| add_names_to_set | create a structure element containing additions to the current name set | [ ADD NAMES TO SET ] |
| annotation_text_relative | create structure element specifying 2D annotation text primitive | [ ANNOTATION TEXT RELATIVE ] |
| annotation_text_relative_3 | create structure element specifying 3D annotation text primitive | [ ANNOTATION TEXT RELATIVE 3 ] |
| application_data | create a structure element containing application data | [ APPLICATION DATA ] |
| archive_all_structures | archive all structures into an archive file | [ ARCHIVE ALL STRUCTURES ] |
| archive_structure_networks | archive specified structure networks into an archive file | [ ARCHIVE STRUCTURE NETWORKS ] |
| archive_structures | archive specified structures into an archive file | [ ARCHIVE STRUCTURES ] |
| await_event | move event from input queue to current event report | [ AWAIT EVENT ] |
| build_transformation_matrix | generate a 2D transformation matrix to perform a transformation specified by a shift vector, rotation angle, and scale factors relative to a specified fixed point. | [ BUILD TRANSFORMATION MATRIX ] |
| build_transformation_matrix_3 | generate a 3D transformation matrix to perform a transformation specified by a shift vector, rotation angles, and scale factors relative to a specified fixed point | [ BUILD TRANSFORMATION MATRIX 3 ] |
| cell_array | create structure element specifying 2D cell array | [ CELL ARRAY ] |
| cell_array_3 | create structure element specifying 3D cell array | [ CELL ARRAY 3 ] |
| change_structure_identifier | change the identifier assigned to a structure | [ CHANGE STRUCTURE IDENTIFIER ] |
| change_structure_identifier_and_references | change the identifier assigned to a structure and all references to it | [ CHANGE STRUCTURE IDENTIFIER AND REFERENCES ] |
| change_structure_references | change all references to a specified structure to instead refer to another specified structure | [ CHANGE STRUCTURE REFERENCES ] |
| close_archive_file | close named archive file | [ CLOSE ARCHIVE FILE ] |
| close_phigs | close PHIGS environment | [ CLOSE PHIGS ] |
| close_structure | close the currently open structure | [ CLOSE STRUCTURE ] |
| close_workstation | close specified workstation | [ CLOSE WORKSTATION ] |
| compose_matrix | generate the composition of two homogeneous 2D matrices | [ COMPOSE MATRIX ] |
| compose_matrix_3 | generate the composition of two homogeneous 3D matrices | [ COMPOSE MATRIX 3 ] |
| compose_transformation_matrix | compose a 2D transformation matrix, which is the composition of a specified matrix and a transformation matrix defined by a fixed point, shift vector, rotation angle, and scale factors | [ COMPOSE TRANSFORMATION MATRIX ] |
| compose_transformation_matrix_3 | compose a 3D transformation matrix, which is the composition of a specified matrix and a transformation matrix defined by a fixed point, shift vector, rotation angle, and scale factors | [ COMPOSE TRANSFORMATION MATRIX 3 ] |
| copy_all_elements_from_structure | copy elements of specified structure into open structure | [ COPY ALL ELEMENTS FROM STRUCTURE ] |
| delete_all_structures | remove all existing structures from the Central Structure Store | [ DELETE ALL STRUCTURES ] |
| delete_all_structures_from_archive | delete all structures from an archive file | [ DELETE ALL STRUCTURES FROM ARCHIVE ] |
| delete_element | delete structure element | [ DELETE ELEMENT ] |
| delete_element_range | delete a block of elements in a structure | [ DELETE ELEMENT RANGE ] |
| delete_elements_between_labels | delete all elements in the open structure between specified labels | [ DELETE ELEMENTS BETWEEN LABELS ] |
| delete_structure | remove specified structure | [ DELETE STRUCTURE ] |
| delete_structure_network | delete network of structures from central structure store | [ DELETE STRUCTURE NETWORK ] |
| delete_structure_networks_from_archive | delete specified structure networks from an archive file | [ DELETE STRUCTURE NETWORKS FROM ARCHIVE ] |
| delete_structures_from_archive | delete specified structures from an archive file | [ DELETE STRUCTURES FROM ARCHIVE ] |
| element_search | search for next matching element in specified structure | [ ELEMENT SEARCH ] |
| emergency_close_phigs | perform an emergency close of PHIGS | [ EMERGENCY CLOSE PHIGS ] |
| empty_structure | remove all elements from structure | [ EMPTY STRUCTURE ] |
| error_handling | default PHIGS error handling routine | [ ERROR HANDLING ] |
| error_logging | log SunPHIGS errors on error file | [ ERROR LOGGING ] |
| escape | invoke an implementation-dependent function | [ ESCAPE ] |
| escape_-1 | enforce synchronized error reporting | [ ESCAPE -1 ] |
| escape_-10 | set extended text representation fonts | [ ESCAPE -10 ] |
| escape_-11 | inquire extended text representation fonts | [ ESCAPE -11 ] |
| escape_-12 | inquire predefined extended text representation fonts | [ ESCAPE -12 ] |
| escape_-15 | specify the type of archive | [ ESCAPE -15 ] |
| escape_-16 | inquire workstation type support | [ ESCAPE -16 ] |
| escape_-2 | request an input event callback routine | [ ESCAPE -2 ] |
| escape_-4 | add an input device association | [ ESCAPE -4 ] |
| escape_-5 | remove an input device association | [ ESCAPE -5 ] |
| escape_-6 | set a workstation’s cursor type and colour | [ ESCAPE -6 ] |
| escape_-7 | inquire character set facilities | [ ESCAPE -7 ] |
| escape_-8 | inquire fonts available for a character set | [ ESCAPE -8 ] |
| escape_-9 | inquire extended text extent | [ ESCAPE -9 ] |
| evaluate_view_mapping_matrix | generate a transformation matrix to map a 2D VRC window to a 2D NPC viewport | [ EVALUATE VIEW MAPPING MATRIX ] |
| evaluate_view_mapping_matrix_3 | generate a transformation matrix to map a 3D VRC window to a 3D NPC viewport | [ EVALUATE VIEW MAPPING MATRIX 3 ] |
| evaluate_view_orientation_matrix | calculate a transformation matrix that orients the View Reference Coordinate system in the World Coordinate system | [ EVALUATE VIEW ORIENTATION MATRIX ] |
| evaluate_view_orientation_matrix_3 | calculate a transformation matrix that orients the View Reference Coordinate (VRC) system in the World Coordinate (WC) system | [ EVALUATE VIEW ORIENTATION MATRIX 3 ] |
| execute_structure | create a structure element to invoke another structure | [ EXECUTE STRUCTURE ] |
| fill_area | create a structure element specifying a 2D fill area primitive | [ FILL AREA ] |
| fill_area_3 | create a structure element specifying a 3D fill area primitive | [ FILL AREA 3 ] |
| fill_area_set | create a structure element specifying a 2D fill area set primitive | [ FILL AREA SET ] |
| fill_area_set_3 | create a structure element specifying a 3D fill area set primitive | [ FILL AREA SET 3 ] |
| flush_device_events | remove all entries in the input queue from the specified logical input device generated | [ FLUSH DEVICE EVENTS ] |
| generalized_drawing_primitive | create 2D GDP elements such as polyline set, circle, or ellipse | [ GENERALIZED DRAWING PRIMITIVE ] |
| generalized_drawing_primitive_-1 | create 2D GDP polyline set | [ GENERALIZED DRAWING PRIMITIVE -1 ] |
| generalized_drawing_primitive_-10 | create a 2D GDP elliptical arc close | [ GENERALIZED DRAWING PRIMITIVE -10 ] |
| generalized_drawing_primitive_-11 | create a 2D GDP annotation ellipse | [ GENERALIZED DRAWING PRIMITIVE -11 ] |
| generalized_drawing_primitive_-12 | create a 2D GDP annotation elliptical arc | [ GENERALIZED DRAWING PRIMITIVE -12 ] |
| generalized_drawing_primitive_-13 | create a 2D GDP annotation elliptical arc close | [ GENERALIZED DRAWING PRIMITIVE -13 ] |
| generalized_drawing_primitive_-2 | create 2D GDP circle | [ GENERALIZED DRAWING PRIMITIVE -2 ] |
| generalized_drawing_primitive_-3 | create 2D GDP circular arc | [ GENERALIZED DRAWING PRIMITIVE -3 ] |
| generalized_drawing_primitive_-4 | create 2D GDP circular arc close | [ GENERALIZED DRAWING PRIMITIVE -4 ] |
| generalized_drawing_primitive_-5 | create 2D GDP annotation circle | [ GENERALIZED DRAWING PRIMITIVE -5 ] |
| generalized_drawing_primitive_-6 | create 2D GDP annotation circular arc | [ GENERALIZED DRAWING PRIMITIVE -6 ] |
| generalized_drawing_primitive_-7 | create 2D GDP annotation circular arc close | [ GENERALIZED DRAWING PRIMITIVE -7 ] |
| generalized_drawing_primitive_-8 | create a 2D GDP ellipse | [ GENERALIZED DRAWING PRIMITIVE -8 ] |
| generalized_drawing_primitive_-9 | create a 2D GDP elliptical arc | [ GENERALIZED DRAWING PRIMITIVE -9 ] |
| generalized_drawing_primitive_3 | Create a 3D GDP elements such as polyline set 3, circle 3, or ellipse 3 | [ GENERALIZED DRAWING PRIMITIVE 3 ] |
| generalized_drawing_primitive_3_-1 | create 3D GDP polyline set 3 | [ GENERALIZED DRAWING PRIMITIVE 3 -1 ] |
| generalized_drawing_primitive_3_-10 | create 3D GDP elliptical arc close 3 | [ GENERALIZED DRAWING PRIMITIVE 3 -10 ] |
| generalized_drawing_primitive_3_-11 | create 3D GDP annotation ellipse 3 | [ GENERALIZED DRAWING PRIMITIVE 3 -11 ] |
| generalized_drawing_primitive_3_-12 | create 3D GDP annotation elliptical arc 3 | [ GENERALIZED DRAWING PRIMITIVE 3 -12 ] |
| generalized_drawing_primitive_3_-13 | create 3D GDP annotation elliptical arc close 3 | [ GENERALIZED DRAWING PRIMITIVE 3 -13 ] |
| generalized_drawing_primitive_3_-2 | create 3D GDP circle 3 | [ GENERALIZED DRAWING PRIMITIVE 3 -2 ] |
| generalized_drawing_primitive_3_-3 | create 3D GDP circular arc 3 | [ GENERALIZED DRAWING PRIMITIVE 3 -3 ] |
| generalized_drawing_primitive_3_-4 | create 3D GDP circular arc close 3 | [ GENERALIZED DRAWING PRIMITIVE 3 -4 ] |
| generalized_drawing_primitive_3_-5 | create 3D GDP annotation circle 3 | [ GENERALIZED DRAWING PRIMITIVE 3 -5 ] |
| generalized_drawing_primitive_3_-6 | create 3D GDP annotation circular arc 3 | [ GENERALIZED DRAWING PRIMITIVE 3 -6 ] |
| generalized_drawing_primitive_3_-7 | create 3D GDP annotation circular arc close 3 | [ GENERALIZED DRAWING PRIMITIVE 3 -7 ] |
| generalized_drawing_primitive_3_-8 | create 3D GDP ellipse 3 | [ GENERALIZED DRAWING PRIMITIVE 3 -8 ] |
| generalized_drawing_primitive_3_-9 | create 3D GDP elliptical arc 3 | [ GENERALIZED DRAWING PRIMITIVE 3 -9 ] |
| generalized_structure_element | create a generalized structure element | [ GENERALIZED STRUCTURE ELEMENT ] |
| get_choice | retrieve the CHOICE measure from the PHIGS current event report | [ GET CHOICE ] |
| get_item_type_from_metafile | get type and length of current item from metafile | [ GET ITEM TYPE FROM METAFILE ] |
| get_locator | retrieve the 2D LOCATOR measure from the PHIGS current event report | [ GET LOCATOR ] |
| get_locator_3 | retrieve the 3D LOCATOR measure from the PHIGS current event report | [ GET LOCATOR 3 ] |
| get_pick | retrieve the PICK measure from the PHIGS current event report | [ GET PICK ] |
| get_string | retrieve the STRING measure from the PHIGS current event report | [ GET STRING ] |
| get_stroke | retrieve the 2D STROKE measure from the PHIGS current event report | [ GET STROKE ] |
| get_stroke_3 | retrieve the STROKE measure from the PHIGS current event report | [ GET STROKE 3 ] |
| get_valuator | retrieve the VALUATOR measure from the PHIGS current event report | [ GET VALUATOR ] |
| incremental_spatial_search | search the structure network for the next occurrence of a graphical output structure element meeting the specified search criteria | [ INCREMENTAL SPATIAL SEARCH ] |
| incremental_spatial_search_3 | search the structure network for the next occurrence of a graphical output structure element meeting the specified search criteria | [ INCREMENTAL SPATIAL SEARCH 3 ] |
| initialize_choice | initialize a CHOICE input device using 2D data | [ INITIALIZE CHOICE ] |
| initialize_choice_3 | initialize a CHOICE input device | [ INITIALIZE CHOICE 3 ] |
| initialize_locator | initialize a LOCATOR input device using 2D data | [ INITIALIZE LOCATOR ] |
| initialize_locator_3 | initialize a LOCATOR input device | [ INITIALIZE LOCATOR 3 ] |
| initialize_pick | initialize a PICK input device using 2D data | [ INITIALIZE PICK ] |
| initialize_pick_3 | initialize a PICK input device | [ INITIALIZE PICK 3 ] |
| initialize_string | initialize a STRING input device using 2D data | [ INITIALIZE STRING ] |
| initialize_string_3 | initialize a STRING input device | [ INITIALIZE STRING 3 ] |
| initialize_stroke | initialize a stroke input device using 2D data | [ INITIALIZE STROKE ] |
| initialize_stroke_3 | initialize a stroke input device | [ INITIALIZE STROKE 3 ] |
| initialize_valuator | initialize a valuator input device | [ INITIALIZE VALUATOR ] |
| initialize_valuator_3 | initialize a valuator input device | [ INITIALIZE VALUATOR 3 ] |
| inquire_all_conflicting_structures | inquire all conflicting structures in the Central Structure Store and an archive file | [ INQUIRE ALL CONFLICTING STRUCTURES ] |
| inquire_ancestors_of_structure | inquire the ancestors of the specified structure | [ INQUIRE ANCESTORS OF STRUCTURE ] |
| inquire_annotation_facilities | inquire annotation text facilities on workstation type | [ INQUIRE ANNOTATION FACILITIES ] |
| inquire_archive_files | inquire the currently open archive file identifiers and names | [ INQUIRE ARCHIVE FILES ] |
| inquire_archive_state_value | inquire state value of archive file | [ INQUIRE ARCHIVE STATE VALUE ] |
| inquire_choice_device_state | inquire state of a choice device | [ INQUIRE CHOICE DEVICE STATE ] |
| inquire_choice_device_state_3 | inquire state of a choice device | [ INQUIRE CHOICE DEVICE STATE 3 ] |
| inquire_colour_facilities | inquire a workstation type’s colour facilities | [ INQUIRE COLOUR FACILITIES ] |
| inquire_colour_model | inquire a workstation’s current colour model | [ INQUIRE COLOUR MODEL ] |
| inquire_colour_model_facilities | inquire list of workstation colour model facilities. | [ INQUIRE COLOUR MODEL FACILITIES ] |
| inquire_colour_representation | inquire a colour representation on a workstation | [ INQUIRE COLOUR REPRESENTATION ] |
| inquire_conflict_resolution | inquire current values of conflict resolution flags | [ INQUIRE CONFLICT RESOLUTION ] |
| inquire_conflicting_structures_in_network | inquire conflicting structures in a network in the Central Structure Store and an archive file | [ INQUIRE CONFLICTING STRUCTURES IN NETWORK ] |
| inquire_current_element_content | inquire the contents of the current element | [ INQUIRE CURRENT ELEMENT CONTENT ] |
| inquire_current_element_type_and_size | inquire the type and size of the current element | [ INQUIRE CURRENT ELEMENT TYPE AND SIZE ] |
| inquire_default_choice_device_data | inquire the predefined choice data | [ INQUIRE DEFAULT CHOICE DEVICE DATA ] |
| inquire_default_choice_device_data_3 | inquire the predefined choice data | [ INQUIRE DEFAULT CHOICE DEVICE DATA 3 ] |
| inquire_default_display_update_state | inquire the default display update statefor a specified workstation type | [ INQUIRE DEFAULT DISPLAY UPDATE STATE ] |
| inquire_default_locator_device_data | inquire the predefined locator data | [ INQUIRE DEFAULT LOCATOR DEVICE DATA ] |
| inquire_default_locator_device_data_3 | inquire the predefined locator data | [ INQUIRE DEFAULT LOCATOR DEVICE DATA 3 ] |
| inquire_default_pick_device_data | inquire the predefined pick data | [ INQUIRE DEFAULT PICK DEVICE DATA ] |
| inquire_default_pick_device_data_3 | inquire the predefined pick data | [ INQUIRE DEFAULT PICK DEVICE DATA 3 ] |
| inquire_default_string_device_data | inquire the predefined string data | [ INQUIRE DEFAULT STRING DEVICE DATA ] |
| inquire_default_string_device_data_3 | inquire the predefined string data | [ INQUIRE DEFAULT STRING DEVICE DATA 3 ] |
| inquire_default_stroke_device_data | inquire the predefined stroke data | [ INQUIRE DEFAULT STROKE DEVICE DATA ] |
| inquire_default_stroke_device_data_3 | inquire the predefined stroke data | [ INQUIRE DEFAULT STROKE DEVICE DATA 3 ] |
| inquire_default_valuator_device_data | inquire the predefined valuator data | [ INQUIRE DEFAULT VALUATOR DEVICE DATA ] |
| inquire_default_valuator_device_data_3 | inquire the predefined valuator data | [ INQUIRE DEFAULT VALUATOR DEVICE DATA 3 ] |
| inquire_descendants_of_structure | inquire the descendants of the specified structure | [ INQUIRE DESCENDANTS OF STRUCTURE ] |
| inquire_display_space_size | inquire the display space size of a workstation type | [ INQUIRE DISPLAY SPACE SIZE ] |
| inquire_display_space_size_3 | inquire the display space size of a workstation type. | [ INQUIRE DISPLAY SPACE SIZE 3 ] |
| inquire_display_update_state | inquire the current display update state | [ INQUIRE DISPLAY UPDATE STATE ] |
| inquire_dynamics_of_structures | inquire the dynamics of structures for a workstation type | [ INQUIRE DYNAMICS OF STRUCTURES ] |
| inquire_dynamics_of_workstation_attributes | inquire the dynamics of workstation attributes for a workstation type | [ INQUIRE DYNAMICS OF WORKSTATION ATTRIBUTES ] |
| inquire_edge_facilities | inquire list of workstation edge facilities | [ INQUIRE EDGE FACILITIES ] |
| inquire_edge_representation | inquire an edge representation on a workstation | [ INQUIRE EDGE REPRESENTATION ] |
| inquire_edit_mode | inquire current edit mode for structure | [ INQUIRE EDIT MODE ] |
| inquire_element_content | inquire the contents of the specified element | [ INQUIRE ELEMENT CONTENT ] |
| inquire_element_pointer | inquire the current element pointer value | [ INQUIRE ELEMENT POINTER ] |
| inquire_element_type_and_size | inquire the type and size of a specified element | [ INQUIRE ELEMENT TYPE AND SIZE ] |
