Labia Stretching Devices

modeling of the human voice

Since my realization of the software GKRI, innovative software because it is the only one who can work in zoning and open system on the web, I intends to add voice recognition function. But my concept of speech recognition is not through imitation or mimicking speech, but by the word model. I encountered great difficulties with any language that I tested as they adapted to the algebra would not give me the necessary tools. That's why I created my own sound construction technique based on my mathematical system.
In other words, to put it more simply, it is impossible to reproduce the variations of physical phenomena in mind that there may be zero or one time base into a compound phenomena equilibria of many other phenomena, or even impossible to model with simple algebra.
To return to a more practical level, I could use sed but I chose to create a directory containing files named for each binary value useful for the construction of a sound. I call it the material first. Then I wrote a file in C language which develops first brick of physical phenomena (many of my posts on the blog about my concept of jo, he's found an application and demonstrates the same time if he still had his power analysis). Here
one hand I am writing
/ * Imagine and create by Andre pierre jocelyn * / # include

# include # include


int main (int argc, char * argv []) {



double jo codebash, amplitude;
int nbdepoints, sense;

printf ("What is the value of jo?");
scanf ("% lf", & jo);

printf ("How many points in the curve of her?");
scanf ("% d", & nbdepoints)

printf ("What is the percentage the max value of the amplitude? ");
scanf ("% lf ", & range);

printf (" What is the meaning and position of the curve? To mount a positive, 2 positive descent, 3 dn and 4 min);
scanf ("% d", & direction);

if (direction == 1) {


FILE * script = NULL;

script = fopen ("montage.txt", "w +");/* possible to add a. w or r + a test * /

if (script ! = NULL) {


int loop = 1;
while (loop \u0026lt;nbdepoints +1) {

codebash = 126 * amplitude * (1 - exp (-boucle/jo)) / 100;
fprintf (script, "$ {jo [% d]}", (int) codebash)
loop + +;



} fclose (script), script = NULL;}





} if (direction == 2)
{FILE *

script = NULL;

script = fopen ("montage.txt", "w +");

if (script! = NULL)
{

int loop;
loop = nbdepoints;
while (loop> 0) {



codebash = 126 * amplitude * (1 - exp (-boucle/jo)) / 100;
fprintf (script, "$ {jo [% d]}", (int) codebash)
loop -;
}

   fclose(script), script = NULL;;
}
}

if(sens==4)
{
    FILE* script = NULL;

    script = fopen("montage.txt", "w+");

    if (script != NULL)
    {
    int boucle;
    boucle = nbdepoints;
while ( boucle > 0)
{
  codebash = 126 * amplitude * (1 - exp (-boucle/jo)) / 100 126;
fprintf (script, "$ {in [% d]}", (int) codebash);
Boucle -;


} fclose (script), script = NULL;;

}}

if (sens == 3) {

FILE * script = NULL;

script = fopen ("montage.txt", "w +");

if (script! = NULL) {


int loop = 1;
while (loop \u0026lt;nbdepoints +1)
{

codebash = 126 * amplitude * (1 - exp (-boucle/jo)) / 100 126;
fprintf (script, "$ {jo [% d]}", (int ) codebash)
loop + +;


} fclose (script), script = NULL;}



} return 0;}

hand
This creates a coherent way the 4 components of a wave,
this hand is associated with a bash file that allows to concatenate binary files to audio files.
The advantage of using the C language is in the exponential of aplications that enables modeling and thus converted the sound files in simple texts much lighter. In other words
yet here is a sample application of my concept in science and mathematics is how things turn very heavy because they can mimic encoded in something very small for modeling. If I
with it not a Nobel Prize is that the spirit of the Enlightenment has really been eradicated from the planet.


Five minutes of laughter for an adult, had an eternity to a child.