| Group Analysis with AFNI - Hands On |
| "Data Collected:" |
| "PART I Þ Process Data..." |
| "STEP 1:" |
| "Subject EDŐs newly created time..." |
| "STEP 2:" |
| "Result from 3dmerge:" |
| "STEP 3:" |
| "For example:" |
| "Solution:" |
| "Subject 1 -- Stimulus (..." |
| "STEP 3A:" |
| "Now letŐs take those 10..." |
| "STEP 3B:" |
| "The end result will be..." |
| "STEP 3C:" |
| "E.g., Timepoint #..." |
| "STEP 4:" |
| "STEP 5:" |
| "3dDeconvolve -input ED_all..." |
| "-iresp 1 TMirf" |
| "Focusing on a single voxel..." |
| "To run an ANOVA," |
| "Before averaging the values in..." |
| "If the mean is computed..." |
| "STEP 5:" |
| "The output from 3dTstat will..." |
| "STEP 6:" |
| "PART 2 Þ" |
| "3dANOVA2 -type 3 -..." |
| "-acontr" |
| "Explanation of 3dANOVA2 options:" |
| "-amean:" |
| "In class -- LetŐs run..." |
| "Brain areas corresponding to Ň..." |
| "-acontr:" |
| "Brain areas corresponding to Ň..." |
| "-fa:" |
| "Many thanks to Mike Beauchamp..." |