| inquire_error_handling_mode | inquire the current error handling mode | [ INQUIRE ERROR HANDLING MODE ] |
| inquire_generalized_drawing_primitive | inquire generalized drawing primitive attributes | [ INQUIRE GENERALIZED DRAWING PRIMITIVE ] |
| inquire_generalized_drawing_primitive_3 | inquire generalized drawing primitive3 attributes | [ INQUIRE GENERALIZED DRAWING PRIMITIVE 3 ] |
| inquire_generalized_structure_element_facilities | inquire list of GSE facilities. | [ INQUIRE GENERALIZED STRUCTURE ELEMENT FACILITIES ] |
| inquire_highlighting_filter | inquire inclusion and exclusion name sets for a workstation’s highlighting filter | [ INQUIRE HIGHLIGHTING FILTER ] |
| inquire_hlhsr_facilities | inquire the hidden line and hidden surface removal facilities of a specified workstation type | [ INQUIRE HLHSR FACILITIES ] |
| inquire_hlhsr_mode | inquire a workstation’s hidden line/hidden surface removal mode | [ INQUIRE HLHSR MODE ] |
| inquire_input_queue_overflow | inquire the input queue overflow state of the PHIGS error state list | [ INQUIRE INPUT QUEUE OVERFLOW ] |
| inquire_interior_facilities | inquire list of workstation interior facilities from the workstation description table | [ INQUIRE INTERIOR FACILITIES ] |
| inquire_interior_representation | inquire an interior representation on a workstation | [ INQUIRE INTERIOR REPRESENTATION ] |
| inquire_invisibility_filter | inquire inclusion and exclusion name sets for a workstation’s invisibility filter | [ INQUIRE INVISIBILITY FILTER ] |
| inquire_list_of_available_generalized_drawing_primitives | inquire list of workstation available generalized drawing primitives | [ INQUIRE LIST OF AVAILABLE GENERALIZED DRAWING PRIMITIVES ] |
| inquire_list_of_available_generalized_drawing_primitives_3 | inquire list of workstation available 3D generalized drawing primitives | [ INQUIRE LIST OF AVAILABLE GENERALIZED DRAWING PRIMITIVES 3 ] |
| inquire_list_of_available_generalized_structure_elements | inquire list of workstation available generalized structure elements | [ INQUIRE LIST OF AVAILABLE GENERALIZED STRUCTURE ELEMENTS ] |
| inquire_list_of_available_workstation_types | inquire the current list of workstation types defined in the PHIGS description table. | [ INQUIRE LIST OF AVAILABLE WORKSTATION TYPES ] |
| inquire_list_of_colour_indices | inquire list of colour indices defined on a workstation | [ INQUIRE LIST OF COLOUR INDICES ] |
| inquire_list_of_edge_indices | inquire list of edge indices defined on a workstation | [ INQUIRE LIST OF EDGE INDICES ] |
| inquire_list_of_interior_indices | inquire list of interior indices defined on a workstation | [ INQUIRE LIST OF INTERIOR INDICES ] |
| inquire_list_of_pattern_indices | inquire list of pattern indices defined on a workstation | [ INQUIRE LIST OF PATTERN INDICES ] |
| inquire_list_of_polyline_indices | inquire list of polyline indices defined on a workstation | [ INQUIRE LIST OF POLYLINE INDICES ] |
| inquire_list_of_polymarker_indices | inquire list of polymarker indices defined on a workstation | [ INQUIRE LIST OF POLYMARKER INDICES ] |
| inquire_list_of_text_indices | inquire list of text indices defined on a workstation | [ INQUIRE LIST OF TEXT INDICES ] |
| inquire_list_of_view_indices | inquire list of view indices defined on a workstation | [ INQUIRE LIST OF VIEW INDICES ] |
| inquire_locator_device_state | inquire state of a locator device | [ INQUIRE LOCATOR DEVICE STATE ] |
| inquire_locator_device_state_3 | inquire state of a locator device | [ INQUIRE LOCATOR DEVICE STATE 3 ] |
| inquire_modelling_clipping_facilities | inquire number of modelling clipping planes and operators available | [ INQUIRE MODELLING CLIPPING FACILITIES ] |
| inquire_more_simultaneous_events | see if there are more simultaneous events on the input queue. | [ INQUIRE MORE SIMULTANEOUS EVENTS ] |
| inquire_number_of_available_logical_input_devices | inquire the number of available logical input devices for a specified workstation type. | [ INQUIRE NUMBER OF AVAILABLE LOGICAL INPUT DEVICES ] |
| inquire_number_of_display_priorities_supported | inquire number of display priorities supported by a workstation type | [ INQUIRE NUMBER OF DISPLAY PRIORITIES SUPPORTED ] |
| inquire_open_structure | inquire the status of the currently opened structure | [ INQUIRE OPEN STRUCTURE ] |
| inquire_pattern_facilities | inquire pattern facilities available on a workstation type | [ INQUIRE PATTERN FACILITIES ] |
| inquire_pattern_representation | inquire a pattern representation on a workstation | [ INQUIRE PATTERN REPRESENTATION ] |
| inquire_phigs_facilities | inquire the current list of PHIGS facilities defined in the PHIGS description table. | [ INQUIRE PHIGS FACILITIES ] |
| inquire_pick_device_state | inquire state of a pick device | [ INQUIRE PICK DEVICE STATE ] |
| inquire_pick_device_state_3 | inquire state of a pick device | [ INQUIRE PICK DEVICE STATE 3 ] |
| inquire_polyline_facilities | inquire list of polyline facilities from workstation description table | [ INQUIRE POLYLINE FACILITIES ] |
| inquire_polyline_representation | inquire a polyline representation on a workstation | [ INQUIRE POLYLINE REPRESENTATION ] |
| inquire_polymarker_facilities | inquire list of workstation polymarker facilities | [ INQUIRE POLYMARKER FACILITIES ] |
| inquire_polymarker_representation | inquire a polymarker representation on a workstation | [ INQUIRE POLYMARKER REPRESENTATION ] |
| inquire_posted_structures | inquire the list of structures posted to a workstation | [ INQUIRE POSTED STRUCTURES ] |
| inquire_predefined_colour_representation | inquire a predefined colour representation for a workstation type | [ INQUIRE PREDEFINED COLOUR REPRESENTATION ] |
| inquire_predefined_edge_representation | inquire a predefined edge representation for a workstation type | [ INQUIRE PREDEFINED EDGE REPRESENTATION ] |
| inquire_predefined_interior_representation | inquire a predefined interior representation for a workstation type | [ INQUIRE PREDEFINED INTERIOR REPRESENTATION ] |
| inquire_predefined_pattern_representation | inquire a predefined pattern representation for a workstation type | [ INQUIRE PREDEFINED PATTERN REPRESENTATION ] |
| inquire_predefined_polyline_representation | inquire a predefined polyline representation for a workstation type | [ INQUIRE PREDEFINED POLYLINE REPRESENTATION ] |
| inquire_predefined_polymarker_representation | inquire a predefined polymarker representation for a workstation type | [ INQUIRE PREDEFINED POLYMARKER REPRESENTATION ] |
| inquire_predefined_text_representation | inquire a predefined text representation for a workstation type | [ INQUIRE PREDEFINED TEXT REPRESENTATION ] |
| inquire_predefined_view_representation | inquire a predefined view representation for a workstation type | [ INQUIRE PREDEFINED VIEW REPRESENTATION ] |
| inquire_set_of_open_workstations | inquire the current set of open workstations | [ INQUIRE SET OF OPEN WORKSTATIONS ] |
| inquire_set_of_workstations_to_which_posted | inquire list of workstations to which a structure is posted | [ INQUIRE SET OF WORKSTATIONS TO WHICH POSTED ] |
| inquire_string_device_state | inquire state of a STRING device | [ INQUIRE STRING DEVICE STATE ] |
| inquire_string_device_state_3 | inquire state of a STRING device | [ INQUIRE STRING DEVICE STATE 3 ] |
| inquire_stroke_device_state | inquire state of a stroke device | [ INQUIRE STROKE DEVICE STATE ] |
| inquire_stroke_device_state_3 | inquire state of a stroke device | [ INQUIRE STROKE DEVICE STATE 3 ] |
| inquire_structure_identifiers | inquire the current structure identifiers | [ INQUIRE STRUCTURE IDENTIFIERS ] |
| inquire_structure_state_value | inquire current structure state value | [ INQUIRE STRUCTURE STATE VALUE ] |
| inquire_structure_status | inquire the status of a specified structure | [ INQUIRE STRUCTURE STATUS ] |
| inquire_system_state_value | inquire state value of PHIGS | [ INQUIRE SYSTEM STATE VALUE ] |
| inquire_text_extent | determine the extent rectangle for a text string | [ INQUIRE TEXT EXTENT ] |
| inquire_text_facilities | inquire list of workstation text facilities | [ INQUIRE TEXT FACILITIES ] |
| inquire_text_representation | inquire a text representation on a workstation | [ INQUIRE TEXT REPRESENTATION ] |
| inquire_valuator_device_state | inquire state of a valuator device | [ INQUIRE VALUATOR DEVICE STATE ] |
| inquire_valuator_device_state_3 | inquire state of a valuator device | [ INQUIRE VALUATOR DEVICE STATE 3 ] |
| inquire_view_facilities | inquire the view facilities of a specified workstation type | [ INQUIRE VIEW FACILITIES ] |
| inquire_view_representation | inquire a view representation on a workstation | [ INQUIRE VIEW REPRESENTATION ] |
| inquire_workstation_category | inquire the category of a specified workstation type | [ INQUIRE WORKSTATION CATEGORY ] |
| inquire_workstation_classification | inquire the classification of a specified workstation type | [ INQUIRE WORKSTATION CLASSIFICATION ] |
| inquire_workstation_connection_and_type | inquire a workstation’s connection identifer and type. | [ INQUIRE WORKSTATION CONNECTION AND TYPE ] |
| inquire_workstation_state_table_lengths | inquire the lengths of the workstation state tables for a specified workstation type | [ INQUIRE WORKSTATION STATE TABLE LENGTHS ] |
| inquire_workstation_state_value | inquire state value of workstation | [ INQUIRE WORKSTATION STATE VALUE ] |
| inquire_workstation_transformation | inquire a 2D workstation transformation | [ INQUIRE WORKSTATION TRANSFORMATION ] |
| inquire_workstation_transformation_3 | inquire a 3D workstation transformation | [ INQUIRE WORKSTATION TRANSFORMATION 3 ] |
| interpret_item | interpret supplied metafile item data record | [ INTERPRET ITEM ] |
| intro_phigs | introduction to the SunPHIGS graphics library | |
| label | create a structure element containing a label identifier | [ LABEL ] |
| message | display a message on a workstation | [ MESSAGE ] |
| offset_element_pointer | move the element pointer in the open structure relative to its current position | [ OFFSET ELEMENT POINTER ] |
| open_archive_file | open specified archive file | [ OPEN ARCHIVE FILE ] |
| open_phigs | open and initialize the PHIGS environment | [ OPEN PHIGS ] |
| open_structure | create a new structure or begin editing an existing structure | [ OPEN STRUCTURE ] |
| open_workstation | open a workstation | [ OPEN WORKSTATION ] |
| pack_data_record | pack values from FORTRAN arrays into a data record | [ PACK DATA RECORD ] |
| paddnameset | create a structure element containing additions to the current name set | [ ADD NAMES TO SET ] |
| pads | create a structure element containing additions to the current name set | [ ADD NAMES TO SET ] |
| pannotationtextrelative | create structure element specifying 2D annotation text primitive | [ ANNOTATION TEXT RELATIVE ] |
| pannotationtextrelative3 | create structure element specifying 3D annotation text primitive | [ ANNOTATION TEXT RELATIVE 3 ] |
| pap | create a structure element containing application data | [ APPLICATION DATA ] |
| papplicationdata | create a structure element containing application data | [ APPLICATION DATA ] |
| parallstruct | archive all structures into an archive file | [ ARCHIVE ALL STRUCTURES ] |
| parast | archive all structures into an archive file | [ ARCHIVE ALL STRUCTURES ] |
| parsn | archive specified structure networks into an archive file | [ ARCHIVE STRUCTURE NETWORKS ] |
| parst | archive specified structures into an archive file | [ ARCHIVE STRUCTURES ] |
| parstruct | archive specified structures into an archive file | [ ARCHIVE STRUCTURES ] |
| parstructnet | archive specified structure networks into an archive file | [ ARCHIVE STRUCTURE NETWORKS ] |
| patr | create structure element specifying 2D annotation text primitive | [ ANNOTATION TEXT RELATIVE ] |
| patr3 | create structure element specifying 3D annotation text primitive | [ ANNOTATION TEXT RELATIVE 3 ] |
| patr3s | create structure element specifying 3D annotation text primitive | [ ANNOTATION TEXT RELATIVE 3 ] |
| patrs | create structure element specifying 2D annotation text primitive | [ ANNOTATION TEXT RELATIVE ] |
| pawaitevent | move event from input queue to current event report | [ AWAIT EVENT ] |
| pbltm | generate a 2D transformation matrix to perform a transformation specified by a shift vector, rotation angle, and scale factors relative to a specified fixed point. | [ BUILD TRANSFORMATION MATRIX ] |
| pbltm3 | generate a 3D transformation matrix to perform a transformation specified by a shift vector, rotation angles, and scale factors relative to a specified fixed point | [ BUILD TRANSFORMATION MATRIX 3 ] |
| pbuildtran | generate a 2D transformation matrix to perform a transformation specified by a shift vector, rotation angle, and scale factors relative to a specified fixed point. | [ BUILD TRANSFORMATION MATRIX ] |
| pbuildtran3 | generate a 3D transformation matrix to perform a transformation specified by a shift vector, rotation angles, and scale factors relative to a specified fixed point | [ BUILD TRANSFORMATION MATRIX 3 ] |
| pca | create structure element specifying 2D cell array | [ CELL ARRAY ] |
| pca3 | create structure element specifying 3D cell array | [ CELL ARRAY 3 ] |
| pcellarray | create structure element specifying 2D cell array | [ CELL ARRAY ] |
| pcellarray3 | create structure element specifying 3D cell array | [ CELL ARRAY 3 ] |
| pcelst | copy elements of specified structure into open structure | [ COPY ALL ELEMENTS FROM STRUCTURE ] |
| pchangestructid | change the identifier assigned to a structure | [ CHANGE STRUCTURE IDENTIFIER ] |
| pchangestructidref | change the identifier assigned to a structure and all references to it | [ CHANGE STRUCTURE IDENTIFIER AND REFERENCES ] |
| pchangestructref | change all references to a specified structure to instead refer to another specified structure | [ CHANGE STRUCTURE REFERENCES ] |
| pclarf | close named archive file | [ CLOSE ARCHIVE FILE ] |
| pclosearfile | close named archive file | [ CLOSE ARCHIVE FILE ] |
| pclosephigs | close PHIGS environment | [ CLOSE PHIGS ] |
| pclosestruct | close the currently open structure | [ CLOSE STRUCTURE ] |
| pclosews | close specified workstation | [ CLOSE WORKSTATION ] |
| pclph | close PHIGS environment | [ CLOSE PHIGS ] |
| pclst | close the currently open structure | [ CLOSE STRUCTURE ] |
| pclwk | close specified workstation | [ CLOSE WORKSTATION ] |
| pcom | generate the composition of two homogeneous 2D matrices | [ COMPOSE MATRIX ] |
| pcom3 | generate the composition of two homogeneous 3D matrices | [ COMPOSE MATRIX 3 ] |
| pcomposematrix | generate the composition of two homogeneous 2D matrices | [ COMPOSE MATRIX ] |
| pcomposematrix3 | generate the composition of two homogeneous 3D matrices | [ COMPOSE MATRIX 3 ] |
| pcomposetran | compose a 2D transformation matrix, which is the composition of a specified matrix and a transformation matrix defined by a fixed point, shift vector, rotation angle, and scale factors | [ COMPOSE TRANSFORMATION MATRIX ] |
| pcomposetran3 | compose a 3D transformation matrix, which is the composition of a specified matrix and a transformation matrix defined by a fixed point, shift vector, rotation angle, and scale factors | [ COMPOSE TRANSFORMATION MATRIX 3 ] |
| pcopyallelemsstruct | copy elements of specified structure into open structure | [ COPY ALL ELEMENTS FROM STRUCTURE ] |
| pcotm | compose a 2D transformation matrix, which is the composition of a specified matrix and a transformation matrix defined by a fixed point, shift vector, rotation angle, and scale factors | [ COMPOSE TRANSFORMATION MATRIX ] |
| pcotm3 | compose a 3D transformation matrix, which is the composition of a specified matrix and a transformation matrix defined by a fixed point, shift vector, rotation angle, and scale factors | [ COMPOSE TRANSFORMATION MATRIX 3 ] |
| pcstid | change the identifier assigned to a structure | [ CHANGE STRUCTURE IDENTIFIER ] |
| pcstir | change the identifier assigned to a structure and all references to it | [ CHANGE STRUCTURE IDENTIFIER AND REFERENCES ] |
| pcstrf | change all references to a specified structure to instead refer to another specified structure | [ CHANGE STRUCTURE REFERENCES ] |
| pdas | remove all existing structures from the Central Structure Store | [ DELETE ALL STRUCTURES ] |
| pdasar | delete all structures from an archive file | [ DELETE ALL STRUCTURES FROM ARCHIVE ] |
| pdel | delete structure element | [ DELETE ELEMENT ] |
| pdelallstruct | remove all existing structures from the Central Structure Store | [ DELETE ALL STRUCTURES ] |
| pdelallstructar | delete all structures from an archive file | [ DELETE ALL STRUCTURES FROM ARCHIVE ] |
| pdelelem | delete structure element | [ DELETE ELEMENT ] |
| pdelelemrange | delete a block of elements in a structure | [ DELETE ELEMENT RANGE ] |
| pdelelemslabels | delete all elements in the open structure between specified labels | [ DELETE ELEMENTS BETWEEN LABELS ] |
| pdellb | delete all elements in the open structure between specified labels | [ DELETE ELEMENTS BETWEEN LABELS ] |
| pdelra | delete a block of elements in a structure | [ DELETE ELEMENT RANGE ] |
| pdelstruct | remove specified structure | [ DELETE STRUCTURE ] |
| pdelstructar | delete specified structures from an archive file | [ DELETE STRUCTURES FROM ARCHIVE ] |
| pdelstructnet | delete network of structures from central structure store | [ DELETE STRUCTURE NETWORK ] |
