void printStatus() { if (t-t1>=PRINT_STATUS_PER) { // we get the current fixation point in the // operational space Vector x; igaze->getFixationPoint(x); fprintf(stdout,"+++++++++\n"); fprintf(stdout,"fp [m] = (%s)\n",fp.toString(3,3).c_str()); fprintf(stdout,"x [m] = (%s)\n",x.toString(3,3).c_str()); fprintf(stdout,"norm(fp-x) [m] = %g\n",norm(fp-x)); fprintf(stdout,"---------\n\n"); t1=t; } }
void armTrack() { if (arm!="none") { if (ARMISTRACKING(armCmdState)) { Vector fp; igaze->getFixationPoint(fp); if (fp[0]>REACH_X_MAX) fp[0]=REACH_X_MAX; fp[2]+=REACH_OFFS_Z; iarm->goToPosition(fp); fprintf(stdout,"Reaching for: (%.1f,%.1f,%.1f) m\n",fp[0],fp[1],fp[2]); } else armCmdState++; } }