Solving ODEs in R
> par(mfrow=c(1,2))
>
> plot(rnorm(100), main = "Graph 1", ylab = "Normal distribution")
> grid()
>
> legend(x = 40, y = -1, legend = "A legend")
> plot(rnorm(100), main = "Graph 2", type = "l")
> abline(v = 50)
>
> set.seed(656)
> x = c(rnorm(150, 0, 1), rnorm(150,9,1), rnorm(150,4.5,1))
>
> y = c(rnorm(150, 0, 1), rnorm(150,0,1), rnorm(150,5,1))
> XYdf = data.frame(x,y)
> plot(XYdf, pch=20)
> XY_sing = hclust(dist(XYdf), method="single")
>
> XYs3 = cutree(XY_sing,k=3)
>
> table(XYs3)
XYs3
1 2 3
448 1 1
> XYs6 = cutree(XY_sing,k=6)
>
> table(XYs6)
XYs6
1 2 3 4 5 6
148 150 1 149 1 1
>
> plot(XYdf, pch=20, col=XYs6)
> par(mfrow=c(1,2))
>
> plot(rnorm(100), main = "Graph 1", ylab = "Normal distribution")
> grid()
>
> legend(x = 40, y = -1, legend = "A legend")
> plot(rnorm(100), main = "Graph 2", type = "l")
> abline(v = 50)
>
> set.seed(656)
> x = c(rnorm(150, 0, 1), rnorm(150,9,1), rnorm(150,4.5,1))
>
> y = c(rnorm(150, 0, 1), rnorm(150,0,1), rnorm(150,5,1))
> XYdf = data.frame(x,y)
> plot(XYdf, pch=20)
> XY_sing = hclust(dist(XYdf), method="single")
>
> XYs3 = cutree(XY_sing,k=3)
>
> table(XYs3)
XYs3
1 2 3
448 1 1
> XYs6 = cutree(XY_sing,k=6)
>
> table(XYs6)
XYs6
1 2 3 4 5 6
148 150 1 149 1 1
>
> plot(XYdf, pch=20, col=XYs6)
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