CMMSDK V2 매뉴얼

Transcription

1 COMIZOA Motion Software Development Kit COMIZOA MOTION SOFTWARE DEVELOPMENT KIT TEST & MEASUREMENT & AUTOMATION COMIZOA INTEGRATED MOTION SYSTEM JULY 2009 P/N ª 2007 COMIZOA Inc All rights reserved API Reference Manual

2 TEST & MEASUREMENT & AUTOMATION / COMIZOA CMMSDK Manual Copyright 2007 by COMIZOA, Inc All rights reserved COMIZOA owns all right, title and interest in the property and products described herein, unless otherwise indicated No part of this document may be translated to another language or produced or transmitted in any form or by any information storage and retrieval system without written permission from COMIZOA COMIZOA reserves the right to change products and specifications without written notice Customers are advised to obtain the latest versions of any product specifications COMIZOA MAKES NO WARRANTIES, EXPRESSED OR IMPLIED, OF MERCHANTABILITY OR FITNESS FOR A PARTICULAR PURPOSE, OTHER THAN COMPLIANCE WITH THE APPLICABLE COMIZOA SPECIFICATION SHEET FOR THE PRODUCT AT THE TIME OF DELIVERY IN NO EVENT SHALL COMIZOA BE LIABLE FOR ANY INDIRECT, INCIDENTAL OR CONSEQUENTIAL DAMAGES AS A RESULT OF THE PRODUCT S PERFORMANCE OR FAILURE TO MEET ANY ASPECT OF SUCH SPECIFICATION COMIZOA PRODUCTS ARE NOT DESIGNED OR INTENDED FOR USE IN LIFE SUPPORT APPLIANCES, DEVICES OR SYSTEMS WHERE A MALFUNCTION OF A COMIZOA DEVICE COULD RESULT IN A PERSONAL INJURY OR LOSS OF LIFE CUSTOMERS USING OR SELLING COMIZOA DEVICES FOR USE IN SUCH APPLICATIONS DO SO AT THEIR OWN RISK AND AGREE TO FULLY INDEMNIFY COMIZOA FOR ANY DAMAGES RESULTING FROM SUCH IMPROPER USE OR SALE Information contained herein is presented only as a guide for the applications of our products COMIZOA does not warrant this product to be free of claims of patent infringement by any third party and disclaims any warranty or indemnification against patent infringement No responsibility is assumed by COMIZOA for any patent infringement resulting from use of its products by themselves or in combination with any other products No license is hereby granted by implication or otherwise under any patent or patent rights of COMIZOA or others COMIZOA software and its documentation are available only under the terms of a Master Software Use and Support Agreement Trademarks The COMIZOA logo is a registered trademark All other brand names, product names, trademarks, and registered trademarks are the property of their respective owners Visit our web page at For support requests, contact us at support@comizoacom For documentation suggestions, corrections, or requests, contact tech@comizoacom ( ) : support@comizoacom : ftpcomizoacom : DTV-PostBI : : COMIZOA Motion System Integrated Control Library Reference 2007 COMIZOA All Rights Reserved No Part of this publication may be reproduced, stored in retrieval system or transmitted, in any form, or by any means, electronic, mechanical, photocopying, recording or otherwise, without the priorpermission, in writing, from the publisher 2

3 COMIZOA MOTION SOFTWARE DEVELOPMENT KIT Table of Contents Trademarks 2-2 Table of Contents 2-3 Introduction 8 1 CMMSDK 9 11 Overview Features Before working with CMMSDK 14 2 ( ) COMI-AUTOMATION CMMSDK CMMSDK Development Environment for CMMSDK 20 3 CMMSDK CMMSDK HARDWARE Layer HAL(Hardware Abstract Layer) CMMSDK Layer (API Layer) CMMSDK Visual C++ 6x Visual C++ 7x Visual C++ 8x Borland C++ Builder 45 3

4 TABLE OF CONTENTS 335 Borland Delphi Visual Basic 55 CMMSDK Introduction 59 4 CMMSDK General Functions 62 5 General Functions Etc General Functions 73 6 Etc General Functions Environment Configuration Functions Basic Motion Control (Single-Axis) (Multi-Axes) (Interpolation Motion) (Home Return) Advanced Motion Control

