Hi,
we are going to make a release soon (maybe tomorrow), so any testing of the current git master branch [1] would be welcome.
I hope that not everyone is on holidays :)
Robert, I trie dto clone the latest: http://github.com/sfepy/sfepyosman@destiny:~/SFEPY$ git clone http://github.com/sfepy/sfepy Initialized empty Git repository in /home/osman/SFEPY/sfepy/.git/ fatal: http://github.com/sfepy/sfepy/info/refs not found: did you run git update-server-info on the server?
? Is there something wrong here? -osman
Hi Osman,
the correct command is:
git clone git://github.com/sfepy/sfepy.git
Does this work for you?
The clone urls are in the
* SSH * HTTP * Git Read-Onlyline of the web page...
r.
On 08/04/10 01:10, osman wrote:
Robert, I trie dto clone the latest: http://github.com/sfepy/sfepyosman@destiny:~/SFEPY$ git clone http://github.com/sfepy/sfepy Initialized empty Git repository in /home/osman/SFEPY/sfepy/.git/ fatal: http://github.com/sfepy/sfepy/info/refs not found: did you run git update-server-info on the server?
? Is there something wrong here? -osman
On Wed, 2010-08-04 at 09:42 +0200, Robert Cimrman wrote:
Hi Osman,
the correct command is:
git clone git://github.com/sfepy/sfepy.git
Does this work for you?
"red faced" yes. No errors:
49 test file(s) executed in 69.88 s, 0 failure(s) of 70 test(s)
I have lucid now. Also test_install.py results: all True until
python examples/standalone/homogenized_elasticity/rs_correctors.py -n ...: False sfepy: >>> First, this file will be read in place of an input (problem description) file. Press 'q' to quit the example, press any other key to continue... sfepy: left over: ['help', 'define_regions', 'match_z_line', 'mat_ids', 'is3d', 'coefs', 'requirements', 'nm', '_filename', 'match_y_line', '__package__', '__builtins__', 'match_z_plane', 'geom', 'match_x_line', 'usage', 'main', 'match_x_plane', '__doc__', 'OptionParser', 'all_periodic', 'dim', 'match_grid_line', '__file__', 'sys', 'match_y_plane', 'match_grid_plane', '__name__', 'set_elastic', 'ii', 'set_accuracy', 'define_box_regions', 'eps', 'get_pars'] ['shape_opt', 'help', 'variables', 'define_regions', 'filename_mesh', 'ii', 'solvers', 'lcbcs', 'mat_ids', 'is3d', 'functions', 'requirements', 'nm', '_filename', 'match_y_line', '__package__', 'regions', 'match_grid_line', 'match_z_plane', 'geom', 'match_x_line', 'usage', 'main', 'match_x_plane', '__doc__', 'OptionParser', 'opt', 'all_periodic', '__builtins__', '__file__', 'sys', 'ics', 'funmod', 'match_grid_plane', 'match_z_line', 'set_elastic', 'fe', 'dim', 'nbcs', 'match_y_plane', 'set_accuracy', 'fields', '__name__', 'define_box_regions', 'epbcs', 'eps', 'get_pars', 'materials', 'integrals', '_raw', 'ebcs', 'options', 'coefs'] sfepy: >>> ...the read input as a dict (keys only for brevity). ['q'/other key to quit/continue...] sfepy: >>> Now the input will be used to create a ProblemDefinition instance. ['q'/other key to quit/continue...] sfepy: reading mesh (/home/osman/sfepy/examples/standalone/homogenized_elasticity/meshes/osteonT1_11.mesh)... sfepy: ...done in 0.02 s sfepy: setting up domain edges... sfepy: ...done in 0.02 s sfepy: creating regions... sfepy: Right sfepy: Ym sfepy: Bottom sfepy: Corners sfepy: Y sfepy: Top sfepy: Left sfepy: Yc sfepy: ...done in 0.05 s sfepy: using solvers: nls: newton ls: ls ProblemDefinition conf: ProblemConf domain:
Domain:/home/osman/sfepy/examples/standalone/homogenized_elasticity/meshes/osteonT1_11 equations: None fields: Fields functions: Functions geometries: None integrals: None ls_conf: Struct:ls materials: Materials mtx_a: None nls_conf: Struct:newton ofn_trunk: osteonT1_11 output_dir: examples/standalone/homogenized_elasticity/output output_format: vtk output_modes: {'vtk': 'sequence', 'h5': 'single'} solver_confs: {'newton': Struct:newton, 'ls': Struct:ls} solvers: None ts: None ts_conf: None variables: Variables sfepy: >>> ...the ProblemDefinition instance. ['q'/other key to quit/continue...] sfepy: >>> The homogenized elastic coefficient $E_{ijkl}$ is expressed using $\Pi$ operators, computed now. In fact, those operators are permuted coordinates of the mesh nodes. ['q'/other key to quit/continue...] Struct:pis name: pis states: [[[-0.866 0. -0.846 ..., 0. 0.861 0. ] [-0.5 0. -0.5 ..., 0. -0.4 0. ]] [[ 0. -0.866 0. ..., 0.775 0. 0.861] [ 0. -0.5 0. ..., 0.459 0. -0.4 ]]] sfepy: >>> ...the $\Pi$ operators. ['q'/other key to quit/continue...] sfepy: >>> Next, $E_{ijkl}$ needs so called steady state correctors $\bar{\omega}^{rs}$, computed now. ['q'/other key to quit/continue...] python examples/standalone/homogenized_elasticity/rs_correctors.py -n ...: False sfepy: >>> First, this file will be read in place of an input (problem description) file. Press 'q' to quit the example, press any other key to continue... sfepy: left over: ['help', 'define_regions', 'match_z_line', 'mat_ids', 'is3d', 'coefs', 'requirements', 'nm', '_filename', 'match_y_line', '__package__', '__builtins__', 'match_z_plane', 'geom', 'match_x_line', 'usage', 'main', 'match_x_plane', '__doc__', 'OptionParser', 'all_periodic', 'dim', 'match_grid_line', '__file__', 'sys', 'match_y_plane', 'match_grid_plane', '__name__', 'set_elastic', 'ii', 'set_accuracy', 'define_box_regions', 'eps', 'get_pars'] ['shape_opt', 'help', 'variables', 'define_regions', 'filename_mesh', 'ii', 'solvers', 'lcbcs', 'mat_ids', 'is3d', 'functions', 'requirements', 'nm', '_filename', 'match_y_line', '__package__', 'regions', 'match_grid_line', 'match_z_plane', 'geom', 'match_x_line', 'usage', 'main', 'match_x_plane', '__doc__', 'OptionParser', 'opt', 'all_periodic', '__builtins__', '__file__', 'sys', 'ics', 'funmod', 'match_grid_plane', 'match_z_line', 'set_elastic', 'fe', 'dim', 'nbcs', 'match_y_plane', 'set_accuracy', 'fields', '__name__', 'define_box_regions', 'epbcs', 'eps', 'get_pars', 'materials', 'integrals', '_raw', 'ebcs', 'options', 'coefs'] sfepy: >>> ...the read input as a dict (keys only for brevity). ['q'/other key to quit/continue...] sfepy: >>> Now the input will be used to create a ProblemDefinition instance. ['q'/other key to quit/continue...] sfepy: reading mesh (/home/osman/sfepy/examples/standalone/homogenized_elasticity/meshes/osteonT1_11.mesh)... sfepy: ...done in 0.02 s sfepy: setting up domain edges... sfepy: ...done in 0.02 s sfepy: creating regions... sfepy: Right sfepy: Ym sfepy: Bottom sfepy: Corners sfepy: Y sfepy: Top sfepy: Left sfepy: Yc sfepy: ...done in 0.05 s sfepy: using solvers: nls: newton ls: ls ProblemDefinition conf: ProblemConf domain:
Domain:/home/osman/sfepy/examples/standalone/homogenized_elasticity/meshes/osteonT1_11 equations: None fields: Fields functions: Functions geometries: None integrals: None ls_conf: Struct:ls materials: Materials mtx_a: None nls_conf: Struct:newton ofn_trunk: osteonT1_11 output_dir: examples/standalone/homogenized_elasticity/output output_format: vtk output_modes: {'vtk': 'sequence', 'h5': 'single'} solver_confs: {'newton': Struct:newton, 'ls': Struct:ls} solvers: None ts: None ts_conf: None variables: Variables sfepy: >>> ...the ProblemDefinition instance. ['q'/other key to quit/continue...] sfepy: >>> The homogenized elastic coefficient $E_{ijkl}$ is expressed using $\Pi$ operators, computed now. In fact, those operators are permuted coordinates of the mesh nodes. ['q'/other key to quit/continue...] Struct:pis name: pis states: [[[-0.866 0. -0.846 ..., 0. 0.861 0. ] [-0.5 0. -0.5 ..., 0. -0.4 0. ]] [[ 0. -0.866 0. ..., 0.775 0. 0.861] [ 0. -0.5 0. ..., 0.459 0. -0.4 ]]] sfepy: >>> ...the $\Pi$ operators. ['q'/other key to quit/continue...] sfepy: >>> Next, $E_{ijkl}$ needs so called steady state correctors $\bar{\omega}^{rs}$, computed now. ['q'/other key to quit/continue...] ./runTests.py tests: True
On Wed, 2010-08-04 at 18:51 -0400, osman wrote:
On Wed, 2010-08-04 at 09:42 +0200, Robert Cimrman wrote:
Hi Osman,
the correct command is:
git clone git://github.com/sfepy/sfepy.git
Does this work for you?
"red faced" yes. No errors:
49 test file(s) executed in 69.88 s, 0 failure(s) of 70 test(s)
I have lucid now. Also test_install.py results: all True until
python examples/standalone/homogenized_elasticity/rs_correctors.py -n ...: False sfepy: >>> First, this file will be read in place of an input (problem description) file. Press 'q' to quit the example, press any other key to continue... sfepy: left over: ['help', 'define_regions', 'match_z_line', 'mat_ids', 'is3d', 'coefs', 'requirements', 'nm', '_filename', 'match_y_line', '__package__', '__builtins__', 'match_z_plane', 'geom', 'match_x_line', 'usage', 'main', 'match_x_plane', '__doc__', 'OptionParser', 'all_periodic', 'dim', 'match_grid_line', '__file__', 'sys', 'match_y_plane', 'match_grid_plane', '__name__', 'set_elastic', 'ii', 'set_accuracy', 'define_box_regions', 'eps', 'get_pars'] ['shape_opt', 'help', 'variables', 'define_regions', 'filename_mesh', 'ii', 'solvers', 'lcbcs', 'mat_ids', 'is3d', 'functions', 'requirements', 'nm', '_filename', 'match_y_line', '__package__', 'regions', 'match_grid_line', 'match_z_plane', 'geom', 'match_x_line', 'usage', 'main', 'match_x_plane', '__doc__', 'OptionParser', 'opt', 'all_periodic', '__builtins__', '__file__', 'sys', 'ics', 'funmod', 'match_grid_plane', 'match_z_line', 'set_elastic', 'fe', 'dim', 'nbcs', 'match_y_plane', 'set_accuracy', 'fields', '__name__', 'define_box_regions', 'epbcs', 'eps', 'get_pars', 'materials', 'integrals', '_raw', 'ebcs', 'options', 'coefs'] sfepy: >>> ...the read input as a dict (keys only for brevity). ['q'/other key to quit/continue...] sfepy: >>> Now the input will be used to create a ProblemDefinition instance. ['q'/other key to quit/continue...] sfepy: reading mesh (/home/osman/sfepy/examples/standalone/homogenized_elasticity/meshes/osteonT1_11.mesh)... sfepy: ...done in 0.02 s sfepy: setting up domain edges... sfepy: ...done in 0.02 s sfepy: creating regions... sfepy: Right sfepy: Ym sfepy: Bottom sfepy: Corners sfepy: Y sfepy: Top sfepy: Left sfepy: Yc sfepy: ...done in 0.05 s sfepy: using solvers: nls: newton ls: ls ProblemDefinition conf: ProblemConf domain:
Domain:/home/osman/sfepy/examples/standalone/homogenized_elasticity/meshes/osteonT1_11 equations: None fields: Fields functions: Functions geometries: None integrals: None ls_conf: Struct:ls materials: Materials mtx_a: None nls_conf: Struct:newton ofn_trunk: osteonT1_11 output_dir: examples/standalone/homogenized_elasticity/output output_format: vtk output_modes: {'vtk': 'sequence', 'h5': 'single'} solver_confs: {'newton': Struct:newton, 'ls': Struct:ls} solvers: None ts: None ts_conf: None variables: Variables sfepy: >>> ...the ProblemDefinition instance. ['q'/other key to quit/continue...] sfepy: >>> The homogenized elastic coefficient $E_{ijkl}$ is expressed using $\Pi$ operators, computed now. In fact, those operators are permuted coordinates of the mesh nodes. ['q'/other key to quit/continue...] Struct:pis name: pis states: [[[-0.866 0. -0.846 ..., 0. 0.861 0. ] [-0.5 0. -0.5 ..., 0. -0.4 0. ]] [[ 0. -0.866 0. ..., 0.775 0. 0.861] [ 0. -0.5 0. ..., 0.459 0. -0.4 ]]] sfepy: >>> ...the $\Pi$ operators. ['q'/other key to quit/continue...] sfepy: >>> Next, $E_{ijkl}$ needs so called steady state correctors $\bar{\omega}^{rs}$, computed now. ['q'/other key to quit/continue...] python examples/standalone/homogenized_elasticity/rs_correctors.py -n ...: False sfepy: >>> First, this file will be read in place of an input (problem description) file. Press 'q' to quit the example, press any other key to continue... sfepy: left over: ['help', 'define_regions', 'match_z_line', 'mat_ids', 'is3d', 'coefs', 'requirements', 'nm', '_filename', 'match_y_line', '__package__', '__builtins__', 'match_z_plane', 'geom', 'match_x_line', 'usage', 'main', 'match_x_plane', '__doc__', 'OptionParser', 'all_periodic', 'dim', 'match_grid_line', '__file__', 'sys', 'match_y_plane', 'match_grid_plane', '__name__', 'set_elastic', 'ii', 'set_accuracy', 'define_box_regions', 'eps', 'get_pars'] ['shape_opt', 'help', 'variables', 'define_regions', 'filename_mesh', 'ii', 'solvers', 'lcbcs', 'mat_ids', 'is3d', 'functions', 'requirements', 'nm', '_filename', 'match_y_line', '__package__', 'regions', 'match_grid_line', 'match_z_plane', 'geom', 'match_x_line', 'usage', 'main', 'match_x_plane', '__doc__', 'OptionParser', 'opt', 'all_periodic', '__builtins__', '__file__', 'sys', 'ics', 'funmod', 'match_grid_plane', 'match_z_line', 'set_elastic', 'fe', 'dim', 'nbcs', 'match_y_plane', 'set_accuracy', 'fields', '__name__', 'define_box_regions', 'epbcs', 'eps', 'get_pars', 'materials', 'integrals', '_raw', 'ebcs', 'options', 'coefs'] sfepy: >>> ...the read input as a dict (keys only for brevity). ['q'/other key to quit/continue...] sfepy: >>> Now the input will be used to create a ProblemDefinition instance. ['q'/other key to quit/continue...] sfepy: reading mesh (/home/osman/sfepy/examples/standalone/homogenized_elasticity/meshes/osteonT1_11.mesh)... sfepy: ...done in 0.02 s sfepy: setting up domain edges... sfepy: ...done in 0.02 s sfepy: creating regions... sfepy: Right sfepy: Ym sfepy: Bottom sfepy: Corners sfepy: Y sfepy: Top sfepy: Left sfepy: Yc sfepy: ...done in 0.05 s sfepy: using solvers: nls: newton ls: ls ProblemDefinition conf: ProblemConf domain:
