DTI-TK
Diffusion Tensor Imaging ToolKit
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Documentation.TVtool History
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To compute the principal diffusion direction image ->[@ TVtool -in tensor.nii.gz -pd @] To compute the principal diffusion direction mapped into an RGB image ->[@ TVtool -in tensor.nii.gz -rgb @]
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(:cell align=center:) N (:cell align=center:)
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!!!List of options (:table border=3 cellpadding=5 cellspacing=3 align=center:) (:head:) specification (:head:) type (:head:) required (:head:) default (:cellnr align=center:) -in (:cell align=center:) string(s) (:cell align=center:) Y (:cell align=center:) (:cellnr align=center:) -out (:cell align=center:) string(s) (:cell align=center:) N (:cell align=center:) (:cellnr align=center:) -ad (:cell align=center:) flag (:cell align=center:) N (:cell align=center:) (:cellnr align=center:) -rd (:cell align=center:) flag (:cell align=center:) N (:cell align=center:) (:cellnr align=center:) -tr (:cell align=center:) flag (:cell align=center:) N (:cell align=center:) (:cellnr align=center:) -fa (:cell align=center:) flag (:cell align=center:) N (:cell align=center:) (:cellnr align=center:) -norm (:cell align=center:) flag (:cell align=center:) N (:cell align=center:) (:cellnr align=center:) -dnorm (:cell align=center:) flag (:cell align=center:) N (:cell align=center:) (:cellnr align=center:) -tsp (:cell align=center:) flag (:cell align=center:) N (:cell align=center:) (:cellnr align=center:) -dtsp (:cell align=center:) flag (:cell align=center:) N (:cell align=center:) (:cellnr align=center:) -dydisp (:cell align=center:) flag (:cell align=center:) N (:cell align=center:) (:cellnr align=center:) -dycoh (:cell align=center:) flag (:cell align=center:) N (:cell align=center:) (:cellnr align=center:) -lps (:cell align=center:) flag (:cell align=center:) N (:cell align=center:) (:cellnr align=center:) -eigs (:cell align=center:) flag (:cell align=center:) N (:cell align=center:) (:cellnr align=center:) -pdmp (:cell align=center:) flag (:cell align=center:) N (:cell align=center:) (:cellnr align=center:) -faThreshold (:cell align=center:) double(s) (:cell align=center:) N (:cell align=center:) 0.2 (:cellnr align=center:) -pd (:cell align=center:) flag (:cell align=center:) N (:cell align=center:) (:cellnr align=center:) -rgb (:cell align=center:) flag (:cell align=center:) N (:cell align=center:) (:cellnr align=center:) -faWeighting (:cell align=center:) integer(s) (:cell align=center:) N (:cell align=center:) 1 (:cellnr align=center:) -spd (:cell align=center:) flag (:cell align=center:) N (:cell align=center:) (:cellnr align=center:) -reorient (:cell align=center:) flag (:cell align=center:) N (:cell align=center:) (:cellnr align=center:) -trans (:cell align=center:) string(s) (:cell align=center:) N (:cell align=center:) (:cellnr align=center:) -euler (:cell align=center:) double(s) (:cell align=center:) N (:cell align=center:) (:cellnr align=center:) -dev (:cell align=center:) flag (:cell align=center:) N (:cell align=center:) (:cellnr align=center:) -dyadic (:cell align=center:) flag (:cell align=center:) N (:cell align=center:) (:cellnr align=center:) -index (:cell align=center:) integer(s) (:cell align=center:) N (:cell align=center:) 0 (:cellnr align=center:) -scale (:cell align=center:) double(s) (:cell align=center:) N (:cell align=center:) (:cellnr align=center:) -add (:cell align=center:) string(s) (:cell align=center:) N (:cell align=center:) (:cellnr align=center:) -subtract (:cell align=center:) string(s) (:cell align=center:) N (:cell align=center:) (:cellnr align=center:) -mosaic (:cell align=center:) string(s) (:cell align=center:) N (:cell align=center:) (:cellnr align=center:) -piece (:cell align=center:) integer(s) (:cell align=center:) N (:cell align=center:) 16 (:cellnr align=center:) -aop (:cell align=center:) string(s) (:cell align=center:) N (:cell align=center:) (:cellnr align=center:) -mask (:cell align=center:) string(s) (:cell align=center:) N (:cell align=center:) (:cellnr align=center:) -nan (:cell align=center:) flag (:cell align=center:) N (:cellnr align=center:) -print (:cell align=center:) string(s) (:cell align=center:) N (:cell align=center:) (:cellnr align=center:) -vsm (:cell align=center:) string(s) (:cell align=center:) N (:cell align=center:) (:cellnr align=center:) -sm (:cell align=center:) string(s) (:cell align=center:) N (:cell align=center:) (:cellnr align=center:) -SMOption (:cell align=center:) string(s) (:cell align=center:) N (:cell align=center:) EDS, ED, DDS, EDS or GDS (:cellnr align=center:) -replacement (:cell align=center:) string(s) (:cell align=center:) N (:cell align=center:) (:tableend:)
