uc5595 (view source)
Defined in: uf_std.h
Overview
uc5595 import icad binary report
Required License(s)
gateway
int uc5595
(
const char * cp1,
double * rp2,
tag_t * nr3,
char cr4 [ MAX_LINE_BUFSIZE ]
)
| const char * | cp1 | | |
| double * | rp2 | | |
| tag_t * | nr3 | | |
| char | cr4 [ MAX_LINE_BUFSIZE ] | Output | |
uc5596 (view source)
Defined in: uf_std.h
Overview
uc5596 export NX objects to an icad binary report
Required License(s)
gateway
int uc5596
(
const char * cp1,
tag_t * np2,
int ip3,
char cr4 [ MAX_LINE_BUFSIZE ]
)
| const char * | cp1 | | |
| tag_t * | np2 | | |
| int | ip3 | | |
| char | cr4 [ MAX_LINE_BUFSIZE ] | Output | |
UF_STD_ask_stl_file_type (view source)
Defined in: uf_std.h
Overview
This routine enquires the type of STL file for the specified filename.
The type of files are
UF_STD_STL_FILE_TYPE_ASCII -- Ascii STL file
UF_STD_STL_FILE_TYPE_BINARY -- Binary STL file
UF_STD_STL_FILE_TYPE_EXT_BINARY -- Extended binary STL file
UF_STD_STL_FILE_TYPE_UNSURE -- Either ascii or binary STL file
UF_STD_STL_FILE_TYPE_NONE -- Not an STL file
Note: Binary files which aren't STL binary files may be identified
incorrectly as extended binary STL files.
Environment
Internal and External
See Also
History
This function was originally released in V16.0.
Required License(s)
gateway
int UF_STD_ask_stl_file_type
(
char * filename,
UF_STD_stl_file_type_p_t file_type
)
UF_STD_close_stl_file (view source)
Defined in: uf_std.h
Overview
Closes an STL file.
Environment
Internal and External
Required License(s)
gateway
int UF_STD_close_stl_file
(
void * file_handle
)
| void * | file_handle | Input | Handle of file |
UF_STD_create_activeweb_file (view source)
Defined in: uf_std.h
Overview
Create an ActiveWeb output file from geometry definitions in the part.
NOTES: This is a WNTI only function
Most of the input parameters can be left as empty strings and
appropriate values will be assigned from environment variables.
The following environment variables are used:
Variable Default for Field
UGII_ACTIVEWEB_GEOM_SERVER Node name for geometry server
UGII_ACTIVEWEB_ATTR_SERVER Node name for attribute server
UGII_ACTIVEWEB_SERVER_DIR Relative path for amm files
UGII_ACTIVEWEB_GEOM_DIR Path for geometry files
UGII_ACTIVEWEB_ATTR_DIR Path to attribute database directory
UGII_ACTIVEWEB_LOCAL_SERVER Local path to amm directory
UGII_ACTIVEWEB_LOCAL_GEOM Local path to geometry directory
UGII_ACTIVEWEB_LOCAL_WEB Local path to web server directory
EXAMPLE:
UF_STD_create_activeweb_file(
"c:\temp", "cypci204", "AmGeombase", "c:\\GeomFiles\\",
"phantom", "c:\\AttrDatabase\\",
"", "", "", 1.0,
UF_STD_ACTIVEWEB_CREATE_ATTR | UF_STD_ACTIVEWEB_ERASE_LOG );
This command would generate files in the temp directory.
The geometry server is "cypci204" and the local directory for amm files
is "AmGeombase". Attributes are on "phantom" under the directory
c:\\AttrDatabase. No attempt will be made to move files to output
directories so all of the generated files will be in the working
directory. The flags are set so that attributes are created and the
log files will be erased.
Environment
Internal and External
History
This function was originally released in V16.0.