| pdelstructnetar | delete specified structure networks from an archive file | [ DELETE STRUCTURE NETWORKS FROM ARCHIVE ] |
| pdsn | delete network of structures from central structure store | [ DELETE STRUCTURE NETWORK ] |
| pdsnar | delete specified structure networks from an archive file | [ DELETE STRUCTURE NETWORKS FROM ARCHIVE ] |
| pdst | remove specified structure | [ DELETE STRUCTURE ] |
| pdstar | delete specified structures from an archive file | [ DELETE STRUCTURES FROM ARCHIVE ] |
| peclph | perform an emergency close of PHIGS | [ EMERGENCY CLOSE PHIGS ] |
| pelemsrch | search for next matching element in specified structure | [ ELEMENT SEARCH ] |
| pels | search for next matching element in specified structure | [ ELEMENT SEARCH ] |
| pemergencyclosephigs | perform an emergency close of PHIGS | [ EMERGENCY CLOSE PHIGS ] |
| pemptystruct | remove all elements from structure | [ EMPTY STRUCTURE ] |
| pemst | remove all elements from structure | [ EMPTY STRUCTURE ] |
| perhnd | default PHIGS error handling routine | [ ERROR HANDLING ] |
| perlog | log SunPHIGS errors on error file | [ ERROR LOGGING ] |
| perrorhand | default PHIGS error handling routine | [ ERROR HANDLING ] |
| perrorlog | log SunPHIGS errors on error file | [ ERROR LOGGING ] |
| pesc | invoke an implementation-dependent function | [ ESCAPE ] |
| pescape | invoke an implementation-dependent function | [ ESCAPE ] |
| pevalviewmappingmatrix | generate a transformation matrix to map a 2D VRC window to a 2D NPC viewport | [ EVALUATE VIEW MAPPING MATRIX ] |
| pevalviewmappingmatrix3 | generate a transformation matrix to map a 3D VRC window to a 3D NPC viewport | [ EVALUATE VIEW MAPPING MATRIX 3 ] |
| pevalvieworientationmatrix | calculate a transformation matrix that orients the View Reference Coordinate system in the World Coordinate system | [ EVALUATE VIEW ORIENTATION MATRIX ] |
| pevalvieworientationmatrix3 | calculate a transformation matrix that orients the View Reference Coordinate (VRC) system in the World Coordinate (WC) system | [ EVALUATE VIEW ORIENTATION MATRIX 3 ] |
| pevmm | generate a transformation matrix to map a 2D VRC window to a 2D NPC viewport | [ EVALUATE VIEW MAPPING MATRIX ] |
| pevmm3 | generate a transformation matrix to map a 3D VRC window to a 3D NPC viewport | [ EVALUATE VIEW MAPPING MATRIX 3 ] |
| pevom | calculate a transformation matrix that orients the View Reference Coordinate system in the World Coordinate system | [ EVALUATE VIEW ORIENTATION MATRIX ] |
| pevom3 | calculate a transformation matrix that orients the View Reference Coordinate (VRC) system in the World Coordinate (WC) system | [ EVALUATE VIEW ORIENTATION MATRIX 3 ] |
| pexecutestruct | create a structure element to invoke another structure | [ EXECUTE STRUCTURE ] |
| pexst | create a structure element to invoke another structure | [ EXECUTE STRUCTURE ] |
| pfa | create a structure element specifying a 2D fill area primitive | [ FILL AREA ] |
| pfa3 | create a structure element specifying a 3D fill area primitive | [ FILL AREA 3 ] |
| pfas | create a structure element specifying a 2D fill area set primitive | [ FILL AREA SET ] |
| pfas3 | create a structure element specifying a 3D fill area set primitive | [ FILL AREA SET 3 ] |
| pfillarea | create a structure element specifying a 2D fill area primitive | [ FILL AREA ] |
| pfillarea3 | create a structure element specifying a 3D fill area primitive | [ FILL AREA 3 ] |
| pfillareaset | create a structure element specifying a 2D fill area set primitive | [ FILL AREA SET ] |
| pfillareaset3 | create a structure element specifying a 3D fill area set primitive | [ FILL AREA SET 3 ] |
| pflush | remove all entries in the input queue from the specified logical input device generated | [ FLUSH DEVICE EVENTS ] |
| pflushevents | remove all entries in the input queue from the specified logical input device generated | [ FLUSH DEVICE EVENTS ] |
| pgdp | create 2D GDP elements such as polyline set, circle, or ellipse | [ GENERALIZED DRAWING PRIMITIVE ] |
| pgdp3 | Create a 3D GDP elements such as polyline set 3, circle 3, or ellipse 3 | [ GENERALIZED DRAWING PRIMITIVE 3 ] |
| pgetchoice | retrieve the CHOICE measure from the PHIGS current event report | [ GET CHOICE ] |
| pgetloc | retrieve the 2D LOCATOR measure from the PHIGS current event report | [ GET LOCATOR ] |
| pgetloc3 | retrieve the 3D LOCATOR measure from the PHIGS current event report | [ GET LOCATOR 3 ] |
| pgetpick | retrieve the PICK measure from the PHIGS current event report | [ GET PICK ] |
| pgetstring | retrieve the STRING measure from the PHIGS current event report | [ GET STRING ] |
| pgetstroke | retrieve the 2D STROKE measure from the PHIGS current event report | [ GET STROKE ] |
| pgetstroke3 | retrieve the STROKE measure from the PHIGS current event report | [ GET STROKE 3 ] |
| pgettypemf | get type and length of current item from metafile | [ GET ITEM TYPE FROM METAFILE ] |
| pgetval | retrieve the VALUATOR measure from the PHIGS current event report | [ GET VALUATOR ] |
| pgse | create a generalized structure element | [ GENERALIZED STRUCTURE ELEMENT ] |
| pgtch | retrieve the CHOICE measure from the PHIGS current event report | [ GET CHOICE ] |
| pgtitm | get type and length of current item from metafile | [ GET ITEM TYPE FROM METAFILE ] |
| pgtlc | retrieve the 2D LOCATOR measure from the PHIGS current event report | [ GET LOCATOR ] |
| pgtlc3 | retrieve the 3D LOCATOR measure from the PHIGS current event report | [ GET LOCATOR 3 ] |
| pgtpk | retrieve the PICK measure from the PHIGS current event report | [ GET PICK ] |
| pgtsk | retrieve the 2D STROKE measure from the PHIGS current event report | [ GET STROKE ] |
| pgtsk3 | retrieve the STROKE measure from the PHIGS current event report | [ GET STROKE 3 ] |
| pgtst | retrieve the STRING measure from the PHIGS current event report | [ GET STRING ] |
| pgtvl | retrieve the VALUATOR measure from the PHIGS current event report | [ GET VALUATOR ] |
| phigs_ws_type_create | create a new workstation type − SunPHIGS extension | [ WORKSTATION TYPE CREATE ] |
| phigs_ws_type_destroy | destroy a workstation type − SunPHIGS extension | [ WORKSTATION TYPE DESTROY ] |
| phigs_ws_type_get | return the value of a specified workstation type field − SunPHIGS extension | [ WORKSTATION TYPE GET ] |
| phigs_ws_type_set | set workstation type attributes − SunPHIGS Extension | [ WORKSTATION TYPE SET ] |
| phigswstcreate | create a new workstation type − SunPHIGS extension | [ WORKSTATION TYPE CREATE ] |
| phigswstdestroy | destroy a workstation type − SunPHIGS extension | [ WORKSTATION TYPE DESTROY ] |
| phigswstget | return the value of a specified workstation type field − SunPHIGS extension | [ WORKSTATION TYPE GET ] |
| phigswstset | set workstation type attributes − SunPHIGS Extension | [ WORKSTATION TYPE SET ] |
| piitm | interpret supplied metafile item data record | [ INTERPRET ITEM ] |
| pinch | initialize a CHOICE input device using 2D data | [ INITIALIZE CHOICE ] |
| pinch3 | initialize a CHOICE input device | [ INITIALIZE CHOICE 3 ] |
| pincrspasrch | search the structure network for the next occurrence of a graphical output structure element meeting the specified search criteria | [ INCREMENTAL SPATIAL SEARCH ] |
| pincrspasrch3 | search the structure network for the next occurrence of a graphical output structure element meeting the specified search criteria | [ INCREMENTAL SPATIAL SEARCH 3 ] |
| pinitchoice | initialize a CHOICE input device using 2D data | [ INITIALIZE CHOICE ] |
| pinitchoice3 | initialize a CHOICE input device | [ INITIALIZE CHOICE 3 ] |
| pinitloc | initialize a LOCATOR input device using 2D data | [ INITIALIZE LOCATOR ] |
| pinitloc3 | initialize a LOCATOR input device | [ INITIALIZE LOCATOR 3 ] |
| pinitpick | initialize a PICK input device using 2D data | [ INITIALIZE PICK ] |
| pinitpick3 | initialize a PICK input device | [ INITIALIZE PICK 3 ] |
| pinitstring | initialize a STRING input device using 2D data | [ INITIALIZE STRING ] |
| pinitstring3 | initialize a STRING input device | [ INITIALIZE STRING 3 ] |
| pinitstroke | initialize a stroke input device using 2D data | [ INITIALIZE STROKE ] |
| pinitstroke3 | initialize a stroke input device | [ INITIALIZE STROKE 3 ] |
| pinitval | initialize a valuator input device | [ INITIALIZE VALUATOR ] |
| pinitval3 | initialize a valuator input device | [ INITIALIZE VALUATOR 3 ] |
| pinlc | initialize a LOCATOR input device using 2D data | [ INITIALIZE LOCATOR ] |
| pinlc3 | initialize a LOCATOR input device | [ INITIALIZE LOCATOR 3 ] |
| pinpk | initialize a PICK input device using 2D data | [ INITIALIZE PICK ] |
| pinpk3 | initialize a PICK input device | [ INITIALIZE PICK 3 ] |
| pinqallconfstruct | inquire all conflicting structures in the Central Structure Store and an archive file | [ INQUIRE ALL CONFLICTING STRUCTURES ] |
| pinqancesstruct | inquire the ancestors of the specified structure | [ INQUIRE ANCESTORS OF STRUCTURE ] |
| pinqannotationfacil | inquire annotation text facilities on workstation type | [ INQUIRE ANNOTATION FACILITIES ] |
| pinqarfiles | inquire the currently open archive file identifiers and names | [ INQUIRE ARCHIVE FILES ] |
| pinqarst | inquire state value of archive file | [ INQUIRE ARCHIVE STATE VALUE ] |
| pinqavailgdp | inquire list of workstation available generalized drawing primitives | [ INQUIRE LIST OF AVAILABLE GENERALIZED DRAWING PRIMITIVES ] |
| pinqavailgdp3 | inquire list of workstation available 3D generalized drawing primitives | [ INQUIRE LIST OF AVAILABLE GENERALIZED DRAWING PRIMITIVES 3 ] |
| pinqchoicest | inquire state of a choice device | [ INQUIRE CHOICE DEVICE STATE ] |
| pinqchoicest3 | inquire state of a choice device | [ INQUIRE CHOICE DEVICE STATE 3 ] |
| pinqcolourfacil | inquire a workstation type’s colour facilities | [ INQUIRE COLOUR FACILITIES ] |
| pinqcolourind | inquire list of colour indices defined on a workstation | [ INQUIRE LIST OF COLOUR INDICES ] |
| pinqcolourmodel | inquire a workstation’s current colour model | [ INQUIRE COLOUR MODEL ] |
| pinqcolourmodelfacil | inquire list of workstation colour model facilities. | [ INQUIRE COLOUR MODEL FACILITIES ] |
| pinqcolourrep | inquire a colour representation on a workstation | [ INQUIRE COLOUR REPRESENTATION ] |
| pinqconfres | inquire current values of conflict resolution flags | [ INQUIRE CONFLICT RESOLUTION ] |
| pinqconfstructinnet | inquire conflicting structures in a network in the Central Structure Store and an archive file | [ INQUIRE CONFLICTING STRUCTURES IN NETWORK ] |
| pinqcurelemcontent | inquire the contents of the current element | [ INQUIRE CURRENT ELEMENT CONTENT ] |
| pinqcurelemtypesize | inquire the type and size of the current element | [ INQUIRE CURRENT ELEMENT TYPE AND SIZE ] |
| pinqdefchoicedata | inquire the predefined choice data | [ INQUIRE DEFAULT CHOICE DEVICE DATA ] |
| pinqdefchoicedata3 | inquire the predefined choice data | [ INQUIRE DEFAULT CHOICE DEVICE DATA 3 ] |
| pinqdefdisplayupdatest | inquire the default display update statefor a specified workstation type | [ INQUIRE DEFAULT DISPLAY UPDATE STATE ] |
| pinqdeflocdata | inquire the predefined locator data | [ INQUIRE DEFAULT LOCATOR DEVICE DATA ] |
| pinqdeflocdata3 | inquire the predefined locator data | [ INQUIRE DEFAULT LOCATOR DEVICE DATA 3 ] |
| pinqdefpickdata | inquire the predefined pick data | [ INQUIRE DEFAULT PICK DEVICE DATA ] |
| pinqdefpickdata3 | inquire the predefined pick data | [ INQUIRE DEFAULT PICK DEVICE DATA 3 ] |
| pinqdefstringdata | inquire the predefined string data | [ INQUIRE DEFAULT STRING DEVICE DATA ] |
| pinqdefstringdata3 | inquire the predefined string data | [ INQUIRE DEFAULT STRING DEVICE DATA 3 ] |
| pinqdefstrokedata | inquire the predefined stroke data | [ INQUIRE DEFAULT STROKE DEVICE DATA ] |
| pinqdefstrokedata3 | inquire the predefined stroke data | [ INQUIRE DEFAULT STROKE DEVICE DATA 3 ] |
| pinqdefvaldata | inquire the predefined valuator data | [ INQUIRE DEFAULT VALUATOR DEVICE DATA ] |
| pinqdefvaldata3 | inquire the predefined valuator data | [ INQUIRE DEFAULT VALUATOR DEVICE DATA 3 ] |
| pinqdescstruct | inquire the descendants of the specified structure | [ INQUIRE DESCENDANTS OF STRUCTURE ] |
| pinqdisplayspacesize | inquire the display space size of a workstation type | [ INQUIRE DISPLAY SPACE SIZE ] |
| pinqdisplayspacesize3 | inquire the display space size of a workstation type. | [ INQUIRE DISPLAY SPACE SIZE 3 ] |
| pinqdisplayupdatest | inquire the current display update state | [ INQUIRE DISPLAY UPDATE STATE ] |
| pinqdynstruct | inquire the dynamics of structures for a workstation type | [ INQUIRE DYNAMICS OF STRUCTURES ] |
| pinqdynwsattr | inquire the dynamics of workstation attributes for a workstation type | [ INQUIRE DYNAMICS OF WORKSTATION ATTRIBUTES ] |
| pinqedgefacil | inquire list of workstation edge facilities | [ INQUIRE EDGE FACILITIES ] |
| pinqedgeind | inquire list of edge indices defined on a workstation | [ INQUIRE LIST OF EDGE INDICES ] |
| pinqedgerep | inquire an edge representation on a workstation | [ INQUIRE EDGE REPRESENTATION ] |
| pinqeditmode | inquire current edit mode for structure | [ INQUIRE EDIT MODE ] |
| pinqelemcontent | inquire the contents of the specified element | [ INQUIRE ELEMENT CONTENT ] |
| pinqelemptr | inquire the current element pointer value | [ INQUIRE ELEMENT POINTER ] |
| pinqelemtypesize | inquire the type and size of a specified element | [ INQUIRE ELEMENT TYPE AND SIZE ] |
| pinqerrorhandmode | inquire the current error handling mode | [ INQUIRE ERROR HANDLING MODE ] |
| pinqgdp | inquire generalized drawing primitive attributes | [ INQUIRE GENERALIZED DRAWING PRIMITIVE ] |
| pinqgdp3 | inquire generalized drawing primitive3 attributes | [ INQUIRE GENERALIZED DRAWING PRIMITIVE 3 ] |
| pinqgse | inquire list of workstation available generalized structure elements | [ INQUIRE LIST OF AVAILABLE GENERALIZED STRUCTURE ELEMENTS ] |
| pinqgsefacil | inquire list of GSE facilities. | [ INQUIRE GENERALIZED STRUCTURE ELEMENT FACILITIES ] |
| pinqhilightfilter | inquire inclusion and exclusion name sets for a workstation’s highlighting filter | [ INQUIRE HIGHLIGHTING FILTER ] |
| pinqhlhsrfacil | inquire the hidden line and hidden surface removal facilities of a specified workstation type | [ INQUIRE HLHSR FACILITIES ] |
| pinqhlhsrmode | inquire a workstation’s hidden line/hidden surface removal mode | [ INQUIRE HLHSR MODE ] |
| pinqinputoverflow | inquire the input queue overflow state of the PHIGS error state list | [ INQUIRE INPUT QUEUE OVERFLOW ] |
| pinqintfacil | inquire list of workstation interior facilities from the workstation description table | [ INQUIRE INTERIOR FACILITIES ] |
| pinqintind | inquire list of interior indices defined on a workstation | [ INQUIRE LIST OF INTERIOR INDICES ] |
| pinqintrep | inquire an interior representation on a workstation | [ INQUIRE INTERIOR REPRESENTATION ] |
| pinqinvisfilter | inquire inclusion and exclusion name sets for a workstation’s invisibility filter | [ INQUIRE INVISIBILITY FILTER ] |
| pinqlinefacil | inquire list of polyline facilities from workstation description table | [ INQUIRE POLYLINE FACILITIES ] |
| pinqlineind | inquire list of polyline indices defined on a workstation | [ INQUIRE LIST OF POLYLINE INDICES ] |
| pinqlinerep | inquire a polyline representation on a workstation | [ INQUIRE POLYLINE REPRESENTATION ] |
| pinqlocst | inquire state of a locator device | [ INQUIRE LOCATOR DEVICE STATE ] |
| pinqlocst3 | inquire state of a locator device | [ INQUIRE LOCATOR DEVICE STATE 3 ] |
| pinqmarkerfacil | inquire list of workstation polymarker facilities | [ INQUIRE POLYMARKER FACILITIES ] |
| pinqmarkerind | inquire list of polymarker indices defined on a workstation | [ INQUIRE LIST OF POLYMARKER INDICES ] |
| pinqmarkerrep | inquire a polymarker representation on a workstation | [ INQUIRE POLYMARKER REPRESENTATION ] |
| pinqmodelclipfacil | inquire number of modelling clipping planes and operators available | [ INQUIRE MODELLING CLIPPING FACILITIES ] |
| pinqmoreevents | see if there are more simultaneous events on the input queue. | [ INQUIRE MORE SIMULTANEOUS EVENTS ] |
| pinqnumdisplaypri | inquire number of display priorities supported by a workstation type | [ INQUIRE NUMBER OF DISPLAY PRIORITIES SUPPORTED ] |
| pinqnuminput | inquire the number of available logical input devices for a specified workstation type. | [ INQUIRE NUMBER OF AVAILABLE LOGICAL INPUT DEVICES ] |
| pinqopenstruct | inquire the status of the currently opened structure | [ INQUIRE OPEN STRUCTURE ] |
| pinqpatfacil | inquire pattern facilities available on a workstation type | [ INQUIRE PATTERN FACILITIES ] |
| pinqpatind | inquire list of pattern indices defined on a workstation | [ INQUIRE LIST OF PATTERN INDICES ] |
| pinqpatrep | inquire a pattern representation on a workstation | [ INQUIRE PATTERN REPRESENTATION ] |
| pinqphigsfacil | inquire the current list of PHIGS facilities defined in the PHIGS description table. | [ INQUIRE PHIGS FACILITIES ] |
| pinqpickst | inquire state of a pick device | [ INQUIRE PICK DEVICE STATE ] |
| pinqpickst3 | inquire state of a pick device | [ INQUIRE PICK DEVICE STATE 3 ] |
| pinqpostedstruct | inquire the list of structures posted to a workstation | [ INQUIRE POSTED STRUCTURES ] |
| pinqpredcolourrep | inquire a predefined colour representation for a workstation type | [ INQUIRE PREDEFINED COLOUR REPRESENTATION ] |
