[brlcad-commits] SF.net SVN: brlcad:[69405] brlcad/trunk/src/external/CREO
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[brlcad-commits] SF.net SVN: brlcad:[69405] brlcad/trunk/src/external/CREO
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From: <sta...@us...> - 2017-02-08 15:18:50
|
Revision: 69405
http://sourceforge.net/p/brlcad/code/69405
Author: starseeker
Date: 2017-02-08 15:18:48 +0000 (Wed, 08 Feb 2017)
Log Message:
-----------
checkpoint
Modified Paths:
--------------
brlcad/trunk/src/external/CREO/assembly.cpp
brlcad/trunk/src/external/CREO/creo-brl.h
brlcad/trunk/src/external/CREO/main.cpp
brlcad/trunk/src/external/CREO/part.cpp
brlcad/trunk/src/external/CREO/util.cpp
Modified: brlcad/trunk/src/external/CREO/assembly.cpp
===================================================================
--- brlcad/trunk/src/external/CREO/assembly.cpp 2017-02-08 14:30:49 UTC (rev 69404)
+++ brlcad/trunk/src/external/CREO/assembly.cpp 2017-02-08 15:18:48 UTC (rev 69405)
@@ -195,7 +195,7 @@
assembly_filter( ProFeature *feat, ProAppData *data )
{
ProFeattype type;
- ProFeatStatus feat_status;
+ ProFeatStatus feat_stat;
ProError status;
ProFileName msgfil;
ProCharLine astr;
@@ -217,7 +217,7 @@
return PRO_TK_CONTINUE;
}
- status = ProFeatureStatusGet( feat, &feat_status );
+ status = ProFeatureStatusGet( feat, &feat_stat );
if ( status != PRO_TK_NO_ERROR ) {
sprintf( astr, "In assembly_filter, cannot get feature status for feature %d",
feat->id );
@@ -228,7 +228,7 @@
return PRO_TK_CONTINUE;
}
- if ( feat_status != PRO_FEAT_ACTIVE ) {
+ if ( feat_stat != PRO_FEAT_ACTIVE ) {
return PRO_TK_CONTINUE;
}
Modified: brlcad/trunk/src/external/CREO/creo-brl.h
===================================================================
--- brlcad/trunk/src/external/CREO/creo-brl.h 2017-02-08 14:30:49 UTC (rev 69404)
+++ brlcad/trunk/src/external/CREO/creo-brl.h 2017-02-08 15:18:48 UTC (rev 69405)
@@ -68,6 +68,22 @@
#define CREO_BRL_MSG_FILE "creo-brl-msg.txt"
+#define LOGGER_TYPE_NONE -1
+#define LOGGER_TYPE_FAILURE 0
+#define LOGGER_TYPE_SUCCESS 1
+#define LOGGER_TYPE_FAILURE_OR_SUCCESS 2
+#define LOGGER_TYPE_ALL 3
+#define FEAT_ID_BLOCK 64 /* number of slots to allocate in above list */
+#define NUM_HASH_TABLE_BINS 4096 /* number of bins for part number to part name hash table */
+#define TRI_BLOCK 512 /* number of triangles to malloc per call */
+#define DONE_BLOCK 512 /* number of slots to malloc when above array gets full */
+#define MAX_LINE_LEN 256 /* maximum allowed line length for part number to name map file */
+#define CREO_NAME_ATTR "CREO_Name"
+#define NUM_OBJ_TYPES 629
+#define NUM_FEAT_TYPES 314
+#define FEAT_TYPE_OFFSET 910
+
+
struct StrCmp {
bool operator()(struct bu_vls *str1, struct bu_vls *str2) const {
return (bu_strcmp(bu_vls_addr(str1), bu_vls_addr(str2)) < 0);
@@ -81,121 +97,85 @@
}
};
-extern "C" {
-static double creo_to_brl_conv=25.4; /* inches to mm */
+/* structure to hold info about CSG operations for current part */
+struct csg_ops {
+ char op;
+ struct bu_vls name;
+ struct bu_vls dbput;
+ struct csg_ops *next;
+};
-static ProBool do_facets_only; /* flag to indicate no CSG should be done */
-static ProBool get_normals; /* flag to indicate surface normals should be extracted from geometry */
-static ProBool do_elims; /* flag to indicate that small features are to be eliminated */
-static double max_error=1.5; /* (mm) maximum allowable error in facetized approximation */
-static double min_error=1.5; /* (mm) maximum allowable error in facetized approximation */
-static double tol_dist=0.0005; /* (mm) minimum distance between two distinct vertices */
-static double max_angle_cntrl=0.5; /* max angle control for tessellation ( 0.0 - 1.0 ) */
-static double min_angle_cntrl=0.5; /* min angle control for tessellation ( 0.0 - 1.0 ) */
-static int max_to_min_steps = 1; /* number of steps between max and min */
-static double error_increment=0.0;
-static double angle_increment=0.0;
-static double local_tol=0.0; /* tolerance in Pro/E units */
-static double local_tol_sq=0.0; /* tolerance squared */
-static double min_hole_diameter=0.0; /* if > 0.0, all holes features smaller than this will be deleted */
-static double min_chamfer_dim=0.0; /* if > 0.0, all chamfers with both dimensions less
- * than this value will be deleted */
-static double min_round_radius=0.0; /* if > 0.0, all rounds with radius less than this
- * value will be deleted */
-static int *feat_ids_to_delete=NULL; /* list of hole features to delete */
-static int feat_id_len=0; /* number of available slots in the above array */
-static int feat_id_count=0; /* number of hole features actually in the above list */
-#define FEAT_ID_BLOCK 64 /* number of slots to allocate in above list */
+struct empty_parts {
+ char *name;
+ struct empty_parts *next;
+};
-static struct bu_hash_tbl *name_hash;
-#define NUM_HASH_TABLE_BINS 4096 /* number of bins for part number to part name hash table */
+struct creo_conv_info {
+ ProBool do_facets_only; /* flag to indicate no CSG should be done */
+ ProBool get_normals; /* flag to indicate surface normals should be extracted from geometry */
+ ProBool do_elims; /* flag to indicate that small features are to be eliminated */
-static int reg_id = 1000; /* region ident number (incremented with each part) */
+ int reg_id = 1000; /* region ident number (incremented with each part) */
-static struct vert_root *vert_tree_root; /* structure for storing and searching on vertices */
-static struct vert_root *norm_tree_root; /* structure for storing and searching on normals */
+ FILE *outfp=NULL; /* output file */
+ FILE *logger=NULL; /* log file */
+ int logger_type = LOGGER_TYPE_NONE;
-static ProTriangle *part_tris=NULL; /* list of triangles for current part */
-static int max_tri=0; /* number of triangles currently malloced */
-static int curr_tri=0; /* number of triangles currently being used */
+ double creo_to_brl_conv=25.4; /* inches to mm */
+ double local_tol=0.0; /* tolerance in Pro/E units */
+ double local_tol_sq=0.0; /* tolerance squared */
-#define TRI_BLOCK 512 /* number of triangles to malloc per call */
-static int *part_norms=NULL; /* list of indices into normals (matches part_tris) */
+ double max_error=1.5; /* (mm) maximum allowable error in facetized approximation */
+ double min_error=1.5; /* (mm) maximum allowable error in facetized approximation */
+ double tol_dist=0.0005; /* (mm) minimum distance between two distinct vertices */
+ double max_angle_cntrl=0.5; /* max angle control for tessellation ( 0.0 - 1.0 ) */
+ double min_angle_cntrl=0.5; /* min angle control for tessellation ( 0.0 - 1.0 ) */
+ int max_to_min_steps = 1; /* number of steps between max and min */
+ double error_increment=0.0;
+ double angle_increment=0.0;
-static FILE *outfp=NULL; /* output file */
+ double min_hole_diameter=0.0; /* if > 0.0, all holes features smaller than this will be deleted */
+ double min_chamfer_dim=0.0; /* if > 0.0, all chamfers with both dimensions less
+ * than this value will be deleted */
+ double min_round_radius=0.0; /* if > 0.0, all rounds with radius less than this
+ * value will be deleted */
-static FILE *logger=NULL; /* log file */