5 COMIZOA MOTION SOFTWARE DEVELOPMENT KIT 91 (Overriding) Master/Slave Master/Slave (Extended Interpolation Motion) (Listed Motion) Input signals related to motion control by external signal Manual Pulsar (PA/PB) (External switch) Monitoring Motion Status (Status) (Position Latch) Compare Method (CMP) (High CMP)

6 TABLE OF CONTENTS Universal Digital I/O Control Advanced and Extended Interface / 409 Debugging and Error Handle Utility Functions , COMIZOA Motion Environment Builder 436 I CME Builder 437 II Main Menus 437 III Device Mappings 437 IIIi Motion Device Map 437 IIIii Digital I/O Device Map 438 IIII Axis Definition 439 IIIIi Motion Axis Title Definition 439 IIV Motion Setup 439 IIVi General 439 IIVii Basic I/O Setup 440 IIViii Advanced I/O Setup 440 IIViv Home Setup 441 IIVv Speed Setup 441 IIVvi Event Interrupt Mask 443 IV Digital I/O Setup 443 IVi Input Logic 443 IVii Output Logic 444 Motion Default Parameter 445 II (Default) 446 III Command & Feedback 446 6

7 COMIZOA MOTION SOFTWARE DEVELOPMENT KIT IIII INP, ALM, EL 446 IIIII LTC, CMP, CLR, ERC 446 IIIV DR, SD, STA, STP 447 IIV Software Limit 447 IIVI Servo ON Input Logic 447 IIVII 447 IIVIII 448 IIIX Event Interrupt 448 List of Error Codes 449 III IIII Other Development Environment Support 452 IV ( ) 453 IVI Digital Fortran CMMSDK 453 IVII PowerBuilder CMMSDK 453 IVIII C#(C Sharp), Visual BasicNET Visual C++NET 454 Frequently Asked Questions 457 V Frequently Asked Questions (FAQ) 458 VI Visual Studio VII Visual Basic 460 VIII Borland C++ Builder 460 Index of CMMSDK Functions 466 VI Index of CMMSDK Functions 467 VII Quick Reference to CMMSDK Functions 467 General Functions 467 7

8 CHAPTER 1:: INTRODUCTION Chapter 1 Introduction,,,, ( ) ( ) (),,,,,,, 8

9 COMIZOA MOTION SOFTWARE DEVELOPMENT KIT 1 CMMSDK 11 Overview 111 ( ), ( ), (), (), 112 2, ( ) ( ) 113,, 114 Windows Microsoft Corp Visual C++ Microsoft Corp Visual Basic Microsoft Corp C++ Builder Borland Software Corp Delphi Borland Software Corp 115 ( ) ( ) CMMSDK 9

10 CHAPTER 1:: INTRODUCTION ( ) ( ),, (Chapter) ( ) CMMSDK 116 (Chapter) CMMSDK, CMMSDK CMMSDK v2 1-1 CMMSDK 10

11 COMIZOA MOTION SOFTWARE DEVELOPMENT KIT 1, (Motor) (Servo Pack) (Servo Drive) (Step Drive), (Servo System) (Pulse) (Command Pulse) (Encoder) (Pulse) (Feedback Pulse) LX502, LX504, LX508, LX504a (Motion Board) SD4xx Series (Digital Input Output Board) 1 117, ( ) ( ) ( ), (Function) (Function) 2 11

12 CHAPTER 1:: INTRODUCTION 12 Features CMMSDK 121 CMMSDK Microsoft DLL(Dynamic Link Library), COMIZOA Motion Environment, DLL 122 RAD(Rapid Application Development), ( ) CMMSDK 123 (Parameter),, CMMSDK, 124 CMMSDK COMI-AX Pro, CMMSDK, () CMMSDK ( ) 125,,,, CMMSDK,, () 126, Smart Update 12

13 COMIZOA MOTION SOFTWARE DEVELOPMENT KIT NET Framework C #(Sharp), Visual Basic RAD(Rapid Application Development) CMMSDK ( ) ( ) 13

14 CHAPTER 2 :: BEFORE WORKING WITH CMMSDK Chapter 2 Before working with CMMSDK ( ) CMMSDK 14

15 COMIZOA MOTION SOFTWARE DEVELOPMENT KIT 2 ( ) CMMSDK 21 COMI-AUTOMATION COMI-AUTOMATION, COMI -AUTOMAION 1 COMI-AUTOMATION 2 COMI-AUTOMATION 1 COMI-AUTOMATION COMI-AUTOMATION 15

