Fiasco Tools
See the
overview
for more information on what's what.
The general purpose tools:
mri_anova
mri_esa
mri_pad
mri_smooth
mri_change_dims
mri_fft
mri_paste
mri_sort
mri_complex_to_scalar
mri_from_ascii
mri_permute
mri_splus_filter
mri_copy_chunk
mri_from_pdigm
mri_printfield
mri_subsample
mri_copy_dataset
mri_glm
mri_remap
mri_subset
mri_counter
mri_history
mri_resample
mri_svd
mri_delete_chunk
mri_interp
mri_rpn_math
mri_to_img
mri_describe
mri_kalman
mri_scan_fold
mri_type_convert
mri_destroy_dataset
mri_matmult
mri_setfield
mri_vector_extract
The special purpose tools:
3d_matrix
extract
outlier
slow_ft
baseline
follow
overlay
smartreader
baseline2
generate_vmpfx_in
par_translate
smooth_missing
blind_minimize
gift
partialk
smregpar
cardiopeaks
image_entropy
permute
smregpar3d
clip
imtops
pfileorder
spiral
colorize
intsplit
pghtoafni
spiral_reader
cross
ireg
pghtonifti
srecon
deghost
ireg3d
phadj
stats
detrend
iwarp
printmrifield
summary
displace
matte
pullback
syncpeaks
displace3d
meanc
reader
tsdeghost
estireg
meanc3d
recon
vmpfx
estireg3d
morph
remap
watershed
estiwarp
mutual_information
resppeaks
eventpeaks
nav_deghost
sgrid
The scripts:
FIASCO
coregister_makeps.py
make_group_anat.csh
plot_roi_event_response.py
afni_estireg3d.csh
coregister_struct_to_inplane.py
make_merged_maps.csh
plot_roi_time_series.py
afni_tshift.py
cowarp_inplane.py
make_phase_cine.csh
pooled_mean.csh
align_by_permutation.py
customize_local.py
merge_detrend.csh
pooled_stdv.csh
build_model_matrix.py
dataset_matches_env.py
merge_fisher.csh
pullback_roi_mask.py
calc_stats_over_roi.py
epoch_subset.py
multi_runner.py
renumber_ifiles.py
color_by_phase.csh
false_discovery.py
overlay.csh
stats_to_floats.csh
combine.csh
groupcompare.csh
paste_split.py
strip_skull.py
convert_ifiles.py
icbm_to_tlrc.py
pca.py
testingroup.csh
coregister.py
make_P_P_plots.csh
physio_correct_triggered.py
tlrc_to_icbm.py
coregister_inplane.py
make_cine.csh
pick_n_voxels.py
Tools internal to FIASCO:
affinemap
buildhelp
byte_extract
scripthelp
Fiasco is a toolkit for analysis of functional brain images developed at the CMU Department of Statistics. See
the Fiasco Home Page
for more information.
fiasco@stat.cmu.edu