The following code simulates the situation of the Turtle and Rage Racing, where there is a clock trigger set up a cycle per second, the rules of the turtle are: 50% of the opportunity to go (right shift three); 20% chance decline (left shift Sixth); 30% of the opportunity to go slowly (right shift one).
The rabbit rules are: 20% of the opportunity to sleep (not moving); 20% chance to jump (right-shifted); 10% chance big slip (left shift 12 grid); 30% opportunity small jump (right Move one); 20% of the chance slide (left shift two grid).
One of the firsts of the whole 70 grid, more than 70 grids start; the program prints the trajectory of the turtle rabbit moving on one line, and when the two coincides up, the turtle is used to reply with T.
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#include
#include
#include
Void Guitu (void);
Main ()
{
SRAND (Time (null);
Guitu ();
Return 0;
}
Void Guitu ()
{
INT I, J, COUNT = 0, Coun = 0, Number;
Char PrintFun [71];
While (1) {
For (j = 0; j <70; j )
PRINTFUN [J] = '';
PrintFun [71] = '';
Number = rand ()% 10 1;
Printf ("n");
IF (1 <= Number && Number <= 5) {
Count = count 3;
IF (count> 70) count = 0;
Printfun [count] = 'g';
}
IF (6 <= Number && Number <= 7) {
count = count-6;
IF (count <0) count = 0;
Printfun [count] = 'g';
}
IF (8 <= Number && Number <= 10) {
Count = count 1;
IF (count> 70) count = 0;
Printfun [count] = 'g';
}
IF (1 <= Number && Number <= 2) {
Coul = cou 0;
PRINTFUN [Cou] = 'T';
}
IF (3 <= Number && Number <= 4) {
Coul = cou 9;
IF (co> 70) cou = 0;
PRINTFUN [Cou] = 'T';
}
IF (Number == 5) {
Coul = COU-12;
IF (cou <0) cou = 0;
PRINTFUN [Cou] = 'T';
}
IF (6 <= Number && Number <= 8) {
Coul = cou 1;
IF (co> 70) cou = 0;
PRINTFUN [Cou] = 'T';
}
IF (9 <= Number && Number <= 10) {
Coul = COU-2;
IF (cou <0) cou = 0;
PRINTFUN [Cou] = 'T';
}
IF (count == COU)
Printfun [count] = 'p'; Printf ("% s", printfun);
Printf ("nn");
IF (count == 70) {
Printf ("GUI WIN !!! NN");
Break;
}
IF (cou == 70) {
Printf ("tu win !!! nn");
Break;
}
Sleep (1);
}
}
