go-lucky
๐ Go lottery analyzer with cosmic correlations & statistical wizardry
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Repository
๐ Go lottery analyzer with cosmic correlations & statistical wizardry
Basic Info
- Host: GitHub
- Owner: mrz1836
- License: mit
- Language: Go
- Default Branch: master
- Homepage: https://goluckycode.org
- Size: 1.9 MB
Statistics
- Stars: 2
- Watchers: 0
- Forks: 0
- Open Issues: 0
- Releases: 4
Topics
Metadata Files
README.md
๐ Go-Lucky: NC Lucky for Life Lottery Analyzer
Advanced Statistical Analysis Tool with Cosmic Correlation Research for Educational Demon of Randomness
| Build & Quality | Documentation & Meta | Statistics & Performance | Community |
|---|---|---|---|
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๐๏ธ Table of Contents
- Quick Start
- How It Works
- Usage Examples
- Analysis Modes
- Cosmic Correlation Analysis
- Understanding the Output
- Performance
- Testing & Development
- Mage Commands Reference
- Mathematical Insights
- Contributing
- License & Disclaimer
โก Quick Start
Get up and running with go-lucky in under 3 minutes!
Prerequisites
- Go 1.21+ installed
- MAGE-X installed (
go install github.com/mrz1836/mage-x@latest) - Historical lottery data file (included:
data/lucky-numbers-history.csv)
Installation
```bash
Clone the repository
git clone https://github.com/mrz1836/go-lucky.git cd go-lucky
Run the complete cosmic analysis (RECOMMENDED)
magex analysis:full ```
First Analysis
```bash
Quick cosmic lottery analysis with predictions
magex analysis:full
Simple summary view with hot numbers
magex analysis:simple
Generate multiple number recommendation sets
magex quick:luckypicks ```
That's it! ๐ go-lucky automatically: - Analyzes 2000+ historical lottery drawings - Performs statistical randomness verification - Calculates cosmic correlations (moon phases, solar activity, weather) - Generates number recommendations using 6 different strategies - Provides educational insights about probability and statistics
๐ How It Works
go-lucky combines rigorous statistical analysis with cosmic correlation research to create an educational demonstration of randomness in lottery systems.
The Analysis Pipeline
๐ Historical Data ๐ Statistical Analysis ๐ Cosmic Correlations ๐ฏ Recommendations
โ โ โ โ
2000+ โโโโโโโผโโโโโโ โโโโโโโผโโโโโโ โโโโโโโผโโโโโโ
Drawings โโโโโโค Frequency โ โโโโโโคMoon Phasesโ โโโโโโค Strategy โ
| โ โ Analysis โ โ โSolar Wind โ โ โ Engine โ
โ โ โโโโโโโโโโโโโ โ โWeather โ โ โโโโโโโโโโโโโ
โ โ โ โPlanetary โ โ
โ โ โโโโโโโโโโโโโ โ โโโโโโโโโโโโโ โ โโโโโโโโโโโโโ
โโโโโโโโโโโโโโโโโผโโโโโคGap/Patternโโโโโโโโโโโผโโโโโโโโโโโโโโโโโโโโโโโโโโโโโโโโค Results โ
โ โ Detection โ โ โ โ Export โ
โ โโโโโโโโโโโโโ โ โ โโโโโโโโโโโโโ
โ โ โ
โ โโโโโโโโโโโโโ โ โโโโโโโโโโโโโ โ โโโโโโโโโโโโโ
โโโโโโคChi-Square โ โโโโโโคSignificanceโโโโโโโโโโผโโโโโคEducationalโ
โRandomness โ โ Testing โ โ โ Insights โ
โโโโโโโโโโโโโ โโโโโโโโโโโโโ โ โโโโโโโโโโโโโ
โ
โโโโโโถ ๐ Reports
Core Principles
- Statistical Rigor - Uses proper mathematical methods (chi-square tests, correlation analysis, significance testing)
- Educational Focus - Demonstrates why cosmic correlations don't predict lottery outcomes
- Randomness Verification - Confirms lottery fairness through multiple statistical tests
- Pattern Analysis - Shows how humans perceive patterns in truly random data
What Makes It Unique
โ Comprehensive Analysis - Frequency, gaps, patterns, combinations, randomness verification โ Cosmic Research - Moon phases, solar activity, weather, planetary positions โ Educational Value - Teaches statistics, probability, and correlation vs causation โ Multiple Strategies - 6 different number selection approaches โ Performance Optimized - Analyzes 2000+ drawings in ~1 second โ Export Capabilities - JSON/CSV output for further analysis
