使用Python编写一个代码给我，并完成：用tuxrle库直角三角形，底边长80，斜边长160，底角60度，线条粗6像素，线条颜色为蓝色，填充颜色为红色 用turtle库绘制平行四边形，相邻两边长度分别为150和80，对角120度和60度，线条粗6像素，颜色为绿色

首先，我们来创建一个直角三角形的示例。为了实现这个需求，我们需要导入`turtle`库并设置相应的参数。

import turtle

# 设置画布和线条属性
window = turtle.Screen()
window.bgcolor("white")
triangle_turtle = turtle.Turtle()
triangle_turtle.speed(0)
triangle_turtle.pensize(6)
triangle_turtle.color("blue")

# 定义角度和边长
base_length = 80
hypotenuse_length = 160
angle = 60

# 使用海伦公式计算高（直角边）
a = base_length / 2
b = hypotenuse_length / 2
c = a ** 2 + b ** 2 - (a * b) * (math.cos(math.radians(angle)))
height = math.sqrt(c)

# 绘制直角三角形
triangle_turtle.goto(-base_length/2, height)
triangle_turtle.begin_fill()
triangle_turtle.left(angle)
triangle_turtle.forward(base_length)
triangle_turtle.right(90 - angle)
triangle_turtle.forward(height)
triangle_turtle.right(angle)
triangle_turtle.forward(base_length)
triangle_turtle.end_fill()

# 关闭窗口
window.exitonclick()

接下来，我们将绘制一个平行四边形的示例：

import math
import turtle

# 设置画布和线条属性
window = turtle.Screen()
window.bgcolor("white")
parallelogram_turtle = turtle.Turtle()
parallelogram_turtle.speed(0)
parallelogram_turtle.pensize(6)
parallelogram_turtle.color("green")

# 边长和角度
side_a = 150
side_b = 80
diagonal_angle_1 = 120
diagonal_angle_2 = 60

# 计算对角线长度
def calculate_diagonal(side, angle):
    return side * math.tan(math.radians(angle))

d1 = calculate_diagonal(side_a, diagonal_angle_1)
d2 = calculate_diagonal(side_b, diagonal_angle_2)

# 绘制平行四边形
parallelogram_turtle.penup()
parallelogram_turtle.goto(-side_b/2, d2/2)
parallelogram_turtle.pendown()
parallelogram_turtle.begin_fill()
parallelogram_turtle.forward(side_a)
parallelogram_turtle.left(diagonal_angle_1)
parallelogram_turtle.forward(d1)
parallelogram_turtle.left(diagonal_angle_2)
parallelogram_turtle.forward(side_b)
parallelogram_turtle.left(180-diagonal_angle_1)
parallelogram_turtle.forward(d1)
parallelogram_turtle.end_fill()

# 关闭窗口
window.exitonclick()

以上两个例子都展示了如何使用`turtle`库进行图形绘制。现在你应该能够在Python环境中运行这些代码得到所需的图形了。