static void do_rmc(uint8_t argc, char** argv, Stream *out)
{
static uint8_t lock_cnt = 4;
char buf[95], tbuf[9];
if (argc != 13) /* Ignore if wrong format */
return;
if (*argv[2] != 'A') {
notify_fix(false); /* Ignore if receiver not in lock */
lock_cnt = 4;
return;
}
else
if (lock_cnt > 0) {
lock_cnt--;
return;
}
lock_cnt = 1;
notify_fix(true);
/* get timestamp */
nmea2time(¤t_pos.timestamp, argv[1], argv[9]);
/* get latitude [ddmm.mmmmm] */
str2coord(2, argv[3], ¤t_pos.latitude);
if (*argv[4] == 'S')
current_pos.latitude = -current_pos.latitude;
/* get longitude [dddmm.mmmmm] */
str2coord(3, argv[5], ¤t_pos.longitude);
if (*argv[6] == 'W')
current_pos.longitude = -current_pos.longitude;
/* get speed [nnn.nn] */
if (*argv[7] != '\0')
sscanf(argv[7], "%f", ¤t_pos.speed);
else
current_pos.speed = 0;
/* get course [nnn.nn] */
if (*argv[8] != '\0') {
float x;
sscanf(argv[8], "%f", &x);
current_pos.course = (uint16_t) x+0.5;
}
else
current_pos.course = 0;
current_pos.altitude = altitude;
/* If requested, show position on screen */
if (monitor_pos) {
sprintf_P(buf, PSTR("TIME: %s, POS: lat=%f, long=%f, SPEED: %f km/h, COURSE: %u deg\r\n"),
time2str(tbuf, current_pos.timestamp), current_pos.latitude, current_pos.longitude,
current_pos.speed*KNOTS2KMH, current_pos.course);
putstr(out, buf);
}
}
/**
* get coordinates
* @return 1 if all OK
*/
int get_telescope_coords(double *ra, double *decl){
double r, d;
char *ans;
// :GR# -> 11:05:26.16#
ans = write_cmd(":GR#");
if(!str2coord(ans, &r)) return 0;
// :GD# -> +44:14:10.7#
ans = write_cmd(":GD#");
if(!str2coord(ans, &d)) return 0;
if(ra) *ra = r;
if(decl) *decl = d;
return 1;
}
static bool
test_sar(struct board *b, char *arg)
{
enum stone color = str2stone(arg);
arg += 2;
coord_t *cc = str2coord(arg, board_size(b));
coord_t c = *cc; coord_done(cc);
arg += strcspn(arg, " ") + 1;
int eres = atoi(arg);
board_print_test(2, b);
if (DEBUGL(1))
printf("sar %s %s %d...\t", stone2str(color), coord2sstr(c, b), eres);
assert(board_at(b, c) == S_NONE);
int rres = is_bad_selfatari(b, color, c);
if (rres == eres) {
if (DEBUGL(1))
printf("OK\n");
} else {
if (debug_level <= 2) {
board_print_test(0, b);
printf("sar %s %s %d...\t", stone2str(color), coord2sstr(c, b), eres);
}
printf("FAILED (%d)\n", rres);
}
return rres == eres;
}
static bool
test_useful_ladder(struct board *b, char *arg)
{
enum stone color = str2stone(arg);
arg += 2;
coord_t *cc = str2coord(arg, board_size(b));
coord_t c = *cc; coord_done(cc);
arg += strcspn(arg, " ") + 1;
int eres = atoi(arg);
board_print_test(2, b);
if (DEBUGL(1))
printf("useful_ladder %s %s %d...\t", stone2str(color), coord2sstr(c, b), eres);
assert(board_at(b, c) == S_NONE);
group_t atari_neighbor = board_get_atari_neighbor(b, c, color);
assert(atari_neighbor);
int ladder = is_ladder(b, c, atari_neighbor, true); assert(ladder);
int rres = useful_ladder(b, atari_neighbor);
if (rres == eres) {
if (DEBUGL(1))
printf("OK\n");
} else {
if (debug_level <= 2) {
board_print_test(0, b);
printf("useful_ladder %s %s %d...\t", stone2str(color), coord2sstr(c, b), eres);
}
printf("FAILED (%d)\n", rres);
}
return (rres == eres);
}
static bool
test_moggy_moves(struct board *b, char *arg)
{
int runs = 1000;
coord_t *cc = str2coord(arg, board_size(b));
struct move last;
last.coord = *cc; coord_done(cc);
last.color = board_at(b, last.coord);
assert(last.color == S_BLACK || last.color == S_WHITE);
enum stone color = stone_other(last.color);
arg += strcspn(arg, " ") + 1;
b->last_move = last;
board_print(b, stderr); // Always print board so we see last move
char e_arg[128]; sprintf(e_arg, "runs=%i", runs);
struct engine *e = engine_replay_init(e_arg, b);
if (DEBUGL(1))
printf("moggy moves %s, %s to play. Sampling moves (%i runs)...\n\n",
coord2sstr(last.coord, b), stone2str(color), runs);
