NX 二次开发源码分享：直接获取CAM对象类型 C#直接播放Jornal

admin · 发表于 2018-6-1 09:27:40

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NX 二次开发源码分享：直接获取CAM对象类型 C#直接播放Jornal 就可以使用了

[mw_shl_code=csharp,true]using System;
using NXOpen;
using NXOpen.UF;
using NXOpen.Utilities;
using NXOpen.CAM;
using NXOpen.Assemblies;

static class GetSubTypeToOperation
{
static Session theSession;
static UFSession theUfSession;
private static UI theUI;

public static void Main()
{
      theSession = Session.GetSession();
      theUfSession = UFSession.GetUFSession();
      Part workPart = theSession.Parts.Work;
      theUI = UI.GetUI();

      if (workPart == null)
      {
         UI.GetUI().NXMessageBox.Show("Message", NXMessageBox.DialogType.Error, "A Part must be Opened.");
         return;
      }

      theSession.EnableRedo(false);

      if (!theSession.ListingWindow.IsOpen) theSession.ListingWindow.Open();

      SystemInfo(theUfSession.Part, workPart);

      try
      {
         Tag[] operTag;
         Tag setupTag = Tag.Null;

         int countObject = 0;

         theUfSession.Cam.InitSession();
         theUfSession.Setup.AskSetup(out setupTag);

         if (setupTag == Tag.Null)
         {
            UI.GetUI().NXMessageBox.Show("Message", NXMessageBox.DialogType.Error, "No Cam Setup in this Part.");
            return;
         }

         theUfSession.UiOnt.AskSelectedNodes(out countObject, out operTag);

         if (countObject == 0)
         {
            UI.GetUI().NXMessageBox.Show("Message", NXMessageBox.DialogType.Error, "An Operation must be Selected.");
            return;
         }

         for (int i = 0; i < countObject; i++)
         {
            int type, subType;

            theUfSession.Obj.AskTypeAndSubtype(operTag, out type, out subType);6 K+ R4 e" z7 M$ X" j8 G

2 ^# b3 N) \7 n# s+ y             NXObject camObject = (NXObject)(NXObjectManager.Get(operTag));0 h: h2 T# L3 f% L" q
4 q. F% u/ P; a, N8 h1 P
            if (type == UFConstants.UF_machining_operation_type)
0 j, g: W* E7 i( n# L             {* z7 ^5 `9 w2 z: t  i& d6 ?& @2 `; k
                  NXOpen.CAM.Operation operation = (NXOpen.CAM.Operation)(NXObjectManager.Get(operTag));+ v5 O+ t/ B1 n9 s

/ l( x/ I  z5 G+ c1 b) n8 A                   GetOperationSubType(operation);3 L) t% n$ i! I& x

