Реферат Метод молекулярної динаміки

] * m <160)

{

if (x [i] * m <5) {vx [i] =-vx [i]; ydar + +; v +=vx [i];}

if ((x [i] * m> 155) && ((-y [i] * m +400 <105) | | (-y [i] * m +400> ; 295)))

vx [i] =-vx [i];

} (x [i] * m> 160)

{

if (x [i] * m> 315) vx [i] =-vx [i];

if ((x [i] * m <165) && ((-y [i] * m +400 <105) | | (-y [i] * m +400> ; 295)))

vx [i] =-vx [i];

}(((x[i]*m&lt;165)&amp;&amp;(x[i]*m&gt;155))&amp;&amp;((-y[i]*m+400&lt;105)||(-y[i]*m+400&gt;295)))

vy [i] =-vy [i]; ((-y [i] * m +400 <5) | | (-y [i] * m +400> 395))

vy [i] =-vy [i];

}

line (320,0,320,480);

xs +=x [i] / N;

ys +=y [i] / N;

}

P=ydar * v/10.0;

Tm=(2 * Ek) / N * Kv;

T +=t;

putpixel (T * mx +350,-xs * my +150,3);

putpixel (T * mx +350,-ys * my +150,5);

putpixel (T * mx +350,-Tm * my +310,6);

putpixel (T * mx +350,-P * my/15 +400,9);

xs=0; ys=0; Ek=0 ;/ / ydar=0; v=0;

delay (20); (4, poly);} (T <150);