Update to new codebase

CONTRIBUTING.md

@@ -27,12 +27,9 @@ I would like to introduce some rules on contributing to this module.
 
 #### Naming conventions in the Python module
 
-* Python objects are defined as `ACIS_{ModuleName}_{ACISName}` and located in the header files
-* Type functions are defined as `ACIS_{ModuleName}_{function_name}_{ACISName}`, e.g. _ACIS_GeometricAtoms_init_SPAposition_
-* Methods for types are defined as `ACIS_{ModuleName}_method_{ACISName}_{MethodName}`, e.g. _ACIS_Lists_method_ENTITY_LIST_add_ which corresponds to _ENTITY_LIST::add()_ on the C++ side
-* Module variables are defined as `ACIS_{ModuleName}_{function_name}`, e.g. _ACIS_Topology_module_
-* Module init functions are defined as `PyInit_{ModuleName}`
-* ACIS API calls are defined as `ACIS_{API Call}`, e.g. _ACIS_api_start_modeller_ which corresponds to _api_start_modeller()_ on the C++ side
+* Type functions: `a3dp_{ACISName}_{function_name}`, e.g. _a3dp_SPAposition_init_ which corresponds to Python's _tp_init_ function.
+* Methods for types: `a3dp_{ACISName}__{MethodName}`, e.g. _a3dp_ENTITY_LIST__add_ which corresponds to _ENTITY_LIST::add()_ on the C++ side
+* ACIS API calls: `a3dp_{API-Call}`, e.g. _a3dp_api_start_modeller_ which corresponds to _api_start_modeller()_ on the C++ side
 
 ### Contribution in general
 

FUNCTION_REFERENCE.md

@@ -2,10 +2,9 @@
 
 **Note:** Some class methods might be missing. Please see [CONTRIBUTING](CONTRIBUTING.md) file for details.
 
-## Modeler
-
-### Functions
+## API Calls
 
+* spa_unlock_products
 * api_start_modeller (api_start_modeler)
 * api_stop_modeller (api_stop_modeler)
 * is_modeler_started
@@ -22,42 +21,6 @@
 * api_apply_transf
 * api_remove_transf
 * api_sheet_from_ff
-
-## Entity
-
-### Classes
-
-* ENTITY
-* BODY
-* LUMP
-* SHELL
-* SUBSHELL
-* FACE
-* EDGE
-* COEDGE
-* VERTEX
-* WIRE
-* SURFACE
-* CONE
-* PLANE
-* SPHERE
-* SPLINE
-* TORUS
-
-## Geometric Atoms
-
-### Classes
-
-* SPAposition
-* SPAtransf
-* SPAmatrix
-* SPAvector
-* SPAunit_vector
-* SPApar_pos
-* SPApar_vec
-
-### Functions
-
 * coordinate_transf
 * make_transf
 * reflect_transf
@@ -78,63 +41,53 @@
 * get_resnor
 * distance_to_point
 * distance_to_point_squared
-
-## Lists
-
-### Classes
-
-* ENTITY_LIST
-
-## Query
-
-### Functions
-
 * get_owner_transf
 * api_get_faces
 * api_get_edges
-
-## Save & Restore
-
-### Classes
-
-* FileInfo
-
-### Functions
-
 * api_save_entity_list
 * api_set_file_info
 * api_get_file_info
 * api_save_version
-
-## Sweeping
-
-### Classes / Enums
-
-* sweep_bool_type
-* sweep_options
-* make_sweep_path_options
-
-### Functions
-
+* api_unite
+* api_intersect
+* api_subtract
+* api_imprint
+* api_boolean_chop_body
 * api_make_sweep_path
 * api_sweep_with_options
 
-## Licensing
-
-### Functions
 
-* spa_unlock_products
+## Classes
 
-## Booleans
+* ENTITY
+* BODY
+* LUMP
+* SHELL
+* SUBSHELL
+* FACE
+* EDGE
+* COEDGE
+* VERTEX
+* WIRE
+* SURFACE
+* CONE
+* PLANE
+* SPHERE
+* SPLINE
+* TORUS
+* ENTITY_LIST
+* SPAposition
+* SPAtransf
+* SPAmatrix
+* SPAvector
+* SPAunit_vector
+* SPApar_pos
+* SPApar_vec
+* FileInfo
+* sweep_options
+* make_sweep_path_options
 
