[System] You are an expert in JSON format. Think step-by-step, then generate syntactically perfect JSON.

[User]
Transform this XML data into JSON format:
<?xml version="1.0" encoding="UTF-8"?>
<experiment_result>
<experiment_id>EXP-690622</experiment_id>
<title>Effect of drug on effect</title>
<methodology>
<design>RCT</design>
<sample_size>718</sample_size>
<duration_days>247</duration_days>
</methodology>
<results>
<metric>efficacy</metric>
<baseline>65.65</baseline>
<endpoint>47.19</endpoint>
<p_value>0.4009</p_value>
</results>
<results>
<metric>efficacy</metric>
<baseline>18.88</baseline>
<endpoint>49.79</endpoint>
<p_value>0.0184</p_value>
</results>
<results>
<metric>efficacy</metric>
<baseline>32.37</baseline>
<endpoint>97.44</endpoint>
<p_value>0.3919</p_value>
</results>
<conclusion>non-significant</conclusion>
</experiment_result>

[Assistant]
Approach:
1. Task: Convert experiment result from XML to JSON
2. Complexity: complex - 8-10 fields, 3-4 levels
3. Format rules: proper braces/brackets, quoted keys, correct value types
4. Structure: Organize data logically with appropriate nesting
5. Transform values to match the target format specifications.

Output:
{
  "experiment_id": "EXP-690622",
  "title": "Effect of drug on effect",
  "methodology": {
    "design": "RCT",
    "sample_size": 718,
    "duration_days": 247
  },
  "results": [
    {
      "metric": "efficacy",
      "baseline": 65.65,
      "endpoint": 47.19,
      "p_value": 0.4009
    },
    {
      "metric": "efficacy",
      "baseline": 18.88,
      "endpoint": 49.79,
      "p_value": 0.0184
    },
    {
      "metric": "efficacy",
      "baseline": 32.37,
      "endpoint": 97.44,
      "p_value": 0.3919
    }
  ],
  "conclusion": "non-significant"
}


[System] You are an expert in XML format. Think step-by-step, then generate syntactically perfect XML.

[User] Generate news article data in XML format.

[Assistant]
Approach:
1. Task: Create news article in XML
2. Complexity: simple - 3-5 fields, minimal nesting
3. Format rules: well-formed tags, proper nesting, escaped special chars
4. Structure: Organize data logically with appropriate nesting
5. Populate fields with realistic example data based on the schema.

Output:
<?xml version="1.0" encoding="UTF-8"?>
<news_article>
<author>Jenna Bryant</author>
<tags>most</tags>
<tags>off</tags>
<tags>shoulder</tags>
<headline>Secured composite leverage</headline>
<published>2026-01-04T22:19:16.750289</published>
</news_article>


[System] You are an expert in CSV format. Think step-by-step, then generate syntactically perfect CSV.

[User] Produce a CSV document for a financial report.

[Assistant]
Approach:
1. Task: Create financial report in CSV
2. Complexity: medium - 5-8 fields, 2-3 levels
3. Format rules: header row, comma-separated, quoted fields with commas
4. Structure: Organize data logically with appropriate nesting
5. Populate fields with realistic example data based on the schema.

Output:
company,eps,expenses,metrics_profit_margin,metrics_roe,net_income,quarter,revenue,ticker
Scott-Campbell,6.47,40738667,15.92,8.35,16626814,Q2 2021,15063505,SZQB
Freeman-Johnson,0.55,44024861,8.89,21.09,19860732,Q1 2023,79030538,DCUR
Cook-Sherman,7.98,33981060,8.24,12.92,1437997,Q2 2021,66448717,WTFY


[System] You are an expert in TOML format. Think step-by-step, then generate syntactically perfect TOML.

[User] Output sales analytics as TOML.

[Assistant]
Approach:
1. Task: Create sales analytics in TOML
2. Complexity: complex - 8-10 fields, 3-4 levels
3. Format rules: key=value syntax, [sections], proper types
4. Structure: Organize data logically with appropriate nesting
5. Populate fields with realistic example data based on the schema.

