Version of SPM8 with the Canlab's internal modifications
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@file_array
@gifti
@meeg
@nifti
@slover
@xmltree
EEGtemplates
apriori
canonical
config
external
man
matlabbatch
rend
spm_orthviews
src
templates
toolbox
tpm
._spm_slice_timing.m
Contents.m
Grid.mat
MIP.mat
README.txt
Split.mat
info.xml
loadxml.m
savexml.m
spm.m
spm.man
spm_ADEM.m
spm_ADEM_M_set.m
spm_ADEM_diff.m
spm_ADEM_set.m
spm_ADEM_update.m
spm_BMS.m
spm_BMS_F.m
spm_BMS_F_smpl.m
spm_BMS_gibbs.m
spm_Bcdf.m
spm_Bpdf.m
spm_Ce.m
spm_DEM.m
spm_DEM_F.m
spm_DEM_M_set.m
spm_DEM_R.m
spm_DEM_diff.m
spm_DEM_embed.m
spm_DEM_eval.m
spm_DEM_eval_diff.m
spm_DEM_generate.m
spm_DEM_int.m
spm_DEM_qH.m
spm_DEM_qP.m
spm_DEM_qU.m
spm_DEM_set.m
spm_DEM_z.m
spm_DFP.m
spm_DFP_plot.m
spm_DesMtx.m
spm_DesRep.m
spm_DisplayTimeSeries.m
spm_Dpdf.m
spm_FcUtil.m
spm_Fcdf.m
spm_FcnTpl.txt
spm_Fpdf.m
spm_GDEM.m
spm_Gcdf.m
spm_Gpdf.m
spm_Icdf.m
spm_Ipdf.m
spm_LAP.m
spm_LAPF.m
spm_LAPS.m
spm_LAP_F.m
spm_LAP_eval.m
spm_LAP_iS.m
spm_LAP_pg.m
spm_LAP_ph.m
spm_LICENCE.man
spm_MH.m
spm_MH_reml.m
spm_MH_reml_likelihood.m
spm_Menu.fig
spm_NAP.m
spm_Ncdf.m
spm_Ncdf_jdw.m
spm_Npdf.m
spm_P.m
spm_PEB.m
spm_P_Bonf.m
spm_P_FDR.m
spm_P_RF.m
spm_P_clusterFDR.m
spm_P_peakFDR.m
spm_Pcdf.m
spm_Pec_resels.m
spm_Ppdf.m
spm_Q.m
spm_Q_perm.m
spm_ROI.m
spm_RandFX.man
spm_SpUtil.m
spm_Tcdf.m
spm_Tpdf.m
spm_VOI.m
spm_Volt_W.m
spm_Volterra.m
spm_Welcome.fig
spm_XYZreg.m
spm_XYZreg_Ex2.m
spm_Xcdf.m
spm_Xpdf.m
spm_add.m
spm_add.mexa64
spm_add.mexglx
spm_add.mexmaci
spm_add.mexmaci64
spm_add.mexw32
spm_add.mexw64
spm_add2.m
spm_adjmean_fmri_ui.m
spm_adjmean_ui.m
spm_affine_priors.m
spm_affreg.m
spm_ancova.m
spm_api_bmc.m
spm_ar_reml.m
spm_argmax.m
spm_atranspa.m
spm_authors.m
spm_axis.m
spm_barh.m
spm_bayes2_x2.m
spm_beta_compare.m
spm_bias_apply.m
spm_bias_estimate.m
spm_bias_mex.m
spm_bias_mex.mexa64
spm_bias_mex.mexglx
spm_bias_mex.mexmaci
spm_bias_mex.mexmaci64
spm_bias_mex.mexw32
spm_bias_mex.mexw64
spm_bias_ui.m
spm_bilinear.m
spm_bireduce.m
spm_bms_compare_groups.m
spm_bms_display.m
spm_bms_display_ROI.m
spm_bms_display_vox.m
spm_bms_partition.m
spm_brainwarp.m
