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RSK World
nlp-text-analysis-bot
RSK World
nlp-text-analysis-bot
NLP Text Analysis Bot - Python + NLP + Flask + Machine Learning + Text Analysis + AI
nlp-text-analysis-bot
  • static
  • templates
  • .gitignore393 B
  • ADVANCED_FEATURES.md5.4 KB
  • CHANGELOG.md1.3 KB
  • FINAL_CHECK.md4.6 KB
  • GITHUB_RELEASE_INSTRUCTIONS.md4.1 KB
  • LICENSE1.2 KB
  • PROJECT_INFO.md2.7 KB
  • PROJECT_STATUS.md4 KB
  • QUICKSTART.md3.1 KB
  • README.md5.8 KB
  • RELEASE_NOTES.md3.8 KB
  • advanced_keywords.py3.9 KB
  • app.py3 KB
  • config.py668 B
  • emotion_detection.py4.3 KB
  • entity_recognition.py3 KB
  • example_usage.py2.7 KB
  • install.bat853 B
  • install.sh808 B
  • language_detection.py2.7 KB
  • nlp_pipeline.py7.1 KB
  • pos_tagging.py2.9 KB
  • readability_analysis.py3.5 KB
  • requirements.txt334 B
  • semantic_understanding.py4 KB
  • sentiment_analysis.py3.9 KB
  • setup.py1.4 KB
  • test_analysis.py2.5 KB
  • text_classification.py5 KB
  • text_preprocessing.py4.2 KB
  • text_similarity.py4.1 KB
  • text_summarization.py5 KB
  • validate_project.py4.2 KB
ADVANCED_FEATURES.mdREADME.md
ADVANCED_FEATURES.md
Raw Download

ADVANCED_FEATURES.md

# Advanced Features Added to NLP Text Analysis Bot

**Developer: RSK World**
**Website: https://rskworld.in**
**Email: help@rskworld.in**
**Phone: +91 93305 39277**
**Year: 2026**

## New Advanced Features

### 1. Text Summarization (`text_summarization.py`)
- **Extractive Summarization**: Sentence scoring based on word frequency
- **Abstractive Summarization**: Uses Facebook BART model for generating summaries
- **Features**: Compression ratio, summary length, method selection
- **Use Cases**: Document summarization, article abstracts, content condensation

### 2. Language Detection (`language_detection.py`)
- **Automatic Language Detection**: Detects the primary language of text
- **Confidence Scores**: Provides confidence levels for detected language
- **Multiple Language Probabilities**: Shows top 5 language probabilities
- **Use Cases**: Multilingual text processing, content filtering, translation preparation

### 3. Text Classification (`text_classification.py`)
- **Zero-Shot Classification**: Uses BART-large-MNLI for category classification
- **Multiple Categories**: Classifies into technology, sports, politics, business, etc.
- **Confidence Scores**: Provides confidence for each category
- **Fallback Method**: Keyword-based classification if model unavailable
- **Use Cases**: Content categorization, document organization, topic classification

### 4. Emotion Detection (`emotion_detection.py`)
- **Advanced Emotion Analysis**: Detects emotions beyond basic sentiment
- **Emotion Categories**: Joy, sadness, anger, fear, surprise, disgust, neutral
- **Transformer-Based**: Uses emotion-english-distilroberta-base model
- **Emotion Distribution**: Shows all emotions with scores
- **Use Cases**: Social media analysis, customer feedback, emotional content analysis

### 5. Readability Analysis (`readability_analysis.py`)
- **Multiple Metrics**:
- Flesch Reading Ease
- Flesch-Kincaid Grade Level
- SMOG Index
- Coleman-Liau Index
- Automated Readability Index
- **Reading Level Assessment**: Categorizes text difficulty
- **Grade Level**: Average grade level required to understand text
- **Use Cases**: Content optimization, educational material assessment, accessibility

### 6. Advanced Keyword Extraction (`advanced_keywords.py`)
- **TF-IDF Keywords**: Term Frequency-Inverse Document Frequency analysis
- **N-grams**: Bigrams and trigrams extraction
- **Keyword Scoring**: Provides scores for each keyword
- **Frequency Analysis**: Shows frequency of important phrases
- **Use Cases**: SEO optimization, content analysis, keyword research