-### Enums
+## Enums
 
+* sweep_bool_type
 * NDBOOL_KEEP
-
-### Functions
-
-* api_unite
-* api_intersect
-* api_subtract
-* api_imprint
-* api_boolean_chop_body

examples/01_generate_solid_block.py

@@ -8,19 +8,19 @@
 """
 
 from ACIS import utilities as utils
-from ACIS import Modeler, Licensing, SaveRestore, Entity, Lists, GeometricAtoms
+from ACIS import Modeler
 
 # Start ACIS Modeler
 Modeler.api_start_modeller(0)
 
 # Unlock ACIS Modeler components
 unlock_key = utils.read_spa_license_key("license.txt")
-Licensing.spa_unlock_products(unlock_key)
+Modeler.spa_unlock_products(unlock_key)
 
 # Generate a simple solid block
-pt1 = GeometricAtoms.SPAposition(0.0, 0.0, 0.0)
-pt2 = GeometricAtoms.SPAposition(50.0, 50.0, 25.0)
-block = Entity.BODY()
+pt1 = Modeler.SPAposition(0.0, 0.0, 0.0)
+pt2 = Modeler.SPAposition(50.0, 50.0, 25.0)
+block = Modeler.BODY()
 
 Modeler.api_solid_block(pt1, pt2, block)
 
@@ -29,24 +29,24 @@
 block.id = 1
 
 # Prepare for saving
-save_list = Lists.ENTITY_LIST()
+save_list = Modeler.ENTITY_LIST()
 save_list.add(block)
 
 # Set file name
 filename = "ACIS_Ex01.SAT"
 
 # ACIS requires FileInfo object to be set before saving SAT files
-file_info = SaveRestore.FileInfo()
+file_info = Modeler.FileInfo()
 file_info.set_product_id(filename)
 file_info.set_units(1.0)  # milimeters
 
-SaveRestore.api_set_file_info(file_info, product_id=True, units=True)
+Modeler.api_set_file_info(file_info, product_id=True, units=True)
 
 ## Enable sequence numbers (i.e., pointers) in the SAT file for debugging (optional step)
 #Modeler.api_set_int_option("sequence_save_files", 1)
 
 # Save the model as a SAT file
-SaveRestore.api_save_entity_list(filename, True, save_list)
+Modeler.api_save_entity_list(filename, True, save_list)
 
 # Stop ACIS Modeler
 Modeler.api_stop_modeller()

examples/02_boolean_subtract.py

@@ -10,31 +10,31 @@
 # This example is taken from the book "Rapid Prototyping and Engineering Applications" by Frank W. Liou (Example 5.1)
 
 from ACIS import utilities as utils
-from ACIS import Modeler, Licensing, SaveRestore, Entity, Lists, GeometricAtoms, Booleans
+from ACIS import Modeler
 
 # Start ACIS Modeler
 Modeler.api_start_modeller(0)
 
 # Unlock ACIS Modeler components
 unlock_key = utils.read_spa_license_key("license.txt")
-Licensing.spa_unlock_products(unlock_key)
+Modeler.spa_unlock_products(unlock_key)
 
 # Make a cuboid
-block = Entity.BODY()
+block = Modeler.BODY()
 Modeler.api_make_cuboid(150, 75, 25, block)
 
 # Generate and apply transformation to the cuboid
-block_vector = GeometricAtoms.SPAvector(0.0, 0.0, 12.7)
-block_transf = GeometricAtoms.translate_transf(block_vector)
+block_vector = Modeler.SPAvector(0.0, 0.0, 12.7)
+block_transf = Modeler.translate_transf(block_vector)
 Modeler.api_apply_transf(block, block_transf)
 
 # Make a frustum
-cylinder = Entity.BODY()
+cylinder = Modeler.BODY()
 Modeler.api_make_frustum(19.05, 12.7, 12.7, 12.7, cylinder)
 
 # Generate and apply transformation to the frustum
-cylinder_vector = GeometricAtoms.SPAvector(0.0, 0.0, 6.35)
-cylinder_transf = GeometricAtoms.translate_transf(cylinder_vector)
+cylinder_vector = Modeler.SPAvector(0.0, 0.0, 6.35)
+cylinder_transf = Modeler.translate_transf(cylinder_vector)
 Modeler.api_apply_transf(cylinder, cylinder_transf)
 