spm_brainwarp.mexa64
spm_brainwarp.mexglx
spm_brainwarp.mexmaci
spm_brainwarp.mexmaci64
spm_brainwarp.mexw32
spm_brainwarp.mexw64
spm_bsplinc.m
spm_bsplinc.mexa64
spm_bsplinc.mexglx
spm_bsplinc.mexmaci
spm_bsplinc.mexmaci64
spm_bsplinc.mexw32
spm_bsplinc.mexw64
spm_bsplins.m
spm_bsplins.mexa64
spm_bsplins.mexglx
spm_bsplins.mexmaci
spm_bsplins.mexmaci64
spm_bsplins.mexw32
spm_bsplins.mexw64
spm_bwlabel.m
spm_bwlabel.mexa64
spm_bwlabel.mexglx
spm_bwlabel.mexmaci
spm_bwlabel.mexmaci64
spm_bwlabel.mexw32
spm_bwlabel.mexw64
spm_cat.m
spm_cell_swap.m
spm_changepath.m
spm_check_filename.m
spm_check_installation.m
spm_check_orientations.m
spm_check_registration.m
spm_check_results.m
spm_check_version.m
spm_chi2_plot.m
spm_clf.m
spm_clusters.m
spm_compact_svd.m
spm_compare_families.m
spm_con.man
spm_cond_units.m
spm_conman.m
spm_contrasts.m
spm_conv.m
spm_conv_vol.m
spm_conv_vol.mexa64
spm_conv_vol.mexglx
spm_conv_vol.mexmaci
spm_conv_vol.mexmaci64
spm_conv_vol.mexw32
spm_conv_vol.mexw64
spm_convmtx.m
spm_coreg.m
spm_cov2corr.m
spm_create_vol.m
spm_cva.m
spm_cva_results.m
spm_dartel_integrate.m
spm_data_id.m
spm_dcm_KL.m
spm_dcm_U.m
spm_dcm_average.m
spm_dcm_bma.m
spm_dcm_bma_results.m
spm_dcm_compare.m
spm_dcm_contrasts.m
spm_dcm_create.m
spm_dcm_delay.m
spm_dcm_diagnose.m
spm_dcm_display.m
spm_dcm_estimate.m
spm_dcm_evidence.m
spm_dcm_fmri_priors.m
spm_dcm_generate.m
spm_dcm_graph.m
spm_dcm_optimise.m
spm_dcm_post_hoc.m
spm_dcm_review.m
spm_dcm_search.m
spm_dcm_sessions.m
spm_dcm_sparse_priors.m
spm_dcm_specify.m
spm_dcm_ui.m
spm_dcm_voi.m
spm_dctmtx.m
spm_defaults.m
spm_defs.m
spm_design_contrasts.m
spm_design_factorial.m
spm_design_flexible.m
spm_design_within_subject.m
spm_detrend.m
spm_dftmtx.m
spm_diag.m
spm_dicom_convert.m
spm_dicom_dict.mat
spm_dicom_dict.txt
spm_dicom_essentials.m
spm_dicom_headers.m
spm_diff.m
spm_digamma.m
spm_dilate.m
spm_dilate_erode.mexa64
spm_dilate_erode.mexglx
spm_dilate_erode.mexmaci
spm_dilate_erode.mexmaci64
spm_dilate_erode.mexw32
spm_dilate_erode.mexw64
spm_dirichlet.m
spm_dirichlet_exceedance.m
spm_dwtmtx.m
spm_dx.m
spm_dx_eig.m
spm_ecat2nifti.m
spm_eeg_artefact.m
spm_eeg_artefact5.m
