Hello. I work with mouse fMRI. After normalizing my functional images with SPM, I am able to see that my normalized results after 3ddeconvolve or 3dttest++, the areas align well with the template crosshair (when opened in new AFNI window) However, I want to be able to align my template ROIs over my functional results instead of using photoshop to try align it properly. I asked before how to resample and got the suggestions to use 3dresample, 3dNwarpApply, or 3dfractionize, but I ran into either errors about template space, or the template ROI lines becoming too undersampled. Here are the 3dinfo for my template and functional scans. My template is in ORIG space, but normalized functional scans in TLRC. I've also attached the results of 3dresample. I've tried multiple rmodes and get similar results. Even after 3dresample, I am unable to use the resampled template as my underlay for my 3dttest overlay.

Template
Template Space: ORIG
Dataset Type: Anat Bucket (-abuc)
Byte Order: LSB_FIRST {assumed} [this CPU native = LSB_FIRST]
Storage Mode: NIFTI
Storage Space: 19,261,440 (19 million) bytes
Geometry String: "MATRIX(-0.5,0,0,51.03759,0,-0.5,0,35.73753,0,0,1,-58.88757):228,160,132"
Data Axes Tilt: Plumb
Data Axes Orientation:
first (x) = Left-to-Right
second (y) = Posterior-to-Anterior
third (z) = Inferior-to-Superior [-orient LPI]
R-to-L extent: -56.750 [R] -to- 56.750 [L] -step- 0.500 mm [228 voxels]
A-to-P extent: -28.500 [A] -to- 51.000 [P] -step- 0.500 mm [160 voxels]
I-to-S extent: -80.000 -to- 51.000 [S] -step- 1.000 mm [132 voxels]
Number of values stored at each pixel = 1
-- At sub-brick #0 '?' datum type is float: 0 to 1997.28

Normalized functional
Template Space: TLRC
Dataset Type: Anat Bucket (-abuc)
Byte Order: LSB_FIRST {assumed} [this CPU native = LSB_FIRST]
Storage Mode: NIFTI
Storage Space: 501,120 (501 thousand) bytes
Geometry String: "MATRIX(1.32,0,0,-79.2117,0,-1.32,0,44.371,0,0,5,-60):120,58,18"
Data Axes Tilt: Plumb
Data Axes Orientation:
first (x) = Right-to-Left
second (y) = Posterior-to-Anterior
third (z) = Inferior-to-Superior [-orient RPI]
R-to-L extent: -79.212 [R] -to- 77.868 [L] -step- 1.320 mm [120 voxels]
A-to-P extent: -30.869 [A] -to- 44.371 [P] -step- 1.320 mm [ 58 voxels]
I-to-S extent: -60.000 -to- 25.000 [S] -step- 5.000 mm [ 18 voxels]
Number of values stored at each pixel = 1
-- At sub-brick #0 '?' datum type is float: 0 to 27.2828