๐ก Usage Examples
๐ Complete Cosmic Analysis
The full experience with statistical and cosmic correlation analysis:
bash
magex analysis:full
Sample Output: ``` โโโโโโโโโโโโโโโโโโโโโโโโโโโโโโโโโโโโโโโโโโโโโโโโโโโโโโโโโโโโโโโโ โ ๐ COSMIC LOTTERY CORRELATION ANALYZER โ โโโโโโโโโโโโโโโโโโโโโโโโโโโโโโโโโโโโโโโโโโโโโโโโโโโโโโโโโโโโโโโโ
Total Drawings Analyzed: 2,847 Date Range: 01/01/2015 to 07/24/2025 Randomness Score: 87.3% (Expected: 85-100% for fair lottery)
๐ LUNAR CORRELATIONS โโโโโโโโโโโโโโโโโโโโโ โข Full Moon Lucky Numbers: Number 7 appears 2.3% more frequently during Full Moon Statistical Significance: None (p=0.847)
โ๏ธ SOLAR ACTIVITY CORRELATIONS โโโโโโโโโโโโโโโโโโโโโโโโโโโโโ โข Solar Wind vs High Numbers: No significant correlation detected (p=0.923) Correlation coefficient: 0.003 (essentially zero)
๐ฎ CURRENT COSMIC CONDITIONS โโโโโโโโโโโโโโโโโโโโโโโโโโ Date: July 24, 2025 Moon Phase: New Moon (4% illuminated) Zodiac Sign: Leo Day of Week: Thursday
๐ฏ TODAY'S COSMIC SUGGESTION: New moon periods show balanced number distribution. A mix of high and low numbers may be favorable.
๐ Cosmic Selection: 45-22-01-23-42 Lucky Ball: 11 ```
๐ Quick Summary Analysis
For fast insights and number picks:
bash
magex analysis:simple
๐ฅ Hot Numbers Analysis
See what's trending recently:
```bash magex quick:hotnumbers
Output: Current hot numbers based on recent 50 drawings
```
๐ฒ Multiple Number Sets
Generate various recommendation strategies:
```bash magex quick:luckypicks
Output: 5 different number sets using different strategies
```
๐ Statistical Deep Dive
For mathematics enthusiasts:
```bash magex analysis:statistical
Detailed chi-square analysis, p-values, statistical significance testing
```
๐ Analysis Modes
๐ Full Analysis (magex analysis:full)
The Complete Experience - Recommended for first-time users - Traditional statistical analysis with frequency tracking - Cosmic correlation analysis (moon, solar, weather, planetary) - Current cosmic conditions and predictions - Multiple number recommendation strategies - Educational insights about randomness and correlation
๐ Statistical Mode (--statistical)
Deep Mathematical Analysis - For data science enthusiasts - Chi-square randomness testing with detailed results - Frequency distribution analysis with standard deviations - Gap analysis with statistical significance testing - P-values and confidence intervals for all measurements - Pattern detection with mathematical validation
๐ฏ Simple Mode (--simple)
Quick Overview - Perfect for regular use - Top 5 hot numbers (frequently appearing recently) - Top 5 overdue numbers (haven't appeared beyond average gap) - Quick number picks using balanced strategy - Cosmic pick based on current astronomical conditions - Summary statistics and randomness score
๐ Cosmic Mode (--cosmic)
Cosmic Correlation Focus - Educational demonstration - Moon phase correlation analysis with statistical testing - Solar activity impact analysis (solar wind, geomagnetic activity) - Weather pattern correlations with lottery outcomes - Planetary position tracking and Mercury retrograde analysis - Seasonal and zodiac-based pattern analysis - Current cosmic conditions with "influenced" predictions
๐ Cosmic Correlation Analysis
๐ Educational Purpose
The cosmic correlation analysis is designed to demonstrate why external factors don't influence lottery outcomes, making it a powerful educational tool for understanding:
- Correlation vs Causation - How random data can show apparent patterns
- Statistical Significance - What p-values mean and why they matter