 # Subtract frustum from cuboid
@@ -45,24 +45,24 @@
 block.id = 1
 
 # Prepare for saving
-save_list = Lists.ENTITY_LIST()
+save_list = Modeler.ENTITY_LIST()
 save_list.add(block)
 
 # Set file name
 filename = "ACIS_Ex02.SAT"
 
 # ACIS requires FileInfo object to be set before saving SAT files
-file_info = SaveRestore.FileInfo()
+file_info = Modeler.FileInfo()
 file_info.set_product_id(filename)
 file_info.set_units(1.0)  # milimeters
 
-SaveRestore.api_set_file_info(file_info, product_id=True, units=True)
+Modeler.api_set_file_info(file_info, product_id=True, units=True)
 
 ## Enable sequence numbers (i.e., pointers) in the SAT file for debugging (optional step)
 #Modeler.api_set_int_option("sequence_save_files", 1)
 
 # Save the model as a SAT file
-SaveRestore.api_save_entity_list(filename, True, save_list)
+Modeler.api_save_entity_list(filename, True, save_list)
 
 # Stop ACIS Modeler
 Modeler.api_stop_modeller()

examples/03_sweeping.py

@@ -8,62 +8,62 @@
 """
 
 from ACIS import utilities as utils
-from ACIS import Modeler, Licensing, SaveRestore, Entity, Lists, GeometricAtoms, Sweeping, Query
+from ACIS import Modeler
 
 # Start ACIS Modeler
 Modeler.api_start_modeller(0)
 
 # Unlock ACIS Modeler components
 unlock_key = utils.read_spa_license_key("license.txt")
-Licensing.spa_unlock_products(unlock_key)
+Modeler.spa_unlock_products(unlock_key)
 
 # Make a cuboid
-block = Entity.BODY()
+block = Modeler.BODY()
 Modeler.api_make_cuboid(150, 75, 25, block)
 
 # Get faces of the cuboid
-face_list = Lists.ENTITY_LIST()
-Query.api_get_faces(block, face_list)
+face_list = Modeler.ENTITY_LIST()
+Modeler.api_get_faces(block, face_list)
 
 # Choose any face from the cuboid's face list
 block_face = face_list.first()
 
 # Convert the chosen face into a sheet body
-sheet_body = Entity.BODY()
+sheet_body = Modeler.BODY()
 Modeler.api_sheet_from_ff([block_face], sheet_body)
 
 # Make a sweep path
-pt1 = GeometricAtoms.SPAposition(0.0, 0.0, 0.0)
-pt2 = GeometricAtoms.SPAposition(10.0, 55.0, 23.0)
-sweep_path = Entity.EDGE()
-Sweeping.api_make_sweep_path([pt1, pt2], sweep_path)
+pt1 = Modeler.SPAposition(0.0, 0.0, 0.0)
+pt2 = Modeler.SPAposition(10.0, 55.0, 23.0)
+sweep_path = Modeler.EDGE()
+Modeler.api_make_sweep_path([pt1, pt2], sweep_path)
 
 # Sweep the chosen face using the sweep path
-opts = Sweeping.sweep_options()
-swept_body = Entity.BODY()
-Sweeping.api_sweep_with_options(sheet_body, sweep_path, opts, swept_body)
+opts = Modeler.sweep_options()
+swept_body = Modeler.BODY()
+Modeler.api_sweep_with_options(sheet_body, sweep_path, opts, swept_body)
 
 # Assign attributes after generation
 sheet_body.name = "Swept FACE"
 sheet_body.id = 1
 
 # Prepare for saving
-save_list = Lists.ENTITY_LIST()
+save_list = Modeler.ENTITY_LIST()
 # api_sweep_with_options will modify sheet_body object as defined in its documentation
 save_list.add(sheet_body)
 
 # Set file name
 filename = "ACIS_Ex03.SAT"
 
 # ACIS requires FileInfo object to be set before saving SAT files
-file_info = SaveRestore.FileInfo()
+file_info = Modeler.FileInfo()
 file_info.set_product_id(filename)
 file_info.set_units(1.0)  # milimeters
 
-SaveRestore.api_set_file_info(file_info, product_id=True, units=True)
+Modeler.api_set_file_info(file_info, product_id=True, units=True)
 
 # Save the model as a SAT file
-SaveRestore.api_save_entity_list(filename, True, save_list)
+Modeler.api_save_entity_list(filename, True, save_list)
 
 # Stop ACIS Modeler
 Modeler.api_stop_modeller()