spm_eeg_artefact_flat.m
spm_eeg_artefact_jump.m
spm_eeg_artefact_nans.m
spm_eeg_artefact_peak2peak.m
spm_eeg_artefact_threshchan.m
spm_eeg_average.m
spm_eeg_average5.m
spm_eeg_average_TF.m
spm_eeg_bc.m
spm_eeg_channelselection.m
spm_eeg_compatibility.m
spm_eeg_convert.m
spm_eeg_convert2images.m
spm_eeg_convert2scalp.m
spm_eeg_convert_ui.m
spm_eeg_copy.m
spm_eeg_crop.m
spm_eeg_definetrial.m
spm_eeg_dipoles_ui.m
spm_eeg_displayECD.m
spm_eeg_downsample.m
spm_eeg_epochs.m
spm_eeg_filter.m
spm_eeg_firstlevel.m
spm_eeg_ft2spm.m
spm_eeg_fuse.m
spm_eeg_grad_pairs.m
spm_eeg_grandmean.m
spm_eeg_history.m
spm_eeg_inv_Mesh2Voxels.m
spm_eeg_inv_check.m
spm_eeg_inv_checkdatareg.m
spm_eeg_inv_checkforward.m
spm_eeg_inv_checkmeshes.m
spm_eeg_inv_custom_ui.m
spm_eeg_inv_datareg.m
spm_eeg_inv_datareg_ui.m
spm_eeg_inv_extract.m
spm_eeg_inv_extract_ui.m
spm_eeg_inv_fmripriors.m
spm_eeg_inv_forward.m
spm_eeg_inv_forward_ui.m
spm_eeg_inv_group.m
spm_eeg_inv_headcoordinates.m
spm_eeg_inv_help.m
spm_eeg_inv_icp.m
spm_eeg_inv_imag_api.fig
spm_eeg_inv_imag_api.m
spm_eeg_inv_image_display.m
spm_eeg_inv_mesh.m
spm_eeg_inv_mesh_spherify.m
spm_eeg_inv_mesh_ui.m
spm_eeg_inv_results.m
spm_eeg_inv_results_display.m
spm_eeg_inv_results_ui.m
spm_eeg_inv_rigidreg.m
spm_eeg_inv_spatnorm.m
spm_eeg_inv_transform_mesh.m
spm_eeg_inv_transform_points.m
spm_eeg_inv_vbecd.m
spm_eeg_inv_vbecd_disp.m
spm_eeg_inv_vbecd_getLF.m
spm_eeg_inv_vbecd_gui.m
spm_eeg_inv_visu3D_api.fig
spm_eeg_inv_visu3D_api.m
spm_eeg_invert.m
spm_eeg_invert_display.m
spm_eeg_invert_ui.m
spm_eeg_lapmtx.m
spm_eeg_layout3D.m
spm_eeg_lgainmat.m
spm_eeg_load.m
spm_eeg_locate_channels.m
spm_eeg_mask.m
spm_eeg_mask2channels.m
spm_eeg_merge.m
spm_eeg_merge_TF.m
spm_eeg_modality_ui.m
spm_eeg_montage.m
spm_eeg_montage_ui.m
spm_eeg_morlet.m
spm_eeg_plotScalpData.m
spm_eeg_prep.m
spm_eeg_prep_ui.m
spm_eeg_project3D.m
spm_eeg_remove_bad_trials.m
spm_eeg_render.m
spm_eeg_review.m
spm_eeg_review_buttons.mat
spm_eeg_review_callbacks.m
spm_eeg_review_switchDisplay.m
spm_eeg_review_uis.m
spm_eeg_robust_averaget.m
spm_eeg_sort_conditions.m
spm_eeg_specest_ft_mtmconvol.m
spm_eeg_specest_hilbert.m
spm_eeg_specest_morlet.m
