/**
* 清理某记录的总玩和总赢
*/
void clear_record(Kvs_t* kvs, long id) {
Kv_t* kv = find_kv(kvs, (Key_t)id);
if(kv == NULL) return;
((Record_t *)kv -> value) -> play_total = 0;
((Record_t *)kv -> value) -> win_total = 0;
}
/**
* 递增修改某记录的总赢
*/
void incr_record_win(Kvs_t* kvs, long id, int incr) {
if(incr <= 0) return;
Kv_t* kv = find_kv(kvs, (Key_t)id);
if(kv == NULL) return;
((Record_t *)kv -> value) -> win_total += incr;
}
bool update_kv(Kvs_t* kvs, Kv_t* kv) {
Kv_t* kv_raw = find_kv(kvs, kv -> key);
if(kv_raw == NULL) return false;
kv_raw = kv;
kv_raw -> key = kv -> key;
return true;
}
/**
* 修改新参数列表里某id的几率
*/
bool update_probability(Kvs_t* kvs, long id, double probability) {
if(probability < 0 || probability > 1) return false;
Kv_t* kv = find_kv(kvs, (Key_t)id);
if(kv == NULL) return false;
((Param_t *)kv -> value) -> probability = probability;
return true;
}
void charizer_go(float * db_out)
{
// Perform a binary search for the deadband cutoff
float del_db = .05;
float db = .1;
while(del_db > .0001)
{
test(db);
if(find_vfinal() > .01)
db -= del_db;
else
db += del_db;
del_db /= 2;
}
*db_out = db;
// Accelerate with power 0.2, and assess the results
test(db + 0.2*(1-db));
float kv = find_kv(0.2);
float ka = find_ka(0.2, kv, T);
}
Kvs_t* add_kv(Kvs_t* kvs, Kv_t* kv) {
if(kvs == NULL) {
kvs = init_kvs();
}
if(kvs -> usable_key <= kv -> key) {
kvs -> usable_key = kv -> key + 1;
}
Kv_t* kv_raw = find_kv(kvs, kv -> key);
if(kv_raw != NULL) {
update_kv(kvs, kv);
return kvs;
} else {
if(kvs -> count < kvs ->capacity) {
kvs -> kv[kvs -> count] = kv;
kvs -> count = kvs -> count + 1;
return kvs;
} else {
Kvs_t* kvs_new = init_with_capacity(kvs -> capacity + EMPTY_COUNT);
int i = 0;
for(i = 0; i < kvs -> count; i++) {
kvs_new -> kv[i] = kvs -> kv[i];
}
kvs_new -> count = kvs -> count;
kvs_new -> usable_key = kvs -> usable_key;
free(kvs);
kvs = NULL;
kvs_new -> kv[kvs_new -> count] = kv;
kvs_new -> count = kvs_new -> count + 1;
return kvs_new;
}
}
return kvs;
}
