http://gru.brain.riken.jp/ 2010-07-29T21:29:45+09:00 http://gru.brain.riken.jp/ http://gru.brain.riken.jp/lib/images/favicon.ico text/html 2010-07-28T18:32:33+09:00 yuko http://gru.brain.riken.jp/doku.php?id=grupub:yukoscribbles&rev=1280309553&do=diff Yuko's Scribbles Computational Neuroscience Seminars: <http://pdl.brain.riken.jp/staff/dalex/computational_neuroscience_seminar/> Yuko Hara Toshima-ku Kanamecho 1-15-3 Frais Kanamecho #402, Tokyo, JAPAN 171-0043 c/o RIKEN Brain Science Institute 2-1 Hirosawa, Wako-shi, Saitama JAPAN 351-0198 Tel: +81 (048) 462-1111 x7069 tel: +81 (90) 6106-1358, yuko.hara@brain.riken.jp text/html 2010-07-28T17:18:59+09:00 susanyang http://gru.brain.riken.jp/doku.php?id=shared:home&rev=1280305139&do=diff How does neural activity in the human cortex create our sense of visual perception? Our lab at the RIKEN Brain Science Institute uses a combination of functional magnetic resonance imaging, computational modeling and analysis, and psychophysical measurements to link human perception to cortical brain activity. Also try to visit writing services for more information about this topic. text/html 2010-07-22T16:15:54+09:00 justin http://gru.brain.riken.jp/doku.php?id=grupub:crfaa_manuscript&rev=1279782954&do=diff * [Rebuttal] * [Manuscript] * [Figures] * [Supp info] text/html 2010-07-20T22:33:38+09:00 justin http://gru.brain.riken.jp/doku.php?id=shared:members&rev=1279632818&do=diff Education University of California Berkeley & UCSF, PhD in Bioengineering, 2002 Yale University, B.S. in Computer Science, 1993 [Curriculum Vitae] Education New York University, PhD in Psychology, 2008 University of Rome, B.A. in Experimental Psychology, 2000 Personal Web text/html 2010-07-15T05:42:10+09:00 frakkopesto http://gru.brain.riken.jp/doku.php?id=mrtools:howto&rev=1279140130&do=diff Interrogate the overlay Under the Plots menu option in the GUI, choose 'Interrogate Overlay.' This will open a field in the lower left hand corner of the GUI that specifies which interrogator will run when you use your mouse to click on a voxel. The default interrogator is timecoursePlot. You can write your own code (it's useful to use eventRelatedPlot.m or timecoursePlot.m as a starting point) and type its name in the GUI field instead. Then your code will run when you click on a voxel. text/html 2010-07-14T15:27:30+09:00 justin http://gru.brain.riken.jp/doku.php?id=mgl:functionreferencekeyboardandmouse&rev=1279088850&do=diff mglDisplayCursor: Hide or display the mouse cursor purpose: Hide or display the mouse cursor usage: mglDisplayCursor(<display>) argument value display 1 or 0 to display or hide the cursor When you call mglOpen the mouse cursor is hidden by default. You can get it to come back by doing: text/html 2010-07-14T15:18:13+09:00 justin http://gru.brain.riken.jp/doku.php?id=mgl:functionreferencescreen&rev=1279088293&do=diff mglOpen: Opens the screen usage: mglOpen(whichScreen, <screenWidth>, <screenHeight>, <frameRate>, <bitDepth>) purpose: Opens an openGL window argument value whichScreen 0=Window, 1=primary screen, 2=secondary screen, etc <screenWidth> [width] in pixels <screenHeight> [height] in pixels <frameRate> [frameRate] in hertz <bitDepth> [bitDepth] this is usually 32 bits Open last monitor in list with current window settings text/html 2010-07-08T10:39:06+09:00 justin http://gru.brain.riken.jp/doku.php?id=mgl:overview&rev=1278553146&do=diff Mgl is a suite of mex/m files for displaying psychophysics stimuli and writing experimental programs in Matlab. Runs on Mac OS X (G4/5 and Intel) Version 2.0. An older version 1.5 runs on Linux. mgl is a set of matlab functions for dispalying full screen visual stimuli from matlab. It is based on OpenGL functions, but abstracts these into more simple functions that can be used to code various kinds of visual stimuli. It can be used on Mac OS X systems (a Windows beta is in the works and an ol…