- Confirmation Bias - How humans perceive patterns in randomness
- Scientific Method - Proper hypothesis testing with control groups
๐ What We Analyze
Moon Phases & Lunar Cycles
๐ New Moon โ Number distribution analysis
๐ First Quarter โ Frequency pattern detection
๐ Full Moon โ "Lucky number" correlations
๐ Last Quarter โ Gap analysis during lunar phases
Solar Activity & Space Weather
โ๏ธ Solar Wind Speed โ High number frequency correlation
๐ช๏ธ Geomagnetic Storms โ Consecutive number pair analysis
โก Solar Flares โ Even/odd ratio variations
๐ก๏ธ Cosmic Ray Flux โ Pattern disruption detection
Weather & Environmental Factors
๐ก๏ธ Temperature โ Even/odd number correlations
๐ง๏ธ Precipitation โ Sum range variations
๐จ Wind Speed โ Number clustering analysis
โ๏ธ Cloud Cover โ Drawing timing correlations
Planetary Positions & Astronomy
โฟ๏ธ Mercury Retrograde โ Communication number patterns
โ Jupiter Position โ "Lucky" number amplification
โ Saturn Transit โ Conservative number selection
๐ Earth Seasons โ Temporal pattern analysis
๐ Typical Findings
Our comprehensive analysis of 2000+ drawings consistently shows:
| Factor | Correlation | P-Value | Significance | Interpretation | |---------------------|-------------|---------|--------------|------------------------------| | Moon Phases | 0.003 | 0.847 | None | Random variation | | Solar Activity | -0.012 | 0.923 | None | No meaningful correlation | | Weather Patterns | 0.018 | 0.634 | None | Within noise threshold | | Planetary Positions | 0.001 | 0.991 | None | Essentially zero correlation |
Key Educational Insight: All correlations fall within expected random variation, proving the lottery operates as a truly random system unaffected by cosmic forces.
๐ Understanding the Output
๐ฏ Randomness Score Interpretation
- 90-100%: Perfectly random (ideal for fair lottery)
- 85-90%: Highly random with minimal deviation
- 70-85%: Mostly random with some pattern clusters
- Below 70%: Showing non-random patterns (investigate further)
NC Lucky for Life typically scores 85-90%, confirming excellent randomness.
๐ Statistical Significance Levels
- P-values < 0.01: Highly significant (but likely coincidental in lottery context)
- P-values < 0.05: Significant (worth noting, but not predictive)
- P-values > 0.1: No meaningful correlation (expected for cosmic factors)
๐ Number Categories Explained
๐ฅ Hot Numbers - Appeared frequently in recent drawings - Based on configurable window (default: last 50 drawings) - Frequency percentage shown relative to expected rate - Remember: Past frequency doesn't predict future draws
๐ง Cold Numbers - Haven't appeared recently - Numbers below expected frequency in recent window - Often become "due" in gamblers' minds (fallacy!) - Each drawing is independent of previous results
โฐ Overdue Numbers - Beyond their average gap - Numbers that haven't appeared for longer than statistical average - Gap multiplier shows how overdue (1.5x = 50% beyond average) - Overdue status has zero predictive value
๐ Cosmic Numbers - Generated using astronomical data - Based on current moon phase, zodiac sign, planetary positions - Demonstrates how any system can generate "meaningful" numbers - Pure entertainment value, zero predictive ability
๐ฏ Recommendation Strategies
- ๐ฏ Balanced - Combines multiple factors for well-rounded selection
- ๐ฅ Hot - Focuses on recently frequent numbers
- โฐ Overdue - Emphasizes numbers beyond average gap
- ๐ Pattern - Numbers that historically appear together
- ๐ Frequency - Pure historical frequency approach
- ๐ Cosmic - Based on current astronomical conditions
Critical Understanding: All strategies have identical odds of winning (1 in 30,821,472 for jackpot).
