f1-nexus-cli-1.0.0-alpha.2 is not a library.

f1-nexus-cli

Command-line interface for F1 Nexus - Optimize Formula 1 race strategies from your terminal.

Features

🏎️ Strategy Optimization: Find optimal pit stops with a single command
🎲 Race Simulation: Run Monte Carlo simulations for strategy validation
📊 Beautiful Output: Colored, formatted results with progress indicators
⚡ Fast: Optimization in <100ms, simulation in ~2 seconds
🔧 Flexible: Configure every aspect of race strategy
📈 Statistics: Confidence intervals, percentiles, distributions

Installation

cargo

cargo install f1-nexus-cli

From source

git clone https://github.com/mrkingsleyobi/f1-nexus
cd f1-nexus
cargo install --path crates/f1-nexus-cli

Quick Start

Optimize pit strategy

f1-nexus optimize --track monaco --laps 78

Output:

🏁 F1 Nexus Strategy Optimizer
━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━

Track: Circuit de Monaco
Total Laps: 78
Available Compounds: C1, C2, C3

Optimal Strategy:
  Starting Compound: C3 (Soft)

  Pit Stops:
  1. Lap 28 → C2 (Medium)
  2. Lap 52 → C1 (Hard)

  Predicted Race Time: 6847.2s (1:54:07.2)
  Confidence: 87.5%

✓ Strategy optimized in 67ms

Simulate race

f1-nexus simulate --track spa --laps 44 --iterations 10000

Output:

🎲 Running 10,000 race simulations...
━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━
[████████████████████████████████] 10000/10000

Results:
  Mean Finish Time: 4852.3s
  Median:           4849.1s
  Std Dev:          ±23.7s

  Percentiles:
  P10:  4812.5s
  P25:  4834.2s
  P50:  4849.1s
  P75:  4868.9s
  P90:  4891.7s

  DNF Probability: 2.3%

✓ Simulation complete in 2.1s

Commands

`optimize`

Find optimal pit stop strategy using dynamic programming.

f1-nexus optimize [OPTIONS]

Options:

--track <TRACK> - Circuit name (monaco, silverstone, spa, etc.)
--laps <N> - Total race laps
--compounds <C1,C2,C3> - Available tire compounds
--position <N> - Starting position (default: 1)
--fuel <KG> - Starting fuel in kg (default: 110.0)
--json - Output as JSON

Example:

f1-nexus optimize --track silverstone --laps 52 --compounds C1,C2,C3 --position 5

`simulate`

Run Monte Carlo race simulation.

f1-nexus simulate [OPTIONS]

Options:

--track <TRACK> - Circuit name
--laps <N> - Total race laps
--iterations <N> - Number of simulations (default: 10000)
--strategy <FILE> - Load strategy from JSON file
--json - Output as JSON

Example:

f1-nexus simulate --track monaco --laps 78 --iterations 50000 --json > results.json

`circuits`

List all supported F1 circuits.

f1-nexus circuits

`compounds`

List all tire compound types.

f1-nexus compounds

Supported Circuits

🇲🇨 Monaco (Circuit de Monaco)
🇬🇧 Silverstone (Silverstone Circuit)
🇧🇪 Spa (Spa-Francorchamps)
🇮🇹 Monza (Autodromo Nazionale di Monza)
🇯🇵 Suzuka (Suzuka Circuit)
🇸🇬 Singapore (Marina Bay Street Circuit)
🇦🇪 Abu Dhabi (Yas Marina Circuit)
...and 17 more official F1 circuits

JSON Output

Use --json flag for machine-readable output:

f1-nexus optimize --track monaco --laps 78 --json | jq

{
  "strategyId": "opt-monaco-1734389234",
  "track": "monaco",
  "totalLaps": 78,
  "startingCompound": "C3",
  "pitStops": [
    {
      "lap": 28,
      "compound": "C2",
      "pitLoss": 22.0,
      "reason": "Optimal",
      "confidence": 0.89
    }
  ],
  "predictedRaceTime": 6847.2,
  "confidence": 0.875
}

Integration Examples

Use in shell scripts

#!/bin/bash

# Optimize for all circuits
for circuit in monaco silverstone spa monza; do
  echo "Optimizing for $circuit..."
  f1-nexus optimize --track $circuit --laps 70 --json > "strategy-$circuit.json"
done

Pipe to other tools

# Export to CSV
f1-nexus simulate --track spa --iterations 10000 --json | \
  jq -r '.simulations[] | [.finishTime, .position] | @csv' > results.csv

# Compare strategies
f1-nexus optimize --track monaco --json | jq '.predictedRaceTime'

Performance

Optimization: 45-100ms for typical race
Simulation: 1.8-2.5s for 10,000 iterations
Memory: <50MB peak usage
CPU: Utilizes all cores for simulation

Use Cases

Race Engineers: Quick strategy calculations during practice/qualifying
Strategy Analysts: Batch analysis of different scenarios
Data Scientists: Generate training data for ML models
Developers: Test F1 Nexus libraries
Students: Learn about F1 strategy optimization

Configuration

Set environment variables:

export F1_NEXUS_LOG=debug        # Enable debug logging
export F1_NEXUS_THREADS=8        # Set thread count
export F1_NEXUS_CACHE=/tmp/f1    # Set cache directory

Documentation

License

Licensed under either of Apache License, Version 2.0 or MIT license at your option.

f1-nexus-cli 1.0.0-alpha.2