[Mne_analysis] mne_make_movie cannot find data set

[Jeff Eriksen]

I sent this to Matti, sharing it to the list now. I am using a single epoch of raw data, not an averaged evoked response, but apparently mne-make-movie is expecting the later?. mne_analysze will not work for this type of data, so I am trying to use mne-make-movie. The error I am getting below seems like the type of error mne-analyze would give with this EEG data.

-Jeff

From: Jeff Eriksen <eriksenj at ohsu.edu<mailto:eriksenj at ohsu.edu>>
To: Matti Hamalainen <msh at nmr.mgh.harvard.edu<mailto:msh at nmr.mgh.harvard.edu>>
Subject: Re: cannot run mne_browse_raw - missing libXft.2.dylib

A new issue. When I tried to make an STC file, it could not find the data set (highlighted in yellow below if your email supports that). Since I could not load the data set in mne_analyze, it was recommened to me to use mne-make-movie and make an STC file, and this is the first chance I have had to try it.

-Jeff

********************************************************************************************************************
kje-macbook:MNE jefferiksen$ mne_make_movie --inv A1_smpl_ico3-inv.fif --meas A1_smpl.fif --signed --subject AIRC0001 --stc A1_smpl_ico3.stc --set 1

mne_make_movie version 1.35 compiled at Jan  7 2011 02:27:27
Create movies and tif, rgb, jpeg, png, or w files  using a precomputed inverse operator decomposition

Inverse operator       : A1_smpl_ico3-inv.fif
MEG/EEG data file      : A1_smpl.fif
stc file output        : A1_smpl_ico3.stc
Use constant SNR       : 3.0
                         Calculate current expectation value
                         Indicate current direction with sign.
Subject                : AIRC0001
Visualization surface  : inflated
                         Process both hemispheres

-------------------------------------------------------------------

Loading the inverse operator...
Read 2 source spaces from A1_smpl_ico3-inv.fif with a total of 1284 source locations
Read the sensor covariance matrix (full)
Read the source covariance matrix (diagonal)
Measurement file id not found (omit matching).
Solution is based on EEG.
Inverse operator information was stored in head coordinates.
Depth-weighting prior information read.
Source orientations read.
Singular values read.
Eigenvectors read.
Number of channels = 257
Number of sources  = 1284
Fixed source orientations
Location information in head coordinates
Projection in effect:
# 1 : Average EEG reference : 1 vecs : 257 chs EEG active
Loaded inverse operator from A1_smpl_ico3-inv.fif
Triangle normals and neighboring triangles...[done]
Vertex neighbors...[done]
Distances between neighboring vertices...[780258 distances done]
Triangle normals and neighboring triangles...[done]
Vertex neighbors...[done]
Distances between neighboring vertices...[789534 distances done]
Loading the measurement data...
No evoked response data available here
kje-macbook:MNE jefferiksen$
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