FFTFileGrid::FFTFileGrid(FFTFileGrid * fftGrid, bool expTrans) :
FFTGrid()
{
float value;
int i,j,k;
genFileName();
cubetype_ = fftGrid->cubetype_;
theta_ = fftGrid->theta_;
nx_ = fftGrid->nx_;
ny_ = fftGrid->ny_;
nz_ = fftGrid->nz_;
nxp_ = fftGrid->nxp_;
nyp_ = fftGrid->nyp_;
nzp_ = fftGrid->nzp_;
cnxp_ = nxp_/2+1;
rnxp_ = 2*(cnxp_);
csize_ = cnxp_*nyp_*nzp_;
rsize_ = rnxp_*nyp_*nzp_;
counterForGet_ = 0;
counterForSet_ = 0;
istransformed_ = fftGrid->istransformed_;
fNameIn_ = "";
accMode_ = NONE;
setAccessMode(WRITE);
fftGrid->setAccessMode(READ);
if(istransformed_ == false){
createRealGrid();
for(k=0;k<nzp_;k++) {
for(j=0;j<nyp_;j++) {
for(i=0;i<rnxp_;i++) {
value=fftGrid->getNextReal();
if (expTrans)
setNextReal(exp(value));
else
setNextReal(value);
}
}
}
}
else{
createComplexGrid();
for(int k=0;k<nzp_;k++) {
for(int j=0;j<nyp_;j++) {
for(int i=0;i<cnxp_;i++) {
fftw_complex value = fftGrid->getNextComplex();
setNextComplex(value);
}
}
}
}
endAccess();
fftGrid->endAccess();
}
ConnectorParameter::ConnectorParameter(const ConnectorDescription* const connector, const UpdateBehavior behavior)
: Parameter(connector->id(), connector->variant()),
m_connector(connector)
{
setTitle(connector->title());
setVisualization(connector->visualization());
setUpdateBehavior(behavior);
switch (connector->originalType())
{
case Description::INPUT:
setAccessMode(ACTIVATED_WRITE);
break;
case Description::OUTPUT:
setAccessMode(INITIALIZED_READ);
break;
default:
throw InternalError("A connector parameter can only be created from inputs or outputs");
}
}
float
FFTFileGrid::getFirstRealValue(){
assert(accMode_ == NONE || accMode_ == RANDOMACCESS);
float value;
if(accMode_ != RANDOMACCESS) {
setAccessMode(READ);
value = getNextReal();
endAccess();
}
else
value = static_cast<float>(rvalue_[0]);
return value;
}