Download russian_roulette_sim.mw

Lets add some maple simulation to view some results.

I forgot about anames, thanks.  Although wouldn't it be more complex?

I forgot about anames, thanks.  Although wouldn't it be more complex?

I pictured a graph of the signal filling in the space.  I suppose something similar to, but not exactly,

plot([seq(sin(k*x),k=1..25)]

How would it sound?  Not sure haven't tried it yet but I'm also not near a computer with Maple at the moment. 

Or even utilizing my wordle application I produced a while back to see how many iterations it would take to fill a given space. 

I pictured a graph of the signal filling in the space.  I suppose something similar to, but not exactly,

plot([seq(sin(k*x),k=1..25)]

How would it sound?  Not sure haven't tried it yet but I'm also not near a computer with Maple at the moment. 

Or even utilizing my wordle application I produced a while back to see how many iterations it would take to fill a given space. 

I should probably have meant random instead of chaotic.  However it would be interesting to see what answers we can come up with.

With all due respect, is there a reason to keep replying in new threads?

@Markiyan Hirnyk I occasionally wonder why mapleprimes doesn't have a FAQ submenu ... Where the most commonly asked questions could be repeated and easily found there.  Maybe a document already exists?

@Markiyan Hirnyk I occasionally wonder why mapleprimes doesn't have a FAQ submenu ... Where the most commonly asked questions could be repeated and easily found there.  Maybe a document already exists?

@hwdsl2 I use Maple 12 and I currently cannot verify your result for Maple 14 and 15.

randomize() generates a random number based on the system clock.  Perhaps a bug has stopped your clock?  Seriously though if I press !!! fast enough I can get the same result twice.

consider randomize() inside a loop and outside a loop ... it is funny how randomize inside a loop regurgitates the same random number, of course that is expected since it generates a number based on the system time and given a fast loop it will present the same random number multiple times. 

I know it doesn't matter how much time you leave in between executing your commands so maybe there is a problem that exists there, I don't know.  With what I presented you probably already know.

@hwdsl2 I use Maple 12 and I currently cannot verify your result for Maple 14 and 15.

randomize() generates a random number based on the system clock.  Perhaps a bug has stopped your clock?  Seriously though if I press !!! fast enough I can get the same result twice.

consider randomize() inside a loop and outside a loop ... it is funny how randomize inside a loop regurgitates the same random number, of course that is expected since it generates a number based on the system time and given a fast loop it will present the same random number multiple times. 

I know it doesn't matter how much time you leave in between executing your commands so maybe there is a problem that exists there, I don't know.  With what I presented you probably already know.

Nicely done!  I can't answer the questions you pose but the work you have done is appreciated.

Also, for some reason, Maple 12 does not like the p := y*~conjugate~(y)/n;  line

Nicely done!  I can't answer the questions you pose but the work you have done is appreciated.

Also, for some reason, Maple 12 does not like the p := y*~conjugate~(y)/n;  line

@acer I really appreciate your help.  Thanks for taking the time to at least give me some pointers, it should help.  I'm sure it is simple enough and will be once I figure it out. 

I'm suspecting the waveform is too complex for such a task.

However I would like to see an example.

Or maybe rephrase my question?  The included waveform is quite noisy and contains many frequencies so I'm sure contains a 10Hz component.  Or maybe a range of low frequency components say 5 to 50 Hz. 

What I'm trying to find in the wave is how apparent (amplitude / strength ) of the low frequency waves component of the air conditioner produced by the compressor is.  I want to see if it's present and if it is (most likely) take some actions to reduce the lower frequency component.  Possibly compare different A/C units to see which one emits less low frequencies.  I do not have another sample wavefile but if someone could record or find another one (maybe simpler). 

Any help?