#ifndef PROCSYSH
#define PROCSYSH
#include <ProToolkit.h>
#include <ProElement.h>
PRO_BEGIN_C_DECLS
/*
PRO_E_FEATURE_TREE
|
|--PRO_E_FEATURE_TYPE
|
|--PRO_E_STD_FEATURE_NAME
|
|--PRO_E_CSYS_FEAT_SUB_TYPE
|
|--PRO_E_CSYS_ORIGIN_CONSTRS Array of origin constraints
| |--PRO_E_CSYS_ORIGIN_CONSTR
| |--PRO_E_CSYS_ORIGIN_CONSTR_REF
|
|--PRO_E_CSYS_OFFSET_TYPE
|
|--PRO_E_CSYS_ONSURF_TYPE
|
|--PRO_E_CSYS_DIM_CONSTRS
| |--PRO_E_CSYS_DIM_CONSTR
| |--PRO_E_CSYS_DIM_CONSTR_REF
| |--PRO_E_CSYS_DIM_CONSTR_TYPE
| |--PRO_E_CSYS_DIM_CONSTR_VAL
|
|--PRO_E_CSYS_ORIENTMOVES Array of orientation constraints
| |--PRO_E_CSYS_ORIENTMOVE
| |--PRO_E_CSYS_ORIENTMOVE_MOVE_TYPE
| |--PRO_E_CSYS_ORIENTMOVE_MOVE_VAL
|
|--PRO_E_CSYS_NORMAL_TO_SCREEN
|
|--PRO_E_CSYS_ORIENT_BY_METHOD
|
|--PRO_E_CSYS_ORIENTSELAXIS1_REF Orientation direction 1 reference
|--PRO_E_CSYS_ORIENTSELAXIS1_REF_OPT To use csys origin, x, y, or z axis
|--PRO_E_CSYS_ORIENTSELAXIS1_OPT Axis option of direction 1 reference
|--PRO_E_CSYS_ORIENTSELAXIS1_FLIP
|--PRO_E_CSYS_ORIENTSELAXIS2_REF Orientation direction 2 reference
|--PRO_E_CSYS_ORIENTSELAXIS2_REF_OPT To use csys origin, x, y, z or axis
|--PRO_E_CSYS_ORIENTSELAXIS2_OPT Axis option of direction 2 reference
|--PRO_E_CSYS_ORIENTSELAXIS2_FLIP
|--PRO_E_CSYS_ORIENTSELAXIS2_ROT_OPT Rotation angle option about the First Axis
|--PRO_E_CSYS_ORIENTSELAXIS2_ROT Rotation angle about the First Axis
|
|--PRO_E_CSYS_TYPE_MECH csys type in Creo Simulate environment ( ONLY )
|--PRO_E_CSYS_FOLLOW_SRF_OPT csys follow option in sheetmetal environment ( ONLY )
|
|--PRO_E_CSYS_NAME_DISPLAY_OPT Csys name display option ( yes/no )
|--PRO_E_CSYS_DISPLAY_ZOOM_DEP_OPT Csys display zoom dependent option ( yes/no )
|--PRO_E_CSYS_AXIS_LENGTH Csys axis length
3. Feature elements table
-------------------------------------------------------------------------------------------- ----------------
Element Id Element Name Data Type Valid Values
-------------------------------------------------------------------------------------------------------------
PRO_E_FEATURE_TYPE Feature Type PRO_VALUE_TYPE_INT PRO_FEAT_CSYS
PRO_E_STD_FEATURE_NAME Feature Name PRO_VALUE_TYPE_WSTRING
PRO_E_CSYS_FEAT_SUB_TYPE Feature Sub Type PRO_VALUE_TYPE_INT ProCsysFeatSubType
PRO_E_CSYS_ORIGIN_CONSTRS Origin Constraints Array
PRO_E_CSYS_ORIGIN_CONSTR Compound
PRO_E_CSYS_ORIGIN_CONSTR_REF Origin Reference PRO_VALUE_TYPE_SELECTION
PRO_E_CSYS_OFFSET_TYPE Origin Offset Type PRO_VALUE_TYPE_INT ProCsysOffsetType
PRO_E_CSYS_ONSURF_TYPE Onsurf Type PRO_VALUE_TYPE_INT ProCsysOnSurfType
PRO_E_CSYS_DIM_CONSTRS Dim Constraints Array
PRO_E_CSYS_DIM_CONSTR Compound
PRO_E_CSYS_DIM_CONSTR_REF Dim Constraint Reference PRO_VALUE_TYPE_SELECTION
