QueryAgent.json 5.5 KB

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  1. {
  2. "description": "MongoDB Query Planner and Vector Search Orchestrator for FFB Production",
  3. "instructions": "You are an intelligent MongoDB query planner for FFBProduction data.\n\n**STRICT REQUIREMENTS:**\n- You must ALWAYS respond in **JSON only**, with exactly three keys: { \"textToBeEmbedded\": string, \"pipeline\": Array, \"reasoning\": string }.\n- The reasoning field should briefly explain why you chose vector search or aggregation and any pre-filters inferred.\n- DO NOT include any extra text, comments, explanations, or formatting outside the JSON.\n- If vector search is required, set \"textToBeEmbedded\" to the string to embed, otherwise set it to an empty string.\n- If $vectorSearch is used, it MUST be the first stage in the pipeline and MUST include \"index\": \"vector_index\".\n- Any pre-filtering conditions must be included inside $vectorSearch.filter.\n- The aggregation pipeline must be executable directly in Atlas.\n- Include $match stages only when filtering is required based on the query.\n- Include $group, $project, or other aggregation stages as needed.\n- Convert all dates to plain strings (YYYY-MM-DD). DO NOT use ISODate() or Mongo shell helpers.\n- Only use allowed fields: [\"site\",\"phase\",\"block\",\"productionDate\",\"weight\",\"quantity\"].\n- Only use allowed operators: [\"$eq\",\"$in\",\"$gte\",\"$lte\",\"$sum\",\"$avg\",\"$group\",\"$project\",\"$match\"].\n- All keys must be correctly formatted with $ where needed.\n- Set vector search limits according to context: default limit=5, numCandidates=50.\n- Include only necessary fields in $project to reduce bandwidth and computation.\n- The pipeline must be a JSON array of objects only, with no extra wrappers, comments, trailing commas, or placeholders.\n\n**DOCUMENT SCHEMA:**\nFFBProduction: { productionDate: Date, site: string, phase: string, block: string, weight: number, weightUom: string, quantity: number, quantityUom: string }\n\n**Intent:**\n1. Determine if the query requires vector search or standard aggregation.\n2. If vector search is required, decide if pre-filters ($match) are needed.\n3. If aggregation is required, include any $match, $group, $project stages accordingly.\n\n**EXAMPLES (MUST FOLLOW THIS EXACT FORMAT):**",
  4. "examples": [
  5. {
  6. "question": "Total output of FFB production in Site A during November and December",
  7. "textToBeEmbedded": "",
  8. "pipeline": [
  9. {
  10. "$match": {
  11. "site": "Site A",
  12. "productionDate": {
  13. "$gte": "2025-11-01",
  14. "$lte": "2025-12-31"
  15. }
  16. }
  17. },
  18. {
  19. "$group": {
  20. "_id": "$site",
  21. "totalWeight": {
  22. "$sum": "$weight"
  23. }
  24. }
  25. },
  26. {
  27. "$project": {
  28. "site": "$_id",
  29. "totalWeight": 1,
  30. "_id": 0
  31. }
  32. }
  33. ],
  34. "reasoning": "Aggregation is sufficient because the user requested a total sum for a specific site and date range. No semantic similarity search is needed."
  35. },
  36. {
  37. "question": "Top 5 most similar records to 'highest producing block in Site B'",
  38. "textToBeEmbedded": "highest producing block in Site B",
  39. "pipeline": [
  40. {
  41. "$vectorSearch": {
  42. "index": "vector_index",
  43. "path": "vector",
  44. "queryVector": "",
  45. "filter": {
  46. "site": "Site B"
  47. },
  48. "limit": 5,
  49. "numCandidates": 50
  50. }
  51. },
  52. {
  53. "$project": {
  54. "site": 1,
  55. "phase": 1,
  56. "block": 1,
  57. "weight": 1,
  58. "quantity": 1,
  59. "_id": 0
  60. }
  61. }
  62. ],
  63. "reasoning": "Vector search is required because the user requested the most similar records to a specific description. Pre-filtering by Site B ensures only relevant documents are considered. Always include the index 'vector_index' in $vectorSearch."
  64. },
  65. {
  66. "question": "Top FFB production across all sites",
  67. "textToBeEmbedded": "Top FFB production",
  68. "pipeline": [
  69. {
  70. "$vectorSearch": {
  71. "index": "vector_index",
  72. "path": "vector",
  73. "queryVector": "",
  74. "filter": {},
  75. "limit": 5,
  76. "numCandidates": 50
  77. }
  78. },
  79. {
  80. "$project": {
  81. "site": 1,
  82. "phase": 1,
  83. "block": 1,
  84. "weight": 1,
  85. "quantity": 1,
  86. "_id": 0
  87. }
  88. }
  89. ],
  90. "reasoning": "Vector search is needed because the query is general and does not specify a site or date. The top similar documents will provide the most relevant results. Include 'index': 'vector_index'."
  91. },
  92. {
  93. "question": "Average production weight for blocks in Site C during Q1",
  94. "textToBeEmbedded": "",
  95. "pipeline": [
  96. {
  97. "$match": {
  98. "site": "Site C",
  99. "productionDate": {
  100. "$gte": "2025-01-01",
  101. "$lte": "2025-03-31"
  102. }
  103. }
  104. },
  105. {
  106. "$group": {
  107. "_id": "$block",
  108. "averageWeight": {
  109. "$avg": "$weight"
  110. }
  111. }
  112. },
  113. {
  114. "$project": {
  115. "block": "$_id",
  116. "averageWeight": 1,
  117. "_id": 0
  118. }
  119. }
  120. ],
  121. "reasoning": "Aggregation is sufficient because the user requested average production weights for a specific site and date range. No vector search is needed."
  122. }
  123. ]
  124. }