diff --git a/2025R1/primemesh-25-r1/add-header-to-tables.py b/2025R1/primemesh-25-r1/add-header-to-tables.py
new file mode 100644
index 0000000000..2e45b82163
--- /dev/null
+++ b/2025R1/primemesh-25-r1/add-header-to-tables.py
@@ -0,0 +1,135 @@
+import os
+import sys
+import argparse
+
+
+def remove_column_table(input_table):
+ # Split input table into rows
+ rows = input_table.strip().split('\n')
+
+ # Create a new array for modified table
+ modified_rows = []
+
+ # Add the new header row
+ modified_rows.append("| Name |")
+
+ # invert row[0] and row[1]
+ temp = rows[0]
+ rows[0] = rows[1]
+ rows[1] = temp
+
+
+ # Skip the second row of the original table
+ # We don't include it in the modified table
+
+ # Add remaining rows from the original table, starting from index 2
+ for i in range(0, len(rows)):
+ # Split the current row by the '|' character
+ columns = rows[i].strip().split('|')
+
+ # Extract the content of the first column
+ name_column = columns[1].strip()
+
+ # Add the content of the first column to the modified row
+ modified_rows.append("| " + name_column + " |")
+
+ # Construct the modified table string
+ modified_table = '\n'.join(modified_rows)
+
+ return modified_table
+
+def process_md_table(input_table):
+ # Split input table into rows
+ rows = input_table.strip().split('\n')
+
+ # Create a new array for modified table
+ modified_rows = ["| Name | Description |"]
+
+ # Add the second row of the original table
+ modified_rows.append(rows[1])
+
+ # Add the first row of the original table
+ modified_rows.append(rows[0])
+
+ # Add remaining rows from the original table, starting from index 2
+ for i in range(2, len(rows)):
+ modified_rows.append(rows[i])
+
+ # Construct the modified table string
+ modified_table = '\n'.join(modified_rows)
+
+ return modified_table
+
+def process_md_files(folder_path):
+ # Traverse the directory structure recursively
+ for root, dirs, files in os.walk(folder_path):
+ for file in files:
+ # Check if the file is a Markdown file
+ if file.endswith(".md"):
+ file_path = os.path.join(root, file)
+ print("Processing:", file_path)
+ # Read the input file
+ with open(file_path, 'r', encoding='utf-8') as file:
+ file_content = file.read()
+
+ # Split the file content by at least one newline character
+ tables = file_content.split('\n\n')
+
+ # Process each potential Markdown table found in the file
+ modified_tables = []
+
+ # Check if all items of column 2 are empty
+ for table in tables:
+ # Check if the potential table is actually a Markdown table
+ if table.strip().startswith('|'):
+ # Check if the table has two columns with an empty column (first row only)
+ rows = table.strip().split('\n')
+ is2ColumnTable = False
+ for i in range(0, len(rows)):
+ if i==1:
+ continue
+ if rows[i].count('|') == 3:
+ s = rows[i].split('|')[2]
+ if all(char.isspace() or char == '\t' for char in s):
+ print("Found 1 column table")
+ else:
+ print("Found 2 column table")
+ is2ColumnTable = True
+
+ if rows[0].count('|') > 3:
+ print("Found >2 column table")
+ elif is2ColumnTable == True:
+ # Process the MD table
+ modified_table = process_md_table(table)
+ elif is2ColumnTable == False:
+ # Remove the empty column from the table
+ modified_table = remove_column_table(table)
+ else:
+ modified_table = table
+
+ modified_tables.append(modified_table)
+
+ # Join the modified tables back into the file content
+ modified_content = '\n\n'.join(modified_tables)
+
+ # Write the modified content back to the input file
+ with open(file_path, 'w', encoding='utf-8') as file:
+ file.write(modified_content)
+
+ print("File '{}' has been updated with corrected tables.".format(file_path))
+
+if __name__ == "__main__":
+ # Check if the folder path is provided
+
+
+ # Get the folder path from command line argument
+ #folder_path = sys.argv[1]
+
+ parser = argparse.ArgumentParser(description="Add headers to tables in Markdown files.")
+ parser.add_argument("--input_folder", help="Path to the folder of Markdown files")
+ args = parser.parse_args()
+
+ folder_path = args.input_folder
+
+ # Process all Markdown files in the folder and its subfolders
+ process_md_files(folder_path)
\ No newline at end of file
diff --git a/2025R1/primemesh-25-r1/api/_autosummary/ansys.meshing.prime.AddLabelResults.md b/2025R1/primemesh-25-r1/api/_autosummary/ansys.meshing.prime.AddLabelResults.md
index 98ff4f04a7..9868866704 100644
--- a/2025R1/primemesh-25-r1/api/_autosummary/ansys.meshing.prime.AddLabelResults.md
+++ b/2025R1/primemesh-25-r1/api/_autosummary/ansys.meshing.prime.AddLabelResults.md
@@ -27,12 +27,14 @@ Results associated with the add label operation.
### Methods
-| [`AddLabelResults.print_default`](ansys.meshing.prime.AddLabelResults.print_default.md#ansys.meshing.prime.AddLabelResults.print_default)() | Print the default values of `AddLabelResults` object. |
+| Name | Description |
|---------------------------------------------------------------------------------------------------------------------------------------------------|---------------------------------------------------------|
+| [`AddLabelResults.print_default`](ansys.meshing.prime.AddLabelResults.print_default.md#ansys.meshing.prime.AddLabelResults.print_default)() | Print the default values of `AddLabelResults` object. |
| [`AddLabelResults.set_default`](ansys.meshing.prime.AddLabelResults.set_default.md#ansys.meshing.prime.AddLabelResults.set_default)([error_code]) | Set the default values of the `AddLabelResults` object. |
### Attributes
-| [`AddLabelResults.error_code`](ansys.meshing.prime.AddLabelResults.error_code.md#ansys.meshing.prime.AddLabelResults.error_code) | Error code associated with the add label operation. |
+| Name | Description |
|------------------------------------------------------------------------------------------------------------------------------------|-------------------------------------------------------|
-
+| [`AddLabelResults.error_code`](ansys.meshing.prime.AddLabelResults.error_code.md#ansys.meshing.prime.AddLabelResults.error_code) | Error code associated with the add label operation. |
+
\ No newline at end of file
diff --git a/2025R1/primemesh-25-r1/api/_autosummary/ansys.meshing.prime.AddThicknessParams.md b/2025R1/primemesh-25-r1/api/_autosummary/ansys.meshing.prime.AddThicknessParams.md
index e136b14669..528228ac11 100644
--- a/2025R1/primemesh-25-r1/api/_autosummary/ansys.meshing.prime.AddThicknessParams.md
+++ b/2025R1/primemesh-25-r1/api/_autosummary/ansys.meshing.prime.AddThicknessParams.md
@@ -36,15 +36,17 @@ Parameters to add thickness for a given plane.