Domain:/home/osman/sfepy/examples/standalone/homogenized_elasticity/meshes/osteonT1_11 equations: None fields: Fields functions: Functions geometries: None integrals: None ls_conf: Struct:ls materials: Materials mtx_a: None nls_conf: Struct:newton ofn_trunk: osteonT1_11 output_dir: examples/standalone/homogenized_elasticity/output output_format: vtk output_modes: {'vtk': 'sequence', 'h5': 'single'} solver_confs: {'newton': Struct:newton, 'ls': Struct:ls} solvers: None ts: None ts_conf: None variables: Variables sfepy: >>> ...the ProblemDefinition instance. ['q'/other key to quit/continue...] sfepy: >>> The homogenized elastic coefficient $E_{ijkl}$ is expressed using $\Pi$ operators, computed now. In fact, those operators are permuted coordinates of the mesh nodes. ['q'/other key to quit/continue...] Struct:pis name: pis states: [[[-0.866 0. -0.846 ..., 0. 0.861 0. ] [-0.5 0. -0.5 ..., 0. -0.4 0. ]] [[ 0. -0.866 0. ..., 0.775 0. 0.861] [ 0. -0.5 0. ..., 0.459 0. -0.4 ]]] sfepy: >>> ...the $\Pi$ operators. ['q'/other key to quit/continue...] sfepy: >>> Next, $E_{ijkl}$ needs so called steady state correctors $\bar{\omega}^{rs}$, computed now. ['q'/other key to quit/continue...] ./runTests.py tests: True
mea maxima culpa I had old sfepy installed in /usr/local. I re-installed the new version and the test script runs ok. -osman
On 08/05/10 00:58, osman wrote:
On Wed, 2010-08-04 at 18:51 -0400, osman wrote:
On Wed, 2010-08-04 at 09:42 +0200, Robert Cimrman wrote:
Hi Osman,
the correct command is:
git clone git://github.com/sfepy/sfepy.git
Does this work for you?
"red faced" yes. No errors:
49 test file(s) executed in 69.88 s, 0 failure(s) of 70 test(s)
I have lucid now. Also test_install.py results: all True until
python examples/standalone/homogenized_elasticity/rs_correctors.py -n ...: False sfepy:>>> First, this file will be read in place of an input (problem description) file. Press 'q' to quit the example, press any other key to continue... sfepy: left over: ['help', 'define_regions', 'match_z_line', 'mat_ids', 'is3d', 'coefs', 'requirements', 'nm', '_filename', 'match_y_line', '__package__', '__builtins__', 'match_z_plane', 'geom', 'match_x_line', 'usage', 'main', 'match_x_plane', '__doc__', 'OptionParser', 'all_periodic', 'dim', 'match_grid_line', '__file__', 'sys', 'match_y_plane', 'match_grid_plane', '__name__', 'set_elastic', 'ii', 'set_accuracy', 'define_box_regions', 'eps', 'get_pars'] ['shape_opt', 'help', 'variables', 'define_regions', 'filename_mesh', 'ii', 'solvers', 'lcbcs', 'mat_ids', 'is3d', 'functions', 'requirements', 'nm', '_filename', 'match_y_line', '__package__', 'regions', 'match_grid_line', 'match_z_plane', 'geom', 'match_x_line', 'usage', 'main', 'match_x_plane', '__doc__', 'OptionParser', 'opt', 'all_periodic', '__builtins__', '__file__', 'sys', 'ics', 'funmod', 'match_grid_plane', 'match_z_line', 'set_elastic', 'fe', 'dim', 'nbcs', 'match_y_plane', 'set_accuracy', 'fields', '__name__', 'define_box_regions', 'epbcs', 'eps', 'get_pars', 'materials', 'integrals', '_raw', 'ebcs', 'options', 'coefs'] sfepy:>>> ...the read input as a dict (keys only for brevity). ['q'/other key to quit/continue...] sfepy:>>> Now the input will be used to create a ProblemDefinition instance. ['q'/other key to quit/continue...] sfepy: reading mesh (/home/osman/sfepy/examples/standalone/homogenized_elasticity/meshes/osteonT1_11.mesh)... sfepy: ...done in 0.02 s sfepy: setting up domain edges... sfepy: ...done in 0.02 s sfepy: creating regions... sfepy: Right sfepy: Ym sfepy: Bottom sfepy: Corners sfepy: Y sfepy: Top sfepy: Left sfepy: Yc sfepy: ...done in 0.05 s sfepy: using solvers: nls: newton ls: ls ProblemDefinition conf: ProblemConf domain:
Domain:/home/osman/sfepy/examples/standalone/homogenized_elasticity/meshes/osteonT1_11 equations: None fields: Fields functions: Functions geometries: None integrals: None ls_conf: Struct:ls materials: Materials mtx_a: None nls_conf: Struct:newton ofn_trunk: osteonT1_11 output_dir: examples/standalone/homogenized_elasticity/output output_format: vtk output_modes: {'vtk': 'sequence', 'h5': 'single'} solver_confs: {'newton': Struct:newton, 'ls': Struct:ls} solvers: None ts: None ts_conf: None variables: Variables sfepy:>>> ...the ProblemDefinition instance. ['q'/other key to quit/continue...] sfepy:>>> The homogenized elastic coefficient $E_{ijkl}$ is expressed using $\Pi$ operators, computed now. In fact, those operators are permuted coordinates of the mesh nodes. ['q'/other key to quit/continue...] Struct:pis name: pis states: [[[-0.866 0. -0.846 ..., 0. 0.861 0. ] [-0.5 0. -0.5 ..., 0. -0.4 0. ]] [[ 0. -0.866 0. ..., 0.775 0. 0.861] [ 0. -0.5 0. ..., 0.459 0. -0.4 ]]] sfepy:>>> ...the $\Pi$ operators. ['q'/other key to quit/continue...] sfepy:>>> Next, $E_{ijkl}$ needs so called steady state correctors $\bar{\omega}^{rs}$, computed now. ['q'/other key to quit/continue...] python examples/standalone/homogenized_elasticity/rs_correctors.py -n ...: False sfepy:>>> First, this file will be read in place of an input (problem description) file. Press 'q' to quit the example, press any other key to continue... sfepy: left over: ['help', 'define_regions', 'match_z_line', 'mat_ids', 'is3d', 'coefs', 'requirements', 'nm', '_filename', 'match_y_line', '__package__', '__builtins__', 'match_z_plane', 'geom', 'match_x_line', 'usage', 'main', 'match_x_plane', '__doc__', 'OptionParser', 'all_periodic', 'dim', 'match_grid_line', '__file__', 'sys', 'match_y_plane', 'match_grid_plane', '__name__', 'set_elastic', 'ii', 'set_accuracy', 'define_box_regions', 'eps', 'get_pars'] ['shape_opt', 'help', 'variables', 'define_regions', 'filename_mesh', 'ii', 'solvers', 'lcbcs', 'mat_ids', 'is3d', 'functions', 'requirements', 'nm', '_filename', 'match_y_line', '__package__', 'regions', 'match_grid_line', 'match_z_plane', 'geom', 'match_x_line', 'usage', 'main', 'match_x_plane', '__doc__', 'OptionParser', 'opt', 'all_periodic', '__builtins__', '__file__', 'sys', 'ics', 'funmod', 'match_grid_plane', 'match_z_line', 'set_elastic', 'fe', 'dim', 'nbcs', 'match_y_plane', 'set_accuracy', 'fields', '__name__', 'define_box_regions', 'epbcs', 'eps', 'get_pars', 'materials', 'integrals', '_raw', 'ebcs', 'options', 'coefs'] sfepy:>>> ...the read input as a dict (keys only for brevity). ['q'/other key to quit/continue...] sfepy:>>> Now the input will be used to create a ProblemDefinition instance. ['q'/other key to quit/continue...] sfepy: reading mesh (/home/osman/sfepy/examples/standalone/homogenized_elasticity/meshes/osteonT1_11.mesh)... sfepy: ...done in 0.02 s sfepy: setting up domain edges... sfepy: ...done in 0.02 s sfepy: creating regions... sfepy: Right sfepy: Ym sfepy: Bottom sfepy: Corners sfepy: Y sfepy: Top sfepy: Left sfepy: Yc sfepy: ...done in 0.05 s sfepy: using solvers: nls: newton ls: ls ProblemDefinition conf: ProblemConf domain:
