farady-python 0.1.3

Farady Python Library

Farady-Python

法拉第的python本地开发辅助库，目前为止兼容云端的导入环境，简化并加速开发过程。

使用方法

• 安装：pip install Farady-Python
• 具体使用：from FDLib import *

使用示例

代码

import math
from FDLib import *


def gen_x(b: float, e: float, s: float = 1.0):
    assert s != 0, "s couldn't be zero"

    def pos():
        return b <= e

    def neg():
        return b >= e

    cond = pos if s > 0 else neg
    while cond():
        yield b
        b += s


class MyLib(FDLibrary):
    metalLayers = ["Metal Layer"]
    Parameters = {
        # 参数列表
        "X": 0.0, "Y": 0.0, "L1": 50.6, "L2": 67.8
    }
    ParameterOrder = [
        # 参数显示顺序
        "X", "Y", "L1", "L2"
    ]

    def check_param(self):
        # 检查参数是否合法，不能用f-string，需要用format
        assert 0 < self.L1 < self.L2, "require: 0 < L1 < L2, got: L1={0}, L2={1}".format(self.L1, self.L2)
        # 其它检查

    def reload(self):
        self.check_param()  # 调用前必须重写父类方法
        # 生成polygon关键点
        xs = list(gen_x(-self.L1 + 5, self.L1 - 5, 0.1))
        sin_n = [math.sin(x) * 5 for x in xs]
        y_t = [y + 2 for y in sin_n]
        y_b = [y - 2 for y in sin_n]
        ps_t = [(x, y) for (x, y) in zip(xs, y_t)]
        ps_b = [(x, y) for (x, y) in zip(xs, y_b)]
        ps = ps_t + ps_b[::-1]  # 带有宽度的sin曲线
        
        self.specifications = [
            Arc(
                location=(self.X, self.Y),
                innerRadius=self.L1,
                outerRadius=self.L2,
                beginAngle=0,
                endAngle=math.pi / 3 * 2,
                clockwise=0,  # 逆时针从0转到120°
                metalLayer="arc-small"  # 该部分为小圆部分
            ),
            Arc(
                location=(self.X, self.Y),
                innerRadius=self.L1,
                outerRadius=self.L2,
                beginAngle=0,
                endAngle=math.pi / 3 * 2,
                clockwise=1,  # 顺时针从0转到120°
                metalLayer="arc-big"  # 该部分为大圆部分
            ),
            Rectangle(
                location=(self.X - 20, self.Y + 10),
                width=40,
                height=10,
                metalLayer="rect-up"  # 上面的矩形
            ),
            Rectangle(
                location=(self.X - 5, self.Y - 40),
                width=10,
                height=30,
                metalLayer="rect-bo"  # 下面的矩形
            ),
            Path(
                location=[
                    (self.X - self.L2, self.Y - self.L2),
                    (self.X - self.L2, self.Y + self.L2)
                ],
                width=10,
                path_type="round",
                metalLayer="path-1"  # 左侧的线条
            ),
            Path(
                location=[
                    (self.X + self.L2, self.Y - self.L2),
                    (self.X + self.L2, self.Y + self.L2)
                ],
                width=10,
                path_type="round",
                metalLayer="path-2"  # 右侧的线条
            ),
            Polygon(
                location=ps,  # 中间的sin曲线
                pins_location=[  # 上下的pin点
                    [(self.X, self.Y - self.L2), (self.X, self.Y + self.L2)]
                ]
            )
        ]


if __name__ == "__main__":
    MyLib().run()

运行结果