16 CHAPTER 2 :: BEFORE WORKING WITH CMMSDK 22 3 CMMSDK v1 CMMSDK v2 DLL(Dynamic Link Library), DK CMMS v1 OCX Active X CMMSDK v1 CMMSDK v1 OCX CMMSDK v (Dynamic (Dynamic Link Link Library) Library) (Component) / DLL Trigger Master / Slave (Standard Speed) Gantry 3 2-2,

17 COMIZOA MOTION SOFTWARE DEVELOPMENT KIT 23 CMMSDK 2-3 COMI-AUTOMATION Hierarchy (Industrial Computer) CMMSDK (Integration System Control), () PCI 231 CMMSDK CMMSDK (Axis) (I/O) 17

18 CHAPTER 2 :: BEFORE WORKING WITH CMMSDK 2-4? PCI (1),, I/O CMMSDK 232 CMMSDK v1 CMMSDK OCX CMMSDK v2 (Device Initialize) M O T I O N (Single Axis) (Multi Axes) (Interpolation) COMILX_LoadDevice GnDeivceLoad cmmgndeviceload COMILX_UnloadDevice GnDeviceUnLoad cmmgndeviceunload COMILX_MC_Move SxMove cmmsxmove COMILX_MC_MoveTo SxMoveTo cmmsxmoveto COMILX_MC_MoveAll MxMove cmmmxmove COMILX_MC_MoveToAll MxMoveTo cmmmxmoveto COMILX_MC_MapAxes IxMapAxes cmmixmapaxes COMILX_MC_Line IxLine cmmixline 1 (PC) 18

19 COMIZOA MOTION SOFTWARE DEVELOPMENT KIT D I O (Home Return) (Manual Pulsar) (Listed Motion) COMILX_MC_SetHomeConfig HomeSetConfig cmmhomesetconfig COMILX_MC_HomeMove HomeMove cmmhomemove COMILX_MC_PulserMove PlsrMove cmmplsrmove COMILX_MC_PulserMoveTo PlsrMoveTo cmmplsrmoveto COMILX_MC_BeginList LmBeginList cmmlmbeginlist COMILX_MC_EndList LmEndList cmmlmendlist COMILX_DI_GetOne DiGetOne cmmdigetone (Digital Input) COMILX_DI_GetAll DiGetAll cmmdigetall COMILX_DO_PutOne DoPutOne cmmdoputone (Digital Output) COMILX_DO_PutAll DoPutAll cmmdoputall 4 19

20 CHAPTER 3 :: DEVELOPMENT ENVIRONMENT FOR CMMSDK Chapter 3 Development Environment for CMMSDK CMMSDK ( ), CMMSDK CMMSDK ( ), () (), 20

21 COMIZOA MOTION SOFTWARE DEVELOPMENT KIT 3 CMMSDK 31 21

22 CHAPTER 3 :: DEVELOPMENT ENVIRONMENT FOR CMMSDK 32 CMMSDK CMMSDK COMIZOA, ( ) API CMMSDK Integration Motion System Control Application Programming Interface, (Function) ( ) API 3-1 CMMSDK 321 HARDWARE Layer -SD4xx COMI Series COMI-LX504 CMMSDK, API CMMSDK 22

23 COMIZOA MOTION SOFTWARE DEVELOPMENT KIT 322 HAL(Hardware Abstract Layer) Hardware Device CMMSDK, ( ) CMMSDK, ( ) COMIZOA API CMMSDK HAL(Hardware Abstract Layer) 323 CMMSDK Layer (API Layer) Windows 98/ME/2000/XP/Vista Integration Motion System Control API, CMMSDK CMMSDK (), 23

