Thank you for your reply !.
I'm not sure but I think there is no problem with Windows.
The problem with the font appears in Linux platforms.
My platform is Linux, my operating system is : Linux Redhat 8
kernel version: 2.4.20-28.8smp
gcc version: gcc-3.2-7
I am currently using GID version 7.4.7b.
I did not have such problem with fonts in the GID release 7.1.4b for Linux,
neither in the previous ones of 7.1.4b.
Hope this helps.
Best regards,
Andres
[GiDlist] Re: Font type
Moderator: GiD Team
-
Enrique Escolano
[GiDlist] Re: Font type
This problem was appear when GiD is update from tcl/tk 8.3.3 to tcl/tk 8.4
(because this new Tk release was changed the text an listbox widget previous
heights)
Enrique Escolano
----- Original Message -----
From: "Andres Peratta" andres at wessex.ac.uk
To: gidlist at gatxan.cimne.upc.es
Sent: Tuesday, June 01, 2004 6:38 PM
Subject: [GiDlist] Re: Font type
Thank you for your reply !.
I'm not sure but I think there is no problem with Windows.
The problem with the font appears in Linux platforms.
My platform is Linux, my operating system is : Linux Redhat 8
kernel version: 2.4.20-28.8smp
gcc version: gcc-3.2-7
I am currently using GID version 7.4.7b.
I did not have such problem with fonts in the GID release 7.1.4b for
Linux,
neither in the previous ones of 7.1.4b.
Hope this helps.
Best regards,
Andres
_______________________________________________
GiDlist mailing list
GiDlist at gid.cimne.upc.es
http://gid.cimne.upc.es/mailman/listinfo/gidlist
(because this new Tk release was changed the text an listbox widget previous
heights)
Enrique Escolano
----- Original Message -----
From: "Andres Peratta" andres at wessex.ac.uk
To: gidlist at gatxan.cimne.upc.es
Sent: Tuesday, June 01, 2004 6:38 PM
Subject: [GiDlist] Re: Font type
Thank you for your reply !.
I'm not sure but I think there is no problem with Windows.
The problem with the font appears in Linux platforms.
My platform is Linux, my operating system is : Linux Redhat 8
kernel version: 2.4.20-28.8smp
gcc version: gcc-3.2-7
I am currently using GID version 7.4.7b.
I did not have such problem with fonts in the GID release 7.1.4b for
Linux,
neither in the previous ones of 7.1.4b.
Hope this helps.
Best regards,
Andres
_______________________________________________
GiDlist mailing list
GiDlist at gid.cimne.upc.es
http://gid.cimne.upc.es/mailman/listinfo/gidlist
-
Philippe Bouchilloux
[GiDlist] Animations
Hello:
I need to create animations of my results. My results are typically
composed of U and phi (those are calculated nodal data), so I create an
animation with n frames based on U·sin(2·pi·t + phi) where t varies from 0
to 1 by increments of 1/n. The important point here is that both U and phi
are nodal vectors, which means that 2 sets of nodal results are used to
generate this animation.
At the current time, the only method I found to create this animation in
GiD is by created a temporary _flavia.res file containing my n frames. To
run the animation, I need to generate, save, then load this _flavia.res
file. I have also had to modify the original animation controls
(PostAnimate.tcl) so that the undeformed position does not get plotted with
running an endless animation (frame 0 does not necessarily correspond to
rest position). When the animation is finished, I have to reload the
computation result, so that I can pick another case to animate.
So this is working, but is somewhat cumbersome and slow.
Furthermore, it looks like that the changes in the more recent GiD betas
are incompatible with my previous tweaking of the animation controls.
You have included (a few releases back) a nice method to generate the
animation of a static analysis (with linear, triangular, sine, etc.
interpolation). Here, only one data set (the deformation U) is used, but
the interpolation is done on the fly, hence it is quick and clean.
This is exactly what I am trying to do, except I need to be able to select
my results (2 data sets for both U and phi vectors) before starting the
animation.
I have looked for a script for this static animation in the scripts
library, but found none, so I guess this is part of the compiled source.
The question is the following:
Is there any way I can integrate my animation in the same way that you did
the static animation (generated on the fly), or do I have no other
alternative than using my intermediate _flavia.res file?
Thanks!
Philippe
I need to create animations of my results. My results are typically
composed of U and phi (those are calculated nodal data), so I create an
animation with n frames based on U·sin(2·pi·t + phi) where t varies from 0
to 1 by increments of 1/n. The important point here is that both U and phi
are nodal vectors, which means that 2 sets of nodal results are used to
generate this animation.
At the current time, the only method I found to create this animation in
GiD is by created a temporary _flavia.res file containing my n frames. To
run the animation, I need to generate, save, then load this _flavia.res
file. I have also had to modify the original animation controls
(PostAnimate.tcl) so that the undeformed position does not get plotted with
running an endless animation (frame 0 does not necessarily correspond to
rest position). When the animation is finished, I have to reload the
computation result, so that I can pick another case to animate.
So this is working, but is somewhat cumbersome and slow.