$ |, X; E/ ?) ^; P. C; n1 U7 K             } /* if type */
* _5 F& y; A" e* J( a; y& C          } /* for int i = 0 */
9 m; U% I' K0 w9 f  G" k# k- ~       }: |5 w: ]4 U; t* ^: c! Y+ x5 {
      caTCh (NXOpen.NXException ex)7 q+ |, }  K2 b+ {
      {5 C$ g+ y! M0 T$ \/ a
         UI.GetUI().NXMessageBox.Show("Message", NXMessageBox.DialogType.Error, ex.Message);- n1 v( d5 W0 C1 S
      }. v4 d+ _9 R2 I% l& ^. N' r
}
( D  {0 @3 B4 N2 T' U* K. H+ ~/ Z( E
" m' x! c: f2 T, G- t9 g/ T
/// <summary>+ L  X# z. q+ e1 \1 |; c% z
/// Retrieve the Operation Subtype
& |6 K) C/ o* ~1 i6 H( n$ x" } /// </summary>5 [6 j4 y# X4 J6 E! c7 o- M
/// <param name="operation">The Operation to Query</param>/ ]" Z3 K& {% b# Q
/// <returns>Return the Subtype Operation</returns>0 ~' @! i5 I/ n& L8 V$ y
public static int GetOperationSubType(NXOpen.CAM.Operation operation)
, w. g- a! r5 R {
! F3 l! `; {) b: u8 y9 {; S7 D       if (operation == null) return -1;. R, u" ?0 o4 `9 a4 @
' Y. C( d+ q4 J" r2 u3 K9 s" z
      int type = 0;+ V+ i( Y: |% Z$ M/ H# A# I3 N7 V( \
      int subType = 0;
; `" C1 n) j) }* D5 K5 u1 C
* `5 f* }. a  t5 ?       try
* ~0 x0 t* r& r% ]  M: t" u       {$ s5 f7 y2 r1 N
         theUfSession.Obj.AskTypeAndSubtype(operation.Tag, out type, out subType);( i8 M  b; l1 _8 r" ~1 V# [% _0 K
         theSession.ListingWindow.WriteFullline("Operation : " + operation.Name.ToString() + " -> Type " + type + " SubType : " + subType + " -> Operation GetType : " + operation.GetType().Name.ToString());& D, _  h. [8 V9 O) d% X
- i% V+ K  M3 ^4 v( w! V
         /* If needed to Switch to Operation Subtype (uf_object_types.h)*/7 t) m; N) x  ~# l* S
         switch (subType)& `1 x* V* h* |. j/ p
         {
; E& E' U7 S# O- F             case UFConstants.UF_mach_pocket_subtype:             /* Planar Milling Operation */! B# R# F8 N  p+ ^, b. Z. Q
            case UFConstants.UF_mach_cavity_milling_subtype:       /* Cavity Milling Operation */2 J: G& Q# Q7 z# j  t2 b* G
            case UFConstants.UF_mach_face_milling_subtype:       /* Face Milling Operation */
9 V" d- O& S/ ]* j             case UFConstants.UF_mach_zlevel_milling_subtype:       /* Z-Level Milling Operation */
1 M- }& {; J) y' s+ H+ e9 ^% J0 v             case UFConstants.UF_mach_groove_milling_subtype:       /* Groove Milling Operation */
7 `" R/ F) x  `' C8 p+ [             case UFConstants.UF_mach_cylinder_milling_subtype:    /* Hole Milling Operation */
+ c0 g- ~) v, z" V/ ]             case UFConstants.UF_mach_chamfer_milling_subtype:    /* Chamfer Milling Operation */
9 c1 ^: U$ j+ \6 @             case UFConstants.UF_mach_radial_groove_milling_subtype: /* Radial Groove Milling Operation */
7 d, h0 W3 n2 |0 P  P0 L: s             case UFConstants.UF_mach_surface_contour_subtype:    /* Fixed Contour Operation */
& F3 f  X$ y7 B' S+ U& P# B             case UFConstants.UF_mach_plunge_milling_subtype:       /* Plunge Milling Operation */
+ Z' {9 p2 l& N; K+ C- X; f             case UFConstants.UF_mach_vasc_subtype:                /* Variable Contour Operation */
/ E; g; p+ H) T             case UFConstants.UF_mach_vazl_milling_subtype:       /* Z-Level 5 Axis */2 h. I4 c4 Z# e: ^* z! ^: x- r
            case UFConstants.UF_mach_thread_milling_subtype:       /* Thread Milling Operation */
' J2 [9 a7 E8 t             case UFConstants.UF_mach_fb_hole_milling_subtype:    /* Hole Making Operation (Legacy) */
. b2 a4 D$ I! ?             case UFConstants.UF_mach_hole_drilling_subtype:       /* Drilling Cycle */
4 P  v: M0 N% ?; O1 M/ a6 `             case UFConstants.UF_mach_mill_ud_subtype:             /* User Mill Defined Operation */) u: {: X7 S( h3 A! p
            case UFConstants.UF_mach_gmc_subtype:                /* Generic Motion Operation */% s: _/ `4 e( ~* U4 M' T3 T# I, P
            case UFConstants.UF_mach_mill_mc_subtype:             /* Mill Control */8 u; e6 ~2 X# ?& U$ j& a/ V! S5 u: V
            case UFConstants.UF_mach_gssm_main_op_subtype:       /* Sequential Milling */% |$ x+ A0 f$ g; I0 A* {- G
            case UFConstants.UF_mach_hole_making_subtype:          /* Hole Making (Legacy) */% c& d! y6 B9 t# I* x
            case UFConstants.UF_mach_planar_additive_subtype:    /* Additive */
: p7 Q$ a4 q, R1 T
9 }0 S' j4 E4 m' R  h2 }8 R             case UFConstants.UF_insp_tolerance_subtype:
  `+ ]# k' }' S8 y! n             case UFConstants.UF_insp_path_subtype:" z8 R9 V8 _- m6 x0 I% m+ R1 [( v
            case UFConstants.UF_insp_output_subtype:
( Q9 e: w* V* i7 f2 z9 w2 E             case UFConstants.UF_insp_misc_subtype:0 n1 g% Z* I& Y7 ]7 w. I( c: O
            case UFConstants.UF_insp_align_subtype:- }( b0 N. {) F, z( `) h. ^
            case UFConstants.UF_insp_sensor_subtype:
/ b% M4 D6 S" _6 a             case UFConstants.UF_insp_construct_subtype:
, y( z4 ]: @# W3 u+ R             case UFConstants.UF_insp_bounding_feature_subtype:6 d4 ~# ~/ I9 T( l2 H1 s1 |$ ?
            case UFConstants.UF_insp_feature_subtype:
; f1 P5 u" T5 ]1 ^( E5 h5 T  e+ O3 L4 H
            case UFConstants.UF_mach_canned_cycle_subtype:! Z; l: K5 w1 `0 ~3 S6 O
  q$ h% k0 z8 C5 m1 O/ t& p
            case UFConstants.UF_mach_laser_teachmode_subtype:& R7 J8 d0 K- g. E

