The full dataset viewer is not available (click to read why). Only showing a preview of the rows.
The dataset generation failed
Error code: DatasetGenerationError
Exception: TypeError
Message: Couldn't cast array of type
struct<code_type: string, language: string, lines: int64, production_ready: bool, from_language: string, to_language: string, word: string, style: string, subject: string, lighting: string, prompt: string, has_image: bool, type: string, topic: string, depth: string, context: string, conversational: bool, pattern: string, design_pattern: bool, mood: string, camera: string, branch: string, formula: string, name: string, fact: string, answer: string, field: string, concept: string, value: string, event: string, years: string, country: string, capital: string, paradigm: string, typing: string, algorithm: string, complexity: string, term: string>
to
{'style': Value('string'), 'subject': Value('string'), 'mood': Value('string'), 'lighting': Value('string'), 'camera': Value('string'), 'prompt': Value('string'), 'type': Value('string'), 'branch': Value('string'), 'formula': Value('string'), 'name': Value('string'), 'field': Value('string'), 'concept': Value('string'), 'value': Value('string'), 'language': Value('string'), 'paradigm': Value('string'), 'typing': Value('string'), 'algorithm': Value('string'), 'complexity': Value('string'), 'topic': Value('string'), 'country': Value('string'), 'capital': Value('string'), 'event': Value('string'), 'years': Value('string'), 'term': Value('string'), 'fact': Value('string'), 'answer': Value('string')}
Traceback: Traceback (most recent call last):
File "/usr/local/lib/python3.12/site-packages/datasets/builder.py", line 1831, in _prepare_split_single
writer.write_table(table)
File "/usr/local/lib/python3.12/site-packages/datasets/arrow_writer.py", line 714, in write_table
pa_table = table_cast(pa_table, self._schema)
^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^
File "/usr/local/lib/python3.12/site-packages/datasets/table.py", line 2272, in table_cast
return cast_table_to_schema(table, schema)
^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^
File "/usr/local/lib/python3.12/site-packages/datasets/table.py", line 2224, in cast_table_to_schema
cast_array_to_feature(
File "/usr/local/lib/python3.12/site-packages/datasets/table.py", line 1795, in wrapper
return pa.chunked_array([func(chunk, *args, **kwargs) for chunk in array.chunks])
^^^^^^^^^^^^^^^^^^^^^^^^^^^^
File "/usr/local/lib/python3.12/site-packages/datasets/table.py", line 2092, in cast_array_to_feature
raise TypeError(f"Couldn't cast array of type\n{_short_str(array.type)}\nto\n{_short_str(feature)}")
TypeError: Couldn't cast array of type
struct<code_type: string, language: string, lines: int64, production_ready: bool, from_language: string, to_language: string, word: string, style: string, subject: string, lighting: string, prompt: string, has_image: bool, type: string, topic: string, depth: string, context: string, conversational: bool, pattern: string, design_pattern: bool, mood: string, camera: string, branch: string, formula: string, name: string, fact: string, answer: string, field: string, concept: string, value: string, event: string, years: string, country: string, capital: string, paradigm: string, typing: string, algorithm: string, complexity: string, term: string>
to
{'style': Value('string'), 'subject': Value('string'), 'mood': Value('string'), 'lighting': Value('string'), 'camera': Value('string'), 'prompt': Value('string'), 'type': Value('string'), 'branch': Value('string'), 'formula': Value('string'), 'name': Value('string'), 'field': Value('string'), 'concept': Value('string'), 'value': Value('string'), 'language': Value('string'), 'paradigm': Value('string'), 'typing': Value('string'), 'algorithm': Value('string'), 'complexity': Value('string'), 'topic': Value('string'), 'country': Value('string'), 'capital': Value('string'), 'event': Value('string'), 'years': Value('string'), 'term': Value('string'), 'fact': Value('string'), 'answer': Value('string')}
The above exception was the direct cause of the following exception:
Traceback (most recent call last):
File "/src/services/worker/src/worker/job_runners/config/parquet_and_info.py", line 1339, in compute_config_parquet_and_info_response
parquet_operations = convert_to_parquet(builder)
^^^^^^^^^^^^^^^^^^^^^^^^^^^
File "/src/services/worker/src/worker/job_runners/config/parquet_and_info.py", line 972, in convert_to_parquet
builder.download_and_prepare(
File "/usr/local/lib/python3.12/site-packages/datasets/builder.py", line 894, in download_and_prepare
self._download_and_prepare(
File "/usr/local/lib/python3.12/site-packages/datasets/builder.py", line 970, in _download_and_prepare
self._prepare_split(split_generator, **prepare_split_kwargs)
File "/usr/local/lib/python3.12/site-packages/datasets/builder.py", line 1702, in _prepare_split
for job_id, done, content in self._prepare_split_single(
^^^^^^^^^^^^^^^^^^^^^^^^^^^
File "/usr/local/lib/python3.12/site-packages/datasets/builder.py", line 1858, in _prepare_split_single
raise DatasetGenerationError("An error occurred while generating the dataset") from e
datasets.exceptions.DatasetGenerationError: An error occurred while generating the datasetNeed help to make the dataset viewer work? Make sure to review how to configure the dataset viewer, and open a discussion for direct support.
id
string | category
string | subcategory
string | instruction
string | response
string | metadata
dict |
|---|---|---|---|---|---|
bvju48dcb4q
|
math
|
calculus
|
What is the Product Rule and how is it used?
|
The Product Rule is expressed as: d/dx[f·g] = f'g + fg'
Derivative of a product of functions.
This is commonly used in calculus for solving problems involving mathematical calculations.
|
{
"branch": "calculus",
"formula": "d/dx[f·g] = f'g + fg'",
"name": "Product Rule",
"type": null,
"language": null,
"paradigm": null,
"typing": null,
"algorithm": null,
"complexity": null,
"field": null,
"concept": null,
"value": null,
"topic": null,
"event": null,
"years": null,
"country": null,
"capital": null,
"style": null,
"subject": null,
"mood": null,
"lighting": null,
"camera": null,
"prompt": null,
"term": null,
"fact": null,
"answer": null
}
|
soru8u4ss6
|
question_answering
|
general
|
What should I do with my life?
|
Finding your path involves self-exploration:
**Reflect on:**
- What activities make you lose track of time?
- What would you do if money wasn't a concern?
- What problems do you want to solve?
- What are your natural strengths?
**Take action:**
1. Try many things - you can't know without experiencing
2. Talk to people in different fields
3. Don't wait for the "perfect" answer
4. It's okay to change direction
There's no single right answer. Life is about exploration, growth, and finding what resonates with YOU.
|
{
"branch": null,
"formula": null,
"name": null,
"type": "deep_question",
"language": null,
"paradigm": null,
"typing": null,
"algorithm": null,
"complexity": null,
"field": null,
"concept": null,
"value": null,
"topic": null,
"event": null,
"years": null,
"country": null,
"capital": null,
"style": null,
"subject": null,
"mood": null,
"lighting": null,
"camera": null,
"prompt": null,
"term": null,
"fact": null,
"answer": null
}
|
lzff3f2yyjg
|
coding
|
ruby
|
Create a class in Ruby that implement a fifo data structure.
|
Here's how to create a class in Ruby:
To create a class for Queue:
1. First, understand the problem requirements
2. Design your solution approach
3. Implement the core logic
4. Test with various inputs
5. Optimize if needed
Key considerations for Ruby:
- Use Ruby's built-in features when possible
- Follow Ruby naming conventions
- Handle edge cases (empty input, single element, etc.)
- Consider time and space complexity
Best practices:
- Write clean, readable code
- Add appropriate comments
- Handle edge cases
- Test your implementation
|
{
"branch": null,
"formula": null,
"name": null,
"type": null,
"language": "Ruby",
"paradigm": "object-oriented",
"typing": "dynamic",
"algorithm": "Queue",
"complexity": "O(1)",
"field": null,
"concept": null,
"value": null,
"topic": null,
"event": null,
"years": null,
"country": null,
"capital": null,
"style": null,
"subject": null,
"mood": null,
"lighting": null,
"camera": null,
"prompt": null,
"term": null,
"fact": null,
"answer": null
}
|
yt8j5z026ok
|
coding
|
go
|
Write a Go function to implement Queue. The function should implement a fifo data structure.
|
Here's how to implement Queue in Go:
The algorithm has a time complexity of O(1) and implement a fifo data structure.
Key steps:
1. Initialize necessary variables
2. Process each element according to the algorithm logic
3. Return the result
This is a fundamental algorithm used in many applications.
|
{
"branch": null,
"formula": null,
"name": null,
"type": null,
"language": "Go",
"paradigm": "concurrent",
"typing": "static",
"algorithm": "Queue",
"complexity": "O(1)",
"field": null,
"concept": null,
"value": null,
"topic": null,
"event": null,
"years": null,
"country": null,
"capital": null,
"style": null,
"subject": null,
"mood": null,
"lighting": null,
"camera": null,
"prompt": null,
"term": null,
"fact": null,
"answer": null
}
|
pv4eb1r07k
|
reasoning
|
logic
|
If A is greater than B, and B is greater than C, what is the relationship between A and C?
|
A is greater than C.
**Reasoning (Transitive Property):**
- A > B (given)
- B > C (given)
- Therefore: A > B > C
- Conclusion: A > C
This is the transitive property of inequality: if A > B and B > C, then A > C. This property is fundamental in mathematics and logic.
|
{
"branch": null,
"formula": null,
"name": null,
"type": "logic_problem",
"language": null,
"paradigm": null,
"typing": null,
"algorithm": null,
"complexity": null,
"field": null,
"concept": null,
"value": null,
"topic": null,
"event": null,
"years": null,
"country": null,
"capital": null,
"style": null,
"subject": null,
"mood": null,
"lighting": null,
"camera": null,
"prompt": null,
"term": null,
"fact": null,
"answer": null
}
|
3z3i6c7tp7o
|
coding
|
php
|
Add error handling in PHP that implement a binary tree with traversal.
|
Here's how to add error handling in PHP:
To add error handling for Binary Tree:
1. First, understand the problem requirements
2. Design your solution approach
3. Implement the core logic
4. Test with various inputs
5. Optimize if needed
Key considerations for PHP:
- Use PHP's built-in features when possible
- Follow PHP naming conventions
- Handle edge cases (empty input, single element, etc.)
- Consider time and space complexity
Best practices:
- Write clean, readable code
- Add appropriate comments
- Handle edge cases
- Test your implementation
|
{
"branch": null,
"formula": null,
"name": null,
"type": null,
"language": "PHP",
"paradigm": "multi-paradigm",
"typing": "dynamic",
"algorithm": "Binary Tree",
"complexity": "O(log n)",
"field": null,
"concept": null,
"value": null,
"topic": null,
"event": null,
"years": null,
"country": null,
"capital": null,
"style": null,
"subject": null,
"mood": null,
"lighting": null,
"camera": null,
"prompt": null,
"term": null,
"fact": null,
"answer": null
}
|
iusrsdpr7h
|
science
|
astronomy
|
How does Solar System work?
|
Solar System (8 planets): Our planetary system consisting of the Sun and objects gravitationally bound to it.
This is a fundamental concept in astronomy that helps us understand celestial objects and phenomena beyond Earth's atmosphere.
|
{
"branch": null,
"formula": null,
"name": null,
"type": null,
"language": null,
"paradigm": null,
"typing": null,
"algorithm": null,
"complexity": null,
"field": "astronomy",
"concept": "Solar System",
"value": "8 planets",
"topic": null,
"event": null,
"years": null,
"country": null,
"capital": null,
"style": null,
"subject": null,
"mood": null,
"lighting": null,
"camera": null,
"prompt": null,
"term": null,
"fact": null,
"answer": null
}
|
q7hed20ckhj
|
general_knowledge
|
history
|
Tell me about Fall of the Berlin Wall
|
**Fall of the Berlin Wall** (1989)
The barrier separating East and West Berlin was opened, symbolizing the end of the Cold War.