| pinqprededgerep | inquire a predefined edge representation for a workstation type | [ INQUIRE PREDEFINED EDGE REPRESENTATION ] |
| pinqpredintrep | inquire a predefined interior representation for a workstation type | [ INQUIRE PREDEFINED INTERIOR REPRESENTATION ] |
| pinqpredlinerep | inquire a predefined polyline representation for a workstation type | [ INQUIRE PREDEFINED POLYLINE REPRESENTATION ] |
| pinqpredmarkerrep | inquire a predefined polymarker representation for a workstation type | [ INQUIRE PREDEFINED POLYMARKER REPRESENTATION ] |
| pinqpredpatrep | inquire a predefined pattern representation for a workstation type | [ INQUIRE PREDEFINED PATTERN REPRESENTATION ] |
| pinqpredtextrep | inquire a predefined text representation for a workstation type | [ INQUIRE PREDEFINED TEXT REPRESENTATION ] |
| pinqpredviewrep | inquire a predefined view representation for a workstation type | [ INQUIRE PREDEFINED VIEW REPRESENTATION ] |
| pinqsetopenws | inquire the current set of open workstations | [ INQUIRE SET OF OPEN WORKSTATIONS ] |
| pinqsetwsposted | inquire list of workstations to which a structure is posted | [ INQUIRE SET OF WORKSTATIONS TO WHICH POSTED ] |
| pinqstringst | inquire state of a STRING device | [ INQUIRE STRING DEVICE STATE ] |
| pinqstringst3 | inquire state of a STRING device | [ INQUIRE STRING DEVICE STATE 3 ] |
| pinqstrokest | inquire state of a stroke device | [ INQUIRE STROKE DEVICE STATE ] |
| pinqstrokest3 | inquire state of a stroke device | [ INQUIRE STROKE DEVICE STATE 3 ] |
| pinqstructids | inquire the current structure identifiers | [ INQUIRE STRUCTURE IDENTIFIERS ] |
| pinqstructst | inquire current structure state value | [ INQUIRE STRUCTURE STATE VALUE ] |
| pinqstructstatus | inquire the status of a specified structure | [ INQUIRE STRUCTURE STATUS ] |
| pinqsystemst | inquire state value of PHIGS | [ INQUIRE SYSTEM STATE VALUE ] |
| pinqtextextent | determine the extent rectangle for a text string | [ INQUIRE TEXT EXTENT ] |
| pinqtextfacil | inquire list of workstation text facilities | [ INQUIRE TEXT FACILITIES ] |
| pinqtextind | inquire list of text indices defined on a workstation | [ INQUIRE LIST OF TEXT INDICES ] |
| pinqtextrep | inquire a text representation on a workstation | [ INQUIRE TEXT REPRESENTATION ] |
| pinqvalst | inquire state of a valuator device | [ INQUIRE VALUATOR DEVICE STATE ] |
| pinqvalst3 | inquire state of a valuator device | [ INQUIRE VALUATOR DEVICE STATE 3 ] |
| pinqviewfacil | inquire the view facilities of a specified workstation type | [ INQUIRE VIEW FACILITIES ] |
| pinqviewind | inquire list of view indices defined on a workstation | [ INQUIRE LIST OF VIEW INDICES ] |
| pinqviewrep | inquire a view representation on a workstation | [ INQUIRE VIEW REPRESENTATION ] |
| pinqwscategory | inquire the category of a specified workstation type | [ INQUIRE WORKSTATION CATEGORY ] |
| pinqwsclass | inquire the classification of a specified workstation type | [ INQUIRE WORKSTATION CLASSIFICATION ] |
| pinqwsconntype | inquire a workstation’s connection identifer and type. | [ INQUIRE WORKSTATION CONNECTION AND TYPE ] |
| pinqwsst | inquire state value of workstation | [ INQUIRE WORKSTATION STATE VALUE ] |
| pinqwssttable | inquire the lengths of the workstation state tables for a specified workstation type | [ INQUIRE WORKSTATION STATE TABLE LENGTHS ] |
| pinqwstran | inquire a 2D workstation transformation | [ INQUIRE WORKSTATION TRANSFORMATION ] |
| pinqwstran3 | inquire a 3D workstation transformation | [ INQUIRE WORKSTATION TRANSFORMATION 3 ] |
| pinqwstypes | inquire the current list of workstation types defined in the PHIGS description table. | [ INQUIRE LIST OF AVAILABLE WORKSTATION TYPES ] |
| pinsk | initialize a stroke input device using 2D data | [ INITIALIZE STROKE ] |
| pinsk3 | initialize a stroke input device | [ INITIALIZE STROKE 3 ] |
| pinst | initialize a STRING input device using 2D data | [ INITIALIZE STRING ] |
| pinst3 | initialize a STRING input device | [ INITIALIZE STRING 3 ] |
| pinterpret | interpret supplied metafile item data record | [ INTERPRET ITEM ] |
| pinvl | initialize a valuator input device | [ INITIALIZE VALUATOR ] |
| pinvl3 | initialize a valuator input device | [ INITIALIZE VALUATOR 3 ] |
| piss | search the structure network for the next occurrence of a graphical output structure element meeting the specified search criteria | [ INCREMENTAL SPATIAL SEARCH ] |
| piss3 | search the structure network for the next occurrence of a graphical output structure element meeting the specified search criteria | [ INCREMENTAL SPATIAL SEARCH 3 ] |
| plabel | create a structure element containing a label identifier | [ LABEL ] |
| plb | create a structure element containing a label identifier | [ LABEL ] |
| pmessage | display a message on a workstation | [ MESSAGE ] |
| pmsg | display a message on a workstation | [ MESSAGE ] |
| pmsgs | display a message on a workstation | [ MESSAGE ] |
| poffsetelemptr | move the element pointer in the open structure relative to its current position | [ OFFSET ELEMENT POINTER ] |
| polyline | create structure element specifying 2D polyline | [ POLYLINE ] |
| polyline_3 | create structure element specifying 3D polyline | [ POLYLINE 3 ] |
| polymarker | create structure element specifying 2D polymarker primitive | [ POLYMARKER ] |
| polymarker_3 | create structure element specifying 3D polymarker primitive | [ POLYMARKER 3 ] |
| poparf | open specified archive file | [ OPEN ARCHIVE FILE ] |
| popenarfile | open specified archive file | [ OPEN ARCHIVE FILE ] |
| popenphigs | open and initialize the PHIGS environment | [ OPEN PHIGS ] |
| popenstruct | create a new structure or begin editing an existing structure | [ OPEN STRUCTURE ] |
| popenws | open a workstation | [ OPEN WORKSTATION ] |
| popph | open and initialize the PHIGS environment | [ OPEN PHIGS ] |
| popst | create a new structure or begin editing an existing structure | [ OPEN STRUCTURE ] |
| popwk | open a workstation | [ OPEN WORKSTATION ] |
| posep | move the element pointer in the open structure relative to its current position | [ OFFSET ELEMENT POINTER ] |
| post_structure | assign a structure network to a workstation for display | [ POST STRUCTURE ] |
| ppl | create structure element specifying 2D polyline | [ POLYLINE ] |
| ppl3 | create structure element specifying 3D polyline | [ POLYLINE 3 ] |
| ppm | create structure element specifying 2D polymarker primitive | [ POLYMARKER ] |
| ppm3 | create structure element specifying 3D polymarker primitive | [ POLYMARKER 3 ] |
| ppolyline | create structure element specifying 2D polyline | [ POLYLINE ] |
| ppolyline3 | create structure element specifying 3D polyline | [ POLYLINE 3 ] |
| ppolymarker | create structure element specifying 2D polymarker primitive | [ POLYMARKER ] |
| ppolymarker3 | create structure element specifying 3D polymarker primitive | [ POLYMARKER 3 ] |
| ppost | assign a structure network to a workstation for display | [ POST STRUCTURE ] |
| ppoststruct | assign a structure network to a workstation for display | [ POST STRUCTURE ] |
| pprec | pack values from FORTRAN arrays into a data record | [ PACK DATA RECORD ] |
| pqanf | inquire annotation text facilities on workstation type | [ INQUIRE ANNOTATION FACILITIES ] |
| pqanst | inquire the ancestors of the specified structure | [ INQUIRE ANCESTORS OF STRUCTURE ] |
| pqarf | inquire the currently open archive file identifiers and names | [ INQUIRE ARCHIVE FILES ] |
| pqars | inquire state value of archive file | [ INQUIRE ARCHIVE STATE VALUE ] |
| pqceco | inquire the contents of the current element | [ INQUIRE CURRENT ELEMENT CONTENT ] |
| pqcets | inquire the type and size of the current element | [ INQUIRE CURRENT ELEMENT TYPE AND SIZE ] |
| pqcf | inquire a workstation type’s colour facilities | [ INQUIRE COLOUR FACILITIES ] |
| pqchs | inquire state of a choice device | [ INQUIRE CHOICE DEVICE STATE ] |
| pqchs3 | inquire state of a choice device | [ INQUIRE CHOICE DEVICE STATE 3 ] |
| pqcmd | inquire a workstation’s current colour model | [ INQUIRE COLOUR MODEL ] |
| pqcmdf | inquire list of workstation colour model facilities. | [ INQUIRE COLOUR MODEL FACILITIES ] |
| pqcnrs | inquire current values of conflict resolution flags | [ INQUIRE CONFLICT RESOLUTION ] |
| pqcr | inquire a colour representation on a workstation | [ INQUIRE COLOUR REPRESENTATION ] |
| pqcst | inquire all conflicting structures in the Central Structure Store and an archive file | [ INQUIRE ALL CONFLICTING STRUCTURES ] |
| pqcstn | inquire conflicting structures in a network in the Central Structure Store and an archive file | [ INQUIRE CONFLICTING STRUCTURES IN NETWORK ] |
| pqdch | inquire the predefined choice data | [ INQUIRE DEFAULT CHOICE DEVICE DATA ] |
| pqdch3 | inquire the predefined choice data | [ INQUIRE DEFAULT CHOICE DEVICE DATA 3 ] |
| pqddus | inquire the default display update statefor a specified workstation type | [ INQUIRE DEFAULT DISPLAY UPDATE STATE ] |
| pqdest | inquire the descendants of the specified structure | [ INQUIRE DESCENDANTS OF STRUCTURE ] |
| pqdlc | inquire the predefined locator data | [ INQUIRE DEFAULT LOCATOR DEVICE DATA ] |
| pqdlc3 | inquire the predefined locator data | [ INQUIRE DEFAULT LOCATOR DEVICE DATA 3 ] |
| pqdp | inquire number of display priorities supported by a workstation type | [ INQUIRE NUMBER OF DISPLAY PRIORITIES SUPPORTED ] |
| pqdpk | inquire the predefined pick data | [ INQUIRE DEFAULT PICK DEVICE DATA ] |
| pqdpk3 | inquire the predefined pick data | [ INQUIRE DEFAULT PICK DEVICE DATA 3 ] |
| pqdsk | inquire the predefined stroke data | [ INQUIRE DEFAULT STROKE DEVICE DATA ] |
| pqdsk3 | inquire the predefined stroke data | [ INQUIRE DEFAULT STROKE DEVICE DATA 3 ] |
| pqdsp | inquire the display space size of a workstation type | [ INQUIRE DISPLAY SPACE SIZE ] |
| pqdsp3 | inquire the display space size of a workstation type. | [ INQUIRE DISPLAY SPACE SIZE 3 ] |
| pqdst | inquire the predefined string data | [ INQUIRE DEFAULT STRING DEVICE DATA ] |
| pqdst3 | inquire the predefined string data | [ INQUIRE DEFAULT STRING DEVICE DATA 3 ] |
| pqdstr | inquire the dynamics of structures for a workstation type | [ INQUIRE DYNAMICS OF STRUCTURES ] |
| pqdswa | inquire the dynamics of workstation attributes for a workstation type | [ INQUIRE DYNAMICS OF WORKSTATION ATTRIBUTES ] |
| pqdus | inquire the current display update state | [ INQUIRE DISPLAY UPDATE STATE ] |
| pqdvl | inquire the predefined valuator data | [ INQUIRE DEFAULT VALUATOR DEVICE DATA ] |
| pqdvl3 | inquire the predefined valuator data | [ INQUIRE DEFAULT VALUATOR DEVICE DATA 3 ] |
| pqeci | inquire list of colour indices defined on a workstation | [ INQUIRE LIST OF COLOUR INDICES ] |
| pqeco | inquire the contents of the specified element | [ INQUIRE ELEMENT CONTENT ] |
| pqedf | inquire list of workstation edge facilities | [ INQUIRE EDGE FACILITIES ] |
| pqedm | inquire current edit mode for structure | [ INQUIRE EDIT MODE ] |
| pqedr | inquire an edge representation on a workstation | [ INQUIRE EDGE REPRESENTATION ] |
| pqeedi | inquire list of edge indices defined on a workstation | [ INQUIRE LIST OF EDGE INDICES ] |
| pqegd3 | inquire list of workstation available 3D generalized drawing primitives | [ INQUIRE LIST OF AVAILABLE GENERALIZED DRAWING PRIMITIVES 3 ] |
| pqegdp | inquire list of workstation available generalized drawing primitives | [ INQUIRE LIST OF AVAILABLE GENERALIZED DRAWING PRIMITIVES ] |
| pqegse | inquire list of workstation available generalized structure elements | [ INQUIRE LIST OF AVAILABLE GENERALIZED STRUCTURE ELEMENTS ] |
| pqeii | inquire list of interior indices defined on a workstation | [ INQUIRE LIST OF INTERIOR INDICES ] |
| pqep | inquire the current element pointer value | [ INQUIRE ELEMENT POINTER ] |
| pqepai | inquire list of pattern indices defined on a workstation | [ INQUIRE LIST OF PATTERN INDICES ] |
| pqepli | inquire list of polyline indices defined on a workstation | [ INQUIRE LIST OF POLYLINE INDICES ] |
| pqepmi | inquire list of polymarker indices defined on a workstation | [ INQUIRE LIST OF POLYMARKER INDICES ] |
| pqerhm | inquire the current error handling mode | [ INQUIRE ERROR HANDLING MODE ] |
| pqets | inquire the type and size of a specified element | [ INQUIRE ELEMENT TYPE AND SIZE ] |
| pqetxi | inquire list of text indices defined on a workstation | [ INQUIRE LIST OF TEXT INDICES ] |
| pqevwi | inquire list of view indices defined on a workstation | [ INQUIRE LIST OF VIEW INDICES ] |
| pqewk | inquire the current list of workstation types defined in the PHIGS description table. | [ INQUIRE LIST OF AVAILABLE WORKSTATION TYPES ] |
| pqgdp | inquire generalized drawing primitive attributes | [ INQUIRE GENERALIZED DRAWING PRIMITIVE ] |
| pqgdp3 | inquire generalized drawing primitive3 attributes | [ INQUIRE GENERALIZED DRAWING PRIMITIVE 3 ] |
| pqgsef | inquire list of GSE facilities. | [ INQUIRE GENERALIZED STRUCTURE ELEMENT FACILITIES ] |
| pqhlft | inquire inclusion and exclusion name sets for a workstation’s highlighting filter | [ INQUIRE HIGHLIGHTING FILTER ] |
| pqhrf | inquire the hidden line and hidden surface removal facilities of a specified workstation type | [ INQUIRE HLHSR FACILITIES ] |
| pqhrm | inquire a workstation’s hidden line/hidden surface removal mode | [ INQUIRE HLHSR MODE ] |
| pqif | inquire list of workstation interior facilities from the workstation description table | [ INQUIRE INTERIOR FACILITIES ] |
| pqiqov | inquire the input queue overflow state of the PHIGS error state list | [ INQUIRE INPUT QUEUE OVERFLOW ] |
| pqir | inquire an interior representation on a workstation | [ INQUIRE INTERIOR REPRESENTATION ] |
| pqivft | inquire inclusion and exclusion name sets for a workstation’s invisibility filter | [ INQUIRE INVISIBILITY FILTER ] |
| pqlcs | inquire state of a locator device | [ INQUIRE LOCATOR DEVICE STATE ] |
| pqlcs3 | inquire state of a locator device | [ INQUIRE LOCATOR DEVICE STATE 3 ] |
| pqli | inquire the number of available logical input devices for a specified workstation type. | [ INQUIRE NUMBER OF AVAILABLE LOGICAL INPUT DEVICES ] |
| pqmclf | inquire number of modelling clipping planes and operators available | [ INQUIRE MODELLING CLIPPING FACILITIES ] |
| pqopst | inquire the status of the currently opened structure | [ INQUIRE OPEN STRUCTURE ] |
| pqopwk | inquire the current set of open workstations | [ INQUIRE SET OF OPEN WORKSTATIONS ] |
| pqpaf | inquire pattern facilities available on a workstation type | [ INQUIRE PATTERN FACILITIES ] |
| pqpar | inquire a pattern representation on a workstation | [ INQUIRE PATTERN REPRESENTATION ] |
| pqpcr | inquire a predefined colour representation for a workstation type | [ INQUIRE PREDEFINED COLOUR REPRESENTATION ] |
| pqpedr | inquire a predefined edge representation for a workstation type | [ INQUIRE PREDEFINED EDGE REPRESENTATION ] |
| pqphf | inquire the current list of PHIGS facilities defined in the PHIGS description table. | [ INQUIRE PHIGS FACILITIES ] |
| pqpir | inquire a predefined interior representation for a workstation type | [ INQUIRE PREDEFINED INTERIOR REPRESENTATION ] |
| pqpks | inquire state of a pick device | [ INQUIRE PICK DEVICE STATE ] |
| pqpks3 | inquire state of a pick device | [ INQUIRE PICK DEVICE STATE 3 ] |
| pqplf | inquire list of polyline facilities from workstation description table | [ INQUIRE POLYLINE FACILITIES ] |
| pqplr | inquire a polyline representation on a workstation | [ INQUIRE POLYLINE REPRESENTATION ] |
| pqpmf | inquire list of workstation polymarker facilities | [ INQUIRE POLYMARKER FACILITIES ] |
| pqpmr | inquire a polymarker representation on a workstation | [ INQUIRE POLYMARKER REPRESENTATION ] |
| pqpost | inquire the list of structures posted to a workstation | [ INQUIRE POSTED STRUCTURES ] |
| pqppar | inquire a predefined pattern representation for a workstation type | [ INQUIRE PREDEFINED PATTERN REPRESENTATION ] |
| pqpplr | inquire a predefined polyline representation for a workstation type | [ INQUIRE PREDEFINED POLYLINE REPRESENTATION ] |
| pqppmr | inquire a predefined polymarker representation for a workstation type | [ INQUIRE PREDEFINED POLYMARKER REPRESENTATION ] |
| pqptxr | inquire a predefined text representation for a workstation type | [ INQUIRE PREDEFINED TEXT REPRESENTATION ] |
| pqpvwr | inquire a predefined view representation for a workstation type | [ INQUIRE PREDEFINED VIEW REPRESENTATION ] |
| pqsid | inquire the current structure identifiers | [ INQUIRE STRUCTURE IDENTIFIERS ] |
| pqsim | see if there are more simultaneous events on the input queue. | [ INQUIRE MORE SIMULTANEOUS EVENTS ] |
| pqsks | inquire state of a stroke device | [ INQUIRE STROKE DEVICE STATE ] |
| pqsks3 | inquire state of a stroke device | [ INQUIRE STROKE DEVICE STATE 3 ] |
| pqstrs | inquire current structure state value | [ INQUIRE STRUCTURE STATE VALUE ] |
| pqsts | inquire state of a STRING device | [ INQUIRE STRING DEVICE STATE ] |
| pqsts3 | inquire state of a STRING device | [ INQUIRE STRING DEVICE STATE 3 ] |
| pqstst | inquire the status of a specified structure | [ INQUIRE STRUCTURE STATUS ] |
| pqsys | inquire state value of PHIGS | [ INQUIRE SYSTEM STATE VALUE ] |
| pqtxf | inquire list of workstation text facilities | [ INQUIRE TEXT FACILITIES ] |
| pqtxr | inquire a text representation on a workstation | [ INQUIRE TEXT REPRESENTATION ] |
