Please help with adding the lines of code that will output the Koch fractal plot

Question

Please help with adding the lines of code that will output the Koch fractal plot. Here is the code as is:

The input should be koch(7, matrix, matrix). An example of a matrix p and t is:

Please attach the new updated code with plot capabilities

function p-koch (lev, p,t) if lev= 0, return ; end p = koch (1ev-1, p,t); % get pattern from lower level n = size (p, 2) ; m = size (t, 2) ; pp = repmat (p,n, 1); % initialize coordinates of inserted points for k=2. u-diff (p(:, [k-1, k]), 1,2); % vector between consecutive points a-angle (complex (u (1), u(2))); % angle between vector and horizontal line c-cos (a) ssin(a) R = [q-s,s,c); % rotation matrix g = R*(t*norm (u)); % scale and rotate line segment pp ( : , k-1) = pp ( : , k-1) +q ( : ) ; % shift line segment end "P- [p(:, 1), reshape (pp (3:24m, 1 : n-1), 2, (m-1)*(n-1))); % delete duplicate points

Explanation / Answer

//package name should write here if your using any IDE(integrated Development Environment)

import java.awt.*;
import javax.swing.*;
//class name is koch and filename should be koch
public class koch extends JApplet {

int level = 0;

public void init() {
//initializing size
setSize(640, 480);
//reading input values for levels
String levelStr = JOptionPane.showInputDialog("Please Enter the Level: ");
level = Integer.parseInt(levelStr);
}
//to plot window

public void paint(Graphics g) {
Point point1 = new Point(120, 320);
Point point2 = new Point(440, 320);
Point point3 = new Point(280, 40);

drawingSnowflake(g, level, point1, point2, point3);
}
//drwaing triangle

private void drawingSnowflake(Graphics g, int l, Point p1, Point p2, Point p3) {
drawingSegments(g, l, p1, p2);
drawingSegments(g, l, p2, p3);
drawingSegments(g, l, p3, p1);
}
//drawing segment

private void drawingSegments(Graphics g, int level, Point pOne, Point pTwo) {
//if only one level
if (level == 0) {
g.drawLine(pOne.x, pOne.y, pTwo.x, pTwo.y);
}
//if level is more than one
if (level >= 1) {
Point distance = new Point((pTwo.x - pOne.x) / 3, (pTwo.y - pOne.y) / 3);
Point pA = new Point(pOne.x + distance.x, pOne.y + distance.y);
Point pB = new Point(pTwo.x - distance.x, pTwo.y - distance.y);
double sin60 = -0.866025403784438646763723170752936183471402626905190;
Point pTip = new Point(
pA.x + (int) (distance.x * 0.5 + distance.y * sin60),
pA.y + (int) (distance.y * 0.5 - distance.x * sin60)
);
//calling drawing segment recursively if level is more than one
drawingSegments(g, level - 1, pOne, pA);
drawingSegments(g, level - 1, pA, pTip);
drawingSegments(g, level - 1, pTip, pB);
drawingSegments(g, level - 1, pB, pTwo);
}
}
}

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