This event was significant because it shaped modern history and had lasting impacts on society, politics, and culture. It is studied extensively in history courses and remains relevant to understanding our world today.
|
{
"branch": null,
"formula": null,
"name": null,
"type": null,
"language": null,
"paradigm": null,
"typing": null,
"algorithm": null,
"complexity": null,
"field": null,
"concept": null,
"value": null,
"topic": "history",
"event": "Fall of the Berlin Wall",
"years": "1989",
"country": null,
"capital": null,
"style": null,
"subject": null,
"mood": null,
"lighting": null,
"camera": null,
"prompt": null,
"term": null,
"fact": null,
"answer": null
}
|
01kot97a69es
|
advice
|
productivity
|
Give me advice on productivity
|
Here are some effective tips for improving your productivity:
1. **Use time-blocking to schedule specific activities**
2. **Break large tasks into smaller, manageable chunks**
3. **Review and plan your next day the evening before**
4. **Start your day with the most challenging task (eat the frog)**
5. **Eliminate distractions by using website blockers and turning off notifications**
**Key takeaway:** Consistency is key. Start with one or two changes and gradually incorporate more. Small, sustainable improvements compound over time for significant results.
|
{
"branch": null,
"formula": null,
"name": null,
"type": null,
"language": null,
"paradigm": null,
"typing": null,
"algorithm": null,
"complexity": null,
"field": null,
"concept": null,
"value": null,
"topic": "productivity",
"event": null,
"years": null,
"country": null,
"capital": null,
"style": null,
"subject": null,
"mood": null,
"lighting": null,
"camera": null,
"prompt": null,
"term": null,
"fact": null,
"answer": null
}
|
28fxoibubsx
|
general_knowledge
|
countries
|
Tell me about Brazil
|
**Brazil**
- **Capital:** Brasília
- **Language(s):** Portuguese
- **Currency:** Real
- **Continent:** South America
Brazil is a diverse nation with rich cultural heritage and history. The country has unique traditions, cuisine, and landmarks that attract visitors from around the world.
|
{
"branch": null,
"formula": null,
"name": null,
"type": null,
"language": null,
"paradigm": null,
"typing": null,
"algorithm": null,
"complexity": null,
"field": null,
"concept": null,
"value": null,
"topic": "countries",
"event": null,
"years": null,
"country": "Brazil",
"capital": "Brasília",
"style": null,
"subject": null,
"mood": null,
"lighting": null,
"camera": null,
"prompt": null,
"term": null,
"fact": null,
"answer": null
}
|
u45b7n5fjkd
|
reasoning
|
logic
|
If A is greater than B, and B is greater than C, what is the relationship between A and C?
|
A is greater than C.
**Reasoning (Transitive Property):**
- A > B (given)
- B > C (given)
- Therefore: A > B > C
- Conclusion: A > C
This is the transitive property of inequality: if A > B and B > C, then A > C. This property is fundamental in mathematics and logic.
|
{
"branch": null,
"formula": null,
"name": null,
"type": "logic_problem",
"language": null,
"paradigm": null,
"typing": null,
"algorithm": null,
"complexity": null,
"field": null,
"concept": null,
"value": null,
"topic": null,
"event": null,
"years": null,
"country": null,
"capital": null,
"style": null,
"subject": null,
"mood": null,
"lighting": null,
"camera": null,
"prompt": null,
"term": null,
"fact": null,
"answer": null
}
|
ub79poza05
|
reasoning
|
logic
|
If it rains, the ground gets wet. The ground is wet. Did it rain?
|
Not necessarily. This is a logical fallacy called "affirming the consequent."
**Analysis:**
- Premise: If rain → wet ground
- Observation: Wet ground
- Conclusion: Rain? **Not guaranteed**
The ground could be wet for other reasons: sprinklers, spilled water, dew, flooding, etc. We can only conclude that IF it rained, the ground WOULD be wet, but wetness alone doesn't prove rain.
|
{
"branch": null,
"formula": null,
"name": null,
"type": "logic_problem",
"language": null,
"paradigm": null,
"typing": null,
"algorithm": null,
"complexity": null,
"field": null,
"concept": null,
"value": null,
"topic": null,
"event": null,
"years": null,
"country": null,
"capital": null,
"style": null,
"subject": null,
"mood": null,
"lighting": null,
"camera": null,
"prompt": null,
"term": null,
"fact": null,
"answer": null
}
|
djipibylw5
|
reasoning
|
logic
|
If A is greater than B, and B is greater than C, what is the relationship between A and C?
|
A is greater than C.
**Reasoning (Transitive Property):**
- A > B (given)
- B > C (given)
- Therefore: A > B > C
- Conclusion: A > C
This is the transitive property of inequality: if A > B and B > C, then A > C. This property is fundamental in mathematics and logic.
|
{
"branch": null,
"formula": null,
"name": null,
"type": "logic_problem",
"language": null,
"paradigm": null,
"typing": null,
"algorithm": null,
"complexity": null,
"field": null,
"concept": null,
"value": null,
"topic": null,
"event": null,
"years": null,
"country": null,
"capital": null,
"style": null,
"subject": null,
"mood": null,
"lighting": null,
"camera": null,
"prompt": null,
"term": null,
"fact": null,
"answer": null
}
|
buhgi0tu275
|
conversation
|
general
|
Goodbye!
|
See you later! It was nice chatting with you. Feel free to come back anytime you need help!
|
{
"branch": null,
"formula": null,
"name": null,
"type": "dialogue",
"language": null,
"paradigm": null,
"typing": null,
"algorithm": null,
"complexity": null,
"field": null,
"concept": null,
"value": null,
"topic": null,
"event": null,
"years": null,
"country": null,
"capital": null,
"style": null,
"subject": null,
"mood": null,
"lighting": null,
"camera": null,
"prompt": null,
"term": null,
"fact": null,
"answer": null
}
|
fttw783gu9
|
image_generation
|
pop art
|
Design a landscape artwork
|
Here's a detailed image generation prompt for your request:
**Prompt:**
"pop art landscape, nostalgic atmosphere, bioluminescent lighting, close-up shot, award-winning, masterpiece, 4K"
**Breakdown:**
- **Style:** pop art
- **Subject:** landscape
- **Mood:** nostalgic
- **Lighting:** bioluminescent
- **Camera angle:** close-up
- **Quality modifiers:** award-winning, masterpiece, 4K
**Tips for best results:**
1. Add specific details about colors, textures, or environment
2. Include artist references if you want a particular aesthetic
3. Specify aspect ratio if needed (e.g., 16:9, 1:1, 4:3)
4. Use negative prompts to exclude unwanted elements
**Enhanced prompt variation:**
"pop art landscape, nostalgic atmosphere, bioluminescent lighting, close-up shot, award-winning, masterpiece, 4K, intricate details, professional composition, vivid colors, stunning artwork"
|
{
"branch": null,
"formula": null,
"name": null,
"type": null,
"language": null,
"paradigm": null,
"typing": null,
"algorithm": null,
"complexity": null,
"field": null,
"concept": null,
"value": null,
"topic": null,
"event": null,
"years": null,
"country": null,
"capital": null,
"style": "pop art",
"subject": "landscape",
"mood": "nostalgic",
"lighting": "bioluminescent",
"camera": "close-up",
"prompt": "pop art landscape, nostalgic atmosphere, bioluminescent lighting, close-up shot, award-winning, masterpiece, 4K",
"term": null,
"fact": null,
"answer": null
}
|
gvnqi1a85c8
|
reasoning
|
logic
|
If you have 3 apples and take away 2, how many do you have?
|
You have **2 apples**.
**Explanation:**
This is a trick question! The question asks how many apples *you* have.
- You started by taking 3 apples
- You then took away 2 more
- YOU now have: the 2 apples you took away = 2 apples
The remaining 1 apple is somewhere else, but it's not what you "have." This question tests careful reading and interpretation!
|
{
"branch": null,
"formula": null,
"name": null,
"type": "logic_problem",
"language": null,
"paradigm": null,
"typing": null,
"algorithm": null,
"complexity": null,
"field": null,
"concept": null,
"value": null,
"topic": null,
"event": null,
"years": null,
"country": null,
"capital": null,
"style": null,
"subject": null,
"mood": null,
"lighting": null,
"camera": null,
"prompt": null,
"term": null,
"fact": null,
"answer": null
}
|
g0st68102zh
|
image_generation
|
impressionist
|
Create an image of a fantasy creature
|
Here's a detailed image generation prompt for your request:
**Prompt:**
"impressionist fantasy creature, melancholic atmosphere, volumetric lighting, close-up shot, professional, unreal engine, award-winning"
**Breakdown:**
- **Style:** impressionist
- **Subject:** fantasy creature
- **Mood:** melancholic
- **Lighting:** volumetric
- **Camera angle:** close-up
- **Quality modifiers:** professional, unreal engine, award-winning
**Tips for best results:**
1. Add specific details about colors, textures, or environment
2. Include artist references if you want a particular aesthetic
3. Specify aspect ratio if needed (e.g., 16:9, 1:1, 4:3)
4. Use negative prompts to exclude unwanted elements
**Enhanced prompt variation:**
"impressionist fantasy creature, melancholic atmosphere, volumetric lighting, close-up shot, professional, unreal engine, award-winning, intricate details, professional composition, vivid colors, stunning artwork"
|
{
"branch": null,
"formula": null,
"name": null,
"type": null,
"language": null,
"paradigm": null,
"typing": null,
"algorithm": null,
"complexity": null,
"field": null,
"concept": null,
"value": null,
"topic": null,
"event": null,
"years": null,
"country": null,
"capital": null,
"style": "impressionist",
"subject": "fantasy creature",
"mood": "melancholic",
"lighting": "volumetric",
"camera": "close-up",
"prompt": "impressionist fantasy creature, melancholic atmosphere, volumetric lighting, close-up shot, professional, unreal engine, award-winning",
"term": null,
"fact": null,
"answer": null
}
|
rrnjwdi59mi
|
explanation
|
technical
|
What is Recursion?
|
**Recursion**
Recursion is a programming technique where a function calls itself to solve a problem by breaking it into smaller, similar subproblems. Each recursive call works on a smaller piece until reaching a base case.
**Simple analogy:** Like Russian nesting dolls - to see all dolls, you open one to find another, repeat until you reach the smallest one.
Understanding Recursion is valuable because it's a fundamental concept in modern technology and software development.
|
{
"branch": null,
"formula": null,
"name": null,
"type": null,
"language": null,
"paradigm": null,
"typing": null,
"algorithm": null,
"complexity": null,
"field": null,
"concept": null,
"value": null,
"topic": null,
"event": null,
"years": null,
"country": null,
"capital": null,
"style": null,
"subject": null,
"mood": null,
"lighting": null,
"camera": null,
"prompt": null,
"term": "Recursion",
"fact": null,
"answer": null
}
|
u3zgadbt3q8
|
coding
|
swift
|
Add error handling in Swift that depth-first search traversal.
|
Here's how to add error handling in Swift:
To add error handling for Graph DFS:
1. First, understand the problem requirements
2. Design your solution approach
3. Implement the core logic
4. Test with various inputs
5. Optimize if needed
Key considerations for Swift:
- Use Swift's built-in features when possible
- Follow Swift naming conventions
- Handle edge cases (empty input, single element, etc.)
- Consider time and space complexity
Best practices:
- Write clean, readable code
- Add appropriate comments
- Handle edge cases
- Test your implementation
|
{
"branch": null,
"formula": null,
"name": null,
"type": null,
"language": "Swift",
"paradigm": "multi-paradigm",
"typing": "static",
"algorithm": "Graph DFS",
"complexity": "O(V+E)",
"field": null,
"concept": null,
"value": null,
"topic": null,
"event": null,
"years": null,
"country": null,
"capital": null,
"style": null,
"subject": null,
"mood": null,
"lighting": null,
"camera": null,
"prompt": null,
"term": null,
"fact": null,
"answer": null
}
|
j441mk4kxth
|
coding
|
typescript
|
Optimize this code in TypeScript that implement a binary tree with traversal.
|
Here's how to optimize this code in TypeScript:
To optimize this code for Binary Tree:
1. First, understand the problem requirements
2. Design your solution approach
3. Implement the core logic
4. Test with various inputs
5. Optimize if needed
Key considerations for TypeScript:
- Use TypeScript's built-in features when possible
- Follow TypeScript naming conventions
- Handle edge cases (empty input, single element, etc.)