### Methods
-| [`AddThicknessParams.print_default`](ansys.meshing.prime.AddThicknessParams.print_default.md#ansys.meshing.prime.AddThicknessParams.print_default)() | Print the default values of `AddThicknessParams` object. |
+| Name | Description |
|----------------------------------------------------------------------------------------------------------------------------------------------------------------|------------------------------------------------------------|
+| [`AddThicknessParams.print_default`](ansys.meshing.prime.AddThicknessParams.print_default.md#ansys.meshing.prime.AddThicknessParams.print_default)() | Print the default values of `AddThicknessParams` object. |
| [`AddThicknessParams.set_default`](ansys.meshing.prime.AddThicknessParams.set_default.md#ansys.meshing.prime.AddThicknessParams.set_default)([thickness, ...]) | Set the default values of the `AddThicknessParams` object. |
### Attributes
-| [`AddThicknessParams.fix_intersections`](ansys.meshing.prime.AddThicknessParams.fix_intersections.md#ansys.meshing.prime.AddThicknessParams.fix_intersections) | Fix intersections in concave regions. |
+| Name | Description |
|----------------------------------------------------------------------------------------------------------------------------------------------------------------------|----------------------------------------------------|
+| [`AddThicknessParams.fix_intersections`](ansys.meshing.prime.AddThicknessParams.fix_intersections.md#ansys.meshing.prime.AddThicknessParams.fix_intersections) | Fix intersections in concave regions. |
| [`AddThicknessParams.reverse_face_normal`](ansys.meshing.prime.AddThicknessParams.reverse_face_normal.md#ansys.meshing.prime.AddThicknessParams.reverse_face_normal) | To assign the direction of inflation. |
| [`AddThicknessParams.suggested_part_name`](ansys.meshing.prime.AddThicknessParams.suggested_part_name.md#ansys.meshing.prime.AddThicknessParams.suggested_part_name) | Suggested part name for created patching surfaces. |
| [`AddThicknessParams.thickness`](ansys.meshing.prime.AddThicknessParams.thickness.md#ansys.meshing.prime.AddThicknessParams.thickness) | To assign the offset distance of inflation. |
-
+
\ No newline at end of file
diff --git a/2025R1/primemesh-25-r1/api/_autosummary/ansys.meshing.prime.AddThicknessResults.md b/2025R1/primemesh-25-r1/api/_autosummary/ansys.meshing.prime.AddThicknessResults.md
index 5f7dbe8bbd..6833cd34ec 100644
--- a/2025R1/primemesh-25-r1/api/_autosummary/ansys.meshing.prime.AddThicknessResults.md
+++ b/2025R1/primemesh-25-r1/api/_autosummary/ansys.meshing.prime.AddThicknessResults.md
@@ -30,13 +30,15 @@ Result structure associated with add thickness zonelets.
### Methods
-| [`AddThicknessResults.print_default`](ansys.meshing.prime.AddThicknessResults.print_default.md#ansys.meshing.prime.AddThicknessResults.print_default)() | Print the default values of `AddThicknessResults` object. |
+| Name | Description |
|-----------------------------------------------------------------------------------------------------------------------------------------------------------|-------------------------------------------------------------|
+| [`AddThicknessResults.print_default`](ansys.meshing.prime.AddThicknessResults.print_default.md#ansys.meshing.prime.AddThicknessResults.print_default)() | Print the default values of `AddThicknessResults` object. |
| [`AddThicknessResults.set_default`](ansys.meshing.prime.AddThicknessResults.set_default.md#ansys.meshing.prime.AddThicknessResults.set_default)([...]) | Set the default values of the `AddThicknessResults` object. |
### Attributes
-| [`AddThicknessResults.error_code`](ansys.meshing.prime.AddThicknessResults.error_code.md#ansys.meshing.prime.AddThicknessResults.error_code) | Error code associated with failure of operation. |
+| Name | Description |
|------------------------------------------------------------------------------------------------------------------------------------------------|----------------------------------------------------|
+| [`AddThicknessResults.error_code`](ansys.meshing.prime.AddThicknessResults.error_code.md#ansys.meshing.prime.AddThicknessResults.error_code) | Error code associated with failure of operation. |
| [`AddThicknessResults.part_id`](ansys.meshing.prime.AddThicknessResults.part_id.md#ansys.meshing.prime.AddThicknessResults.part_id) | The created thickness part id. |
-
+
\ No newline at end of file
diff --git a/2025R1/primemesh-25-r1/api/_autosummary/ansys.meshing.prime.AddToZoneResults.md b/2025R1/primemesh-25-r1/api/_autosummary/ansys.meshing.prime.AddToZoneResults.md
index 261e4b90cd..f8ac141b9c 100644
--- a/2025R1/primemesh-25-r1/api/_autosummary/ansys.meshing.prime.AddToZoneResults.md
+++ b/2025R1/primemesh-25-r1/api/_autosummary/ansys.meshing.prime.AddToZoneResults.md
@@ -30,13 +30,15 @@ Results associated with the add to zone operation.
### Methods
-| [`AddToZoneResults.print_default`](ansys.meshing.prime.AddToZoneResults.print_default.md#ansys.meshing.prime.AddToZoneResults.print_default)() | Print the default values of `AddToZoneResults` object. |
+| Name | Description |
|-----------------------------------------------------------------------------------------------------------------------------------------------------------|----------------------------------------------------------|
+| [`AddToZoneResults.print_default`](ansys.meshing.prime.AddToZoneResults.print_default.md#ansys.meshing.prime.AddToZoneResults.print_default)() | Print the default values of `AddToZoneResults` object. |
| [`AddToZoneResults.set_default`](ansys.meshing.prime.AddToZoneResults.set_default.md#ansys.meshing.prime.AddToZoneResults.set_default)([error_code, ...]) | Set the default values of the `AddToZoneResults` object. |
### Attributes
-| [`AddToZoneResults.error_code`](ansys.meshing.prime.AddToZoneResults.error_code.md#ansys.meshing.prime.AddToZoneResults.error_code) | Error code associated with the failure of operation. |
+| Name | Description |
|----------------------------------------------------------------------------------------------------------------------------------------------|----------------------------------------------------------|
+| [`AddToZoneResults.error_code`](ansys.meshing.prime.AddToZoneResults.error_code.md#ansys.meshing.prime.AddToZoneResults.error_code) | Error code associated with the failure of operation. |
| [`AddToZoneResults.warning_codes`](ansys.meshing.prime.AddToZoneResults.warning_codes.md#ansys.meshing.prime.AddToZoneResults.warning_codes) | Warning codes associated with the add to zone operation. |
-
+
\ No newline at end of file
diff --git a/2025R1/primemesh-25-r1/api/_autosummary/ansys.meshing.prime.AdvancedSurferSetup.md b/2025R1/primemesh-25-r1/api/_autosummary/ansys.meshing.prime.AdvancedSurferSetup.md
index 0c5020d622..1ba050d66e 100644
--- a/2025R1/primemesh-25-r1/api/_autosummary/ansys.meshing.prime.AdvancedSurferSetup.md
+++ b/2025R1/primemesh-25-r1/api/_autosummary/ansys.meshing.prime.AdvancedSurferSetup.md
@@ -10,8 +10,9 @@ Define advanced settings for remeshing operation.