+ int *feat_ids_to_delete=NULL; /* list of hole features to delete */
+ int feat_id_len=0; /* number of available slots in the above array */
+ int feat_id_count=0; /* number of hole features actually in the above list */
-#define LOGGER_TYPE_NONE -1
-#define LOGGER_TYPE_FAILURE 0
-#define LOGGER_TYPE_SUCCESS 1
-#define LOGGER_TYPE_FAILURE_OR_SUCCESS 2
-#define LOGGER_TYPE_ALL 3
+ struct bu_hash_tbl *name_hash;
-static int logger_type = LOGGER_TYPE_NONE;
+ struct vert_root *vert_tree_root; /* structure for storing and searching on vertices */
+ struct vert_root *norm_tree_root; /* structure for storing and searching on normals */
-static ProCharName curr_part_name; /* current part name */
-static ProCharName curr_asm_name; /* current assembly name */
-static ProFeattype curr_feat_type; /* current feature type */
+ ProTriangle *part_tris=NULL; /* list of triangles for current part */
+ int max_tri=0; /* number of triangles currently malloced */
+ int curr_tri=0; /* number of triangles currently being used */
+ int *part_norms=NULL; /* list of indices into normals (matches part_tris) */
-static struct bu_ptbl search_path_list; /* parsed list of search path directories */
-static ProName assem_ext; /* "asm" */
-static ProName part_ext; /* "prt" */
+ int obj_type_count[NUM_OBJ_TYPES];
+ char *obj_type[NUM_OBJ_TYPES];
+ int feat_type_count[NUM_FEAT_TYPES];
+ char *feat_type[NUM_FEAT_TYPES];
-#define DONE_BLOCK 512 /* number of slots to malloc when above array gets full */
+ struct csg_ops *csg_root;
+ struct empty_parts *empty_parts_root;
-#define COPY_BUFFER_SIZE 1024
+ int hole_no; /* hole counter for unique names */
-std::set<wchar_t *, WStrCmp> done_list_part; /* list of parts already done */
-std::set<wchar_t *, WStrCmp> done_list_asm; /* list of assemblies already done */
-std::set<struct bu_vls *, StrCmp> brlcad_names; /* BRL-CAD names in use */
+ std::set<wchar_t *, WStrCmp> done_list_part; /* list of parts already done */
+ std::set<wchar_t *, WStrCmp> done_list_asm; /* list of assemblies already done */
+ std::set<struct bu_vls *, StrCmp> brlcad_names; /* BRL-CAD names in use */
-/* structure to hold info about CSG operations for current part */
-struct csg_ops {
- char op;
- struct bu_vls name;
- struct bu_vls dbput;
- struct csg_ops *next;
+ ProCharName curr_part_name; /* current part name */
+ ProCharName curr_asm_name; /* current assembly name */
+ ProFeattype curr_feat_type; /* current feature type */
};
-struct csg_ops *csg_root;
-static int hole_no=0; /* hole counter for unique names */
-
-struct empty_parts {
- char *name;
- struct empty_parts *next;
-};
-
-static struct empty_parts *empty_parts_root=NULL;
-
-#define NUM_OBJ_TYPES 629
-int obj_type_count[NUM_OBJ_TYPES];
-char *obj_type[NUM_OBJ_TYPES];
-
-#define NUM_FEAT_TYPES 314
-#define FEAT_TYPE_OFFSET 910
-int feat_type_count[NUM_FEAT_TYPES];
-char *feat_type[NUM_FEAT_TYPES];
-
-#define MAX_LINE_LEN 256 /* maximum allowed line length for part number to name map file */
-#define CREO_NAME_ATTR "CREO_Name"
-
-static char *feat_status[]={
- "PRO_FEAT_ACTIVE",
- "PRO_FEAT_INACTIVE",
- "PRO_FEAT_FAMTAB_SUPPRESSED",
- "PRO_FEAT_SIMP_REP_SUPPRESSED",
- "PRO_FEAT_PROG_SUPPRESSED",
- "PRO_FEAT_SUPPRESSED",
- "PRO_FEAT_UNREGENERATED"
-};
-
-}
-
-
extern "C" void kill_error_dialog(char *dialog, char *component, ProAppData appdata);
extern "C" void kill_gen_error_dialog(char *dialog, char *component, ProAppData appdata);
Modified: brlcad/trunk/src/external/CREO/main.cpp
===================================================================
--- brlcad/trunk/src/external/CREO/main.cpp 2017-02-08 14:30:49 UTC (rev 69404)
+++ brlcad/trunk/src/external/CREO/main.cpp 2017-02-08 15:18:48 UTC (rev 69405)
@@ -25,312 +25,352 @@
#include "creo-brl.h"
extern "C" void
-do_initialize()
+creo_conv_info_init(struct creo_conv_info *cinfo)
{
int i;
- /* initialize */
+ /* Region ID */
+ cinfo->reg_id = 1000;
- csg_root = NULL;
+ /* File settings */
+ cinfo->outfp=NULL;
+ cinfo->logger=NULL;
+ cinfo->logger_type=LOGGER_TYPE_NONE;
+
+ /* units - model */
+ cinfo->creo_to_brl_conv = 25.4; /* inches to mm */
+ cinfo->local_tol=0.0;
+ cinfo->local_tol_sq=0.0;
+
+ /* facetization settings */
+ cinfo->max_error=1.5;
+ cinfo->min_error=1.5;
+ cinfo->tol_dist=0.0005;
+ cinfo->max_angle_cntrl=0.5;
+ cinfo->min_angle_cntrl=0.5;
+ cinfo->max_to_min_steps = 1;
+ cinfo->error_increment=0.0;
+ cinfo->angle_increment=0.0;
+
+ /* csg settings */
+ cinfo->min_hole_diameter=0.0;
+ cinfo->min_chamfer_dim=0.0;
+ cinfo->min_round_radius=0.0;
+
+ /* features */
+ cinfo->feat_ids_to_delete=NULL;
+ cinfo->feat_id_len=0;
+ cinfo->feat_id_count=0;
+
+ /* current part triangles */
+ cinfo->part_tris=NULL;
+ cinfo->max_tri=0;
+ cinfo->curr_tri=0;
+ cinfo->part_norms=NULL;
+
+ cinfo->hole_no=0;
+ cinfo->csg_root=NULL;
+ cinfo->empty_parts_root=NULL;
+
+
for ( i=0; i<NUM_OBJ_TYPES; i++ ) {
- obj_type_count[i] = 0;
- obj_type[i] = NULL;
+ cinfo->obj_type_count[i] = 0;
+ cinfo->obj_type[i] = NULL;
}
for ( i=0; i<NUM_FEAT_TYPES; i++ ) {
- feat_type_count[i] = 0;
- feat_type[i] = NULL;
+ cinfo->feat_type_count[i] = 0;
+ cinfo->feat_type[i] = NULL;
}
- obj_type[0] = "PRO_TYPE_UNUSED";
- obj_type[1] = "PRO_ASSEMBLY";
- obj_type[2] = "PRO_PART";
- obj_type[3] = "PRO_FEATURE";
- obj_type[4] = "PRO_DRAWING";
- obj_type[5] = "PRO_SURFACE";
- obj_type[6] = "PRO_EDGE";
- obj_type[7] = "PRO_3DSECTION";
- obj_type[8] = "PRO_DIMENSION";
- obj_type[11] = "PRO_2DSECTION";
- obj_type[12] = "PRO_PAT_MEMBER";
- obj_type[13] = "PRO_PAT_LEADER";
- obj_type[19] = "PRO_LAYOUT";
- obj_type[21] = "PRO_AXIS";
- obj_type[25] = "PRO_CSYS";
- obj_type[28] = "PRO_REF_DIMENSION";
- obj_type[32] = "PRO_GTOL";
- obj_type[33] = "PRO_DWGFORM";
- obj_type[34] = "PRO_SUB_ASSEMBLY";
- obj_type[37] = "PRO_MFG";
- obj_type[57] = "PRO_QUILT";
- obj_type[62] = "PRO_CURVE";
- obj_type[66] = "PRO_POINT";
- obj_type[68] = "PRO_NOTE";
- obj_type[69] = "PRO_IPAR_NOTE";
- obj_type[71] = "PRO_EDGE_START";
- obj_type[72] = "PRO_EDGE_END";
- obj_type[74] = "PRO_CRV_START";
- obj_type[75] = "PRO_CRV_END";
- obj_type[76] = "PRO_SYMBOL_INSTANCE";
- obj_type[77] = "PRO_DRAFT_ENTITY";
- obj_type[79] = "PRO_DRAFT_DATUM";
- obj_type[83] = "PRO_DRAFT_GROUP";
- obj_type[84] = "PRO_DRAW_TABLE";
- obj_type[92] = "PRO_VIEW";
- obj_type[96] = "PRO_CABLE";
- obj_type[105] = "PRO_REPORT";
- obj_type[116] = "PRO_MARKUP";
- obj_type[117] = "PRO_LAYER";
- obj_type[121] = "PRO_DIAGRAM";
- obj_type[133] = "PRO_SKETCH_ENTITY";
- obj_type[144] = "PRO_DATUM_TEXT";
- obj_type[145] = "PRO_ENTITY_TEXT";
- obj_type[147] = "PRO_DRAW_TABLE_CELL";
- obj_type[176] = "PRO_DATUM_PLANE";
- obj_type[180] = "PRO_COMP_CRV";
- obj_type[211] = "PRO_BND_TABLE";
- obj_type[240] = "PRO_PARAMETER";
- obj_type[305] = "PRO_DIAGRAM_OBJECT";
- obj_type[308] = "PRO_DIAGRAM_WIRE";
- obj_type[309] = "PRO_SIMP_REP";
- obj_type[371] = "PRO_WELD_PARAMS";
- obj_type[377] = "PRO_SNAP_LINE";
- obj_type[385] = "PRO_EXTOBJ";
- obj_type[500] = "PRO_EXPLD_STATE";
- obj_type[504] = "PRO_CABLE_LOCATION";
- obj_type[533] = "PRO_RELSET";
- obj_type[555] = "PRO_ANALYSIS";
- obj_type[556] = "PRO_SURF_CRV";
- obj_type[625] = "PRO_LOG_SRF";
- obj_type[622] = "PRO_SOLID_GEOMETRY";
- obj_type[626] = "PRO_LOG_EDG";