PRO_E_CSYS_DIM_CONSTR_TYPE Dim Constraint Type PRO_VALUE_TYPE_INT ProCsysDimConstrType
PRO_E_CSYS_DIM_CONSTR_VAL Dim Constraint Value PRO_VALUE_TYPE_DOUBLE
PRO_E_CSYS_ORIENTMOVES Orientation Moves Array
PRO_E_CSYS_ORIENTMOVE Compound
PRO_E_CSYS_ORIENTMOVE_MOVE_TYPE Move Type PRO_VALUE_TYPE_INT ProCsysOrientMoveMoveOpt
PRO_E_CSYS_ORIENTMOVE_MOVE_VAL Move Value PRO_VALUE_TYPE_DOUBLE
PRO_E_CSYS_NORMAL_TO_SCREEN Set Z Normal To Screen PRO_VALUE_TYPE_INT ProCsysOrientMovesNrmScrnOpt
PRO_E_CSYS_ORIENT_BY_METHOD Orient By Method PRO_VALUE_TYPE_INT ProCsysOrientByMethod
PRO_E_CSYS_ORIENTSELAXIS1_REF First Axis Reference PRO_VALUE_TYPE_SELECTION
PRO_E_CSYS_ORIENTSELAXIS1_REF_OPT First Axis Ref Option PRO_VALUE_TYPE_INT ProCsysDirCsysRefOpt
PRO_E_CSYS_ORIENTSELAXIS1_OPT First Axis Option PRO_VALUE_TYPE_INT ProCsysOrientMoveAxisOpt
PRO_E_CSYS_ORIENTSELAXIS1_FLIP Flip first direction PRO_VALUE_TYPE_INT ProCsysOrientSelAxisFlipOpt
PRO_E_CSYS_ORIENTSELAXIS2_REF Second Axis Reference PRO_VALUE_TYPE_SELECTION
PRO_E_CSYS_ORIENTSELAXIS2_REF_OPT Second Axis Ref Option PRO_VALUE_TYPE_INT ProCsysDirCsysRefOpt
PRO_E_CSYS_ORIENTSELAXIS2_OPT Second Axis Option PRO_VALUE_TYPE_INT ProCsysOrientMoveAxisOpt
PRO_E_CSYS_ORIENTSELAXIS2_FLIP Flip second direction PRO_VALUE_TYPE_INT ProCsysOrientSelAxisFlipOpt
Axisopt1 != AxisOpt2
PRO_E_CSYS_ORIENTSELAXIS2_ROT_OPT Second Axis Rotation Opt PRO_VALUE_TYPE_INT ProCsysOrientSelAxisRotOpt
PRO_E_CSYS_ORIENTSELAXIS2_ROT Second Axis Rotation PRO_VALUE_TYPE_DOUBLE
PRO_E_CSYS_TYPE_MECH Csys type in Creo Simulate PRO_VALUE_TYPE_INT ProCsysType
PRO_E_CSYS_FOLLOW_SRF_OPT Csys smt follow option PRO_ELEM_TYPE_OPTION ProCsysFollowSrfOpt
PRO_E_CSYS_NAME_DISPLAY_OPT Name Display Option PRO_VALUE_TYPE_INT ProCsysNameDisplayOpt
PRO_E_CSYS_AXIS_LENGTH Axis Length PRO_VALUE_TYPE_DOUBLE
PRO_E_CSYS_DISPLAY_ZOOM_DEP_OPT Display Zoom Dependent Option PRO_VALUE_TYPE_INT ProCsysDisplayZoomDepOpt
*/
/* Table Csys:1 : Common elements for all cases and their values
---------------------------------------------------------------------------------------
| Element Id | Value | Comments |
---------------------------------------------------------------------------------------
| PRO_E_FEATURE_TYPE | PRO_FEAT_CSYS | Mandatory |
| PRO_E_STD_FEATURE_NAME | Feature Name | Optional |
| PRO_E_CSYS_FEAT_SUB_TYPE | ProCsysFeatSubType | Optional |
| PRO_E_CSYS_TYPE_MECH | ProCsysType | ONLY for Creo Simulate users |
| PRO_E_CSYS_FOLLOW_SRF_OPT | ProCsysFollowSrfOpt | ONLY for sheetmetal users |
| PRO_E_CSYS_NAME_DISPLAY_OPT | ProCsysNameDisplayOpt | Optional |
| PRO_E_CSYS_DISPLAY_ZOOM_DEP_OPT | ProCsysDisplayZoomDepOpt | optional |
| PRO_E_CSYS_AXIS_LENGTH | PRO_VALUE_TYPE_DOUBLE | Optional |
---------------------------------------------------------------------------------------