### Methods
-| [`AdvancedSurferSetup.conjugate`](ansys.meshing.prime.AdvancedSurferSetup.conjugate.md#ansys.meshing.prime.AdvancedSurferSetup.conjugate) | Returns self, the complex conjugate of any int. |
+| Name | Description |
|-------------------------------------------------------------------------------------------------------------------------------------------------------------------|----------------------------------------------------------------------------|
+| [`AdvancedSurferSetup.conjugate`](ansys.meshing.prime.AdvancedSurferSetup.conjugate.md#ansys.meshing.prime.AdvancedSurferSetup.conjugate) | Returns self, the complex conjugate of any int. |
| [`AdvancedSurferSetup.bit_length`](ansys.meshing.prime.AdvancedSurferSetup.bit_length.md#ansys.meshing.prime.AdvancedSurferSetup.bit_length)(/) | Number of bits necessary to represent self in binary. |
| [`AdvancedSurferSetup.bit_count`](ansys.meshing.prime.AdvancedSurferSetup.bit_count.md#ansys.meshing.prime.AdvancedSurferSetup.bit_count)(/) | Number of ones in the binary representation of the absolute value of self. |
| [`AdvancedSurferSetup.to_bytes`](ansys.meshing.prime.AdvancedSurferSetup.to_bytes.md#ansys.meshing.prime.AdvancedSurferSetup.to_bytes)(/[, length, ...]) | Return an array of bytes representing an integer. |
@@ -21,11 +22,12 @@ Define advanced settings for remeshing operation.
### Attributes
-| [`AdvancedSurferSetup.real`](ansys.meshing.prime.AdvancedSurferSetup.real.md#ansys.meshing.prime.AdvancedSurferSetup.real) | the real part of a complex number |
+| Name | Description |
|-------------------------------------------------------------------------------------------------------------------------------------------------|----------------------------------------------------------|
+| [`AdvancedSurferSetup.real`](ansys.meshing.prime.AdvancedSurferSetup.real.md#ansys.meshing.prime.AdvancedSurferSetup.real) | the real part of a complex number |
| [`AdvancedSurferSetup.imag`](ansys.meshing.prime.AdvancedSurferSetup.imag.md#ansys.meshing.prime.AdvancedSurferSetup.imag) | the imaginary part of a complex number |
| [`AdvancedSurferSetup.numerator`](ansys.meshing.prime.AdvancedSurferSetup.numerator.md#ansys.meshing.prime.AdvancedSurferSetup.numerator) | the numerator of a rational number in lowest terms |
| [`AdvancedSurferSetup.denominator`](ansys.meshing.prime.AdvancedSurferSetup.denominator.md#ansys.meshing.prime.AdvancedSurferSetup.denominator) | the denominator of a rational number in lowest terms |
| [`AdvancedSurferSetup.NONE`](ansys.meshing.prime.AdvancedSurferSetup.NONE.md#ansys.meshing.prime.AdvancedSurferSetup.NONE) | Option to define no advanced settings. |
| [`AdvancedSurferSetup.WRAPPER`](ansys.meshing.prime.AdvancedSurferSetup.WRAPPER.md#ansys.meshing.prime.AdvancedSurferSetup.WRAPPER) | Option to define advanced settings for wrapper surfaces. |
-
+
\ No newline at end of file
diff --git a/2025R1/primemesh-25-r1/api/_autosummary/ansys.meshing.prime.AutoMesh.md b/2025R1/primemesh-25-r1/api/_autosummary/ansys.meshing.prime.AutoMesh.md
index 569c4ba5f7..c4f6783f55 100644
--- a/2025R1/primemesh-25-r1/api/_autosummary/ansys.meshing.prime.AutoMesh.md
+++ b/2025R1/primemesh-25-r1/api/_autosummary/ansys.meshing.prime.AutoMesh.md
@@ -18,21 +18,9 @@ For example, with prisms.
### Methods
-| [`AutoMesh.mesh`](ansys.meshing.prime.AutoMesh.mesh.md#ansys.meshing.prime.AutoMesh.mesh)(part_id, automesh_params) | Performs volume meshing on the part with the given meshing parameters. |
+| Name | Description |
|-----------------------------------------------------------------------------------------------------------------------|--------------------------------------------------------------------------|
+| [`AutoMesh.mesh`](ansys.meshing.prime.AutoMesh.mesh.md#ansys.meshing.prime.AutoMesh.mesh)(part_id, automesh_params) | Performs volume meshing on the part with the given meshing parameters. |
-
-
-## Examples using AutoMesh
-
-
-
Mesh a saddle bracket for a structural analysis
-
-* [Mesh a saddle bracket for a structural analysis](../../examples/gallery_examples/gallery/07_saddle_bracket.md#sphx-glr-examples-gallery-examples-gallery-07-saddle-bracket-py)
-
-
Mesh a generic F1 car rear wing for external aero simulation
-
-* [Mesh a generic F1 car rear wing for external aero simulation](../../examples/gallery_examples/gallery/08_lucid_generic_f1_rear_wing.md#sphx-glr-examples-gallery-examples-gallery-08-lucid-generic-f1-rear-wing-py)
-
-
Mesh a saddle bracket for a structural analysis
-
-* [Mesh a saddle bracket for a structural analysis](../../examples/gallery_examples/gallery/07_saddle_bracket.md#sphx-glr-examples-gallery-examples-gallery-07-saddle-bracket-py)
-
-
Mesh a generic F1 car rear wing for external aero simulation
-
-* [Mesh a generic F1 car rear wing for external aero simulation](../../examples/gallery_examples/gallery/08_lucid_generic_f1_rear_wing.md#sphx-glr-examples-gallery-examples-gallery-08-lucid-generic-f1-rear-wing-py)
-
-
-
Mesh a saddle bracket for a structural analysis
-
-* [Mesh a saddle bracket for a structural analysis](../../examples/gallery_examples/gallery/07_saddle_bracket.md#sphx-glr-examples-gallery-examples-gallery-07-saddle-bracket-py)
-
-
Mesh a generic F1 car rear wing for external aero simulation
-
-* [Mesh a generic F1 car rear wing for external aero simulation](../../examples/gallery_examples/gallery/08_lucid_generic_f1_rear_wing.md#sphx-glr-examples-gallery-examples-gallery-08-lucid-generic-f1-rear-wing-py)
-
-
Mesh a saddle bracket for a structural analysis
-
-* [Mesh a saddle bracket for a structural analysis](../../examples/gallery_examples/gallery/07_saddle_bracket.md#sphx-glr-examples-gallery-examples-gallery-07-saddle-bracket-py)