- obj_type[627] = "PRO_DESKTOP";
- obj_type[628] = "PRO_SYMBOL_DEFINITION";
+ cinfo->obj_type[0] = "PRO_TYPE_UNUSED";
+ cinfo->obj_type[1] = "PRO_ASSEMBLY";
+ cinfo->obj_type[2] = "PRO_PART";
+ cinfo->obj_type[3] = "PRO_FEATURE";
+ cinfo->obj_type[4] = "PRO_DRAWING";
+ cinfo->obj_type[5] = "PRO_SURFACE";
+ cinfo->obj_type[6] = "PRO_EDGE";
+ cinfo->obj_type[7] = "PRO_3DSECTION";
+ cinfo->obj_type[8] = "PRO_DIMENSION";
+ cinfo->obj_type[11] = "PRO_2DSECTION";
+ cinfo->obj_type[12] = "PRO_PAT_MEMBER";
+ cinfo->obj_type[13] = "PRO_PAT_LEADER";
+ cinfo->obj_type[19] = "PRO_LAYOUT";
+ cinfo->obj_type[21] = "PRO_AXIS";
+ cinfo->obj_type[25] = "PRO_CSYS";
+ cinfo->obj_type[28] = "PRO_REF_DIMENSION";
+ cinfo->obj_type[32] = "PRO_GTOL";
+ cinfo->obj_type[33] = "PRO_DWGFORM";
+ cinfo->obj_type[34] = "PRO_SUB_ASSEMBLY";
+ cinfo->obj_type[37] = "PRO_MFG";
+ cinfo->obj_type[57] = "PRO_QUILT";
+ cinfo->obj_type[62] = "PRO_CURVE";
+ cinfo->obj_type[66] = "PRO_POINT";
+ cinfo->obj_type[68] = "PRO_NOTE";
+ cinfo->obj_type[69] = "PRO_IPAR_NOTE";
+ cinfo->obj_type[71] = "PRO_EDGE_START";
+ cinfo->obj_type[72] = "PRO_EDGE_END";
+ cinfo->obj_type[74] = "PRO_CRV_START";
+ cinfo->obj_type[75] = "PRO_CRV_END";
+ cinfo->obj_type[76] = "PRO_SYMBOL_INSTANCE";
+ cinfo->obj_type[77] = "PRO_DRAFT_ENTITY";
+ cinfo->obj_type[79] = "PRO_DRAFT_DATUM";
+ cinfo->obj_type[83] = "PRO_DRAFT_GROUP";
+ cinfo->obj_type[84] = "PRO_DRAW_TABLE";
+ cinfo->obj_type[92] = "PRO_VIEW";
+ cinfo->obj_type[96] = "PRO_CABLE";
+ cinfo->obj_type[105] = "PRO_REPORT";
+ cinfo->obj_type[116] = "PRO_MARKUP";
+ cinfo->obj_type[117] = "PRO_LAYER";
+ cinfo->obj_type[121] = "PRO_DIAGRAM";
+ cinfo->obj_type[133] = "PRO_SKETCH_ENTITY";
+ cinfo->obj_type[144] = "PRO_DATUM_TEXT";
+ cinfo->obj_type[145] = "PRO_ENTITY_TEXT";
+ cinfo->obj_type[147] = "PRO_DRAW_TABLE_CELL";
+ cinfo->obj_type[176] = "PRO_DATUM_PLANE";
+ cinfo->obj_type[180] = "PRO_COMP_CRV";
+ cinfo->obj_type[211] = "PRO_BND_TABLE";
+ cinfo->obj_type[240] = "PRO_PARAMETER";
+ cinfo->obj_type[305] = "PRO_DIAGRAM_OBJECT";
+ cinfo->obj_type[308] = "PRO_DIAGRAM_WIRE";
+ cinfo->obj_type[309] = "PRO_SIMP_REP";
+ cinfo->obj_type[371] = "PRO_WELD_PARAMS";
+ cinfo->obj_type[377] = "PRO_SNAP_LINE";
+ cinfo->obj_type[385] = "PRO_EXTOBJ";
+ cinfo->obj_type[500] = "PRO_EXPLD_STATE";
+ cinfo->obj_type[504] = "PRO_CABLE_LOCATION";
+ cinfo->obj_type[533] = "PRO_RELSET";
+ cinfo->obj_type[555] = "PRO_ANALYSIS";
+ cinfo->obj_type[556] = "PRO_SURF_CRV";
+ cinfo->obj_type[625] = "PRO_LOG_SRF";
+ cinfo->obj_type[622] = "PRO_SOLID_GEOMETRY";
+ cinfo->obj_type[626] = "PRO_LOG_EDG";
+ cinfo->obj_type[627] = "PRO_DESKTOP";
+ cinfo->obj_type[628] = "PRO_SYMBOL_DEFINITION";
- feat_type[0] = "PRO_FEAT_FIRST_FEAT";
- feat_type[911 - FEAT_TYPE_OFFSET] = "PRO_FEAT_HOLE";
- feat_type[912 - FEAT_TYPE_OFFSET] = "PRO_FEAT_SHAFT";
- feat_type[913 - FEAT_TYPE_OFFSET] = "PRO_FEAT_ROUND";
- feat_type[914 - FEAT_TYPE_OFFSET] = "PRO_FEAT_CHAMFER";
- feat_type[915 - FEAT_TYPE_OFFSET] = "PRO_FEAT_SLOT";
- feat_type[916 - FEAT_TYPE_OFFSET] = "PRO_FEAT_CUT";
- feat_type[917 - FEAT_TYPE_OFFSET] = "PRO_FEAT_PROTRUSION";
- feat_type[918 - FEAT_TYPE_OFFSET] = "PRO_FEAT_NECK";
- feat_type[919 - FEAT_TYPE_OFFSET] = "PRO_FEAT_FLANGE";
- feat_type[920 - FEAT_TYPE_OFFSET] = "PRO_FEAT_RIB";
- feat_type[921 - FEAT_TYPE_OFFSET] = "PRO_FEAT_EAR";
- feat_type[922 - FEAT_TYPE_OFFSET] = "PRO_FEAT_DOME";
- feat_type[923 - FEAT_TYPE_OFFSET] = "PRO_FEAT_DATUM";
- feat_type[924 - FEAT_TYPE_OFFSET] = "PRO_FEAT_LOC_PUSH";
- feat_type[925 - FEAT_TYPE_OFFSET] = "PRO_FEAT_UDF";
- feat_type[926 - FEAT_TYPE_OFFSET] = "PRO_FEAT_DATUM_AXIS";
- feat_type[927 - FEAT_TYPE_OFFSET] = "PRO_FEAT_DRAFT";
- feat_type[928 - FEAT_TYPE_OFFSET] = "PRO_FEAT_SHELL";
- feat_type[929 - FEAT_TYPE_OFFSET] = "PRO_FEAT_DOME2";
- feat_type[930 - FEAT_TYPE_OFFSET] = "PRO_FEAT_CORN_CHAMF";
- feat_type[931 - FEAT_TYPE_OFFSET] = "PRO_FEAT_DATUM_POINT";
- feat_type[932 - FEAT_TYPE_OFFSET] = "PRO_FEAT_IMPORT";
- feat_type[932 - FEAT_TYPE_OFFSET] = "PRO_FEAT_IGES";
- feat_type[933 - FEAT_TYPE_OFFSET] = "PRO_FEAT_COSMETIC";
- feat_type[934 - FEAT_TYPE_OFFSET] = "PRO_FEAT_ETCH";
- feat_type[935 - FEAT_TYPE_OFFSET] = "PRO_FEAT_MERGE";
- feat_type[936 - FEAT_TYPE_OFFSET] = "PRO_FEAT_MOLD";
- feat_type[937 - FEAT_TYPE_OFFSET] = "PRO_FEAT_SAW";
- feat_type[938 - FEAT_TYPE_OFFSET] = "PRO_FEAT_TURN";
- feat_type[939 - FEAT_TYPE_OFFSET] = "PRO_FEAT_MILL";
- feat_type[940 - FEAT_TYPE_OFFSET] = "PRO_FEAT_DRILL";
- feat_type[941 - FEAT_TYPE_OFFSET] = "PRO_FEAT_OFFSET";
- feat_type[942 - FEAT_TYPE_OFFSET] = "PRO_FEAT_DATUM_SURF";
- feat_type[943 - FEAT_TYPE_OFFSET] = "PRO_FEAT_REPLACE_SURF";
- feat_type[944 - FEAT_TYPE_OFFSET] = "PRO_FEAT_GROOVE";
- feat_type[945 - FEAT_TYPE_OFFSET] = "PRO_FEAT_PIPE";
- feat_type[946 - FEAT_TYPE_OFFSET] = "PRO_FEAT_DATUM_QUILT";
- feat_type[947 - FEAT_TYPE_OFFSET] = "PRO_FEAT_ASSEM_CUT";
- feat_type[948 - FEAT_TYPE_OFFSET] = "PRO_FEAT_UDF_THREAD";
- feat_type[949 - FEAT_TYPE_OFFSET] = "PRO_FEAT_CURVE";
- feat_type[950 - FEAT_TYPE_OFFSET] = "PRO_FEAT_SRF_MDL";
- feat_type[952 - FEAT_TYPE_OFFSET] = "PRO_FEAT_WALL";
- feat_type[953 - FEAT_TYPE_OFFSET] = "PRO_FEAT_BEND";
- feat_type[954 - FEAT_TYPE_OFFSET] = "PRO_FEAT_UNBEND";
- feat_type[955 - FEAT_TYPE_OFFSET] = "PRO_FEAT_CUT_SMT";
- feat_type[956 - FEAT_TYPE_OFFSET] = "PRO_FEAT_FORM";
- feat_type[957 - FEAT_TYPE_OFFSET] = "PRO_FEAT_THICKEN";
- feat_type[958 - FEAT_TYPE_OFFSET] = "PRO_FEAT_BEND_BACK";
- feat_type[959 - FEAT_TYPE_OFFSET] = "PRO_FEAT_UDF_NOTCH";
- feat_type[960 - FEAT_TYPE_OFFSET] = "PRO_FEAT_UDF_PUNCH";
- feat_type[961 - FEAT_TYPE_OFFSET] = "PRO_FEAT_INT_UDF";
- feat_type[962 - FEAT_TYPE_OFFSET] = "PRO_FEAT_SPLIT_SURF";
- feat_type[963 - FEAT_TYPE_OFFSET] = "PRO_FEAT_GRAPH";
- feat_type[964 - FEAT_TYPE_OFFSET] = "PRO_FEAT_SMT_MFG_PUNCH";
- feat_type[965 - FEAT_TYPE_OFFSET] = "PRO_FEAT_SMT_MFG_CUT";
- feat_type[966 - FEAT_TYPE_OFFSET] = "PRO_FEAT_FLATTEN";
- feat_type[967 - FEAT_TYPE_OFFSET] = "PRO_FEAT_SET";
- feat_type[968 - FEAT_TYPE_OFFSET] = "PRO_FEAT_VDA";
- feat_type[969 - FEAT_TYPE_OFFSET] = "PRO_FEAT_SMT_MFG_FORM";
- feat_type[970 - FEAT_TYPE_OFFSET] = "PRO_FEAT_SMT_PUNCH_PNT";
- feat_type[971 - FEAT_TYPE_OFFSET] = "PRO_FEAT_LIP";
- feat_type[972 - FEAT_TYPE_OFFSET] = "PRO_FEAT_MANUAL";
- feat_type[973 - FEAT_TYPE_OFFSET] = "PRO_FEAT_MFG_GATHER";
- feat_type[974 - FEAT_TYPE_OFFSET] = "PRO_FEAT_MFG_TRIM";
- feat_type[975 - FEAT_TYPE_OFFSET] = "PRO_FEAT_MFG_USEVOL";
- feat_type[976 - FEAT_TYPE_OFFSET] = "PRO_FEAT_LOCATION";
- feat_type[977 - FEAT_TYPE_OFFSET] = "PRO_FEAT_CABLE_SEGM";
- feat_type[978 - FEAT_TYPE_OFFSET] = "PRO_FEAT_CABLE";
- feat_type[979 - FEAT_TYPE_OFFSET] = "PRO_FEAT_CSYS";
- feat_type[980 - FEAT_TYPE_OFFSET] = "PRO_FEAT_CHANNEL";
- feat_type[937 - FEAT_TYPE_OFFSET] = "PRO_FEAT_WIRE_EDM";
- feat_type[981 - FEAT_TYPE_OFFSET] = "PRO_FEAT_AREA_NIBBLE";
- feat_type[982 - FEAT_TYPE_OFFSET] = "PRO_FEAT_PATCH";
- feat_type[983 - FEAT_TYPE_OFFSET] = "PRO_FEAT_PLY";
- feat_type[984 - FEAT_TYPE_OFFSET] = "PRO_FEAT_CORE";
- feat_type[985 - FEAT_TYPE_OFFSET] = "PRO_FEAT_EXTRACT";
- feat_type[986 - FEAT_TYPE_OFFSET] = "PRO_FEAT_MFG_REFINE";
- feat_type[987 - FEAT_TYPE_OFFSET] = "PRO_FEAT_SILH_TRIM";