Required License(s)
gateway
int UF_STD_create_activeweb_file
(
char * working_directory,
char * base_name,
char * geom_server,
char * server_directory,
char * geometry_directory,
char * attribute_server,
char * attribute_directory,
char * local_server_directory,
char * local_geom_directory,
char * local_web_directory,
double tolerance,
int mode_flags
)
| char * | working_directory | Input | The working directory to be used for data files. |
| char * | base_name | Input | The default root name for all the generated
files. |
| char * | geom_server | Input | The node name or IP address of the geometry
server. |
| char * | server_directory | Input | The relative directory path on the geometry
server for the .amm files. |
| char * | geometry_directory | Input | The relative or absolute path on the geometry
server to the 3d data files (.3di or .3dd). |
| char * | attribute_server | Input | The name or IP address for the attribute/
annotation database server. |
| char * | attribute_directory | Input | The absolute path on the attribute serve to the
.mdb database files. |
| char * | local_server_directory | Input | The absolute directory path for the location of
the .amm files generated by the translator. |
| char * | local_geom_directory | Input | The absolute directory path for the location
of the 3di and 3dd geometry data files. |
| char * | local_web_directory | Input | The absolute directory path for the location of
the am3 web files. This directory will probably
be the same location that other HTML, TIF or
VRML files are being written. |
| double | tolerance | Input | Adjustment to facet tolerance. Values larger
than 1.0 produce fewer output facets. Values
less than 1.0 increase the number of facets
generated. |
| int | mode_flags | Input | Bit field to control output contents. Flags are:
UF_STD_ACTIVEWEB_CREATE_ATTR
Controls creation of attribute database.
UF_STD_ACTIVEWEB_ERASE_LOG
Erases log files after successful
optimization.
UF_STD_ACTIVEWEB_MOVE_FILES
Moves generated files to the output
directories as specified by the
local_server_directory, the
local_geom_directory, and the
local_web_directory. If the
move flag is set and the directory spec for
one of the local directories is blank, then
that move will be ignored.
UF_STD_ACTIVEWEB_RECURSIVE
Apply translation to all components of an
assembly. For component parts the
base_name will be the part name.
UF_STD_ACTIVEWEB_NO_OPTIMIZE
Generates the polygon data (.3dx) file but
does not invoke the optimizer to create any
of the other files. This is useful if you
desire to manually perform the optimization
at another time. |
UF_STD_create_vrml_file (view source)
Defined in: uf_std.h
Overview
Create a Virtual Reality Modeling Language (VRML) output file
from geometry definitions in the part file. If no mode flags are
specified a file is produced that contains only geometry and matches
the VRML 1.0 specification. You can OR mode_flags to obtain
different outputs.
This function can add Photo materials and textures to the export
file. Any lights or backgrounds set up by NX in the current view can
also be included in the VRML file. The file is in ASCII 3D data
format for geometry that is used by the World Wide Web.
To output a VRML 2.0 spec file with light sources but no materials,
textures, or backgrounds you could call this function as follows:
UF_STD_create_vrml_file( "test.wrl", 1.0,
UF_STD_OUTPUT_LIGHTS | UF_STD_OUTPUT_VRML_2 );
Environment
Internal and External
Required License(s)
gateway
int UF_STD_create_vrml_file
(
char * file_name,
double tolerance,
int mode_flags
)
| char * | file_name | Input | Name for the output VRML file. |
| double | tolerance | Input | adjustment to facet tolerance. Values larger than 1.0
produce fewer output facets. Values less than 1.0
increase the number of facets generated. |
| int | mode_flags | Input | Control bit fields for controlling output facets. The
following are valid flags:
UF_STD_OUTPUT_LIGHTS - output light sources when set.
UF_STD_OUTPUT_MATERIALS - output material properties
if set.
UF_STD_OUTPUT_TEXTURES - output image textures if set.
UF_STD_OUTPUT_BACKGROUND - output background/foreground
information
UF_STD_OUTPUT_VRML_2 - use VRML 2.0 specification if set. |
UF_STD_export_icad_geometry (view source)
Defined in: uf_std.h
Overview
Exports geometry to an ICAD transfer file.
