MRE/Wave beta release general functions mrewave home data types reserved data input files output files clipboard resolution 1d plots 2d plots Wave inversion functions wave test data wave data wave parameters wave output wave unwrap wave filters wave lfe fftw faq known bugs |  |
input files
The following file types can be read: dicom file : mrewave does not act as a dicom server. mrewave will only read dicom image files. It has been tested with efilm 1.320, GE advantage windows 4.1, and Mayo Reads2. binary file: When savings data as different types, do so at your own risk.e.g. saving r4 data as n1. r4 data has a range of [-1e37..1e37] while n1 has a range of [0,255]. Trying to stuff a value of 13,000 into a n1 variable is of questionable value. No check is made of data ranges. text file: mrewave uses standard c floating point formats %f %e %E %g %G in the form of %[m][.][n]f where: m minimum field width n digits after decimal point %f floating point %e scientific notation with e %E scientific notation with E %g %G e format if exponent <-4 or larger than m e.g. %.2f gives 100.10 %.3e gives 1.001e+02 note: no check is made for valid formats! matlab files: matlab ".mat" can be read. Both real and complex numeric data types can be read. In matlab terms this includes the following data types: int8, int16, int32, uint8, uint16, uint32, single and double. Matlab cells and structures can not be read. nifti files: nifti ".nii" can be read. Both compressed and uncompressed data sets are compatible. mrewave file: contains all data, windows and viewing options in one file. These are intended to be forward compatible. Data will never be lost with updated versions. Every attempt is made to keep plots and image display unchanged. However, some display information may change.

MRE/Wave beta release For future updates check: http://mayoresearch.mayo.edu/mayo/research/ehman_lab"