- feat_type[988 - FEAT_TYPE_OFFSET] = "PRO_FEAT_SPLIT";
- feat_type[989 - FEAT_TYPE_OFFSET] = "PRO_FEAT_EXTEND";
- feat_type[990 - FEAT_TYPE_OFFSET] = "PRO_FEAT_SOLIDIFY";
- feat_type[991 - FEAT_TYPE_OFFSET] = "PRO_FEAT_INTERSECT";
- feat_type[992 - FEAT_TYPE_OFFSET] = "PRO_FEAT_ATTACH";
- feat_type[993 - FEAT_TYPE_OFFSET] = "PRO_FEAT_XSEC";
- feat_type[994 - FEAT_TYPE_OFFSET] = "PRO_FEAT_UDF_ZONE";
- feat_type[995 - FEAT_TYPE_OFFSET] = "PRO_FEAT_UDF_CLAMP";
- feat_type[996 - FEAT_TYPE_OFFSET] = "PRO_FEAT_DRL_GRP";
- feat_type[997 - FEAT_TYPE_OFFSET] = "PRO_FEAT_ISEGM";
- feat_type[998 - FEAT_TYPE_OFFSET] = "PRO_FEAT_CABLE_COSM";
- feat_type[999 - FEAT_TYPE_OFFSET] = "PRO_FEAT_SPOOL";
- feat_type[1000 - FEAT_TYPE_OFFSET] = "PRO_FEAT_COMPONENT";
- feat_type[1001 - FEAT_TYPE_OFFSET] = "PRO_FEAT_MFG_MERGE";
- feat_type[1002 - FEAT_TYPE_OFFSET] = "PRO_FEAT_FIXSETUP";
- feat_type[1002 - FEAT_TYPE_OFFSET] = "PRO_FEAT_SETUP";
- feat_type[1003 - FEAT_TYPE_OFFSET] = "PRO_FEAT_FLAT_PAT";
- feat_type[1004 - FEAT_TYPE_OFFSET] = "PRO_FEAT_CONT_MAP";
- feat_type[1005 - FEAT_TYPE_OFFSET] = "PRO_FEAT_EXP_RATIO";
- feat_type[1006 - FEAT_TYPE_OFFSET] = "PRO_FEAT_RIP";
- feat_type[1007 - FEAT_TYPE_OFFSET] = "PRO_FEAT_OPERATION";
- feat_type[1008 - FEAT_TYPE_OFFSET] = "PRO_FEAT_WORKCELL";
- feat_type[1009 - FEAT_TYPE_OFFSET] = "PRO_FEAT_CUT_MOTION";
- feat_type[1013 - FEAT_TYPE_OFFSET] = "PRO_FEAT_BLD_PATH";
- feat_type[1013 - FEAT_TYPE_OFFSET] = "PRO_FEAT_CUSTOMIZE";
- feat_type[1014 - FEAT_TYPE_OFFSET] = "PRO_FEAT_DRV_TOOL_SKETCH";
- feat_type[1015 - FEAT_TYPE_OFFSET] = "PRO_FEAT_DRV_TOOL_EDGE";
- feat_type[1016 - FEAT_TYPE_OFFSET] = "PRO_FEAT_DRV_TOOL_CURVE";
- feat_type[1017 - FEAT_TYPE_OFFSET] = "PRO_FEAT_DRV_TOOL_SURF";
- feat_type[1018 - FEAT_TYPE_OFFSET] = "PRO_FEAT_MAT_REMOVAL";
- feat_type[1019 - FEAT_TYPE_OFFSET] = "PRO_FEAT_TORUS";
- feat_type[1020 - FEAT_TYPE_OFFSET] = "PRO_FEAT_PIPE_SET_START";
- feat_type[1021 - FEAT_TYPE_OFFSET] = "PRO_FEAT_PIPE_PNT_PNT";
- feat_type[1022 - FEAT_TYPE_OFFSET] = "PRO_FEAT_PIPE_EXT";
- feat_type[1023 - FEAT_TYPE_OFFSET] = "PRO_FEAT_PIPE_TRIM";
- feat_type[1024 - FEAT_TYPE_OFFSET] = "PRO_FEAT_PIPE_FOLL";
- feat_type[1025 - FEAT_TYPE_OFFSET] = "PRO_FEAT_PIPE_JOIN";
- feat_type[1026 - FEAT_TYPE_OFFSET] = "PRO_FEAT_AUXILIARY";
- feat_type[1027 - FEAT_TYPE_OFFSET] = "PRO_FEAT_PIPE_LINE";
- feat_type[1028 - FEAT_TYPE_OFFSET] = "PRO_FEAT_LINE_STOCK";
- feat_type[1029 - FEAT_TYPE_OFFSET] = "PRO_FEAT_SLD_PIPE ";
- feat_type[1030 - FEAT_TYPE_OFFSET] = "PRO_FEAT_BULK_OBJECT";
- feat_type[1031 - FEAT_TYPE_OFFSET] = "PRO_FEAT_SHRINKAGE ";
- feat_type[1032 - FEAT_TYPE_OFFSET] = "PRO_FEAT_PIPE_JOINT ";
- feat_type[1033 - FEAT_TYPE_OFFSET] = "PRO_FEAT_PIPE_BRANCH ";
- feat_type[1034 - FEAT_TYPE_OFFSET] = "PRO_FEAT_DRV_TOOL_TWO_CNTR";
- feat_type[1035 - FEAT_TYPE_OFFSET] = "PRO_FEAT_SUBHARNESS";
- feat_type[1036 - FEAT_TYPE_OFFSET] = "PRO_FEAT_SMT_OPTIMIZE";
- feat_type[1037 - FEAT_TYPE_OFFSET] = "PRO_FEAT_DECLARE";
- feat_type[1038 - FEAT_TYPE_OFFSET] = "PRO_FEAT_SMT_POPULATE";
- feat_type[1039 - FEAT_TYPE_OFFSET] = "PRO_FEAT_OPER_COMP";
- feat_type[1040 - FEAT_TYPE_OFFSET] = "PRO_FEAT_MEASURE";
- feat_type[1041 - FEAT_TYPE_OFFSET] = "PRO_FEAT_DRAFT_LINE";
- feat_type[1042 - FEAT_TYPE_OFFSET] = "PRO_FEAT_REMOVE_SURFS";
- feat_type[1043 - FEAT_TYPE_OFFSET] = "PRO_FEAT_RIBBON_CABLE";
- feat_type[1046 - FEAT_TYPE_OFFSET] = "PRO_FEAT_ATTACH_VOLUME";
- feat_type[1047 - FEAT_TYPE_OFFSET] = "PRO_FEAT_BLD_OPERATION";
- feat_type[1048 - FEAT_TYPE_OFFSET] = "PRO_FEAT_UDF_WRK_REG";
- feat_type[1049 - FEAT_TYPE_OFFSET] = "PRO_FEAT_SPINAL_BEND";
- feat_type[1050 - FEAT_TYPE_OFFSET] = "PRO_FEAT_TWIST";
- feat_type[1051 - FEAT_TYPE_OFFSET] = "PRO_FEAT_FREE_FORM";
- feat_type[1052 - FEAT_TYPE_OFFSET] = "PRO_FEAT_ZONE";
- feat_type[1053 - FEAT_TYPE_OFFSET] = "PRO_FEAT_WELDING_ROD";
- feat_type[1054 - FEAT_TYPE_OFFSET] = "PRO_FEAT_WELD_FILLET";
- feat_type[1055 - FEAT_TYPE_OFFSET] = "PRO_FEAT_WELD_GROOVE";
- feat_type[1056 - FEAT_TYPE_OFFSET] = "PRO_FEAT_WELD_PLUG_SLOT";
- feat_type[1057 - FEAT_TYPE_OFFSET] = "PRO_FEAT_WELD_SPOT";
- feat_type[1058 - FEAT_TYPE_OFFSET] = "PRO_FEAT_SMT_SHEAR";
- feat_type[1059 - FEAT_TYPE_OFFSET] = "PRO_FEAT_PATH_SEGM";
- feat_type[1060 - FEAT_TYPE_OFFSET] = "PRO_FEAT_RIBBON_SEGM";
- feat_type[1059 - FEAT_TYPE_OFFSET] = "PRO_FEAT_RIBBON_PATH";
- feat_type[1060 - FEAT_TYPE_OFFSET] = "PRO_FEAT_RIBBON_EXTEND";
- feat_type[1061 - FEAT_TYPE_OFFSET] = "PRO_FEAT_ASMCUT_COPY";
- feat_type[1062 - FEAT_TYPE_OFFSET] = "PRO_FEAT_DEFORM_AREA";
- feat_type[1063 - FEAT_TYPE_OFFSET] = "PRO_FEAT_RIBBON_SOLID";
- feat_type[1064 - FEAT_TYPE_OFFSET] = "PRO_FEAT_FLAT_RIBBON_SEGM";
- feat_type[1065 - FEAT_TYPE_OFFSET] = "PRO_FEAT_POSITION_FOLD";
- feat_type[1066 - FEAT_TYPE_OFFSET] = "PRO_FEAT_SPRING_BACK";
- feat_type[1067 - FEAT_TYPE_OFFSET] = "PRO_FEAT_BEAM_SECTION";
- feat_type[1068 - FEAT_TYPE_OFFSET] = "PRO_FEAT_SHRINK_DIM";
- feat_type[1070 - FEAT_TYPE_OFFSET] = "PRO_FEAT_THREAD";
- feat_type[1071 - FEAT_TYPE_OFFSET] = "PRO_FEAT_SMT_CONVERSION";
- feat_type[1072 - FEAT_TYPE_OFFSET] = "PRO_FEAT_CMM_MEASSTEP";
- feat_type[1073 - FEAT_TYPE_OFFSET] = "PRO_FEAT_CMM_CONSTR";
- feat_type[1074 - FEAT_TYPE_OFFSET] = "PRO_FEAT_CMM_VERIFY";
- feat_type[1075 - FEAT_TYPE_OFFSET] = "PRO_FEAT_CAV_SCAN_SET";
- feat_type[1076 - FEAT_TYPE_OFFSET] = "PRO_FEAT_CAV_FIT";
- feat_type[1077 - FEAT_TYPE_OFFSET] = "PRO_FEAT_CAV_DEVIATION";
- feat_type[1078 - FEAT_TYPE_OFFSET] = "PRO_FEAT_SMT_ZONE";
- feat_type[1079 - FEAT_TYPE_OFFSET] = "PRO_FEAT_SMT_CLAMP";
- feat_type[1080 - FEAT_TYPE_OFFSET] = "PRO_FEAT_PROCESS_STEP";
- feat_type[1081 - FEAT_TYPE_OFFSET] = "PRO_FEAT_EDGE_BEND";
- feat_type[1082 - FEAT_TYPE_OFFSET] = "PRO_FEAT_DRV_TOOL_PROF";
- feat_type[1083 - FEAT_TYPE_OFFSET] = "PRO_FEAT_EXPLODE_LINE";
- feat_type[1084 - FEAT_TYPE_OFFSET] = "PRO_FEAT_GEOM_COPY";
- feat_type[1085 - FEAT_TYPE_OFFSET] = "PRO_FEAT_ANALYSIS";
- feat_type[1086 - FEAT_TYPE_OFFSET] = "PRO_FEAT_WATER_LINE";
- feat_type[1087 - FEAT_TYPE_OFFSET] = "PRO_FEAT_UDF_RMDT";
- feat_type[1088 - FEAT_TYPE_OFFSET] = "PRO_FEAT_VOL_SPLIT";
- feat_type[1089 - FEAT_TYPE_OFFSET] = "PRO_FEAT_WLD_EDG_PREP";
- feat_type[1090 - FEAT_TYPE_OFFSET] = "PRO_FEAT_SMM_OFFSET";
- feat_type[1091 - FEAT_TYPE_OFFSET] = "PRO_FEAT_SMM_MATREM";
- feat_type[1092 - FEAT_TYPE_OFFSET] = "PRO_FEAT_SMM_COSMETIC";
- feat_type[1093 - FEAT_TYPE_OFFSET] = "PRO_FEAT_SMM_APPROACH";
- feat_type[1094 - FEAT_TYPE_OFFSET] = "PRO_FEAT_SMM_SLOT";
- feat_type[1095 - FEAT_TYPE_OFFSET] = "PRO_FEAT_SMM_SHAPE";
- feat_type[1096 - FEAT_TYPE_OFFSET] = "PRO_FEAT_IPM_QUILT";
- feat_type[1097 - FEAT_TYPE_OFFSET] = "PRO_FEAT_DRVD";
- feat_type[1098 - FEAT_TYPE_OFFSET] = "PRO_FEAT_SMT_CRN_REL";
- feat_type[1101 - FEAT_TYPE_OFFSET] = "PRO_FEAT_SLDBEND";
- feat_type[1102 - FEAT_TYPE_OFFSET] = "PRO_FEAT_FLATQLT ";
- feat_type[1103 - FEAT_TYPE_OFFSET] = "PRO_FEAT_DRV_TOOL_TURN ";
- feat_type[1104 - FEAT_TYPE_OFFSET] = "PRO_FEAT_GROUP_HEAD";
- feat_type[1211 - FEAT_TYPE_OFFSET] = "PRO_FEAT_HULL_PLATE";
- feat_type[1212 - FEAT_TYPE_OFFSET] = "PRO_FEAT_HULL_HOLE ";
- feat_type[1213 - FEAT_TYPE_OFFSET] = "PRO_FEAT_HULL_CUTOUT";
- feat_type[1214 - FEAT_TYPE_OFFSET] = "PRO_FEAT_HULL_STIFFENER";