-
-
-
Wrap a toy car for a flow analysis
-
-* [Wrap a toy car for a flow analysis](../../examples/gallery_examples/gallery/04_lucid_toy_car.md#sphx-glr-examples-gallery-examples-gallery-04-lucid-toy-car-py)
-
-
-
Mesh a set of solder balls (beta)
-
-* [Mesh a set of solder balls (beta)](../../examples/gallery_examples/gallery/11_solder_ball.md#sphx-glr-examples-gallery-examples-gallery-11-solder-ball-py)
-
-
Mesh a set of solder balls (beta)
-
-* [Mesh a set of solder balls (beta)](../../examples/gallery_examples/gallery/11_solder_ball.md#sphx-glr-examples-gallery-examples-gallery-11-solder-ball-py)
-
-
Mesh a set of solder balls (beta)
-
-* [Mesh a set of solder balls (beta)](../../examples/gallery_examples/gallery/11_solder_ball.md#sphx-glr-examples-gallery-examples-gallery-11-solder-ball-py)
-
-
-
Mesh a mixing elbow for a flow analysis
-
-* [Mesh a mixing elbow for a flow analysis](../../examples/gallery_examples/gallery/02_lucid_mixing_elbow.md#sphx-glr-examples-gallery-examples-gallery-02-lucid-mixing-elbow-py)
-
-
Wrap a toy car for a flow analysis
-
-* [Wrap a toy car for a flow analysis](../../examples/gallery_examples/gallery/04_lucid_toy_car.md#sphx-glr-examples-gallery-examples-gallery-04-lucid-toy-car-py)
-
-
Mesh a generic F1 car rear wing for external aero simulation
-
-* [Mesh a generic F1 car rear wing for external aero simulation](../../examples/gallery_examples/gallery/08_lucid_generic_f1_rear_wing.md#sphx-glr-examples-gallery-examples-gallery-08-lucid-generic-f1-rear-wing-py)
-
-
-
Mesh a generic F1 car rear wing for external aero simulation
-
-* [Mesh a generic F1 car rear wing for external aero simulation](../../examples/gallery_examples/gallery/08_lucid_generic_f1_rear_wing.md#sphx-glr-examples-gallery-examples-gallery-08-lucid-generic-f1-rear-wing-py)
-
-
-
Create a contact patch for wrapping between a wheel and ground interface
-
-* [Create a contact patch for wrapping between a wheel and ground interface](../../examples/gallery_examples/gallery/10_wheel_ground_contact_patch.md#sphx-glr-examples-gallery-examples-gallery-10-wheel-ground-contact-patch-py)
-
-
-
Morph a hexahedral mesh of a turbine blade to a new shape
-
-* [Morph a hexahedral mesh of a turbine blade to a new shape](../../examples/gallery_examples/gallery/06_blade_morph.md#sphx-glr-examples-gallery-examples-gallery-06-blade-morph-py)
-
-
Mesh a set of solder balls (beta)
-
-* [Mesh a set of solder balls (beta)](../../examples/gallery_examples/gallery/11_solder_ball.md#sphx-glr-examples-gallery-examples-gallery-11-solder-ball-py)
-
-
Morph a hexahedral mesh of a turbine blade to a new shape
-
-* [Morph a hexahedral mesh of a turbine blade to a new shape](../../examples/gallery_examples/gallery/06_blade_morph.md#sphx-glr-examples-gallery-examples-gallery-06-blade-morph-py)
-
-
Mesh a set of solder balls (beta)
-
-* [Mesh a set of solder balls (beta)](../../examples/gallery_examples/gallery/11_solder_ball.md#sphx-glr-examples-gallery-examples-gallery-11-solder-ball-py)
-
-
-
Convert data when importing and exporting mesh and CAD formats
-
-* [Convert data when importing and exporting mesh and CAD formats](../../examples/gallery_examples/gallery/00_lucid_file_IO.md#sphx-glr-examples-gallery-examples-gallery-00-lucid-file-io-py)
-
-
Mesh a mid-surfaced bracket for a structural analysis
-
-* [Mesh a mid-surfaced bracket for a structural analysis](../../examples/gallery_examples/gallery/01_bracket_scaffold.md#sphx-glr-examples-gallery-examples-gallery-01-bracket-scaffold-py)
-
-
Mesh a mixing elbow for a flow analysis
-
-* [Mesh a mixing elbow for a flow analysis](../../examples/gallery_examples/gallery/02_lucid_mixing_elbow.md#sphx-glr-examples-gallery-examples-gallery-02-lucid-mixing-elbow-py)
-
-
Mesh a generic F1 car rear wing for external aero simulation
-
-* [Mesh a generic F1 car rear wing for external aero simulation](../../examples/gallery_examples/gallery/08_lucid_generic_f1_rear_wing.md#sphx-glr-examples-gallery-examples-gallery-08-lucid-generic-f1-rear-wing-py)
-
-
Mesh a generic PCB geometry with multiple hexa layers
-
-* [Mesh a generic PCB geometry with multiple hexa layers](../../examples/gallery_examples/gallery/09_multi_layer_quad_mesh_pcb.md#sphx-glr-examples-gallery-examples-gallery-09-multi-layer-quad-mesh-pcb-py)
-
-
Create a contact patch for wrapping between a wheel and ground interface
-
-* [Create a contact patch for wrapping between a wheel and ground interface](../../examples/gallery_examples/gallery/10_wheel_ground_contact_patch.md#sphx-glr-examples-gallery-examples-gallery-10-wheel-ground-contact-patch-py)
-
-
-
Mesh a mid-surfaced bracket for a structural analysis
-
-* [Mesh a mid-surfaced bracket for a structural analysis](../../examples/gallery_examples/gallery/01_bracket_scaffold.md#sphx-glr-examples-gallery-examples-gallery-01-bracket-scaffold-py)
-
-
Mesh a mixing elbow for a flow analysis
-
-* [Mesh a mixing elbow for a flow analysis](../../examples/gallery_examples/gallery/02_lucid_mixing_elbow.md#sphx-glr-examples-gallery-examples-gallery-02-lucid-mixing-elbow-py)
-
-
Wrap a toy car for a flow analysis
-
-* [Wrap a toy car for a flow analysis](../../examples/gallery_examples/gallery/04_lucid_toy_car.md#sphx-glr-examples-gallery-examples-gallery-04-lucid-toy-car-py)
-
-
Mesh a saddle bracket for a structural analysis
-
-* [Mesh a saddle bracket for a structural analysis](../../examples/gallery_examples/gallery/07_saddle_bracket.md#sphx-glr-examples-gallery-examples-gallery-07-saddle-bracket-py)
-
-
Mesh a generic F1 car rear wing for external aero simulation
-
-* [Mesh a generic F1 car rear wing for external aero simulation](../../examples/gallery_examples/gallery/08_lucid_generic_f1_rear_wing.md#sphx-glr-examples-gallery-examples-gallery-08-lucid-generic-f1-rear-wing-py)
