Ah, very cool!
I get the following output:
logan@phoenix:~/projects/sfepy$ ./postproc.py output/r_omega1/square_circ_*.vtk -l
sfepy: 0: output/r_omega1/square_circ_0.vtk
point scalars
"node_groups" (313,) range: 0 0 l2_norm_range: 0.0 0.0
"t" (313,) range: -2.0 2.0 l2_norm_range: 0.000417381 2.0
cell scalars
"mat_id" (588,) range: 1 8 l2_norm_range: 1.0 8.0
sfepy: 1: output/r_omega1/square_circ_1.vtk
point scalars
"node_groups" (313,) range: 0 0 l2_norm_range: 0.0 0.0
"t" (313,) range: -2.0 2.0 l2_norm_range: 0.00263457 2.0
cell scalars
"mat_id" (588,) range: 1 8 l2_norm_range: 1.0 8.0
sfepy: 2: output/r_omega1/square_circ_2.vtk
point scalars
"node_groups" (313,) range: 0 0 l2_norm_range: 0.0 0.0
"t" (313,) range: -2.0 2.0 l2_norm_range: 0.018532 2.0
cell scalars
"mat_id" (588,) range: 1 8 l2_norm_range: 1.0 8.0
sfepy: 3: output/r_omega1/square_circ_3.vtk
point scalars
"node_groups" (313,) range: 0 0 l2_norm_range: 0.0 0.0
"t" (313,) range: -2.0 2.0 l2_norm_range: 0.00160962 2.0
cell scalars
"mat_id" (588,) range: 1 8 l2_norm_range: 1.0 8.0
sfepy: 4: output/r_omega1/square_circ_4.vtk
point scalars
"node_groups" (313,) range: 0 0 l2_norm_range: 0.0 0.0
"t" (313,) range: -2.0 2.0 l2_norm_range: 0.02259 2.0
cell scalars
"mat_id" (588,) range: 1 8 l2_norm_range: 1.0 8.0
sfepy: 5: output/r_omega1/square_circ_5.vtk
point scalars
"node_groups" (313,) range: 0 0 l2_norm_range: 0.0 0.0
"t" (313,) range: -2.0 2.42529 l2_norm_range: 0.00546406 2.42529
cell scalars
"mat_id" (588,) range: 1 8 l2_norm_range: 1.0 8.0
sfepy: 6: output/r_omega1/square_circ_6.vtk
point scalars
"node_groups" (313,) range: 0 0 l2_norm_range: 0.0 0.0
"t" (313,) range: -2.0 2.86888 l2_norm_range: 0.0517886 2.86888
cell scalars
"mat_id" (588,) range: 1 8 l2_norm_range: 1.0 8.0
summary of ranges:
"node_groups": min(min): [ 0. 0.] max(max): [ 0. 0.]
"mat_id": min(min): [ 1. 1.] max(max): [ 8. 8.]
"t": min(min): [ -2.00000000e+00 4.17381001e-04] max(max): [ 2.86887789 2.86887789]
logan@phoenix:~/projects/sfepy$ ./postproc.py output/r_omega1/square_circ_*.vtk -b --ranges=t,0,2.9
t,0,2.9
sfepy: point scalars t [ 0. 0. 0.]
(python:700): Gtk-CRITICAL **: gtk_widget_set_colormap: assertion `!GTK_WIDGET_REALIZED (widget)' failed
logan@phoenix:~/projects/sfepy$
Also, I took a snapshot (attached) of the post-processing window so you can see everything is working great!
Logan
2009/10/1 Robert Cimrman
<cimr...@ntc.zcu.cz>
Hi again Logan,
after the problem starts to work, try
./postproc.py output/r_omega1/square_circ_*.vtk -l
./postproc.py output/r_omega1/square_circ_*.vtk -b --ranges=t,0,2.9
to see the results. The first line prints the data ranges - that is how
I have found the value 2.9 that is in the second line.
The latest ETS (mayavi) 3.3.0 is required though...
r.