spm_eeg_specest_mtmspec.m
spm_eeg_tf.m
spm_eeg_tf5.m
spm_eeg_tf_rescale.m
spm_eeg_weight_epochs.m
spm_eeg_weight_epochs_TF.m
spm_eeg_wrap_dipfit_vbecd.m
spm_eeval.m
spm_ekf.m
spm_en.m
spm_erode.m
spm_est_smoothness.m
spm_existfile.m
spm_existfile.mexa64
spm_existfile.mexglx
spm_existfile.mexmaci
spm_existfile.mexmaci64
spm_existfile.mexw32
spm_existfile.mexw64
spm_expm.m
spm_fMRI_design.m
spm_fMRI_design_show.m
spm_fieldindices.m
spm_figure.m
spm_file.m
spm_file_merge.m
spm_file_split.m
spm_fileparts.m
spm_filter.m
spm_flip_analyze_images.m
spm_fmin.m
spm_fmri_spm_ui.m
spm_fn_reml.m
spm_format.man
spm_fp.m
spm_fp_display_density.m
spm_fp_display_nullclines.m
spm_fp_fmin.m
spm_fp_fun.m
spm_funfun.m
spm_fx_dcm.m
spm_fx_fmri.m
spm_fx_fmri_dcm.m
spm_fx_fmri_linear.m
spm_fx_hdm.m
spm_fx_lz.m
spm_fx_poly.m
spm_gamrnd.m
spm_gamrnd.mexa64
spm_gamrnd.mexglx
spm_gamrnd.mexmaci
spm_gamrnd.mexmaci64
spm_gamrnd.mexw32
spm_gamrnd.mexw64
spm_getSPM.m
spm_get_bbox.m
spm_get_bf.m
spm_get_data.m
spm_get_def.m
spm_get_defaults.m
spm_get_image_def.m
spm_get_lm.m
spm_get_lm.mexa64
spm_get_lm.mexglx
spm_get_lm.mexmaci
spm_get_lm.mexmaci64
spm_get_lm.mexw32
spm_get_lm.mexw64
spm_get_ons.m
spm_get_orig_coord.m
spm_get_space.m
spm_get_vc.m
spm_get_volumes.m
spm_global.m
spm_global.mexa64
spm_global.mexglx
spm_global.mexmaci
spm_global.mexmaci64
spm_global.mexw32
spm_global.mexw64
spm_gn_fmin.m
spm_graph.m
spm_grid.m
spm_gx_dcm.m
spm_gx_fmri.m
spm_gx_fmri_linear.m
spm_gx_hdm.m
spm_hanning.m
spm_hdm_priors.m
spm_hdm_ui.m
spm_help.m
spm_hilbert.m
spm_hist.m
spm_hist.mexa64
spm_hist.mexglx
spm_hist.mexmaci
spm_hist.mexmaci64
spm_hist.mexw32
spm_hist.mexw64
spm_hist2.m
spm_hist2.mexa64
spm_hist2.mexglx
spm_hist2.mexmaci
spm_hist2.mexmaci64
spm_hist2.mexw32
spm_hist2.mexw64
spm_hrf.m
spm_image.m
spm_imatrix.m
spm_imcalc.m
spm_imcalc_ui.m
spm_input.m
spm_int.m
spm_int_B.m
spm_int_D.m
spm_int_E.m
spm_int_J.m
spm_int_L.m
spm_int_ode.m
spm_int_sde.m
spm_interp.m
spm_inv.m
spm_invBcdf.m
spm_invFcdf.m
spm_invGcdf.m
spm_invIcdf.m
spm_invNcdf.m
spm_invPcdf.m
spm_invTcdf.m
spm_invXcdf.m
spm_inv_phi.m
spm_inv_spd.m
spm_invdef.m
spm_invdef.mexa64