Table Csys:2: If three planes or two edges/axes are used to determine the origin
------------------------------------------------------------------------------------------------
| Element Id | Comments |
------------------------------------------------------------------------------------------------
| PRO_E_CSYS_ORIGIN_CONSTRS | Mandatory |
| PRO_E_CSYS_ORIGIN_CONSTR | Mandatory |
| PRO_E_CSYS_ORIGIN_CONSTR_REF | Mandatory |
| PRO_E_CSYS_ORIENTSELAXIS1_REF | Optional, using default if not set |
| PRO_E_CSYS_ORIENTSELAXIS1_REF_OPT | Optional, using default if not set |
| PRO_E_CSYS_ORIENTSELAXIS1_OPT | Mandatory if PRO_E_CSYS_ORIENTSELAXIS1_REF is a csys ref |
| PRO_E_CSYS_ORIENTSELAXIS1_FLIP | Optional |
| PRO_E_CSYS_ORIENTSELAXIS2_REF | Optional, using default if not set |
| PRO_E_CSYS_ORIENTSELAXIS2_REF_OPT | Optional, using default if not set |
| PRO_E_CSYS_ORIENTSELAXIS2_OPT | Mandatory if PRO_E_CSYS_ORIENTSELAXIS2_REF is a csys ref |
| PRO_E_CSYS_ORIENTSELAXIS2_FLIP | Optional |
| Others | Not Applied |
------------------------------------------------------------------------------------------------
Table Csys:3: If plane + edge/axis/curve or edge/axis/curve + plane are used to determine the origin
------------------------------------------------------------------------------------------------
| Element Id | Comments |
------------------------------------------------------------------------------------------------
| PRO_E_CSYS_ORIGIN_CONSTRS | Mandatory |
| PRO_E_CSYS_ORIGIN_CONSTR | Mandatory |
| PRO_E_CSYS_ORIGIN_CONSTR_REF | Mandatory |
| PRO_E_CSYS_ORIENTSELAXIS1_REF | Optional, using default if not set |
| PRO_E_CSYS_ORIENTSELAXIS1_REF_OPT | Optional, using default if not set |
| PRO_E_CSYS_ORIENTSELAXIS1_OPT | Mandatory if PRO_E_CSYS_ORIENTSELAXIS1_REF is a csys ref |
| PRO_E_CSYS_ORIENTSELAXIS1_FLIP | Optional |
| PRO_E_CSYS_ORIENTSELAXIS2_REF | Mandatory |
| PRO_E_CSYS_ORIENTSELAXIS2_REF_OPT | Optional, using default if not set |
| PRO_E_CSYS_ORIENTSELAXIS2_OPT | Mandatory if PRO_E_CSYS_ORIENTSELAXIS2_REF is a csys ref |
| PRO_E_CSYS_ORIENTSELAXIS2_FLIP | Optional |
| Others | Not Applied |
------------------------------------------------------------------------------------------------
Table Csys:4: If vertex/datum point is used to determine the origin
------------------------------------------------------------------------------------------------
| Element Id | Comments |
------------------------------------------------------------------------------------------------
| PRO_E_CSYS_ORIGIN_CONSTRS | Mandatory |
| PRO_E_CSYS_ORIGIN_CONSTR | Mandatory |
| PRO_E_CSYS_ORIGIN_CONSTR_REF | Mandatory |
| PRO_E_CSYS_ORIENTSELAXIS1_REF | Mandatory |