-
-
-
Mesh a mid-surfaced bracket for a structural analysis
-
-* [Mesh a mid-surfaced bracket for a structural analysis](../../examples/gallery_examples/gallery/01_bracket_scaffold.md#sphx-glr-examples-gallery-examples-gallery-01-bracket-scaffold-py)
-
-
Mesh a set of solder balls (beta)
-
-* [Mesh a set of solder balls (beta)](../../examples/gallery_examples/gallery/11_solder_ball.md#sphx-glr-examples-gallery-examples-gallery-11-solder-ball-py)
-
-
Mesh a set of solder balls (beta)
-
-* [Mesh a set of solder balls (beta)](../../examples/gallery_examples/gallery/11_solder_ball.md#sphx-glr-examples-gallery-examples-gallery-11-solder-ball-py)
-
-
-
Mesh a set of solder balls (beta)
-
-* [Mesh a set of solder balls (beta)](../../examples/gallery_examples/gallery/11_solder_ball.md#sphx-glr-examples-gallery-examples-gallery-11-solder-ball-py)
-
-
-
Mesh a generic F1 car rear wing for external aero simulation
-
-* [Mesh a generic F1 car rear wing for external aero simulation](../../examples/gallery_examples/gallery/08_lucid_generic_f1_rear_wing.md#sphx-glr-examples-gallery-examples-gallery-08-lucid-generic-f1-rear-wing-py)
-
-
-
Mesh a generic F1 car rear wing for external aero simulation
-
-* [Mesh a generic F1 car rear wing for external aero simulation](../../examples/gallery_examples/gallery/08_lucid_generic_f1_rear_wing.md#sphx-glr-examples-gallery-examples-gallery-08-lucid-generic-f1-rear-wing-py)
-
-
Mesh a generic PCB geometry with multiple hexa layers
-
-* [Mesh a generic PCB geometry with multiple hexa layers](../../examples/gallery_examples/gallery/09_multi_layer_quad_mesh_pcb.md#sphx-glr-examples-gallery-examples-gallery-09-multi-layer-quad-mesh-pcb-py)
-
-
Create a contact patch for wrapping between a wheel and ground interface
-
-* [Create a contact patch for wrapping between a wheel and ground interface](../../examples/gallery_examples/gallery/10_wheel_ground_contact_patch.md#sphx-glr-examples-gallery-examples-gallery-10-wheel-ground-contact-patch-py)
-
-
Mesh a set of solder balls (beta)
-
-* [Mesh a set of solder balls (beta)](../../examples/gallery_examples/gallery/11_solder_ball.md#sphx-glr-examples-gallery-examples-gallery-11-solder-ball-py)
-
-
-
Mesh a generic PCB geometry with multiple hexa layers
-
-* [Mesh a generic PCB geometry with multiple hexa layers](../../examples/gallery_examples/gallery/09_multi_layer_quad_mesh_pcb.md#sphx-glr-examples-gallery-examples-gallery-09-multi-layer-quad-mesh-pcb-py)
-
-
Create a contact patch for wrapping between a wheel and ground interface
-
-* [Create a contact patch for wrapping between a wheel and ground interface](../../examples/gallery_examples/gallery/10_wheel_ground_contact_patch.md#sphx-glr-examples-gallery-examples-gallery-10-wheel-ground-contact-patch-py)
-
-
Mesh a set of solder balls (beta)
-
-* [Mesh a set of solder balls (beta)](../../examples/gallery_examples/gallery/11_solder_ball.md#sphx-glr-examples-gallery-examples-gallery-11-solder-ball-py)
-
-
-
Mesh a generic F1 car rear wing for external aero simulation
-
-* [Mesh a generic F1 car rear wing for external aero simulation](../../examples/gallery_examples/gallery/08_lucid_generic_f1_rear_wing.md#sphx-glr-examples-gallery-examples-gallery-08-lucid-generic-f1-rear-wing-py)
-
-
Mesh a generic PCB geometry with multiple hexa layers
-
-* [Mesh a generic PCB geometry with multiple hexa layers](../../examples/gallery_examples/gallery/09_multi_layer_quad_mesh_pcb.md#sphx-glr-examples-gallery-examples-gallery-09-multi-layer-quad-mesh-pcb-py)
-
-
-
Mesh a generic F1 car rear wing for external aero simulation
-
-* [Mesh a generic F1 car rear wing for external aero simulation](../../examples/gallery_examples/gallery/08_lucid_generic_f1_rear_wing.md#sphx-glr-examples-gallery-examples-gallery-08-lucid-generic-f1-rear-wing-py)
-
-
-
Mesh a generic F1 car rear wing for external aero simulation
-
-* [Mesh a generic F1 car rear wing for external aero simulation](../../examples/gallery_examples/gallery/08_lucid_generic_f1_rear_wing.md#sphx-glr-examples-gallery-examples-gallery-08-lucid-generic-f1-rear-wing-py)
-
-
Mesh a generic PCB geometry with multiple hexa layers
-
-* [Mesh a generic PCB geometry with multiple hexa layers](../../examples/gallery_examples/gallery/09_multi_layer_quad_mesh_pcb.md#sphx-glr-examples-gallery-examples-gallery-09-multi-layer-quad-mesh-pcb-py)
-
-
Create a contact patch for wrapping between a wheel and ground interface
-
-* [Create a contact patch for wrapping between a wheel and ground interface](../../examples/gallery_examples/gallery/10_wheel_ground_contact_patch.md#sphx-glr-examples-gallery-examples-gallery-10-wheel-ground-contact-patch-py)
-
-
Mesh a set of solder balls (beta)
-
-* [Mesh a set of solder balls (beta)](../../examples/gallery_examples/gallery/11_solder_ball.md#sphx-glr-examples-gallery-examples-gallery-11-solder-ball-py)
-
-
Mesh a generic PCB geometry with multiple hexa layers
-
-* [Mesh a generic PCB geometry with multiple hexa layers](../../examples/gallery_examples/gallery/09_multi_layer_quad_mesh_pcb.md#sphx-glr-examples-gallery-examples-gallery-09-multi-layer-quad-mesh-pcb-py)
-
-
Create a contact patch for wrapping between a wheel and ground interface
-
-* [Create a contact patch for wrapping between a wheel and ground interface](../../examples/gallery_examples/gallery/10_wheel_ground_contact_patch.md#sphx-glr-examples-gallery-examples-gallery-10-wheel-ground-contact-patch-py)
-
-
Mesh a set of solder balls (beta)
-
-* [Mesh a set of solder balls (beta)](../../examples/gallery_examples/gallery/11_solder_ball.md#sphx-glr-examples-gallery-examples-gallery-11-solder-ball-py)
-
