#ifndef PROOBJECTS_H
#define PROOBJECTS_H
/* Creo Parametric TOOLKIT declarations for Pro<object> related data structures */
#include <ProToolkit.h>
/*
* PTC Engineers: if you add a ProType, convert the T_ entry in ent_type.h
* to refer to this type instead of a value.
*/
PRO_BEGIN_C_DECLS
#define PRO_UV_PARAM_UNUSED ((double) -2.0)
typedef enum pro_obj_types
{
PRO_TYPE_DIR = -5,
PRO_TYPE_INVALID = -2,
PRO_TYPE_UNUSED = PRO_VALUE_UNUSED,
PRO_ASSEMBLY = 1,
PRO_PART = 2,
PRO_FEATURE = 3,
PRO_DRAWING = 4,
PRO_SURFACE = 5,
PRO_EDGE = 6,
PRO_3DSECTION = 7,
PRO_DIMENSION = 8,
PRO_2DSECTION = 11,
PRO_PAT_MEMBER = 12,
PRO_PAT_LEADER = 13,
PRO_XSEC = 18,
PRO_LAYOUT = 19,
PRO_AXIS = 21,
PRO_CSYS = 25,
PRO_REF_DIMENSION = 28,
PRO_GTOL = 32,
PRO_DWGFORM = 33,
PRO_SUB_ASSEMBLY = 34,
PRO_MFG = 37,
PRO_SURF_FIN = 42,
PRO_QUILT = 57,
PRO_DATUM_TARGET = 61,
PRO_CURVE = 62,
PRO_POINT = 66,
PRO_NOTE = 68,
PRO_IPAR_NOTE = 69,
PRO_EDGE_START = 71,
PRO_EDGE_END = 72,
PRO_CRV_START = 74,
PRO_CRV_END = 75,
PRO_SYMBOL_INSTANCE = 76,
PRO_DRAFT_ENTITY = 77,
PRO_DRAFT_DATUM = 79,
PRO_DRAFT_GROUP = 83,
PRO_DRAW_TABLE = 84,
PRO_TABLE = 84,
PRO_COSMETIC = 90,
PRO_VIEW = 92,
PRO_CABLE = 96,
PRO_BODY = 98,
PRO_REPORT = 105,
PRO_MARKUP = 116,
PRO_LAYER = 117,
PRO_DIAGRAM = 121,
PRO_SKETCH_ENTITY = 133,
PRO_DATUM_TEXT = 144,
PRO_ENTITY_TEXT = 145,
PRO_DRAW_TABLE_CELL = 147,
PRO_PIPE_SEG = 174,
PRO_DATUM_PLANE = 176,
PRO_COMP_CRV = 180,
PRO_BND_TABLE = 211,
PRO_ANNOTATION_ELEM = 219,
PRO_SET_DATUM_TAG = 220,
PRO_ANNOT_ELEM_DRIVING_DIM = 224,
PRO_PARAMETER = 240,
PRO_SILH_EDGE = 256,
/* Some functions may return a type value between PRO_SILH_EDGE and
PRO_SILH_EDGE_MAX, if the surface has multiple silhouettes. The
meaning of this is that it is a silhouette of the surface given
by id, and the silhouette index is (val - PRO_SILH_EDGE). The
only supported use of the type including the index is to use the
same value when wanting to refer to the same silhouette, for
example in a ProReference. */
PRO_SILH_EDGE_MAX = 299,
PRO_DIAGRAM_OBJECT = 305,
PRO_DIAGRAM_WIRE = 308,
PRO_SIMP_REP = 309,
PRO_CE_DRAWING = 315, /* For internal use */
PRO_CE_SOLID = 316, /* For internal use */
PRO_DRW_SOLID = 319, /* For internal use */
PRO_WELD_PARAMS = 371,
PRO_SNAP_LINE = 377,