| pqtxx | determine the extent rectangle for a text string | [ INQUIRE TEXT EXTENT ] |
| pqtxxs | determine the extent rectangle for a text string | [ INQUIRE TEXT EXTENT ] |
| pqvls | inquire state of a valuator device | [ INQUIRE VALUATOR DEVICE STATE ] |
| pqvls3 | inquire state of a valuator device | [ INQUIRE VALUATOR DEVICE STATE 3 ] |
| pqvwf | inquire the view facilities of a specified workstation type | [ INQUIRE VIEW FACILITIES ] |
| pqvwr | inquire a view representation on a workstation | [ INQUIRE VIEW REPRESENTATION ] |
| pqwkc | inquire a workstation’s connection identifer and type. | [ INQUIRE WORKSTATION CONNECTION AND TYPE ] |
| pqwkca | inquire the category of a specified workstation type | [ INQUIRE WORKSTATION CATEGORY ] |
| pqwkcl | inquire the classification of a specified workstation type | [ INQUIRE WORKSTATION CLASSIFICATION ] |
| pqwkpo | inquire list of workstations to which a structure is posted | [ INQUIRE SET OF WORKSTATIONS TO WHICH POSTED ] |
| pqwksl | inquire the lengths of the workstation state tables for a specified workstation type | [ INQUIRE WORKSTATION STATE TABLE LENGTHS ] |
| pqwkst | inquire state value of workstation | [ INQUIRE WORKSTATION STATE VALUE ] |
| pqwkt | inquire a 2D workstation transformation | [ INQUIRE WORKSTATION TRANSFORMATION ] |
| pqwkt3 | inquire a 3D workstation transformation | [ INQUIRE WORKSTATION TRANSFORMATION 3 ] |
| pranst | retrieve the ancestors of the specified structure from an archive file | [ RETRIEVE ANCESTORS OF STRUCTURE ] |
| prast | retrieve all structures from an archive file | [ RETRIEVE ALL STRUCTURES ] |
| prdest | retrieve the descendants of the specified structure from an archive file | [ RETRIEVE DESCENDANTS OF STRUCTURE ] |
| prditm | read current item from metafile | [ READ ITEM FROM METAFILE ] |
| preadmf | read current item from metafile | [ READ ITEM FROM METAFILE ] |
| predrawallstruct | redisplay all structures posted to a workstation | [ REDRAW ALL STRUCTURES ] |
| premovenameset | create a structure element to remove names from the current name set | [ REMOVE NAMES FROM SET ] |
| preqchoice | request an operator interaction with a choice device | [ REQUEST CHOICE ] |
| preqloc | request an operator interaction with a locator device | [ REQUEST LOCATOR ] |
| preqloc3 | request an operator interaction with a locator device | [ REQUEST LOCATOR 3 ] |
| preqpick | request an operator interaction with a pick device | [ REQUEST PICK ] |
| preqstring | request an operator interaction with a string device | [ REQUEST STRING ] |
| preqstroke | request an operator interaction with a stroke device | [ REQUEST STROKE ] |
| preqstroke3 | request an operator interaction with a stroke device | [ REQUEST STROKE 3 ] |
| preqval | request an operator interaction with a valuator device | [ REQUEST VALUATOR ] |
| pres | create a structure element to remove names from the current name set | [ REMOVE NAMES FROM SET ] |
| presn | retrieve specified structure networks from an archive file | [ RETRIEVE STRUCTURE NETWORKS ] |
| prest | retrieve specified structures from an archive file | [ RETRIEVE STRUCTURES ] |
| prestoremodelclipvolume | create structure element to restore the modelling clipping volume | [ RESTORE MODELLING CLIPPING VOLUME ] |
| pretrieveallstruct | retrieve all structures from an archive file | [ RETRIEVE ALL STRUCTURES ] |
| pretrieveancesstruct | retrieve the ancestors of the specified structure from an archive file | [ RETRIEVE ANCESTORS OF STRUCTURE ] |
| pretrievedescstruct | retrieve the descendants of the specified structure from an archive file | [ RETRIEVE DESCENDANTS OF STRUCTURE ] |
| pretrievestruct | retrieve specified structures from an archive file | [ RETRIEVE STRUCTURES ] |
| pretrievestructids | retrieve a list of structure identifiers from an archive file | [ RETRIEVE STRUCTURE IDENTIFIERS ] |
| pretrievestructnet | retrieve specified structure networks from an archive file | [ RETRIEVE STRUCTURE NETWORKS ] |
| prmcv | create structure element to restore the modelling clipping volume | [ RESTORE MODELLING CLIPPING VOLUME ] |
| pro | calculate a 2D transformation matrix to perform a specified 2D rotation. | [ ROTATE ] |
| protate | calculate a 2D transformation matrix to perform a specified 2D rotation. | [ ROTATE ] |
| protatex | calculate a 3D transformation matrix to perform a specified rotation about the x axis. | [ ROTATE X ] |
| protatey | calculate a 3D transformation matrix to perform a specified rotation about the y axis. | [ ROTATE Y ] |
| protatez | calculate a 3D transformation matrix to perform a specified rotation about the z axis. | [ ROTATE Z ] |
| prox | calculate a 3D transformation matrix to perform a specified rotation about the x axis. | [ ROTATE X ] |
| proy | calculate a 3D transformation matrix to perform a specified rotation about the y axis. | [ ROTATE Y ] |
| proz | calculate a 3D transformation matrix to perform a specified rotation about the z axis. | [ ROTATE Z ] |
| prqch | request an operator interaction with a choice device | [ REQUEST CHOICE ] |
| prqlc | request an operator interaction with a locator device | [ REQUEST LOCATOR ] |
| prqlc3 | request an operator interaction with a locator device | [ REQUEST LOCATOR 3 ] |
| prqpk | request an operator interaction with a pick device | [ REQUEST PICK ] |
| prqsk | request an operator interaction with a stroke device | [ REQUEST STROKE ] |
| prqsk3 | request an operator interaction with a stroke device | [ REQUEST STROKE 3 ] |
| prqst | request an operator interaction with a string device | [ REQUEST STRING ] |
| prqvl | request an operator interaction with a valuator device | [ REQUEST VALUATOR ] |
| prsid | retrieve a list of structure identifiers from an archive file | [ RETRIEVE STRUCTURE IDENTIFIERS ] |
| prst | redisplay all structures posted to a workstation | [ REDRAW ALL STRUCTURES ] |
| psamplechoice | sample the current measure of a choice device | [ SAMPLE CHOICE ] |
| psampleloc | sample the current measure of a locator device | [ SAMPLE LOCATOR ] |
| psampleloc3 | sample the current measure of a locator device | [ SAMPLE LOCATOR 3 ] |
| psamplepick | sample the current measure of a pick device | [ SAMPLE PICK ] |
| psamplestring | sample current measure of a string device | [ SAMPLE STRING ] |
| psamplestroke | sample the current measure of a stroke device | [ SAMPLE STROKE ] |
| psamplestroke3 | sample the current measure of a stroke device | [ SAMPLE STROKE 3 ] |
| psampleval | sample current measure of a valuator device | [ SAMPLE VALUATOR ] |
| psans | create structure element to set the current annotation style attribute | [ SET ANNOTATION STYLE ] |
| psatal | create a structure element to set the current text alignment attribute | [ SET ANNOTATION TEXT ALIGNMENT ] |
| psatch | create structure element to set the current annotation text character height attribute | [ SET ANNOTATION TEXT CHARACTER HEIGHT ] |
| psatcu | create structure element to set the current annotation text character up vector attribute | [ SET ANNOTATION TEXT CHARACTER UP VECTOR ] |
| psatp | create a structure element to set the current text path attribute | [ SET ANNOTATION TEXT PATH ] |
| psc | calculate a 2D transformation matrix to perform a specified scaling | [ SCALE ] |
| psc3 | calculate a 3D transformation matrix to perform a specified scaling | [ SCALE 3 ] |
| pscale | calculate a 2D transformation matrix to perform a specified scaling | [ SCALE ] |
| pscale3 | calculate a 3D transformation matrix to perform a specified scaling | [ SCALE 3 ] |
| pschh | create structure element to set the current character height attribute | [ SET CHARACTER HEIGHT ] |
| pschm | set choice device operating mode and echoing state | [ SET CHOICE MODE ] |
| pschsp | create structure element to set the current character spacing attribute | [ SET CHARACTER SPACING ] |
| pschup | create a structure element to set the current character up vector attribute | [ SET CHARACTER UP VECTOR ] |
| pschxp | create structure element to set the current character expansion factor attribute | [ SET CHARACTER EXPANSION FACTOR ] |
| pscmd | select colour model for workstation colour table | [ SET COLOUR MODEL ] |
| pscnrs | set the conflict resolution flags | [ SET CONFLICT RESOLUTION ] |
| pscr | define a colour representation entry in the workstation’s colour table. | [ SET COLOUR REPRESENTATION ] |
| psdus | set Workstation Deferral and Modification Modes | [ SET DISPLAY UPDATE STATE ] |
| psedci | create structure element to set the current edge colour index attribute | [ SET EDGE COLOUR INDEX ] |
| psedfg | create a structure element to set the current edge flag attribute | [ SET EDGE FLAG ] |
| psedi | create a structure element containing an edge representation index attribute | [ SET EDGE INDEX ] |
| psedm | set the edit mode controlling how new structure elements are added to the open structure | [ SET EDIT MODE ] |
| psedr | define an edge attribute bundle on the workstation. | [ SET EDGE REPRESENTATION ] |
| psedt | create a structure element to set the current edgetype attribute | [ SET EDGETYPE ] |
| psep | set element pointer to specified pointer value | [ SET ELEMENT POINTER ] |
| pseplb | set the element pointer to the next occurrence of the specified label | [ SET ELEMENT POINTER AT LABEL ] |
| pserhm | set the current error handling mode | [ SET ERROR HANDLING MODE ] |
| psetannotationalign | create a structure element to set the current text alignment attribute | [ SET ANNOTATION TEXT ALIGNMENT ] |
| psetannotationcharheight | create structure element to set the current annotation text character height attribute | [ SET ANNOTATION TEXT CHARACTER HEIGHT ] |
| psetannotationcharup | create structure element to set the current annotation text character up vector attribute | [ SET ANNOTATION TEXT CHARACTER UP VECTOR ] |
| psetannotationpath | create a structure element to set the current text path attribute | [ SET ANNOTATION TEXT PATH ] |
| psetannotationstyle | create structure element to set the current annotation style attribute | [ SET ANNOTATION STYLE ] |
| psetcharexpan | create structure element to set the current character expansion factor attribute | [ SET CHARACTER EXPANSION FACTOR ] |
| psetcharheight | create structure element to set the current character height attribute | [ SET CHARACTER HEIGHT ] |
| psetcharspace | create structure element to set the current character spacing attribute | [ SET CHARACTER SPACING ] |
| psetcharup | create a structure element to set the current character up vector attribute | [ SET CHARACTER UP VECTOR ] |
| psetchoicemode | set choice device operating mode and echoing state | [ SET CHOICE MODE ] |
| psetcolourmodel | select colour model for workstation colour table | [ SET COLOUR MODEL ] |
| psetcolourrep | define a colour representation entry in the workstation’s colour table. | [ SET COLOUR REPRESENTATION ] |
| psetconfres | set the conflict resolution flags | [ SET CONFLICT RESOLUTION ] |
| psetdisplayupdatest | set Workstation Deferral and Modification Modes | [ SET DISPLAY UPDATE STATE ] |
| psetedgecolourind | create structure element to set the current edge colour index attribute | [ SET EDGE COLOUR INDEX ] |
| psetedgeflag | create a structure element to set the current edge flag attribute | [ SET EDGE FLAG ] |
| psetedgeind | create a structure element containing an edge representation index attribute | [ SET EDGE INDEX ] |
| psetedgerep | define an edge attribute bundle on the workstation. | [ SET EDGE REPRESENTATION ] |
| psetedgetype | create a structure element to set the current edgetype attribute | [ SET EDGETYPE ] |
| psetedgewidth | create structure element to set the current edgewidth scale factor attribute | [ SET EDGEWIDTH SCALE FACTOR ] |
| pseteditmode | set the edit mode controlling how new structure elements are added to the open structure | [ SET EDIT MODE ] |
| psetelemptr | set element pointer to specified pointer value | [ SET ELEMENT POINTER ] |
| psetelemptrlabel | set the element pointer to the next occurrence of the specified label | [ SET ELEMENT POINTER AT LABEL ] |
| pseterrorhandmode | set the current error handling mode | [ SET ERROR HANDLING MODE ] |
| psetglobaltran | create structure element containing a 2D global modelling transformation matrix | [ SET GLOBAL TRANSFORMATION ] |
| psetglobaltran3 | create structure element containing 3D global modelling transformation matrix | [ SET GLOBAL TRANSFORMATION 3 ] |
| psethilightfilter | set the workstation’s name set filter which determines which primitives are highlighted | [ SET HIGHLIGHTING FILTER ] |
| psethlhsrid | create a structure element to set the current hidden line/hidden surface removal attribute | [ SET HLHSR IDENTIFIER ] |
| psethlhsrmode | enable or disable hidden line and hidden surface removal on a workstation | [ SET HLHSR MODE ] |
| psetindivasf | create structure element to set the current Aspect Source Flag (ASF) for an attribute | [ SET INDIVIDUAL ASF ] |
| psetintcolourind | create structure element to set the current interior colour index attribute | [ SET INTERIOR COLOUR INDEX ] |
| psetintind | create a structure element containing a interior representation index attribute | [ SET INTERIOR INDEX ] |
| psetintrep | define an interior attribute bundle on the workstation. | [ SET INTERIOR REPRESENTATION ] |
| psetintstyle | create structure element to set the current interior style attribute | [ SET INTERIOR STYLE ] |
| psetintstyleind | create a structure element to set the current interior style index attribute | [ SET INTERIOR STYLE INDEX ] |
| psetinvisfilter | set the workstation’s name set filter which determines which primitives are invisible | [ SET INVISIBILITY FILTER ] |
| psetlinecolourind | create structure element to set the current polyline colour index attribute | [ SET POLYLINE COLOUR INDEX ] |
| psetlineind | create structure element containing polyline index attribute | [ SET POLYLINE INDEX ] |
| psetlinerep | define a polyline attribute bundle on a workstation | [ SET POLYLINE REPRESENTATION ] |
| psetlinetype | create structure element to set the current linetype attribute | [ SET LINETYPE ] |
| psetlinewidth | create structure element to set the current linewidth scale factor attribute | [ SET LINEWIDTH SCALE FACTOR ] |
| psetlocaltran | create a structure element containing a 2D local modelling transformation matrix | [ SET LOCAL TRANSFORMATION ] |
| psetlocaltran3 | create a structure element containing a 3D local modelling transformation matrix | [ SET LOCAL TRANSFORMATION 3 ] |
| psetlocmode | set locator device operating mode and echoing state | [ SET LOCATOR MODE ] |
| psetmarkercolourind | create a structure element to set the current polymarker colour index attribute | [ SET POLYMARKER COLOUR INDEX ] |
| psetmarkerind | create a structure element containing a polymarker representation index attribute | [ SET POLYMARKER INDEX ] |
| psetmarkerrep | define a polymarker attribute bundle on a workstation | [ SET POLYMARKER REPRESENTATION ] |
| psetmarkersize | create structure element to set the current marker size scale factor attribute | [ SET MARKER SIZE SCALE FACTOR ] |
| psetmarkertype | create structure element to set the current marker type attribute | [ SET MARKER TYPE ] |
| psetmodelclipindicator | create structure element to set the current modelling clipping indicator | [ SET MODELLING CLIPPING INDICATOR ] |
| psetmodelclipvolume | create structure element to set the current modelling clipping volume | [ SET MODELLING CLIPPING VOLUME ] |
| psetmodelclipvolume3 | create structure element to set the current 3D modelling clipping volume | [ SET MODELLING CLIPPING VOLUME 3 ] |
| psetpatrefpt | create structure element to set the current pattern reference point | [ SET PATTERN REFERENCE POINT ] |
| psetpatrefptvectors | create structure element to set the current pattern reference point and vectors | [ SET PATTERN REFERENCE POINT AND VECTORS ] |
| psetpatrep | define a pattern representation on a specified workstation | [ SET PATTERN REPRESENTATION ] |
| psetpatsize | create structure element to set the current pattern size | [ SET PATTERN SIZE ] |
| psetpickfilter | set a PICK input device’s pick filter, which determines which primitives are pickable | [ SET PICK FILTER ] |
| psetpickid | create structure element to set the current pick identifier attribute | [ SET PICK IDENTIFIER ] |
| psetpickmode | set pick device operating mode and echoing state | [ SET PICK MODE ] |
| psetstringmode | set string device operating mode and echoing state | [ SET STRING MODE ] |
| psetstrokemode | set stroke device operating mode and echoing state | [ SET STROKE MODE ] |
| psettextalign | create a structure element to set the current text alignment attribute | [ SET TEXT ALIGNMENT ] |
| psettextcolourind | create a structure element to set the current text colour index attribute | [ SET TEXT COLOUR INDEX ] |
| psettextfont | create a structure element to set the current text font attribute | [ SET TEXT FONT ] |
| psettextind | create a structure element containing a text representation index attribute | [ SET TEXT INDEX ] |
| psettextpath | create a structure element to set the current text path attribute | [ SET TEXT PATH ] |
| psettextprec | create a structure element to set the current text precision attribute | [ SET TEXT PRECISION ] |
| psettextrep | define a text attribute bundle on a workstation | [ SET TEXT REPRESENTATION ] |
