However, the relationship with the CP is sensitive to timing, correct information and understanding.
If the ball "appears" to have landed right on top of the Jackpot hole, however, bounced right out, that means you got the timing correct, but just need to stick to that timing & keep trying.
He must work twice as hard at refining his swings, regaining his timing, correcting mechanical flaws.
For details, functional images were realigned to the first volume, slice timing corrected, and normalized to the MNI template and spatially smoothed with an 8-mm Gaussian kernel.
Functional images were slice timing corrected, unwarped (from estimated deformation fields), and normalized to the MNI space (using the EPI.mnc template) to allow across-subject comparisons.
Images were slice timing corrected and spatially coregistered.
Functional images were realigned, corrected for slice timing, corrected for movement artifacts, spatially normalized to the Montreal Neurological Institute (MNI) EPI template, resampled to 2 × 2 × 2 mm voxels, and spatially smoothed using a Gaussian filter of 8 mm.
Multivariate pattern analyses were carried out using functional volumes that had been realigned and slice timing corrected but had not been spatially normalized to the MNI template (Fig. 2).
Functional images were slice timing corrected; realigned to the first volume of the first session to correct for within- and between-sessions motion; coregistered to the anatomical image; normalized into Montreal Neurological Institute (MNI) space using an affine fourth-degree b-spline interpolation transformation, and resliced with a resolution of 3 × 3 × 3 mm.
Datasets were slice-timing corrected (SLICETIMER), motion-corrected (MCFLIRT), brain-extracted (BET), registered to MPRAGE BBREGISTERR) and then to the MNI152 atlas (FNIRT), smoothed with a 5 mm FMWH kernel and high-pass filtered (cutoff = 0.008 Hz).
For each subject, functional images were first slice-timing corrected, using the middle slice acquired in time as a reference, and then spatially corrected for head movement, using a least-squares approach and six-parameter rigid body spatial transformations.