PRO_EXTOBJ = 385,
PRO_HYBRID_BODY = 390,
PRO_CSYS_AXIS_X = 407,
PRO_CSYS_AXIS_Y = 408,
PRO_CSYS_AXIS_Z = 409,
PRO_STYLE_STATE = 460,
PRO_VIS_STATE = 461,
PRO_COLOR_STATE = 462,
PRO_COMBINED_STATE = 463,
PRO_REFONLY_STATE = 464,
PRO_LAYER_STATE = 465,
PRO_SUBSET_STATE = 466,
PRO_APPEARANCE_STATE = 467,
PRO_EXPLD_STATE = 500,
PRO_CABLE_LOCATION = 504,
PRO_RELSET = 533,
PRO_ANALYSIS = 555,
PRO_SURF_CRV = 556,
PRO_SOLID_GEOMETRY = 622,
PRO_LOG_SRF = 625,
PRO_LOG_EDG = 626,
PRO_DESKTOP = 627,
PRO_SYMBOL_DEFINITION = 628,
PRO_FACET_SET = 630,
PRO_LOG_OBJECT = 640,
PRO_NEUTRAL_LAYER = 641,
PRO_IC_START = 642,
PRO_IC_END = 643,
PRO_EDGE_PNT = 660,
PRO_CRV_PNT = 661,
PRO_EDGE_END_PNT = 662,
PRO_ECAD_CONDUCTOR = 704,
PRO_CC_ASSEMBLY = 737,
PRO_CC_PART = 740,
PRO_NC_STEP_MODEL = 804,
PRO_NC_STEP_OBJECT = 805,
PRO_CATIA_MODEL = 819,
PRO_ANNOT_PLANE = 849,
PRO_CUSTOM_ANNOTATION = 850,
PRO_UG = 872,
PRO_INVENTOR_PART = 881,
PRO_INVENTOR_ASSEM = 882,
PRO_SW_PART = 886,
PRO_SW_ASSEM = 890,
PRO_TOOL_MOTION = 907,
PRO_LOG_PNT = 913,
PRO_LOG_PLANE = 914,
PRO_LOG_CSYS = 915,
PRO_LOG_AXIS = 916,
PRO_SURFACE_PNT = 919,
PRO_SURF_REGION_SIDE1 = 933,
PRO_SURF_REGION_SIDE2 = 934,
PRO_SRF_PLANE_PNT = 935,
PRO_CRV_SIDE1SRF_CNTR = 937,
PRO_CRV_SIDE2SRF_CNTR = 938,
PRO_SKETCH_CONSTRAINT = 942,
/* PRO_BODY_HNDL = 973, */
PRO_MODEL_BODIES = 974,
PRO_UDG = 975, /* for internal use */
PRO_CMPST_PLY_DEF = 976,
PRO_CMPST_PLY_ORDER = 977,
PRO_CMPST_PLY_PNT = 978,
/*
Following objects do not correspond to real proe database objects
*/
PRO_CONTOUR = 1000,
PRO_GROUP = 1001,
PRO_UDF = 1002,
PRO_FAMILY_TABLE = 1003,
PRO_CATIA_PART = 1013,
PRO_CATIA_PRODUCT = 1014,
PRO_CATIA_CGR = 1015,
/* Types used at Custom group only. */
PRO_AUTO_GROUP_BODIES = 4540, // T_AUTO_GROUP_BODIES, for internal use
PRO_AUTO_GROUP_QUILTS = 4541, // T_AUTO_GROUP_QUILTS, for internal use
PRO_PATREL_FIRST_DIR = 10018,
PRO_PATREL_SECOND_DIR = 10019,
PRO_JAR_FILE = 10020,
PRO_SIMULATION_LOAD = 11000,
PRO_SIMULATION_WCS = 11001,
PRO_SIMULATION_BEAM = 11004,
PRO_SIMULATION_SHELL = 11005,
PRO_SIMULATION_BEAM_SECTION = 11007,
PRO_SIMULATION_BEAM_ORIENT = 11008,
PRO_SIMULATION_BEAM_RELEASE = 11009,
PRO_SIMULATION_SHELL_PROPS = 11010,
PRO_SIMULATION_MATL_ORIENT = 11011,
