[chaoscope] Re: Ive developed an atractor
- From: Alan <alan2here@xxxxxxxxx>
- To: chaoscope@xxxxxxxxxxxxx
- Date: Wed, 24 Aug 2005 15:15:29 +0100
Thank you very much for the reply.
"
Firstly, you can remove all the parenthesis from your equation since
there isn't any factorisation. By doing this, you can also cumulate all
additions of constants, to obtain what looks like a multiplication
between a vector (the orbit coordinate) and a matrix (your parameters),
like so:
"
This means remove the overkill of brackets?
I agree It works as well both ways, But I prefer the brackets to remind me
which order its doing it in.
"
Also, If this is your original code, you must make sure that the orbit
coordinate (x#, y# and z# in your case) is constant thorough the
calculation. In the equation for y#, the value of x# is different to
what it was in the first equation, the same goes for z# equation. You
should write:
x1# = x0# * v#( 0) + y0# ...
y1# = x0# * v#( 6) + y0# ...
z1# = x0# * v#(12) + y0# ...
x0# = x1#
y0# = y1#
z0# = z1#
"
I changed this
for n# = 1 to 10000
x# = sin(((x# * v#(0)) + v#(1)) + ((y# * v#(2)) + v#(3)) + ((z# * v#(4)) +
v#(5)))
y# = sin(((x# * v#(6)) + v#(7)) + ((y# * v#(8)) + v#(9)) + ((z# * v#(10)) +
v#(11)))
z# = sin(((x# * v#(12)) + v#(13)) + ((y# * v#(14)) + v#(15)) + ((z# *
v#(16)) + v#(17)))
ECT ...
next
For this
for n# = 1 to 10000
x2# = sin(((x# * v#(0)) + v#(1)) + ((y# * v#(2)) + v#(3)) + ((z# * v#(4)) +
v#(5)))
y2# = sin(((x# * v#(6)) + v#(7)) + ((y# * v#(8)) + v#(9)) + ((z# * v#(10)) +
v#(11)))
z2# = sin(((x# * v#(12)) + v#(13)) + ((y# * v#(14)) + v#(15)) + ((z# *
v#(16)) + v#(17)))
x# = x2#
y# = y2#
z# = z2#
ECT ...
next
I think that's what you mean
I understand that was a problem
It seams to now make nicer shapes
"
Secondly, rather than plotting in a texture, why not using OpenGL
drawing buffer? You won't get a floating point precision, but you will
be able to make larger renders and if you tweak the configuration
properly you can obtain a decent result. It is a standard approach and
will have more chance to work.
"
Coz I don't really understand OpenGL enough
I modified an example program to get this to work
I'm also using my own equation for perspective insted of getting OpenGL to
do it for me.
"
const height = 768 ' Must be a power of 2
Not a power of 2! :-)
"
Oh yeah
My bodged fix for that is to replace the line with this
const height = 768 ' Can be any Integer
Thank you very much. I am *SO grateful*
*:¬)*
Feel free to use my attractor in the next chaoscope.
Other related posts:
