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);
0 k1 w: f. i7 @" l
8 f+ V5 m$ u0 ]/ h: v% z( s             NXObject camObject = (NXObject)(NXObjectManager.Get(operTag));1 ]9 R. T, O& E/ @& s. u* j

( I! v& ?6 @/ S& w             if (type == UFConstants.UF_machining_operation_type)& o9 q9 ?! A5 |2 ~6 [5 R# j
            {
1 _6 g# u4 _0 c# ?' d9 E                   NXOpen.CAM.Operation operation = (NXOpen.CAM.Operation)(NXObjectManager.Get(operTag));
/ x- X- Z& L3 N. A5 p$ M7 O2 D
6 n! N" w; O: V4 T  o& ?                   GetOperationSubType(operation);0 i3 T& F/ o2 A- y
1 }. R" J9 f8 B; j, I  j: N
            } /* if type */( j7 _0 k' L  w
         } /* for int i = 0 */
/ w0 _$ p( ~% `1 ~0 ?) |       }
5 [- {$ ]3 S# W# R( N: w       caTCh (NXOpen.NXException ex)
7 b. f& a1 p3 {       {
( M4 N, [  \0 q5 q" n          UI.GetUI().NXMessageBox.Show("Message", NXMessageBox.DialogType.Error, ex.Message);8 `! C8 Z9 y. w2 \  _8 W$ _
      }9 N. K/ H/ y3 J
}% V. ]% |0 W/ }
' R: s" N, R. w3 ~1 n  z/ F

6 I# [5 R" O0 l7 Y& s /// <summary>
6 ]6 ^  ?! E& C8 w9 U& w /// Retrieve the Operation Subtype
. I& r% Q) T7 @% ^ /// </summary>' O8 |$ n$ N5 N: d
/// <param name="operation">The Operation to Query</param>
5 M# I4 ?( {1 `+ G( t# l9 p# _ /// <returns>Return the Subtype Operation</returns>
. T! b. h4 H% z public static int GetOperationSubType(NXOpen.CAM.Operation operation)% [( I0 F# @, X" ~6 o, Y% I
{0 }2 ]; i8 s' z! S: P5 Z; B
      if (operation == null) return -1;+ k& i! Q4 e. ?8 c% E
2 r9 d9 J; e; q+ T: g$ D' h. [: e
      int type = 0;4 F: `! T+ a( \4 }
      int subType = 0;& \0 @# U1 K+ M
+ \7 H% \8 h  x& W- n
      try
7 @: k/ k& H/ a" ^7 M       {; E+ U8 D7 e& @  R0 X; I/ M5 E" x
         theUfSession.Obj.AskTypeAndSubtype(operation.Tag, out type, out subType);
2 |' q; i5 k- Q; }% t' n8 ~5 \          theSession.ListingWindow.WriteFullline("Operation : " + operation.Name.ToString() + " -> Type " + type + " SubType : " + subType + " -> Operation GetType : " + operation.GetType().Name.ToString());
# `/ ^' r, R2 c' c6 c
5 N! x: X: v- o          /* If needed to Switch to Operation Subtype (uf_object_types.h)*/6 @2 t6 U5 c5 {) X) Z
         switch (subType)" l* ]8 Q. i0 D
         {5 ~# S- b" D) m$ b, K& z
            case UFConstants.UF_mach_pocket_subtype:             /* Planar Milling Operation */
2 X; l! K; B0 G+ I+ k! p9 g             case UFConstants.UF_mach_cavity_milling_subtype:       /* Cavity Milling Operation */
/ u/ m6 H  n4 G' |9 q* b0 T             case UFConstants.UF_mach_face_milling_subtype:       /* Face Milling Operation */
6 U: J  ^" K  F7 @4 j; [: p- \             case UFConstants.UF_mach_zlevel_milling_subtype:       /* Z-Level Milling Operation */
% K, K5 w  u* Y- j1 A" o             case UFConstants.UF_mach_groove_milling_subtype:       /* Groove Milling Operation */3 c- l% ~6 K! ~
            case UFConstants.UF_mach_cylinder_milling_subtype:    /* Hole Milling Operation */# M0 y# \) z/ b: H: H
            case UFConstants.UF_mach_chamfer_milling_subtype:    /* Chamfer Milling Operation */, k8 X9 @/ R. \- U0 M2 m% [& w
            case UFConstants.UF_mach_radial_groove_milling_subtype: /* Radial Groove Milling Operation */$ E1 l$ a* A6 O- r' S# S
            case UFConstants.UF_mach_surface_contour_subtype:    /* Fixed Contour Operation */
" n$ V& o6 j/ E6 c4 b/ |2 m. y             case UFConstants.UF_mach_plunge_milling_subtype:       /* Plunge Milling Operation */, R9 s9 }0 Q% y. f
            case UFConstants.UF_mach_vasc_subtype:                /* Variable Contour Operation */0 }1 L) E0 a, a) v0 a& H: F0 g- i0 Y  K3 j
            case UFConstants.UF_mach_vazl_milling_subtype:       /* Z-Level 5 Axis */
8 ]. V  \+ ]9 e  Y) C& b. v1 D             case UFConstants.UF_mach_thread_milling_subtype:       /* Thread Milling Operation */
) {  f1 v$ I% w& i4 X3 n             case UFConstants.UF_mach_fb_hole_milling_subtype:    /* Hole Making Operation (Legacy) */* z" Z' V( Z2 I% L5 f; e! }
            case UFConstants.UF_mach_hole_drilling_subtype:       /* Drilling Cycle */
; Z# K6 V( g$ j" ~             case UFConstants.UF_mach_mill_ud_subtype:             /* User Mill Defined Operation */
! B# i7 b4 ?" S1 o# g* I4 N* i             case UFConstants.UF_mach_gmc_subtype:                /* Generic Motion Operation */; s* `8 N0 [$ F, n) r' y
            case UFConstants.UF_mach_mill_mc_subtype:             /* Mill Control */
$ {9 X5 w: q5 h; E9 e3 K             case UFConstants.UF_mach_gssm_main_op_subtype:       /* Sequential Milling */+ F" B& F4 o9 N5 o1 F: F
            case UFConstants.UF_mach_hole_making_subtype:          /* Hole Making (Legacy) */  _; I# z5 a3 @9 t
            case UFConstants.UF_mach_planar_additive_subtype:    /* Additive */
: c9 P8 b  m7 {" Q9 n% h! |, N- t( q6 m( L2 Z0 J
            case UFConstants.UF_insp_tolerance_subtype:
7 B. q: D2 V! o2 q             case UFConstants.UF_insp_path_subtype:1 s3 T( Y! |- v) S& N
            case UFConstants.UF_insp_output_subtype:% \3 x2 {( h3 A: Y- J% P
            case UFConstants.UF_insp_misc_subtype:  J9 l0 L( G; \" z/ Q- K
            case UFConstants.UF_insp_align_subtype:1 Z7 H$ m  l% Q) U
            case UFConstants.UF_insp_sensor_subtype:
4 E) L6 M) N) k* @" y' R             case UFConstants.UF_insp_construct_subtype:
' K: y) K0 {' U  J! E+ ^4 ?2 u             case UFConstants.UF_insp_bounding_feature_subtype:& ^" Y) C$ ^/ b# x8 c
            case UFConstants.UF_insp_feature_subtype:
+ V, r/ E. p9 S7 G: X; L* m, x* C8 i8 X' \+ P* D
            case UFConstants.UF_mach_canned_cycle_subtype:! P4 v% o, [; q' a- F; D  F