24 CHAPTER 3 :: DEVELOPMENT ENVIRONMENT FOR CMMSDK 324 CMMSDK CMMSDK MS VC++ Cmmsdkh Cmmsdkcpp CMMSDK ( ) CmmsdkDefh Borland C++ Builder Cmmsdkh Cmmsdkcpp CmmsdkDefh Borland Delphi MS Visual Basic MS C# (C Sharp) CmmSDKPAS CmmSDKBAS CmmSDKCS 6 CMMSDK Microsoft DLL(Dynamic Link Library) CMMSDK, CMMSDK, CMMSDK ( ) ( ) CMMSDK CMMSDK, CMMSDK, Appendix C,, () 33 ( ), C++ Borland International Object Pascal Delphi, NET CMMSDK C Sharp(C#), (Interface) Header CMMSDK Visual C++ / Borland C++ Builder C:\Program Files\COMIZOA\AUTOMATION2\Libraries\Motion(DLL) Cmmsdkcpp, Cmmsdkh, CmmsdkDefh Delphi Visual Basic C# (CSharp) C:\Program Files\COMIZOA\AUTOMATION2\Libraries\Motion(DLL) CmmSDKPAS C:\Program Files\COMIZOA\AUTOMATION2\Libraries\Motion(DLL) CmmSDKBAS C:\Program Files\COMIZOA\AUTOMATION2\Libraries\Motion(DLL) CmmSDKcs CmmSDKDefCS 7 COMI-AUTOMATION C: 24

25 COMIZOA MOTION SOFTWARE DEVELOPMENT KIT, CMMSDK DLL ( ), DLL,, CMMSDK DLL CMMSDK [ ] (VC++, Delphi) ( ) [ ], CMMSDK 25

26 CHAPTER 3 :: DEVELOPMENT ENVIRONMENT FOR CMMSDK 331 Visual C++ 6x Microsoft Visual C++ 6x CMMSDK Project Start CMMSDK Library YES NO CmmsdkDLL 1 DLL EXE 2, DLL CmmsdkDefh Cmmsdkh Cmmsdkcpp 3 Project CmmsdkDefh Cmmsdkh Cmmsdkcpp User Project [Project] [Add to Project] Cmmsdkh CmmsdkDefh #include Cmmsdkh #include CmmsdkDefh OnInitDialog() Cmmsdkdll CmmLoadDll() DestoryWindow() Cmmsdkdll CmmUnloadDll() DLL 3-2 Visual Studio 6x CMMSDK 26

27 COMIZOA MOTION SOFTWARE DEVELOPMENT KIT Visual C++ 6x File -> New 3-3 Visual C++ 6x MFC AppWizard(exe), [OK]

28 CHAPTER 3 :: DEVELOPMENT ENVIRONMENT FOR CMMSDK MFC AppWizard [Dialog based] [Finish] 3-5 MFC AppWizard Application Type VC++ Cmmsdkh, Cmmsdkcpp, CmmsdkDefh [Project]->[Add To Project]->[Files]

29 COMIZOA MOTION SOFTWARE DEVELOPMENT KIT [OK] 3-7 WorkSpace FileView [ ]+Dlgcpp 3-8 MFC AppWizard CMMSDK ([ ]+Dlgcpp) OnInitDialog() TODO cmmloaddll(); 3-9 DLL 29

30 CHAPTER 3 :: DEVELOPMENT ENVIRONMENT FOR CMMSDK DLL Unload Unload DLL cmmunloaddll() cmmunloaddll() Class View [( )+Dlg] [Add Virtual Function] 3-10 New Virtual Functions DestroyWindow [Add and Edit] 3-11 DestroyWindow 30

31 COMIZOA MOTION SOFTWARE DEVELOPMENT KIT ( )+Dlg DestroyWindow() cmmunloaddll(); cmmunloaddll() DLL 3-12 DLL 31

32 CHAPTER 3 :: DEVELOPMENT ENVIRONMENT FOR CMMSDK 332 Visual C++ 7x Microsoft Visual C++ 7x(Visual Studio 2003) CMMSDK Project Start CMMSDK Library YES NO CmmsdkDLL 1 DLL EXE 2, DLL CmmsdkDefh Cmmsdkh Cmmsdkcpp 3 Project CmmsdkDefh Cmmsdkh Cmmsdkcpp User Project [Project] [Add to Project] Cmmsdkh CmmsdkDefh #include Cmmsdkh #include CmmsdkDefh OnInitDialog() Cmmsdkdll CmmLoadDll() DestoryWindow() Cmmsdkdll CmmUnloadDll() DLL 3-13 Visual Studio 7x CMMSDK 32

33 COMIZOA MOTION SOFTWARE DEVELOPMENT KIT Microsoft Visual Studio 2003 [] ->[ ] 3-14 [ ] [] [Visual C++], ] [ [MFC ] [( )]