-
Wrap a toy car for a flow analysis
-
-* [Wrap a toy car for a flow analysis](../../examples/gallery_examples/gallery/04_lucid_toy_car.md#sphx-glr-examples-gallery-examples-gallery-04-lucid-toy-car-py)
-
-
Wrap a toy car for a flow analysis
-
-* [Wrap a toy car for a flow analysis](../../examples/gallery_examples/gallery/04_lucid_toy_car.md#sphx-glr-examples-gallery-examples-gallery-04-lucid-toy-car-py)
-
-
Mesh a generic F1 car rear wing for external aero simulation
-
-* [Mesh a generic F1 car rear wing for external aero simulation](../../examples/gallery_examples/gallery/08_lucid_generic_f1_rear_wing.md#sphx-glr-examples-gallery-examples-gallery-08-lucid-generic-f1-rear-wing-py)
-
-
-
Create a contact patch for wrapping between a wheel and ground interface
-
-* [Create a contact patch for wrapping between a wheel and ground interface](../../examples/gallery_examples/gallery/10_wheel_ground_contact_patch.md#sphx-glr-examples-gallery-examples-gallery-10-wheel-ground-contact-patch-py)
-
-
Mesh a set of solder balls (beta)
-
-* [Mesh a set of solder balls (beta)](../../examples/gallery_examples/gallery/11_solder_ball.md#sphx-glr-examples-gallery-examples-gallery-11-solder-ball-py)
-
-
Mesh a mid-surfaced bracket for a structural analysis
-
-* [Mesh a mid-surfaced bracket for a structural analysis](../../examples/gallery_examples/gallery/01_bracket_scaffold.md#sphx-glr-examples-gallery-examples-gallery-01-bracket-scaffold-py)
-
-
Mesh a mid-surfaced bracket for a structural analysis
-
-* [Mesh a mid-surfaced bracket for a structural analysis](../../examples/gallery_examples/gallery/01_bracket_scaffold.md#sphx-glr-examples-gallery-examples-gallery-01-bracket-scaffold-py)
-
-
Mesh a mid-surfaced bracket for a structural analysis
-
-* [Mesh a mid-surfaced bracket for a structural analysis](../../examples/gallery_examples/gallery/01_bracket_scaffold.md#sphx-glr-examples-gallery-examples-gallery-01-bracket-scaffold-py)
-
-
-
Mesh a saddle bracket for a structural analysis
-
-* [Mesh a saddle bracket for a structural analysis](../../examples/gallery_examples/gallery/07_saddle_bracket.md#sphx-glr-examples-gallery-examples-gallery-07-saddle-bracket-py)
-
-
-
Mesh a saddle bracket for a structural analysis
-
-* [Mesh a saddle bracket for a structural analysis](../../examples/gallery_examples/gallery/07_saddle_bracket.md#sphx-glr-examples-gallery-examples-gallery-07-saddle-bracket-py)
-
-
-
Mesh a saddle bracket for a structural analysis
-
-* [Mesh a saddle bracket for a structural analysis](../../examples/gallery_examples/gallery/07_saddle_bracket.md#sphx-glr-examples-gallery-examples-gallery-07-saddle-bracket-py)
-
-
-
Mesh a saddle bracket for a structural analysis
-
-* [Mesh a saddle bracket for a structural analysis](../../examples/gallery_examples/gallery/07_saddle_bracket.md#sphx-glr-examples-gallery-examples-gallery-07-saddle-bracket-py)
-
-
Mesh a saddle bracket for a structural analysis
-
-* [Mesh a saddle bracket for a structural analysis](../../examples/gallery_examples/gallery/07_saddle_bracket.md#sphx-glr-examples-gallery-examples-gallery-07-saddle-bracket-py)
-
-
Mesh a generic F1 car rear wing for external aero simulation
-
-* [Mesh a generic F1 car rear wing for external aero simulation](../../examples/gallery_examples/gallery/08_lucid_generic_f1_rear_wing.md#sphx-glr-examples-gallery-examples-gallery-08-lucid-generic-f1-rear-wing-py)
-
-
Mesh a generic F1 car rear wing for external aero simulation
-
-* [Mesh a generic F1 car rear wing for external aero simulation](../../examples/gallery_examples/gallery/08_lucid_generic_f1_rear_wing.md#sphx-glr-examples-gallery-examples-gallery-08-lucid-generic-f1-rear-wing-py)
-
-
Mesh a generic F1 car rear wing for external aero simulation
-
-* [Mesh a generic F1 car rear wing for external aero simulation](../../examples/gallery_examples/gallery/08_lucid_generic_f1_rear_wing.md#sphx-glr-examples-gallery-examples-gallery-08-lucid-generic-f1-rear-wing-py)
-
-
-
Mesh a generic F1 car rear wing for external aero simulation
-
-* [Mesh a generic F1 car rear wing for external aero simulation](../../examples/gallery_examples/gallery/08_lucid_generic_f1_rear_wing.md#sphx-glr-examples-gallery-examples-gallery-08-lucid-generic-f1-rear-wing-py)
-
-
-
Mesh a mixing elbow for a flow analysis
-
-* [Mesh a mixing elbow for a flow analysis](../../examples/gallery_examples/gallery/02_lucid_mixing_elbow.md#sphx-glr-examples-gallery-examples-gallery-02-lucid-mixing-elbow-py)
-
-
Mesh a pipe T-section for structural thermal and fluid flow analysis
-
-* [Mesh a pipe T-section for structural thermal and fluid flow analysis](../../examples/gallery_examples/gallery/03_lucid_pipe_tee.md#sphx-glr-examples-gallery-examples-gallery-03-lucid-pipe-tee-py)
-
-
Mesh a saddle bracket for a structural analysis
-
-* [Mesh a saddle bracket for a structural analysis](../../examples/gallery_examples/gallery/07_saddle_bracket.md#sphx-glr-examples-gallery-examples-gallery-07-saddle-bracket-py)
-
-
Mesh a generic F1 car rear wing for external aero simulation
-
-* [Mesh a generic F1 car rear wing for external aero simulation](../../examples/gallery_examples/gallery/08_lucid_generic_f1_rear_wing.md#sphx-glr-examples-gallery-examples-gallery-08-lucid-generic-f1-rear-wing-py)
-
-
Create a contact patch for wrapping between a wheel and ground interface
-
-* [Create a contact patch for wrapping between a wheel and ground interface](../../examples/gallery_examples/gallery/10_wheel_ground_contact_patch.md#sphx-glr-examples-gallery-examples-gallery-10-wheel-ground-contact-patch-py)
-
-
-* [Add a new example](../../examples/gallery_examples/misc/example_template.md#sphx-glr-examples-gallery-examples-misc-example-template-py)
-
-