PRO_SIMULATION_SPRING = 11012,
PRO_SIMULATION_SPRING_PROPS = 11013,
PRO_SIMULATION_GAP = 11014,
PRO_SIMULATION_CONTACT = PRO_SIMULATION_GAP,
PRO_SIMULATION_MASS = 11015,
PRO_SIMULATION_MASS_PROPS = 11016,
PRO_SIMULATION_MESH_CNTRL = 11017,
PRO_SIMULATION_LOAD_SET = 11018,
PRO_SIMULATION_FUNCTION = 11019,
PRO_SIMULATION_CONSTRAINT = 11020,
PRO_SIMULATION_CONSTR_SET = 11021,
PRO_SIMULATION_SHELL_PAIR = 11022,
PRO_SIMULATION_CONNECTION = 11023,
PRO_SIMULATION_INTERFACE = PRO_SIMULATION_CONNECTION,
PRO_SIMULATION_WELD = 11024,
PRO_SIMULATION_MATL_ASSIGN = 11025,
PRO_SIMULATION_MEASURE = 11026,
PRO_SIMULATION_RUNNER = 11027, /*obsolete*/
PRO_SIMULATION_ENTRANCE_PNT = 11028, /*obsolete*/
PRO_SIMULATION_STIFF_COND = 11029,
PRO_SIMULATION_RIGID_LINK = 11030,
PRO_SIMULATION_WEIGHT_LINK = 11033,
PRO_SIMULATION_BOLT = 11035,
PRO_SIMULATION_CONT_REGION = 11036, /* obsolete */
PRO_SIMULATION_OBJECT = 11037,
PRO_SIMULATION_ANALYSIS = 11038,
PRO_SIMULATION_CRACK = 11039,
PRO_SIMULATION_MATERIAL = 11040,
PRO_SIMULATION_SCOPE = 11041,
PRO_SIMULATION_INTEG_CONTACT = 11042,
PRO_SIMULATION_INTEG_CONTACTPROP = 11043,
PRO_SIMULATION_JOINT = 11044,
PRO_SIMULATION_JOINT_BEHAV = 11045,
PRO_SIMULATION_VOLUME = 11200,
PRO_SIMULATION_PNT_PATTERN = 11201,
PRO_SIMULATION_FEAT_SEC = 11202,
PRO_SIMULATION_HP_FACE = 11203,
PRO_SIMULATION_HP_EDGE = 11204,
PRO_SIMULATION_HPE_BUNDLE = 11205,
PRO_SIMULATION_3D_NOTE = 11206,
PRO_SIMP_3D_LATTICE_ENT = 11207,
PRO_SIMULATION_USER_STUDY = 11208, /* for internal use */
PRO_SIMULATION_LOAD_CASE = 11209, /* for internal use */
/* Topology Optimimization objects */
PRO_TOPOLOGYOPT_TOPO_REGION = 11501,
PRO_TOPOLOGYOPT_DESIGN_OBJ = 11502,
PRO_TOPOLOGYOPT_DESIGN_CONSTR = 11503,
PRO_TOPOLOGYOPT_STUDY = 11504,
PRO_MESH_MESH = 11999,
PRO_MESH_COMPONENT = 12000,
PRO_MESH_SURFACE = 12002,
PRO_MESH_EDGE = 12004,
PRO_MESH_CURVE = 12005,
PRO_MESH_VERTEX = 12006,
PRO_MESH_HARD_POINT = 12008,
PRO_MESH_NODE = 12020,
PRO_MESH_ELEMENT = 12021,
PRO_FEM_NEUTRAL_FILE = 414,
PRO_FEM_TM_FILE = 12900,
PRO_MECH_DIR = 12905,
PRO_DISPOBJ = 13000,
PRO_RP_MATERIAL = 17001,
PRO_RP_FUNCTION = 17002,
PRO_RP_MATERIAL_SET = 17003, /* For internal use only */
PRO_SKETCH_COSMETIC = 20423,
PRO_SEDGE_PART = 20253,
PRO_SEDGE_ASSEMBLY = 20255,