34 CHAPTER 3 :: DEVELOPMENT ENVIRONMENT FOR CMMSDK [MFC ], [ ] 3-16 [ ] [ ]

35 COMIZOA MOTION SOFTWARE DEVELOPMENT KIT VC++ Cmmsdkh, Cmmsdkcpp, CmmsdkDefh [] ->[ ] 3-18 [OK] 3-19 WorkSpace FileView ([ ]+Dlgcpp)

36 CHAPTER 3 :: DEVELOPMENT ENVIRONMENT FOR CMMSDK ( )+Dlgcpp OnInitDialog() TODO cmmloaddll(); 3-21 Load Dll DLL Unload Unload DLL, cmmunloaddll() cmmunloaddll() Class View ([ ]+Dlg) 3-22 Dialog Class ([ ]+Dlg) Properties Overrides 3-23 Overrides 36

37 COMIZOA MOTION SOFTWARE DEVELOPMENT KIT DestroyWinodw <Add>DestroyWindow ([ ]+Dlg) DestroyWindow 3-24 Destroy Window ( )+Dlg DestroyWindow() cmmunloaddll(); cmmunloaddll() CMMSDK 3-25 UnloadDll 37

38 CHAPTER 3 :: DEVELOPMENT ENVIRONMENT FOR CMMSDK CMMSDK DLL? C C++ Standard Input/Output Header, () <stdioh> stdioh ( ) ( Linking ), DLL, DLL, (Process) CMMSDK DLL, CMMSDK CPU (Processor) 38

39 COMIZOA MOTION SOFTWARE DEVELOPMENT KIT 333 Visual C++ 8x Microsoft Visual C++ 8x (Visual Studio 2005) CMMSDK Project Start CMMSDK Library YES NO CmmsdkDLL 1 DLL EXE 2, DLL CmmsdkDefh Cmmsdkh Cmmsdkcpp 3 Project CmmsdkDefh Cmmsdkh Cmmsdkcpp User Project [Project] [Add to Project] Cmmsdkh CmmsdkDefh #include Cmmsdkh #include CmmsdkDefh OnInitDialog() Cmmsdkdll CmmLoadDll() DestoryWindow() Cmmsdkdll CmmUnloadDll() DLL 3-26 Visual Studio 8x CMMSDK 39

40 CHAPTER 3 :: DEVELOPMENT ENVIRONMENT FOR CMMSDK Microsoft Visual Studio 2005( VS2005) [File]->[New]->[Project] 3-27 [New Project], [Project types] [Visual C++], [Templates] [MFC Application] [OK] 3-28 [MFC Application Wizard], [Next] 3-29 MFC Application Wizard Overview 40

41 COMIZOA MOTION SOFTWARE DEVELOPMENT KIT [Application Type] [Dialog based], [Use Unicode Libraries] (Uncheck) [Finish] 3-30 MFC Application Wizard Application Type VC++ Cmmsdkh, Cmmsdkcpp, CmmsdkDefh [Project]->[Add Existing Item] 3-31 Add Existing Item 41

42 CHAPTER 3 :: DEVELOPMENT ENVIRONMENT FOR CMMSDK [OK] 3-32 WorkSpace FileView ([ ]+Dlgcpp) 3-33 CPP ( )+Dlgcpp OnInitDialog() TODO cmmloaddll(); 3-34 LoadDll 42

43 COMIZOA MOTION SOFTWARE DEVELOPMENT KIT DLL Unload Unload DLL cmmunloaddll() cmmunloaddll() Class View ([ ]+Dlg) 3-35 Dialog Class ( )+Dlg Properties Overrides 3-36 Overrides DestroyWinodw <Add>DestroyWindow ( )+Dlg DestroyWindow 3-37 Destroy Window 43

44 CHAPTER 3 :: DEVELOPMENT ENVIRONMENT FOR CMMSDK ([ ]+Dlg) DestroyWindow() cmmunloaddll(); cmmunloaddll() DLL 3-38 UnloadDll 44