Wrap a toy car for a flow analysis
-
-* [Wrap a toy car for a flow analysis](../../examples/gallery_examples/gallery/04_lucid_toy_car.md#sphx-glr-examples-gallery-examples-gallery-04-lucid-toy-car-py)
-
-
Wrap a toy car for a flow analysis
-
-* [Wrap a toy car for a flow analysis](../../examples/gallery_examples/gallery/04_lucid_toy_car.md#sphx-glr-examples-gallery-examples-gallery-04-lucid-toy-car-py)
-
-
-
Wrap a toy car for a flow analysis
-
-* [Wrap a toy car for a flow analysis](../../examples/gallery_examples/gallery/04_lucid_toy_car.md#sphx-glr-examples-gallery-examples-gallery-04-lucid-toy-car-py)
-
-
Mesh a generic F1 car rear wing for external aero simulation
-
-* [Mesh a generic F1 car rear wing for external aero simulation](../../examples/gallery_examples/gallery/08_lucid_generic_f1_rear_wing.md#sphx-glr-examples-gallery-examples-gallery-08-lucid-generic-f1-rear-wing-py)
-
-
-
Wrap a toy car for a flow analysis
-
-* [Wrap a toy car for a flow analysis](../../examples/gallery_examples/gallery/04_lucid_toy_car.md#sphx-glr-examples-gallery-examples-gallery-04-lucid-toy-car-py)
-
-
Mesh a mixing elbow for a flow analysis
-
-* [Mesh a mixing elbow for a flow analysis](../../examples/gallery_examples/gallery/02_lucid_mixing_elbow.md#sphx-glr-examples-gallery-examples-gallery-02-lucid-mixing-elbow-py)
-
-
Wrap a toy car for a flow analysis
-
-* [Wrap a toy car for a flow analysis](../../examples/gallery_examples/gallery/04_lucid_toy_car.md#sphx-glr-examples-gallery-examples-gallery-04-lucid-toy-car-py)
-
Mesh a generic F1 car rear wing for external aero simulation
-
-* [Mesh a generic F1 car rear wing for external aero simulation](../../examples/gallery_examples/gallery/08_lucid_generic_f1_rear_wing.md#sphx-glr-examples-gallery-examples-gallery-08-lucid-generic-f1-rear-wing-py)
-
-
Mesh a mixing elbow for a flow analysis
-
-* [Mesh a mixing elbow for a flow analysis](../../examples/gallery_examples/gallery/02_lucid_mixing_elbow.md#sphx-glr-examples-gallery-examples-gallery-02-lucid-mixing-elbow-py)
-
-
Wrap a toy car for a flow analysis
-
-* [Wrap a toy car for a flow analysis](../../examples/gallery_examples/gallery/04_lucid_toy_car.md#sphx-glr-examples-gallery-examples-gallery-04-lucid-toy-car-py)
-
-
Mesh a generic F1 car rear wing for external aero simulation
-
-* [Mesh a generic F1 car rear wing for external aero simulation](../../examples/gallery_examples/gallery/08_lucid_generic_f1_rear_wing.md#sphx-glr-examples-gallery-examples-gallery-08-lucid-generic-f1-rear-wing-py)
-
-
-
Mesh a mixing elbow for a flow analysis
-
-* [Mesh a mixing elbow for a flow analysis](../../examples/gallery_examples/gallery/02_lucid_mixing_elbow.md#sphx-glr-examples-gallery-examples-gallery-02-lucid-mixing-elbow-py)
-
-
Wrap a toy car for a flow analysis
-
-* [Wrap a toy car for a flow analysis](../../examples/gallery_examples/gallery/04_lucid_toy_car.md#sphx-glr-examples-gallery-examples-gallery-04-lucid-toy-car-py)
-
-
Mesh a generic F1 car rear wing for external aero simulation
-
-* [Mesh a generic F1 car rear wing for external aero simulation](../../examples/gallery_examples/gallery/08_lucid_generic_f1_rear_wing.md#sphx-glr-examples-gallery-examples-gallery-08-lucid-generic-f1-rear-wing-py)
-
-
-
Mesh a mixing elbow for a flow analysis
-
-* [Mesh a mixing elbow for a flow analysis](../../examples/gallery_examples/gallery/02_lucid_mixing_elbow.md#sphx-glr-examples-gallery-examples-gallery-02-lucid-mixing-elbow-py)
-
-
Wrap a toy car for a flow analysis
-
-* [Wrap a toy car for a flow analysis](../../examples/gallery_examples/gallery/04_lucid_toy_car.md#sphx-glr-examples-gallery-examples-gallery-04-lucid-toy-car-py)
-
-
Mesh a generic F1 car rear wing for external aero simulation
-
-* [Mesh a generic F1 car rear wing for external aero simulation](../../examples/gallery_examples/gallery/08_lucid_generic_f1_rear_wing.md#sphx-glr-examples-gallery-examples-gallery-08-lucid-generic-f1-rear-wing-py)
-
-
-
Mesh a PCB for structural thermal analysis
-
-* [Mesh a PCB for structural thermal analysis](../../examples/gallery_examples/gallery/05_pcb_stacker.md#sphx-glr-examples-gallery-examples-gallery-05-pcb-stacker-py)
-
-
Mesh a generic PCB geometry with multiple hexa layers
-
-* [Mesh a generic PCB geometry with multiple hexa layers](../../examples/gallery_examples/gallery/09_multi_layer_quad_mesh_pcb.md#sphx-glr-examples-gallery-examples-gallery-09-multi-layer-quad-mesh-pcb-py)
-
-
Mesh a set of solder balls (beta)
-
-* [Mesh a set of solder balls (beta)](../../examples/gallery_examples/gallery/11_solder_ball.md#sphx-glr-examples-gallery-examples-gallery-11-solder-ball-py)
-
-
Mesh a PCB for structural thermal analysis
-
-* [Mesh a PCB for structural thermal analysis](../../examples/gallery_examples/gallery/05_pcb_stacker.md#sphx-glr-examples-gallery-examples-gallery-05-pcb-stacker-py)
-
-
Mesh a generic PCB geometry with multiple hexa layers
-
-* [Mesh a generic PCB geometry with multiple hexa layers](../../examples/gallery_examples/gallery/09_multi_layer_quad_mesh_pcb.md#sphx-glr-examples-gallery-examples-gallery-09-multi-layer-quad-mesh-pcb-py)
-
-
Mesh a set of solder balls (beta)
-
-* [Mesh a set of solder balls (beta)](../../examples/gallery_examples/gallery/11_solder_ball.md#sphx-glr-examples-gallery-examples-gallery-11-solder-ball-py)
-
-
Mesh a PCB for structural thermal analysis
-
-* [Mesh a PCB for structural thermal analysis](../../examples/gallery_examples/gallery/05_pcb_stacker.md#sphx-glr-examples-gallery-examples-gallery-05-pcb-stacker-py)
-
-
Mesh a generic PCB geometry with multiple hexa layers
-
-* [Mesh a generic PCB geometry with multiple hexa layers](../../examples/gallery_examples/gallery/09_multi_layer_quad_mesh_pcb.md#sphx-glr-examples-gallery-examples-gallery-09-multi-layer-quad-mesh-pcb-py)
