Kamil Ondrousek / Mbed 2 deprecated Celikovsky

Celikovsky chaotic system

Dependencies:   mbed

main.cpp@0:a2fd829cf01b, 2011-03-28 (annotated)

Committer:
JLS
Date:
Mon Mar 28 20:06:53 2011 +0000
Revision:
0:a2fd829cf01b

        

        
Who changed what in which revision?

        

            
                
UserRevisionLine numberNew contents of line

            
            


JLS

0:a2fd829cf01b


     1

#include "TFT_4DGL.h"





JLS

0:a2fd829cf01b


     2







JLS

0:a2fd829cf01b


     3

TFT_4DGL lcd(p9,p10,p11);





JLS

0:a2fd829cf01b


     4







JLS

0:a2fd829cf01b


     5

int main() {





JLS

0:a2fd829cf01b


     6







JLS

0:a2fd829cf01b


     7

     int   xp,yp;





JLS

0:a2fd829cf01b


     8

     





JLS

0:a2fd829cf01b


     9

     int cnt = 0;





JLS

0:a2fd829cf01b


    10

     





JLS

0:a2fd829cf01b


    11

     int n = WHITE;





JLS

0:a2fd829cf01b


    12

   





JLS

0:a2fd829cf01b


    13

     float x,y,z;





JLS

0:a2fd829cf01b


    14

   





JLS

0:a2fd829cf01b


    15

     float a = 36;





JLS

0:a2fd829cf01b


    16

     float b = 3;





JLS

0:a2fd829cf01b


    17

     float c = 20;





JLS

0:a2fd829cf01b


    18

     





JLS

0:a2fd829cf01b


    19

     float dt = 0.001;





JLS

0:a2fd829cf01b


    20

 





JLS

0:a2fd829cf01b


    21

     float x1 = 1;





JLS

0:a2fd829cf01b


    22

     float y1 = 1;





JLS

0:a2fd829cf01b


    23

     float z1 = 1;





JLS

0:a2fd829cf01b


    24







JLS

0:a2fd829cf01b


    25

     





JLS

0:a2fd829cf01b


    26

     x = x1;





JLS

0:a2fd829cf01b


    27

     y = y1;





JLS

0:a2fd829cf01b


    28

     z = z1;





JLS

0:a2fd829cf01b


    29







JLS

0:a2fd829cf01b


    30

    while(1)





JLS

0:a2fd829cf01b


    31

    





JLS

0:a2fd829cf01b


    32

    {





JLS

0:a2fd829cf01b


    33

    





JLS

0:a2fd829cf01b


    34

        x = x1+(a*(y1-x1))*dt;





JLS

0:a2fd829cf01b


    35

        y = y1+(-(x1*z1)+(c*y1))*dt;





JLS

0:a2fd829cf01b


    36

        z = z1+((x1*y1)-(b*z1))*dt;





JLS

0:a2fd829cf01b


    37

 





JLS

0:a2fd829cf01b


    38

        xp = (int)floor(8*x);





JLS

0:a2fd829cf01b


    39

        yp = (int)floor(8*z);





JLS

0:a2fd829cf01b


    40

        





JLS

0:a2fd829cf01b


    41

        cnt ++;





JLS

0:a2fd829cf01b


    42

        





JLS

0:a2fd829cf01b


    43

        if (cnt >= 530) {





JLS

0:a2fd829cf01b


    44







JLS

0:a2fd829cf01b


    45

        lcd.pixel(-50+yp,155+xp,n);





JLS

0:a2fd829cf01b


    46

     





JLS

0:a2fd829cf01b


    47

     }





JLS

0:a2fd829cf01b


    48

     





JLS

0:a2fd829cf01b


    49

        x1 = x;





JLS

0:a2fd829cf01b


    50

        y1 = y;





JLS

0:a2fd829cf01b


    51

        z1 = z;





JLS

0:a2fd829cf01b


    52







JLS

0:a2fd829cf01b


    53

    }





JLS

0:a2fd829cf01b


    54

 





JLS

0:a2fd829cf01b


    55

}