| psetvalmode | set valuator device operating mode and echoing state | [ SET VALUATOR MODE ] |
| psetviewind | create a structure element containing a view index attribute | [ SET VIEW INDEX ] |
| psetviewrep | define a 2D view representation entry on a workstation | [ SET VIEW REPRESENTATION ] |
| psetviewrep3 | define 3D view representation entry on a workstation | [ SET VIEW REPRESENTATION 3 ] |
| psetviewtraninputpri | assign relative priority of a view representation to be used when transforming input values | [ SET VIEW TRANSFORMATION INPUT PRIORITY ] |
| psetwsviewport | set 2D viewport limits for a specified workstation | [ SET WORKSTATION VIEWPORT ] |
| psetwsviewport3 | set 3D viewport limits for a specified workstation | [ SET WORKSTATION VIEWPORT 3 ] |
| psetwswindow | specify a 2D window to be displayed on the workstation | [ SET WORKSTATION WINDOW ] |
| psetwswindow3 | specify a 3D window to be displayed on the specified workstation | [ SET WORKSTATION WINDOW 3 ] |
| psewsc | create structure element to set the current edgewidth scale factor attribute | [ SET EDGEWIDTH SCALE FACTOR ] |
| psgmt | create structure element containing a 2D global modelling transformation matrix | [ SET GLOBAL TRANSFORMATION ] |
| psgmt3 | create structure element containing 3D global modelling transformation matrix | [ SET GLOBAL TRANSFORMATION 3 ] |
| pshlft | set the workstation’s name set filter which determines which primitives are highlighted | [ SET HIGHLIGHTING FILTER ] |
| pshrid | create a structure element to set the current hidden line/hidden surface removal attribute | [ SET HLHSR IDENTIFIER ] |
| pshrm | enable or disable hidden line and hidden surface removal on a workstation | [ SET HLHSR MODE ] |
| psiasf | create structure element to set the current Aspect Source Flag (ASF) for an attribute | [ SET INDIVIDUAL ASF ] |
| psici | create structure element to set the current interior colour index attribute | [ SET INTERIOR COLOUR INDEX ] |
| psii | create a structure element containing a interior representation index attribute | [ SET INTERIOR INDEX ] |
| psir | define an interior attribute bundle on the workstation. | [ SET INTERIOR REPRESENTATION ] |
| psis | create structure element to set the current interior style attribute | [ SET INTERIOR STYLE ] |
| psisi | create a structure element to set the current interior style index attribute | [ SET INTERIOR STYLE INDEX ] |
| psivft | set the workstation’s name set filter which determines which primitives are invisible | [ SET INVISIBILITY FILTER ] |
| pslcm | set locator device operating mode and echoing state | [ SET LOCATOR MODE ] |
| pslmt | create a structure element containing a 2D local modelling transformation matrix | [ SET LOCAL TRANSFORMATION ] |
| pslmt3 | create a structure element containing a 3D local modelling transformation matrix | [ SET LOCAL TRANSFORMATION 3 ] |
| psln | create structure element to set the current linetype attribute | [ SET LINETYPE ] |
| pslwsc | create structure element to set the current linewidth scale factor attribute | [ SET LINEWIDTH SCALE FACTOR ] |
| psmch | sample the current measure of a choice device | [ SAMPLE CHOICE ] |
| psmcli | create structure element to set the current modelling clipping indicator | [ SET MODELLING CLIPPING INDICATOR ] |
| psmcv | create structure element to set the current modelling clipping volume | [ SET MODELLING CLIPPING VOLUME ] |
| psmcv3 | create structure element to set the current 3D modelling clipping volume | [ SET MODELLING CLIPPING VOLUME 3 ] |
| psmk | create structure element to set the current marker type attribute | [ SET MARKER TYPE ] |
| psmksc | create structure element to set the current marker size scale factor attribute | [ SET MARKER SIZE SCALE FACTOR ] |
| psmlc | sample the current measure of a locator device | [ SAMPLE LOCATOR ] |
| psmlc3 | sample the current measure of a locator device | [ SAMPLE LOCATOR 3 ] |
| psmpk | sample the current measure of a pick device | [ SAMPLE PICK ] |
| psmsk | sample the current measure of a stroke device | [ SAMPLE STROKE ] |
| psmsk3 | sample the current measure of a stroke device | [ SAMPLE STROKE 3 ] |
| psmst | sample current measure of a string device | [ SAMPLE STRING ] |
| psmvl | sample current measure of a valuator device | [ SAMPLE VALUATOR ] |
| pspa | create structure element to set the current pattern size | [ SET PATTERN SIZE ] |
| pspar | define a pattern representation on a specified workstation | [ SET PATTERN REPRESENTATION ] |
| psparf | create structure element to set the current pattern reference point | [ SET PATTERN REFERENCE POINT ] |
| pspkft | set a PICK input device’s pick filter, which determines which primitives are pickable | [ SET PICK FILTER ] |
| pspkid | create structure element to set the current pick identifier attribute | [ SET PICK IDENTIFIER ] |
| pspkm | set pick device operating mode and echoing state | [ SET PICK MODE ] |
| psplci | create structure element to set the current polyline colour index attribute | [ SET POLYLINE COLOUR INDEX ] |
| pspli | create structure element containing polyline index attribute | [ SET POLYLINE INDEX ] |
| psplr | define a polyline attribute bundle on a workstation | [ SET POLYLINE REPRESENTATION ] |
| pspmci | create a structure element to set the current polymarker colour index attribute | [ SET POLYMARKER COLOUR INDEX ] |
| pspmi | create a structure element containing a polymarker representation index attribute | [ SET POLYMARKER INDEX ] |
| pspmr | define a polymarker attribute bundle on a workstation | [ SET POLYMARKER REPRESENTATION ] |
| psprpv | create structure element to set the current pattern reference point and vectors | [ SET PATTERN REFERENCE POINT AND VECTORS ] |
| psskm | set stroke device operating mode and echoing state | [ SET STROKE MODE ] |
| psstm | set string device operating mode and echoing state | [ SET STRING MODE ] |
| pstxal | create a structure element to set the current text alignment attribute | [ SET TEXT ALIGNMENT ] |
| pstxci | create a structure element to set the current text colour index attribute | [ SET TEXT COLOUR INDEX ] |
| pstxfn | create a structure element to set the current text font attribute | [ SET TEXT FONT ] |
| pstxi | create a structure element containing a text representation index attribute | [ SET TEXT INDEX ] |
| pstxp | create a structure element to set the current text path attribute | [ SET TEXT PATH ] |
| pstxpr | create a structure element to set the current text precision attribute | [ SET TEXT PRECISION ] |
| pstxr | define a text attribute bundle on a workstation | [ SET TEXT REPRESENTATION ] |
| psvlm | set valuator device operating mode and echoing state | [ SET VALUATOR MODE ] |
| psvtip | assign relative priority of a view representation to be used when transforming input values | [ SET VIEW TRANSFORMATION INPUT PRIORITY ] |
| psvwi | create a structure element containing a view index attribute | [ SET VIEW INDEX ] |
| psvwr | define a 2D view representation entry on a workstation | [ SET VIEW REPRESENTATION ] |
| psvwr3 | define 3D view representation entry on a workstation | [ SET VIEW REPRESENTATION 3 ] |
| pswkv | set 2D viewport limits for a specified workstation | [ SET WORKSTATION VIEWPORT ] |
| pswkv3 | set 3D viewport limits for a specified workstation | [ SET WORKSTATION VIEWPORT 3 ] |
| pswkw | specify a 2D window to be displayed on the workstation | [ SET WORKSTATION WINDOW ] |
| pswkw3 | specify a 3D window to be displayed on the specified workstation | [ SET WORKSTATION WINDOW 3 ] |
| ptext | create structure element specifying 2D text primitive | [ TEXT ] |
| ptext3 | create structure element specifying 3D text primitive | [ TEXT 3 ] |
| ptp | apply a 2D transformation matrix to a specified 2D point | [ TRANSFORM POINT ] |
| ptp3 | apply a 3D transformation matrix to a specified 3D point | [ TRANSFORM POINT 3 ] |
| ptr | calculate a 2D transformation matrix to perform a specified translation | [ TRANSLATE ] |
| ptr3 | calculate a 3D transformation matrix to perform a specified translation | [ TRANSLATE 3 ] |
| ptranpt | apply a 2D transformation matrix to a specified 2D point | [ TRANSFORM POINT ] |
| ptranpt3 | apply a 3D transformation matrix to a specified 3D point | [ TRANSFORM POINT 3 ] |
| ptranslate | calculate a 2D transformation matrix to perform a specified translation | [ TRANSLATE ] |
| ptranslate3 | calculate a 3D transformation matrix to perform a specified translation | [ TRANSLATE 3 ] |
| ptx | create structure element specifying 2D text primitive | [ TEXT ] |
| ptx3 | create structure element specifying 3D text primitive | [ TEXT 3 ] |
| ptx3s | create structure element specifying 3D text primitive | [ TEXT 3 ] |
| ptxs | create structure element specifying 2D text primitive | [ TEXT ] |
| punpostallstruct | unpost all structures posted to the specified workstation | [ UNPOST ALL STRUCTURES ] |
| punpoststruct | unpost a structure from the specified workstation | [ UNPOST STRUCTURE ] |
| pupast | unpost all structures posted to the specified workstation | [ UNPOST ALL STRUCTURES ] |
| pupdatews | execute deferred workstation actions and optionally correct the display | [ UPDATE WORKSTATION ] |
| pupost | unpost a structure from the specified workstation | [ UNPOST STRUCTURE ] |
| purec | unpack values from a data record into FORTRAN arrays | [ UNPACK DATA RECORD ] |
| puwk | execute deferred workstation actions and optionally correct the display | [ UPDATE WORKSTATION ] |
| pwait | move event from input queue to current event report | [ AWAIT EVENT ] |
| pwitm | write application-supplied data to metafile | [ WRITE ITEM TO METAFILE ] |
| pwritemf | write application-supplied data to metafile | [ WRITE ITEM TO METAFILE ] |
| read_item_from_metafile | read current item from metafile | [ READ ITEM FROM METAFILE ] |
| redraw_all_structures | redisplay all structures posted to a workstation | [ REDRAW ALL STRUCTURES ] |
| remove_names_from_set | create a structure element to remove names from the current name set | [ REMOVE NAMES FROM SET ] |
| request_choice | request an operator interaction with a choice device | [ REQUEST CHOICE ] |
| request_locator | request an operator interaction with a locator device | [ REQUEST LOCATOR ] |
| request_locator_3 | request an operator interaction with a locator device | [ REQUEST LOCATOR 3 ] |
| request_pick | request an operator interaction with a pick device | [ REQUEST PICK ] |
| request_string | request an operator interaction with a string device | [ REQUEST STRING ] |
| request_stroke | request an operator interaction with a stroke device | [ REQUEST STROKE ] |
| request_stroke_3 | request an operator interaction with a stroke device | [ REQUEST STROKE 3 ] |
| request_valuator | request an operator interaction with a valuator device | [ REQUEST VALUATOR ] |
| restore_modelling_clipping_volume | create structure element to restore the modelling clipping volume | [ RESTORE MODELLING CLIPPING VOLUME ] |
| retrieve_all_structures | retrieve all structures from an archive file | [ RETRIEVE ALL STRUCTURES ] |
| retrieve_ancestors_of_structure | retrieve the ancestors of the specified structure from an archive file | [ RETRIEVE ANCESTORS OF STRUCTURE ] |
| retrieve_descendants_of_structure | retrieve the descendants of the specified structure from an archive file | [ RETRIEVE DESCENDANTS OF STRUCTURE ] |
| retrieve_structure_identifiers | retrieve a list of structure identifiers from an archive file | [ RETRIEVE STRUCTURE IDENTIFIERS ] |
| retrieve_structure_networks | retrieve specified structure networks from an archive file | [ RETRIEVE STRUCTURE NETWORKS ] |
| retrieve_structures | retrieve specified structures from an archive file | [ RETRIEVE STRUCTURES ] |
| rotate | calculate a 2D transformation matrix to perform a specified 2D rotation. | [ ROTATE ] |
| rotate_x | calculate a 3D transformation matrix to perform a specified rotation about the x axis. | [ ROTATE X ] |
| rotate_y | calculate a 3D transformation matrix to perform a specified rotation about the y axis. | [ ROTATE Y ] |
| rotate_z | calculate a 3D transformation matrix to perform a specified rotation about the z axis. | [ ROTATE Z ] |
| sample_choice | sample the current measure of a choice device | [ SAMPLE CHOICE ] |
| sample_locator | sample the current measure of a locator device | [ SAMPLE LOCATOR ] |
| sample_locator_3 | sample the current measure of a locator device | [ SAMPLE LOCATOR 3 ] |
| sample_pick | sample the current measure of a pick device | [ SAMPLE PICK ] |
| sample_string | sample current measure of a string device | [ SAMPLE STRING ] |
| sample_stroke | sample the current measure of a stroke device | [ SAMPLE STROKE ] |
| sample_stroke_3 | sample the current measure of a stroke device | [ SAMPLE STROKE 3 ] |
| sample_valuator | sample current measure of a valuator device | [ SAMPLE VALUATOR ] |
| scale | calculate a 2D transformation matrix to perform a specified scaling | [ SCALE ] |
| scale_3 | calculate a 3D transformation matrix to perform a specified scaling | [ SCALE 3 ] |
| set_annotation_style | create structure element to set the current annotation style attribute | [ SET ANNOTATION STYLE ] |
| set_annotation_text_alignment | create a structure element to set the current text alignment attribute | [ SET ANNOTATION TEXT ALIGNMENT ] |
| set_annotation_text_character_height | create structure element to set the current annotation text character height attribute | [ SET ANNOTATION TEXT CHARACTER HEIGHT ] |
| set_annotation_text_character_up_vector | create structure element to set the current annotation text character up vector attribute | [ SET ANNOTATION TEXT CHARACTER UP VECTOR ] |
| set_annotation_text_path | create a structure element to set the current text path attribute | [ SET ANNOTATION TEXT PATH ] |
| set_character_expansion_factor | create structure element to set the current character expansion factor attribute | [ SET CHARACTER EXPANSION FACTOR ] |
| set_character_height | create structure element to set the current character height attribute | [ SET CHARACTER HEIGHT ] |
| set_character_spacing | create structure element to set the current character spacing attribute | [ SET CHARACTER SPACING ] |
| set_character_up_vector | create a structure element to set the current character up vector attribute | [ SET CHARACTER UP VECTOR ] |
| set_choice_mode | set choice device operating mode and echoing state | [ SET CHOICE MODE ] |
| set_colour_model | select colour model for workstation colour table | [ SET COLOUR MODEL ] |
| set_colour_representation | define a colour representation entry in the workstation’s colour table. | [ SET COLOUR REPRESENTATION ] |
| set_conflict_resolution | set the conflict resolution flags | [ SET CONFLICT RESOLUTION ] |
| set_display_update_state | set Workstation Deferral and Modification Modes | [ SET DISPLAY UPDATE STATE ] |
| set_edge_colour_index | create structure element to set the current edge colour index attribute | [ SET EDGE COLOUR INDEX ] |
| set_edge_flag | create a structure element to set the current edge flag attribute | [ SET EDGE FLAG ] |
| set_edge_index | create a structure element containing an edge representation index attribute | [ SET EDGE INDEX ] |
| set_edge_representation | define an edge attribute bundle on the workstation. | [ SET EDGE REPRESENTATION ] |
| set_edgetype | create a structure element to set the current edgetype attribute | [ SET EDGETYPE ] |
| set_edgewidth_scale_factor | create structure element to set the current edgewidth scale factor attribute | [ SET EDGEWIDTH SCALE FACTOR ] |
| set_edit_mode | set the edit mode controlling how new structure elements are added to the open structure | [ SET EDIT MODE ] |
| set_element_pointer | set element pointer to specified pointer value | [ SET ELEMENT POINTER ] |
| set_element_pointer_at_label | set the element pointer to the next occurrence of the specified label | [ SET ELEMENT POINTER AT LABEL ] |
| set_error_handling_mode | set the current error handling mode | [ SET ERROR HANDLING MODE ] |
| set_global_transformation | create structure element containing a 2D global modelling transformation matrix | [ SET GLOBAL TRANSFORMATION ] |
| set_global_transformation_3 | create structure element containing 3D global modelling transformation matrix | [ SET GLOBAL TRANSFORMATION 3 ] |
| set_highlighting_filter | set the workstation’s name set filter which determines which primitives are highlighted | [ SET HIGHLIGHTING FILTER ] |
| set_hlhsr_identifier | create a structure element to set the current hidden line/hidden surface removal attribute | [ SET HLHSR IDENTIFIER ] |
| set_hlhsr_mode | enable or disable hidden line and hidden surface removal on a workstation | [ SET HLHSR MODE ] |
| set_individual_asf | create structure element to set the current Aspect Source Flag (ASF) for an attribute | [ SET INDIVIDUAL ASF ] |
| set_interior_colour_index | create structure element to set the current interior colour index attribute | [ SET INTERIOR COLOUR INDEX ] |
| set_interior_index | create a structure element containing a interior representation index attribute | [ SET INTERIOR INDEX ] |
| set_interior_representation | define an interior attribute bundle on the workstation. | [ SET INTERIOR REPRESENTATION ] |
| set_interior_style | create structure element to set the current interior style attribute | [ SET INTERIOR STYLE ] |
| set_interior_style_index | create a structure element to set the current interior style index attribute | [ SET INTERIOR STYLE INDEX ] |