  A' D  s3 |2 ?8 v% F- z             case UFConstants.UF_mach_turn_roUGh_subtype:
7 C& u* `, o' ~( |4 A; F  @             case UFConstants.UF_mach_turn_finish_subtype:7 ?7 P: E9 |% S
            case UFConstants.UF_mach_turn_teachmode_subtype:
6 T/ ]* n2 y4 O( ^9 x             case UFConstants.UF_mach_turn_thread_subtype:
: Y: K/ e% N+ }" z6 z& ?' I             case UFConstants.UF_mach_turn_cdrill_subtype:
2 n6 \% {$ x$ l* y; l6 w: C             case UFConstants.UF_mach_turn_auxiliary_subtype:
  Q3 W& U) n& Y! J1 z  _% p! R             case UFConstants.UF_mach_turn_probing_subtype:
; n; x) ~2 z9 w0 S             case UFConstants.UF_mach_turn_tool_probing_subtype:
; e7 f7 c( H+ n/ Z5 T" {8 N5 F             case UFConstants.UF_mach_lathe_mc_subtype:
7 M( k0 V9 P5 d6 d             case UFConstants.UF_mach_lathe_ud_subtype:6 a3 }9 o. S8 N/ C7 j+ G" Y1 t5 E4 E. F

7 w$ F0 Z  p6 H) h8 A& U2 b             case UFConstants.UF_mach_wedm_subtype:6 ~: t, p+ J6 j( ?# v- }
            case UFConstants.UF_mach_wedm_mc_subtype:; D8 U  w* [/ ?+ _* n6 s0 i2 X
            case UFConstants.UF_mach_wedm_ud_subtype:
5 q' l4 A+ i7 H) i  T! K             case UFConstants.UF_mach_mass_edit_subtype:
+ _7 y5 _5 e) x; L/ m7 O                   break;
+ X( u7 m9 n. I! E5 I
1 F( L8 @& V, @4 P. P             default:- j, E- U' u! L0 }. I
                  theSession.ListingWindow.WriteFullline("Unknown Operation SubType.");
5 E6 x, B* ~+ t" f1 ~" h9 E                   break;
8 P; U1 s7 Q0 \  T          }; l2 p0 d0 e% k9 e
      }
+ a6 l7 E( U' u5 {, [       catch (NXException nXException)
" N. V0 p) h% y! L1 T! q: Q! j; z       {
4 {3 N7 |& x  |          theUI.NXMessageBox.Show("Operation", NXMessageBox.DialogType.Error, "Unable to Query Operation. Error : " + nXException.Message.ToString());
  N/ T- ^6 w8 \' ]          subType = -1;% @9 z+ O: S" w% ~! H2 m/ _
      }
) k& S! ^- Y1 t3 u/ A" {: X9 p" u9 j( X6 P/ o
      return subType;
4 O. i- j6 Z( e2 Z }
$ j/ p$ X& d2 a; z: ^" D1 u& K# t; c3 ~) v
/// <summary>6 f; }) }& _9 @" [& ?1 g+ ]
/// Display System Information
. d1 Q7 G% @$ [" Y /// </summary>! F" M$ j  ~3 ]9 _9 w' S
/// <param name="uFPart">The UFPart to Query</param>
/ [6 ^# Q7 ^" t; y, a /// <param name="workPart">The Work Part to Query</param>
1 r' r1 H4 g8 {9 K. }/ a6 e/ j static void SystemInfo(UFPart uFPart, Part workPart)+ r7 \/ i% @2 S6 S, e* s
{% p: m  U  ?: @  A
      try/ }5 K. Z+ _; C& n; L7 I
      {; U+ p! D/ [1 t- q. e' B
         SystemInfo sysInfo = default(SystemInfo);
, ~; t, O" M) s          theUfSession.UF.AskSystemInfo(out sysInfo);! e4 M' ?# m* j$ j$ Y; @
( O( h5 c# O8 A& n3 |7 v
         string partName = string.Empty;7 |4 F: ]- k" ?" s) U