| PRO_E_CSYS_ORIENTSELAXIS1_REF_OPT | Optional, using default if not set |
| PRO_E_CSYS_ORIENTSELAXIS1_OPT | Mandatory if PRO_E_CSYS_ORIENTSELAXIS1_REF is a csys ref |
| PRO_E_CSYS_ORIENTSELAXIS1_FLIP | Optional |
| PRO_E_CSYS_ORIENTSELAXIS2_REF | Mandatory |
| PRO_E_CSYS_ORIENTSELAXIS2_REF_OPT | Optional, using default if not set |
| PRO_E_CSYS_ORIENTSELAXIS2_OPT | Mandatory if PRO_E_CSYS_ORIENTSELAXIS2_REF is a csys ref |
| PRO_E_CSYS_ORIENTSELAXIS2_FLIP | Optional |
| Others | Not Applied |
------------------------------------------------------------------------------------------------
Table Csys:5: If a csys is used to determine the origin
------------------------------------------------------------------------------------------------
| Element Id | Comments |
------------------------------------------------------------------------------------------------
| PRO_E_CSYS_ORIGIN_CONSTRS | Mandatory |
| PRO_E_CSYS_ORIGIN_CONSTR | Mandatory |
| PRO_E_CSYS_ORIGIN_CONSTR_REF | Mandatory |
| PRO_E_CSYS_OFFSET_TYPE | Optional, using default PRO_CSYS_OFFSET_CARTESIAN if not set |
| PRO_E_CSYS_ORIENTMOVES | Mandatory for non PRO_CSYS_OFFSET_CARTESIAN
| PRO_E_CSYS_ORIENTMOVE | Mandatory for non PRO_CSYS_OFFSET_CARTESIAN |
| PRO_E_CSYS_ORIENTMOVE_MOVE_TYPE | Mandatory for non PRO_CSYS_OFFSET_CARTESIAN |
| PRO_E_CSYS_ORIENTMOVE_MOVE_VAL | Mandatory for non PRO_CSYS_OFFSET_CARTESIAN |
For PRO_CSYS_OFFSET_CYLINDRICAL, PRO_CSYS_ORIENTMOVE_MOVE_OPT_RAD,
PRO_CSYS_ORIENTMOVE_MOVE_OPT_THETA , PRO_CSYS_ORIENTMOVE_MOVE_OPT_ZI are required;
For PRO_CSYS_OFFSET_SPHERICAL, PRO_CSYS_ORIENTMOVE_MOVE_OPT_RAD ,
PRO_CSYS_ORIENTMOVE_MOVE_OPT_PHI, PRO_CSYS_ORIENTMOVE_MOVE_OPT_THETA are required.
| PRO_E_CSYS_ORIENT_BY_METHOD | Mandatory, using default PRO_CSYS_ORIENT_BY_SEL_REFS if not set
Sub-Table Csys:5.1: If PRO_E_CSYS_ORIENT_BY_METHOD is PRO_CSYS_ORIENT_BY_SEL_REFS
------------------------------------------------------------------------------------------------
| Element Id | Comments |
------------------------------------------------------------------------------------------------
| PRO_E_CSYS_ORIENTSELAXIS1_REF | Mandatory
| PRO_E_CSYS_ORIENTSELAXIS1_REF_OPT | Optional, using default if not set |
| PRO_E_CSYS_ORIENTSELAXIS1_OPT | Optional, using default if not set |
| PRO_E_CSYS_ORIENTSELAXIS1_FLIP | Optional, using default if not set |
| PRO_E_CSYS_ORIENTSELAXIS2_REF | Mandatory |
| PRO_E_CSYS_ORIENTSELAXIS2_REF_OPT | Optional, using default if not set |
| PRO_E_CSYS_ORIENTSELAXIS2_OPT | Optional, using default if not set |
| PRO_E_CSYS_ORIENTSELAXIS2_FLIP | Optional, using default if not set |
| Others | Not applied |
------------------------------------------------------------------------------------------------