spm_invdef.mexglx
spm_invdef.mexmaci
spm_invdef.mexmaci64
spm_invdef.mexw32
spm_invdef.mexw64
spm_iwft.m
spm_jobman.m
spm_kernel.m
spm_kernels.m
spm_kl_dirichlet.m
spm_kl_gamma.m
spm_kl_normal.m
spm_kl_normald.m
spm_kl_wishart.m
spm_kron.m
spm_krutil.m
spm_krutil.mexa64
spm_krutil.mexglx
spm_krutil.mexmaci
spm_krutil.mexmaci64
spm_krutil.mexw32
spm_krutil.mexw64
spm_lg_gamma.m
spm_list.m
spm_load.m
spm_load_float.m
spm_load_priors.m
spm_log_evidence.m
spm_logdet.m
spm_lorenz_k.m
spm_lotka_volterra.m
spm_maff.m
spm_make_contrasts.m
spm_mask.m
spm_match_str.m
spm_matlab_version_chk.m
spm_matrix.m
spm_max.m
spm_mean_ui.m
spm_meanby.m
spm_mesh_adjacency.m
spm_mesh_area.m
spm_mesh_clusters.m
spm_mesh_curvature.m
spm_mesh_detect.m
spm_mesh_distmtx.m
spm_mesh_edges.m
spm_mesh_geodesic.m
spm_mesh_get_lm.m
spm_mesh_inflate.m
spm_mesh_label.m
spm_mesh_max.m
spm_mesh_neighbours.m
spm_mesh_normals.m
spm_mesh_project.m
spm_mesh_render.m
spm_mesh_resels.m
spm_mesh_smooth.m
spm_mesh_split.m
spm_mesh_to_grid.m
spm_mesh_transform.m
spm_mesh_utils.m
spm_mfx.m
spm_minmax.m
spm_mip.m
spm_mip_ui.m
spm_mldivide.m
spm_mnc2nifti.m
spm_motd.man
spm_mrdivide.m
spm_multrnd.m
spm_mvNpdf.m
spm_mvb.m
spm_mvb_G.m
spm_mvb_R2.m
spm_mvb_U.m
spm_mvb_bmc.m
spm_mvb_cvk.m
spm_mvb_cvk2.m
spm_mvb_cvk_display.m
spm_mvb_display.m
spm_mvb_estimate.m
spm_mvb_p.m
spm_mvb_ui.m
spm_nCr.m
spm_ncTcdf.m
spm_ndgrid.m
spm_nlsi.m
spm_nlsi_GN.m
spm_nlsi_LS.m
spm_nlsi_N.m
spm_non_sphericity.m
spm_normalise.m
spm_normalise_disp.m
spm_normrnd.m
spm_orientations.m
spm_orth.m
spm_orthpoly.m
spm_orthviews.m
spm_peb_ppi.m
spm_percentile.m
spm_perm_mtx.m
spm_pf.m
spm_phase_shuffle.m
spm_phi.m
spm_phi_dot.m
spm_pinv.m
spm_platform.m
spm_plot_ci.m
spm_plot_convergence.m
spm_powell.m
spm_prep2sn.m
spm_preproc.m
spm_preproc_write.m
spm_print.m
spm_progress_bar.m
spm_project.m
spm_project.mexa64
spm_project.mexglx
spm_project.mexmaci
spm_project.mexmaci64
spm_project.mexw32
spm_project.mexw64
spm_read_hdr.m
spm_read_netcdf.m
spm_read_vols.m
spm_realign.m
spm_regions.m
spm_reml.m
spm_reml_A.m
spm_reml_ancova.m
spm_reml_sc.m
spm_render.m
spm_render_vol.m
spm_render_vol.mexa64
spm_render_vol.mexglx
