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Qualitative Researcher MCP Server

by tejpalvirk

buildcontext

Construct and enhance qualitative research knowledge graphs by adding entities, relationships, and observations. Organize research elements like projects, participants, codes, and themes, and document analytical insights systematically.

Instructions

A versatile tool for constructing and enhancing the qualitative research knowledge graph by adding new research elements, relationships, and observations.

When to use this tool:

  • Creating new research entities (projects, participants, interviews, observations, codes, themes, memos, etc.)
  • Establishing relationships between research elements (e.g., connecting participants to projects, codes to data segments)
  • Adding observations, notes, or content to existing research entities
  • Building the research corpus incrementally as data collection and analysis progress
  • Organizing and structuring qualitative data within your research framework
  • Documenting emerging themes, codes, and analytical insights during research
  • Creating research questions and linking them to findings
  • Building code hierarchies and thematic frameworks
  • Setting status values for research activities and entities
  • Assigning priorities to research tasks and activities
  • Defining sequential relationships between research processes

Key features:

  • Creates three distinct types of knowledge graph elements: entities, relations, and observations
  • Supports specialized qualitative research entity types (projects, participants, interviews, observations, documents, codes, etc.)
  • Validates entity and relation types against predefined standards for the qualitative research domain
  • Handles batch creation of multiple entities or relations in a single operation
  • Returns confirmation with details of created elements
  • Ensures proper data typing and structure for the qualitative research knowledge graph
  • Enables comprehensive documentation of the research process
  • Supports status and priority assignment through entity-relation model
  • Enables sequential relationships through precedes relation

Parameters explained:

  1. type: The type of creation operation to perform
  • Accepts: "entities", "relations", or "observations"
  • Determines how the data parameter is interpreted
  1. data: The content to add to the knowledge graph (structure varies by type):
  • For "entities": An array of objects, each containing:
    • name: Unique identifier for the entity
    • entityType: One of the valid entity types (project, participant, interview, observation, document, code, codeGroup, memo, theme, quote, literature, researchQuestion, finding, status, priority)
    • observations: Array of strings containing notes or properties about the entity
  • For "relations": An array of objects, each containing:
    • from: Name of the source entity
    • to: Name of the target entity
    • relationType: The type of relationship between entities (e.g., "participated_in", "codes", "has_status", "has_priority")
  • For "observations": Either a single object or an array of objects, each containing:
    • entityName: Name of the entity to add observations to
    • contents: Array of strings with new observations to add

Valid entity types:

  • project: Overall research study
  • participant: Research subjects
  • interview: Formal conversation with participants
  • observation: Field notes from observational research
  • document: External materials being analyzed
  • code: Labels applied to data segments
  • codeGroup: Categories or families of related codes
  • memo: Researcher's analytical notes
  • theme: Emergent patterns across data
  • quote: Notable excerpts from data sources
  • literature: Academic sources
  • researchQuestion: Formal questions guiding the study
  • finding: Results or conclusions
  • status: Entity status values
  • priority: Entity priority values

Valid relation types:

  • participated_in: Links participants to interviews/observations
  • codes: Shows which codes apply to which data
  • contains: Hierarchical relationship
  • supports: Data supporting a theme or finding
  • contradicts: Data contradicting a theme or finding
  • answers: Data addressing a research question
  • cites: References to literature
  • followed_by: Temporal sequence
  • related_to: General connection
  • reflects_on: Memo reflecting on data/code/theme
  • compares: Comparative relationship
  • has_status: Links entity to its status
  • has_priority: Links entity to its priority
  • precedes: Entity comes before another entity in sequence

Status information:

  • Valid status values include: planning, data_collection, analysis, writing, complete, scheduled, conducted, transcribed, coded, analyzed, emerging, developing, established, preliminary, draft, final, active, in_progress
  • Status is assigned through the has_status relation type

Priority information:

  • Valid priority values: high, low
  • Priority is assigned through the has_priority relation type

Return information:

  • JSON response indicating success or failure
  • For successful operations:
    • Success flag set to true
    • Details of created elements in the "created" field (for entities/relations) or "added" field (for observations)
  • For failed operations:
    • Success flag set to false
    • Error message describing the issue

Error handling:

  • Validates entity types against the predefined list for qualitative research
  • Validates relation types against acceptable standards
  • Returns descriptive error messages for invalid inputs
  • Gracefully handles type mismatches and formatting errors

You should:

  • Use consistent naming conventions for entities to facilitate relationships and retrieval
  • Begin by creating projects and participants before more specific research elements
  • Add detailed observations to entities to enhance context and retrievability
  • Create relationships to build a comprehensive network of interconnected research data
  • Use has_status relations to track the progress of research activities
  • Use has_priority relations to indicate important research elements
  • Use the precedes relation to establish sequences in research processes
  • Use observations to document the evolution of codes, themes, and analytical thinking
  • Regularly update entity observations as your understanding evolves
  • Build hierarchical structures using relations (e.g., codes within code groups, themes connecting multiple codes)
  • Document the full research journey by adding memos tied to specific analytical moments
  • Link quotes to codes, themes, and findings to maintain evidential chains

Input Schema

NameRequiredDescriptionDefault
dataYesData for the creation operation, structure varies by type but must be an array
typeYesType of creation operation: 'entities', 'relations', or 'observations'

Input Schema (JSON Schema)

{ "$schema": "http://json-schema.org/draft-07/schema#", "additionalProperties": false, "properties": { "data": { "description": "Data for the creation operation, structure varies by type but must be an array", "type": "array" }, "type": { "description": "Type of creation operation: 'entities', 'relations', or 'observations'", "enum": [ "entities", "relations", "observations" ], "type": "string" } }, "required": [ "type", "data" ], "type": "object" }
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