Domain:/home/osman/sfepy/examples/standalone/homogenized_elasticity/meshes/osteonT1_11 equations: None fields: Fields functions: Functions geometries: None integrals: None ls_conf: Struct:ls materials: Materials mtx_a: None nls_conf: Struct:newton ofn_trunk: osteonT1_11 output_dir: examples/standalone/homogenized_elasticity/output output_format: vtk output_modes: {'vtk': 'sequence', 'h5': 'single'} solver_confs: {'newton': Struct:newton, 'ls': Struct:ls} solvers: None ts: None ts_conf: None variables: Variables sfepy:>>> ...the ProblemDefinition instance. ['q'/other key to quit/continue...] sfepy:>>> The homogenized elastic coefficient $E_{ijkl}$ is expressed using $\Pi$ operators, computed now. In fact, those operators are permuted coordinates of the mesh nodes. ['q'/other key to quit/continue...] Struct:pis name: pis states: [[[-0.866 0. -0.846 ..., 0. 0.861 0. ] [-0.5 0. -0.5 ..., 0. -0.4 0. ]] [[ 0. -0.866 0. ..., 0.775 0. 0.861] [ 0. -0.5 0. ..., 0.459 0. -0.4 ]]] sfepy:>>> ...the $\Pi$ operators. ['q'/other key to quit/continue...] sfepy:>>> Next, $E_{ijkl}$ needs so called steady state correctors $\bar{\omega}^{rs}$, computed now. ['q'/other key to quit/continue...] ./runTests.py tests: True
mea maxima culpa I had old sfepy installed in /usr/local. I re-installed the new version and the test script runs ok. -osman
:) Good!
Thank you for testing it. Btw. do you think the doc [1] clear enough?
Best regards, r.
[1] http://docs.sfepy.org/doc-devel/tutorial.html#interactive-example-linear-ela...
On Thu, 2010-08-05 at 11:10 +0200, Robert Cimrman wrote:
On 08/05/10 00:58, osman wrote:
On Wed, 2010-08-04 at 18:51 -0400, osman wrote:
On Wed, 2010-08-04 at 09:42 +0200, Robert Cimrman wrote:
Hi Osman,
the correct command is:
git clone git://github.com/sfepy/sfepy.git
Does this work for you?
"red faced" yes. No errors:
.... :) Good!
Thank you for testing it. Btw. do you think the doc [1] clear enough?
Best regards, r.
[1] http://docs.sfepy.org/doc-devel/tutorial.html#interactive-example-linear-ela...
Is there something wrong with the indices in eqn 2? Was it supposed to be Dijkl eij ekl ? Very nice. Went line by line and reproduced the results. It seems to take some getting used to. I'll have to dive into writing a few examples to learn better. Now that I upgraded to ubuntu lucid and sfepy is working, I have no excuses left. :). regards, -osman
On Thu, 5 Aug 2010, osman wrote:
On Thu, 2010-08-05 at 11:10 +0200, Robert Cimrman wrote:
On 08/05/10 00:58, osman wrote:
On Wed, 2010-08-04 at 18:51 -0400, osman wrote:
On Wed, 2010-08-04 at 09:42 +0200, Robert Cimrman wrote:
Hi Osman,
the correct command is:
git clone git://github.com/sfepy/sfepy.git
Does this work for you?
"red faced" yes. No errors:
.... :) Good!
Thank you for testing it. Btw. do you think the doc [1] clear enough?
Best regards, r.
[1] http://docs.sfepy.org/doc-devel/tutorial.html#interactive-example-linear-ela...
Is there something wrong with the indices in eqn 2? Was it supposed to be Dijkl eij ekl ?
Yes, thanks for the catch!
Very nice. Went line by line and reproduced the results. It seems to take some getting used to. I'll have to dive into writing a few examples to learn better. Now that I upgraded to ubuntu lucid and sfepy is working, I have no excuses left. :). regards,
Great, let us know how it goes.
cheers, r.
