:orphan: .. _ahelp_desphinxify: *********** desphinxify *********** .. contents:: :local: | Overview ======== .. code-block:: none This is a simple program that *might* be useful for desphinxifying datasets. That is, when datasets are acquired in "sphinx" position, this will try to reorient them to match with axial/coronal/sagittal definitions standard to human neuroimaging. This may be useful particularly when processing nonhuman datasets Importantly, this program really only reliable **if** the user knows the correct final dataset orientation, to verify. We can recommend a useful intermediate orientation to reorient the data correctly, but the user is in charge of being user. ver = 0.0 auth = PA Taylor (SSCC, NIMH, NIH) Options ======= .. code-block:: none -input II :(req) input dset name -prefix PP :(req) output dset name (can include path) -orient_mid OM :(req) intermediate orientation value, which determines how the input dataset is effectively rotated (from RAI orientation) in order to desphinxify it. **NB:** a commonly used value here is: RIP. However, users must verify this, particularly to get left and right correct (other mistakes in orientation tend to be more visually apparent). That is why there is no default value: please check this with a pilot dataset for your study. -workdir WD : working directory name (just name, no path; will be subdirectory of the output location) -overwrite : when writing output, overwrite any preexisting dataset (def: do not overwrite) -no_clean : when done, do not remove temporary working directory (def: do remove woroking directory -echo : run very verbosely (with 'set echo' on) -ver : display program version -help : show help -hview : show help in text editor Examples ======== .. code-block:: none 1) Basic usage: desphinxify \ -orient_mid RIP \ -input sub-001_T1w.nii.gz \ -prefix sub-001_T1w_DSPH.nii.gz ... and verify/validate results, for a given collection protocol.