PRO_SEDGE_SHEETMETAL = 20256,
PRO_QUERY = 45106,
PRO_ARTWORK = 55100, /* PI Artwork */
PRO_TRY_OUT_HDR = 60084,
PRO_MDO_BODY = 70000,
PRO_MDO_CAM_CONN = 70003,
PRO_MDO_GEAR_CONN = 70004,
PRO_MDO_SERVO_MOTOR = 70005,
PRO_MDO_FORCE_MOTOR = 70006,
PRO_MDO_SPRING = 70007,
PRO_MDO_DAMPER = 70008,
PRO_MDO_FORCE = 70009,
PRO_MDO_TORQUE = 70010,
PRO_MDO_ANALYSIS = 70011,
PRO_MDO_SNAPSHOT = 70012,
PRO_MDO_INIT_COND = 70013,
PRO_MDO_MEASURE = 70014,
PRO_MDO_JAS = 70015,
PRO_MDO_GRAVITY = 70016,
PRO_MDO_MASSPROP = 70017,
PRO_MDO_SETTINGS = 70018,
PRO_MDO_CONN = 70019,
PRO_MDO_CONN_AXIS = 70020, /* obsoleted */
PRO_MDO_SLOT_CONN = 70021,
PRO_MDO_CONN_PARAM = 70022,
PRO_MDO_LOAD_XFER = 70023,
PRO_MDO_SLOT_AXIS = 70024,
PRO_MDO_CONN_AXIS_TR_1 = 70025,
PRO_MDO_CONN_AXIS_TR_2 = 70026,
PRO_MDO_CONN_AXIS_TR_3 = 70027,
PRO_MDO_CONN_AXIS_ROT_1 = 70028,
PRO_MDO_CONN_AXIS_ROT_2 = 70029,
PRO_MDO_CONN_AXIS_ROT_3 = 70030,
PRO_MDO_CONN_AXIS_EXT = 70031,
PRO_MDO_CONTACT_3D = 70032,
PRO_MDO_BELT = 70033,
PRO_MDO_BUSHING_LD = 70034,
PRO_MDO_CONN_AXIS_CONE = 70035,
PRO_MDO_TERM_COND = 70036,
PRO_PLACEMENT_SET = 70100,
PRO_COLSN_DATA = 71000,
PRO_ANIM_ANIMATION = 73000,
PRO_ANIM_SUB_ANIMATION = 73001,
PRO_ANIM_BODY = 73002,
PRO_ANIM_BODY_LOCK = 73003,
PRO_ANIM_CONN_STATUS = 73004,
PRO_ANIM_EVENT = 73005,
PRO_ANIM_DRIVER_INSTANCE = 73006,
PRO_ANIM_KFS = 73007,
PRO_ANIM_KFS_INSTANCE = 73008,
PRO_ANIM_VIEW_AT_TIME = 73009,
PRO_ANIM_DISPLAY_AT_TIME = 73010,
PRO_ANIM_TRANS_AT_TIME = 73011,
PRO_ANIM_COMB = 73012,
PRO_ANIM_PI_KFS_INSTANCE = 73013, /* obsoleted */
PRO_ANIM_PI_INT_PT = 73014, /* obsoleted */
PRO_ANIM_PI_INT_AXIS = 73015, /* obsoleted */
PRO_ANIM_PI_INT_PLANE = 73016, /* obsoleted */
PRO_ANIM_EXPLD_KFS = 73017,
PRO_ANIM_EXPLD_KFS_INSTANCE = 73018,
PRO_ANIM_EXPLD_SUB_ANIMATION = 73019,
PRO_ANIM_EXPLD_EVENT = 73020,
PRO_ANIM_MDO_EVENT = 73021,
PRO_ANIM_MDO_MOVIE = 73022,
PRO_ANIM_EXPLD_COMB = 73023,
PRO_ANIM_SNAP_COMB_KFS = 73024,
PRO_ANIM_SNAP_COMB_KFS_INSTANCE = 73025,
PRO_ANIM_EXPLD_COMB_KFS = 73026,
PRO_ANIM_EXPLD_COMB_KFS_INSTANCE = 73027,
PRO_LOG_CURVE = 74150,
PRO_LOG_COLLECTION = 74151,
PRO_LAYOUT_TAG = 74152, /* for internal use */
PRO_LAYOUT_NODE = 74153, /* for internal use */
PRO_LAYOUT_WP = 74154, /* for internal use */