-
-
Mesh a set of solder balls (beta)
-
-* [Mesh a set of solder balls (beta)](../../examples/gallery_examples/gallery/11_solder_ball.md#sphx-glr-examples-gallery-examples-gallery-11-solder-ball-py)
-
-
-
Mesh a generic F1 car rear wing for external aero simulation
-
-* [Mesh a generic F1 car rear wing for external aero simulation](../../examples/gallery_examples/gallery/08_lucid_generic_f1_rear_wing.md#sphx-glr-examples-gallery-examples-gallery-08-lucid-generic-f1-rear-wing-py)
-
-
Mesh a pipe T-section for structural thermal and fluid flow analysis
-
-* [Mesh a pipe T-section for structural thermal and fluid flow analysis](../../examples/gallery_examples/gallery/03_lucid_pipe_tee.md#sphx-glr-examples-gallery-examples-gallery-03-lucid-pipe-tee-py)
-
-
Wrap a toy car for a flow analysis
-
-* [Wrap a toy car for a flow analysis](../../examples/gallery_examples/gallery/04_lucid_toy_car.md#sphx-glr-examples-gallery-examples-gallery-04-lucid-toy-car-py)
-
-
Create a contact patch for wrapping between a wheel and ground interface
-
-* [Create a contact patch for wrapping between a wheel and ground interface](../../examples/gallery_examples/gallery/10_wheel_ground_contact_patch.md#sphx-glr-examples-gallery-examples-gallery-10-wheel-ground-contact-patch-py)
-
0.3.x
0.4.x
0.5.x
0.6.x
0.7.x | 23.1.0 (2023 R1)
23.1.1 (2023 R1 SP1)
23.2.0 (2023 R2)
24.1.0 (2024 R1)
24.2.0 (2024 R2)
25.1.0 (2025 R1) | 3.7 to 3.11
3.7 to 3.11
3.8 to 3.11
3.8 to 3.11
3.8 to 3.11
3.10 to 3.12 |
+Install the latest Prime Mesh Python client library from [Ansys Customer Site](https://support.ansys.com/Home/HomePage).
-
+## Run a Python script in batch
-## Installation
+To run a PyPrimeMesh Python script directly on the server from a Linux or Windows console:
+
+Here is a Windows code example to run a Python script directly from the command line:
+
+```shell-session
+"%AWP_ROOT%\meshing\Prime\runPrime.bat" my_script.py
+```
-The `ansys-meshing-prime` package currently supports Python 3.10
-to Python 3.12 on the Windows and Linux operating systems.
+## Run a Python script in batch on HPC job scheduler
-You can install PyPrimeMesh with all dependencies directly from [PyPI](https://pypi.org/) with this command:
+To run the PyPrimeMesh Python script with SLURM HPC job scheduler while launching the Ansys Prime Server,
+use the following argument:
+
+```shell-session
+import ansys.meshing.prime as prime
+client = prime.launch_prime(scheduler='slurm', n_procs = 4)
+model = client.model
-```default
-pip install ansys-meshing-prime[all]
```
-Alternatively, you can clone this repository and install the client using these commands:
+You can run the PyPrimeMesh Python script with SLURM from the command line as follows:
-```default
-git clone https://github.com/ansys/pyprimemesh
-cd pyprimemesh
-pip install -e .[all]
+```shell-session
+"%AWP_ROOT%\meshing\Prime\runPrime.bat" my_slurm_script.py
```
-The preceding commands install all features that are important to development.
-To install a basic version of the client, use this command instead:
-```default
-pip install -e .
-```
+## Accessing Prime Mesh Python client library through Visual Studio Code (VS Code)
-
+You can access Prime Mesh Python client through VS code and work on it as follows:
+
-## Dependencies
+1. Install 2024R1 Service Pack 1 package or later.
-You must have Ansys 2023 R1 or later installed to have access to Ansys Prime
-Server. Optionally, CAD readers can be configured.
+2. Close all instances of VS Code.
-Ansys Prime Server requires one of the following licenses to run. The system
-checks out the first available license from the list in the following order:
+3. Create a new folder in your machine for your work.
-1. CFD PrepPost
-2. CFD PrepPost Pro
-3. Mechanical Enterprise PrepPost
-4. Mechanical Enterprise
-5. Mechanical Pro
-6. Mechanical Premium
-7. Ansys LS-DYNA
+4. Open VS Code.
-
+5. Click File > Open Folder and select the newly created folder from the location.
-## Launch PyPrimeMesh
+6. Install Microsoft Python Extension in VS Code if you have not installed it.
-To launch PyPrimeMesh, use this code:
+7. In the VS Code, click the Search bar and select Show and Run Commands > Python: Select
+ Interpreter.
-```python
-import ansys.meshing.prime as prime
+8. In Windows OS, click Enter Interpreter Path and click Find to select runPrime.bat as
+ interpreter from the latest package installed location.
-with prime.launch_prime() as prime_client:
- model = prime_client.model
+ 
+
+ Example: C:\Program Files\ANSYS Inc\v242\meshing\Prime\runPrime.bat
+
+ In Linux OS, press Ctrl + Shift + P to view the search bar and type Python: Select
+ Interpreter and select it.
+
+ Example:/ANSYS_Inc/v242/meshing/Prime/runPrime.sh
+
+9. In VS Code, create a new folder with name .vscode.
+
+10. Create a settings.json file with the following content:
+
+ In Windows OS,
+
+ ```python
+ {
+ "python.autoComplete.extraPaths": [
+ "C:\\Program Files\\ANSYS Inc\\v251\\meshing\\site"
+ ],
+ "python.analysis.extraPaths": [
+ "C:\\Program Files\\ANSYS Inc\\v251\\meshing\\site"
+ ],
+ }
+ ```
+
+ In Linux OS,
+
+ ```python
+ {
+ "python.autoComplete.extraPaths": [
+ "\ansys_inc\v251\meshing\site"
+ ],
+ "python.analysis.extraPaths": [
+ "\ansys_inc\v251\meshing\site"
+ ],
+ }
+ ```
+
+ **Note:** Environment variables do not work in the above file. Hence, provide full paths.
+
+11. Run a simple test file to ensure that the installed build works.
+
+```python
+ import ansys.meshing.prime as prime
+ with prime.launch_prime() as client:
+ model = client.model
+ print (prime.__version__)
```
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