static inline float
criterion__define(
float px_X, float px_Y,
float py_X, float py_Y,
float pz_X, float pz_Y,
int q
)
{
float v_accel_X = abs_f(px_X + pz_X - 2.0*py_X);
float v_accel_Y = abs_f(px_Y + pz_Y - 2.0*py_Y);
int last_accel_X = (int)(v_accel_X + 0.5f);
int last_accel_Y = (int)(v_accel_Y + 0.5f);
float criterion = discrete_area( last_accel_X, last_accel_Y );
return criterion / IMAGE_AREA[q] ;
}
static inline float
criterion__define(
float px_X, float px_Y,
float py_X, float py_Y,
float pz_X, float pz_Y,
float f_h1_p1, float f_h2_p1,
int q
)
{
float v_accel_X = abs_f((px_X-py_X)/f_h1_p1 + (pz_X-py_X)/f_h2_p1) ;
float v_accel_Y = abs_f((px_Y-py_Y)/f_h1_p1 + (pz_Y-py_Y)/f_h2_p1) ;
int last_accel_X = (int)(v_accel_X + 0.5f);
int last_accel_Y = (int)(v_accel_Y + 0.5f);
float criterion = discrete_area( last_accel_X, last_accel_Y );
return criterion / IMAGE_AREA[q] ;
}
int main(void) {
int a;
float b;
printf("mutlak degerini ogrenmek istediginiz tam sayiyi giriniz:\n");
scanf("%d",&a);
printf("Mutlak deger %d 'dir.\n\n", abs_i(a));
printf("mutlak degerini ogranmak istediginiz ondalik sayiyi giriniz:\n");
scanf("%f",&b);
printf("Mutlak deger %f 'dir.\n", abs_f(b));
getch();
return 0;
}