| set_invisibility_filter | set the workstation’s name set filter which determines which primitives are invisible | [ SET INVISIBILITY FILTER ] |
| set_linetype | create structure element to set the current linetype attribute | [ SET LINETYPE ] |
| set_linewidth_scale_factor | create structure element to set the current linewidth scale factor attribute | [ SET LINEWIDTH SCALE FACTOR ] |
| set_local_transformation | create a structure element containing a 2D local modelling transformation matrix | [ SET LOCAL TRANSFORMATION ] |
| set_local_transformation_3 | create a structure element containing a 3D local modelling transformation matrix | [ SET LOCAL TRANSFORMATION 3 ] |
| set_locator_mode | set locator device operating mode and echoing state | [ SET LOCATOR MODE ] |
| set_marker_size_scale_factor | create structure element to set the current marker size scale factor attribute | [ SET MARKER SIZE SCALE FACTOR ] |
| set_marker_type | create structure element to set the current marker type attribute | [ SET MARKER TYPE ] |
| set_modelling_clipping_indicator | create structure element to set the current modelling clipping indicator | [ SET MODELLING CLIPPING INDICATOR ] |
| set_modelling_clipping_volume | create structure element to set the current modelling clipping volume | [ SET MODELLING CLIPPING VOLUME ] |
| set_modelling_clipping_volume_3 | create structure element to set the current 3D modelling clipping volume | [ SET MODELLING CLIPPING VOLUME 3 ] |
| set_pattern_reference_point | create structure element to set the current pattern reference point | [ SET PATTERN REFERENCE POINT ] |
| set_pattern_reference_point_and_vectors | create structure element to set the current pattern reference point and vectors | [ SET PATTERN REFERENCE POINT AND VECTORS ] |
| set_pattern_representation | define a pattern representation on a specified workstation | [ SET PATTERN REPRESENTATION ] |
| set_pattern_size | create structure element to set the current pattern size | [ SET PATTERN SIZE ] |
| set_pick_filter | set a PICK input device’s pick filter, which determines which primitives are pickable | [ SET PICK FILTER ] |
| set_pick_identifier | create structure element to set the current pick identifier attribute | [ SET PICK IDENTIFIER ] |
| set_pick_mode | set pick device operating mode and echoing state | [ SET PICK MODE ] |
| set_polyline_colour_index | create structure element to set the current polyline colour index attribute | [ SET POLYLINE COLOUR INDEX ] |
| set_polyline_index | create structure element containing polyline index attribute | [ SET POLYLINE INDEX ] |
| set_polyline_representation | define a polyline attribute bundle on a workstation | [ SET POLYLINE REPRESENTATION ] |
| set_polymarker_colour_index | create a structure element to set the current polymarker colour index attribute | [ SET POLYMARKER COLOUR INDEX ] |
| set_polymarker_index | create a structure element containing a polymarker representation index attribute | [ SET POLYMARKER INDEX ] |
| set_polymarker_representation | define a polymarker attribute bundle on a workstation | [ SET POLYMARKER REPRESENTATION ] |
| set_string_mode | set string device operating mode and echoing state | [ SET STRING MODE ] |
| set_stroke_mode | set stroke device operating mode and echoing state | [ SET STROKE MODE ] |
| set_text_alignment | create a structure element to set the current text alignment attribute | [ SET TEXT ALIGNMENT ] |
| set_text_colour_index | create a structure element to set the current text colour index attribute | [ SET TEXT COLOUR INDEX ] |
| set_text_font | create a structure element to set the current text font attribute | [ SET TEXT FONT ] |
| set_text_index | create a structure element containing a text representation index attribute | [ SET TEXT INDEX ] |
| set_text_path | create a structure element to set the current text path attribute | [ SET TEXT PATH ] |
| set_text_precision | create a structure element to set the current text precision attribute | [ SET TEXT PRECISION ] |
| set_text_representation | define a text attribute bundle on a workstation | [ SET TEXT REPRESENTATION ] |
| set_valuator_mode | set valuator device operating mode and echoing state | [ SET VALUATOR MODE ] |
| set_view_index | create a structure element containing a view index attribute | [ SET VIEW INDEX ] |
| set_view_representation | define a 2D view representation entry on a workstation | [ SET VIEW REPRESENTATION ] |
| set_view_representation_3 | define 3D view representation entry on a workstation | [ SET VIEW REPRESENTATION 3 ] |
| set_view_transformation_input_priority | assign relative priority of a view representation to be used when transforming input values | [ SET VIEW TRANSFORMATION INPUT PRIORITY ] |
| set_workstation_viewport | set 2D viewport limits for a specified workstation | [ SET WORKSTATION VIEWPORT ] |
| set_workstation_viewport_3 | set 3D viewport limits for a specified workstation | [ SET WORKSTATION VIEWPORT 3 ] |
| set_workstation_window | specify a 2D window to be displayed on the workstation | [ SET WORKSTATION WINDOW ] |
| set_workstation_window_3 | specify a 3D window to be displayed on the specified workstation | [ SET WORKSTATION WINDOW 3 ] |
| text | create structure element specifying 2D text primitive | [ TEXT ] |
| text_3 | create structure element specifying 3D text primitive | [ TEXT 3 ] |
| transform_point | apply a 2D transformation matrix to a specified 2D point | [ TRANSFORM POINT ] |
| transform_point_3 | apply a 3D transformation matrix to a specified 3D point | [ TRANSFORM POINT 3 ] |
| translate | calculate a 2D transformation matrix to perform a specified translation | [ TRANSLATE ] |
| translate_3 | calculate a 3D transformation matrix to perform a specified translation | [ TRANSLATE 3 ] |
| unpack_data_record | unpack values from a data record into FORTRAN arrays | [ UNPACK DATA RECORD ] |
| unpost_all_structures | unpost all structures posted to the specified workstation | [ UNPOST ALL STRUCTURES ] |
| unpost_structure | unpost a structure from the specified workstation | [ UNPOST STRUCTURE ] |
| update_workstation | execute deferred workstation actions and optionally correct the display | [ UPDATE WORKSTATION ] |
| workstation_type_create | create a new workstation type − SunPHIGS extension | [ WORKSTATION TYPE CREATE ] |
| workstation_type_destroy | destroy a workstation type − SunPHIGS extension | [ WORKSTATION TYPE DESTROY ] |
| workstation_type_get | return the value of a specified workstation type field − SunPHIGS extension | [ WORKSTATION TYPE GET ] |
| workstation_type_set | set workstation type attributes − SunPHIGS Extension | [ WORKSTATION TYPE SET ] |
| write_item_to_metafile | write application-supplied data to metafile | [ WRITE ITEM TO METAFILE ] |
| add_trimming_curve | add trimming curve parameters to the trim curve parameter lists | [ ADD TRIMMING CURVE ] |
| compute_fill_area_set_geometric_normal | compute geometric normal of the fill area set | [ COMPUTE FILL AREA SET GEOMETRIC NORMAL ] |
| fill_area_3_with_data | creates a 3D fill area structure element that includes colour and shading data | [ FILL AREA 3 WITH DATA ] |
| fill_area_set_3_with_data | creates a 3D fill area set structure element that includes colour and shading data | [ FILL AREA SET 3 WITH DATA ] |
| inquire_curve_and_surface_facilities | inquire the available curve and surface facilities of a workstation type | [ INQUIRE CURVE AND SURFACE FACILITIES ] |
| inquire_depth_cue_facilities | inquire depth cue facitities for the specified workstation type | [ INQUIRE DEPTH CUE FACILITIES ] |
| inquire_depth_cue_representation | inquire depth cue representation for a given workstation | [ INQUIRE DEPTH CUE REPRESENTATION ] |
| inquire_direct_colour_model_facilities | inquire list of workstation direct colour facilities | [ INQUIRE DIRECT COLOUR MODEL FACILITIES ] |
| inquire_extended_edge_representation | inquire an extended edge representation on a workstation | [ INQUIRE EXTENDED EDGE REPRESENTATION ] |
| inquire_extended_interior_facilities | inquire extended interior facilities of a workstation type | [ INQUIRE EXTENDED INTERIOR FACILITIES ] |
| inquire_extended_interior_representation | inquire the values of an extended interior representation on a workstation | [ INQUIRE EXTENDED INTERIOR REPRESENTATION ] |
| inquire_extended_pattern_representation | inquire an extended pattern representation on a workstation | [ INQUIRE EXTENDED PATTERN REPRESENTATION ] |
| inquire_extended_polyline_facilities | inquire workstation type extended polyline facilities | [ INQUIRE EXTENDED POLYLINE FACILITIES ] |
| inquire_extended_polyline_representation | inquire the values of a workstation’s extended polyline representation | [ INQUIRE EXTENDED POLYLINE REPRESENTATION ] |
| inquire_extended_polymarker_representation | inquire an extended polymarker representation on a workstation | [ INQUIRE EXTENDED POLYMARKER REPRESENTATION ] |
| inquire_extended_text_representation | inquire an extended text representation on a workstation | [ INQUIRE EXTENDED TEXT REPRESENTATION ] |
| inquire_extended_workstation_state_table_lengths | inquire the lengths of the extended workstation state tables for a specified workstation type | [ INQUIRE EXTENDED WORKSTATION STATE TABLE LENGTHS ] |
| inquire_general_interior_facilities | inquire the general interior facilities of a workstation type | [ INQUIRE GENERAL INTERIOR FACILITIES ] |
| inquire_general_interior_representation | inquire the contents of a general interior representation on a workstation | [ INQUIRE GENERAL INTERIOR REPRESENTATION ] |
| inquire_light_source_facilities | inquire list of workstation light source facilities for a specified workstation type | [ INQUIRE LIGHT SOURCE FACILITIES ] |
| inquire_light_source_representation | inquire light source representation for a given workstation | [ INQUIRE LIGHT SOURCE REPRESENTATION ] |
| inquire_list_of_depth_cue_indices | inquire the list of depth cue indices defined on a workstation | [ INQUIRE LIST OF DEPTH CUE INDICES ] |
| inquire_list_of_general_interior_indices | inquire the list of general interior indices defined on a workstation | [ INQUIRE LIST OF GENERAL INTERIOR INDICES ] |
| inquire_list_of_light_source_indices | inquire the list of light source indices defined on a workstation | [ INQUIRE LIST OF LIGHT SOURCE INDICES ] |
| inquire_predefined_depth_cue_representation | inquire predefined depth cue representation for the specified workstation type | [ INQUIRE PREDEFINED DEPTH CUE REPRESENTATION ] |
| inquire_predefined_extended_edge_representation | inquire a predefined extended edge representation for a specified workstation type | [ INQUIRE PREDEFINED EXTENDED EDGE REPRESENTATION ] |
| inquire_predefined_extended_interior_representation | inquire the values of a predefined extended interior representation for a specified workstation type | [ INQUIRE PREDEFINED EXTENDED INTERIOR REPRESENTATION ] |
| inquire_predefined_extended_pattern_representation | inquire a predefined extended pattern representation for a specified workstation type | [ INQUIRE PREDEFINED EXTENDED PATTERN REPRESENTATION ] |
| inquire_predefined_extended_polyline_representation | inquire a predefined extended polyline representation from a specified workstation type | [ INQUIRE PREDEFINED EXTENDED POLYLINE REPRESENTATION ] |
| inquire_predefined_extended_polymarker_representation | inquire a predefined extended polymarker representation for a specified workstation type | [ INQUIRE PREDEFINED EXTENDED POLYMARKER REPRESENTATION ] |
| inquire_predefined_extended_text_representation | inquire a predefined extended text representation for a specified workstation type | [ INQUIRE PREDEFINED EXTENDED TEXT REPRESENTATION ] |
| inquire_predefined_general_interior_representation | inquire the contents of a predefined general interior representation | [ INQUIRE PREDEFINED GENERAL INTERIOR REPRESENTATION ] |
| inquire_predefined_light_source_representation | inquire a predefined light source representation | [ INQUIRE PREDEFINED LIGHT SOURCE REPRESENTATION ] |
| intro_phigs+ | the introduction to the PHIGS+ Extensions in the SunPHIGS graphics library | [ INTRODUCTION TO PHIGS+ EXTENSIONS ] |
| non-uniform_b-spline_curve | create a non-uniform B-spline curve structure element | [ NON-UNIFORM B-SPLINE CURVE ] |
| non-uniform_b-spline_surface | create a non-uniform B-spline surface structure element | [ NON-UNIFORM B-SPLINE SURFACE ] |
| pcfasn | compute geometric normal of the fill area set | [ COMPUTE FILL AREA SET GEOMETRIC NORMAL ] |
| pcompfillareasetgnorm | compute geometric normal of the fill area set | [ COMPUTE FILL AREA SET GEOMETRIC NORMAL ] |
| pfad3 | creates a 3D fill area structure element that includes colour and shading data | [ FILL AREA 3 WITH DATA ] |
| pfasd3 | creates a 3D fill area set structure element that includes colour and shading data | [ FILL AREA SET 3 WITH DATA ] |
| pfillarea3data | creates a 3D fill area structure element that includes colour and shading data | [ FILL AREA 3 WITH DATA ] |
| pfillareaset3data | creates a 3D fill area set structure element that includes colour and shading data | [ FILL AREA SET 3 WITH DATA ] |
| pinqcurvsurffacil | inquire the available curve and surface facilities of a workstation type | [ INQUIRE CURVE AND SURFACE FACILITIES ] |
| pinqdcuefacil | inquire depth cue facitities for the specified workstation type | [ INQUIRE DEPTH CUE FACILITIES ] |
| pinqdcueind | inquire the list of depth cue indices defined on a workstation | [ INQUIRE LIST OF DEPTH CUE INDICES ] |
| pinqdcuerep | inquire depth cue representation for a given workstation | [ INQUIRE DEPTH CUE REPRESENTATION ] |
| pinqdirectcolourmodelfacil | inquire list of workstation direct colour facilities | [ INQUIRE DIRECT COLOUR MODEL FACILITIES ] |
| pinqextedgerep | inquire an extended edge representation on a workstation | [ INQUIRE EXTENDED EDGE REPRESENTATION ] |
| pinqextintfacil | inquire extended interior facilities of a workstation type | [ INQUIRE EXTENDED INTERIOR FACILITIES ] |
| pinqextintrep | inquire the values of an extended interior representation on a workstation | [ INQUIRE EXTENDED INTERIOR REPRESENTATION ] |
| pinqextlinefacil | inquire workstation type extended polyline facilities | [ INQUIRE EXTENDED POLYLINE FACILITIES ] |
| pinqextlinerep | inquire the values of a workstation’s extended polyline representation | [ INQUIRE EXTENDED POLYLINE REPRESENTATION ] |
| pinqextmarkerrep | inquire an extended polymarker representation on a workstation | [ INQUIRE EXTENDED POLYMARKER REPRESENTATION ] |
| pinqextpatrep | inquire an extended pattern representation on a workstation | [ INQUIRE EXTENDED PATTERN REPRESENTATION ] |
| pinqexttextrep | inquire an extended text representation on a workstation | [ INQUIRE EXTENDED TEXT REPRESENTATION ] |
| pinqextwssttable | inquire the lengths of the extended workstation state tables for a specified workstation type | [ INQUIRE EXTENDED WORKSTATION STATE TABLE LENGTHS ] |
| pinqgenintfacil | inquire the general interior facilities of a workstation type | [ INQUIRE GENERAL INTERIOR FACILITIES ] |
| pinqgenintind | inquire the list of general interior indices defined on a workstation | [ INQUIRE LIST OF GENERAL INTERIOR INDICES ] |
| pinqgenintrep | inquire the contents of a general interior representation on a workstation | [ INQUIRE GENERAL INTERIOR REPRESENTATION ] |
| pinqlightsrcfacil | inquire list of workstation light source facilities for a specified workstation type | [ INQUIRE LIGHT SOURCE FACILITIES ] |
| pinqlightsrcind | inquire the list of light source indices defined on a workstation | [ INQUIRE LIST OF LIGHT SOURCE INDICES ] |
| pinqlightsrcrep | inquire light source representation for a given workstation | [ INQUIRE LIGHT SOURCE REPRESENTATION ] |
| pinqpreddcuerep | inquire predefined depth cue representation for the specified workstation type | [ INQUIRE PREDEFINED DEPTH CUE REPRESENTATION ] |
| pinqpredextedgerep | inquire a predefined extended edge representation for a specified workstation type | [ INQUIRE PREDEFINED EXTENDED EDGE REPRESENTATION ] |
| pinqpredextintrep | inquire the values of a predefined extended interior representation for a specified workstation type | [ INQUIRE PREDEFINED EXTENDED INTERIOR REPRESENTATION ] |
| pinqpredextlinerep | inquire a predefined extended polyline representation from a specified workstation type | [ INQUIRE PREDEFINED EXTENDED POLYLINE REPRESENTATION ] |
| pinqpredextmarkerrep | inquire a predefined extended polymarker representation for a specified workstation type | [ INQUIRE PREDEFINED EXTENDED POLYMARKER REPRESENTATION ] |
| pinqpredextpatrep | inquire a predefined extended pattern representation for a specified workstation type | [ INQUIRE PREDEFINED EXTENDED PATTERN REPRESENTATION ] |
| pinqpredexttextrep | inquire a predefined extended text representation for a specified workstation type | [ INQUIRE PREDEFINED EXTENDED TEXT REPRESENTATION ] |
| pinqpredgenintrep | inquire the contents of a predefined general interior representation | [ INQUIRE PREDEFINED GENERAL INTERIOR REPRESENTATION ] |
| pinqpredlightsrcrep | inquire a predefined light source representation | [ INQUIRE PREDEFINED LIGHT SOURCE REPRESENTATION ] |
| pmed3 | creates a 3D quadrilateral mesh structure element that includes colour and shading data | [ QUADRILATERAL MESH 3 WITH DATA ] |