Sub-Table Csys:5.2: If PRO_E_CSYS_ORIENT_BY_METHOD is PRO_CSYS_ORIENT_BY_SEL_CSYS_AXES
------------------------------------------------------------------------------------------------
| Element Id | Comments |
------------------------------------------------------------------------------------------------
| PRO_E_CSYS_NORMAL_TO_SCREEN | Optional,Meaningful only if PRO_E_CSYS_ORIENT_BY_METHOD = |
PRO_CSYS_ORIENT_BY_SEL_CSYS_AXES. Otherwise, it'll be ignored |
| Others | Not applied |
------------------------------------------------------------------------------------------------
Table Csys:6: OnSurf Csys - If 1 Surface/Quilt + 2 Dim edge/axis/curve/plane are used to determine the origin
------------------------------------------------------------------------------------------------
| Element Id | Comments |
------------------------------------------------------------------------------------------------
| PRO_E_CSYS_ORIGIN_CONSTRS | Mandatory |
| PRO_E_CSYS_ORIGIN_CONSTR | Mandatory |
| PRO_E_CSYS_ORIGIN_CONSTR_REF | Mandatory |
| PRO_E_CSYS_ONSURF_TYPE | Optional, using default PRO_CSYS_ONSURF_LINEAR if not set |
| PRO_E_CSYS_DIM_CONSTRS | Mandatory |
| PRO_E_CSYS_DIM_CONSTR | Mandatory |
| PRO_E_CSYS_DIM_CONSTR_REF | Mandatory |
| PRO_E_CSYS_DIM_CONSTR_TYPE | Optional, using default PRO_CSYS_DIM_CONSTR_TYPE_OFFSET if not set |
| PRO_E_CSYS_DIM_CONSTR_VALUE | Mandatory if PRO_E_CSYS_DIM_CONSTR_TYPE is OFFSET |
| PRO_E_CSYS_ORIENTSELAXIS1_REF | Optional, using default if not set |
| PRO_E_CSYS_ORIENTSELAXIS1_REF_OPT | Optional, using default if not set |
| PRO_E_CSYS_ORIENTSELAXIS1_OPT | Mandatory if PRO_E_CSYS_ORIENTSELAXIS1_REF is a csys ref |
| PRO_E_CSYS_ORIENTSELAXIS1_FLIP | Optional |
| PRO_E_CSYS_ORIENTSELAXIS2_REF | Mandatory |
| PRO_E_CSYS_ORIENTSELAXIS2_REF_OPT | Optional, using default if not set |
| PRO_E_CSYS_ORIENTSELAXIS1_OPT | Mandatory if PRO_E_CSYS_ORIENTSELAXIS2_REF is a csys ref |
| PRO_E_CSYS_ORIENTSELAXIS2_FLIP | Optional |
| PRO_E_CSYS_ORIENTSELAXIS2_ROT_OPT | Optional, using default PRO_CSYS_ORIENTSELAXIS_ROT_NO if not set |
| PRO_E_CSYS_ORIENTSELAXIS2_ROT | Mandatory if PRO_E_CSYS_ORIENTSELAXIS2_ROT_OPT is YES |
| Others | Not Applied |
------------------------------------------------------------------------------------------------
*/
/* ProCsysDirCsysRefOpt is ONLY valid for csys as dir ref */
typedef enum pro_csys_dircsysref_opt
{
PRO_CSYS_DIRCSYSREF_OPT_ORIGIN = 0,
PRO_CSYS_DIRCSYSREF_OPT_X ,
PRO_CSYS_DIRCSYSREF_OPT_Y ,
PRO_CSYS_DIRCSYSREF_OPT_Z
} ProCsysDirCsysRefOpt ;
typedef enum pro_csys_orientationmove_axis_opt
{
PRO_CSYS_ORIENTMOVE_AXIS_OPT_X = 0 ,
PRO_CSYS_ORIENTMOVE_AXIS_OPT_Y ,
PRO_CSYS_ORIENTMOVE_AXIS_OPT_Z
} ProCsysOrientMoveAxisOpt ;
typedef enum pro_csys_orientationmove_move_opt
{