๐๏ธ Performance
go-lucky is optimized for speed and efficiency:
โก Analysis Speed
- Core Analysis: Processes 2000+ drawings in ~1 second
- Cosmic Enrichment: Adds ~2 seconds for astronomical calculations
- Full Report Generation: Complete analysis in ~3-4 seconds total
- Export Operations: JSON/CSV export adds ~500ms
๐พ Resource Usage
- Memory Footprint: ~50MB for complete dataset analysis
- CPU Usage: Single-core analysis, scales with drawing count
- Disk I/O: Minimal - only reads CSV and writes optional exports
- Network: No external API calls (all calculations local)
๐ Scalability Characteristics
- Linear Performance: Analysis time scales linearly with drawing count
- Memory Efficient: Constant memory usage regardless of dataset size
- Concurrent Safe: Multiple analyses can run simultaneously
- Cache Friendly: Optimized data structures for CPU cache efficiency
๐งช Benchmark Results
Based on Apple M1 Max testing with 3,653+ drawings:
| Operation | Time (ms) | Operations/sec | Memory (MB) | |----------------------------|------------|----------------|-------------| | Data Loading (CSV Parsing) | 11.9 | 84 | 5.7 | | Recommendation Generation | 0.59 | 1,684 | 0.03 | | Pattern Analysis | 0.35 | 2,844 | 0.11 | | Cosmic Correlations | 2,300 | 0.43 | 45 | | Report Generation | 0.2 | 5,000 | 0.01 | | Full Analysis Total | ~2,313 | 0.43 | 51 |
Performance measured on Apple M1 Max. Results vary by system and dataset size.
๐งช Testing & Development
๐ฌ Test Suite Overview
go-lucky maintains comprehensive test coverage across all components: - **Unit Tests**: 89.8% code coverage across core functionality - **Integration Tests**: End-to-end analysis pipeline testing - **Benchmark Tests**: Performance regression prevention - **Statistical Tests**: Verification of mathematical correctness - **Edge Case Tests**: Error handling and boundary conditions ```bash # Run all tests with coverage magex test # Run with race detector (slower but thorough) magex test # Generate HTML coverage report magex docs:coverage # Run benchmarks magex benchmark ```
๐ ๏ธ Local Development Setup
```bash # Clone and setup git clone https://github.com/mrz1836/go-lucky.git cd go-lucky # Install dependencies magex deps:tidy # Run linter and tests magex lint magex test # Build the binary magex build:dev # Run local analysis ./bin/go-lucky --simple ``` **Development Guidelines:** - Follow conventions in `AGENTS.md` - Add tests for all new features - Maintain or improve code coverage - Update documentation for user-facing changes - Ensure randomness verification isn't compromised
โ๏ธ Configuration Options
The analyzer supports various configuration options: ```go type AnalysisConfig struct { RecentWindow int // Number of recent drawings to analyze (default: 50) MinGapMultiplier float64 // Multiplier for overdue detection (default: 1.5) ConfidenceLevel float64 // Statistical confidence level (default: 0.95) OutputMode string // Output format: detailed|simple|statistical|cosmic ExportFormat string // Export format: console|json|csv } ```
๐ Adding New Analysis Features
To add new statistical analysis or cosmic correlation features: 1. **Statistical Analysis**: Add to `analyzeData()` function 2. **Cosmic Correlations**: Extend `cmd/go-lucky/cosmic_correlator.go` 3. **Output Formatting**: Update report generation functions 4. **Testing**: Add comprehensive tests including edge cases 5. **Documentation**: Update README and inline documentation Example of adding a new correlation: ```go func (ce *CorrelationEngine) analyzeNewFactor() { // 1. Collect data for your factor // 2. Calculate correlations with lottery outcomes // 3. Perform significance testing // 4. Add results to correlationResults slice } ```
๐ฏ Mage Commands Reference
๐ Analysis Commands
| Command | Description | Use Case |
|------------------------------|-------------------------------------------|---------------------------|
| magex analysis:full | ๐ Complete cosmic + statistical analysis | Recommended first run |
| magex analysis:simple | Quick summary with hot numbers | Daily number checking |
| magex analysis:statistical | Detailed mathematical analysis | Academic/research use |
| magex analysis:cosmic | Cosmic correlations only | Educational demonstration |
| magex quick:luckypicks | Generate multiple number sets | Number selection variety |
| magex quick:hotnumbers | Show current hot numbers | Quick trending check |
| magex quick:overdue | Show most overdue numbers | Gap analysis focus |
๐ Export Commands
| Command | Description | Output |
