Workbench:StatisticsCommands

From Van Essen Lab

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''caret_command -file-convert
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== caret_command -file-convert ==
e.g., if you want to convert to/from VTK; wb_import doesn't like some gii, and I haven't decoded why
e.g., if you want to convert to/from VTK; wb_import doesn't like some gii, and I haven't decoded why
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''caret_command -metric-information   
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== caret_command -metric-information  ==
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caret_command -show-scene
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== caret_command -show-scene ==
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caret_command -surface-border-projection
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== caret_command -surface-border-projection ==
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caret_command -surface-border-unprojection
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== caret_command -surface-border-unprojection ==
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caret_command -surface-border-draw-around-roi
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== caret_command -surface-border-draw-around-roi ==
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caret_command -surface-cell-projection   
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== caret_command -surface-cell-projection  ==
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caret_command -surface-cell-unprojection   
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== caret_command -surface-cell-unprojection  ==
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caret_command -surface-foci-projection
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== caret_command -surface-foci-projection   ==
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caret_command -surface-foci-unprojection   
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== caret_command -surface-foci-unprojection  ==
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caret_command -surface-folding-measures
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== caret_command -surface-folding-measures ==
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caret_command -surface-identify-sulci
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== caret_command -surface-identify-sulci ==
This does a bunch of stuff, but primary goal is generating depth
This does a bunch of stuff, but primary goal is generating depth
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caret_command -surface-region-of-interest-selection
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== caret_command -surface-region-of-interest-selection ==
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caret_command -surface-to-segmentation-volume
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== caret_command -surface-to-segmentation-volume ==
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caret_command -surface-topology-disconnect-nodes
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== caret_command -surface-topology-disconnect-nodes ==
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caret_command -volume-create
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== caret_command -volume-create ==
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caret_command -volume-set-origin
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== caret_command -volume-set-origin ==
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caret_command -volume-set-spacing
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== caret_command -volume-set-spacing ==
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caret_command -volume-histogram   
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== caret_command -volume-histogram  ==
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caret_command -volume-information
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== caret_command -volume-information   ==
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caret_command -volume-information-nifti   
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== caret_command -volume-information-nifti  ==
I think these have wb counterparts -- not sure:
I think these have wb counterparts -- not sure:
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caret_command -metric-composite
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== caret_command -metric-composite   ==
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caret_command -metric-composite-identified-columns   
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== caret_command -metric-composite-identified-columns  ==
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caret_command -metric-math-postfix
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== caret_command -metric-math-postfix   ==
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caret_command -metric-set-column-name
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== caret_command -metric-set-column-name   ==
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caret_command -metric-set-column-to-scalar
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== caret_command -metric-set-column-to-scalar   ==
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caret6_stats -inferential-anova-one-way
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== caret6_stats -inferential-anova-one-way ==
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caret6_stats -inferential-anova-one-way-coordinate-difference
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== caret6_stats -inferential-anova-one-way-coordinate-difference ==
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caret6_stats -inferential-interhemispheric
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== caret6_stats -inferential-interhemispheric ==
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caret6_stats -significance-cluster-threshold  MAYBE
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== caret6_stats -significance-cluster-threshold  MAYBE ==
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caret6_stats -significance-threshold-free
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== caret6_stats -significance-threshold-free ==
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caret6_stats -inferential-t-test-one-sample
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== caret6_stats -inferential-t-test-one-sample ==
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caret6_stats -inferential-t-test-paired
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== caret6_stats -inferential-t-test-paired ==
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caret6_stats -inferential-t-test-two-sample
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== caret6_stats -inferential-t-test-two-sample ==
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deformation map file design
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== deformation map file design ==

Revision as of 22:07, 29 August 2013

Contents

caret_command -file-convert

e.g., if you want to convert to/from VTK; wb_import doesn't like some gii, and I haven't decoded why

caret_command -metric-information

caret_command -show-scene

caret_command -surface-border-projection

caret_command -surface-border-unprojection

caret_command -surface-border-draw-around-roi

caret_command -surface-cell-projection

caret_command -surface-cell-unprojection

caret_command -surface-foci-projection

caret_command -surface-foci-unprojection

caret_command -surface-folding-measures

caret_command -surface-identify-sulci

This does a bunch of stuff, but primary goal is generating depth

caret_command -surface-region-of-interest-selection

caret_command -surface-to-segmentation-volume

caret_command -surface-topology-disconnect-nodes

caret_command -volume-create

caret_command -volume-set-origin

caret_command -volume-set-spacing

caret_command -volume-histogram

caret_command -volume-information

caret_command -volume-information-nifti

I think these have wb counterparts -- not sure:

caret_command -metric-composite

caret_command -metric-composite-identified-columns

caret_command -metric-math-postfix

caret_command -metric-set-column-name

caret_command -metric-set-column-to-scalar

caret6_stats -inferential-anova-one-way

caret6_stats -inferential-anova-one-way-coordinate-difference

caret6_stats -inferential-interhemispheric

caret6_stats -significance-cluster-threshold MAYBE

caret6_stats -significance-threshold-free

caret6_stats -inferential-t-test-one-sample

caret6_stats -inferential-t-test-paired

caret6_stats -inferential-t-test-two-sample

deformation map file design

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