PRO_CSYS_ORIENTMOVE_MOVE_OPT_TRAN_X = 0 ,
PRO_CSYS_ORIENTMOVE_MOVE_OPT_TRAN_Y,
PRO_CSYS_ORIENTMOVE_MOVE_OPT_TRAN_Z ,
PRO_CSYS_ORIENTMOVE_MOVE_OPT_ROT_X ,
PRO_CSYS_ORIENTMOVE_MOVE_OPT_ROT_Y ,
PRO_CSYS_ORIENTMOVE_MOVE_OPT_ROT_Z ,
PRO_CSYS_ORIENTMOVE_MOVE_OPT_RAD ,
PRO_CSYS_ORIENTMOVE_MOVE_OPT_PHI ,
PRO_CSYS_ORIENTMOVE_MOVE_OPT_ZI ,
PRO_CSYS_ORIENTMOVE_MOVE_OPT_THETA
} ProCsysOrientMoveMoveOpt ;
typedef enum pro_csys_orientmoves_nrmscrn_opt
{
PRO_CSYS_ORIENTMOVES_NRMSCRN_NO = 0 ,
PRO_CSYS_ORIENTMOVES_NRMSCRN_YES
} ProCsysOrientMovesNrmScrnOpt ;
typedef enum pro_csys_orientselaxis_flip_opt
{
PRO_CSYS_ORIENTSELAXIS_FLIP_NO = 0 ,
PRO_CSYS_ORIENTSELAXIS_FLIP_YES
} ProCsysOrientSelAxisFlipOpt ;
typedef enum pro_csys_offset_type
{
PRO_CSYS_OFFSET_CARTESIAN = 0 ,
PRO_CSYS_OFFSET_CYLINDRICAL ,
PRO_CSYS_OFFSET_SPHERICAL ,
PRO_CSYS_OFFSET_FROMFILE, /* This value is not supported. */
PRO_CSYS_OFFSET_CSYS_ON_CSYS
} ProCsysOffsetType ;
typedef enum pro_csys_orient_by_method
{
PRO_CSYS_ORIENT_BY_SEL_REFS = 0 ,
PRO_CSYS_ORIENT_BY_SEL_CSYS_AXES
} ProCsysOrientByMethod ;
typedef enum pro_csys_type
{
PRO_CSYS_UNIVERSAL = 0,
PRO_CSYS_CARTESIAN,
PRO_CSYS_CYLINDRICAL,
PRO_CSYS_SPHERICAL
} ProCsysType;
typedef enum pro_csys_feat_sub_type
{
PRO_CSYS_SUB_TYPE_ROSETTE = 0,
} ProCsysFeatSubType;
/* Function Prototypes */
extern ProError ProDtmcsysTransformfileRead (wchar_t* file_name, ProElement elem_tree );
/*
Purpose: Allocates required steps of the element tree to create CSYS from
transformation file.
<P> Attention: the created csys may be different from releases
prior to Pro/E Wildfire 1.0.
<P> Note: format of transformation file
<P> The input file name to ProDtmcsysTransformfileRead should have
the name of a .trf file, with the extension. The name must be
lowercase only. The file should contain a coordinate transform
such as: <PRE>X1 X2 X3 Tx</PRE><BR> <PRE>Y1 Y2 Y3 Ty</PRE><BR>
<PRE>Z1 Z2 Z3 Tz</PRE><BR> where X1 Y1 Z1 is the X-axis direction,
X2 Y2 Z2 is the Y-axis direction, X3 Y3 Z3 is not used (the right
hand rule determines the Z direction), and Tx Ty Tz is the origin
of the coordinate system.
Input Arguments:
file_name - Name of the transformation file (with the extension .trf).
Both absolute and relative paths are supported.
elem_tree - Element tree root element
Output Arguments:
none
Return Values:
PRO_TK_NO_ERROR - The function successfully allocated the elements.
PRO_TK_BAD_INPUTS - The input argument is invalid.
PRO_TK_NOT_FOUND - The transform file could not be read.
*/
/*
The following element tree was used in release 2001 and earlier
and is provided for reference purposes only. Users are advised
not to use this element tree for feature creation or modification
activities anymore beginning with Wildfire version 1.0.