- feat_type[1215 - FEAT_TYPE_OFFSET] = "PRO_FEAT_HULL_BEAM";
- feat_type[1216 - FEAT_TYPE_OFFSET] = "PRO_FEAT_HULL_ENDCUT";
- feat_type[1217 - FEAT_TYPE_OFFSET] = "PRO_FEAT_HULL_WLD_FLANGE";
- feat_type[1218 - FEAT_TYPE_OFFSET] = "PRO_FEAT_HULL_COLLAR";
- feat_type[1219 - FEAT_TYPE_OFFSET] = "PRO_FEAT_HULL_DRAW";
- feat_type[1220 - FEAT_TYPE_OFFSET] = "PRO_FEAT_HULL_BRACKET";
- feat_type[1221 - FEAT_TYPE_OFFSET] = "PRO_FEAT_HULL_FOLDED_FLG";
- feat_type[1222 - FEAT_TYPE_OFFSET] = "PRO_FEAT_HULL_BLOCK";
- feat_type[1223 - FEAT_TYPE_OFFSET] = "PRO_FEAT_HULL_BLOCK_DEF";
- feat_type[1105 - FEAT_TYPE_OFFSET] = "PRO_FEAT_FR_SYS";
- feat_type[1106 - FEAT_TYPE_OFFSET] = "PRO_FEAT_HULL_COMPT";
- feat_type[1107 - FEAT_TYPE_OFFSET] = "PRO_FEAT_REFERENCE";
- feat_type[1108 - FEAT_TYPE_OFFSET] = "PRO_FEAT_SHELL_EXP";
- feat_type[1109 - FEAT_TYPE_OFFSET] = "PRO_FEAT_FREEFORM";
- feat_type[1110 - FEAT_TYPE_OFFSET] = "PRO_FEAT_KERNEL ";
- feat_type[1111 - FEAT_TYPE_OFFSET] = "PRO_FEAT_WELD_PROCESS";
- feat_type[1112 - FEAT_TYPE_OFFSET] = "PRO_FEAT_HULL_REP_TMP";
- feat_type[1113 - FEAT_TYPE_OFFSET] = "PRO_FEAT_INSULATION";
- feat_type[1114 - FEAT_TYPE_OFFSET] = "PRO_FEAT_SLD_PIP_INSUL";
- feat_type[1115 - FEAT_TYPE_OFFSET] = "PRO_FEAT_SMT_EXTRACT";
- feat_type[1116 - FEAT_TYPE_OFFSET] = "PRO_FEAT_ASSY_MERGE";
- feat_type[1117 - FEAT_TYPE_OFFSET] = "PRO_FEAT_DS_OPTIMIZE";
- feat_type[1118 - FEAT_TYPE_OFFSET] = "PRO_FEAT_COMP_INTERFACE";
- feat_type[1119 - FEAT_TYPE_OFFSET] = "PRO_FEAT_OLE";
- feat_type[1120 - FEAT_TYPE_OFFSET] = "PRO_FEAT_TERMINATOR";
- feat_type[1121 - FEAT_TYPE_OFFSET] = "PRO_FEAT_WLD_NOTCH";
- feat_type[1122 - FEAT_TYPE_OFFSET] = "PRO_FEAT_ASSY_WLD_NOTCH";
-
+ cinfo->feat_type[0] = "PRO_FEAT_FIRST_FEAT";
+ cinfo->feat_type[911 - FEAT_TYPE_OFFSET] = "PRO_FEAT_HOLE";
+ cinfo->feat_type[912 - FEAT_TYPE_OFFSET] = "PRO_FEAT_SHAFT";
+ cinfo->feat_type[913 - FEAT_TYPE_OFFSET] = "PRO_FEAT_ROUND";
+ cinfo->feat_type[914 - FEAT_TYPE_OFFSET] = "PRO_FEAT_CHAMFER";
+ cinfo->feat_type[915 - FEAT_TYPE_OFFSET] = "PRO_FEAT_SLOT";
+ cinfo->feat_type[916 - FEAT_TYPE_OFFSET] = "PRO_FEAT_CUT";
+ cinfo->feat_type[917 - FEAT_TYPE_OFFSET] = "PRO_FEAT_PROTRUSION";
+ cinfo->feat_type[918 - FEAT_TYPE_OFFSET] = "PRO_FEAT_NECK";
+ cinfo->feat_type[919 - FEAT_TYPE_OFFSET] = "PRO_FEAT_FLANGE";
+ cinfo->feat_type[920 - FEAT_TYPE_OFFSET] = "PRO_FEAT_RIB";
+ cinfo->feat_type[921 - FEAT_TYPE_OFFSET] = "PRO_FEAT_EAR";
+ cinfo->feat_type[922 - FEAT_TYPE_OFFSET] = "PRO_FEAT_DOME";
+ cinfo->feat_type[923 - FEAT_TYPE_OFFSET] = "PRO_FEAT_DATUM";
+ cinfo->feat_type[924 - FEAT_TYPE_OFFSET] = "PRO_FEAT_LOC_PUSH";
+ cinfo->feat_type[925 - FEAT_TYPE_OFFSET] = "PRO_FEAT_UDF";
+ cinfo->feat_type[926 - FEAT_TYPE_OFFSET] = "PRO_FEAT_DATUM_AXIS";
+ cinfo->feat_type[927 - FEAT_TYPE_OFFSET] = "PRO_FEAT_DRAFT";
+ cinfo->feat_type[928 - FEAT_TYPE_OFFSET] = "PRO_FEAT_SHELL";
+ cinfo->feat_type[929 - FEAT_TYPE_OFFSET] = "PRO_FEAT_DOME2";
+ cinfo->feat_type[930 - FEAT_TYPE_OFFSET] = "PRO_FEAT_CORN_CHAMF";
+ cinfo->feat_type[931 - FEAT_TYPE_OFFSET] = "PRO_FEAT_DATUM_POINT";
+ cinfo->feat_type[932 - FEAT_TYPE_OFFSET] = "PRO_FEAT_IMPORT";
+ cinfo->feat_type[932 - FEAT_TYPE_OFFSET] = "PRO_FEAT_IGES";
+ cinfo->feat_type[933 - FEAT_TYPE_OFFSET] = "PRO_FEAT_COSMETIC";
+ cinfo->feat_type[934 - FEAT_TYPE_OFFSET] = "PRO_FEAT_ETCH";
+ cinfo->feat_type[935 - FEAT_TYPE_OFFSET] = "PRO_FEAT_MERGE";
+ cinfo->feat_type[936 - FEAT_TYPE_OFFSET] = "PRO_FEAT_MOLD";
+ cinfo->feat_type[937 - FEAT_TYPE_OFFSET] = "PRO_FEAT_SAW";
+ cinfo->feat_type[938 - FEAT_TYPE_OFFSET] = "PRO_FEAT_TURN";
+ cinfo->feat_type[939 - FEAT_TYPE_OFFSET] = "PRO_FEAT_MILL";
+ cinfo->feat_type[940 - FEAT_TYPE_OFFSET] = "PRO_FEAT_DRILL";
+ cinfo->feat_type[941 - FEAT_TYPE_OFFSET] = "PRO_FEAT_OFFSET";
+ cinfo->feat_type[942 - FEAT_TYPE_OFFSET] = "PRO_FEAT_DATUM_SURF";
+ cinfo->feat_type[943 - FEAT_TYPE_OFFSET] = "PRO_FEAT_REPLACE_SURF";
+ cinfo->feat_type[944 - FEAT_TYPE_OFFSET] = "PRO_FEAT_GROOVE";
+ cinfo->feat_type[945 - FEAT_TYPE_OFFSET] = "PRO_FEAT_PIPE";
+ cinfo->feat_type[946 - FEAT_TYPE_OFFSET] = "PRO_FEAT_DATUM_QUILT";
+ cinfo->feat_type[947 - FEAT_TYPE_OFFSET] = "PRO_FEAT_ASSEM_CUT";
+ cinfo->feat_type[948 - FEAT_TYPE_OFFSET] = "PRO_FEAT_UDF_THREAD";
+ cinfo->feat_type[949 - FEAT_TYPE_OFFSET] = "PRO_FEAT_CURVE";
+ cinfo->feat_type[950 - FEAT_TYPE_OFFSET] = "PRO_FEAT_SRF_MDL";
+ cinfo->feat_type[952 - FEAT_TYPE_OFFSET] = "PRO_FEAT_WALL";
+ cinfo->feat_type[953 - FEAT_TYPE_OFFSET] = "PRO_FEAT_BEND";
+ cinfo->feat_type[954 - FEAT_TYPE_OFFSET] = "PRO_FEAT_UNBEND";
+ cinfo->feat_type[955 - FEAT_TYPE_OFFSET] = "PRO_FEAT_CUT_SMT";
+ cinfo->feat_type[956 - FEAT_TYPE_OFFSET] = "PRO_FEAT_FORM";
+ cinfo->feat_type[957 - FEAT_TYPE_OFFSET] = "PRO_FEAT_THICKEN";
+ cinfo->feat_type[958 - FEAT_TYPE_OFFSET] = "PRO_FEAT_BEND_BACK";
+ cinfo->feat_type[959 - FEAT_TYPE_OFFSET] = "PRO_FEAT_UDF_NOTCH";
+ cinfo->feat_type[960 - FEAT_TYPE_OFFSET] = "PRO_FEAT_UDF_PUNCH";
+ cinfo->feat_type[961 - FEAT_TYPE_OFFSET] = "PRO_FEAT_INT_UDF";
+ cinfo->feat_type[962 - FEAT_TYPE_OFFSET] = "PRO_FEAT_SPLIT_SURF";
+ cinfo->feat_type[963 - FEAT_TYPE_OFFSET] = "PRO_FEAT_GRAPH";
+ cinfo->feat_type[964 - FEAT_TYPE_OFFSET] = "PRO_FEAT_SMT_MFG_PUNCH";
+ cinfo->feat_type[965 - FEAT_TYPE_OFFSET] = "PRO_FEAT_SMT_MFG_CUT";
+ cinfo->feat_type[966 - FEAT_TYPE_OFFSET] = "PRO_FEAT_FLATTEN";
+ cinfo->feat_type[967 - FEAT_TYPE_OFFSET] = "PRO_FEAT_SET";
+ cinfo->feat_type[968 - FEAT_TYPE_OFFSET] = "PRO_FEAT_VDA";
+ cinfo->feat_type[969 - FEAT_TYPE_OFFSET] = "PRO_FEAT_SMT_MFG_FORM";
+ cinfo->feat_type[970 - FEAT_TYPE_OFFSET] = "PRO_FEAT_SMT_PUNCH_PNT";
+ cinfo->feat_type[971 - FEAT_TYPE_OFFSET] = "PRO_FEAT_LIP";
+ cinfo->feat_type[972 - FEAT_TYPE_OFFSET] = "PRO_FEAT_MANUAL";
+ cinfo->feat_type[973 - FEAT_TYPE_OFFSET] = "PRO_FEAT_MFG_GATHER";
+ cinfo->feat_type[974 - FEAT_TYPE_OFFSET] = "PRO_FEAT_MFG_TRIM";
+ cinfo->feat_type[975 - FEAT_TYPE_OFFSET] = "PRO_FEAT_MFG_USEVOL";
+ cinfo->feat_type[976 - FEAT_TYPE_OFFSET] = "PRO_FEAT_LOCATION";
+ cinfo->feat_type[977 - FEAT_TYPE_OFFSET] = "PRO_FEAT_CABLE_SEGM";
+ cinfo->feat_type[978 - FEAT_TYPE_OFFSET] = "PRO_FEAT_CABLE";
+ cinfo->feat_type[979 - FEAT_TYPE_OFFSET] = "PRO_FEAT_CSYS";
+ cinfo->feat_type[980 - FEAT_TYPE_OFFSET] = "PRO_FEAT_CHANNEL";
+ cinfo->feat_type[937 - FEAT_TYPE_OFFSET] = "PRO_FEAT_WIRE_EDM";
+ cinfo->feat_type[981 - FEAT_TYPE_OFFSET] = "PRO_FEAT_AREA_NIBBLE";
+ cinfo->feat_type[982 - FEAT_TYPE_OFFSET] = "PRO_FEAT_PATCH";
+ cinfo->feat_type[983 - FEAT_TYPE_OFFSET] = "PRO_FEAT_PLY";
+ cinfo->feat_type[984 - FEAT_TYPE_OFFSET] = "PRO_FEAT_CORE";
+ cinfo->feat_type[985 - FEAT_TYPE_OFFSET] = "PRO_FEAT_EXTRACT";
+ cinfo->feat_type[986 - FEAT_TYPE_OFFSET] = "PRO_FEAT_MFG_REFINE";
+ cinfo->feat_type[987 - FEAT_TYPE_OFFSET] = "PRO_FEAT_SILH_TRIM";
+ cinfo->feat_type[988 - FEAT_TYPE_OFFSET] = "PRO_FEAT_SPLIT";
+ cinfo->feat_type[989 - FEAT_TYPE_OFFSET] = "PRO_FEAT_EXTEND";
+ cinfo->feat_type[990 - FEAT_TYPE_OFFSET] = "PRO_FEAT_SOLIDIFY";
+ cinfo->feat_type[991 - FEAT_TYPE_OFFSET] = "PRO_FEAT_INTERSECT";
+ cinfo->feat_type[992 - FEAT_TYPE_OFFSET] = "PRO_FEAT_ATTACH";
+ cinfo->feat_type[993 - FEAT_TYPE_OFFSET] = "PRO_FEAT_XSEC";
+ cinfo->feat_type[994 - FEAT_TYPE_OFFSET] = "PRO_FEAT_UDF_ZONE";