45 COMIZOA MOTION SOFTWARE DEVELOPMENT KIT 334 Borland C++ Builder Borland C++ Builder BCB 5, BCB 6 BDS 2006 CMMSDK (Version) Borland C++ Builder CMMSDK Project Start CMMSDK Library YES NO CmmsdkDLL 1 DLL EXE 2, DLL CmmsdkDefh Cmmsdkh Cmmsdkcpp 3 Project CmmsdkDefh Cmmsdkh Cmmsdkcpp User Project [Project] [Add to Project] Cmmsdkh CmmsdkDefh #include Cmmsdkh #include CmmsdkDefh OnInitDialog() Cmmsdkdll CmmLoadDll() DestoryWindow() Cmmsdkdll CmmUnloadDll() DLL 3-39 Borland C++ Builder CMMSDK 45

46 CHAPTER 3 :: DEVELOPMENT ENVIRONMENT FOR CMMSDK Borland C++ Builder Borland C++ Builder [File]->[New]->[Application] 3-40 BCB BCB BCB BDS 2006 Borland C++ VC++ Cmmsdkh, Cmmsdkcpp, CmmsdkDefh 3-44 CMMSDK 46

47 COMIZOA MOTION SOFTWARE DEVELOPMENT KIT Borland C++ Builder [File]-[Save] or [Save All] C++ Builder Project Add to Project 3-45 C++ Builder C++ Builder 3-47 Project Manager ( ) 47

48 CHAPTER 3 :: DEVELOPMENT ENVIRONMENT FOR CMMSDK 3-48 Cmmsdkdll cmmloaddll() FormCreate 3-49 Cmmsdkdll Cmmsdkdll cmmloaddll() cmmloaddll() FormCreate, [Object Inspector] [Events] OnCreate 3-50 OnCreate Event FormCreate FormCreate() cmmloaddll() [ 12] FormCreate cmmloaddll 48

49 COMIZOA MOTION SOFTWARE DEVELOPMENT KIT ( ) DLL Unload DLL Unload () cmmunloaddll() cmmunloaddll() [Object Inspector] [Events] OnDestroy 3-51 DLL UnLoad OnDestroy Event FormDestroy() cmmunloaddll() 3-52 FormDestroy UnLoadDll 49

50 CHAPTER 3 :: DEVELOPMENT ENVIRONMENT FOR CMMSDK 335 Borland Delphi Borland Delphi Delphi 5, Delphi 6 Delphi 7, BDS 2006 CMMSDK (Version) Delphi CMMSDK Project Start CMMSDK Library YES NO CmmsdkDLL 1 DLL EXE 2, DLL CmmSDKpas CmmSDKpas Project Manager CmmSDK Unit Uses CmmSDK; 3-53 Borland Delphi CMMSDK 50

51 COMIZOA MOTION SOFTWARE DEVELOPMENT KIT Delphi Borland Delphi 3-54 Borland Delphi 5 Delphi 5 CMMSDK Delphi CMMSDK DLL(Dynamic Link Library) ( ) (Delphi) Delphi 5, 6 7 CMMSDK Delphi (5/6/7), File New, 3-55 Delphi 5 51

52 CHAPTER 3 :: DEVELOPMENT ENVIRONMENT FOR CMMSDK Form1 Delphi IDE Project1 Project Add to Project 3-56 Delphi ( ) CMMSDK CmmSDKPAS 3-57 Delphi 52

53 COMIZOA MOTION SOFTWARE DEVELOPMENT KIT Project Manager ( ) CmmSDKPAS ( ) 3-58 Delphi Delphi CMMSDK CMMSDK CmmSDKPas (VC++, C++ Builder) DLL Initialization Finalization LoadDll DLL UnloadDll, UnloadDll 53

54 CHAPTER 3 :: DEVELOPMENT ENVIRONMENT FOR CMMSDK Unit1pas ( ) 3-59 uses CMMSDK Unit implementation uses Unit ( uses ), DLL 54

55 COMIZOA MOTION SOFTWARE DEVELOPMENT KIT 336 Visual Basic Visual Basic 60 CMMSDK Visual Basic 60, Visual Basic ( ) Visual Basic 60, CMMSDK CmmSDKBAS CMMSDK Cmmsdkdll Project Start CMMSDK Library YES NO CmmsdkDLL 1 DLL EXE 2, DLL CmmSDKBas Visual Basic Project [Project] [Add File ] CmmSDKBAS 3-60 Visual Basic CMMSDK 55

