void SetRecoParam( void )
{
int dim,i,complexDataCorr;
DB_MSG(("-->SetRecoParam\n"));
/* set baselevel reconstruction parameter */
/* default initialization of reco based on acqp pars allready set */
ATB_InitDefaultReco();
/* configure information available during setup mode */
GS_info_dig_filling = Yes;
ParxRelsParRelations("GS_info_dig_filling",Yes);
GS_info_normalized_area = Of_raw_data;
ParxRelsParRelations("GS_info_normalized_area",Yes);
/* set reco rotate according to phase offsets */
dim = (int) PARX_get_dim("ACQ_size",1);
for (i=0; i<dim; i++)
{
if (i==0)
complexDataCorr = 2;
else
complexDataCorr = 1;
RECO_size[i] = (int)(ACQ_size[i] / complexDataCorr) ;
}
DB_MSG(("<--SetRecoParam\n"));
}
void SetRecoParam( void )
{
int dim,i,size,ftSize[3];
DB_MSG(("-->SetRecoParam\n"));
/* set baselevel reconstruction parameter */
/* default initialization of reco based on acqp pars allready set */
ATB_InitDefaultReco();
for(i=0; i<PTB_GetSpatDim(); i++)
ftSize[i] = (int)(PVM_Matrix[i]*PVM_AntiAlias[i]);
if(PVM_EncUseMultiRec == Yes || PVM_EncPftAccel1 > 1.0)
{
int k=0;
/* select method specific reconstruction method */
RECO_mode = USER_MODE;
ParxRelsParRelations("RECO_mode",Yes);
ATB_InitUserModeReco(ACQ_dim, PVM_EncMatrix, ftSize,
PVM_EncSteps1, PVM_EncSteps2,
PVM_EncNReceivers, PVM_EncPpiAccel1, PVM_EncPpiRefLines1,
NI, ACQ_obj_order, ACQ_phase_factor, PVM_EchoPosition);
/* set scaling values for phased array coils */
for(k=0; k<PVM_EncNReceivers;k++)
RecoScaleChan[k] = PVM_EncChanScaling[k];
}
dim = PTB_GetSpatDim();
/* set reco sizes and ft_mode (dim 2&3) */
/* (dim 1 is kept as it was set by ATB_InitDefaultReco) */
for(i=0; i<dim; i++)
{
size = (int)(PVM_Matrix[i]*PVM_AntiAlias[i]);
RECO_ft_mode[i] = (size == PowerOfTwo(size)) ? COMPLEX_FFT:COMPLEX_FT;
RECO_ft_size[i] = size;
RECO_size[i] = PVM_Matrix[i];
}
ParxRelsParRelations("RECO_ft_mode",Yes);
ParxRelsParRelations("RECO_ft_size",Yes);
ParxRelsParRelations("RECO_size",Yes);
/* set reco rotate according to phase offsets */
ATB_SetRecoRotate(PVM_EffPhase1Offset,
PVM_Fov[1]*PVM_AntiAlias[1],
NSLICES,
PVM_NEchoImages,
1) ; /* phase1 direction*/
if(dim==3)
{
ATB_SetRecoRotate(PVM_EffPhase2Offset,
PVM_Fov[2]*PVM_AntiAlias[2],
NSLICES,
PVM_NEchoImages,
2) ; /* phase2 direction*/
}
/* set reco offset */
ATB_SetRecoOffset(RECO_ft_size,
PVM_AntiAlias,
NI,
dim);
for(i=0;i<dim;i++)
RECO_fov[i]= PVM_FovCm[i];
ParxRelsParRelations("RECO_fov",Yes);
ATB_SetRecoTransposition(PtrType3x3 ACQ_grad_matrix[0],
PVM_NSPacks,
NSLICES,
ACQ_ns_list_size,
ACQ_obj_order) ;
DB_MSG(("<--SetRecoParam\n"));
}
