void Trode::set_thresh_uv_one_thresh_n_chans(int16_t uv_thresh, int *chan_array, int n_chans_to_set){
double thresh_at_daq_V;
int target_chans[MAX_FILTERED_BUFFER_N_CHANS];
int n_target;
int i;
if(n_chans_to_set == -1){
n_target = n_chans;
for(i = 0; i < n_target; i++){
target_chans[i] = i;
}
} else {
n_target = n_chans_to_set;
for(i = 0; i < n_target; i++){
if( chan_array[i] < n_chans ){
target_chans[i] = chan_array[i];
} else {
printf("Error: tried to set chan %d of trode %d which has %d chans\n",
chan_array[i], name, n_chans);
target_chans[i] = i;
}
}
}
for(i = 0; i < n_target; i++){
thresh_at_daq_V = (double)uv_thresh / 1000000.0 * (double)gains[i];
thresholds[i] = ftor(&thresh_at_daq_V);
}
}
void G2Builder::setupAdapter()
{
G2 ftor(dC, dx0);
if(!ftorAdapter)
{
adapter<G2>(ftorAdapter);
}
adapterSetFunctor(ftorAdapter, ftor);
}
void QP1Builder::setupAdapter()
{
QP1 ftor(c());
if(!ftorAdapter)
{
adapter<QP1>(ftorAdapter);
}
adapterSetFunctor(ftorAdapter, ftor);
}
int
main()
{
//////////////////////////////////
// compile time check wether as_parser<> works for if_p
::boost::spirit::rule<> r;
r = ::boost::spirit::if_p('-')['-'];
r = ::boost::spirit::if_p("-")["-"];
r = ::boost::spirit::if_p('-')['-'].else_p['-'];
r = ::boost::spirit::if_p("-")["-"].else_p["-"];
r = ::boost::spirit::if_p(&fun)["foo"];
r = ::boost::spirit::if_p(ftor())["foo"];
r = ::boost::spirit::if_p(&fun)["foo"].else_p["bar"];
r = ::boost::spirit::if_p(ftor())["foo"].else_p["bar"];
r = ::boost::spirit::if_p(r)[r];
r = ::boost::spirit::if_p(r)[r].else_p[r];
}
void AtomicIntOp::exec_both (AtomicInt <T> &atom, F &ftor, T &val_old, T &val_new)
{
assert (&atom != 0);
assert (&ftor != 0);
T val_cur;
do
{
val_cur = atom;
val_new = ftor (val_cur);
val_old = atom.cas (val_new, val_cur);
}
while (val_old != val_cur);
}
template <typename F> void Method(char* data, size_t size, F ftor)
{
ftor(data);
}
void ftor_a(double *f_val, rdata_t *r_value, int n_elem){
for(int i = 0; i < n_elem; i++){
r_value[i] = ftor(f_val+i);
}
}
