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@@ -35,10 +35,12 @@ Also note that `-N` should always be used together with `-T`.
-t thread_multiplier Float > 0
Coefficient to multiply cores by in order to achieve
count of worker threads to use. (1)
- -x left position of left of image on the real axis (x+iy)
- -y top position of top of image on the imaginary axis (x+iy)
- -z scale width and height of image in units on the cartesian
- plane
+ -x xval Float
+ x value of centre of image on the real axis (x+iy)
+ -y yval Float
+ y value of centre of image on the imaginary axis (x+iy)
+ -z scale Float
+ width and height of image (units on cartesian plane)
-N cluster_id 0 <= Integer < cluster_total
A unique ID used to determine which sections of the
image this instance should work on.
@@ -108,4 +110,11 @@ Check out [pgm-interlace][pgm-interlace] for a tool to do this job.
I'm working on an example tool to do this, but there are so many palettes
you could use that you might as well write your own.
+### Areas of interest
+
+Use the `-x`, `-y` and `-z` parameters to see them.
+Have a play with the iteration count; as a general rule you will need more iterations when the scale is decreased
+
+ * Tiny lone mandelbrot (0.001643721971153 + 0.822467633298876i), scale = 0.00000000005
+
[pgm-interlace]: https://github.com/phillid/pgm-interlace/