7 p! k+ e- B8 I; D' `- [             case UFConstants.UF_mach_laser_teachmode_subtype:
% g8 @' j# m. c* o; w# g7 Y" Y
. u4 b, u% H8 n7 O# V. o, Q             case UFConstants.UF_mach_turn_roUGh_subtype:
0 M9 W) y$ f# v             case UFConstants.UF_mach_turn_finish_subtype:
" ^0 t; ]1 e: P             case UFConstants.UF_mach_turn_teachmode_subtype:
# [# J+ j" a0 V- _+ l             case UFConstants.UF_mach_turn_thread_subtype:5 O5 }) W- m+ Q+ i6 \0 O
            case UFConstants.UF_mach_turn_cdrill_subtype:/ T3 N0 L5 e* q& y, n3 M$ e
            case UFConstants.UF_mach_turn_auxiliary_subtype:/ ]4 |( W# q8 V
            case UFConstants.UF_mach_turn_probing_subtype:# S: k9 y9 [4 n% l# {  ^4 v
            case UFConstants.UF_mach_turn_tool_probing_subtype:
( K; _  |" n/ u0 Z* U8 h: x             case UFConstants.UF_mach_lathe_mc_subtype:
3 R' s. i. m, B2 Q+ y             case UFConstants.UF_mach_lathe_ud_subtype:
7 c7 q% s* o3 ~0 |9 y( |2 K/ a  r$ o# y
            case UFConstants.UF_mach_wedm_subtype:
% k# M# O& _0 L. S4 t3 X, a$ d4 Y% g) {             case UFConstants.UF_mach_wedm_mc_subtype:
# ]/ n! N2 A: B9 j) ~1 O             case UFConstants.UF_mach_wedm_ud_subtype:
; v) c/ K7 ]* }0 [/ W' e             case UFConstants.UF_mach_mass_edit_subtype:
) ]" \& Z" k# z+ g                   break;% _8 o! D9 q1 X6 p1 N- ?
# i" Z) o* [8 K- C
            default:
' W8 T" s! e( X6 \9 h5 }6 U  N5 p                   theSession.ListingWindow.WriteFullline("Unknown Operation SubType.");' s: \6 Z2 H! ]/ g, U
                  break;
- }( t. Q# H# Q! W          }
, G1 x/ M; A$ k" ?2 B       }( h! s7 q2 K& S1 K! M
      catch (NXException nXException)1 R" z5 r% X' \
      {
2 G! p7 Y6 G: a, M5 @          theUI.NXMessageBox.Show("Operation", NXMessageBox.DialogType.Error, "Unable to Query Operation. Error : " + nXException.Message.ToString());
% t% d& m/ P) H9 `; B6 Q          subType = -1;
! a( O" I. Y- L- d5 ]9 O       }
2 s  Q+ A/ x  u
1 D& j7 T- a8 o# P       return subType;2 b% g2 L% l! i2 c) b: k$ P# T+ [
}
6 A* u+ _# P% w0 f( W+ b+ }- e. B/ u- ~: p
/// <summary>
( o; X/ D2 H# J* o) j. P7 T% K /// Display System Information; ~# t6 @( w6 B1 b( n" Q
/// </summary>) B- O7 |9 }( I2 M/ r1 U9 G
/// <param name="uFPart">The UFPart to Query</param>7 A! f9 j! Q: O6 `( ]6 E7 C, N% A
/// <param name="workPart">The Work Part to Query</param>
. X% P. S3 F- c2 `6 O% W static void SystemInfo(UFPart uFPart, Part workPart)
5 |; K/ ]+ v4 Y0 w. T3 u& r {$ C" U' G. ?' u- }/ \" j4 V
      try
- }1 K6 u* \/ q' A       {6 a& c  H: Z0 E& I8 P7 `
         SystemInfo sysInfo = default(SystemInfo);# S7 |0 Q3 u5 J$ m) _% Q4 [
         theUfSession.UF.AskSystemInfo(out sysInfo);4 K; u; Q, X2 I
9 L. c8 }7 L$ W9 B! W/ a
         string partName = string.Empty;
9 k* m8 E8 D( f          if (workPart != null) uFPart.AskPartName(workPart.Tag, out partName);$ L& i+ e. p4 x; R+ ?1 w6 w6 w