- Consider time and space complexity
Best practices:
- Write clean, readable code
- Add appropriate comments
- Handle edge cases
- Test your implementation
|
{
"branch": null,
"formula": null,
"name": null,
"type": null,
"language": "TypeScript",
"paradigm": "multi-paradigm",
"typing": "static",
"algorithm": "Binary Tree",
"complexity": "O(log n)",
"field": null,
"concept": null,
"value": null,
"topic": null,
"event": null,
"years": null,
"country": null,
"capital": null,
"style": null,
"subject": null,
"mood": null,
"lighting": null,
"camera": null,
"prompt": null,
"term": null,
"fact": null,
"answer": null
}
|
h2eijp7hrg
|
image_generation
|
photorealistic
|
Create an image of a still life
|
Here's a detailed image generation prompt for your request:
**Prompt:**
"photorealistic still life, energetic atmosphere, backlit lighting, drone shot shot, highly detailed, trending on artstation, octane render"
**Breakdown:**
- **Style:** photorealistic
- **Subject:** still life
- **Mood:** energetic
- **Lighting:** backlit
- **Camera angle:** drone shot
- **Quality modifiers:** highly detailed, trending on artstation, octane render
**Tips for best results:**
1. Add specific details about colors, textures, or environment
2. Include artist references if you want a particular aesthetic
3. Specify aspect ratio if needed (e.g., 16:9, 1:1, 4:3)
4. Use negative prompts to exclude unwanted elements
**Enhanced prompt variation:**
"photorealistic still life, energetic atmosphere, backlit lighting, drone shot shot, highly detailed, trending on artstation, octane render, intricate details, professional composition, vivid colors, stunning artwork"
|
{
"branch": null,
"formula": null,
"name": null,
"type": null,
"language": null,
"paradigm": null,
"typing": null,
"algorithm": null,
"complexity": null,
"field": null,
"concept": null,
"value": null,
"topic": null,
"event": null,
"years": null,
"country": null,
"capital": null,
"style": "photorealistic",
"subject": "still life",
"mood": "energetic",
"lighting": "backlit",
"camera": "drone shot",
"prompt": "photorealistic still life, energetic atmosphere, backlit lighting, drone shot shot, highly detailed, trending on artstation, octane render",
"term": null,
"fact": null,
"answer": null
}
|
7d4z1qwfg6n
|
coding
|
kotlin
|
Write a Kotlin function to implement Factorial. The function should calculate n factorial.
|
Here's how to implement Factorial in Kotlin:
The algorithm has a time complexity of O(n) and calculate n factorial.
Key steps:
1. Initialize necessary variables
2. Process each element according to the algorithm logic
3. Return the result
This is a fundamental algorithm used in many applications.
|
{
"branch": null,
"formula": null,
"name": null,
"type": null,
"language": "Kotlin",
"paradigm": "multi-paradigm",
"typing": "static",
"algorithm": "Factorial",
"complexity": "O(n)",
"field": null,
"concept": null,
"value": null,
"topic": null,
"event": null,
"years": null,
"country": null,
"capital": null,
"style": null,
"subject": null,
"mood": null,
"lighting": null,
"camera": null,
"prompt": null,
"term": null,
"fact": null,
"answer": null
}
|
3z8w4eqxp6y
|
science
|
chemistry
|
What do you know about Periodic Table?
|
Periodic Table (118 elements): A tabular arrangement of chemical elements organized by atomic number and chemical properties.
This is a fundamental concept in chemistry that helps us understand the composition, structure, and properties of matter.
|
{
"branch": null,
"formula": null,
"name": null,
"type": null,
"language": null,
"paradigm": null,
"typing": null,
"algorithm": null,
"complexity": null,
"field": "chemistry",
"concept": "Periodic Table",
"value": "118 elements",
"topic": null,
"event": null,
"years": null,
"country": null,
"capital": null,
"style": null,
"subject": null,
"mood": null,
"lighting": null,
"camera": null,
"prompt": null,
"term": null,
"fact": null,
"answer": null
}
|
boausrgst0f
|
coding
|
swift
|
Optimize this code in Swift that breadth-first search traversal.
|
Here's how to optimize this code in Swift:
To optimize this code for Graph BFS:
1. First, understand the problem requirements
2. Design your solution approach
3. Implement the core logic
4. Test with various inputs
5. Optimize if needed
Key considerations for Swift:
- Use Swift's built-in features when possible
- Follow Swift naming conventions
- Handle edge cases (empty input, single element, etc.)
- Consider time and space complexity
Best practices:
- Write clean, readable code
- Add appropriate comments
- Handle edge cases
- Test your implementation
|
{
"branch": null,
"formula": null,
"name": null,
"type": null,
"language": "Swift",
"paradigm": "multi-paradigm",
"typing": "static",
"algorithm": "Graph BFS",
"complexity": "O(V+E)",
"field": null,
"concept": null,
"value": null,
"topic": null,
"event": null,
"years": null,
"country": null,
"capital": null,
"style": null,
"subject": null,
"mood": null,
"lighting": null,
"camera": null,
"prompt": null,
"term": null,
"fact": null,
"answer": null
}
|
k7c3sr19nc
|
reasoning
|
logic
|
All mammals are warm-blooded. Whales are mammals. Are whales warm-blooded?
|
Yes, whales are warm-blooded.
**Logical structure (valid syllogism):**
1. All mammals are warm-blooded (Major premise)
2. Whales are mammals (Minor premise)
3. Therefore, whales are warm-blooded (Conclusion)
This is a valid deductive argument. Since whales belong to the category of mammals, they must have all properties of mammals, including being warm-blooded.
|
{
"branch": null,
"formula": null,
"name": null,
"type": "logic_problem",
"language": null,
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"typing": null,
"algorithm": null,
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"field": null,
"concept": null,
"value": null,
"topic": null,
"event": null,
"years": null,
"country": null,
"capital": null,
"style": null,
"subject": null,
"mood": null,
"lighting": null,
"camera": null,
"prompt": null,
"term": null,
"fact": null,
"answer": null
}
|
373pe0prwbn
|
instructions
|
creative
|
List 5 benefits of reading
|
1. **Expands vocabulary and knowledge**
2. **Improves focus and concentration**
3. **Reduces stress and promotes relaxation**
4. **Enhances critical thinking skills**
5. **Stimulates imagination and creativity**
|
{
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"formula": null,
"name": null,
"type": "instruction_following",
"language": null,
"paradigm": null,
"typing": null,
"algorithm": null,
"complexity": null,
"field": null,
"concept": null,
"value": null,
"topic": null,
"event": null,
"years": null,
"country": null,
"capital": null,
"style": null,
"subject": null,
"mood": null,
"lighting": null,
"camera": null,
"prompt": null,
"term": null,
"fact": null,
"answer": null
}
|
g9jgur4xnnr
|
math
|
algebra
|
Show me the formula for Midpoint Formula.
|
Midpoint Formula:
M = ((x₁+x₂)/2, (y₁+y₂)/2)
Where:
- Variables as shown in the formula
Finds the midpoint between two points.
|
{
"branch": "algebra",
"formula": "M = ((x₁+x₂)/2, (y₁+y₂)/2)",
"name": "Midpoint Formula",
"type": null,
"language": null,
"paradigm": null,
"typing": null,
"algorithm": null,
"complexity": null,
"field": null,
"concept": null,
"value": null,
"topic": null,
"event": null,
"years": null,
"country": null,
"capital": null,
"style": null,
"subject": null,
"mood": null,
"lighting": null,
"camera": null,
"prompt": null,
"term": null,
"fact": null,
"answer": null
}
|
62rb6mi9m6s
|
science
|
astronomy
|
Tell me about Supernova.
|
Supernova (Stellar explosion): A powerful explosion occurring at the end of a massive star's life.
This is a fundamental concept in astronomy that helps us understand celestial objects and phenomena beyond Earth's atmosphere.
|
{
"branch": null,
"formula": null,
"name": null,
"type": null,
"language": null,
"paradigm": null,
"typing": null,
"algorithm": null,
"complexity": null,
"field": "astronomy",
"concept": "Supernova",
"value": "Stellar explosion",
"topic": null,
"event": null,
"years": null,
"country": null,
"capital": null,
"style": null,
"subject": null,
"mood": null,
"lighting": null,
"camera": null,
"prompt": null,
"term": null,
"fact": null,
"answer": null
}
|
0b9bralsmv8d
|
image_generation
|
fantasy art
|
Make me a picture of a portrait
|
Here's a detailed image generation prompt for your request:
**Prompt:**
"fantasy art portrait, energetic atmosphere, blue hour lighting, wide angle shot, 4K, award-winning, ultra detailed"
**Breakdown:**
- **Style:** fantasy art
- **Subject:** portrait
- **Mood:** energetic
- **Lighting:** blue hour
- **Camera angle:** wide angle
- **Quality modifiers:** 4K, award-winning, ultra detailed
**Tips for best results:**
1. Add specific details about colors, textures, or environment
2. Include artist references if you want a particular aesthetic
3. Specify aspect ratio if needed (e.g., 16:9, 1:1, 4:3)
4. Use negative prompts to exclude unwanted elements
**Enhanced prompt variation:**
"fantasy art portrait, energetic atmosphere, blue hour lighting, wide angle shot, 4K, award-winning, ultra detailed, intricate details, professional composition, vivid colors, stunning artwork"
|
{
"branch": null,
"formula": null,
"name": null,
"type": null,
"language": null,
"paradigm": null,
"typing": null,
"algorithm": null,
"complexity": null,
"field": null,
"concept": null,
"value": null,
"topic": null,
"event": null,
"years": null,
"country": null,
"capital": null,
"style": "fantasy art",
"subject": "portrait",
"mood": "energetic",
"lighting": "blue hour",
"camera": "wide angle",
"prompt": "fantasy art portrait, energetic atmosphere, blue hour lighting, wide angle shot, 4K, award-winning, ultra detailed",
"term": null,
"fact": null,
"answer": null
}
|
wi4ria9ezen
|
conversation
|
general
|
I appreciate it!
|
You're very welcome! I'm always happy to help. Feel free to ask if you have more questions!
|
{
"branch": null,
"formula": null,
"name": null,
"type": "dialogue",
"language": null,
"paradigm": null,
"typing": null,
"algorithm": null,
"complexity": null,
"field": null,
"concept": null,
"value": null,
"topic": null,
"event": null,
"years": null,
"country": null,
"capital": null,
"style": null,
"subject": null,
"mood": null,
"lighting": null,
"camera": null,
"prompt": null,
"term": null,
"fact": null,
"answer": null
}
|
220fw0t13mk
|
explanation
|
technical
|
Help me understand DNS
|
**DNS**
The Domain Name System (DNS) translates human-readable domain names (like google.com) into IP addresses (like 142.250.80.14) that computers use to identify each other on the network.
**Simple analogy:** DNS is like a phone book for the internet - you look up a name and get the number to connect.
Understanding DNS is valuable because it's a fundamental concept in modern technology and software development.
|
{
"branch": null,
"formula": null,
"name": null,
"type": null,
"language": null,
"paradigm": null,
"typing": null,
"algorithm": null,
"complexity": null,
"field": null,
"concept": null,
"value": null,
"topic": null,
"event": null,
"years": null,
"country": null,
"capital": null,
"style": null,
"subject": null,
"mood": null,
"lighting": null,
"camera": null,
"prompt": null,
"term": "DNS",
"fact": null,
"answer": null
}
|
1vtittwi9bl
|
conversation
|
general
|
I appreciate it!
|
You're very welcome! I'm always happy to help. Feel free to ask if you have more questions!
|
{
"branch": null,
"formula": null,
"name": null,
"type": "dialogue",
"language": null,
"paradigm": null,
"typing": null,
"algorithm": null,
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"field": null,
"concept": null,
"value": null,
"topic": null,
"event": null,
"years": null,
"country": null,
"capital": null,
"style": null,
"subject": null,
"mood": null,
"lighting": null,
"camera": null,
"prompt": null,
"term": null,
"fact": null,
"answer": null
}
|
kinn92ihv9
|
explanation
|
technical
|
ELI5: DNS
|
**DNS**
The Domain Name System (DNS) translates human-readable domain names (like google.com) into IP addresses (like 142.250.80.14) that computers use to identify each other on the network.
**Simple analogy:** DNS is like a phone book for the internet - you look up a name and get the number to connect.
Understanding DNS is valuable because it's a fundamental concept in modern technology and software development.
|
{
"branch": null,
"formula": null,
"name": null,
"type": null,
"language": null,
"paradigm": null,
"typing": null,
"algorithm": null,
"complexity": null,
"field": null,
"concept": null,
"value": null,
"topic": null,
"event": null,
"years": null,
"country": null,
"capital": null,
"style": null,
"subject": null,
"mood": null,
"lighting": null,
"camera": null,
"prompt": null,
"term": "DNS",
"fact": null,
"answer": null
}
|
p6di30iz5g
|
science
|
physics
|
How does E=mc² work?
|
E=mc² (Energy-mass equivalence): Einstein's famous equation showing that mass and energy are interchangeable.
