Tubegen/Obscure Arguments: Difference between revisions

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! style="text-align:left;" | <tt>FA</tt>
! style="text-align:left;" | <tt>FA</tt>
| str || Fractional anisotropy image.  Note that you don't need this argument unless you've also specified <tt>-FASAMPLING 1</tt>. || <tt>./d2mem/FA</tt>
| str || Fractional anisotropy image.  Note that you don't need this argument unless you've also specified <tt>-FASAMPLING 1</tt> or <tt>-OUTFA 1</tt>. || <tt>./d2mem/FA</tt>
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! colspan=4 | Output Files
! colspan=4 | Output Files
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! style="text-align:left;" | <tt>SAVESM</tt>
! style="text-align:left;" | <tt>SAVESM</tt>
| n || Generate and save the streamtube model VRML file.  Without this, the program only generates streamlines. || <tt>1</tt>
| n || Generate and save the streamtube model VRML file.  If you set this to <tt>0</tt>, the program only generates streamlines. || <tt>1</tt>
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! colspan=4 | Output Mesh Control
! colspan=4 | Output Mesh Control

Latest revision as of 16:30, 24 March 2009

arg params description defaults
Input Files
FA str Fractional anisotropy image. Note that you don't need this argument unless you've also specified -FASAMPLING 1 or -OUTFA 1. ./d2mem/FA
Output Files
SAVESM n Generate and save the streamtube model VRML file. If you set this to 0, the program only generates streamlines. 1
Output Mesh Control
NUMPTR n Number of points on a ring 6
MESHNOVSIZE n Mesh coords not affected by vsize 0
OUTFA n output FA as red color 0
Integration
USROI n use region of interest for seed points generation 0
ROI f f f f f f region of interest, specify center point and edge length 0.0 0.0 0.0 0.0 0.0 0.0
chi0thresh f isotropy model Chisqr threshold 2.0
chi1thresh f isotropy model Chisqr threshold 2.0
chi2thresh f isotropy model Chisqr threshold 2.0
Culling
wd n Gaussian weighted distance: end points get higher weight. 0
USECUTOFFROI n use cutoff ROI 0
ROICUTOFF f f f f f f Cut off ROI, only streamtubes running through this ROI are kept 0.0 0.0 0.0 0.0 0.0 0.0
Statistical Options
chi0 str chisqr for isotropic model /u/sz/diffusion/data/susumu/mri/Diff
Partial Volume
pv str Partial volume between iso and wm image path /u/sz/diffusion/data/susumu/mri/Diff
pv1thresh f partial volume threshold for tracking 0.5
pvwm str Partial volume between wm image path /u/sz/diffusion/data/susumu/mri/Diff
Unknown
cr f Compress ratio, 0 means no compression 0.3
randlen f random jittering diameter, coupled with seed 1.0
randseed f srand? 0: no srand, -1 srand(time), other:srand(other) 0.0
ColSeed n seed ColA data mask for seeds 0
Colmask str Col mask image path nomask
ColmaskVx f f f Vx of the mask Coord 0.0 0.0 0.0
ColmaskVy f f f Vx of the mask Coord 0.0 0.0 0.0
ColmaskCtr f f f Ctr of the mask Coord 0.0 0.0 0.0
ColDTICtr f f f Ctr of the DTI Coord 0.0 0.0 0.0
ColDTIvsize f f f vsize of the DTI Coord 0.0 0.0 0.0
Colmaskvsize f f f vsize of the mask Coord 0.859376 0.859376 3.0
ColS n Number of random points used in a voxel in Colseeding 4
SS n Using the tubes generated for the seed points of the Second Start 0
flatdir n trace on a plane perpendicular to flatdir. 0: 1 0 0; 1: 0 1 0; 2: 0 0 1 -1
SEG str Segmentation image NoSegFile
SF str Seed-points file NoSeedsFile
OUTSF str Output seed-points file NoSeesFile
USESF n Use seed-points file 0
GMCON n GM constaint extension step, 0 means no constraint 0
CROSSMIDBRAIN n Col lesion test, keep only the tubes across midbrain 0
MIDBRAIN n n n Definition of midbrain 0 45 45
FASAMPLING n sample according to FA 0
Multicompartment Input Files
MC n Multicompartment 0
dt1 str First diffusion tensor image path in multi compartemnt model /u/sz/diffusion/data/susumu/mri/Diff
dt2 str Second diffusion tensor image path in multi compartment model /u/sz/diffusion/data/susumu/mri/Diff
Multicompartment Statistical Options
chi1 str chisqr for single compartemnt model /u/sz/diffusion/data/susumu/mri/Diff
chi2 str chisqr multi compartemnt model /u/sz/diffusion/data/susumu/mri/Diff