! o% C2 T* n, c, e- T, h          if (!theSession.ListingWindow.IsOpen) theSession.ListingWindow.Open();7 R  h+ H: Q1 o( L
         theSession.ListingWindow.WriteFullline("============================================================");
) N2 Z) X+ A, U' S5 f0 I          theSession.ListingWindow.WriteFullline("Information Listing Created by : " + sysInfo.user_name.ToString());5 Q; d5 L4 M$ v+ `+ S
         theSession.ListingWindow.WriteFullline("Date                         : " + sysInfo.date_buf.ToString());( O, X  k. F6 z! j; S* e
         if (workPart != null) theSession.ListingWindow.WriteFullline("Current Work Part             : " + partName);
4 h9 t& U4 `, _# P7 \/ {; F  Z          theSession.ListingWindow.WriteFullline("Node Name                   : " + sysInfo.node_name.ToString());
" \* ?, O3 R! c! V; t! Q( x0 w          theSession.ListingWindow.WriteFullline("============================================================\n\n");4 f+ D' t0 F- x6 Q1 L$ ~" y
      }) s8 I2 U1 p6 a) _! _5 }
      catch (NXException nXException)
4 G8 t$ Q3 m1 `       {% ]3 B* V$ M# b9 Q' F1 W
         theUI.NXMessageBox.Show("System Information", NXMessageBox.DialogType.Error, "Unable to Display System Information. Error : " + nXException.Message.ToString());: c& p* K7 X5 u6 Y3 i0 O" P( g
      }" Z8 T+ a6 h( k4 B$ S! G( L9 z
}4 s* `) k- r& j" V

) v' P6 Y, h0 X& h; u) l: X, G2 U /// <summary>3 S6 z4 R6 O4 G0 t! Z$ D# K
/// Unload the Current Image: o6 N( g: @( K; ^' _8 f: M- d8 C  V
/// </summary>
" E- n% r# U2 f' h6 X /// <param name="arg">String Send by NX</param>2 j6 |' c6 J9 g' M9 b/ ?2 d
/// <returns>Unload Integer</returns>
  W: c6 ]! E# C/ J- P' r- ~' J public static int GetUnloadOption(string arg)* `. |) x9 C  I% L- R' K
{, q4 e) u( b: b$ w% ^) x, y- G" t
      /* Unloads the Image Immediately */
3 T7 Q% ^8 e0 T- M( E: |1 F       return System.Convert.ToInt32(Session.LibraryUnloadOption.Immediately);7 t9 h5 p$ s( J) j; t, Y

. s! |0 c0 g0 C5 `' Z. I       /* Unloads the Image Explicitly, via an Unload Dialog */
; {2 {$ w8 [& t- E       //return System.Convert.ToInt32(Session.LibraryUnloadOption.Explicitly);
* ^6 h3 m! M) @% l1 ^4 y* K# U$ ~$ e. `/ ^
      /* Unloads the Image when the NX Session Terminates */
! O# k5 `6 _; s: I) y. T$ _) M       //return System.Convert.ToInt32(Session.LibraryUnloadOption.AtTermination);# n" B/ B: A  d: l
}
( q: C/ {; l  |$ y}[/mw_shl_code]8 ~0 K+ Y+ v- j" ~; @9 t

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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