         if (workPart != null) uFPart.AskPartName(workPart.Tag, out partName);
6 N7 X1 j8 ^+ h; _, ]: |& D5 t
! V0 n' i$ R/ Z          if (!theSession.ListingWindow.IsOpen) theSession.ListingWindow.Open();+ o" t/ v7 d* ?% W) V
         theSession.ListingWindow.WriteFullline("============================================================");, B; U+ v: t: H+ I+ X8 r: Q. ?) u
         theSession.ListingWindow.WriteFullline("Information Listing Created by : " + sysInfo.user_name.ToString());; @! j, t: M! Z  l9 a. t; j
         theSession.ListingWindow.WriteFullline("Date                         : " + sysInfo.date_buf.ToString());
* V. B* a2 A) ]6 T: X. _          if (workPart != null) theSession.ListingWindow.WriteFullline("Current Work Part             : " + partName);
) V/ ^$ a; V' b0 B/ W* t' O+ ~          theSession.ListingWindow.WriteFullline("Node Name                   : " + sysInfo.node_name.ToString());- @- [$ B$ J9 T- O& y3 E: X
         theSession.ListingWindow.WriteFullline("============================================================\n\n");
/ ^4 i/ n! a2 J5 G" N! \, g7 ^3 l       }: w" Y. r( ^+ i4 U" n" A2 z  f, k
      catch (NXException nXException)
# f5 Q1 \/ L$ P! M0 b/ A       {
+ |; `& j0 Y/ _8 g7 I2 P$ s5 p$ C          theUI.NXMessageBox.Show("System Information", NXMessageBox.DialogType.Error, "Unable to Display System Information. Error : " + nXException.Message.ToString());
0 [8 \+ _4 ]9 u  {$ [/ }* O       }
2 Y4 ]6 A! S" ?9 B0 j- { }: @2 O2 E' D( o: c8 u
4 c& d- D& i" \- n
/// <summary>
" t* u. p6 y0 _  a7 m" N. O; q /// Unload the Current Image
8 [; c0 [+ C/ \" X! ` /// </summary>( @9 d5 V, D: K1 B
/// <param name="arg">String Send by NX</param>* ~( I* S# o9 z6 R$ S/ g$ Y0 p
/// <returns>Unload Integer</returns>
% Q( o, A7 C+ N" n# g. l( ]7 s public static int GetUnloadOption(string arg)
% o+ P* W. {! r+ _ {
0 }6 s4 ^6 R6 j+ A( I/ M, Q* P       /* Unloads the Image Immediately */! i  d# {6 ?% h; q
      return System.Convert.ToInt32(Session.LibraryUnloadOption.Immediately);
& @- o7 f5 p, u, l8 H5 h  _: G  Z$ x2 A( |- j2 u$ C2 J8 ^
      /* Unloads the Image Explicitly, via an Unload Dialog */4 F; ?( M* _! {9 R
      //return System.Convert.ToInt32(Session.LibraryUnloadOption.Explicitly);
% W. M. u0 i: o+ l& A- z. j6 Y+ I) u9 j  e, Z$ `
      /* Unloads the Image when the NX Session Terminates */1 X- L7 U& k0 J
      //return System.Convert.ToInt32(Session.LibraryUnloadOption.AtTermination);
' ]  c0 ]  q3 e9 }! f5 |  h8 b5 s }
2 p5 o2 B+ j3 o: }& X}[/mw_shl_code]7 o' K7 p8 A2 l

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[二次开发源码] NX 二次开发源码分享：直接获取CAM对象类型 C#直接播放Jornal