相关软件参见:数学图形可视化工具
以初速度,朝向,加重力生成的抛物线:
vertices = 1000 v = 50.0 a = 1.0 g = 9.8 t = from 0 to 10 x = v*cos(a)*t y = v*sin(a)*t - g*t*t/2
极坐标方程的抛物线
vertices = 10000 t = from (PI/8) to (15/8*PI) r = 10 p = r/(1 - cos(t)) x = p*sin(t) y = p*cos(t) x = limit(x, -120, 120) y = limit(y, -120, 120)
随机二次三项式
vertices = 1000 a = rand2(-2, 2) b = rand2(-2, 2) c = rand2(-2, 2) x = from -5 to 5 y = a*x*x + b*x + c
面的形式显示
vertices = D1:512 D2:100 u = from -5 to 5 D1 v = from (-2) to (2) D2 x = u y = v*x*x v = v*10
vertices = D1:360 D2:100 u = from -10 to 10 D1 v = from -10 to 10 D2 x = u y = v*x*x + x y = limit(y, -100, 100)
vertices = D1:360 D2:100 u = from -10 to 10 D1 v = from -10 to 10 D2 x = u y = x*x + v*x y = limit(y, -100, 100)
vertices = D1:512 D2:100 u = from -5 to 5 D1 v = from (-1) to (1) D2 x = u y = v*(x*x - 25) v = v*5
立方抛物线
vertices = 1000 x = from -5 to 5 a = 0.1 y = a*pow(x,3)
立方抛物面
vertices = D1:512 D2:100 u = from -5 to 5 D1 v = from 0 to (1) D2 x = u y = v*pow(x,3) v = v*10
半立方抛物线
vertices = 1000 y = from -5 to 5 a = 0.1 x = pow((y*y)*a, 1/3)
半立方抛物面
vertices = D1:512 D2:100 u = from -5 to 5 D1 v = from 0 to 10 D2 y = u x = pow((y*y)*v, 1/3) v = v*10