PRO_DTM_CHK_PNT = 74266, /* for internal use */
PRO_PSEG_START = 74275,
PRO_PSEG_END = 74276,
PRO_QUILT_CONTOUR = 74287,
PRO_SENSOR = 74288, /* for internal use */
PRO_ECAD_CUT = 74290,
PRO_RP_MANIKIN_SET = 74345,
PRO_ASM_LOG_SRF = 74360
} ProType;
typedef enum
{
PRO_DISP_REF_COL_ENT = 10001,
PRO_DISP_INT_QLT_EDGE = 10002,
PRO_DISP_SHTMETAL_SRF = 10003,
PRO_DISP_CURVE_COL = 10004,
PRO_DISP_DTM_PLN_POS = 10005,
PRO_DISP_DTM_PLN_NEG = 10006,
PRO_DISP_DTM_PLN_TAG = 10007,
PRO_DISP_DTM_AXIS = 10008,
PRO_DISP_DTM_AXIS_TAG = 10009,
PRO_DISP_DTM_PNT = 10010,
PRO_DISP_DTM_PNT_TAG = 10011,
PRO_DISP_COORD_SYS = PRO_CSYS,
PRO_DISP_COORD_SYS_TAG = 10013,
PRO_DISP_QLT_EDGE = 10014,
PRO_DISP_SURF_MESH = 10015,
PRO_DISP_DTM_CRV_TAG = 10024,
PRO_DISP_CABLE = PRO_CABLE,
PRO_DISP_COSM_AR_PL_IN = 10101, /* ECAD */
PRO_DISP_COSM_AR_PL_OUT= 10102, /* ECAD */
PRO_DISP_COSM_AR_R_IN = 10103, /* ECAD */
PRO_DISP_COSM_AR_R_OUT = 10104, /* ECAD */
PRO_DISP_COSM_AR_VIA = 10105, /* ECAD */
PRO_DISP_COSM_AR_PL_REG = 10106, /* ECAD */
PRO_DISP_COSM_AR_FLX_REG = 10107, /* ECAD */
PRO_DISP_ECAD_BOARD_TOP_SRF = 10108, /* ECAD */
PRO_DISP_ECAD_AR_USRDEF = 10109, /* ECAD */
PRO_DISP_ECAD_CONDCTR_TOP_PINPADS = 10110, /* ECAD */
PRO_DISP_ECAD_CONDCTR_TOP_VIAPADS = 10111, /* ECAD */
PRO_DISP_ECAD_CONDCTR_TOP_ROUTES = 10112, /* ECAD */
PRO_DISP_ECAD_CONDCTR_TOP_PLANES = 10113, /* ECAD */
PRO_DISP_ECAD_CONDCTR_TOP_CONDFGR = 10114, /* ECAD */
PRO_DISP_ECAD_CONDCTR_BOT_PINPADS = 10115, /* ECAD */
PRO_DISP_ECAD_CONDCTR_BOT_VIAPADS = 10116, /* ECAD */
PRO_DISP_ECAD_CONDCTR_BOT_ROUTES = 10117, /* ECAD */
PRO_DISP_ECAD_CONDCTR_BOT_PLANES = 10118, /* ECAD */
PRO_DISP_ECAD_CONDCTR_BOT_CONDFGR = 10119, /* ECAD */
PRO_DISP_ECAD_CONDCTR_TOP_SILKSCREEN = 10120, /* ECAD */
PRO_DISP_ECAD_CONDCTR_BOT_SILKSCREEN = 10121, /* ECAD */
PRO_DISP_ECAD_CONDCTR_TOP_SOLDERMASK = 10122, /* ECAD */
PRO_DISP_ECAD_CONDCTR_BOT_SOLDERMASK = 10123, /* ECAD */
PRO_DISP_ECAD_AR_SOLDERMASK = 10124, /* ECAD */
PRO_DISP_ECAD_CONDCTR_TOP_PASTEMASK = 10125, /* ECAD */
PRO_DISP_ECAD_CONDCTR_BOT_PASTEMASK = 10126, /* ECAD */
}
ProDisplayedType;
typedef enum pro_ent_type
{
PRO_ENT_NONE = -1,
PRO_ENT_POINT = 1,
PRO_ENT_LINE = 2,
PRO_ENT_ARC = 3,
PRO_ENT_TXT = 6,
PRO_ENT_ARROW = 8,
PRO_ENT_CIRCLE = 10,