|---------------------|------------------------------|----------------------------------|
| magex export:json | Export full analysis to JSON | lottery_analysis_YYYYMMDD.json |
| magex export:csv | Export analysis data to CSV | lottery_analysis_YYYYMMDD.csv |
๐ ๏ธ Development Commands
| Command | Description | When to Use |
|-----------------------|-------------------------------|-----------------------|
| magex build:dev | Build the analyzer binary | Local development |
| magex test | Run all tests | Before committing |
| magex lint | Run code linters | Code quality check |
| magex benchmark | Run performance benchmarks | Performance testing |
| magex deps:tidy | Install/update dependencies | Initial setup |
๐ญ Fun Commands
| Command | Description | Purpose |
|---------------------------|---------------------------------|-------------------|
| magex fun:cosmicwisdom | Display cosmic lottery wisdom | Entertainment |
| magex fun:fortune | Get your cosmic lottery fortune | Daily inspiration |
โก Quick Command Combinations
```bash
Development workflow
magex lint && magex test && magex build:dev
Analysis workflow
magex analysis:full && magex export:json ```
๐ Mathematical Insights
๐ฒ The Nature of Lottery Randomness
Why Lotteries Are Designed to Be Random: - Mechanical ball drawing systems use physical randomness - Air circulation creates chaotic, unpredictable ball movement - Each drawing is completely independent of previous results - No external factors (cosmic or otherwise) can influence outcomes
Statistical Properties of NC Lucky for Life: ``` Total Possible Combinations: 30,821,472 - Main Numbers (5 from 48): 1,712,304 combinations - Lucky Ball (1 from 18): 18 possibilities - Combined: 1,712,304 ร 18 = 30,821,472
Expected Frequency per Number: 1/48 = 2.083% Expected Gap Between Appearances: ~23 drawings Standard Deviation in Gaps: ~23 drawings (Poisson distribution) ```
๐ Why Cosmic Patterns Don't Predict
The Correlation Fallacy: 1. Sample Size Effect - With 2000+ drawings, some correlations will appear significant by chance 2. Multiple Comparisons - Testing many cosmic factors increases false positive probability 3. Post-hoc Analysis - Finding patterns after data collection leads to spurious correlations 4. Confirmation Bias - Human tendency to notice confirming patterns, ignore contradictory data
Statistical Reality Check:
Expected Random Correlations (ฮฑ = 0.05): ~5% of tests will show "significance"
Observed Cosmic Correlations: ~4.2% show p < 0.05 (within expected random range)
Strongest Correlation Found: r = 0.043 (moon phase vs number sum)
Practical Significance: Zero predictive value
๐ฌ What This Tool Actually Demonstrates
โ Educational Value: - Proper Statistical Analysis - Shows how to analyze random data scientifically - Correlation vs Causation - Demonstrates the difference through concrete examples - Randomness Verification - Proves lottery fairness through mathematical testing - Pattern Recognition - Shows how humans perceive patterns in random data - Scientific Method - Applies hypothesis testing to real-world data
โ What It Cannot Do: - Predict Future Numbers - Each drawing has identical odds regardless of history - Improve Winning Odds - No analysis can change the mathematical probability - Find "Due" Numbers - Past results have zero influence on future draws - Exploit Cosmic Forces - External factors have no causal relationship with lottery outcomes
๐งฎ The Mathematics of Independence
Why Past Results Don't Matter: Each lottery drawing is a Bernoulli trial with: - Fixed probability for each outcome - Independence from previous trials - No memory of past results - Identical conditions for every drawing
Gambler's Fallacy Explained: ```python
This thinking is WRONG:
if number7hasntappearedlately: probabilityof7_increases() # False!
This is CORRECT:
for everydrawing: probabilityof_7 = 1/48 # Always the same! ```
๐ Statistical Significance in Context
Understanding P-Values in Lottery Analysis: - p < 0.001: Happens 1 in 1000 times by chance (still not predictive!) - p < 0.01: Happens 1 in 100 times by chance (interesting but meaningless) - p < 0.05: Happens 1 in 20 times by chance (traditional significance threshold) - p > 0.05: No statistical significance (expected for cosmic factors)
The Multiple Testing Problem: When testing 100 cosmic correlations, we expect ~5 to show p < 0.05 by pure chance. This is exactly what we observe, confirming randomness.
๐ค Contributing
We welcome contributions that enhance the educational and analytical value of go-lucky!
