Dear IAV users and intel,
I just figured there is a visualizer today. But I download it and installed on my 64bit windows 7 machine, I can't use it when debugging.
I tried the "fix" method (unreg and reg all intel program with MSVS). I found there is a grey item in the debug menu, but it is grey all the time.
Does anybody know how to make it work?
Thanks!
I am using a computer W7 64 bits
whenever I try to execute a fortran routine, using Compaq visual fortran 6.1A (x86) and including graphical calls to Compaq array visualizer 1.1A (x86), such as ‘call faglStartWatch , call faglShow ‘, I encounter no difficulty in compiling and linking the routine but the graphical calls to Compaq array visualizer 1.1A (x86) are not executed and it ends with no error message; only the status parameter final value points to an error
Hi, I would like to know if it's possible to use intel array visualizer with intel composer XE 2011 in debug mode. I already read a few post on this forum about this problem and i have learned that Intel Visual fortran must be install after iAV. I aslo try it but it doesn't work. It seems a repair tool exist to fix this problem, but I can't find it. Any idea ?
For information, my configuration is :
Due to IVFs disappointing inability to properly use the
Compaq Array Visualizer and its ActiveX control, I've downloaded and installed
the Intel Array Visualizer 3.3. I've built all of the included FORTRAN
examples, but I haven't found any that use the AvGrid Control in a Dialog. If I
missed these examples, please direct me to them.
my code is working fine on the development machine where visualstudio, fortran and av are located. But, when I move it to another machine - even one with av installed I get an assertion error. Does anyone know how to prep the binary or configure the bat file so that the correct libraries are available?
when saving an h5 file having several heightplots (contour plots) I noticed that the transform origin and size in the z direction is not properly saved if the values are small; they are fine when executing the FORTRAN code.My data is neutron cross-sections that are sometimes ~.002 and sometimes 10-24; the exponential forms are not saved correctly. If I put the proper values back in by hand in the viewer, it works, but even after saving the proper valuesare not retained.
There is a subroutine avcreatecaption but I can't get it to work. It throughs a protection exception when called. I can create captions in the viewer, but that is not sufficient for my needs. Has anyone been able to get this to work with FORTRAN calls? If so, please provide an example.
I am a new AV user. I am using VS2010, Inel Fortran 12.1, and AV 3.3. My code is doing a series of 3D graphs. What I want to do is toss out the first set of graphs and build a new set with each loop. However, avClose doesn't really close. So, as an alternative I rebuild the arrays and avUpdate them. That works, but the scaling from the first graph is retained and the second graph is literally off the page (I can rotate it and see it in the heavens).
1) how can I really close this thing down and start over within my loop?
Hi, i just finished a fortran quick win application which has a graphical output (array viewer). Now i want to use this application on another computer with windows xp. The program runs fine but the grapic does not open (array viewer is not installed on this computer). Because i want to give the program to several friend it would be great if it would nit be necessary that everybody has to install the Array visualizer. I allready copied the Array Viewer Distributables into C:/windows/system32 and into the debug folder of the program but it doesnotstill work. Could anybody help me? Thanks
This information has been discussed in the Fortran Compiler forum, I thought I would add a note here. I recently started using some large arrays with over 300,000 rows and perhaps 1,000 colmns. My problems arose when I wanted to use the AVStartWatch routine. According to the User Manual, one would invoke an expression like this:
call avStartWatch(LOC(XYPlotData(1:nRows,(iSubCol):(iSubCol))), 2, &
shape(XYPlotData(1:nRows,(iSubCol):(iSubCol))), AV_REAL4, Ydatastring(i), status)