PRO_ENT_SPLINE = 12,
PRO_ENT_B_SPLINE = 19,
PRO_ENT_ELLIPSE = 30,
PRO_ENT_POLYGON = 40,
PRO_ENT_CMP_CRV = 41,
PRO_ENT_SRF_CRV = 56,
PRO_ENT_PARAM_CRV = 62
} ProEnttype;
#define TK_BLOCK_MODEL_NONE 0
#define TK_BLOCK_MODEL_READONLY (1 << 0)
#define TK_BLOCK_MODEL_COMPOSITE (1 << 1)
#define TK_BLOCK_MODEL_EMBEDDED (1 << 2)
#define TK_BLOCK_MODEL_ATB_WRAPPER (1 << 3)
#define TK_BLOCK_MODEL_OBJ_NAME (1 << 4) //Cover flexible/inheritance
#define TK_BLOCK_MODEL_EMBEDDED_NOT_ATB (1 << 5)
typedef enum pro_standard
{
PROSTANDARD_ANSI = 1,
PROSTANDARD_ISO = 2
} ProStandard;
typedef void* ProObj;
typedef void* ProMdl;
typedef struct sld_part* ProSolid;
typedef struct sld_part* ProAssembly;
typedef struct sld_part* ProPart;
typedef struct drawing* ProDrawing;
#define ProMdlToSolid(mdl) ((ProSolid) mdl)
#define ProMdlToAssembly(mdl) ((ProAssembly) mdl)
#define ProMdlToPart(mdl) ((ProPart) mdl)
#define ProMdlTohandle(mdl) ((Prohandle) mdl)
#define ProSolidToMdl(sld) ((ProMdl) sld)
#define ProAssemblyToMdl(asm) ((ProMdl) asm)
#define ProPartToMdl(prt) ((ProMdl) prt)
#define ProhandleToMdl(hdl) ((ProMdl) hdl)
typedef struct pro_model_item
{
ProType type;
int id;
ProMdl owner;
} ProModelitem, ProGeomitem, ProExtobj, ProFeature, ProProcstep,
ProSimprep, ProExpldstate, ProLayer, ProDimension, ProDtlnote,
ProDtlsyminst, ProGtol, ProCompdisp, ProDwgtable, ProNote,
ProAnnotationElem, ProAnnotation, ProAnnotationPlane,
ProSymbol, ProSurfFinish, ProMechItem, ProMaterialItem, ProCombstate,
ProLayerstate, ProApprnstate, ProSolidBody, ProPly, ProTable;
typedef struct entity* ProPoint;
typedef struct entity* ProAxis;
typedef struct entity* ProCsys;
typedef struct entity* ProCurve;
typedef struct entity* ProCompcrv;
typedef struct geom* ProSurface;
typedef struct curve_header* ProEdge;
typedef struct contour* ProContour;
typedef struct quilt* ProQuilt;
typedef struct pro_model_item *ProModelitemList;
typedef struct pro_model_item *ProFeatlist;
typedef struct analysis *ProAnalysis;
/* opaque handle for text style */
typedef struct text_style *ProTextStyle;
typedef void* ProUIImage;
typedef void *ProAppData;
typedef ProError (*ProFunction)( );
/*
Purpose: This is a generic type for a function passed to Creo Parametric
TOOLKIT by an application.
