Mastering Iterative Prompting for Optimized AI Code Generation
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luigi12345
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about 7 hours ago
π€Create Beautiful Diagrams with FLUX WITHOUT DISTORTED TEXTβοΈ
```
from huggingface_hub import InferenceClient
client = InferenceClient("black-forest-labs/FLUX.1-schnell", token="hf_xxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxx")
https://huggingface.co/spaces/black-forest-labs/FLUX.1-schnell
# output is a PIL.Image object
image = client.text_to_image("A handrawn colorful mind map diagram, rugosity drawn lines, clear shapes, brain silhouette, text areas. must include the texts LITERACY/MENTAL βββ PEACE [Dove Icon] βββ HEALTH [Vitruvian Man ~60px] βββ CONNECT [Brain-Mind Connection Icon] βββ INTELLIGENCE β βββ EVERYTHING [Globe Icon ~50px] βββ MEMORY βββ READING [Book Icon ~40px] βββ SPEED [Speedometer Icon] βββ CREATIVITY βββ INTELLIGENCE [Lightbulb + Infinity ~30px]")
```
posted
an
update
about 7 hours ago
π€Create Beautiful Diagrams with FLUX WITHOUT DISTORTED TEXTβοΈ
```
from huggingface_hub import InferenceClient
client = InferenceClient("black-forest-labs/FLUX.1-schnell", token="hf_xxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxx")
https://huggingface.co/spaces/black-forest-labs/FLUX.1-schnell
# output is a PIL.Image object
image = client.text_to_image("A handrawn colorful mind map diagram, rugosity drawn lines, clear shapes, brain silhouette, text areas. must include the texts LITERACY/MENTAL βββ PEACE [Dove Icon] βββ HEALTH [Vitruvian Man ~60px] βββ CONNECT [Brain-Mind Connection Icon] βββ INTELLIGENCE β βββ EVERYTHING [Globe Icon ~50px] βββ MEMORY βββ READING [Book Icon ~40px] βββ SPEED [Speedometer Icon] βββ CREATIVITY βββ INTELLIGENCE [Lightbulb + Infinity ~30px]")
```
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about 8 hours ago
Qwen/Qwen2-VL-7B-Instruct
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Post
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π€Create Beautiful Diagrams with FLUX WITHOUT DISTORTED TEXTβοΈ
from huggingface_hub import InferenceClient
client = InferenceClient("black-forest-labs/FLUX.1-schnell", token="hf_xxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxx")
https://huggingface.co/spaces/black-forest-labs/FLUX.1-schnell
# output is a PIL.Image object
image = client.text_to_image("A handrawn colorful mind map diagram, rugosity drawn lines, clear shapes, brain silhouette, text areas. must include the texts LITERACY/MENTAL βββ PEACE [Dove Icon] βββ HEALTH [Vitruvian Man ~60px] βββ CONNECT [Brain-Mind Connection Icon] βββ INTELLIGENCE β βββ EVERYTHING [Globe Icon ~50px] βββ MEMORY βββ READING [Book Icon ~40px] βββ SPEED [Speedometer Icon] βββ CREATIVITY βββ INTELLIGENCE [Lightbulb + Infinity ~30px]")Post
645
DEBUGGING PROMPT TEMPLATE (Python)
Please reply one by one without assumptions and fix code accordingly.
1. Core Functionality Check:
For each main function/view:
- What is the entry point?
- What state management is required?
- What database interactions occur?
- What UI elements should be visible?
- What user interactions are possible?
2. Data Flow Analysis:
For each data operation:
- Where is data initialized?
- How is it transformed?
- Where is it stored?
- How is it displayed?
- Are there any state updates?
3. UI/UX Verification:
For each interface element:
- Is it properly initialized?
- Are all buttons clickable?
- Are containers visible?
- Do updates reflect in real-time?
- Is feedback provided to user?
4. Error Handling:
For each critical operation:
- Are exceptions caught?
- Is error feedback shown?
- Does the state remain consistent?
- Can the user recover?
- Are errors logged?
5. State Management:
For each state change:
- Is initialization complete?
- Are updates atomic?
- Is persistence handled?
- Are race conditions prevented?
- Is cleanup performed?
6. Component Dependencies:
For each component:
- Required imports present?
- Database connections active?
- External services available?
- Proper sequencing maintained?
- Resource cleanup handled?
Please reply one by one without assumptions and fix code accordingly.
1. Core Functionality Check:
For each main function/view:
- What is the entry point?
- What state management is required?
- What database interactions occur?
- What UI elements should be visible?
- What user interactions are possible?
2. Data Flow Analysis:
For each data operation:
- Where is data initialized?
- How is it transformed?
- Where is it stored?
- How is it displayed?
- Are there any state updates?
3. UI/UX Verification:
For each interface element:
- Is it properly initialized?
- Are all buttons clickable?
- Are containers visible?
- Do updates reflect in real-time?
- Is feedback provided to user?
4. Error Handling:
For each critical operation:
- Are exceptions caught?
- Is error feedback shown?
- Does the state remain consistent?
- Can the user recover?
- Are errors logged?
5. State Management:
For each state change:
- Is initialization complete?
- Are updates atomic?
- Is persistence handled?
- Are race conditions prevented?
- Is cleanup performed?
6. Component Dependencies:
For each component:
- Required imports present?
- Database connections active?
- External services available?
- Proper sequencing maintained?
- Resource cleanup handled?