### 7. Text Similarity (`text_similarity.py`)
- **Multiple Similarity Methods**:
- Cosine Similarity (TF-IDF based)
- Semantic Similarity (spaCy embeddings)
- Jaccard Similarity (set-based)
- **Combined Score**: Average similarity across all methods
- **Use Cases**: Plagiarism detection, content matching, duplicate detection

### 8. Part-of-Speech Tagging (`pos_tagging.py`)
- **Complete POS Analysis**: Tags all words with their parts of speech
- **POS Distribution**: Shows distribution of different POS tags
- **Percentage Analysis**: Percentage breakdown of each POS type
- **Statistics**: Most common POS, unique POS count
- **Use Cases**: Grammar analysis, linguistic research, text structure analysis

## Updated Components

### NLP Pipeline (`nlp_pipeline.py`)
- Integrated all new modules
- Orchestrates complete analysis workflow
- Returns comprehensive results with all features

### Web Interface (`templates/index.html`)
- Added sections for all new features
- Beautiful card-based layout for each feature
- Color-coded sections for easy navigation
- Responsive design for all screen sizes

### API Endpoints (`app.py`)
- Enhanced `/api/analyze` endpoint with all features
- New `/api/similarity` endpoint for text comparison
- Error handling and validation

### Requirements (`requirements.txt`)
- Added `langdetect==1.0.9` for language detection
- Added `textstat==0.7.3` for readability analysis
- Added `scikit-learn==1.3.2` for TF-IDF and similarity

## Usage Examples

### Complete Analysis
```python
from nlp_pipeline import NLPPipeline

pipeline = NLPPipeline()
results = pipeline.analyze("Your text here")

# Access all features
print(results['language'])
print(results['emotions'])
print(results['classification'])
print(results['summarization'])
print(results['readability'])
print(results['advanced_keywords'])
print(results['pos_analysis'])
```

### Text Similarity
```python
from text_similarity import TextSimilarityCalculator

calculator = TextSimilarityCalculator()
similarity = calculator.calculate_all_similarities(text1, text2)
print(f"Cosine Similarity: {similarity['cosine_similarity']}")
print(f"Semantic Similarity: {similarity['semantic_similarity']}")
```

## Performance Notes

- Some transformer models may take time to load on first use
- Models are cached after first load for faster subsequent analysis
- CPU mode is used by default (device=-1)
- For GPU acceleration, modify device parameter in model initialization

## Dependencies

All new dependencies are included in `requirements.txt`:
- `langdetect`: Language detection
- `textstat`: Readability metrics
- `scikit-learn`: Machine learning utilities

## Contact

For support and inquiries:
- **Website**: https://rskworld.in
- **Email**: help@rskworld.in
- **Phone**: +91 93305 39277

---

**Developed by RSK World - 2026**

README.md
Raw Download

README.md

# NLP Text Analysis Bot

**Developer: RSK World**
**Website: https://rskworld.in**
**Email: help@rskworld.in**
**Phone: +91 93305 39277**
**Year: 2026**

## Overview

An advanced Natural Language Processing chatbot that provides comprehensive text analysis capabilities including sentiment detection, entity recognition, semantic understanding, and text preprocessing.

## Features

### Core Features
- **Text Preprocessing**: Cleaning, tokenization, stopword removal, and lemmatization
- **Sentiment Analysis**: Multi-method sentiment detection using VADER and transformer models
- **Entity Recognition**: Named entity extraction using spaCy
- **Semantic Understanding**: Keyword extraction, topic identification, and phrase analysis
- **NLP Pipeline**: Complete end-to-end text analysis workflow

### Advanced Features
- **Text Summarization**: Extractive and abstractive summarization using transformer models
- **Language Detection**: Automatic language detection with confidence scores
- **Text Classification**: Zero-shot text classification into multiple categories
- **Emotion Detection**: Advanced emotion analysis beyond basic sentiment (joy, sadness, anger, fear, etc.)
- **Readability Analysis**: Multiple readability metrics (Flesch, SMOG, Coleman-Liau, etc.)
- **Advanced Keyword Extraction**: TF-IDF based keyword extraction with n-grams
- **Part-of-Speech Tagging**: Complete POS analysis with distribution statistics
- **Text Similarity**: Calculate similarity between texts using multiple methods