Feature element tree
PRO_E_FEATURE_TREE
|
|--PRO_E_FEATURE_TYPE
|
|--PRO_E_CSYS_METHOD
|
|--PRO_E_CSYS_REFS
| |--PRO_E_CSYS_PLANE1 If Method == Three planes
| |--PRO_E_CSYS_PLANE2 If Method == Three planes
| |--PRO_E_CSYS_PLANE3 If Method == Three planes
| |--PRO_E_CSYS_PLANE If Method == 2Refs+Plane
| |--PRO_E_CSYS_REF1 If Method == 2 References or
| | Method == 2Refs+Plane
| |--PRO_E_CSYS_REF2 If Method == 2 References or
| | Method == 2Refs+Plane
| |--PRO_E_CSYS_ORIGIN If Method == Orig+2dir
| |--PRO_E_CSYS_DIR1 If Method == Orig+2dir
| |--PRO_E_CSYS_DIR2 If Method == Orig+2dir
| |--PRO_E_CSYS_CSYS If Method == Offset or
| Method == Offset by view or
| Method == From file or
|--PRO_E_CSYS_TRAN_FILE If Method == From file
|--PRO_E_CSYS_MOVES If Method == Offset
| | Array of PRO_E_CSYS_MOVE
| |--PRO_E_CSYS_MOVE
| |--UIE_CSYS_MOVE_METHOD
| |--UIE_CSYS_MOVE_VALUE
|--PRO_E_CSYS_ROT If Method == Offset by view
| |--PRO_E_CSYS_1ROT
| |--PRO_E_CSYS_2ROT
|--PRO_E_CSYS_MOVES_VIEW If Method == Offset by view
| | Array of PRO_E_CSYS_MOVE
| |--PRO_E_CSYS_MOVE
| |--UIE_CSYS_MOVE_METHOD
| |--UIE_CSYS_MOVE_VALUE
|--PRO_E_CSYS_SEL_AXES If Method == Three planes or
| Method == 2 References or
| Method == 2Refs+Plane or
| Method == Orig+2dir
|--PRO_E_CSYS_X_DIR
|--PRO_E_CSYS_Y_DIR
Feature elements table
--------------------------------------------------------------------------------------------
Element Id Element Name Data Type Valid Values
--------------------------------------------------------------------------------------------
PRO_E_FEATURE_TYPE Feature Type PRO_VALUE_TYPE_INT PRO_FEAT_CSYS
PRO_E_CSYS_METHOD Method PRO_VALUE_TYPE_INT see ProCsysMethod
PRO_E_DTMAXIS_REFS References Compound
PRO_E_CSYS_PLANE1 Plane 1 PRO_VALUE_TYPE_SELECTION
PRO_E_CSYS_PLANE2 Plane 2 PRO_VALUE_TYPE_SELECTION
PRO_E_CSYS_PLANE3 Plane 3 PRO_VALUE_TYPE_SELECTION
PRO_E_CSYS_PLANE Plane PRO_VALUE_TYPE_SELECTION
PRO_E_CSYS_REF1 Reference 1 PRO_VALUE_TYPE_SELECTION
PRO_E_CSYS_REF2 Reference 2 PRO_VALUE_TYPE_SELECTION
PRO_E_CSYS_ORIGIN Origin PRO_VALUE_TYPE_SELECTION
PRO_E_CSYS_DIR1 Direction 1 Compound
PRO_E_CSYS_DIR2 Direction 2 Compound
PRO_E_CSYS_CSYS Csys PRO_VALUE_TYPE_SELECTION
PRO_E_CSYS_TRAN_FILE Transform file PRO_VALUE_TYPE_WSTRING
PRO_E_CSYS_MOVES Moves Array
PRO_E_CSYS_MOVE Move Compound
PRO_E_CSYS_MOVE_METHOD Method PRO_VALUE_TYPE_INT see ProCsysMvMethod
PRO_E_CSYS_MOVE_VALUE Value PRO_VALUE_TYPE_DOUBLE
PRO_E_CSYS_ROT Rotation Compound
PRO_E_CSYS_1ROT 1st Rotation PRO_VALUE_TYPE_INT see ProCsysRotAxis
PRO_E_CSYS_2ROT 2nd Rotation PRO_VALUE_TYPE_INT see ProCsysRotAxis
PRO_E_CSYS_MOVES_VIEW Moves Array
PRO_E_CSYS_SEL_AXES Select Axes Compound
PRO_E_CSYS_X_DIR X Axis PRO_VALUE_TYPE_INT see ProCsysAxisDir
PRO_E_CSYS_Y_DIR Y Axis PRO_VALUE_TYPE_INT see ProCsysAxisDir
*/
/* 1. PRO_E_CSYS_METHOD */
typedef enum pro_csys_method
{
PRO_CSYS_3PLANE = 0,
PRO_CSYS_2REFS,
PRO_CSYS_2REFS_PLANE,
PRO_CSYS_ORIGIN_2DIR,
PRO_CSYS_OFFSET,
PRO_CSYS_OFFSET_BYVIEW,
PRO_CSYS_DEFAULT,
PRO_CSYS_FROM_FILE ,
PRO_CSYS_PNT_2AX ,
PRO_CSYS_PNT_ZAXIS ,
PRO_CSYS_ONSURF
} ProCsysMethod;
/*
NOTE:
Using the option PRO_CSYS_FROM_FILE requires a reference coordinate system
(PRO_E_CSYS_CSYS) and a filename (PRO_E_CSYS_TRAN_FILE).