+ cinfo->feat_type[995 - FEAT_TYPE_OFFSET] = "PRO_FEAT_UDF_CLAMP";
+ cinfo->feat_type[996 - FEAT_TYPE_OFFSET] = "PRO_FEAT_DRL_GRP";
+ cinfo->feat_type[997 - FEAT_TYPE_OFFSET] = "PRO_FEAT_ISEGM";
+ cinfo->feat_type[998 - FEAT_TYPE_OFFSET] = "PRO_FEAT_CABLE_COSM";
+ cinfo->feat_type[999 - FEAT_TYPE_OFFSET] = "PRO_FEAT_SPOOL";
+ cinfo->feat_type[1000 - FEAT_TYPE_OFFSET] = "PRO_FEAT_COMPONENT";
+ cinfo->feat_type[1001 - FEAT_TYPE_OFFSET] = "PRO_FEAT_MFG_MERGE";
+ cinfo->feat_type[1002 - FEAT_TYPE_OFFSET] = "PRO_FEAT_FIXSETUP";
+ cinfo->feat_type[1002 - FEAT_TYPE_OFFSET] = "PRO_FEAT_SETUP";
+ cinfo->feat_type[1003 - FEAT_TYPE_OFFSET] = "PRO_FEAT_FLAT_PAT";
+ cinfo->feat_type[1004 - FEAT_TYPE_OFFSET] = "PRO_FEAT_CONT_MAP";
+ cinfo->feat_type[1005 - FEAT_TYPE_OFFSET] = "PRO_FEAT_EXP_RATIO";
+ cinfo->feat_type[1006 - FEAT_TYPE_OFFSET] = "PRO_FEAT_RIP";
+ cinfo->feat_type[1007 - FEAT_TYPE_OFFSET] = "PRO_FEAT_OPERATION";
+ cinfo->feat_type[1008 - FEAT_TYPE_OFFSET] = "PRO_FEAT_WORKCELL";
+ cinfo->feat_type[1009 - FEAT_TYPE_OFFSET] = "PRO_FEAT_CUT_MOTION";
+ cinfo->feat_type[1013 - FEAT_TYPE_OFFSET] = "PRO_FEAT_BLD_PATH";
+ cinfo->feat_type[1013 - FEAT_TYPE_OFFSET] = "PRO_FEAT_CUSTOMIZE";
+ cinfo->feat_type[1014 - FEAT_TYPE_OFFSET] = "PRO_FEAT_DRV_TOOL_SKETCH";
+ cinfo->feat_type[1015 - FEAT_TYPE_OFFSET] = "PRO_FEAT_DRV_TOOL_EDGE";
+ cinfo->feat_type[1016 - FEAT_TYPE_OFFSET] = "PRO_FEAT_DRV_TOOL_CURVE";
+ cinfo->feat_type[1017 - FEAT_TYPE_OFFSET] = "PRO_FEAT_DRV_TOOL_SURF";
+ cinfo->feat_type[1018 - FEAT_TYPE_OFFSET] = "PRO_FEAT_MAT_REMOVAL";
+ cinfo->feat_type[1019 - FEAT_TYPE_OFFSET] = "PRO_FEAT_TORUS";
+ cinfo->feat_type[1020 - FEAT_TYPE_OFFSET] = "PRO_FEAT_PIPE_SET_START";
+ cinfo->feat_type[1021 - FEAT_TYPE_OFFSET] = "PRO_FEAT_PIPE_PNT_PNT";
+ cinfo->feat_type[1022 - FEAT_TYPE_OFFSET] = "PRO_FEAT_PIPE_EXT";
+ cinfo->feat_type[1023 - FEAT_TYPE_OFFSET] = "PRO_FEAT_PIPE_TRIM";
+ cinfo->feat_type[1024 - FEAT_TYPE_OFFSET] = "PRO_FEAT_PIPE_FOLL";
+ cinfo->feat_type[1025 - FEAT_TYPE_OFFSET] = "PRO_FEAT_PIPE_JOIN";
+ cinfo->feat_type[1026 - FEAT_TYPE_OFFSET] = "PRO_FEAT_AUXILIARY";
+ cinfo->feat_type[1027 - FEAT_TYPE_OFFSET] = "PRO_FEAT_PIPE_LINE";
+ cinfo->feat_type[1028 - FEAT_TYPE_OFFSET] = "PRO_FEAT_LINE_STOCK";
+ cinfo->feat_type[1029 - FEAT_TYPE_OFFSET] = "PRO_FEAT_SLD_PIPE ";
+ cinfo->feat_type[1030 - FEAT_TYPE_OFFSET] = "PRO_FEAT_BULK_OBJECT";
+ cinfo->feat_type[1031 - FEAT_TYPE_OFFSET] = "PRO_FEAT_SHRINKAGE ";
+ cinfo->feat_type[1032 - FEAT_TYPE_OFFSET] = "PRO_FEAT_PIPE_JOINT ";
+ cinfo->feat_type[1033 - FEAT_TYPE_OFFSET] = "PRO_FEAT_PIPE_BRANCH ";
+ cinfo->feat_type[1034 - FEAT_TYPE_OFFSET] = "PRO_FEAT_DRV_TOOL_TWO_CNTR";
+ cinfo->feat_type[1035 - FEAT_TYPE_OFFSET] = "PRO_FEAT_SUBHARNESS";
+ cinfo->feat_type[1036 - FEAT_TYPE_OFFSET] = "PRO_FEAT_SMT_OPTIMIZE";
+ cinfo->feat_type[1037 - FEAT_TYPE_OFFSET] = "PRO_FEAT_DECLARE";
+ cinfo->feat_type[1038 - FEAT_TYPE_OFFSET] = "PRO_FEAT_SMT_POPULATE";
+ cinfo->feat_type[1039 - FEAT_TYPE_OFFSET] = "PRO_FEAT_OPER_COMP";
+ cinfo->feat_type[1040 - FEAT_TYPE_OFFSET] = "PRO_FEAT_MEASURE";
+ cinfo->feat_type[1041 - FEAT_TYPE_OFFSET] = "PRO_FEAT_DRAFT_LINE";
+ cinfo->feat_type[1042 - FEAT_TYPE_OFFSET] = "PRO_FEAT_REMOVE_SURFS";
+ cinfo->feat_type[1043 - FEAT_TYPE_OFFSET] = "PRO_FEAT_RIBBON_CABLE";
+ cinfo->feat_type[1046 - FEAT_TYPE_OFFSET] = "PRO_FEAT_ATTACH_VOLUME";
+ cinfo->feat_type[1047 - FEAT_TYPE_OFFSET] = "PRO_FEAT_BLD_OPERATION";
+ cinfo->feat_type[1048 - FEAT_TYPE_OFFSET] = "PRO_FEAT_UDF_WRK_REG";
+ cinfo->feat_type[1049 - FEAT_TYPE_OFFSET] = "PRO_FEAT_SPINAL_BEND";
+ cinfo->feat_type[1050 - FEAT_TYPE_OFFSET] = "PRO_FEAT_TWIST";
+ cinfo->feat_type[1051 - FEAT_TYPE_OFFSET] = "PRO_FEAT_FREE_FORM";
+ cinfo->feat_type[1052 - FEAT_TYPE_OFFSET] = "PRO_FEAT_ZONE";
+ cinfo->feat_type[1053 - FEAT_TYPE_OFFSET] = "PRO_FEAT_WELDING_ROD";
+ cinfo->feat_type[1054 - FEAT_TYPE_OFFSET] = "PRO_FEAT_WELD_FILLET";
+ cinfo->feat_type[1055 - FEAT_TYPE_OFFSET] = "PRO_FEAT_WELD_GROOVE";
+ cinfo->feat_type[1056 - FEAT_TYPE_OFFSET] = "PRO_FEAT_WELD_PLUG_SLOT";
+ cinfo->feat_type[1057 - FEAT_TYPE_OFFSET] = "PRO_FEAT_WELD_SPOT";
+ cinfo->feat_type[1058 - FEAT_TYPE_OFFSET] = "PRO_FEAT_SMT_SHEAR";
+ cinfo->feat_type[1059 - FEAT_TYPE_OFFSET] = "PRO_FEAT_PATH_SEGM";
+ cinfo->feat_type[1060 - FEAT_TYPE_OFFSET] = "PRO_FEAT_RIBBON_SEGM";
+ cinfo->feat_type[1059 - FEAT_TYPE_OFFSET] = "PRO_FEAT_RIBBON_PATH";
+ cinfo->feat_type[1060 - FEAT_TYPE_OFFSET] = "PRO_FEAT_RIBBON_EXTEND";
+ cinfo->feat_type[1061 - FEAT_TYPE_OFFSET] = "PRO_FEAT_ASMCUT_COPY";
+ cinfo->feat_type[1062 - FEAT_TYPE_OFFSET] = "PRO_FEAT_DEFORM_AREA";
+ cinfo->feat_type[1063 - FEAT_TYPE_OFFSET] = "PRO_FEAT_RIBBON_SOLID";
+ cinfo->feat_type[1064 - FEAT_TYPE_OFFSET] = "PRO_FEAT_FLAT_RIBBON_SEGM";
+ cinfo->feat_type[1065 - FEAT_TYPE_OFFSET] = "PRO_FEAT_POSITION_FOLD";
+ cinfo->feat_type[1066 - FEAT_TYPE_OFFSET] = "PRO_FEAT_SPRING_BACK";
+ cinfo->feat_type[1067 - FEAT_TYPE_OFFSET] = "PRO_FEAT_BEAM_SECTION";
+ cinfo->feat_type[1068 - FEAT_TYPE_OFFSET] = "PRO_FEAT_SHRINK_DIM";
+ cinfo->feat_type[1070 - FEAT_TYPE_OFFSET] = "PRO_FEAT_THREAD";
+ cinfo->feat_type[1071 - FEAT_TYPE_OFFSET] = "PRO_FEAT_SMT_CONVERSION";
+ cinfo->feat_type[1072 - FEAT_TYPE_OFFSET] = "PRO_FEAT_CMM_MEASSTEP";
+ cinfo->feat_type[1073 - FEAT_TYPE_OFFSET] = "PRO_FEAT_CMM_CONSTR";
+ cinfo->feat_type[1074 - FEAT_TYPE_OFFSET] = "PRO_FEAT_CMM_VERIFY";
+ cinfo->feat_type[1075 - FEAT_TYPE_OFFSET] = "PRO_FEAT_CAV_SCAN_SET";
+ cinfo->feat_type[1076 - FEAT_TYPE_OFFSET] = "PRO_FEAT_CAV_FIT";
+ cinfo->feat_type[1077 - FEAT_TYPE_OFFSET] = "PRO_FEAT_CAV_DEVIATION";
+ cinfo->feat_type[1078 - FEAT_TYPE_OFFSET] = "PRO_FEAT_SMT_ZONE";
+ cinfo->feat_type[1079 - FEAT_TYPE_OFFSET] = "PRO_FEAT_SMT_CLAMP";
+ cinfo->feat_type[1080 - FEAT_TYPE_OFFSET] = "PRO_FEAT_PROCESS_STEP";
+ cinfo->feat_type[1081 - FEAT_TYPE_OFFSET] = "PRO_FEAT_EDGE_BEND";
+ cinfo->feat_type[1082 - FEAT_TYPE_OFFSET] = "PRO_FEAT_DRV_TOOL_PROF";
+ cinfo->feat_type[1083 - FEAT_TYPE_OFFSET] = "PRO_FEAT_EXPLODE_LINE";
+ cinfo->feat_type[1084 - FEAT_TYPE_OFFSET] = "PRO_FEAT_GEOM_COPY";
+ cinfo->feat_type[1085 - FEAT_TYPE_OFFSET] = "PRO_FEAT_ANALYSIS";
+ cinfo->feat_type[1086 - FEAT_TYPE_OFFSET] = "PRO_FEAT_WATER_LINE";
+ cinfo->feat_type[1087 - FEAT_TYPE_OFFSET] = "PRO_FEAT_UDF_RMDT";
+ cinfo->feat_type[1088 - FEAT_TYPE_OFFSET] = "PRO_FEAT_VOL_SPLIT";
+ cinfo->feat_type[1089 - FEAT_TYPE_OFFSET] = "PRO_FEAT_WLD_EDG_PREP";
+ cinfo->feat_type[1090 - FEAT_TYPE_OFFSET] = "PRO_FEAT_SMM_OFFSET";
+ cinfo->feat_type[1091 - FEAT_TYPE_OFFSET] = "PRO_FEAT_SMM_MATREM";
+ cinfo->feat_type[1092 - FEAT_TYPE_OFFSET] = "PRO_FEAT_SMM_COSMETIC";
+ cinfo->feat_type[1093 - FEAT_TYPE_OFFSET] = "PRO_FEAT_SMM_APPROACH";
+ cinfo->feat_type[1094 - FEAT_TYPE_OFFSET] = "PRO_FEAT_SMM_SLOT";
+ cinfo->feat_type[1095 - FEAT_TYPE_OFFSET] = "PRO_FEAT_SMM_SHAPE";
+ cinfo->feat_type[1096 - FEAT_TYPE_OFFSET] = "PRO_FEAT_IPM_QUILT";
+ cinfo->feat_type[1097 - FEAT_TYPE_OFFSET] = "PRO_FEAT_DRVD";
+ cinfo->feat_type[1098 - FEAT_TYPE_OFFSET] = "PRO_FEAT_SMT_CRN_REL";
+ cinfo->feat_type[1101 - FEAT_TYPE_OFFSET] = "PRO_FEAT_SLDBEND";
+ cinfo->feat_type[1102 - FEAT_TYPE_OFFSET] = "PRO_FEAT_FLATQLT ";