Output:
period = "October 2022"
total_revenue = 4790876
units_sold = 72609
[[channels]]
name = "retail"
revenue = 1112533
growth = 2.85

[[channels]]
name = "wholesale"
revenue = 3150615
growth = -3.34

[[top_products]]
sku = "SKU-7795"
sales = 492045

[[top_products]]
sku = "SKU-5231"
sales = 195976

[[top_products]]
sku = "SKU-5539"
sales = 335045


[System] You are an expert in XML format. Think step-by-step, then generate syntactically perfect XML.

[User] Create a XML representation of social media post.

[Assistant]
Approach:
1. Task: Create social media post in XML
2. Complexity: complex - 8-10 fields, 3-4 levels
3. Format rules: well-formed tags, proper nesting, escaped special chars
4. Structure: Organize data logically with appropriate nesting
5. Populate fields with realistic example data based on the schema.

Output:
<?xml version="1.0" encoding="UTF-8"?>
<social_media_post>
<post_id>POST-25055870</post_id>
<platform>twitter</platform>
<user_id>28837af0-4898-41b2-8a38-faf0e2d7f431</user_id>
<username>khahn</username>
<content>Serve student science today general. Tell risk ball quickly technology.
Drive because generation support gun message majority. Though do old.</content>
<timestamp>2026-01-07T13:51:27.403909</timestamp>
<hashtags>#conference</hashtags>
<hashtags>#body</hashtags>
<engagement>
<likes>9394</likes>
<shares>444</shares>
<comments>203</comments>
</engagement>
</social_media_post>


[System] You are an expert in XML format. Think step-by-step, then generate syntactically perfect XML.

[User] Create a XML representation of lab result.

[Assistant]
Approach:
1. Task: Create lab result in XML
2. Complexity: complex - 8-10 fields, 3-4 levels
3. Format rules: well-formed tags, proper nesting, escaped special chars
4. Structure: Organize data logically with appropriate nesting
5. Populate fields with realistic example data based on the schema.

Output:
<?xml version="1.0" encoding="UTF-8"?>
<lab_result>
<result_id>LAB-3990665</result_id>
<patient_mrn>MRN-508219</patient_mrn>
<order_date>2026-01-04</order_date>
<panel>Lipid</panel>
<results>
<test>Hemoglobin</test>
<value>80.7</value>
<unit>g/dL</unit>
<flag>low</flag>
</results>
<results>
<test>Glucose</test>
<value>90.9</value>
<unit>g/dL</unit>
<flag>normal</flag>
</results>
<results>
<test>Hemoglobin</test>
<value>138.0</value>
<unit>g/dL</unit>
<flag>low</flag>
</results>
<results>
<test>WBC</test>
<value>131.3</value>
<unit>g/dL</unit>
<flag>normal</flag>
</results>
<results>
<test>Glucose</test>
<value>172.4</value>
<unit>g/dL</unit>
<flag>normal</flag>
</results>
<results>
<test>WBC</test>
<value>151.6</value>
<unit>g/dL</unit>
<flag>low</flag>
</results>
<results>
<test>Hemoglobin</test>
<value>188.6</value>
<unit>g/dL</unit>
<flag>high</flag>
</results>
</lab_result>


[System] You are an expert in XML format. Think step-by-step, then generate syntactically perfect XML.

[User] Generate clinical note data in XML format.

[Assistant]
Approach:
1. Task: Create clinical note in XML
2. Complexity: complex - 8-10 fields, 3-4 levels
3. Format rules: well-formed tags, proper nesting, escaped special chars
4. Structure: Organize data logically with appropriate nesting
5. Populate fields with realistic example data based on the schema.

Output:
<?xml version="1.0" encoding="UTF-8"?>
<clinical_note>
<note_id>CN-4441974</note_id>
<patient>
<mrn>MRN-925906</mrn>
<age>60</age>
<gender>F</gender>
</patient>
<encounter_date>2026-01-02</encounter_date>
<chief_complaint>headache</chief_complaint>
<vitals>
<bp>154/95</bp>

108

<temp_f>97.8</temp_f>
</vitals>
<assessment>
<problem>diabetes</problem>
<icd10>J60</icd10>
</assessment>
<assessment>
<problem>hypertension</problem>
<icd10>I21</icd10>
</assessment>
<assessment>
<problem>diabetes</problem>
<icd10>K16</icd10>
</assessment>
</clinical_note>