| pnubsc | create a non-uniform B-spline curve structure element | [ NON-UNIFORM B-SPLINE CURVE ] |
| pnubss | create a non-uniform B-spline surface structure element | [ NON-UNIFORM B-SPLINE SURFACE ] |
| pnunibspcurv | create a non-uniform B-spline curve structure element | [ NON-UNIFORM B-SPLINE CURVE ] |
| pnunibspsurf | create a non-uniform B-spline surface structure element | [ NON-UNIFORM B-SPLINE SURFACE ] |
| polyhedron_3_with_data | creates a 3D polyhedron structure element that includes colour and shading data | [ POLYHEDRON 3 WITH DATA ] |
| polyline_set_3_with_data | creates a 3D polyline set structure element that includes colour and shading data | [ POLYLINE SET 3 WITH DATA ] |
| pphed3 | creates a 3D polyhedron structure element that includes colour and shading data | [ POLYHEDRON 3 WITH DATA ] |
| pplsd3 | creates a 3D polyline set structure element that includes colour and shading data | [ POLYLINE SET 3 WITH DATA ] |
| ppolyhedron3data | creates a 3D polyhedron structure element that includes colour and shading data | [ POLYHEDRON 3 WITH DATA ] |
| ppolylineset3data | creates a 3D polyline set structure element that includes colour and shading data | [ POLYLINE SET 3 WITH DATA ] |
| pqcsf | inquire the available curve and surface facilities of a workstation type | [ INQUIRE CURVE AND SURFACE FACILITIES ] |
| pqdcf | inquire depth cue facitities for the specified workstation type | [ INQUIRE DEPTH CUE FACILITIES ] |
| pqdci | inquire the list of depth cue indices defined on a workstation | [ INQUIRE LIST OF DEPTH CUE INDICES ] |
| pqdcmf | inquire list of workstation direct colour facilities | [ INQUIRE DIRECT COLOUR MODEL FACILITIES ] |
| pqdcr | inquire depth cue representation for a given workstation | [ INQUIRE DEPTH CUE REPRESENTATION ] |
| pqeer | inquire an extended edge representation on a workstation | [ INQUIRE EXTENDED EDGE REPRESENTATION ] |
| pqeif | inquire extended interior facilities of a workstation type | [ INQUIRE EXTENDED INTERIOR FACILITIES ] |
| pqeir | inquire the values of an extended interior representation on a workstation | [ INQUIRE EXTENDED INTERIOR REPRESENTATION ] |
| pqeplf | inquire workstation type extended polyline facilities | [ INQUIRE EXTENDED POLYLINE FACILITIES ] |
| pqeplr | inquire the values of a workstation’s extended polyline representation | [ INQUIRE EXTENDED POLYLINE REPRESENTATION ] |
| pqepmr | inquire an extended polymarker representation on a workstation | [ INQUIRE EXTENDED POLYMARKER REPRESENTATION ] |
| pqepr | inquire an extended pattern representation on a workstation | [ INQUIRE EXTENDED PATTERN REPRESENTATION ] |
| pqetr | inquire an extended text representation on a workstation | [ INQUIRE EXTENDED TEXT REPRESENTATION ] |
| pqewtl | inquire the lengths of the extended workstation state tables for a specified workstation type | [ INQUIRE EXTENDED WORKSTATION STATE TABLE LENGTHS ] |
| pqgif | inquire the general interior facilities of a workstation type | [ INQUIRE GENERAL INTERIOR FACILITIES ] |
| pqgir | inquire the contents of a general interior representation on a workstation | [ INQUIRE GENERAL INTERIOR REPRESENTATION ] |
| pqlgii | inquire the list of general interior indices defined on a workstation | [ INQUIRE LIST OF GENERAL INTERIOR INDICES ] |
| pqlsf | inquire list of workstation light source facilities for a specified workstation type | [ INQUIRE LIGHT SOURCE FACILITIES ] |
| pqlsi | inquire the list of light source indices defined on a workstation | [ INQUIRE LIST OF LIGHT SOURCE INDICES ] |
| pqlsr | inquire light source representation for a given workstation | [ INQUIRE LIGHT SOURCE REPRESENTATION ] |
| pqpdcr | inquire predefined depth cue representation for the specified workstation type | [ INQUIRE PREDEFINED DEPTH CUE REPRESENTATION ] |
| pqpeer | inquire a predefined extended edge representation for a specified workstation type | [ INQUIRE PREDEFINED EXTENDED EDGE REPRESENTATION ] |
| pqpeir | inquire the values of a predefined extended interior representation for a specified workstation type | [ INQUIRE PREDEFINED EXTENDED INTERIOR REPRESENTATION ] |
| pqpemr | inquire a predefined extended polymarker representation for a specified workstation type | [ INQUIRE PREDEFINED EXTENDED POLYMARKER REPRESENTATION ] |
| pqpenr | inquire a predefined extended pattern representation for a specified workstation type | [ INQUIRE PREDEFINED EXTENDED PATTERN REPRESENTATION ] |
| pqpepr | inquire a predefined extended polyline representation from a specified workstation type | [ INQUIRE PREDEFINED EXTENDED POLYLINE REPRESENTATION ] |
| pqpetr | inquire a predefined extended text representation for a specified workstation type | [ INQUIRE PREDEFINED EXTENDED TEXT REPRESENTATION ] |
| pqpgir | inquire the contents of a predefined general interior representation | [ INQUIRE PREDEFINED GENERAL INTERIOR REPRESENTATION ] |
| pqplsr | inquire a predefined light source representation | [ INQUIRE PREDEFINED LIGHT SOURCE REPRESENTATION ] |
| pquad3data | creates a 3D quadrilateral mesh structure element that includes colour and shading data | [ QUADRILATERAL MESH 3 WITH DATA ] |
| psap | create a structure element to set surface area properties | [ SET AREA PROPERTIES ] |
| psbap | create a structure element to set the back area properties | [ SET BACK AREA PROPERTIES ] |
| psbico | create a structure element to set the back interior colour | [ SET BACK INTERIOR COLOUR ] |
| psbire | create a structure element to set the current back interior reflectance equation | [ SET BACK INTERIOR REFLECTANCE EQUATION ] |
| psbis | create a structure element to set the back interior style | [ SET BACK INTERIOR STYLE ] |
| psbisi | create a structure element to set the back interior style index | [ SET BACK INTERIOR STYLE INDEX ] |
| psbism | create a structure element to set the back interior shading method | [ SET BACK INTERIOR SHADING METHOD ] |
| pscapx | create a structure element to set the curve approximation criteria | [ SET CURVE APPROXIMATION CRITERIA ] |
| psdci | creates a structure element containing the value depth cue index | [ SET DEPTH CUE INDEX ] |
| psdcr | creates a structure element containing the value depth cue representation | [ SET DEPTH CUE REPRESENTATION ] |
| pseco | create structure element to set the current edge direct colour attribute | [ SET EDGE COLOUR ] |
| pseer | set an extended edge attribute bundle on a workstation | [ SET EXTENDED EDGE REPRESENTATION ] |
| pseir | set an extended interior attribute bundle on a workstation | [ SET EXTENDED INTERIOR REPRESENTATION ] |
| psepid | set the element pointer to the next occurrence of the specified pick identifier | [ SET ELEMENT POINTER AT PICK IDENTIFIER ] |
| pseplr | set an extended polyline attribute bundle on a workstation | [ SET EXTENDED POLYLINE REPRESENTATION ] |
| psepmr | use to define an extended polymarker attribute bundle on a workstation | [ SET EXTENDED POLYMARKER REPRESENTATION ] |
| psepr | set an extended pattern attribute bundle on a workstation | [ SET EXTENDED PATTERN REPRESENTATION ] |
| psetareaprop | create a structure element to set surface area properties | [ SET AREA PROPERTIES ] |
| psetbackareaprop | create a structure element to set the back area properties | [ SET BACK AREA PROPERTIES ] |
| psetbackintcolour | create a structure element to set the back interior colour | [ SET BACK INTERIOR COLOUR ] |
| psetbackintreflecteq | create a structure element to set the current back interior reflectance equation | [ SET BACK INTERIOR REFLECTANCE EQUATION ] |
| psetbackintshadmethod | create a structure element to set the back interior shading method | [ SET BACK INTERIOR SHADING METHOD ] |
| psetbackintstyle | create a structure element to set the back interior style | [ SET BACK INTERIOR STYLE ] |
| psetbackintstyleind | create a structure element to set the back interior style index | [ SET BACK INTERIOR STYLE INDEX ] |
| psetcurvapprox | create a structure element to set the curve approximation criteria | [ SET CURVE APPROXIMATION CRITERIA ] |
| psetdcueind | creates a structure element containing the value depth cue index | [ SET DEPTH CUE INDEX ] |
| psetdcuerep | creates a structure element containing the value depth cue representation | [ SET DEPTH CUE REPRESENTATION ] |
| psetedgecolour | create structure element to set the current edge direct colour attribute | [ SET EDGE COLOUR ] |
| psetelemptrpickid | set the element pointer to the next occurrence of the specified pick identifier | [ SET ELEMENT POINTER AT PICK IDENTIFIER ] |
| psetextedgerep | set an extended edge attribute bundle on a workstation | [ SET EXTENDED EDGE REPRESENTATION ] |
| psetextintrep | set an extended interior attribute bundle on a workstation | [ SET EXTENDED INTERIOR REPRESENTATION ] |
| psetextlinerep | set an extended polyline attribute bundle on a workstation | [ SET EXTENDED POLYLINE REPRESENTATION ] |
| psetextmarkerrep | use to define an extended polymarker attribute bundle on a workstation | [ SET EXTENDED POLYMARKER REPRESENTATION ] |
| psetextpatrep | set an extended pattern attribute bundle on a workstation | [ SET EXTENDED PATTERN REPRESENTATION ] |
| psetexttextrep | use to define an extended text attribute representation bundle on a workstation | [ SET EXTENDED TEXT REPRESENTATION ] |
| psetfacecullmode | create a structure element to set the face culling mode | [ SET FACE CULLING MODE ] |
| psetfacedistgmode | create a structure element to set the face distinguishing mode | [ SET FACE DISTINGUISHING MODE ] |
| psetgenintrep | set a general interior representation on a workstation | [ SET GENERAL INTERIOR REPRESENTATION ] |
| psetintcolour | create structure element to set the interior colour attribute | [ SET INTERIOR COLOUR ] |
| psetintreflecteq | create a structure element to set the current interior reflectance equation | [ SET INTERIOR REFLECTANCE EQUATION ] |
| psetintshadmethod | creates an interior structure element | [ SET INTERIOR SHADING METHOD ] |
| psetlightsrcrep | define a light source representation entry in the workstation table of defined light source representations | [ SET LIGHT SOURCE REPRESENTATION ] |
| psetlightsrcstate | create structure element to enable and disable light sources | [ SET LIGHT SOURCE STATE ] |
| psetlinecolour | create a structure element to set the polyline colour attribute | [ SET POLYLINE COLOUR ] |
| psetlineshadmethod | set the current polyline shading method | [ SET POLYLINE SHADING METHOD ] |
| psetmarkercolour | create a structure element to set the current polymarker colour | [ SET POLYMARKER COLOUR ] |
| psetr | use to define an extended text attribute representation bundle on a workstation | [ SET EXTENDED TEXT REPRESENTATION ] |
| psetsurfapprox | create a structure element to set the surface approximation criteria | [ SET SURFACE APPROXIMATION CRITERIA ] |
| psettextcolour | create a structure element to set the text colour attribute | [ SET TEXT COLOUR ] |
| psettrimcurvapprox | create a structure element to set the trimming curve approximation criteria | [ SET TRIMMING CURVE APPROXIMATION CRITERIA ] |
| psfcm | create a structure element to set the face culling mode | [ SET FACE CULLING MODE ] |
| psfdm | create a structure element to set the face distinguishing mode | [ SET FACE DISTINGUISHING MODE ] |
| psgir | set a general interior representation on a workstation | [ SET GENERAL INTERIOR REPRESENTATION ] |
| psico | create structure element to set the interior colour attribute | [ SET INTERIOR COLOUR ] |
| psireq | create a structure element to set the current interior reflectance equation | [ SET INTERIOR REFLECTANCE EQUATION ] |
| psism | creates an interior structure element | [ SET INTERIOR SHADING METHOD ] |
| pslsr | define a light source representation entry in the workstation table of defined light source representations | [ SET LIGHT SOURCE REPRESENTATION ] |
| pslss | create structure element to enable and disable light sources | [ SET LIGHT SOURCE STATE ] |
| psplco | create a structure element to set the polyline colour attribute | [ SET POLYLINE COLOUR ] |
| psplsm | set the current polyline shading method | [ SET POLYLINE SHADING METHOD ] |
| pspmco | create a structure element to set the current polymarker colour | [ SET POLYMARKER COLOUR ] |
| pssapx | create a structure element to set the surface approximation criteria | [ SET SURFACE APPROXIMATION CRITERIA ] |
| pstapx | create a structure element to set the trimming curve approximation criteria | [ SET TRIMMING CURVE APPROXIMATION CRITERIA ] |
| pstxco | create a structure element to set the text colour attribute | [ SET TEXT COLOUR ] |
| ptri3data | creates a 3D triangle strip structure element that includes colour and shading data | [ TRIANGLE STRIP 3 WITH DATA ] |
| ptsd3 | creates a 3D triangle strip structure element that includes colour and shading data | [ TRIANGLE STRIP 3 WITH DATA ] |
| quadrilateral_mesh_3_with_data | creates a 3D quadrilateral mesh structure element that includes colour and shading data | [ QUADRILATERAL MESH 3 WITH DATA ] |
| set_area_properties | create a structure element to set surface area properties | [ SET AREA PROPERTIES ] |
| set_back_area_properties | create a structure element to set the back area properties | [ SET BACK AREA PROPERTIES ] |
| set_back_interior_colour | create a structure element to set the back interior colour | [ SET BACK INTERIOR COLOUR ] |
| set_back_interior_reflectance_equation | create a structure element to set the current back interior reflectance equation | [ SET BACK INTERIOR REFLECTANCE EQUATION ] |
| set_back_interior_shading_method | create a structure element to set the back interior shading method | [ SET BACK INTERIOR SHADING METHOD ] |
| set_back_interior_style | create a structure element to set the back interior style | [ SET BACK INTERIOR STYLE ] |
| set_back_interior_style_index | create a structure element to set the back interior style index | [ SET BACK INTERIOR STYLE INDEX ] |
| set_curve_approximation_criteria | create a structure element to set the curve approximation criteria | [ SET CURVE APPROXIMATION CRITERIA ] |
| set_depth_cue_index | creates a structure element containing the value depth cue index | [ SET DEPTH CUE INDEX ] |
| set_depth_cue_representation | creates a structure element containing the value depth cue representation | [ SET DEPTH CUE REPRESENTATION ] |
| set_edge_colour | create structure element to set the current edge direct colour attribute | [ SET EDGE COLOUR ] |
| set_element_pointer_at_pick_identifier | set the element pointer to the next occurrence of the specified pick identifier | [ SET ELEMENT POINTER AT PICK IDENTIFIER ] |
| set_extended_edge_representation | set an extended edge attribute bundle on a workstation | [ SET EXTENDED EDGE REPRESENTATION ] |
| set_extended_interior_representation | set an extended interior attribute bundle on a workstation | [ SET EXTENDED INTERIOR REPRESENTATION ] |
| set_extended_pattern_representation | set an extended pattern attribute bundle on a workstation | [ SET EXTENDED PATTERN REPRESENTATION ] |
| set_extended_polyline_representation | set an extended polyline attribute bundle on a workstation | [ SET EXTENDED POLYLINE REPRESENTATION ] |
| set_extended_polymarker_representation | use to define an extended polymarker attribute bundle on a workstation | [ SET EXTENDED POLYMARKER REPRESENTATION ] |
| set_extended_text_representation | use to define an extended text attribute representation bundle on a workstation | [ SET EXTENDED TEXT REPRESENTATION ] |
| set_face_culling_mode | create a structure element to set the face culling mode | [ SET FACE CULLING MODE ] |
| set_face_distinguishing_mode | create a structure element to set the face distinguishing mode | [ SET FACE DISTINGUISHING MODE ] |
| set_general_interior_representation | set a general interior representation on a workstation | [ SET GENERAL INTERIOR REPRESENTATION ] |
| set_interior_colour | create structure element to set the interior colour attribute | [ SET INTERIOR COLOUR ] |
| set_interior_reflectance_equation | create a structure element to set the current interior reflectance equation | [ SET INTERIOR REFLECTANCE EQUATION ] |
| set_interior_shading_method | creates an interior structure element | [ SET INTERIOR SHADING METHOD ] |
| set_light_source_representation | define a light source representation entry in the workstation table of defined light source representations | [ SET LIGHT SOURCE REPRESENTATION ] |
| set_light_source_state | create structure element to enable and disable light sources | [ SET LIGHT SOURCE STATE ] |
| set_polyline_colour | create a structure element to set the polyline colour attribute | [ SET POLYLINE COLOUR ] |
| set_polyline_shading_method | set the current polyline shading method | [ SET POLYLINE SHADING METHOD ] |
| set_polymarker_colour | create a structure element to set the current polymarker colour | [ SET POLYMARKER COLOUR ] |
| set_surface_approximation_criteria | create a structure element to set the surface approximation criteria | [ SET SURFACE APPROXIMATION CRITERIA ] |
| set_text_colour | create a structure element to set the text colour attribute | [ SET TEXT COLOUR ] |
| set_trimming_curve_approximation_criteria | create a structure element to set the trimming curve approximation criteria | [ SET TRIMMING CURVE APPROXIMATION CRITERIA ] |
| triangle_strip_3_with_data | creates a 3D triangle strip structure element that includes colour and shading data | [ TRIANGLE STRIP 3 WITH DATA ] |