+ cinfo->feat_type[1103 - FEAT_TYPE_OFFSET] = "PRO_FEAT_DRV_TOOL_TURN ";
+ cinfo->feat_type[1104 - FEAT_TYPE_OFFSET] = "PRO_FEAT_GROUP_HEAD";
+ cinfo->feat_type[1211 - FEAT_TYPE_OFFSET] = "PRO_FEAT_HULL_PLATE";
+ cinfo->feat_type[1212 - FEAT_TYPE_OFFSET] = "PRO_FEAT_HULL_HOLE ";
+ cinfo->feat_type[1213 - FEAT_TYPE_OFFSET] = "PRO_FEAT_HULL_CUTOUT";
+ cinfo->feat_type[1214 - FEAT_TYPE_OFFSET] = "PRO_FEAT_HULL_STIFFENER";
+ cinfo->feat_type[1215 - FEAT_TYPE_OFFSET] = "PRO_FEAT_HULL_BEAM";
+ cinfo->feat_type[1216 - FEAT_TYPE_OFFSET] = "PRO_FEAT_HULL_ENDCUT";
+ cinfo->feat_type[1217 - FEAT_TYPE_OFFSET] = "PRO_FEAT_HULL_WLD_FLANGE";
+ cinfo->feat_type[1218 - FEAT_TYPE_OFFSET] = "PRO_FEAT_HULL_COLLAR";
+ cinfo->feat_type[1219 - FEAT_TYPE_OFFSET] = "PRO_FEAT_HULL_DRAW";
+ cinfo->feat_type[1220 - FEAT_TYPE_OFFSET] = "PRO_FEAT_HULL_BRACKET";
+ cinfo->feat_type[1221 - FEAT_TYPE_OFFSET] = "PRO_FEAT_HULL_FOLDED_FLG";
+ cinfo->feat_type[1222 - FEAT_TYPE_OFFSET] = "PRO_FEAT_HULL_BLOCK";
+ cinfo->feat_type[1223 - FEAT_TYPE_OFFSET] = "PRO_FEAT_HULL_BLOCK_DEF";
+ cinfo->feat_type[1105 - FEAT_TYPE_OFFSET] = "PRO_FEAT_FR_SYS";
+ cinfo->feat_type[1106 - FEAT_TYPE_OFFSET] = "PRO_FEAT_HULL_COMPT";
+ cinfo->feat_type[1107 - FEAT_TYPE_OFFSET] = "PRO_FEAT_REFERENCE";
+ cinfo->feat_type[1108 - FEAT_TYPE_OFFSET] = "PRO_FEAT_SHELL_EXP";
+ cinfo->feat_type[1109 - FEAT_TYPE_OFFSET] = "PRO_FEAT_FREEFORM";
+ cinfo->feat_type[1110 - FEAT_TYPE_OFFSET] = "PRO_FEAT_KERNEL ";
+ cinfo->feat_type[1111 - FEAT_TYPE_OFFSET] = "PRO_FEAT_WELD_PROCESS";
+ cinfo->feat_type[1112 - FEAT_TYPE_OFFSET] = "PRO_FEAT_HULL_REP_TMP";
+ cinfo->feat_type[1113 - FEAT_TYPE_OFFSET] = "PRO_FEAT_INSULATION";
+ cinfo->feat_type[1114 - FEAT_TYPE_OFFSET] = "PRO_FEAT_SLD_PIP_INSUL";
+ cinfo->feat_type[1115 - FEAT_TYPE_OFFSET] = "PRO_FEAT_SMT_EXTRACT";
+ cinfo->feat_type[1116 - FEAT_TYPE_OFFSET] = "PRO_FEAT_ASSY_MERGE";
+ cinfo->feat_type[1117 - FEAT_TYPE_OFFSET] = "PRO_FEAT_DS_OPTIMIZE";
+ cinfo->feat_type[1118 - FEAT_TYPE_OFFSET] = "PRO_FEAT_COMP_INTERFACE";
+ cinfo->feat_type[1119 - FEAT_TYPE_OFFSET] = "PRO_FEAT_OLE";
+ cinfo->feat_type[1120 - FEAT_TYPE_OFFSET] = "PRO_FEAT_TERMINATOR";
+ cinfo->feat_type[1121 - FEAT_TYPE_OFFSET] = "PRO_FEAT_WLD_NOTCH";
+ cinfo->feat_type[1122 - FEAT_TYPE_OFFSET] = "PRO_FEAT_ASSY_WLD_NOTCH";
}
extern "C" void
@@ -491,8 +531,10 @@
char **selected_names;
char logger_type_str[128];
int ret_status=0;
+ struct creo_conv_info *cinfo = NULL;
+ BU_GET(cinfo, struct creo_conv_info);
- empty_parts_root = (struct empty_parts *)NULL;
+ creo_conv_info_init(cinfo);
ProStringToWstring( tmp_line, "Not processing" );
status = ProUILabelTextSet( "creo_brl", "curr_proc", tmp_line );
@@ -524,7 +566,7 @@
ProUIDialogDestroy( "creo_brl" );
return;
}
- ProWstringToString( log_file, tmp_str );
+ ProWstringToString( cinfo->log_file, tmp_str );
ProWstringFree( tmp_str );
/* get the name of the output file */
@@ -534,7 +576,7 @@
ProUIDialogDestroy( "creo_brl" );
return;
}
- ProWstringToString( output_file, w_output_file );
+ ProWstringToString( cinfo->output_file, w_output_file );
ProWstringFree( w_output_file );
/* get the name of the part number to part name mapping file */
@@ -544,7 +586,7 @@
ProUIDialogDestroy( "creo_brl" );
return;
}
- ProWstringToString( name_file, w_name_file );
+ ProWstringToString( cinfo->name_file, w_name_file );
ProWstringFree( w_name_file );
/* get starting ident */
@@ -557,7 +599,7 @@
ProWstringToString( astr, tmp_str );
ProWstringFree( tmp_str );
- reg_id = atoi( astr );
+ cinfo->reg_id = atoi( astr );
V_MAX(reg_id, 1);
/* get max error */
@@ -570,7 +612,7 @@
ProWstringToString( astr, tmp_str );
ProWstringFree( tmp_str );
- max_error = atof( astr );
+ cinfo->max_error = atof( astr );
/* get min error */
status = ProUIInputpanelValueGet( "creo_brl", "min_error", &tmp_str );
@@ -582,7 +624,7 @@
ProWstringToString( astr, tmp_str );
ProWstringFree( tmp_str );
- min_error = atof( astr );
+ cinfo->min_error = atof( astr );
V_MAX(max_error, min_error);
@@ -596,7 +638,7 @@
ProWstringToString( astr, tmp_str );
ProWstringFree( tmp_str );
- max_angle_cntrl = atof( astr );
+ cinfo->max_angle_cntrl = atof( astr );
/* get the min angle control */
status = ProUIInputpanelValueGet( "creo_brl", "min_angle_ctrl", &tmp_str );
@@ -608,9 +650,9 @@
ProWstringToString( astr, tmp_str );
ProWstringFree( tmp_str );
- min_angle_cntrl = atof( astr );
+ cinfo->min_angle_cntrl = atof( astr );
- V_MAX(max_angle_cntrl, min_angle_cntrl);
+ V_MAX(cinfo->max_angle_cntrl, cinfo->min_angle_cntrl);
/* get the max to min steps */
status = ProUIInputpanelValueGet( "creo_brl", "isteps", &tmp_str );
@@ -622,28 +664,28 @@
ProWstringToString( astr, tmp_str );
ProWstringFree( tmp_str );
- max_to_min_steps = atoi( astr );
- if (max_to_min_steps <= 0) {
- max_to_min_steps = 0;
- error_increment = 0;
- angle_increment = 0;
+ cinfo->max_to_min_steps = atoi( astr );
+ if (cinfo->max_to_min_steps <= 0) {
+ cinfo->max_to_min_steps = 0;
+ cinfo->error_increment = 0;
+ cinfo->angle_increment = 0;
} else {
- if (ZERO((max_error - min_error)))
- error_increment = 0;
+ if (ZERO((cinfo->max_error - cinfo->min_error)))
+ cinfo->error_increment = 0;
else
- error_increment = (max_error - min_error) / (double)max_to_min_steps;
+ cinfo->error_increment = (cinfo->max_error - cinfo->min_error) / (double)cinfo->max_to_min_steps;
- if (ZERO((max_angle_cntrl - min_angle_cntrl)))
- angle_increment = 0;
+ if (ZERO((cinfo->max_angle_cntrl - cinfo->min_angle_cntrl)))
+ cinfo->angle_increment = 0;
else
- angle_increment = (max_angle_cntrl - min_angle_cntrl) / (double)max_to_min_steps;
+ cinfo->angle_increment = (cinfo->max_angle_cntrl - cinfo->min_angle_cntrl) / (double)cinfo->max_to_min_steps;
- if (error_increment == 0 && angle_increment == 0)
- max_to_min_steps = 0;
+ if (cinfo->error_increment == 0 && cinfo->angle_increment == 0)
+ cinfo->max_to_min_steps = 0;
}
/* check if user wants to do any CSG */
- status = ProUICheckbuttonGetState( "creo_brl", "facets_only", &do_facets_only );
+ status = ProUICheckbuttonGetState( "creo_brl", "facets_only", &cinfo->do_facets_only );
if ( status != PRO_TK_NO_ERROR ) {
fprintf( stderr, "Failed to get checkbutton setting (facetize only)\n" );
ProUIDialogDestroy( "creo_brl" );
@@ -651,7 +693,7 @@
}
/* check if user wants to eliminate small features */
- status = ProUICheckbuttonGetState( "creo_brl", "elim_small", &do_elims );
+ status = ProUICheckbuttonGetState( "creo_brl", "elim_small", &cinfo->do_elims );
if ( status != PRO_TK_NO_ERROR ) {
fprintf( stderr, "Failed to get checkbutton setting (eliminate small features)\n" );
ProUIDialogDestroy( "creo_brl" );
@@ -659,14 +701,14 @@
}
/* check if user wants surface normals in the BOT's */
- status = ProUICheckbuttonGetState( "creo_brl", "get_normals", &get_normals );
+ status = ProUICheckbuttonGetState( "creo_brl", "get_normals", &cinfo->get_normals );
if ( status != PRO_TK_NO_ERROR ) {
fprintf( stderr, "Failed to get checkbutton setting (extract surface normals)\n" );
ProUIDialogDestroy( "creo_brl" );
return;
}
- if ( do_elims ) {
+ if ( cinfo->do_elims ) {
/* get the minimum hole diameter */
status = ProUIInputpanelValueGet( "creo_brl", "min_hole", &tmp_str );
@@ -678,8 +720,8 @@
ProWstringToString( astr, tmp_str );