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* specify an input tensor volume using the flag "-in" which takes the file name of the tensor volume as its argument
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* Specify an input tensor volume using the flag "-in" which takes the file name of the tensor volume as its argument
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* specify a processing task using additional flag(s) !!!List of Usages To compute the map of fractional anisotropy (FA)
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* Specify a processing task using additional flag(s), e.g. the flag "-fa" without any arguments is used to compute the FA map
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@] ->The computed FA map will be saved as tensor_fa.nii.gz * Output file name is set to some default value based on the input file name (like the example above) but can be customized using the flag "-out" with an argument !!!List of Usages To compute the map of fractional anisotropy (FA) ->[@ TVtool -in tensor.nii.gz -fa
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** computing arithmetic of two tensor volumes, such as addition
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* provide an input tensor volume using the flag "-in" followed by the file name of the tensor volume
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* specify an input tensor volume using the flag "-in" which takes the file name of the tensor volume as its argument
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* provide additional flag(s) to specify a processing task
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* specify a processing task using additional flag(s)
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!!!List of Usages To compute the map of fractional anisotropy (FA)
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!!!About TVtool * TVtool is a command line utility for basic processing of tensor volumes, including ** computing maps of tensor-derived scalar indices, such as fractional anisotropy (FA) ** computing maps of tensor-derived vectors, such as the eigenvectors ** computing maps of related tensors, such as the deviatoric tensors !!!Basic Usage Pattern * provide an input tensor volume using the flag "-in" followed by the file name of the tensor volume
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TVtool -in tensor.nii.gz @] * provide additional flag(s) to specify a processing task !!!List of Usages To compute the map of fractional anisotropy (FA) ->[@
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To compute the map of trace (TR) (Trace is equal to 3 times the mean diffusivity)
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To compute the map of trace (TR) (equal to 3 times the mean diffusivity)
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@]\\ To compute the map of axial diffusivity (AD) ->[@ TVtool -in tensor.nii.gz -ad @]\\ To compute the map of radial diffusivity (RD) ->[@ TVtool -in tensor.nii.gz -rd @]
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To compute the Fractional Anisotropy (FA)
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To compute the map of fractional anisotropy (FA)
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@]\\ To compute the map of trace (TR) (Trace is equal to 3 times the mean diffusivity) ->[@ TVtool -in tensor.nii.gz -tr @]\\
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!!!Usage of TVtool
*To compute the Fractional Anisotropy (FA)
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!!!List of Usages To compute the Fractional Anisotropy (FA)
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!!!Usage of TVtool *To compute the Fractional Anisotropy (FA) ->[@ TVtool -in tensor.nii.gz -fa @]
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!TVtool documentation !!Usage of TVtool
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(:noside:)(:notitle:)(:title DTI-TK::TVtool:)
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(:noleft:)(:notitle:)(:title DTI-TK::TVtool:)
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(:noside:)(:notitle:)(:title DTI-TK::TVtool:) !TVtool documentation
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