DECODE_BEGIN(SP_MultiBlockChange,_1_8_1) {
Pint(X);
Pint(Z);
Pvarint(count);
lh_alloc_num(tpkt->blocks, tpkt->count);
int i;
for(i=0; i<tpkt->count; i++) {
Pchar(blocks[i].pos);
Pchar(blocks[i].y);
Rvarint(bid);
tpkt->blocks[i].bid.raw = (uint16_t)bid;
}
} DECODE_END;
DECODE_BEGIN(SP_Explosion,_1_8_1) {
Pfloat(x);
Pfloat(y);
Pfloat(z);
Pfloat(radius);
Pint(count);
lh_alloc_num(tpkt->blocks, tpkt->count);
int i;
for(i=0; i<tpkt->count; i++) {
boff_t *b = tpkt->blocks+i;
Rchar(dx);
Rchar(dy);
Rchar(dz);
b->dx = (int8_t)dx;
b->dy = (int8_t)dy;
b->dz = (int8_t)dz;
}
Pfloat(vx);
Pfloat(vy);
Pfloat(vz);
} DECODE_END;
void hud_update(MCPacketQueue *cq) {
hud_prune();
if (hud_id < 0 || !hud_inv) return;
bg_color = 34;
draw_clear();
bg_color = 0;
int updated = 0;
switch(hud_mode) {
case HUDMODE_TEST: updated = huddraw_test(); break;
case HUDMODE_INFO: updated = huddraw_info(); break;
case HUDMODE_TUNNEL: updated = huddraw_tunnel(); break;
case HUDMODE_MAP: updated = huddraw_map(); break;
case HUDMODE_BUILD: updated = huddraw_build(); break;
case HUDMODE_HELP: updated = huddraw_help(); break;
default: break;
}
if (updated) {
NEWPACKET(SP_Map, map);
tmap->mapid = hud_id;
tmap->scale = 0;
tmap->trackpos = 0;
tmap->nicons = 0;
tmap->icons = NULL;
tmap->ncols = 128;
tmap->nrows = 128;
tmap->X = 0;
tmap->Z = 0;
tmap->len = sizeof(hud_image);
lh_alloc_num(tmap->data, sizeof(hud_image));
memmove(tmap->data, hud_image, sizeof(hud_image));
queue_packet(map, cq);
}
hud_inv = HUDINV_NONE;
}