This is a fundamental concept in physics that helps us understand how the universe works at both large and small scales.
|
{
"branch": null,
"formula": null,
"name": null,
"type": null,
"language": null,
"paradigm": null,
"typing": null,
"algorithm": null,
"complexity": null,
"field": "physics",
"concept": "E=mc²",
"value": "Energy-mass equivalence",
"topic": null,
"event": null,
"years": null,
"country": null,
"capital": null,
"style": null,
"subject": null,
"mood": null,
"lighting": null,
"camera": null,
"prompt": null,
"term": null,
"fact": null,
"answer": null
}
|
34tbouumwdi
|
image_generation
|
oil painting
|
I want a melancholic fantasy creature image
|
Here's a detailed image generation prompt for your request:
**Prompt:**
"oil painting fantasy creature, melancholic atmosphere, neon lighting, telephoto shot, award-winning, ultra detailed, 8K"
**Breakdown:**
- **Style:** oil painting
- **Subject:** fantasy creature
- **Mood:** melancholic
- **Lighting:** neon
- **Camera angle:** telephoto
- **Quality modifiers:** award-winning, ultra detailed, 8K
**Tips for best results:**
1. Add specific details about colors, textures, or environment
2. Include artist references if you want a particular aesthetic
3. Specify aspect ratio if needed (e.g., 16:9, 1:1, 4:3)
4. Use negative prompts to exclude unwanted elements
**Enhanced prompt variation:**
"oil painting fantasy creature, melancholic atmosphere, neon lighting, telephoto shot, award-winning, ultra detailed, 8K, intricate details, professional composition, vivid colors, stunning artwork"
|
{
"branch": null,
"formula": null,
"name": null,
"type": null,
"language": null,
"paradigm": null,
"typing": null,
"algorithm": null,
"complexity": null,
"field": null,
"concept": null,
"value": null,
"topic": null,
"event": null,
"years": null,
"country": null,
"capital": null,
"style": "oil painting",
"subject": "fantasy creature",
"mood": "melancholic",
"lighting": "neon",
"camera": "telephoto",
"prompt": "oil painting fantasy creature, melancholic atmosphere, neon lighting, telephoto shot, award-winning, ultra detailed, 8K",
"term": null,
"fact": null,
"answer": null
}
|
s1zlcrq37ie
|
explanation
|
technical
|
Can you describe Object-Oriented Programming?
|
**Object-Oriented Programming**
OOP is a programming paradigm based on "objects" that contain data (attributes) and code (methods). Objects are instances of classes, which are blueprints defining their structure and behavior.
**Simple analogy:** A class is like a cookie cutter (template), and objects are the actual cookies (instances) made from it.
Understanding Object-Oriented Programming is valuable because it's a fundamental concept in modern technology and software development.
|
{
"branch": null,
"formula": null,
"name": null,
"type": null,
"language": null,
"paradigm": null,
"typing": null,
"algorithm": null,
"complexity": null,
"field": null,
"concept": null,
"value": null,
"topic": null,
"event": null,
"years": null,
"country": null,
"capital": null,
"style": null,
"subject": null,
"mood": null,
"lighting": null,
"camera": null,
"prompt": null,
"term": "Object-Oriented Programming",
"fact": null,
"answer": null
}
|
pkohfrqu73
|
coding
|
javascript
|
Optimize this code in JavaScript that reverse the characters in a string.
|
Here's how to optimize this code in JavaScript:
To optimize this code for Reverse String:
1. First, understand the problem requirements
2. Design your solution approach
3. Implement the core logic
4. Test with various inputs
5. Optimize if needed
Key considerations for JavaScript:
- Use JavaScript's built-in features when possible
- Follow JavaScript naming conventions
- Handle edge cases (empty input, single element, etc.)
- Consider time and space complexity
Best practices:
- Write clean, readable code
- Add appropriate comments
- Handle edge cases
- Test your implementation
|
{
"branch": null,
"formula": null,
"name": null,
"type": null,
"language": "JavaScript",
"paradigm": "multi-paradigm",
"typing": "dynamic",
"algorithm": "Reverse String",
"complexity": "O(n)",
"field": null,
"concept": null,
"value": null,
"topic": null,
"event": null,
"years": null,
"country": null,
"capital": null,
"style": null,
"subject": null,
"mood": null,
"lighting": null,
"camera": null,
"prompt": null,
"term": null,
"fact": null,
"answer": null
}
|
roqwo8wlch
|
math
|
calculus
|
What is the Product Rule and how is it used?
|
The Product Rule is expressed as: d/dx[f·g] = f'g + fg'
Derivative of a product of functions.
This is commonly used in calculus for solving problems involving mathematical calculations.
|
{
"branch": "calculus",
"formula": "d/dx[f·g] = f'g + fg'",
"name": "Product Rule",
"type": null,
"language": null,
"paradigm": null,
"typing": null,
"algorithm": null,
"complexity": null,
"field": null,
"concept": null,
"value": null,
"topic": null,
"event": null,
"years": null,
"country": null,
"capital": null,
"style": null,
"subject": null,
"mood": null,
"lighting": null,
"camera": null,
"prompt": null,
"term": null,
"fact": null,
"answer": null
}
|
3k39j0616xe
|
question_answering
|
general
|
What is the meaning of life?
|
This is one of philosophy's greatest questions. Different perspectives include:
- **Philosophical**: Creating meaning through choices (existentialism)
- **Religious**: Serving a higher purpose or divine plan
- **Scientific**: No inherent meaning; we're products of evolution
- **Practical**: Finding happiness, love, and fulfillment
Many find meaning through relationships, creativity, helping others, or pursuing knowledge. The "answer" is personal - it's about what gives YOUR life purpose and fulfillment.
|
{
"branch": null,
"formula": null,
"name": null,
"type": "deep_question",
"language": null,
"paradigm": null,
"typing": null,
"algorithm": null,
"complexity": null,
"field": null,
"concept": null,
"value": null,
"topic": null,
"event": null,
"years": null,
"country": null,
"capital": null,
"style": null,
"subject": null,
"mood": null,
"lighting": null,
"camera": null,
"prompt": null,
"term": null,
"fact": null,
"answer": null
}
|
lcwihvieg2
|
coding
|
python
|
Optimize this code in Python that implement a binary tree with traversal.
|
Here's how to optimize this code in Python:
To optimize this code for Binary Tree:
1. First, understand the problem requirements
2. Design your solution approach
3. Implement the core logic
4. Test with various inputs
5. Optimize if needed
Key considerations for Python:
- Use Python's built-in features when possible
- Follow Python naming conventions
- Handle edge cases (empty input, single element, etc.)
- Consider time and space complexity
Best practices:
- Write clean, readable code
- Add appropriate comments
- Handle edge cases
- Test your implementation
|
{
"branch": null,
"formula": null,
"name": null,
"type": null,
"language": "Python",
"paradigm": "multi-paradigm",
"typing": "dynamic",
"algorithm": "Binary Tree",
"complexity": "O(log n)",
"field": null,
"concept": null,
"value": null,
"topic": null,
"event": null,
"years": null,
"country": null,
"capital": null,
"style": null,
"subject": null,
"mood": null,
"lighting": null,
"camera": null,
"prompt": null,
"term": null,
"fact": null,
"answer": null
}
|
ykh1zsc0gfl
|
image_generation
|
3D render
|
Design a still life artwork
|
Here's a detailed image generation prompt for your request:
**Prompt:**
"3D render still life, whimsical atmosphere, volumetric lighting, telephoto shot, masterpiece, trending on artstation, unreal engine"
**Breakdown:**
- **Style:** 3D render
- **Subject:** still life
- **Mood:** whimsical
- **Lighting:** volumetric
- **Camera angle:** telephoto
- **Quality modifiers:** masterpiece, trending on artstation, unreal engine
**Tips for best results:**
1. Add specific details about colors, textures, or environment
2. Include artist references if you want a particular aesthetic
3. Specify aspect ratio if needed (e.g., 16:9, 1:1, 4:3)
4. Use negative prompts to exclude unwanted elements
**Enhanced prompt variation:**
"3D render still life, whimsical atmosphere, volumetric lighting, telephoto shot, masterpiece, trending on artstation, unreal engine, intricate details, professional composition, vivid colors, stunning artwork"
|
{
"branch": null,
"formula": null,
"name": null,
"type": null,
"language": null,
"paradigm": null,
"typing": null,
"algorithm": null,
"complexity": null,
"field": null,
"concept": null,
"value": null,
"topic": null,
"event": null,
"years": null,
"country": null,
"capital": null,
"style": "3D render",
"subject": "still life",
"mood": "whimsical",
"lighting": "volumetric",
"camera": "telephoto",
"prompt": "3D render still life, whimsical atmosphere, volumetric lighting, telephoto shot, masterpiece, trending on artstation, unreal engine",
"term": null,
"fact": null,
"answer": null
}
|
0idsx4urbpde
|
explanation
|
technical
|
How does Object-Oriented Programming work?
|
**Object-Oriented Programming**
OOP is a programming paradigm based on "objects" that contain data (attributes) and code (methods). Objects are instances of classes, which are blueprints defining their structure and behavior.
**Simple analogy:** A class is like a cookie cutter (template), and objects are the actual cookies (instances) made from it.
Understanding Object-Oriented Programming is valuable because it's a fundamental concept in modern technology and software development.
|
{
"branch": null,
"formula": null,
"name": null,
"type": null,
"language": null,
"paradigm": null,
"typing": null,
"algorithm": null,
"complexity": null,
"field": null,
"concept": null,
"value": null,
"topic": null,
"event": null,
"years": null,
"country": null,
"capital": null,
"style": null,
"subject": null,
"mood": null,
"lighting": null,
"camera": null,
"prompt": null,
"term": "Object-Oriented Programming",
"fact": null,
"answer": null
}
|
kt3m85djjv
|
coding
|
java
|
Debug this code in Java that efficient divide-and-conquer sorting algorithm.
|
Here's how to debug this code in Java:
To debug this code for Quick Sort:
1. First, understand the problem requirements
2. Design your solution approach
3. Implement the core logic
4. Test with various inputs
5. Optimize if needed
Key considerations for Java:
- Use Java's built-in features when possible
- Follow Java naming conventions
- Handle edge cases (empty input, single element, etc.)
- Consider time and space complexity
Best practices:
- Write clean, readable code
- Add appropriate comments
- Handle edge cases
- Test your implementation
|
{
"branch": null,
"formula": null,
"name": null,
"type": null,
"language": "Java",
"paradigm": "object-oriented",
"typing": "static",
"algorithm": "Quick Sort",
"complexity": "O(n log n)",
"field": null,
"concept": null,
"value": null,
"topic": null,
"event": null,
"years": null,
"country": null,
"capital": null,
"style": null,
"subject": null,
"mood": null,
"lighting": null,
"camera": null,
"prompt": null,
"term": null,
"fact": null,
"answer": null
}
|
vmms6wwrh8
|
math
|
trigonometry
|
Show me the formula for Tangent.
|
Tangent:
tan(θ) = opposite/adjacent
Where:
- Variables as shown in the formula
Ratio in a right triangle.
|
{
"branch": "trigonometry",
"formula": "tan(θ) = opposite/adjacent",
"name": "Tangent",
"type": null,
"language": null,
"paradigm": null,
"typing": null,
"algorithm": null,
"complexity": null,
"field": null,
"concept": null,
"value": null,
"topic": null,
"event": null,
"years": null,
"country": null,
"capital": null,
"style": null,
"subject": null,
"mood": null,
"lighting": null,
"camera": null,
"prompt": null,
"term": null,
"fact": null,
"answer": null
}
|
m8r8bp0wvd
|
coding
|
kotlin
|
Convert this code in Kotlin that simple sorting algorithm that repeatedly swaps adjacent elements.
|
Here's how to convert this code in Kotlin:
To convert this code for Bubble Sort:
1. First, understand the problem requirements
2. Design your solution approach
3. Implement the core logic
4. Test with various inputs
5. Optimize if needed
Key considerations for Kotlin:
- Use Kotlin's built-in features when possible
- Follow Kotlin naming conventions
- Handle edge cases (empty input, single element, etc.)
- Consider time and space complexity
Best practices:
- Write clean, readable code
- Add appropriate comments
- Handle edge cases
- Test your implementation
|
{
"branch": null,
"formula": null,
"name": null,
"type": null,
"language": "Kotlin",
"paradigm": "multi-paradigm",
"typing": "static",
"algorithm": "Bubble Sort",
"complexity": "O(n²)",
"field": null,
"concept": null,
"value": null,
"topic": null,
"event": null,
"years": null,
"country": null,
"capital": null,
"style": null,
"subject": null,
"mood": null,
"lighting": null,
"camera": null,
"prompt": null,
"term": null,
"fact": null,
"answer": null
}
|
cuik0wbhf2r
|
conversation
|
general
|
I appreciate it!
|
You're very welcome! I'm always happy to help. Is there anything else you'd like to know?
|
{
"branch": null,
"formula": null,
"name": null,
"type": "dialogue",
"language": null,
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"typing": null,
"algorithm": null,
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"field": null,
"concept": null,
"value": null,
"topic": null,
"event": null,
"years": null,
"country": null,
"capital": null,
"style": null,
"subject": null,
"mood": null,
"lighting": null,
"camera": null,
"prompt": null,
"term": null,
"fact": null,
"answer": null
}
|
fok5hmjlocd
|
explanation
|
technical
|
How does Git work?
|
**Git**
Git is a distributed version control system that tracks changes in source code during software development. It allows multiple developers to work together, maintains history of all changes, and enables reverting to previous versions.