Input Arguments:
none
Output Arguments:
none
Return Values:
Varies
See Also:
ProNotificationSet()
*/
#define PRO_NO_FUNCTION ((ProFunction) 0)
typedef enum proparamfrom { PRM_MODEL, PRM_ITEM } ProParamfrom;
typedef struct proparamowner
{
ProParamfrom type;
union
{
ProModelitem item;
ProMdl model;
} who;
} ProParamowner;
typedef struct proparameter
{
ProType type;
ProName id;
ProParamowner owner;
} ProParameter;
typedef struct propattern
{
ProType type;
struct pat_struct *pattern;
ProMdl owner;
} ProPattern;
typedef struct propatmemb
{
ProType type;
struct pat_member *patmemb;
ProMdl owner;
} ProPatmemb;
/*---------------------------------------------------------------------------*/
/* Additional data structures that are NOT based on ProMdl and do NOT */
/* correspond to specific ProE objects. */
/*---------------------------------------------------------------------------*/
typedef int ProIdTable[PRO_MAX_ASSEM_LEVEL];
typedef struct pro_comp_path
{
ProSolid owner;
ProIdTable comp_id_table;
int table_num;
} ProAsmcomppath;
typedef struct pro_asm_item
{
ProModelitem item;
ProName name; /* used for PRO_PARAMETER in
this case item->type == PRO_PART or PRO_ASSEMBLY */
ProAsmcomppath path;
} ProAsmitem;
typedef struct pro_asm_path
{
ProSolid owner;
int *path; /* ProArray of int */
} ProAsmpath;
typedef double ProUvParam[2];
typedef double ProVector[3];
typedef PRO_CONST_ARG double ProConstVector[3];
typedef double ProMatrix[4][4];
typedef float ProMatrixFloat[4][4];
typedef double ProSelbox[2][3];
typedef double ProPoint2d[2]; /* obsolete; use Pro2dPnt */
typedef double Pro2dPnt[2]; /* 2-dimensional point */
typedef float Pro2dPntFloat[2];
typedef double ProPoint3d[3]; /* obsolete; use Pro3dPnt */
typedef double Pro3dPnt[3]; /* 3-dimensional point */
typedef double ProAngle; /* angular type (in radians) */
typedef double ProArea;
typedef double ProOutline[2][3];
typedef double ProLineEnvelope[4][3];
/* The order of coordinates in the envelope is:
0 ----------------------------1
| |
2 ----------------------------3
This ordering of coordinates is preserved even if the text is mirrored or
applied at a rotation angle.
*/
typedef int *ProIntlist;
typedef struct
{
ProName name;
int type;
} ProExtobjClass;
typedef struct pro_collection *ProCollection;
typedef ProError (*ProGeomitemFilter) (ProGeomitem *p_handle,
ProAppData app_data);
/*
Purpose: This is the generic function for filtering a geomitem.
Input Arguments:
p_handle - The handle to a geomitem
app_data - The user data passed from <b>ProFeatureGeomitemVisit()</b>
Output Arguments:
none
Return Values:
PRO_TK_NO_ERROR - Calls the visit function if not NULL
PRO_TK_CONTINUE - Skips to next ProGeomitem
*/
typedef ProError (*ProGeomitemAction) (ProGeomitem *p_handle,
ProError status,
ProAppData app_data);
/*
Purpose: This is the generic function for visiting a geomitem.
Input Arguments:
p_handle - The handle to the geomitem
status - The status returned from the <i>ProGeomitemFilter</i> function
(if not NULL); otherwise, PRO_TK_NO_ERROR.
app_data - The user data passed from <b>ProFeatureGeomitemVisit()</b>
Output Arguments:
none
Return Values:
PRO_TK_NO_ERROR - Call the visit function (if not NULL).
Other values - Stop visiting.
*/
typedef ProError (*ProPointVisitAction) ( ProPoint p_point,
ProError status,
ProAppData app_data );
/*
Purpose: This is the generic function for visiting a datum point.
Input Arguments:
p_point - The datum point handle
status - The status
app_data - The application data passed to the function
<b>ProAsmcomppathDispPointVisit()</b>
Output Arguments:
none
Return Values:
PRO_TK_NO_ERROR - Continue visiting.
