void Material::ParseExp(MaterialExpression* inputexp,JsonObject& obj)
{
JsonObject::MemberIterator first_mem = obj.MemberBegin();
s32 input_index = 0;
while(first_mem!=obj.MemberEnd())
{
if (first_mem->value.IsObject())
{
MaterialExpMap::iterator it = exp_map_.find(first_mem->name.GetString());
if (it!=exp_map_.end())
{
MaterialExpression* exp =(*it).second;
MaterialInput* input = inputexp->GetInput(input_index);
if (input)
{
input->input_mask_ = ParseMask(first_mem->value);
input->link_= exp;
}
input_index++;
ParseExp(exp,first_mem->value);
}
}
first_mem++;
}
}
static Bool
ParseDmask(const char *option, // IN: option string along with value
HgfsMountInfo *mountInfo, // OUT: mount data
int *flags) // OUT: mount flags
{
ASSERT(option);
ASSERT(mountInfo);
if (ParseMask(option, &mountInfo->dmask)) {
LOG("Setting mount dmask to %o\n", mountInfo->dmask);
return TRUE;
}
return FALSE;
}
/** Set up an atom mask containing selected atom numbers given a char
* array of size natom with T for selected atoms and F for unselected
* atoms. The actual mask parser is called from Topology.
* maskChar_ is used to determine whether atoms denoted by 'T' or 'F' will
* be selected (the latter is the case e.g. with stripped atoms).
*/
int AtomMask::SetupMask(AtomArrayT const& atoms, ResArrayT const& residues, const double* XYZ)
{
// Set up an integer list of the selected atoms.
// NOTE: For large selections this will use 4x the memory of the char atom
// mask. Could check to see which will be bigger.
Natom_ = (int)atoms.size();
Selected_.clear();
char* charmask = ParseMask(atoms, residues, XYZ);
if (charmask == 0) return 1;
for (int atom = 0; atom != Natom_; atom++) {
if (charmask[atom] == maskChar_)
Selected_.push_back( atom );
}
delete[] charmask;
return 0;
}
void Material::ParseExp(MaterialInput& input,JsonObject& obj,const string& key)
{
if (obj.HasMember(key.c_str()))
{
JsonObject::MemberIterator first_mem = obj[key.c_str()].MemberBegin();
if(first_mem!=obj.MemberEnd())
{
MaterialExpMap::iterator it = exp_map_.find(first_mem->name.GetString());
if (it!=exp_map_.end())
{
MaterialExpression* exp =(*it).second;
input.input_mask_ = ParseMask(first_mem->value);
ParseExp(exp,first_mem->value);
input.link_ = exp;
}
first_mem++;
}
}
}