**Simple analogy:** Like "Track Changes" in Word documents, but much more powerful and for entire projects.
Understanding Git is valuable because it's a fundamental concept in modern technology and software development.
|
{
"branch": null,
"formula": null,
"name": null,
"type": null,
"language": null,
"paradigm": null,
"typing": null,
"algorithm": null,
"complexity": null,
"field": null,
"concept": null,
"value": null,
"topic": null,
"event": null,
"years": null,
"country": null,
"capital": null,
"style": null,
"subject": null,
"mood": null,
"lighting": null,
"camera": null,
"prompt": null,
"term": "Git",
"fact": null,
"answer": null
}
|
sz4tp4fpkjr
|
explanation
|
technical
|
ELI5: Git
|
**Git**
Git is a distributed version control system that tracks changes in source code during software development. It allows multiple developers to work together, maintains history of all changes, and enables reverting to previous versions.
**Simple analogy:** Like "Track Changes" in Word documents, but much more powerful and for entire projects.
Understanding Git is valuable because it's a fundamental concept in modern technology and software development.
|
{
"branch": null,
"formula": null,
"name": null,
"type": null,
"language": null,
"paradigm": null,
"typing": null,
"algorithm": null,
"complexity": null,
"field": null,
"concept": null,
"value": null,
"topic": null,
"event": null,
"years": null,
"country": null,
"capital": null,
"style": null,
"subject": null,
"mood": null,
"lighting": null,
"camera": null,
"prompt": null,
"term": "Git",
"fact": null,
"answer": null
}
|
2wtz58fd0j
|
general_knowledge
|
countries
|
Give me facts about France
|
**France**
- **Capital:** Paris
- **Language(s):** French
- **Currency:** Euro
- **Continent:** Europe
France is a diverse nation with rich cultural heritage and history. The country has unique traditions, cuisine, and landmarks that attract visitors from around the world.
|
{
"branch": null,
"formula": null,
"name": null,
"type": null,
"language": null,
"paradigm": null,
"typing": null,
"algorithm": null,
"complexity": null,
"field": null,
"concept": null,
"value": null,
"topic": "countries",
"event": null,
"years": null,
"country": "France",
"capital": "Paris",
"style": null,
"subject": null,
"mood": null,
"lighting": null,
"camera": null,
"prompt": null,
"term": null,
"fact": null,
"answer": null
}
|
78t14kj01hc
|
explanation
|
technical
|
How does Git work?
|
**Git**
Git is a distributed version control system that tracks changes in source code during software development. It allows multiple developers to work together, maintains history of all changes, and enables reverting to previous versions.
**Simple analogy:** Like "Track Changes" in Word documents, but much more powerful and for entire projects.
Understanding Git is valuable because it's a fundamental concept in modern technology and software development.
|
{
"branch": null,
"formula": null,
"name": null,
"type": null,
"language": null,
"paradigm": null,
"typing": null,
"algorithm": null,
"complexity": null,
"field": null,
"concept": null,
"value": null,
"topic": null,
"event": null,
"years": null,
"country": null,
"capital": null,
"style": null,
"subject": null,
"mood": null,
"lighting": null,
"camera": null,
"prompt": null,
"term": "Git",
"fact": null,
"answer": null
}
|
v79vpkmwugm
|
science
|
biology
|
Tell me about Cell Division.
|
Cell Division (Mitosis & Meiosis): Processes by which cells replicate - mitosis for growth, meiosis for reproduction.
This is a fundamental concept in biology that helps us understand living organisms and their vital processes.
|
{
"branch": null,
"formula": null,
"name": null,
"type": null,
"language": null,
"paradigm": null,
"typing": null,
"algorithm": null,
"complexity": null,
"field": "biology",
"concept": "Cell Division",
"value": "Mitosis & Meiosis",
"topic": null,
"event": null,
"years": null,
"country": null,
"capital": null,
"style": null,
"subject": null,
"mood": null,
"lighting": null,
"camera": null,
"prompt": null,
"term": null,
"fact": null,
"answer": null
}
|
wig28imgv3g
|
image_generation
|
surrealist
|
Make me a picture of a food
|
Here's a detailed image generation prompt for your request:
**Prompt:**
"surrealist food, dark atmosphere, soft diffused lighting, panoramic shot, 8K, ultra detailed, award-winning"
**Breakdown:**
- **Style:** surrealist
- **Subject:** food
- **Mood:** dark
- **Lighting:** soft diffused
- **Camera angle:** panoramic
- **Quality modifiers:** 8K, ultra detailed, award-winning
**Tips for best results:**
1. Add specific details about colors, textures, or environment
2. Include artist references if you want a particular aesthetic
3. Specify aspect ratio if needed (e.g., 16:9, 1:1, 4:3)
4. Use negative prompts to exclude unwanted elements
**Enhanced prompt variation:**
"surrealist food, dark atmosphere, soft diffused lighting, panoramic shot, 8K, ultra detailed, award-winning, intricate details, professional composition, vivid colors, stunning artwork"
|
{
"branch": null,
"formula": null,
"name": null,
"type": null,
"language": null,
"paradigm": null,
"typing": null,
"algorithm": null,
"complexity": null,
"field": null,
"concept": null,
"value": null,
"topic": null,
"event": null,
"years": null,
"country": null,
"capital": null,
"style": "surrealist",
"subject": "food",
"mood": "dark",
"lighting": "soft diffused",
"camera": "panoramic",
"prompt": "surrealist food, dark atmosphere, soft diffused lighting, panoramic shot, 8K, ultra detailed, award-winning",
"term": null,
"fact": null,
"answer": null
}
|
4zwb9jy2xs5
|
math
|
trigonometry
|
Explain how to use Cosine to solve problems.
|
To use the Cosine (cos(θ) = adjacent/hypotenuse):
1. Identify the known values
2. Substitute into the formula
3. Solve for the unknown
Ratio in a right triangle.
Example: Apply the formula to specific values to solve the problem.
|
{
"branch": "trigonometry",
"formula": "cos(θ) = adjacent/hypotenuse",
"name": "Cosine",
"type": null,
"language": null,
"paradigm": null,
"typing": null,
"algorithm": null,
"complexity": null,
"field": null,
"concept": null,
"value": null,
"topic": null,
"event": null,
"years": null,
"country": null,
"capital": null,
"style": null,
"subject": null,
"mood": null,
"lighting": null,
"camera": null,
"prompt": null,
"term": null,
"fact": null,
"answer": null
}
|
jakbe83d6em
|
science
|
astronomy
|
How does Milky Way work?
|
Milky Way (100-400 billion stars): The galaxy containing our Solar System.
This is a fundamental concept in astronomy that helps us understand celestial objects and phenomena beyond Earth's atmosphere.
|
{
"branch": null,
"formula": null,
"name": null,
"type": null,
"language": null,
"paradigm": null,
"typing": null,
"algorithm": null,
"complexity": null,
"field": "astronomy",
"concept": "Milky Way",
"value": "100-400 billion stars",
"topic": null,
"event": null,
"years": null,
"country": null,
"capital": null,
"style": null,
"subject": null,
"mood": null,
"lighting": null,
"camera": null,
"prompt": null,
"term": null,
"fact": null,
"answer": null
}
|
vt64j6fkgp
|
coding
|
php
|
Optimize this code in PHP that reverse the characters in a string.
|
Here's how to optimize this code in PHP:
To optimize this code for Reverse String:
1. First, understand the problem requirements
2. Design your solution approach
3. Implement the core logic
4. Test with various inputs
5. Optimize if needed
Key considerations for PHP:
- Use PHP's built-in features when possible
- Follow PHP naming conventions
- Handle edge cases (empty input, single element, etc.)
- Consider time and space complexity
Best practices:
- Write clean, readable code
- Add appropriate comments
- Handle edge cases
- Test your implementation
|
{
"branch": null,
"formula": null,
"name": null,
"type": null,
"language": "PHP",
"paradigm": "multi-paradigm",
"typing": "dynamic",
"algorithm": "Reverse String",
"complexity": "O(n)",
"field": null,
"concept": null,
"value": null,
"topic": null,
"event": null,
"years": null,
"country": null,
"capital": null,
"style": null,
"subject": null,
"mood": null,
"lighting": null,
"camera": null,
"prompt": null,
"term": null,
"fact": null,
"answer": null
}
|
hoihbeowzn6
|
general_knowledge
|
history
|
What do you know about World War II?
|
**World War II** (1939-1945)
Global conflict involving most world nations, resulting in an estimated 70-85 million deaths.
This event was significant because it shaped modern history and had lasting impacts on society, politics, and culture. It is studied extensively in history courses and remains relevant to understanding our world today.
|
{
"branch": null,
"formula": null,
"name": null,
"type": null,
"language": null,
"paradigm": null,
"typing": null,
"algorithm": null,
"complexity": null,
"field": null,
"concept": null,
"value": null,
"topic": "history",
"event": "World War II",
"years": "1939-1945",
"country": null,
"capital": null,
"style": null,
"subject": null,
"mood": null,
"lighting": null,
"camera": null,
"prompt": null,
"term": null,
"fact": null,
"answer": null
}
|
x9w6r4o32dr
|
explanation
|
technical
|
ELI5: Object-Oriented Programming
|
**Object-Oriented Programming**
OOP is a programming paradigm based on "objects" that contain data (attributes) and code (methods). Objects are instances of classes, which are blueprints defining their structure and behavior.
**Simple analogy:** A class is like a cookie cutter (template), and objects are the actual cookies (instances) made from it.
Understanding Object-Oriented Programming is valuable because it's a fundamental concept in modern technology and software development.
|
{
"branch": null,
"formula": null,
"name": null,
"type": null,
"language": null,
"paradigm": null,
"typing": null,
"algorithm": null,
"complexity": null,
"field": null,
"concept": null,
"value": null,
"topic": null,
"event": null,
"years": null,
"country": null,
"capital": null,
"style": null,
"subject": null,
"mood": null,
"lighting": null,
"camera": null,
"prompt": null,
"term": "Object-Oriented Programming",
"fact": null,
"answer": null
}
|
iqyw08et0m
|
math
|
calculus
|
What is the Integral (Power Rule) and how is it used?
|
The Integral (Power Rule) is expressed as: ∫xⁿdx = xⁿ⁺¹/(n+1) + C
Basic rule for integrating powers of x.
This is commonly used in calculus for solving problems involving calculating areas under curves.
|
{
"branch": "calculus",
"formula": "∫xⁿdx = xⁿ⁺¹/(n+1) + C",
"name": "Integral (Power Rule)",
"type": null,
"language": null,
"paradigm": null,
"typing": null,
"algorithm": null,
"complexity": null,
"field": null,
"concept": null,
"value": null,
"topic": null,
"event": null,
"years": null,
"country": null,
"capital": null,
"style": null,
"subject": null,
"mood": null,
"lighting": null,
"camera": null,
"prompt": null,
"term": null,
"fact": null,
"answer": null
}
|
749xigpnyiu
|
general_knowledge
|
countries
|
Tell me about Egypt
|
**Egypt**
- **Capital:** Cairo
- **Language(s):** Arabic
- **Currency:** Egyptian Pound
- **Continent:** Africa
Egypt is a diverse nation with rich cultural heritage and history. The country has unique traditions, cuisine, and landmarks that attract visitors from around the world.
|
{
"branch": null,
"formula": null,
"name": null,
"type": null,
"language": null,
"paradigm": null,
"typing": null,
"algorithm": null,
"complexity": null,
"field": null,
"concept": null,
"value": null,
"topic": "countries",
"event": null,
"years": null,
"country": "Egypt",
"capital": "Cairo",
"style": null,
"subject": null,
"mood": null,
"lighting": null,
"camera": null,
"prompt": null,
"term": null,
"fact": null,
"answer": null
}
|
hjid3ti3q56
|
reasoning
|
logic
|
If it rains, the ground gets wet. The ground is wet. Did it rain?
|
Not necessarily. This is a logical fallacy called "affirming the consequent."
