ぼっちラブカシミュレーター (Bocchi Loveca Simulator)

This project is a web-based simulator designed for solo Loveca play, functioning as a "smarter dice" to generate scores. It aims to provide a realistic simulation of Loveca outcomes by incorporating a nuanced scoring method.

Scoring Method

The scoring for each deck is determined by an array of points, referencing src/utils/presets.ts. The final score is calculated using a sigmoid function:

$$ y=\operatorname{round}\left(\frac{m}{1+e^{-ax+b}}\right) $$

Where:

• x is a random number between 0 and 1.
• a and b are values that determine the difficulty, as referenced in src/utils/index.ts.
• m is the maximum possible score.

The use of a sigmoid function allows for a distribution where 0% and 100% probabilities are more common, with a smooth gradient for intermediate values. This mimics real-world scenarios where outcomes are often either complete failure (0%) or ideal success (100%), with varying degrees of partial success in between.

Features

• Simulates Loveca scores for solo play.
• Utilizes a sigmoid function for realistic score distribution.
• References external data for deck configurations and difficulty parameters.

Technical Details

The project is a web application, likely built with JavaScript/TypeScript, given the file structure and the nature of the calculations.