int played_[b->size2 + 2]; memset(played_, 0, sizeof(played_));
int *played = played_ + 2; // allow storing pass/resign
int most_played = 0;
replay_sample_moves(e, b, color, played, &most_played);
/* Show moves stats */
for (int k = most_played; k > 0; k--)
for (coord_t c = resign; c < b->size2; c++)
if (played[c] == k)
printf("%3s: %.2f%%\n", coord2str(c, b), (float)k * 100 / runs);
engine_done(e);
return true; // Not much of a unit test right now =)
}
struct fbook *
fbook_init(char *filename, struct board *b)
{
if (fbcache && fbcache->bsize == board_size(b)
&& fbcache->handicap == b->handicap)
return fbcache;
FILE *f = fopen(filename, "r");
if (!f) {
perror(filename);
return NULL;
}
struct fbook *fbook = calloc(1, sizeof(*fbook));
fbook->bsize = board_size(b);
fbook->handicap = b->handicap;
/* We do not set handicap=1 in case of too low komi on purpose;
* we want to go with the no-handicap fbook for now. */
for (int i = 0; i < 1<<fbook_hash_bits; i++)
fbook->moves[i] = pass;
if (DEBUGL(1))
fprintf(stderr, "Loading opening fbook %s...\n", filename);
/* Scratch board where we lay out the sequence;
* one for each transposition. */
struct board *bs[8];
for (int i = 0; i < 8; i++) {
bs[i] = board_init(NULL);
board_resize(bs[i], fbook->bsize - 2);
}
char linebuf[1024];
while (fgets(linebuf, sizeof(linebuf), f)) {
char *line = linebuf;
linebuf[strlen(linebuf) - 1] = 0; // chop
/* Format of line is:
* BSIZE COORD COORD COORD... | COORD
* BSIZE/HANDI COORD COORD COORD... | COORD
* We descend up to |, then add the new node
* with value minimax(1000), forcing UCT to
* always pick that node immediately. */
int bsize = strtol(line, &line, 10);
if (bsize != fbook->bsize - 2)
continue;
int handi = 0;
if (*line == '/') {
line++;
handi = strtol(line, &line, 10);
}
if (handi != fbook->handicap)
continue;
while (isspace(*line)) line++;
for (int i = 0; i < 8; i++) {
board_clear(bs[i]);
bs[i]->last_move.color = S_WHITE;
}
while (*line != '|') {
coord_t *c = str2coord(line, fbook->bsize);
for (int i = 0; i < 8; i++) {
coord_t coord = coord_transform(b, *c, i);
struct move m = { .coord = coord, .color = stone_other(bs[i]->last_move.color) };
int ret = board_play(bs[i], &m);
assert(ret >= 0);
}
coord_done(c);
while (!isspace(*line)) line++;
while (isspace(*line)) line++;
}
line++;
while (isspace(*line)) line++;
/* In case of multiple candidates, pick one with
* exponentially decreasing likelihood. */
while (strchr(line, ' ') && fast_random(2)) {
line = strchr(line, ' ');
while (isspace(*line)) line++;
// fprintf(stderr, "<%s> skip to %s\n", linebuf, line);
}
coord_t *c = str2coord(line, fbook->bsize);
for (int i = 0; i < 8; i++) {
coord_t coord = coord_transform(b, *c, i);
#if 0
char conflict = is_pass(fbook->moves[bs[i]->hash & fbook_hash_mask]) ? '+' : 'C';
if (conflict == 'C')
for (int j = 0; j < i; j++)
if (bs[i]->hash == bs[j]->hash)
conflict = '+';
if (conflict == 'C') {
hash_t hi = bs[i]->hash;
while (!is_pass(fbook->moves[hi & fbook_hash_mask]) && fbook->hashes[hi & fbook_hash_mask] != bs[i]->hash)
hi++;
if (fbook->hashes[hi & fbook_hash_mask] == bs[i]->hash)
hi = 'c';
}
fprintf(stderr, "%c %"PRIhash":%"PRIhash" (<%d> %s)\n", conflict,
bs[i]->hash & fbook_hash_mask, bs[i]->hash, i, linebuf);
#endif
hash_t hi = bs[i]->hash;
while (!is_pass(fbook->moves[hi & fbook_hash_mask]) && fbook->hashes[hi & fbook_hash_mask] != bs[i]->hash)
hi++;
fbook->moves[hi & fbook_hash_mask] = coord;
fbook->hashes[hi & fbook_hash_mask] = bs[i]->hash;
fbook->movecnt++;
}
coord_done(c);
}
for (int i = 0; i < 8; i++) {
board_done(bs[i]);
}
fclose(f);
if (!fbook->movecnt) {
/* Empty book is not worth the hassle. */
fbook_done(fbook);
return NULL;
}
struct fbook *fbold = fbcache;
fbcache = fbook;
if (fbold)
fbook_done(fbold);
return fbook;
}
void fbook_done(struct fbook *fbook)
{
if (fbook != fbcache)
free(fbook);
}
