Hi madcow,
I'm really surprised if this is what he is actually doing. Perhaps
this CB fellow has being toying with us all along? I did ask him
specifically about his clutter filter and he gave his goertzel
SnR answer. Which his original topcat clearly couldn't be doing
with it's reaction times to clutter.
Mind you, it's pretty clear that CB has spoken about totally different
systems in the same thread. Jumping back between one another. Was he using
optimum TF stuff in topcat? Clearly not at first. It's not even clear
that he ever used it on topcat. Only that he claims to have used it on some
system - perhaps not topcat! Reading back through his posts it feels like I'm
reading a fairly crafty lawyer.
I currently learning matlab (being a mathematica and c/ada/lisp guy naturally)
so I can play with asm8086's code on more test data, hopefully
integrating my own clutter filter.
As for asm8086, I guess he's just a masochist. Personally I like at
least a 386 myself. I have a need for flat memory models.
PS: I looked through some of my previous work and you and I came up with the exact same clutter filter at different times. I based mine on bollenger bands,
but the idea is the same. and it's a fairly good one. Except you must normalize
the range before you use it to calculate noise.
I'm really surprised if this is what he is actually doing. Perhaps
this CB fellow has being toying with us all along? I did ask him
specifically about his clutter filter and he gave his goertzel
SnR answer. Which his original topcat clearly couldn't be doing
with it's reaction times to clutter.
Mind you, it's pretty clear that CB has spoken about totally different
systems in the same thread. Jumping back between one another. Was he using
optimum TF stuff in topcat? Clearly not at first. It's not even clear
that he ever used it on topcat. Only that he claims to have used it on some
system - perhaps not topcat! Reading back through his posts it feels like I'm
reading a fairly crafty lawyer.
I currently learning matlab (being a mathematica and c/ada/lisp guy naturally)
so I can play with asm8086's code on more test data, hopefully
integrating my own clutter filter.
As for asm8086, I guess he's just a masochist. Personally I like at
least a 386 myself. I have a need for flat memory models.
PS: I looked through some of my previous work and you and I came up with the exact same clutter filter at different times. I based mine on bollenger bands,
but the idea is the same. and it's a fairly good one. Except you must normalize
the range before you use it to calculate noise.