Code covered by the BSD License  

Highlights from
Mia 2.4

• PCA3D_gui(varargin) function varargout = PCA3D_gui(varargin)
• PCA_gui(varargin) PCA_GUI Application M-file for PCA_gui.fig
• loaddcmdir(dicomdirpath) function dcmSeries = loaddcmdir(dicomdirpath)
• mia_3dcursor_gui(varargin) MIA_3DCURSOR_GUI M-file for mia_3dcursor_gui.fig
• mia_Xpixval(arg1, arg2) mia_Xpixval display information about image pixels in axial image
• mia_Ypixval(arg1, arg2) mia_Ypixval display information about image pixels in coronal image
• mia_Zpixval(arg1, arg2) mia_Zpixval display information about image pixels
• mia_gui(varargin) mia_GUI M-file for mia_gui.fig
• mia_pixval(arg1, arg2) function mia_pixval(arg1, arg2)
• patlak_gui(varargin) PATLAK_GUI Application M-file for patlak_gui.fig
• uigetfiles2(arg, filter, star...
• ...
• DEPICT__read_analyze(file,Z,T... Read in Analyze format Image Volumes
• [handle]=progbar(varargin) progbar.m: general purpose progress bar for MATLAB
• [img,hdr]=readanalyzeimg2(nam... Reads one or more images in img file
• [pre,dim,siz,lim,scale,offset... Reads the header of an analyze file
• [result]=WriteAnalyzeHdr(name... Writes the analyze header file
• [result]=writeanalyzeimg(name... Writes analyze image and header file
• axes2pix(dim, x, axesx) AXES2PIX Convert axes coordinates to pixel coordinates.
• cameratoolbar2(varargin) cameratoolbar2 Interactively manipulate camera.
• cell2csv(csvName,cellArray,de... function cell2csv(csvName,cellArray,delimeter)
• draggable(h,varargin) DRAGGABLE - Make it so that a graphics object can be dragged in a figure.
• ecatfile( action, p1, p2, p3,...
• fitblood(p) function error = fitblood(p)
• gray_inv(m) GRAY Linear gray-scale color map.
• loadanalyze(filename) function [imaVOL,scaninfo] = loadanalyze(filename)
• loadanalyze(filename) function [imaVOL,scaninfo] = loadanalyze(filename)
• loadcube(filename) function [imaVOL,scaninfo] = loadcube(filename)
• loaddcm(FileNames,dir_path) function [imaVOL, scaninfo, dcminfo] = loaddcm(FileNames,dir_path)
• loadecat(filename) function [imaVOL,scaninfo,hd] = loadecat(filename)
• loadmat(filename) function [imaVOL,scaninfo] = loadmat(filename)
• loadminc(filename) function [imaVOL,scaninfo] = loadminc(filename)
• loadvaxdata(filename) function [dataVOL,singles,scaninfo] = loadvaxdata(filename)
• loadvaxima(filename,jobinfo,f... function [imaVOL,scaninfo] = loadvaxima(filename,jobinfo,filelis,dirname,doubleYes))
• loadvaxima128(filename,jobinf... function [imaVOL, scaninfo] = loadvaxima128(filename,jobinfo,filelis,dirname)
• loadvaxima128double(filename,... function [imaVOL, scaninfo] = loadvaxima128double(filename,jobinfo,filelis,dirname)
• loadvaxnorm(filename) function normVOL = loadvaxnorm(filename)
• mia_Start3dCursor(imaVOLin, p... function FigDataIn = mia_Start3dCursor(imaVOLin,pixsize,colormaptype,minpix, maxpix)
• mia_Stop3dCursor() % destroy the 3 figures showing the 3 perpendicular slices
• mia_doMIPavi(imaVOL, scaninfo... function mia_doMIPavi(imaVOL, scaninfo, ymin, ymax, xmin, xmax, petcolormap,outputfilename,minpix,maxpix)
• mia_improfile(action) mia_improfile
• mia_rectdrag(RectangleHandler... % without the next IF segment during the first pass
• mia_zoompan(action) mia_zoompan Pan and zoom the current image
• orthogonalslicer(imaVOL, pixs... ORTHOGONALSLICER
• patlak(handles,bloodtactfile,... function GMRvol = patlak(filelist,dirname,bloodtactfile,glucose,LC,output,micromolScaleYES)
• petimatools(varargin) PETIMATOOLS Application M-file for PETimaTools.fig
• readecatvol( fpname, matnums ) vol = readecatvol( fpname, matnums )
• saveanalyze(outputfilename,im... function [Wresult] = saveanalyze(outputfilename,imaVOL,scaninfo,precision,fileformat)
• savedcm(outputfilename,imaVOL... function wresult = savedcm(outputfilename,imaVOL,scaninfo)
• savedcm(outputfilename,imaVOL... function wresult = savedcm(outputfilename,imaVOL,scaninfo)
• savemat(outputfilename,imaVOL... function wresult = savemat(outputfilename,imaVOL,scaninfo)
• saveminc(outputfilename,imaVO... function wresult = saveminc(outputfilename,imaVOL,scaninfo)
• scxheader(tmpfilename); tmpfilename='/data/fdgdyn/animals/pet/PCNUSI______-WBFDG_____065428$W001.IMA';
• scxheader_edit(outfilename, c... tmpfilename='/data/fdgdyn/animals/pet/PCNUSI______-WBFDG_____065428$W001.IMA';
• slicebucky SLICEBUCKY - Make a bucky ball approximation for sliceomatic
• sliceomatic(p1,p2) SLICEOMATIC - Slice and isosurface volume exploration GUI
• sliceomatic_mia(p1,p2) sliceomatic_mia - Slice and isosurface volume exploration GUI
• spectral(m) SPECTRAL Black-purple-blue-green-yellow-red-white color map.
• spectral(m) SPECTRAL Black-purple-blue-green-yellow-red-white color map.
• spectral_inv(m) SPECTRAL Black-purple-blue-green-yellow-red-white color map.
• spectral_inv(m) SPECTRAL Black-purple-blue-green-yellow-red-white color map.
• structrows(L,in) STRUCTROWS Selects rows of a table from XLS2STRUCT
• suv(imaVOL,isotope_type,timed... function suvVOL = suv(imaVOL,isotope_type,timediff_for_decaycorrection,injected_dose,bodyweight,bodyheight)
• suv_batchmode; function res = suv_batchmode;
• table(tab,x0) TABLE Table look-up.
• tempfilename TEMPFILENAME generate a unique temporary filename
• v=blinnblob(centers,nx,ny,nz) Blinn's blobs
• xls2struct(fn,sn) XLS2STRUCT Reads xls-file and converts into a struct array
• xlswrite_mod(m, header,colnam... Modified to support more than 26 columns ...03-17-04
• mia.m
• uigetfiles.m
• View all files