Environment
Internal and External
Required License(s)
gateway
int UF_STD_export_icad_geometry
(
const char * file_spec,
tag_t * objects,
int count
)
| const char * | file_spec | Input | File specification of binary transfer file to export |
| tag_t * | objects | Input | Array of object tags to export |
| int | count | Input | Number of objects |
UF_STD_import_icad_geometry (view source)
Defined in: uf_std.h
Overview
import an icad transfer file
Environment
Internal and External
Required License(s)
gateway
int UF_STD_import_icad_geometry
(
const char * file_spec,
double matrix [ 12 ] ,
tag_t * ug_tag
)
| const char * | file_spec | Input | File specification of binary transfer file to import |
| double | matrix [ 12 ] | Input | Orientation matrix of reference set:
[0-8] Reference Set Orientation Matrix
[9-11] Reference Set Origin |
| tag_t * | ug_tag | Output | tag of reference set |
UF_STD_import_stl_ascii_file (view source)
Defined in: uf_std.h
Overview
This routine imports the specified ascii STL file with the given STL
parameters. The ascii STL file can be in gzipped format.
Environment
Internal and External
See Also
History
This function was originally released in V16.0.
Required License(s)
gateway
int UF_STD_import_stl_ascii_file
(
char * filename,
UF_STD_stl_params_p_t parameters,
long * parser_line,
int * num_topologies,
tag_t * * topologies,
int * * facets_per_topol
)
| char * | filename | Input | Name of ascii STL file |
| UF_STD_stl_params_p_t | parameters | Input | STL input parameters |
| long * | parser_line | Output | Last line reached when parsing
file |
| int * | num_topologies | Output | Number of topologies created |
| tag_t * * | topologies | Output to UF_*free* | Array of topology tags. This
array must be freed by calling
UF_free. |
| int * * | facets_per_topol | Output to UF_*free* | Array of number of facets per
topology. This array must be
freed by calling UF_free. |
UF_STD_import_stl_binary_file (view source)
Defined in: uf_std.h
Overview
This routine imports the specified binary STL file with the given STL
parameters. The binary STL file cannot be in gzipped format, but can be
an extended STL file.
Environment
Internal and External
See Also
History
This function was originally released in V16.0.
Required License(s)
gateway
int UF_STD_import_stl_binary_file
(
char * filename,
UF_STD_stl_params_p_t parameters,
int * num_facets,
tag_t * topology
)
| char * | filename | Input | Name of binary STL file |
| UF_STD_stl_params_p_t | parameters | Input | STL import parameters |
| int * | num_facets | Output | Number of facets specified in
the STL file |
| tag_t * | topology | Output | Topology tag of new facet model |
UF_STD_import_vrml_file (view source)
Defined in: uf_std.h
Overview
Imports a VRML file into the work part according to the specified
parameters.
Environment
Internal and External
See Also
History
This function was originally released in V15.0.
Required License(s)
gateway
int UF_STD_import_vrml_file
(
char * filename,
UF_STD_vrml_params_p_t parameters,
int * num_errors,
int * num_warnings,
int * n_topologies,
tag_p_t * topologies
)
| char * | filename | Input | Name of file to import |
| UF_STD_vrml_params_p_t | parameters | Input | a
Import parameters |
| int * | num_errors | Output | Number of errors found whilst parsing |
| int * | num_warnings | Output | Number of warnings found whilst parsing |
| int * | n_topologies | Output | Number of new facet topologies created |
| tag_p_t * | topologies | Output to UF_*free* | Array of tags of the created facet
topologies. Must be freed by the caller. |
UF_STD_open_binary_stl_file (view source)
Defined in: uf_std.h
Overview
Opens an STL file for binary output and return its handle.
Environment
Internal and External
See Also
Required License(s)
gateway
int UF_STD_open_binary_stl_file
(
char * file_name,
logical append,
char * header,
void * * file_handle
)
| char * | file_name | Input | Name of STL file to be written |
| logical | append | Input | Append flag:
TRUE = Append
FALSE = No append |
| char * | header | Input | Header text for start of binary file |
| void * * | file_handle | Output | Handle of file |
UF_STD_open_text_stl_file (view source)
Defined in: uf_std.h
Overview
Opens an STL file for text output and return its handle.
