width := 280
height := 100

iterations := 100
xmin := -2.0
xmax := 0.5
ymin := -1.0
ymax := 1.0

// Some further coordinates:
/*iterations := 1000
xmin := -0.9072945999
xmax := -0.8984310833
ymin := 0.2304178999
ymax := 0.2370858666*/

/*iterations := 100
xmin := -0.193596288
xmax := -0.119260320
ymin := 1.006960992
ymax := 1.062687264*/

/*iterations := 800
xmin := -0.1675326254
xmax := -0.1675148625
ymin := 1.0413005672
ymax := 1.0413138086*/

/*iterations := 918
xmin := -0.7506201104
xmax := -0.7503409687
ymin := 0.0170447020
ymax := 0.0172540583*/

/*iterations := 400
xmin := -0.7548484315
xmax := -0.7540548595
ymin := 0.0530077004
ymax := 0.0536039518*/

y := 0
while y < height {
	c_im := (float(height - y) / float(height)) * (ymax - ymin) + ymin
	x := 0
	while x < width {
		c_re := (float(x) / float(width)) * (xmax - xmin) + xmin

		z_re := 0.0
		z_im := 0.0

		it := 0
		loop := true
		while it < iterations && loop {
			/* z = z*z + c */
			/* (a + bi)^2 = a^2 + 2abi - b^2 */
			z_re_tmp := z_re * z_re - z_im * z_im + c_re
			z_im = 2.0 * z_re * z_im + c_im
			z_re = z_re_tmp

			/* Break if the number shoots off to infinity. */
			if z_re * z_re + z_im * z_im > 4.0 {
				loop = false
			}

			it = it + 1
		}

		if it <= iterations / 5
			put(' ')
		else if it <= iterations / 5 * 2
			put('.')
		else if it <= iterations / 5 * 3
			put(',')
		else if it <= iterations / 5 * 4
			put('*')
		else if it < iterations
			put('+')
		else if it == iterations
			put('#')

		x = x + 1
	}
	put('\n')

	y = y + 1
}