The element PRO_E_CSYS_TRAN_FILE should have the name of a .trf file,
without the extension. The name must be lowercase only. The file should
contain a coordinate transform such as:
X1 X2 X3 Tx
Y1 Y2 Y3 Ty
Z1 Z2 Z3 Tz
where X1 Y1 Z1 is the X-axis direction, X2 Y2 Z2 is the Y-axis direction,
X3 Y3 Z3 is not used (the right hand rule determines the Z direction), and
Tx Ty Tz is the origin of the coordinate system.
PRO_CSYS_ONSURF is a read only option.
*/
typedef enum pro_csys_rot_axis
{
PRO_CSYS_ROT_X_VIEW = 0,
PRO_CSYS_ROT_Y_VIEW,
PRO_CSYS_ROT_Z_VIEW
} ProCsysRotAxis;
typedef enum pro_csys_mv_method
{
PRO_CSYS_TRAN_X = 0,
PRO_CSYS_TRAN_Y,
PRO_CSYS_TRAN_Z,
PRO_CSYS_ROT_X,
PRO_CSYS_ROT_Y,
PRO_CSYS_ROT_Z
} ProCsysMvMethod;
typedef enum pro_csys_axis_dir
{
PRO_CSYS_ORIG_X = 0,
PRO_CSYS_ORIG_Y,
PRO_CSYS_ORIG_Z,
PRO_CSYS_ORIG_X_REV,
PRO_CSYS_ORIG_Y_REV,
PRO_CSYS_ORIG_Z_REV
} ProCsysAxisDir;
/* PRO_E_CSYS_FOLLOW_SRF_OPT is ONLY valid in sheet metal environment */
typedef enum pro_csys_follow_srf_opt
{
PRO_CSYS_FOLLOW_SRF_NO = 0,
PRO_CSYS_FOLLOW_SRF_YES = 1
} ProCsysFollowSrfOpt;
typedef enum pro_csys_onsurf_type
{
PRO_CSYS_ONSURF_LINEAR = 1,
PRO_CSYS_ONSURF_RADIAL = 2,
PRO_CSYS_ONSURF_DIAMETER = 3
} ProCsysOnSurfType ;
typedef enum pro_csys_dim_contsr_type
{
PRO_CSYS_DIM_CONSTR_TYPE_OFFSET = 0,
PRO_CSYS_DIM_CONSTR_TYPE_ALIGN
} ProCsysDimConstrType ;
typedef enum pro_csys_orientselaxis_rot_opt
{
PRO_CSYS_ORIENTSELAXIS_ROT_NO = 0,
PRO_CSYS_ORIENTSELAXIS_ROT_YES
} ProCsysOrientSelAxisRotOpt ;
typedef enum pro_csys_name_display_opt
{
PRO_CSYS_NAME_DISPLAY_NO = 0,
PRO_CSYS_NAME_DISPLAY_YES
} ProCsysNameDisplayOpt ;
typedef enum pro_csys_pln
{
PRO_CSYS_PLN_XY = 0,
PRO_CSYS_PLN_YZ,
PRO_CSYS_PLN_ZX,
PRO_CSYS_PLN_FLAT_TO_SCRN
} ProCsysPln, ProCsysNameDisplayPln;
typedef enum pro_csys_display_zoom_dep_opt
{
PRO_CSYS_DISPLAY_ZOOM_DEP_NO = 0,
PRO_CSYS_DISPLAY_ZOOM_DEP_YES
} ProCsysDisplayZoomDepOpt ;
PRO_END_C_DECLS
#endif