Environment
Internal and External
See Also
Required License(s)
gateway
int UF_STD_open_text_stl_file
(
char * file_name,
logical append,
void * * file_handle
)
| char * | file_name | Input | Name of STL file to be written |
| logical | append | Input | Append flag:
TRUE = Append
FALSE = No append |
| void * * | file_handle | Output | Handle of file |
UF_STD_put_sheets_in_stl_file (view source)
Defined in: uf_std.h
Overview
Puts a facetized set of sheets in an STL file. The first sheet in the
sheets array must have its normal in the correct direction to indicate
the outside of the shell and it must have only one face.
Environment
Internal and External
Required License(s)
( moldflow_ppa or sla_3d_systems )
int UF_STD_put_sheets_in_stl_file
(
void * file_handle,
tag_t csys,
int num_sheets,
tag_t sheets [ ] ,
double min_edge_len,
double max_edge_len,
double facet_toler,
double adj_toler,
int * num_negated,
tag_p_t * negated,
int * num_errors,
UF_STD_stl_error_p_t * error_info
)
| void * | file_handle | Input | Handle of file |
| tag_t | csys | Input | Specifies the coordinate system with respect
to which output data is to be made. If specified
as NULL_TAG, the current WCS is used. |
| int | num_sheets | Input | Number of sheets in shell |
| tag_t | sheets [ ] | Input | Solid bodies to facetize for STL |
| double | min_edge_len | Input | This argument is not used, it for future
enhancements (Minimum facet edge length). |
| double | max_edge_len | Input | Maximum facet edge length |
| double | facet_toler | Input | Facet to surface tolerance |
| double | adj_toler | Input | Adjacency tolerance |
| int * | num_negated | Output | Number of sheets with inverted normals |
| tag_p_t * | negated | Output to UF_*free* | Tags of sheets with inverted normals |
| int * | num_errors | Output | Number of errors |
| UF_STD_stl_error_p_t * | error_info | Output to UF_*free* | Error information - NULL if there is none.
This must be free by calling UF_free. |
UF_STD_put_solid_in_stl_file (view source)
Defined in: uf_std.h
Overview
Puts a facetized solid in an STL file.
Environment
Internal and External
Required License(s)
( moldflow_ppa or sla_3d_systems )
int UF_STD_put_solid_in_stl_file
(
void * file_handle,
tag_t csys,
tag_t body,
double min_edge_len,
double max_edge_len,
double facet_toler,
int * num_errors,
UF_STD_stl_error_p_t * error_info
)
| void * | file_handle | Input | Handle of file |
| tag_t | csys | Input | This argument is no longer used. Set to NULL_TAG. |
| tag_t | body | Input | Solid body to facetize for STL |
| double | min_edge_len | Input | This argument is not used, it for future
enhancements (Minimum facet edge length). |
| double | max_edge_len | Input | Maximum facet edge length |
| double | facet_toler | Input | Facet to surface tolerance (Interactive
Triangle Tolerance) |
| int * | num_errors | Output | Number of errors |
| UF_STD_stl_error_p_t * | error_info | Output to UF_*free* | Error information - NULL if there is none.
This must be free by calling UF_free. |
UF_STD_set_default_stl_params (view source)
Defined in: uf_std.h
Overview
This routine sets the given parameters to default.
Environment
Internal and External
See Also
History
This function was originally released in V16.0.
Required License(s)
gateway
int UF_STD_set_default_stl_params
(
UF_STD_stl_params_p_t params
)
UF_STD_set_default_vrml_params (view source)
Defined in: uf_std.h
Overview
Initializes the params data structure with the default VRML import
parameter values.
Environment
Internal and External
See Also
History
This function was originally released in V15.0.
Required License(s)
gateway
int UF_STD_set_default_vrml_params
(
UF_STD_vrml_params_p_t params
)