**Analysis:**
- Premise: If rain → wet ground
- Observation: Wet ground
- Conclusion: Rain? **Not guaranteed**
The ground could be wet for other reasons: sprinklers, spilled water, dew, flooding, etc. We can only conclude that IF it rained, the ground WOULD be wet, but wetness alone doesn't prove rain.
|
{
"branch": null,
"formula": null,
"name": null,
"type": "logic_problem",
"language": null,
"paradigm": null,
"typing": null,
"algorithm": null,
"complexity": null,
"field": null,
"concept": null,
"value": null,
"topic": null,
"event": null,
"years": null,
"country": null,
"capital": null,
"style": null,
"subject": null,
"mood": null,
"lighting": null,
"camera": null,
"prompt": null,
"term": null,
"fact": null,
"answer": null
}
|
1tjpdzucnnvj
|
general_knowledge
|
geography
|
What is the largest desert?
|
The largest desert is **Sahara Desert**.
9.2 million km² in North Africa.
This is a commonly asked geography question and represents one of the notable geographic features of our planet.
|
{
"branch": null,
"formula": null,
"name": null,
"type": null,
"language": null,
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"value": null,
"topic": "geography",
"event": null,
"years": null,
"country": null,
"capital": null,
"style": null,
"subject": null,
"mood": null,
"lighting": null,
"camera": null,
"prompt": null,
"term": null,
"fact": "Largest desert",
"answer": "Sahara Desert"
}
|
k6f41enl5cr
|
image_generation
|
photorealistic
|
Create an image of a architecture
|
Here's a detailed image generation prompt for your request:
**Prompt:**
"photorealistic architecture, melancholic atmosphere, backlit lighting, close-up shot, professional, award-winning, trending on artstation"
**Breakdown:**
- **Style:** photorealistic
- **Subject:** architecture
- **Mood:** melancholic
- **Lighting:** backlit
- **Camera angle:** close-up
- **Quality modifiers:** professional, award-winning, trending on artstation
**Tips for best results:**
1. Add specific details about colors, textures, or environment
2. Include artist references if you want a particular aesthetic
3. Specify aspect ratio if needed (e.g., 16:9, 1:1, 4:3)
4. Use negative prompts to exclude unwanted elements
**Enhanced prompt variation:**
"photorealistic architecture, melancholic atmosphere, backlit lighting, close-up shot, professional, award-winning, trending on artstation, intricate details, professional composition, vivid colors, stunning artwork"
|
{
"branch": null,
"formula": null,
"name": null,
"type": null,
"language": null,
"paradigm": null,
"typing": null,
"algorithm": null,
"complexity": null,
"field": null,
"concept": null,
"value": null,
"topic": null,
"event": null,
"years": null,
"country": null,
"capital": null,
"style": "photorealistic",
"subject": "architecture",
"mood": "melancholic",
"lighting": "backlit",
"camera": "close-up",
"prompt": "photorealistic architecture, melancholic atmosphere, backlit lighting, close-up shot, professional, award-winning, trending on artstation",
"term": null,
"fact": null,
"answer": null
}
|
uap6kfafh2r
|
math
|
algebra
|
What is the Point-Slope Form and how is it used?
|
The Point-Slope Form is expressed as: y - y₁ = m(x - x₁)
Linear equation using a point and slope.
This is commonly used in algebra for solving problems involving mathematical calculations.
|
{
"branch": "algebra",
"formula": "y - y₁ = m(x - x₁)",
"name": "Point-Slope Form",
"type": null,
"language": null,
"paradigm": null,
"typing": null,
"algorithm": null,
"complexity": null,
"field": null,
"concept": null,
"value": null,
"topic": null,
"event": null,
"years": null,
"country": null,
"capital": null,
"style": null,
"subject": null,
"mood": null,
"lighting": null,
"camera": null,
"prompt": null,
"term": null,
"fact": null,
"answer": null
}
|
k564g7padg
|
image_generation
|
digital art
|
Generate a digital art food
|
Here's a detailed image generation prompt for your request:
**Prompt:**
"digital art food, joyful atmosphere, volumetric lighting, fisheye shot, 8K, masterpiece, trending on artstation"
**Breakdown:**
- **Style:** digital art
- **Subject:** food
- **Mood:** joyful
- **Lighting:** volumetric
- **Camera angle:** fisheye
- **Quality modifiers:** 8K, masterpiece, trending on artstation
**Tips for best results:**
1. Add specific details about colors, textures, or environment
2. Include artist references if you want a particular aesthetic
3. Specify aspect ratio if needed (e.g., 16:9, 1:1, 4:3)
4. Use negative prompts to exclude unwanted elements
**Enhanced prompt variation:**
"digital art food, joyful atmosphere, volumetric lighting, fisheye shot, 8K, masterpiece, trending on artstation, intricate details, professional composition, vivid colors, stunning artwork"
|
{
"branch": null,
"formula": null,
"name": null,
"type": null,
"language": null,
"paradigm": null,
"typing": null,
"algorithm": null,
"complexity": null,
"field": null,
"concept": null,
"value": null,
"topic": null,
"event": null,
"years": null,
"country": null,
"capital": null,
"style": "digital art",
"subject": "food",
"mood": "joyful",
"lighting": "volumetric",
"camera": "fisheye",
"prompt": "digital art food, joyful atmosphere, volumetric lighting, fisheye shot, 8K, masterpiece, trending on artstation",
"term": null,
"fact": null,
"answer": null
}
|
xddxl6njv4j
|
coding
|
java
|
Create a class in Java that implement a lifo data structure.
|
Here's how to create a class in Java:
To create a class for Stack:
1. First, understand the problem requirements
2. Design your solution approach
3. Implement the core logic
4. Test with various inputs
5. Optimize if needed
Key considerations for Java:
- Use Java's built-in features when possible
- Follow Java naming conventions
- Handle edge cases (empty input, single element, etc.)
- Consider time and space complexity
Best practices:
- Write clean, readable code
- Add appropriate comments
- Handle edge cases
- Test your implementation
|
{
"branch": null,
"formula": null,
"name": null,
"type": null,
"language": "Java",
"paradigm": "object-oriented",
"typing": "static",
"algorithm": "Stack",
"complexity": "O(1)",
"field": null,
"concept": null,
"value": null,
"topic": null,
"event": null,
"years": null,
"country": null,
"capital": null,
"style": null,
"subject": null,
"mood": null,
"lighting": null,
"camera": null,
"prompt": null,
"term": null,
"fact": null,
"answer": null
}
|
611jyp3cgaq
|
general_knowledge
|
geography
|
Which is the highest mountain?
|
The highest mountain is **Mount Everest**.
8,849 meters above sea level, located in the Himalayas.
This is a commonly asked geography question and represents one of the notable geographic features of our planet.
|
{
"branch": null,
"formula": null,
"name": null,
"type": null,
"language": null,
"paradigm": null,
"typing": null,
"algorithm": null,
"complexity": null,
"field": null,
"concept": null,
"value": null,
"topic": "geography",
"event": null,
"years": null,
"country": null,
"capital": null,
"style": null,
"subject": null,
"mood": null,
"lighting": null,
"camera": null,
"prompt": null,
"term": null,
"fact": "Highest mountain",
"answer": "Mount Everest"
}
|
jzo39m2km4b
|
reasoning
|
logic
|
If you have 3 apples and take away 2, how many do you have?
|
You have **2 apples**.
**Explanation:**
This is a trick question! The question asks how many apples *you* have.
- You started by taking 3 apples
- You then took away 2 more
- YOU now have: the 2 apples you took away = 2 apples
The remaining 1 apple is somewhere else, but it's not what you "have." This question tests careful reading and interpretation!
|
{
"branch": null,
"formula": null,
"name": null,
"type": "logic_problem",
"language": null,
"paradigm": null,
"typing": null,
"algorithm": null,
"complexity": null,
"field": null,
"concept": null,
"value": null,
"topic": null,
"event": null,
"years": null,
"country": null,
"capital": null,
"style": null,
"subject": null,
"mood": null,
"lighting": null,
"camera": null,
"prompt": null,
"term": null,
"fact": null,
"answer": null
}
|
3glqtk48pk8
|
coding
|
ruby
|
Create a class in Ruby that reverse the characters in a string.
|
Here's how to create a class in Ruby:
To create a class for Reverse String:
1. First, understand the problem requirements
2. Design your solution approach
3. Implement the core logic
4. Test with various inputs
5. Optimize if needed
Key considerations for Ruby:
- Use Ruby's built-in features when possible
- Follow Ruby naming conventions
- Handle edge cases (empty input, single element, etc.)
- Consider time and space complexity
Best practices:
- Write clean, readable code
- Add appropriate comments
- Handle edge cases
- Test your implementation
|
{
"branch": null,
"formula": null,
"name": null,
"type": null,
"language": "Ruby",
"paradigm": "object-oriented",
"typing": "dynamic",
"algorithm": "Reverse String",
"complexity": "O(n)",
"field": null,
"concept": null,
"value": null,
"topic": null,
"event": null,
"years": null,
"country": null,
"capital": null,
"style": null,
"subject": null,
"mood": null,
"lighting": null,
"camera": null,
"prompt": null,
"term": null,
"fact": null,
"answer": null
}
|
e67plvcqqdi
|
coding
|
typescript
|
Convert this code in TypeScript that implement a hash-based key-value store.
|
Here's how to convert this code in TypeScript:
To convert this code for Hash Table:
1. First, understand the problem requirements
2. Design your solution approach
3. Implement the core logic
4. Test with various inputs
5. Optimize if needed
Key considerations for TypeScript:
- Use TypeScript's built-in features when possible
- Follow TypeScript naming conventions
- Handle edge cases (empty input, single element, etc.)
- Consider time and space complexity
Best practices:
- Write clean, readable code
- Add appropriate comments
- Handle edge cases
- Test your implementation
|
{
"branch": null,
"formula": null,
"name": null,
"type": null,
"language": "TypeScript",
"paradigm": "multi-paradigm",
"typing": "static",
"algorithm": "Hash Table",
"complexity": "O(1) average",
"field": null,
"concept": null,
"value": null,
"topic": null,
"event": null,
"years": null,
"country": null,
"capital": null,
"style": null,
"subject": null,
"mood": null,
"lighting": null,
"camera": null,
"prompt": null,
"term": null,
"fact": null,
"answer": null
}
|
46stvyzbeo5
|
coding
|
ruby
|
Add error handling in Ruby that find two numbers that add up to a target.
|
Here's how to add error handling in Ruby:
To add error handling for Two Sum:
1. First, understand the problem requirements
2. Design your solution approach
3. Implement the core logic
4. Test with various inputs
5. Optimize if needed
Key considerations for Ruby:
- Use Ruby's built-in features when possible
- Follow Ruby naming conventions
- Handle edge cases (empty input, single element, etc.)
- Consider time and space complexity
Best practices:
- Write clean, readable code
- Add appropriate comments
- Handle edge cases
- Test your implementation
|
{
"branch": null,
"formula": null,
"name": null,
"type": null,
"language": "Ruby",
"paradigm": "object-oriented",
"typing": "dynamic",
"algorithm": "Two Sum",
"complexity": "O(n)",
"field": null,
"concept": null,
"value": null,
"topic": null,
"event": null,
"years": null,
"country": null,
"capital": null,
"style": null,
"subject": null,
"mood": null,
"lighting": null,
"camera": null,
"prompt": null,
"term": null,
"fact": null,
"answer": null
}
|
0vflp90f39u
|
image_generation
|
pencil sketch
|
Make me a picture of a fantasy creature
|
Here's a detailed image generation prompt for your request:
**Prompt:**
"pencil sketch fantasy creature, mysterious atmosphere, natural light lighting, telephoto shot, 4K, sharp focus, highly detailed"
**Breakdown:**
- **Style:** pencil sketch
- **Subject:** fantasy creature
- **Mood:** mysterious
- **Lighting:** natural light
- **Camera angle:** telephoto
- **Quality modifiers:** 4K, sharp focus, highly detailed
**Tips for best results:**
1. Add specific details about colors, textures, or environment
2. Include artist references if you want a particular aesthetic
3. Specify aspect ratio if needed (e.g., 16:9, 1:1, 4:3)
4. Use negative prompts to exclude unwanted elements
**Enhanced prompt variation:**
"pencil sketch fantasy creature, mysterious atmosphere, natural light lighting, telephoto shot, 4K, sharp focus, highly detailed, intricate details, professional composition, vivid colors, stunning artwork"
|
{
"branch": null,
"formula": null,
"name": null,
"type": null,
"language": null,
"paradigm": null,
"typing": null,
"algorithm": null,
"complexity": null,
"field": null,
"concept": null,
"value": null,
"topic": null,
"event": null,
"years": null,
"country": null,
"capital": null,
"style": "pencil sketch",
"subject": "fantasy creature",
"mood": "mysterious",
"lighting": "natural light",
"camera": "telephoto",
"prompt": "pencil sketch fantasy creature, mysterious atmosphere, natural light lighting, telephoto shot, 4K, sharp focus, highly detailed",
"term": null,
"fact": null,
"answer": null
}
|
jld8b0qpizn
|
coding
|
typescript
|
Optimize this code in TypeScript that check if a string reads the same forwards and backwards.
|
Here's how to optimize this code in TypeScript:
To optimize this code for Palindrome Check:
1. First, understand the problem requirements
2. Design your solution approach
3. Implement the core logic
4. Test with various inputs
5. Optimize if needed
Key considerations for TypeScript:
- Use TypeScript's built-in features when possible
- Follow TypeScript naming conventions
- Handle edge cases (empty input, single element, etc.)