Furthermore, it looks like that the changes in the more recent GiD betas
are incompatible with my previous tweaking of the animation controls.
You have included (a few releases back) a nice method to generate the
animation of a static analysis (with linear, triangular, sine, etc.
interpolation). Here, only one data set (the deformation U) is used, but
the interpolation is done on the fly, hence it is quick and clean.
This is exactly what I am trying to do, except I need to be able to select
my results (2 data sets for both U and phi vectors) before starting the
animation.
I have looked for a script for this static animation in the scripts
library, but found none, so I guess this is part of the compiled source.
The question is the following:
Is there any way I can integrate my animation in the same way that you did
the static animation (generated on the fly), or do I have no other
alternative than using my intermediate _flavia.res file?
Thanks!
Philippe
-
Enrique Escolano
[GiDlist] Animations
At this moment, the only way is written and reading a postprocess file,
but for next versions we planned to add a new command to create/delete
results.
(then with a tcl script will be created 'on the fly' a derivated result )
Enrique Escolano
----- Original Message -----
From: "Philippe Bouchilloux" pb at magsoft-flux.com
To: "GiDList" gidlist at gatxan.cimne.upc.es
Sent: Wednesday, June 02, 2004 2:43 PM
Subject: [GiDlist] Animations
Hello:
I need to create animations of my results. My results are typically
composed of U and phi (those are calculated nodal data), so I create an
animation with n frames based on U·sin(2·pi·t + phi) where t varies from 0
to 1 by increments of 1/n. The important point here is that both U and phi
are nodal vectors, which means that 2 sets of nodal results are used to
generate this animation.
At the current time, the only method I found to create this animation in
GiD is by created a temporary _flavia.res file containing my n frames. To
run the animation, I need to generate, save, then load this _flavia.res
file. I have also had to modify the original animation controls
(PostAnimate.tcl) so that the undeformed position does not get plotted
with
running an endless animation (frame 0 does not necessarily correspond to
rest position). When the animation is finished, I have to reload the
computation result, so that I can pick another case to animate.
So this is working, but is somewhat cumbersome and slow.
Furthermore, it looks like that the changes in the more recent GiD betas
are incompatible with my previous tweaking of the animation controls.
You have included (a few releases back) a nice method to generate the
animation of a static analysis (with linear, triangular, sine, etc.
interpolation). Here, only one data set (the deformation U) is used, but
the interpolation is done on the fly, hence it is quick and clean.
This is exactly what I am trying to do, except I need to be able to select
my results (2 data sets for both U and phi vectors) before starting the
animation.
I have looked for a script for this static animation in the scripts
library, but found none, so I guess this is part of the compiled source.
The question is the following:
Is there any way I can integrate my animation in the same way that you did
the static animation (generated on the fly), or do I have no other
alternative than using my intermediate _flavia.res file?
Thanks!
Philippe
_______________________________________________
GiDlist mailing list
GiDlist at gid.cimne.upc.es
http://gid.cimne.upc.es/mailman/listinfo/gidlist
but for next versions we planned to add a new command to create/delete
results.
(then with a tcl script will be created 'on the fly' a derivated result )
Enrique Escolano
----- Original Message -----
From: "Philippe Bouchilloux" pb at magsoft-flux.com
To: "GiDList" gidlist at gatxan.cimne.upc.es
Sent: Wednesday, June 02, 2004 2:43 PM
Subject: [GiDlist] Animations
Hello:
I need to create animations of my results. My results are typically
composed of U and phi (those are calculated nodal data), so I create an
animation with n frames based on U·sin(2·pi·t + phi) where t varies from 0
to 1 by increments of 1/n. The important point here is that both U and phi
are nodal vectors, which means that 2 sets of nodal results are used to
generate this animation.
At the current time, the only method I found to create this animation in
GiD is by created a temporary _flavia.res file containing my n frames. To
run the animation, I need to generate, save, then load this _flavia.res
file. I have also had to modify the original animation controls
(PostAnimate.tcl) so that the undeformed position does not get plotted
with
running an endless animation (frame 0 does not necessarily correspond to
rest position). When the animation is finished, I have to reload the
computation result, so that I can pick another case to animate.
So this is working, but is somewhat cumbersome and slow.
Furthermore, it looks like that the changes in the more recent GiD betas
are incompatible with my previous tweaking of the animation controls.
You have included (a few releases back) a nice method to generate the
animation of a static analysis (with linear, triangular, sine, etc.
interpolation). Here, only one data set (the deformation U) is used, but
the interpolation is done on the fly, hence it is quick and clean.
This is exactly what I am trying to do, except I need to be able to select
my results (2 data sets for both U and phi vectors) before starting the
animation.
I have looked for a script for this static animation in the scripts
library, but found none, so I guess this is part of the compiled source.
The question is the following:
Is there any way I can integrate my animation in the same way that you did
the static animation (generated on the fly), or do I have no other
alternative than using my intermediate _flavia.res file?
Thanks!
Philippe
_______________________________________________
GiDlist mailing list
GiDlist at gid.cimne.upc.es
http://gid.cimne.upc.es/mailman/listinfo/gidlist