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NexusFine - AI驱动的物理游戏引擎

中文名:聚合设计

一个 AI 驱动的物理游戏引擎,可以快速构建子弹下落、球类运动等 2D/3D 物理小游戏。

特性:

  • AI 驱动 - 使用 AI 进行物理计算
  • 简单易用 - 几行代码即可创建游戏
  • 2D/3D 支持 - 自动适配维度
  • 档位调节 - A/B/C 三档性能调节
  • 模块化设计 - 子弹、球、云、蒸汽
  • 物理对象 - Bullet、Ball、Cloud、Steam
  • 参数可调 - 重力、地面位置、反弹系数等

安装: pip install NexusFine

快速开始: from nexusfine import NF a = "SK-XXXXXXX" NF(a) # X轴 NF(a) # Y轴 NF(a, a) # 构建 2D 系统 NF("Game.exe") # 启动游戏

物理对象使用: from nexusfine import NF, NB, NC, NS

子弹 - 2D 直线运动 + 重力

bullet = NF.Bullet(x=0, y=10, vx=5, vy=0) bullet.update(0.016) print(f"x={bullet.x:.2f}, y={bullet.y:.2f}")

球 - 2D 弹跳运动(可自定义参数)

ball = NB.Ball(x=0, y=5, radius=10, gravity=300, bounce=0.8, ground_y=600) ball.vx = 3 ball.update(0.016)

云 - 2D 飘动

cloud = NC.Cloud(x=0, y=5) cloud.update(0.016)

蒸汽 - 3D 扩散

steam = NS.Steam(x=0, y=0, z=0) steam.update(0.016)

模块说明: NF - 子弹,2D (X, Y),提供 Bullet() NB - 球,2D (X, Y),提供 Ball() NC - 云,2D (X, Y),提供 Cloud() NS - 蒸汽,3D (X, Y, Z),提供 Steam()

物理对象参数: Bullet(x=0, y=0, vx=5, vy=0, gravity=300)

  • x: 初始X位置
  • y: 初始Y位置
  • vx: 水平速度
  • vy: 垂直速度(受重力影响)
  • gravity: 重力加速度(像素/秒²),默认 300

Ball(x=0, y=0, radius=10, gravity=300, bounce=0.8, ground_y=600)

  • x: 初始X位置
  • y: 初始Y位置
  • radius: 球半径
  • gravity: 重力加速度(像素/秒²),默认 300
  • bounce: 反弹系数,默认 0.8
  • ground_y: 地面Y坐标,默认 600

Cloud(x=0, y=0, vx=0.5, vy=0.1)

  • x: 初始X位置
  • y: 初始Y位置
  • vx: 水平速度,默认 0.5
  • vy: 垂直速度,默认 0.1

Steam(x=0, y=0, z=0, rise_speed=0.5, diffusion=0.3)

  • x: 初始X位置
  • y: 初始Y位置
  • z: 初始Z位置
  • rise_speed: 上升速度,默认 0.5
  • diffusion: 扩散幅度,默认 0.3

更新方法: 所有物理对象都有 update(dt=0.016) 方法

  • dt: 时间步长,默认 0.016(60帧/秒)
  • 返回: {"x": x, "y": y, ...}

使用示例: 子弹: from nexusfine import NF a = "SK-XXXXXXX" NF(a); NF(a); NF(a, a) bullet = NF.Bullet(x=0, y=10, vx=5, vy=0) for i in range(10): bullet.update(0.1) print(f"x={bullet.x:.2f}, y={bullet.y:.2f}")

球: from nexusfine import NB a = "SK-XXXXXXX" NB(a); NB(a); NB(a, a) ball = NB.Ball(x=0, y=5, radius=10) ball.vx = 3 for i in range(10): ball.update(0.1) print(f"x={ball.x:.2f}, y={ball.y:.2f}")

蒸汽(3D): from nexusfine import NS a = "SK-XXXXXXX" NS(a); NS(a); NS(a); NS(a, a, a) steam = NS.Steam(x=0, y=0, z=0) for i in range(10): steam.update(0.1) print(f"x={steam.x:.2f}, y={steam.y:.2f}, z={steam.z:.2f}")

高级功能(档位调节): from nexusfine import NF, NS a = "SK-XXXXXXX"

方式1:传统方式

config = NS.config("NF", mode="A", duration=20) NF.set_mode("A") NF("x_axis") NF("y_axis") NF(config, "x_axis", "y_axis")

方式2:直接应用(0.2.5 新增)

NS.apply(NF, mode="A", duration=20) NF("x_axis") NF("y_axis") NF("Game.exe")

档位说明: A - 高性能模式(精度高) B - 平衡模式(精度适中) C - 省电模式(速度快)

依赖: Python >= 3.6 requests >= 2.25.0

更新日志: v0.2.6 (2026-06-20)

  • 物理参数可配置(重力、地面位置、反弹系数等)
  • Steam 扩散参数可调(上升速度、扩散幅度)
  • 新增 NS.apply() 直接应用档位
  • 导出简化,只保留 NF/NB/NC/NS

v0.2.3 (2026-06-20)

  • 新增物理对象:Bullet、Ball、Cloud、Steam
  • 新增 update() 物理更新方法
  • 完整物理引擎功能

v0.2.0 (2026-06-20)

  • 新增档位调节功能
  • 新增 NS 蒸汽模块(3D)
  • 优化代码结构

v0.1.0 (2026-06-19)

  • 首次发布

许可证:MIT License

作者:bengtiaotiao

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