๐ How to Contribute
- Fork the repository and create your feature branch
- Follow Go conventions and add comprehensive tests
- Maintain or improve code coverage (currently 89.8%)
- Update documentation for user-facing changes
- Ensure statistical accuracy - no false claims about prediction ability
```bash
Development workflow
git checkout -b feature/amazing-analysis magex lint && magex test # Ensure quality git commit -m 'feat: add amazing statistical analysis' git push origin feature/amazing-analysis
Open a Pull Request
```
๐ฏ Contribution Areas
๐ฌ Statistical Analysis Enhancements - New mathematical tests for randomness verification - Advanced pattern detection algorithms - Additional statistical measures and visualizations
๐ Educational Cosmic Correlations - More astronomical factors for educational demonstration - Better visualization of correlation vs causation concepts - Enhanced explanations of statistical significance
๐ ๏ธ Technical Improvements - Performance optimizations for large datasets - Additional export formats (Excel, PDF reports) - Enhanced command-line interface
๐ Documentation & Education - Clearer explanations of statistical concepts - More examples of probability theory in action - Interactive tutorials or examples
๐ Code Standards
- Go Conventions: Follow standard Go formatting and naming
- Test Coverage: Maintain or improve the 89.8% coverage rate
- Documentation: Update both code comments and README
- Performance: Don't compromise analysis speed without good reason
- Educational Integrity: Maintain clear disclaimers about prediction limitations
๐งช Testing Your Contributions
```bash
Run the full test suite
magex test
Verify code quality
magex lint
Test performance impact
magex benchmark ```
๐ License & Disclaimer
โ๏ธ License
This project is for educational purposes only. Use at your own risk.
It is licensed under the MIT License.
โ ๏ธ Critical Understanding
EDUCATIONAL DEMONSTRATION TOOL: This software demonstrates sophisticated statistical and correlation analysis of random data. It includes cosmic correlation analysis specifically to show how even astronomical events have no meaningful relationship with lottery outcomes.
๐ The Educational Mission
The cosmic correlation features are designed to:
- ๐ Educate about correlation vs causation through concrete examples
- ๐ฌ Demonstrate proper statistical analysis techniques on real data
- ๐ญ Entertain with interesting but scientifically meaningless patterns
- โ Prove that lottery drawings are truly random and unaffected by external forces
๐ซ What This Tool Cannot and Will Not Do
The tool cannot and will not: - ๐ฏ Predict lottery numbers - Each combination has identical probability - ๐ฐ Improve your odds of winning - Mathematical odds remain constant - ๐ Find meaningful cosmic influences - All correlations are within random variation - ๐ฐ Make you money - The house edge ensures long-term losses for players
๐ง Remember the Mathematics
In a fair lottery, every number combination has exactly the same probability of being drawn: 1 in 30,821,472 for NC Lucky for Life jackpot.
This probability never changes, regardless of: - Moon phases or solar activity - Weather patterns or planetary positions - Past drawing results or "overdue" numbers - Any analysis or strategy you might employ
๐ฒ Play Responsibly
"The lottery is a tax on people who are bad at math, but it's also a fascinating demonstration of true randomness in action."
The only guaranteed way to not lose money on the lottery is to not play.
If you choose to play: - Set strict spending limits you can afford to lose - Treat it as entertainment, not investment - Never chase losses or believe in "systems" - Remember that all number combinations are equally likely
Owner
- Name: Mr. Z
- Login: mrz1836
- Kind: user
- Location: BitCoin
- Company: @skyetel @buxorg @BitcoinSchema @tonicpow @bitcoin-sv
- Website: https://mrz1818.com
- Twitter: mrz1818
- Repositories: 40
- Profile: https://github.com/mrz1836
#DevOps #Go #BitCoin
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Last synced: 6 months ago
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proxy.golang.org: github.com/mrz1836/go-lucky
Package main provides the command-line interface for the NC Lucky for Life lottery analyzer. This cosmic-powered lottery analysis tool combines statistical analysis with celestial correlations to provide entertaining insights into lottery patterns. Whether you believe in the stars or statistics, this analyzer offers multiple perspectives on lottery data - all while maintaining a healthy skepticism about the truly random nature of lottery drawings. Features include frequency analysis, pattern detection, gap analysis, and whimsical cosmic correlations with moon phases, planetary positions, and other astronomical phenomena. Perfect for the mathematically curious lottery enthusiast who enjoys a good laugh at the universe's expense. Remember: Past performance does not predict future results, the house always wins, and the stars are not responsible for your gambling decisions! ๐ฒโจ
- Homepage: https://github.com/mrz1836/go-lucky
- Documentation: https://pkg.go.dev/github.com/mrz1836/go-lucky#section-documentation
- License: MIT
-
Latest release: v1.2.1
published 6 months ago
Rankings
Dependencies
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