spm_render_vol.mexmaci
spm_render_vol.mexmaci64
spm_render_vol.mexw32
spm_render_vol.mexw64
spm_resels.m
spm_resels_vol.m
spm_resels_vol.mexa64
spm_resels_vol.mexglx
spm_resels_vol.mexmaci
spm_resels_vol.mexmaci64
spm_resels_vol.mexw32
spm_resels_vol.mexw64
spm_reslice.m
spm_resss.m
spm_results_ui.m
spm_rmpath.m
spm_robust_average.m
spm_robust_glm.m
spm_sample_priors.m
spm_sample_vol.m
spm_sample_vol.mexa64
spm_sample_vol.mexglx
spm_sample_vol.mexmaci
spm_sample_vol.mexmaci64
spm_sample_vol.mexw32
spm_sample_vol.mexw64
spm_sde_dx.m
spm_searchlight.m
spm_sections.m
spm_select.m
spm_slice_timing.m
spm_slice_vol.m
spm_slice_vol.mexa64
spm_slice_vol.mexglx
spm_slice_vol.mexmaci
spm_slice_vol.mexmaci64
spm_slice_vol.mexw32
spm_slice_vol.mexw64
spm_smooth.m
spm_smoothkern.m
spm_smoothto8bit.m
spm_softmax.m
spm_soreduce.m
spm_sp.m
spm_sp_reml.m
spm_speye.m
spm_spm.m
spm_spm_Bayes.m
spm_spm_ui.m
spm_spm_vb.m
spm_sptop.m
spm_sqrtm.m
spm_squeeze.m
spm_standalone.m
spm_str_manip.m
spm_summarise.m
spm_surf.m
spm_svd.m
spm_swarp.m
spm_t2z.m
spm_templates.man
spm_transverse.m
spm_type.m
spm_u.m
spm_uc.m
spm_uc_Bonf.m
spm_uc_FDR.m
spm_uc_RF.m
spm_uc_clusterFDR.m
spm_uc_peakFDR.m
spm_uitab.m
spm_uitable.m
spm_uncat.m
spm_unlink.m
spm_unlink.mexa64
spm_unlink.mexglx
spm_unlink.mexmaci
spm_unlink.mexmaci64
spm_unlink.mexw32
spm_unlink.mexw64
spm_unvec.m
spm_update.m
spm_uw_apply.m
spm_uw_estimate.m
spm_uw_show.m
spm_vb_F.m
spm_vb_Fn.m
spm_vb_a.m
spm_vb_adjacency.m
spm_vb_alpha.m
spm_vb_beta.m
spm_vb_contrasts.m
spm_vb_edgeweights.m
spm_vb_gamma.m
spm_vb_get_Ab.m
spm_vb_get_Gn.m
spm_vb_get_R.m
spm_vb_glmar.m
spm_vb_graphcut.m
spm_vb_incidence.m
spm_vb_init_block.m
spm_vb_init_volume.m
spm_vb_lambda.m
spm_vb_models.m
spm_vb_neighbors.m
spm_vb_ppm_anova.m
spm_vb_robust.m
spm_vb_roi_anova.m
spm_vb_roi_basis.m
spm_vb_set_priors.m
spm_vb_spatial_precision.m
spm_vb_taylor_R.m
spm_vb_w.m
spm_vb_x2.m
spm_vec.m
spm_vol.m
spm_vol_nifti.m
spm_voronoi.m
spm_voronoi.mexa64
spm_voronoi.mexglx
spm_voronoi.mexmaci
spm_voronoi.mexmaci64
spm_voronoi.mexw32
spm_voronoi.mexw64
spm_wft.m
spm_write_filtered.m
spm_write_plane.m
spm_write_sn.m
spm_write_vol.m