ProWstringFree( tmp_str );
- min_hole_diameter = atof( astr );
- V_MAX(min_hole_diameter, 0.0);
+ cinfo->min_hole_diameter = atof( astr );
+ V_MAX(cinfo->min_hole_diameter, 0.0);
/* get the minimum chamfer dimension */
status = ProUIInputpanelValueGet( "creo_brl", "min_chamfer", &tmp_str );
@@ -691,8 +733,8 @@
ProWstringToString( astr, tmp_str );
ProWstringFree( tmp_str );
- min_chamfer_dim = atof( astr );
- V_MAX(min_chamfer_dim, 0.0);
+ cinfo->min_chamfer_dim = atof( astr );
+ V_MAX(cinfo->min_chamfer_dim, 0.0);
/* get the minimum round radius */
status = ProUIInputpanelValueGet( "creo_brl", "min_round", &tmp_str );
@@ -704,14 +746,14 @@
ProWstringToString( astr, tmp_str );
ProWstringFree( tmp_str );
- min_round_radius = atof( astr );
+ cinfo->min_round_radius = atof( astr );
- V_MAX(min_round_radius, 0.0);
+ V_MAX(cinfo->min_round_radius, 0.0);
} else {
- min_hole_diameter = 0.0;
- min_round_radius = 0.0;
- min_chamfer_dim = 0.0;
+ cinfo->min_hole_diameter = 0.0;
+ cinfo->min_round_radius = 0.0;
+ cinfo->min_chamfer_dim = 0.0;
}
/* open output file */
@@ -739,40 +781,40 @@
/* Set logger type */
if (BU_STR_EQUAL("Failure", logger_type_str))
- logger_type = LOGGER_TYPE_FAILURE;
+ cinfo->logger_type = LOGGER_TYPE_FAILURE;
else if (BU_STR_EQUAL("Success", logger_type_str))
- logger_type = LOGGER_TYPE_SUCCESS;
+ cinfo->logger_type = LOGGER_TYPE_SUCCESS;
else if (BU_STR_EQUAL("Failure/Success", logger_type_str))
- logger_type = LOGGER_TYPE_FAILURE_OR_SUCCESS;
+ cinfo->logger_type = LOGGER_TYPE_FAILURE_OR_SUCCESS;
else
- logger_type = LOGGER_TYPE_ALL;
+ cinfo->logger_type = LOGGER_TYPE_ALL;
} else {
- logger = (FILE *)NULL;
- logger_type = LOGGER_TYPE_NONE;
+ cinfo->logger = (FILE *)NULL;
+ cinfo->logger_type = LOGGER_TYPE_NONE;
}
/* open part name mapper file, if a name was provided */
if ( strlen( name_file ) > 0 ) {
FILE *name_fd;
- if ( logger_type == LOGGER_TYPE_ALL ) {
- fprintf( logger, "Opening part name map file (%s)\n", name_file );
+ if ( cinfo->logger_type == LOGGER_TYPE_ALL ) {
+ fprintf( cinfo->logger, "Opening part name map file (%s)\n", cinfo->name_file );
}
- if ( (name_fd=fopen( name_file, "rb" ) ) == NULL ) {
+ if ( (name_fd=fopen( cinfo->name_file, "rb" ) ) == NULL ) {
struct bu_vls error_msg = BU_VLS_INIT_ZERO;
int dialog_return=0;
wchar_t w_error_msg[512];
- if ( logger_type == LOGGER_TYPE_ALL ) {
- fprintf( logger, "Failed to open part name map file (%s)\n", name_file );
- fprintf( logger, "%s\n", strerror( errno ) );
+ if ( cinfo->logger_type == LOGGER_TYPE_ALL ) {
+ fprintf( cinfo->logger, "Failed to open part name map file (%s)\n", name_file );
+ fprintf( cinfo->logger, "%s\n", strerror( errno ) );
}
(void)ProMessageDisplay(msgfil, "USER_ERROR", "Cannot open part name file" );
ProMessageClear();
fprintf( stderr, "Cannot open part name file\n" );
- perror( name_file );
+ perror( cinfo->name_file );
status = ProUIDialogCreate( "creo_brl_gen_error", "creo_brl_gen_error" );
if ( status != PRO_TK_NO_ERROR ) {
fprintf( stderr, "Failed to create error dialog (%d)\n", status );
@@ -781,7 +823,7 @@
"ok_button",
kill_gen_error_dialog, NULL );
bu_vls_printf( &error_msg, "\n\tCannot open part name file (%s)\n\t",
- name_file );
+ cinfo->name_file );
bu_vls_strcat( &error_msg, strerror( errno ) );
ProStringToWstring( w_error_msg, bu_vls_addr( &error_msg ) );
status = ProUITextareaValueSet( "creo_brl_gen_error", "error_message", w_error_msg );
@@ -798,7 +840,7 @@
}
/* create a hash table of part numbers to part names */
- if ( logger_type == LOGGER_TYPE_ALL ) {
+ if ( cinfo->logger_type == LOGGER_TYPE_ALL ) {
fprintf( logger, "Creating name hash\n" );
}
@@ -814,15 +856,15 @@
fprintf( stderr, "\t dialog returned %d\n", ret_status );
}
- name_hash = create_name_hash( name_fd );
+ cinfo->name_hash = create_name_hash( name_fd );
fclose( name_fd );
} else {
- if ( logger_type == LOGGER_TYPE_ALL ) {
- fprintf( logger, "No name hash used\n" );
+ if ( cinfo->logger_type == LOGGER_TYPE_ALL ) {
+ fprintf( cinfo->logger, "No name hash used\n" );
}
/* create an empty hash table */
- name_hash = bu_hash_create( 512 );
+ cinfo->name_hash = bu_hash_create( 512 );
}
/* get the currently displayed model in Pro/E */
@@ -833,10 +875,10 @@
fprintf( stderr, "No model is displayed!!\n" );
(void)ProWindowRefresh( PRO_VALUE_UNUSED );
ProUIDialogDestroy( "creo_brl" );
- if ( name_hash ) {
- free_hash_values( name_hash );
- bu_hash_tbl_free( name_hash );
- name_hash = (struct bu_hash_tbl *)NULL;
+ if ( cinfo->name_hash ) {
+ free_hash_values( cinfo->name_hash );
+ bu_hash_tbl_free( cinfo->name_hash );
+ cinfo->name_hash = (struct bu_hash_tbl *)NULL;
}
return;
}
@@ -849,10 +891,10 @@
fprintf( stderr, "Cannot get type of current model\n" );
(void)ProWindowRefresh( PRO_VALUE_UNUSED );
ProUIDialogDestroy( "creo_brl" );
- if ( name_hash ) {
- free_hash_values( name_hash );
- bu_hash_tbl_free( name_hash );
- name_hash = (struct bu_hash_tbl *)NULL;
+ if ( cinfo->name_hash ) {
+ free_hash_values( cinfo->name_hash );
+ bu_hash_tbl_free( cinfo->name_hash );
+ cinfo->name_hash = (struct bu_hash_tbl *)NULL;
}
return;
}
@@ -864,10 +906,10 @@
fprintf( stderr, "Current model is not a solid object\n" );
(void)ProWindowRefresh( PRO_VALUE_UNUSED );
ProUIDialogDestroy( "creo_brl" );
- if ( name_hash ) {
- free_hash_values( name_hash );
- bu_hash_tbl_free( name_hash );
- name_hash = (struct bu_hash_tbl *)NULL;
+ if ( cinfo->name_hash ) {
+ free_hash_values( cinfo->name_hash );
+ bu_hash_tbl_free( cinfo->name_hash );
+ cinfo->name_hash = (struct bu_hash_tbl *)NULL;
}
return;
}
@@ -881,14 +923,14 @@
ProUnitsystemUnitGet(&us, PRO_UNITTYPE_LENGTH, &lmu);
ProUnitInit(model, L"mm", &mmu);
ProUnitConversionGet(&lmu, &conv, &mmu);
- creo_to_brl_conv = conv.scale;
+ cinfo->creo_to_brl_conv = conv.scale;
/* adjust tolerance for Pro/E units */
- local_tol = tol_dist / creo_to_brl_conv;
- local_tol_sq = local_tol * local_tol;
+ cinfo->local_tol = tol_dist / creo_to_brl_conv;
+ cinfo->local_tol_sq = local_tol * local_tol;
- vert_tree_root = create_vert_tree();
- norm_tree_root = create_vert_tree();
+ cinfo->vert_tree_root = create_vert_tree();
+ cinfo->norm_tree_root = create_vert_tree();
/* output the top level object
* this will recurse through the entire model
Modified: brlcad/trunk/src/external/CREO/part.cpp
===================================================================
--- brlcad/trunk/src/external/CREO/part.cpp 2017-02-08 14:30:49 UTC (rev 69404)
+++ brlcad/trunk/src/external/CREO/part.cpp 2017-02-08 15:18:48 UTC (rev 69405)
@@ -390,7 +390,21 @@
}
+extern "C" char *feat_status_to_str(ProFeatStatus feat_stat)
+{
+ static char *feat_status[]={
+ "PRO_FEAT_ACTIVE",
+ "PRO_FEAT_INACTIVE",
+ "PRO_FEAT_FAMTAB_SUPPRESSED",
+ "PRO_FEAT_SIMP_REP_SUPPRESSED",
+ "PRO_FEAT_PROG_SUPPRESSED",
+ "PRO_FEAT_SUPPRESSED",
+ "PRO_FEAT_UNREGENERATED"
+ };
+ return feat_status[feat_stat];
+}
+
/* routine to output a part as a BRL-CAD region with one BOT solid
* The region will have the name from Pro/E.
* The solid will have the same name with "s." prefix.
@@ -520,7 +534,7 @@
} else {
fprintf( logger, "feat %d status = %s\n",
feat_ids_to_delete[i],
- feat_status[ feat_stat ] );
+ ...
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