Hi Robert,
I tested on my laptop with a fresh clone and everything works (test_install.py) except test_input_linear_elastic_dynamic:
logan@quantumdot:~/projects/sfepy_test$ ./runTests.py --debug
tests/test_input_linear_elastic_dynamic.py
<<< directory: tests, test files: 1
<<< tests/test_input_linear_elastic_dynamic.py
sfepy: left over: ['verbose', '__builtins__', '_filename', '__file__',
'__package__', 'TestInputEvolutionary', 'input_name', '__doc__',
'__name__', 'output_name_trunk']
--- test instance creation failed
Traceback (most recent call last):
File "./runTests.py", line 225, in <module>
main()
File "./runTests.py", line 216, in main
run_tests(stats, dirname, [filename])
File "./runTests.py", line 148, in run_tests
n_fail, n_total, test_time = run_test( conf_name, options )
File "./runTests.py", line 95, in run_test
test = conf.funmod.Test.from_conf( conf, options )
File "tests/testsBasic.py", line 87, in from_conf
return TestInput.from_conf(conf, options, cls=cls)
File "tests/testsBasic.py", line 30, in from_conf
test_conf = ProblemConf.from_file(input_name, required, other)
File "/home/logan/projects/sfepy_test/sfepy/base/conf.py", line 249,
in from_file
funmod = import_file( filename )
File "/home/logan/projects/sfepy_test/sfepy/base/base.py", line 126,
in import_file
mod = __import__(name)
File "tests/../examples/linear_elasticity/linear_elastic_dynamic.py",
line 2, in <module>
from linear_elastic import
ImportError: cannot import name fe
I'm not sure what this mysterious fe module is, but it doesn't seem to be needed so I removed it and the test passes.
Btw, should test_install.py be run from the sfepy source directory or from the final installed location? It seems to be set up currently for the source directory.
Good luck with the release! Logan
2010/8/3 Robert Cimrman cimr...@ntc.zcu.cz:
Hi,
we are going to make a release soon (maybe tomorrow), so any testing of the current git master branch [1] would be welcome.
I hope that not everyone is on holidays :)
r. [1] http://github.com/sfepy/sfepy
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Hi Logan,
On Fri, 6 Aug 2010, Logan Sorenson wrote:
Hi Robert,
I tested on my laptop with a fresh clone and everything works (test_install.py) except test_input_linear_elastic_dynamic:
logan@quantumdot:~/projects/sfepy_test$ ./runTests.py --debug tests/test_input_linear_elastic_dynamic.py <<< directory: tests, test files: 1 <<< tests/test_input_linear_elastic_dynamic.py sfepy: left over: ['verbose', '__builtins__', '_filename', '__file__', '__package__', 'TestInputEvolutionary', 'input_name', '__doc__', '__name__', 'output_name_trunk'] --- test instance creation failed Traceback (most recent call last): File "./runTests.py", line 225, in <module> main() File "./runTests.py", line 216, in main run_tests(stats, dirname, [filename]) File "./runTests.py", line 148, in run_tests n_fail, n_total, test_time = run_test( conf_name, options ) File "./runTests.py", line 95, in run_test test = conf.funmod.Test.from_conf( conf, options ) File "tests/testsBasic.py", line 87, in from_conf return TestInput.from_conf(conf, options, cls=cls) File "tests/testsBasic.py", line 30, in from_conf test_conf = ProblemConf.from_file(input_name, required, other) File "/home/logan/projects/sfepy_test/sfepy/base/conf.py", line 249, in from_file funmod = import_file( filename ) File "/home/logan/projects/sfepy_test/sfepy/base/base.py", line 126, in import_file mod = __import__(name) File "tests/../examples/linear_elasticity/linear_elastic_dynamic.py", line 2, in <module> from linear_elastic import
ImportError: cannot import name feI'm not sure what this mysterious fe module is, but it doesn't seem to be needed so I removed it and the test passes.
Whoops, thanks for catching this - I have removed the 'fe' keyword from linear_elastic.py example, as it is deprecated in the docs now, but forgot to remove the import...
Btw, should test_install.py be run from the sfepy source directory or from the final installed location? It seems to be set up currently for the source directory.
From the sfepy source directory - it's just a stupid little thing to test some aspects of the in-place build.
Good luck with the release! Logan
Thanks, it should be out today!
r.
2010/8/3 Robert Cimrman cimr...@ntc.zcu.cz:
Hi,
we are going to make a release soon (maybe tomorrow), so any testing of the current git master branch [1] would be welcome.
I hope that not everyone is on holidays :)
r. [1] http://github.com/sfepy/sfepy
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participants (3)
-
Logan Sorenson -
osman -
Robert Cimrman