- Consider time and space complexity
Best practices:
- Write clean, readable code
- Add appropriate comments
- Handle edge cases
- Test your implementation
|
{
"branch": null,
"formula": null,
"name": null,
"type": null,
"language": "TypeScript",
"paradigm": "multi-paradigm",
"typing": "static",
"algorithm": "Palindrome Check",
"complexity": "O(n)",
"field": null,
"concept": null,
"value": null,
"topic": null,
"event": null,
"years": null,
"country": null,
"capital": null,
"style": null,
"subject": null,
"mood": null,
"lighting": null,
"camera": null,
"prompt": null,
"term": null,
"fact": null,
"answer": null
}
|
8qce5pe4w0h
|
math
|
algebra
|
What is the Slope-Intercept Form and how is it used?
|
The Slope-Intercept Form is expressed as: y = mx + b
Linear equation where m is slope and b is y-intercept.
This is commonly used in algebra for solving problems involving mathematical calculations.
|
{
"branch": "algebra",
"formula": "y = mx + b",
"name": "Slope-Intercept Form",
"type": null,
"language": null,
"paradigm": null,
"typing": null,
"algorithm": null,
"complexity": null,
"field": null,
"concept": null,
"value": null,
"topic": null,
"event": null,
"years": null,
"country": null,
"capital": null,
"style": null,
"subject": null,
"mood": null,
"lighting": null,
"camera": null,
"prompt": null,
"term": null,
"fact": null,
"answer": null
}
|
wjs0zj8hh8
|
coding
|
python
|
Optimize this code in Python that implement a linked list data structure.
|
Here's how to optimize this code in Python:
To optimize this code for Linked List:
1. First, understand the problem requirements
2. Design your solution approach
3. Implement the core logic
4. Test with various inputs
5. Optimize if needed
Key considerations for Python:
- Use Python's built-in features when possible
- Follow Python naming conventions
- Handle edge cases (empty input, single element, etc.)
- Consider time and space complexity
Best practices:
- Write clean, readable code
- Add appropriate comments
- Handle edge cases
- Test your implementation
|
{
"branch": null,
"formula": null,
"name": null,
"type": null,
"language": "Python",
"paradigm": "multi-paradigm",
"typing": "dynamic",
"algorithm": "Linked List",
"complexity": "varies",
"field": null,
"concept": null,
"value": null,
"topic": null,
"event": null,
"years": null,
"country": null,
"capital": null,
"style": null,
"subject": null,
"mood": null,
"lighting": null,
"camera": null,
"prompt": null,
"term": null,
"fact": null,
"answer": null
}
|
4ddtph3ica4
|
image_generation
|
pop art
|
Make me a picture of a animal
|
Here's a detailed image generation prompt for your request:
**Prompt:**
"pop art animal, whimsical atmosphere, bioluminescent lighting, drone shot shot, professional, 4K, trending on artstation"
**Breakdown:**
- **Style:** pop art
- **Subject:** animal
- **Mood:** whimsical
- **Lighting:** bioluminescent
- **Camera angle:** drone shot
- **Quality modifiers:** professional, 4K, trending on artstation
**Tips for best results:**
1. Add specific details about colors, textures, or environment
2. Include artist references if you want a particular aesthetic
3. Specify aspect ratio if needed (e.g., 16:9, 1:1, 4:3)
4. Use negative prompts to exclude unwanted elements
**Enhanced prompt variation:**
"pop art animal, whimsical atmosphere, bioluminescent lighting, drone shot shot, professional, 4K, trending on artstation, intricate details, professional composition, vivid colors, stunning artwork"
|
{
"branch": null,
"formula": null,
"name": null,
"type": null,
"language": null,
"paradigm": null,
"typing": null,
"algorithm": null,
"complexity": null,
"field": null,
"concept": null,
"value": null,
"topic": null,
"event": null,
"years": null,
"country": null,
"capital": null,
"style": "pop art",
"subject": "animal",
"mood": "whimsical",
"lighting": "bioluminescent",
"camera": "drone shot",
"prompt": "pop art animal, whimsical atmosphere, bioluminescent lighting, drone shot shot, professional, 4K, trending on artstation",
"term": null,
"fact": null,
"answer": null
}
|
k3cl7rr76s
|
advice
|
learning
|
How do I get better at learning?
|
Here are some effective tips for improving your learning:
1. **Teach what you learn to reinforce understanding**
2. **Practice active recall instead of passive re-reading**
3. **Connect new information to things you already know**
4. **Use spaced repetition for better long-term retention**
5. **Use multiple learning modalities: visual, auditory, kinesthetic**
**Key takeaway:** Consistency is key. Start with one or two changes and gradually incorporate more. Small, sustainable improvements compound over time for significant results.
|
{
"branch": null,
"formula": null,
"name": null,
"type": null,
"language": null,
"paradigm": null,
"typing": null,
"algorithm": null,
"complexity": null,
"field": null,
"concept": null,
"value": null,
"topic": "learning",
"event": null,
"years": null,
"country": null,
"capital": null,
"style": null,
"subject": null,
"mood": null,
"lighting": null,
"camera": null,
"prompt": null,
"term": null,
"fact": null,
"answer": null
}
|
es36xm1ud6u
|
coding
|
c#
|
Convert this code in C# that implement a binary tree with traversal.
|
Here's how to convert this code in C#:
To convert this code for Binary Tree:
1. First, understand the problem requirements
2. Design your solution approach
3. Implement the core logic
4. Test with various inputs
5. Optimize if needed
Key considerations for C#:
- Use C#'s built-in features when possible
- Follow C# naming conventions
- Handle edge cases (empty input, single element, etc.)
- Consider time and space complexity
Best practices:
- Write clean, readable code
- Add appropriate comments
- Handle edge cases
- Test your implementation
|
{
"branch": null,
"formula": null,
"name": null,
"type": null,
"language": "C#",
"paradigm": "object-oriented",
"typing": "static",
"algorithm": "Binary Tree",
"complexity": "O(log n)",
"field": null,
"concept": null,
"value": null,
"topic": null,
"event": null,
"years": null,
"country": null,
"capital": null,
"style": null,
"subject": null,
"mood": null,
"lighting": null,
"camera": null,
"prompt": null,
"term": null,
"fact": null,
"answer": null
}
|
oq7lgknqs0h
|
advice
|
career
|
Give me advice on career
|
Here are some effective tips for improving your career:
1. **Seek feedback and use it constructively**
2. **Communicate clearly and professionally**
3. **Take on challenging projects to grow**
4. **Build and maintain a professional network**
5. **Document your achievements for performance reviews**
**Key takeaway:** Consistency is key. Start with one or two changes and gradually incorporate more. Small, sustainable improvements compound over time for significant results.
|
{
"branch": null,
"formula": null,
"name": null,
"type": null,
"language": null,
"paradigm": null,
"typing": null,
"algorithm": null,
"complexity": null,
"field": null,
"concept": null,
"value": null,
"topic": "career",
"event": null,
"years": null,
"country": null,
"capital": null,
"style": null,
"subject": null,
"mood": null,
"lighting": null,
"camera": null,
"prompt": null,
"term": null,
"fact": null,
"answer": null
}
|
9lz6cwo6o5j
|
general_knowledge
|
geography
|
Tell me about the most populous country
|
The most populous country is **India**.
Over 1.4 billion people as of 2023.
This is a commonly asked geography question and represents one of the notable geographic features of our planet.
|
{
"branch": null,
"formula": null,
"name": null,
"type": null,
"language": null,
"paradigm": null,
"typing": null,
"algorithm": null,
"complexity": null,
"field": null,
"concept": null,
"value": null,
"topic": "geography",
"event": null,
"years": null,
"country": null,
"capital": null,
"style": null,
"subject": null,
"mood": null,
"lighting": null,
"camera": null,
"prompt": null,
"term": null,
"fact": "Most populous country",
"answer": "India"
}
|
3r3t660p82q
|
math
|
algebra
|
Solve a problem using Midpoint Formula.
|
Apply the formula step by step to find the solution.
|
{
"branch": "algebra",
"formula": "M = ((x₁+x₂)/2, (y₁+y₂)/2)",
"name": "Midpoint Formula",
"type": null,
"language": null,
"paradigm": null,
"typing": null,
"algorithm": null,
"complexity": null,
"field": null,
"concept": null,
"value": null,
"topic": null,
"event": null,
"years": null,
"country": null,
"capital": null,
"style": null,
"subject": null,
"mood": null,
"lighting": null,
"camera": null,
"prompt": null,
"term": null,
"fact": null,
"answer": null
}
|
b8419y7nzmg
|
coding
|
python
|
Write a Python function to implement Two Sum. The function should find two numbers that add up to a target.
|
Here's a Python implementation of Two Sum:
```python
def two_sum(nums, target):
seen = {}
for i, num in enumerate(nums):
complement = target - num
if complement in seen:
return [seen[complement], i]
seen[num] = i
return None
```
Time Complexity: O(n)
This implementation find two numbers that add up to a target. The algorithm works by using a hash map to store seen values and check for complements.
|
{
"branch": null,
"formula": null,
"name": null,
"type": null,
"language": "Python",
"paradigm": "multi-paradigm",
"typing": "dynamic",
"algorithm": "Two Sum",
"complexity": "O(n)",
"field": null,
"concept": null,
"value": null,
"topic": null,
"event": null,
"years": null,
"country": null,
"capital": null,
"style": null,
"subject": null,
"mood": null,
"lighting": null,
"camera": null,
"prompt": null,
"term": null,
"fact": null,
"answer": null
}
|
v6py6sx4su7
|
advice
|
career
|
What should I know about career?
|
Here are some effective tips for improving your career:
1. **Communicate clearly and professionally**
2. **Continuously update your skills to stay relevant**
3. **Document your achievements for performance reviews**
4. **Take on challenging projects to grow**
5. **Seek feedback and use it constructively**
**Key takeaway:** Consistency is key. Start with one or two changes and gradually incorporate more. Small, sustainable improvements compound over time for significant results.
|
{
"branch": null,
"formula": null,
"name": null,
"type": null,
"language": null,
"paradigm": null,
"typing": null,
"algorithm": null,
"complexity": null,
"field": null,
"concept": null,
"value": null,
"topic": "career",
"event": null,
"years": null,
"country": null,
"capital": null,
"style": null,
"subject": null,
"mood": null,
"lighting": null,
"camera": null,
"prompt": null,
"term": null,
"fact": null,
"answer": null
}
|
g0p9r7tqz5a
|
reasoning
|
logic
|
If it rains, the ground gets wet. The ground is wet. Did it rain?
|
Not necessarily. This is a logical fallacy called "affirming the consequent."
