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Jan 8, 2025
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Update spelling of PyDPF - Composites #755

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0fcf877
Update spelling of PyDPF - Composites
greschd Jan 8, 2025
2039710
Fix title underlines
greschd Jan 8, 2025
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1 change: 1 addition & 0 deletions doc/styles/config/vocabularies/ANSYS/accept.txt
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Expand Up @@ -11,3 +11,4 @@ API
untrusted
DPF
2025R1
PyDPF - Composites
4 changes: 2 additions & 2 deletions examples/pymechanical_with_shim/embedded_workflow.py
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Expand Up @@ -40,10 +40,10 @@
* Export composite definitions and material data from PyACP
* Import lay-up and material in PyMechanical (imported plies)
* Define boundary condition in PyMechanical
* Postprocess results with PyDPF Composites (using the materials file and the RST
* Postprocess results with PyDPF - Composites (using the materials file and the RST
file generated by PyMechanical)

The workflow currently uses a Docker container for PyACP and PyDPF Composites. For PyMechanical,
The workflow currently uses a Docker container for PyACP and PyDPF - Composites. For PyMechanical,
the local installer is used. There is no known issue preventing you from using the PyMechanical
container. This was just not yet implemented due to time restrictions.
"""
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2 changes: 1 addition & 1 deletion examples/use_cases/01-optimizing-ply-angles.py
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Expand Up @@ -233,7 +233,7 @@ def solve_cdb(*, mapdl, cdb_file, workdir):
rst_file = solve_cdb(mapdl=mapdl, cdb_file=cdb_file_path, workdir=workdir)

# %%
# The ``get_max_irf()`` function uses PyDPF Composites to calculate the maximum
# The ``get_max_irf()`` function uses PyDPF - Composites to calculate the maximum
# inverse reserve factor (IRF) for a given RST, composite definitions,
# or materials file.
#
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12 changes: 6 additions & 6 deletions examples/workflows/01-pymapdl-workflow.py
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Expand Up @@ -27,7 +27,7 @@
================

This example shows how to define a composite lay-up with PyACP, solve the resulting model with PyMAPDL, and
run a failure analysis with PyDPF Composites.
run a failure analysis with PyDPF - Composites.
"""

# %%
Expand All @@ -38,8 +38,8 @@
# boundary conditions. For more information on creating input files, see :ref:`input_file_for_pyacp`.
# Then, you import the DAT file into PyACP to define the composite lay-up. Finally, you export the
# resulting model from PyACP to PyMAPDL. Once the results are available, the RST file is loaded in
# PyDPF Composites for analysis. The additional input files (``material.xml`` and
# ``ACPCompositeDefinitions.h5``) can also be stored with PyACP and passed to PyDPF Composites.
# PyDPF - Composites for analysis. The additional input files (``material.xml`` and
# ``ACPCompositeDefinitions.h5``) can also be stored with PyACP and passed to PyDPF - Composites.

# %%
# Import modules
Expand Down Expand Up @@ -216,11 +216,11 @@
mapdl.download(rstfile_name, str(WORKING_DIR))

# %%
# Postprocessing with PyDPF Composites
# ------------------------------------
# Postprocessing with PyDPF - Composites
# --------------------------------------
#
# To postprocess the results, you must configure the imports, connect to the
# PyDPF Composites server, and load its plugin.
# PyDPF - Composites server, and load its plugin.

from ansys.dpf.composites.composite_model import CompositeModel
from ansys.dpf.composites.constants import FailureOutput
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14 changes: 7 additions & 7 deletions examples/workflows/02-advanced-pymapdl-workflow.py
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Expand Up @@ -27,13 +27,13 @@
=========================

This example shows how to define a composite lay-up with PyACP, solve the resulting
model with PyMAPDL, and run a failure analysis with PyDPF Composites.
model with PyMAPDL, and run a failure analysis with PyDPF - Composites.

Begin with an MAPDL CDB file that contains the mesh, material data, and
boundary conditions. Import the file to PyACP to define the lay-up, and then export the
resulting model to PyMAPDL. Once the results are available, the RST file is loaded in
PyDPF Composites for postprocessing. The additional input files (``material.xml``
and ``ACPCompositeDefinitions.h5``) can also be stored with PyACP and passed to PyDPF Composites.
PyDPF - Composites for postprocessing. The additional input files (``material.xml``
and ``ACPCompositeDefinitions.h5``) can also be stored with PyACP and passed to PyDPF - Composites.

"""

Expand Down Expand Up @@ -292,7 +292,7 @@ def add_ply(mg, name, ply_material, angle, oss):
# %%
# Save the model as a CDB file for solving with PyMAPDL.
model.export_analysis_model(working_dir_path / cdb_filename_out)
# Export the shell lay-up and material file for PyDPF Composites.
# Export the shell lay-up and material file for PyDPF - Composites.
model.export_shell_composite_definitions(working_dir_path / composite_definition_h5_filename)
model.export_materials(working_dir_path / matml_filename)

Expand Down Expand Up @@ -329,11 +329,11 @@ def add_ply(mg, name, ply_material, angle, oss):
mapdl.download(rstfile_name, working_dir_path)

# %%
# Postprocessing with PyDPF Composites
# ------------------------------------
# Postprocessing with PyDPF - Composites
# --------------------------------------
#
# To postprocess the results, you must configure the imports, connect to the
# PyDPF Composites server, and load its plugin.
# PyDPF - Composites server, and load its plugin.

from ansys.dpf.composites.composite_model import CompositeModel
from ansys.dpf.composites.constants import FailureOutput
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6 changes: 3 additions & 3 deletions examples/workflows/03-pymechanical-shell-workflow.py
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Expand Up @@ -37,7 +37,7 @@
- Plies and materials are exported from ACP, and imported into Mechanical.
- Boundary conditions are set in Mechanical.
- The model is solved.
- The results are post-processed in PyDPF Composites.
- The results are post-processed in PyDPF - Composites.

.. warning::

Expand All @@ -60,7 +60,7 @@
import textwrap

# %%
# Import PyACP, PyMechanical, and PyDPF Composites.
# Import PyACP, PyMechanical, and PyDPF - Composites.

# isort: off
import ansys.acp.core as pyacp
Expand Down Expand Up @@ -278,7 +278,7 @@
# Postprocess results
# -------------------
#
# Evaluate the failure criteria using the PyDPF Composites.
# Evaluate the failure criteria using the PyDPF - Composites.


max_strain = pydpf_composites.failure_criteria.MaxStrainCriterion()
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6 changes: 3 additions & 3 deletions examples/workflows/04-pymechanical-solid-workflow.py
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Expand Up @@ -39,7 +39,7 @@
- Materials and plies are imported.
- Boundary conditions are set.
- The model is solved.
- The results are post-processed in PyDPF Composites.
- The results are post-processed in PyDPF - Composites.

.. warning::

Expand All @@ -62,7 +62,7 @@
import textwrap

# %%
# Import PyACP, PyMechanical, and PyDPF Composites.
# Import PyACP, PyMechanical, and PyDPF - Composites.

# isort: off

Expand Down Expand Up @@ -335,7 +335,7 @@
# Postprocess results
# -------------------
#
# Evaluate the failure criteria using the PyDPF Composites.
# Evaluate the failure criteria using the PyDPF - Composites.

max_strain = pydpf_composites.failure_criteria.MaxStrainCriterion()
cfc = pydpf_composites.failure_criteria.CombinedFailureCriterion(
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8 changes: 4 additions & 4 deletions examples/workflows/05-pymechanical-to-cdb-workflow.py
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Expand Up @@ -30,7 +30,7 @@

This example shows how to set up a workflow that uses PyMechanical to mesh the
geometry and define the load case, PyACP to define a layup, PyMAPDL to solve the
model, and PyDPF Composites to post-process the results.
model, and PyDPF - Composites to post-process the results.

This workflow does *not* suffer from the limitations of the PyACP to
PyMechanical integration.
Expand All @@ -52,7 +52,7 @@
import textwrap

# %%
# Import PyACP, PyMechanical, and PyDPF Composites.
# Import PyACP, PyMechanical, and PyDPF - Composites.

# isort: off
import ansys.acp.core as pyacp
Expand Down Expand Up @@ -272,8 +272,8 @@
mapdl.download(rstfile_name, working_dir_path)

# %%
# Postprocessing with PyDPF Composites
# ------------------------------------
# Postprocessing with PyDPF - Composites
# --------------------------------------
#
# Specify the combined failure criterion.
max_strain = pydpf_composites.failure_criteria.MaxStrainCriterion()
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6 changes: 3 additions & 3 deletions examples/workflows/06-cdb-to-pymechanical-workflow.py
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Expand Up @@ -30,7 +30,7 @@

This example shows how to define a composite lay-up in PyACP based on a mesh
from a CDB file, import the model into PyMechanical for defining the load and
boundary conditions, and run a failure analysis with PyDPF Composites.
boundary conditions, and run a failure analysis with PyDPF - Composites.

.. warning::

Expand All @@ -54,7 +54,7 @@
import textwrap

# %%
# Import PyACP, PyMechanical, and PyDPF Composites.
# Import PyACP, PyMechanical, and PyDPF - Composites.

# isort: off
import ansys.acp.core as pyacp
Expand Down Expand Up @@ -281,7 +281,7 @@
# Postprocess results
# -------------------
#
# Evaluate the failure criteria using the PyDPF Composites.
# Evaluate the failure criteria using the PyDPF - Composites.


max_strain = pydpf_composites.failure_criteria.MaxStrainCriterion()
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2 changes: 1 addition & 1 deletion src/ansys/acp/core/dpf_integration_helpers.py
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Expand Up @@ -20,7 +20,7 @@
# OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE
# SOFTWARE.

"""Helper functions for exchanging data between PyACP and PyDPF or PyDPF Composites."""
"""Helper functions for exchanging data between PyACP and PyDPF or PyDPF - Composites."""

import typing

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