本文整理汇总了C++中Distribution::allocate方法的典型用法代码示例。如果您正苦于以下问题：C++ Distribution::allocate方法的具体用法？C++ Distribution::allocate怎么用？C++ Distribution::allocate使用的例子？那么, 这里精选的方法代码示例或许可以为您提供帮助。您也可以进一步了解该方法所在类Distribution的用法示例。
在下文中一共展示了Distribution::allocate方法的1个代码示例，这些例子默认根据受欢迎程度排序。您可以为喜欢或者感觉有用的代码点赞，您的评价将有助于系统推荐出更棒的C++代码示例。
示例1: test_dist
test_results_t test_dist(){
test_results_t r = new_results();
Distribution d;
float val;
d.output(1);
print_test("distribution of just 1");
val = 1;
print_assert("D(1) = 1.0", tassert(&r, cmp( d.get_output_prob(d.find_chunk(val),val), 1.00) ));
print_assert("E(1) = 0.0", tassert(&r, cmp(d.get_error_prob(d.find_chunk(val),val), 0.00) ));
val = 4;
print_assert("D(4) = 0.0", tassert(&r, cmp( d.get_output_prob(d.find_chunk(val),val), 0.00) ));
print_assert("E(4) = 0.0", tassert(&r, cmp(d.get_error_prob(d.find_chunk(val),val), 0.00) ));
print_test("distribution of 1,2,3");
d.clear();
d.output(1);
d.output(2);
d.output(3);
val = 1;
print_assert("D(1) = 0.3333", tassert(&r, cmp(d.get_output_prob(d.find_chunk(val),val), 0.333333333) ));
print_assert("E(1) = 0.0", tassert(&r, cmp(d.get_error_prob(d.find_chunk(val),val), 0.00)));
print_assert("CUM D() = 1.0", tassert(&r, cmp(d.get_output_cum_prob(), 1) ));
print_assert("CUM E() = 0.0", tassert(&r, cmp(d.get_error_cum_prob(), 0.00)));
print_test("distribution of out=1,3,4, err=3,4");
d.clear();
d.output(1);
d.error(4);
d.output(3);
d.error(3);
val = 1;
print_assert("D(1) = 1.0", tassert(&r, cmp(d.get_output_prob(d.find_chunk(val),val), 0.25) ));
print_assert("E(1) = 0.0", tassert(&r, cmp( d.get_error_prob(d.find_chunk(val),val), 0.00)));
val = 4;
print_assert("D(4) = 0.0", tassert(&r, cmp(d.get_output_prob(d.find_chunk(val),val), 0.0) ));
print_assert("E(4) = 1.0", tassert(&r, cmp(d.get_error_prob(d.find_chunk(val),val), 0.25)));
val = 3;
print_assert("D(4) = 0.0", tassert(&r, cmp(d.get_output_prob(d.find_chunk(val),val), 0.25) ));
print_assert("E(4) = 1.0", tassert(&r, cmp(d.get_error_prob(d.find_chunk(val),val), 0.25)));
d.clear();
for(int i=0; i < 1000; i++){
int q = rand()%5;
int delta = (rand()%50-25);
if(q==4) d.error(0);
if(q == 0) d.output(100+delta);
if(q == 1) d.output(200+delta);
if(q == 2) d.error(200+delta);
if(q == 3) d.error(300000+delta);
q = rand()%50;
if(q == 0) d.error(500+delta);
if(q == 10) d.error(60000+delta);
if(q == 20) d.error(99000+delta);
if(q == 15) d.error(44000+delta);
if(q == 25) d.error(100000+delta);
if(q == 18) d.error(-60000+delta);
if(q == 26) d.error(-99000+delta);
if(q == 33) d.error(200000+delta);
if(q == 24) d.error(150000+delta);
}
d.allocate(0.05);
d.print();
val = 10000;
printf("rej(%f): %f\n",val, d.get_prob_reject(d.find_chunk(val),val));
val = 189.5;
printf("rej(%f): %f\n", val, d.get_prob_reject(d.find_chunk(val),val));
return r;
}