README.txt

  ___  ____  __  __
 / __)(  _ \(  \/  )  
 \__ \ )___/ )    (   Statistical Parametric Mapping
 (___/(__)  (_/\/\_)  SPM -  http://www.fil.ion.ucl.ac.uk/spm/

                              R E A D M E

________________________________________________________________________

This README gives a brief introduction to the installation and use of
the SPM package. Full details can be found on the SPMweb site:
                 http://www.fil.ion.ucl.ac.uk/spm/

A manifest for this release is contained in the file Contents.m
The release is described in the file spm.man
 
________________________________________________________________________
                                                                     SPM

   Statistical Parametric Mapping refers to the construction and
   assessment of spatially extended statistical process used to
   test hypotheses about functional imaging data. These ideas have
   been instantiated in software that is called SPM.
   The SPM software package has been designed for the analysis of 
   brain imaging data sequences. The sequences can be a series of 
   images from different cohorts, or time-series from the same 
   subject. The current release is designed for the analysis of
   fMRI, PET, SPECT, EEG and MEG.

________________________________________________________________________
                                                            Installation

The SPM software is a suite of MATLAB functions, scripts and data
files, with some externally compiled C routines, implementing
Statistical Parametric Mapping. MATLAB, a commercial engineering
mathematics package, is required to use SPM. MATLAB is produced by The
MathWorks, Inc.  Natick, MA, USA. http://www.mathworks.com/
eMail:info@mathworks.com. SPM requires only core MATLAB to run (no
special toolboxes are required).
 
SPM8 is written for MATLAB version 7.1 onwards under Windows and UNIX.
(SPM8 will not work with versions of MATLAB prior to 7.1 (R14SP3)).
Binaries of the external C-mex routines are provided for Windows, Linux 
and Mac. Users of other UNIX platforms need an ANSI C compiler to 
compile the supplied C source (Makefile provided). 
See http://www.fil.ion.ucl.ac.uk/spm/software/spm8/ for details.

Later versions of MATLAB (released after SPM8), will probably
need additional patches in order to run.  Once developed, these will 
be made available from:
     ftp://ftp.fil.ion.ucl.ac.uk/spm/spm8_updates/ 

With the compiled c-mex files in place, simply prepend the SPM
directory to your MATLAB path to complete the installation. (Type `help
path` in matlab for information on the MATLAB path.)

________________________________________________________________________
                                                         Getting started
                                                         
SPM is invoked with the command `spm` at the MATLAB prompt. We
recommend you start by reviewing the help system, by selecting "About
SPM" from the splash screen. This initially displays the "spm.man"
topic, detailing this release. Press the "Menu" button to display a
representation of the SPM menu window, with buttons linked to
appropriate help pages.

Before attempting to analyze data using SPM, we recommend you spend
some time reading. It is essential to understand the concepts of
Statistical Parametric Mapping in order to effectively use the software
as a research tool. You should begin with the SPMweb pages,
particularly the "Documentation" page. Of the resources listed there
perhaps the most useful starting point are the SPM course notes, which
explain the concepts and theories implemented in SPM at a lower level
than the articles in the peer reviewed literature.

Note that SPM uses NIFTI-1 format images as standard.  See
http://nifti.nimh.nih.gov/dfwg/ for more information on this.

________________________________________________________________________
                                                               Resources

The SPMweb site is the central repository for SPM resources:
                 http://www.fil.ion.ucl.ac.uk/spm/
Introductory material, installation details, documentation, course
details and patches are published on the site.

There is an SPM eMail discussion list, hosted at <spm@jiscmail.ac.uk>.
The list is monitored by the authors, and discusses theoretical,
methodological and practical issues of Statistical Parametric Mapping
and SPM. The SPMweb site has further details:
                 http://www.fil.ion.ucl.ac.uk/spm/support/

Please report bugs to the authors at <fil.spm@ucl.ac.uk>.
Peculiarities may actually be features, and should be raised on the SPM
eMail discussion list, <spm@jiscmail.ac.uk>.

________________________________________________________________________
                                       Disclaimer, copyright & licencing

SPM (being the collection of files given in the manifest in the
Contents.m file) is free but copyright software, distributed under the
terms of the GNU General Public Licence as published by the Free 
Software Foundation (either version 2, as given in file spm_LICENCE.man,
or at your option, any later version). Further details on "copyleft" can
be found at http://www.gnu.org/copyleft/. In particular, SPM is supplied
as is.  No formal support or maintenance is provided or implied.

________________________________________________________________________
SPM is developed by members and collaborators of the
                                  Wellcome Trust Centre for Neuroimaging

$Id: README.txt 5187 2013-01-17 12:10:06Z guillaume $