## Technologies

- **NLTK**: Natural Language Toolkit for text processing
- **spaCy**: Advanced NLP library for entity recognition and semantic analysis
- **Python**: Core programming language
- **Transformers**: Hugging Face transformers for advanced NLP tasks
- **Flask**: Web framework for API and interface
- **scikit-learn**: Machine learning library for TF-IDF and similarity calculations
- **langdetect**: Language detection library
- **textstat**: Readability analysis library

## Installation

1. **Clone or download the project**

2. **Install Python dependencies:**
```bash
pip install -r requirements.txt
```

3. **Download spaCy English model:**
```bash
python -m spacy download en_core_web_sm
```

4. **Download NLTK data (automatically handled, but can be done manually):**
```python
import nltk
nltk.download('punkt')
nltk.download('stopwords')
nltk.download('wordnet')
nltk.download('vader_lexicon')
nltk.download('averaged_perceptron_tagger')
```

## Usage

### Running the Web Application

1. **Start the Flask server:**
```bash
python app.py
```

2. **Open your browser and navigate to:**
```
http://localhost:5000
```

3. **Enter text in the input field and click "Analyze Text"**

### Using the API

**Endpoint:** `POST /api/analyze`

**Request:**
```json
{
"text": "Your text to analyze here"
}
```

**Response:**
```json
{
"original_text": "...",
"preprocessing": {...},
"sentiment": {...},
"entities": {...},
"semantic": {...},
"summary": {...}
}
```

### Using as a Python Module

```python
from nlp_pipeline import NLPPipeline

# Initialize pipeline
pipeline = NLPPipeline()

# Analyze text
results = pipeline.analyze("Your text here")

# Access results
print(results['sentiment'])
print(results['entities'])
print(results['semantic'])
```

## Project Structure

```
nlp-text-analysis-bot/
├── app.py # Flask web application
├── nlp_pipeline.py # Main NLP pipeline orchestrator
├── text_preprocessing.py # Text cleaning and preprocessing
├── sentiment_analysis.py # Sentiment analysis module
├── entity_recognition.py # Named entity recognition
├── semantic_understanding.py # Semantic analysis module
├── templates/
│ └── index.html # Web interface
├── requirements.txt # Python dependencies
└── README.md # This file
```

## API Endpoints

- `GET /` - Web interface
- `POST /api/analyze` - Complete text analysis endpoint (all features)
- `POST /api/similarity` - Text similarity comparison endpoint
- `GET /api/health` - Health check endpoint

### API Usage Examples

**Text Analysis:**
```json
POST /api/analyze
{
"text": "Your text to analyze here"
}
```

**Text Similarity:**
```json
POST /api/similarity
{
"text1": "First text",
"text2": "Second text"
}
```

## Example Analysis Output

The comprehensive analysis provides:
- **Text Statistics**: Word count, sentence count, vocabulary richness
- **Language Detection**: Detected language with confidence scores
- **Sentiment Scores**: Overall sentiment with detailed breakdown
- **Emotion Detection**: Primary emotion and emotion distribution
- **Named Entities**: People, organizations, locations, etc.
- **Text Classification**: Category classification with confidence
- **Text Summarization**: Extractive or abstractive summary
- **Readability Metrics**: Multiple readability scores and grade levels
- **Advanced Keywords**: TF-IDF keywords, bigrams, and trigrams
- **POS Analysis**: Part-of-speech distribution and statistics
- **Keywords & Topics**: Main themes and important terms
- **Preprocessing Details**: Cleaned text and tokenization results

## Requirements

- Python 3.8+
- 4GB+ RAM recommended (for transformer models)
- Internet connection (for downloading models on first run)

## License

This project is provided by RSK World for educational and development purposes.

## Support

For support, contact:
- **Website**: https://rskworld.in
- **Email**: help@rskworld.in
- **Phone**: +91 93305 39277

---

**Developed by RSK World - 2026**

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About RSK World

Founded by Molla Samser, with Designer & Tester Rima Khatun, RSK World is your one-stop destination for free programming resources, source code, and development tools.

Founder: Molla Samser
Designer & Tester: Rima Khatun

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