Any other value - Stop visiting.
*/
typedef ProError (*ProPointFilterAction) ( ProPoint p_point,
ProAppData app_data );
/*
Purpose: This is the generic function for filtering a datum point.
Input Arguments:
p_point - The datum point handle
app_data - The application data passed to the function
<b>ProAsmcomppathDispPointVisit()</b>
Output Arguments:
none
Return Values:
PRO_TK_CONTINUE - Skip visiting this datum point and go to the next.
Other - Call the visit action for this datum point. The return value is
passed as input to the visit action.
*/
typedef ProError (*ProCurveVisitAction) ( ProCurve p_curve,
ProError status,
ProAppData app_data );
/*
Purpose: This is the generic function for visiting a datum curve.
Input Arguments:
p_curve - The datum curve handle
status - The status
app_data - The application data passed to the function
<b>ProAsmcomppathDispCurveVisit()</b>
Output Arguments:
none
Return Values:
PRO_TK_NO_ERROR - Continue visiting.
Any other value - Stop visiting.
*/
typedef ProError (*ProCurveFilterAction) ( ProCurve p_curve,
ProAppData app_data );
/*
Purpose: This is the generic function for filtering a datum curve.
Input Arguments:
p_curve - The datum curve handle
app_data - The application data passed to the function
<b>ProAsmcomppathDispCurveVisit()</b>
Output Arguments:
none
Return Values:
PRO_TK_CONTINUE - Skip visiting this datum curve and go to the next.
Other - Call the visit action for this datum curve. The return value is
passed as input to the visit action.
*/
typedef ProError (*ProCsysVisitAction) ( ProCsys p_csys,
ProError status,
ProAppData app_data );
/*
Purpose: This is the generic function for visiting a coordinate system.
Input Arguments:
p_csys - The coordinate system handle
status - The status
app_data - The application data passed to the function
<b>ProSolidCsysVisit()</b>
Output Arguments:
none
Return Values:
PRO_TK_NO_ERROR - Continue visiting.
Any other value - Stop visiting.
*/
typedef ProError (*ProCsysFilterAction) ( ProCsys p_csys,
ProAppData app_data );
/*
Purpose: This is the generic function for filtering a coordinate system.
Input Arguments:
p_csys - The coordinate system handle
app_data - The application data passed to the function
<b>ProSolidCsysVisit()</b>
Output Arguments:
none
Return Values:
PRO_TK_CONTINUE - Skip visiting this coordinate system and go to the
next.
Other - Call the visit action for this coordinate system. The return
value is passed as input to the visit action.
*/
typedef ProError (*ProQuiltVisitAction) ( ProQuilt p_quilt,
ProError status,
ProAppData app_data );
/*
Purpose: This is the generic function for visiting a quilt.
Input Arguments:
p_quilt - The quilt handle
status - The status
app_data - The application data passed to the function
<b>ProSolidQuiltVisit()</b>
Output Arguments:
none
Return Values:
PRO_TK_NO_ERROR - Continue visiting.
Any other value - Stop visiting.
*/
typedef ProError (*ProQuiltFilterAction) ( ProQuilt p_quilt,
ProAppData app_data );
/*
Purpose: This is the generic function for filtering a quilt.
Input Arguments:
p_quilt - The quilt handle
app_data - The application data passed to the function
<b>ProSolidQuiltVisit()</b>
Output Arguments:
none
Return Values:
PRO_TK_CONTINUE - Skip visiting this quilt and go to the next quilt.
Other - Call the visit action for this quilt. The return value is
passed as input to the visit action.
*/
LIB_COREUTILS_API ProError ProAsmpathProarrayFree(ProAsmpath **p_asm_pathes);
/*
Purpose: Frees ProArray of ProAsmpath.
Input Arguments:
p_asm_pathes - ProArray of ProAsmpath.
Output Arguments:
none
Return Values:
PRO_TK_NO_ERROR - The function successfully freed the data.
PRO_TK_BAD_INPUTS - p_asm_pathes is NULL.
*/
PRO_END_C_DECLS
#endif /* PROOBJECTS_H */