This page allows you to upload a T3d-agp job
in terms of the input file and command line options.
Please fill in the form below:
The uploaded T3d-agp job will be generally not processed immediately to prevent server overloading.
It will be placed in the processing queue from which the jobs are released on the first-in first-out basis.
The job will be assigned an identification number which is required by all services
(job status view, job results view, job removal, results removal) when being accessed from the
Home page.
You can be also notified about the completion of the job and about the URL of the generated results
by email using the optionally supplied email address(es).
For your convenience, T3d-agp jobs without input file (typically for T3d-agp usage, parameter or format description)
will be processed immediately. In such a case, the T3d-agp job will be not assigned any identification number
and the optionally supplied email address is ignored.
Note that the upload script limits the size of the T3d-agp input file to around 100 kB
(so that the server does not get swamped with data).
Note that the T3d-agp job is limited to consume not more than about 25 MB of memory
otherwise its run is prematurely terminated.
Also note that some of the T3d-agp options (described in
T3d-agp User Guide) are irrelevant
due to the remote batch mode of T3d-agp execution. These are
and partially graphics output option -y (only VRML output is supported).
All these options are removed or used with appropriate arguments.
Moreover all file names (specified by -i, -o, -g and -x options)
are ignored and replaced by names t3d-agp.in, t3d-agp.out, t3d-agp.rep and t3d-agp.vrml, if required.
The generation of log file t3d-agp.rep is always enforced.
Use the output check boxes to prescribe the ordinary mesh output and VRML graphics output.
These check boxes are used only for convenience. You can still prescribe the required output using
the appropriate command line options.
The description of the input data format can be found in
T3d-agp User Guide.
Don't you have your own aggregate input file? Try any of the following examples:
They represent the same aggregate particle but differ in the adopted
expansion order (10, 20) and integration order (64, 128), in the
position in space, in scaling factor and in the employed
refinement.
You will find the recommended command line at the top of each example.
The options follow the leading t3d-agp string.