ideasIdeasDesktop outlineTopic titleNotes, references, or longer copy
conversationConversationPhone dialogSpoken line or scene beatDelivery or stage notes
chatbotChatbotPhone chatbotUser question or promptBot reply after a child option is chosen
quizQuizPhone quizQuestion textChoices, answer key, or feedback
stepsStepsPhone checklistStep titleInstructions or completion detail
explorerExplorerTablet browseTopic or entry nameSummary, media reference, or payload
ideas

Ideas

Concept maps, outlines, and planning trees.

When to use: Use when you are organizing thought — product plans, curriculum outlines, research maps, or any structure where hierarchy matters more than scripted interaction.

Preview: Opens as a desktop outline you can scroll and expand.

Node prefix: Idea

Example structure

Root: "Language curriculum" → children: "Greetings", "Family terms", "Food vocabulary" with notes in each body field.

Authoring tips

  • Keep labels short — bodies hold the detail.
  • Use status draft for branches still being shaped.
  • Collapse large subtrees while you work on one section.

Export mapping: Loader reads label as topic title, body as notes, parent_id as hierarchy.

conversation

Conversation

Scripted dialog and guided scenes.

When to use: Use when you are writing a guided conversation script — root is the opening line, children are the next lines or branches, and body holds how the line should be delivered.

Preview: Opens as a phone dialog transcript with branch choices for the next line.

Node prefix: Line

Example structure

Root label: "Welcome to the lesson." → child label: "Today we practice greetings." → body: "Warm, slow delivery."

Authoring tips

  • Root = opening line or scene title.
  • Child labels = the next spoken lines.
  • Body = optional delivery, tone, or stage direction.
  • Branch when the dialog can go in different directions.

Export mapping: Loader maps label to spoken line, body to delivery notes, parent_id to the previous line in the branch.

chatbot

Chatbot

Interactive chatbots with reply options and bot responses.

When to use: Use when someone should tap reply options and get bot answers — root is the opening question, children are reply options, and each option body holds the bot response.

Preview: Opens as a phone chatbot with back navigation between turns.

Node prefix: Turn

Example structure

Root label: "How do I greet an elder?" → child label: "Formal greeting" → body: "Use the respectful form from lesson 1."

Authoring tips

  • Root = the user's opening question or intent.
  • Child labels = reply options the user taps.
  • Child body = what the bot says after that option.
  • Add depth for follow-up turns — each level is another exchange.

Export mapping: Loader maps root to user question, child labels to options, child bodies to bot responses.

quiz

Quiz

Branching assessments and knowledge checks.

When to use: Use when learners should be tested or reinforced — each branch can lead to the next question or an explanation node.

Preview: Opens as a phone quiz with answer branches.

Node prefix: Question

Example structure

Label: "Which greeting is formal?" → body lists options and marks the correct answer → children branch to the next question or feedback.

Authoring tips

  • Put the question in the label; choices and scoring notes in the body.
  • Branch wrong answers to explanation nodes when helpful.
  • Keep sibling order meaningful if options should appear in a set sequence.

Export mapping: Loader reads label as question, body as choices, feedback, or answer key.

steps

Steps

Procedures, checklists, and lesson paths.

When to use: Use when order matters — onboarding checklists, cooking or craft procedures, lesson sequences. Sibling order on the canvas maps to step order.

Preview: Opens as a step-by-step checklist with previous and next controls.

Node prefix: Step

Example structure

Step 1: "Gather materials" → Step 2: "Prepare the base" → nested sub-steps under Step 2 for detail.

Authoring tips

  • Sibling order on the canvas is step order — arrange before export.
  • Nest substeps as children when a step has internal sequence.
  • Bodies hold instructions someone follows while completing the step.

Export mapping: Loader treats siblings as ordered steps; parent_id defines nested procedures.

explorer

Explorer

Browse-by-topic trees without a fixed script.

When to use: Use when readers should wander a knowledge space — glossaries, cultural topic indexes, or reference libraries where there is no single correct path.

Preview: Opens as a tablet topic browser with drill-down navigation.

Node prefix: Topic

Example structure

Root: "Cultural topics" → "Ceremonies", "Food", "Proverbs" — each with a summary in the body and deeper children.

Authoring tips

  • Optimize for scanability — labels are entry points, bodies are summaries.
  • Depth can mirror taxonomy: category → subtopic → entry.
  • No required path — unlike conversation or steps, explorers are non-linear.

Export mapping: Loader maps label to entry name, body to summary or media reference, children to subtopics.

Choose

Which type should I pick?

  • Organizing thoughtideas
  • Scripting spoken dialog or guided scenesconversation
  • Building interactive chatbots with reply optionschatbot
  • Testing or reinforcing knowledgequiz
  • Teaching a procedure in ordersteps
  • Letting someone browse topics freelyexplorer

Legacy imports may use aliases: generator → ideas. previewType: chatbot maps to chatbot. Studio normalizes these on load.

Wenodify Idea Map with 12 nodes
One tree on the canvas — graph type selects how export and preview interpret each node.
Next steps

Ready to nodify?

Open a studio, try an example workflow, or read product context on About and Changelog.