RandomShocks

How it works

RandomShocks is a system that randomly triggers a PiShock device based on your settings. Here's how it works:

Startup Delay: The system waits for this duration before starting. This gives you time to get into whatever position you want before the shocker starts.
Lifetime: The system will run for this duration before automatically stopping.
Random Delays: Between each potential shock, the system waits for a random duration between your minimum and maximum delay settings.
Trigger Probability: After each delay, there's a chance (based on your setting) that the system will trigger a shock sequence.
Shock Sequence: When triggered, the system may:
- Vibrate before shocking (if enabled)
- Beep before shocking (if enabled)
- Apply a shock with random duration and intensity within your specified ranges

Use the Validate tab to check your settings before running, or use the Execute tab to start the system immediately.

Your settings are NOT stored on the server. They are only kept in memory for the duration of the session.

Disclaimer: To ensure safety, do not wear the shocker on the neck, spine or chest. This system is not responsible for any damage to your device or body. Use at your own risk.

Settings:

Save settings after validation

Validating...

Settings:

Save settings after execution

Executing...

Example

{
    "username": "your_username",    // PiShock username
    "sharecode": "your_sharecode",  // PiShock sharecode
    "apikey": "your_api_key",       // PiShock API key
    "startup_delay": "60s",         // Duration to wait before starting (e.g. "60s", "5m", "1h")
    "lifetime": "60m",              // Duration to run before stopping (e.g. "30m", "1h", "2h")
    "schedule": {
        "min_delay": "30s",          // Minimum delay between shocks (e.g. "30s", "1m", "5m")
        "max_delay": "60s",          // Maximum delay between shocks (e.g. "60s", "2m", "10m")
        "trigger_probability": 30,   // Chance to shock after delay (0-100)
        "vibrate_before_shock_probability": 100,  // Chance to vibrate before shock (0-100)
        "beep_before_shock_probability": 0,       // Chance to beep before shock (0-100)
        "vibrate_options": {
            "min_duration": 1,       // Minimum vibrate duration in seconds (1+)
            "max_duration": 1,       // Maximum vibrate duration (>= min_duration)
            "min_intensity": 20,     // Minimum vibrate intensity (1-100)
            "max_intensity": 20      // Maximum vibrate intensity (>= min_intensity)
        },
        "beep_options": {
            "min_duration": 1,       // Minimum beep duration in seconds (1+)
            "max_duration": 1,       // Maximum beep duration (>= min_duration)
            "min_intensity": 10,     // Minimum beep intensity (1-100)
            "max_intensity": 10      // Maximum beep intensity (>= min_intensity)
        },
        "shock_options": {
            "min_duration": 1,       // Minimum shock duration in seconds (1+)
            "max_duration": 1,       // Maximum shock duration (>= min_duration)
            "min_intensity": 5,      // Minimum shock intensity (1-100)
            "max_intensity": 15      // Maximum shock intensity (>= min_intensity)
        }
    }
}