**Analysis:**
- Premise: If rain → wet ground
- Observation: Wet ground
- Conclusion: Rain? **Not guaranteed**
The ground could be wet for other reasons: sprinklers, spilled water, dew, flooding, etc. We can only conclude that IF it rained, the ground WOULD be wet, but wetness alone doesn't prove rain.
|
{
"branch": null,
"formula": null,
"name": null,
"type": "logic_problem",
"language": null,
"paradigm": null,
"typing": null,
"algorithm": null,
"complexity": null,
"field": null,
"concept": null,
"value": null,
"topic": null,
"event": null,
"years": null,
"country": null,
"capital": null,
"style": null,
"subject": null,
"mood": null,
"lighting": null,
"camera": null,
"prompt": null,
"term": null,
"fact": null,
"answer": null
}
|
l7ls6250gyf
|
math
|
geometry
|
Solve a problem using Volume of Sphere.
|
Apply the formula step by step to find the solution.
|
{
"branch": "geometry",
"formula": "V = (4/3)πr³",
"name": "Volume of Sphere",
"type": null,
"language": null,
"paradigm": null,
"typing": null,
"algorithm": null,
"complexity": null,
"field": null,
"concept": null,
"value": null,
"topic": null,
"event": null,
"years": null,
"country": null,
"capital": null,
"style": null,
"subject": null,
"mood": null,
"lighting": null,
"camera": null,
"prompt": null,
"term": null,
"fact": null,
"answer": null
}
|
rhe5h3gjlyh
|
advice
|
career
|
What are some tips for better career?
|
Here are some effective tips for improving your career:
1. **Continuously update your skills to stay relevant**
2. **Find a mentor in your field**
3. **Document your achievements for performance reviews**
4. **Build and maintain a professional network**
5. **Take on challenging projects to grow**
**Key takeaway:** Consistency is key. Start with one or two changes and gradually incorporate more. Small, sustainable improvements compound over time for significant results.
|
{
"branch": null,
"formula": null,
"name": null,
"type": null,
"language": null,
"paradigm": null,
"typing": null,
"algorithm": null,
"complexity": null,
"field": null,
"concept": null,
"value": null,
"topic": "career",
"event": null,
"years": null,
"country": null,
"capital": null,
"style": null,
"subject": null,
"mood": null,
"lighting": null,
"camera": null,
"prompt": null,
"term": null,
"fact": null,
"answer": null
}
|
e7b63ag66lm
|
image_generation
|
pencil sketch
|
Create an image of a animal
|
Here's a detailed image generation prompt for your request:
**Prompt:**
"pencil sketch animal, dramatic atmosphere, golden hour lighting, tilt-shift shot, unreal engine, sharp focus, highly detailed"
**Breakdown:**
- **Style:** pencil sketch
- **Subject:** animal
- **Mood:** dramatic
- **Lighting:** golden hour
- **Camera angle:** tilt-shift
- **Quality modifiers:** unreal engine, sharp focus, highly detailed
**Tips for best results:**
1. Add specific details about colors, textures, or environment
2. Include artist references if you want a particular aesthetic
3. Specify aspect ratio if needed (e.g., 16:9, 1:1, 4:3)
4. Use negative prompts to exclude unwanted elements
**Enhanced prompt variation:**
"pencil sketch animal, dramatic atmosphere, golden hour lighting, tilt-shift shot, unreal engine, sharp focus, highly detailed, intricate details, professional composition, vivid colors, stunning artwork"
|
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"style": "pencil sketch",
"subject": "animal",
"mood": "dramatic",
"lighting": "golden hour",
"camera": "tilt-shift",
"prompt": "pencil sketch animal, dramatic atmosphere, golden hour lighting, tilt-shift shot, unreal engine, sharp focus, highly detailed",
"term": null,
"fact": null,
"answer": null
}
|
cw0n30u2sow
|
conversation
|
general
|
Much appreciated!
|
You're very welcome! I'm always happy to help. Feel free to ask if you have more questions!
|
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}
|
oozcsed0r5g
|
question_answering
|
general
|
How do I learn to code?
|
Here's a step-by-step approach to learning to code:
1. **Choose a language**: Start with Python (beginner-friendly) or JavaScript (for web)
2. **Use free resources**: freeCodeCamp, Codecademy, The Odin Project
3. **Practice daily**: Even 30 minutes a day adds up
4. **Build projects**: Apply what you learn to real problems
5. **Join communities**: Reddit, Discord, Stack Overflow
6. **Don't fear errors**: Debugging is part of learning
The key is consistency over intensity. Start small and build up!
|
{
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"camera": null,
"prompt": null,
"term": null,
"fact": null,
"answer": null
}
|
mou2abeoae
|
explanation
|
technical
|
What is Git?
|
**Git**
Git is a distributed version control system that tracks changes in source code during software development. It allows multiple developers to work together, maintains history of all changes, and enables reverting to previous versions.
**Simple analogy:** Like "Track Changes" in Word documents, but much more powerful and for entire projects.
Understanding Git is valuable because it's a fundamental concept in modern technology and software development.
|
{
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"lighting": null,
"camera": null,
"prompt": null,
"term": "Git",
"fact": null,
"answer": null
}
|
lynpbrc9v1
|
coding
|
ruby
|
Write unit tests in Ruby that efficiently find an element in a sorted array.
|
Here's how to write unit tests in Ruby:
To write unit tests for Binary Search:
1. First, understand the problem requirements
2. Design your solution approach
3. Implement the core logic
4. Test with various inputs
5. Optimize if needed
Key considerations for Ruby:
- Use Ruby's built-in features when possible
- Follow Ruby naming conventions
- Handle edge cases (empty input, single element, etc.)
- Consider time and space complexity
Best practices:
- Write clean, readable code
- Add appropriate comments
- Handle edge cases
- Test your implementation
|
{
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"name": null,
"type": null,
"language": "Ruby",
"paradigm": "object-oriented",
"typing": "dynamic",
"algorithm": "Binary Search",
"complexity": "O(log n)",
"field": null,
"concept": null,
"value": null,
"topic": null,
"event": null,
"years": null,
"country": null,
"capital": null,
"style": null,
"subject": null,
"mood": null,
"lighting": null,
"camera": null,
"prompt": null,
"term": null,
"fact": null,
"answer": null
}
|
v4i9bqgmu5
|
conversation
|
general
|
Thank you!
|
You're very welcome! I'm always happy to help. Is there anything else you'd like to know?
|
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"answer": null
}
|
mubmdm60w5
|
math
|
calculus
|
Show me the formula for Integral (Power Rule).
|
Integral (Power Rule):
∫xⁿdx = xⁿ⁺¹/(n+1) + C
Where:
- Variables as shown in the formula
Basic rule for integrating powers of x.
|
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"formula": "∫xⁿdx = xⁿ⁺¹/(n+1) + C",
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"answer": null
}
|
uxvo3t9b5hb
|
reasoning
|
logic
|
All mammals are warm-blooded. Whales are mammals. Are whales warm-blooded?
|
Yes, whales are warm-blooded.
**Logical structure (valid syllogism):**
1. All mammals are warm-blooded (Major premise)
2. Whales are mammals (Minor premise)
3. Therefore, whales are warm-blooded (Conclusion)
This is a valid deductive argument. Since whales belong to the category of mammals, they must have all properties of mammals, including being warm-blooded.
|
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|
xqfba18zzy
|
explanation
|
technical
|
Can you describe Cloud Computing?
|
**Cloud Computing**
Cloud computing delivers computing services (servers, storage, databases, software) over the internet ("the cloud"). Instead of owning physical hardware, you rent resources from providers like AWS, Google Cloud, or Azure.
**Simple analogy:** It's like renting an apartment instead of buying a house - you use what you need without maintaining the infrastructure.
Understanding Cloud Computing is valuable because it's a fundamental concept in modern technology and software development.
|
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"camera": null,
"prompt": null,
"term": "Cloud Computing",
"fact": null,
"answer": null
}
|
ldcnmu17wxa
|
image_generation
|
pencil sketch
|
Make me a picture of a animal
|
Here's a detailed image generation prompt for your request:
**Prompt:**
"pencil sketch animal, dramatic atmosphere, rim lighting lighting, telephoto shot, 4K, highly detailed, unreal engine"
**Breakdown:**
- **Style:** pencil sketch
- **Subject:** animal
- **Mood:** dramatic
- **Lighting:** rim lighting
- **Camera angle:** telephoto
- **Quality modifiers:** 4K, highly detailed, unreal engine
**Tips for best results:**
1. Add specific details about colors, textures, or environment
2. Include artist references if you want a particular aesthetic
3. Specify aspect ratio if needed (e.g., 16:9, 1:1, 4:3)
4. Use negative prompts to exclude unwanted elements
**Enhanced prompt variation:**
"pencil sketch animal, dramatic atmosphere, rim lighting lighting, telephoto shot, 4K, highly detailed, unreal engine, intricate details, professional composition, vivid colors, stunning artwork"
|
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"name": null,
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"typing": null,
"algorithm": null,
"complexity": null,
"field": null,
"concept": null,
"value": null,
"topic": null,
"event": null,
"years": null,
"country": null,
"capital": null,
"style": "pencil sketch",
"subject": "animal",
"mood": "dramatic",
"lighting": "rim lighting",
"camera": "telephoto",
"prompt": "pencil sketch animal, dramatic atmosphere, rim lighting lighting, telephoto shot, 4K, highly detailed, unreal engine",
"term": null,
"fact": null,
"answer": null
}
|
hhjd8xbnxso
|
question_answering
|
general
|
How do I learn to code?
|
Here's a step-by-step approach to learning to code:
1. **Choose a language**: Start with Python (beginner-friendly) or JavaScript (for web)
2. **Use free resources**: freeCodeCamp, Codecademy, The Odin Project
3. **Practice daily**: Even 30 minutes a day adds up
4. **Build projects**: Apply what you learn to real problems
5. **Join communities**: Reddit, Discord, Stack Overflow
6. **Don't fear errors**: Debugging is part of learning
The key is consistency over intensity. Start small and build up!
|
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"name": null,
"type": "deep_question",
"language": null,
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"camera": null,
"prompt": null,
"term": null,
"fact": null,
"answer": null
}
|
7ed2ld2dcog
|
explanation
|
technical
|
What is Git?
|
**Git**
Git is a distributed version control system that tracks changes in source code during software development. It allows multiple developers to work together, maintains history of all changes, and enables reverting to previous versions.
**Simple analogy:** Like "Track Changes" in Word documents, but much more powerful and for entire projects.
Understanding Git is valuable because it's a fundamental concept in modern technology and software development.
|
{
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"name": null,
"type": null,
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"field": null,
"concept": null,
"value": null,
"topic": null,
"event": null,
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"style": null,
"subject": null,
"mood": null,
"lighting": null,
"camera": null,
"prompt": null,
"term": "Git",
"fact": null,
"answer": null
}
|
cxremsf94t
|
coding
|
swift
|
Write unit tests in Swift that implement a lifo data structure.
|
Here's how to write unit tests in Swift:
To write unit tests for Stack:
1. First, understand the problem requirements
2. Design your solution approach
3. Implement the core logic
4. Test with various inputs
5. Optimize if needed
Key considerations for Swift:
- Use Swift's built-in features when possible
- Follow Swift naming conventions
- Handle edge cases (empty input, single element, etc.)
- Consider time and space complexity
Best practices:
- Write clean, readable code
- Add appropriate comments
- Handle edge cases
- Test your implementation
|
{
"branch": null,
"formula": null,
"name": null,
"type": null,
"language": "Swift",
"paradigm": "multi-paradigm",
"typing": "static",
"algorithm": "Stack",
"complexity": "O(1)",
"field": null,
"concept": null,
"value": null,
"topic": null,
"event": null,
"years": null,
"country": null,
"capital": null,
"style": null,
"subject": null,
"mood": null,
"lighting": null,
"camera": null,
"prompt": null,
"term": null,
"fact": null,
"answer": null
}
|
dll928b8wyj
|
general_knowledge
|
geography
|
What is the highest mountain?
|
The highest mountain is **Mount Everest**.
8,849 meters above sea level, located in the Himalayas.
This is a commonly asked geography question and represents one of the notable geographic features of our planet.
|
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"topic": "geography",
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"camera": null,
"prompt": null,
"term": null,
"fact": "Highest mountain",
"answer": "Mount Everest"
}
|
qbef1tk9bo
|
image_generation
|
impressionist
|
I want a serene architecture image
|
Here's a detailed image generation prompt for your request:
**Prompt:**
"impressionist architecture, serene atmosphere, natural light lighting, macro shot, trending on artstation, sharp focus, award-winning"
**Breakdown:**
- **Style:** impressionist
- **Subject:** architecture
- **Mood:** serene
- **Lighting:** natural light
- **Camera angle:** macro
- **Quality modifiers:** trending on artstation, sharp focus, award-winning
**Tips for best results:**
1. Add specific details about colors, textures, or environment
2. Include artist references if you want a particular aesthetic
3. Specify aspect ratio if needed (e.g., 16:9, 1:1, 4:3)
4. Use negative prompts to exclude unwanted elements
**Enhanced prompt variation:**
"impressionist architecture, serene atmosphere, natural light lighting, macro shot, trending on artstation, sharp focus, award-winning, intricate details, professional composition, vivid colors, stunning artwork"
|
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"formula": null,
"name": null,
"type": null,
"language": null,
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"typing": null,
"algorithm": null,
"complexity": null,
"field": null,
"concept": null,
"value": null,
"topic": null,
"event": null,
"years": null,
"country": null,
"capital": null,
"style": "impressionist",
"subject": "architecture",
"mood": "serene",
"lighting": "natural light",
"camera": "macro",
"prompt": "impressionist architecture, serene atmosphere, natural light lighting, macro shot, trending on artstation, sharp focus, award-winning",
"term": null,
"fact": null,
"answer": null
}
|
End of preview.