56 CHAPTER 3 :: DEVELOPMENT ENVIRONMENT FOR CMMSDK Visual Basic Visual Basic 3-61 Visual Basic CMMSDK? CMMSDK NET Visual Basic CMMSDK, CMMSDK, Visual Basic ( ) CMMSDK, ( ) Standard EXE, File New Project

57 COMIZOA MOTION SOFTWARE DEVELOPMENT KIT EXE Project Add File CmmSDKBAS CmmSDKBAS, CMMSDK, Visual Basic 3-65 CmmSDKBAS 57

58 CHAPTER 3 :: DEVELOPMENT ENVIRONMENT FOR CMMSDK 3-66 CMMSDK Visual Basic CMMSDK CMMSDK Visual Basic DLL (CMMSDK) (Load) (Unload), ( ) Form1, 58

59 COMIZOA MOTION SOFTWARE DEVELOPMENT KIT Chapter 4 CMMSDK Introduction CMMSDK (Rule) CMMSDK ( ) CMMSDK () CMMSDK (Run -time) CMMSDK () 59

60 CHAPTER 4 :: CMMSDK INTRODUCTION 4 CMMSDK 41 CMMSDK API cmm cmmloaddll(), cmmunloaddll(), cmmgndeviceload(), cmmgndeviceunload(), cmm, General Functions (Gn): cmmgndeviceload(), cmmgnsetservoon(), (Cfg): cmmcfgsetmioproperty(), cmmcfgsetoutmode(), (Home): cmmhomemove(), cmmhomesetconfig(), (Sx): cmmsxsetspeedratio(), cmmsxmove(), (Mx): cmmmxmove(), cmmmxstop(), (Ix): cmmixmapaxes(), cmmixline(), 42 CMMSDK Dynamic Link Library 8 8 [in] [out] [in], [out],, Data type Description C/C++ VB 60 Delphi C# VT_EMPTY void - - void VT_HANDLE, Long void * (ByRef) THandle IntPtr VT_I4 4 long Long (ByVal) LongInt Int VT_PI4 4 Long ( ) long * (ByRef) PLongInt Int[] VT_R4 4 float Double (ByVal) Double Float VT_PR4 4 Double PDouble ( ) float * (ByRef) float[] 60

61 COMIZOA MOTION SOFTWARE DEVELOPMENT KIT VT_R8 8 double VT_PR8 VT_STR 8 ( ) double * 4 char * Double (ByVal) Double (ByRef) String (ByVal) Double PDouble PChar double double[] String 8 61

62 CHAPTER 5 :: GENERAL FUNCTIONS Chapter 5 General Functions CMMSDK ( ), / ( ) CMMSDK, ( ) ( ) (Parameter) (Reset) 62

63 COMIZOA MOTION SOFTWARE DEVELOPMENT KIT 5 General Functions 51 Summary of Functions r BOOL cmmloaddll([none] VT_EMPTY) ( ) (Load) r VT_EMPTY cmmunloaddll([none] VT_EMPTY) ( ) () (Unload) r VT_I4 cmmgndeviceload([in] VT_I4 IsResetDevice, [out] VT_PI4 NumAxes) (Load) r VT_I4 cmmgndeviceunload([[none] VT_EMPTY) (Unload) r VT_I4 cmmgndeviceisloaded([out] VT_PI4 IsLoaded) ( ) r VT_I4 cmmgndevicereset([none] VT_EMPTY) (Reset) ( ) 63

64 CHAPTER 5 :: GENERAL FUNCTIONS 52 INFORMATION 1 General Function! VC++/BCB/NET : Level 1 J r DESCRIPTION RETURN VALUE CMMSDK ( ) ( ) () CMMSDK, Boland Delphi Microsoft Visual Basic * (Boolean Type) FALSE TRUE DLL DLL SEE ALSO EXAMPLE cmmunloaddll C/C++ #include Cmmsdkh #include CmmsdkDefh void StartProgram(void) { // DLL BOOL nisloaded = cmmloaddll(); } void EndProgram(void) { // cmmunloaddll(); } 64

65 COMIZOA MOTION SOFTWARE DEVELOPMENT KIT r INFORMATION 1 General Function! VC++/BCB/NET : Level 1 J DESCRIPTION SEE ALSO EXAMPLE CMMSDK ( ) CMMSDK ( ) () CMMSDK, Boland Delphi Microsoft Visual Basic cmmloaddll C/C++ void StartProgram(void) { // DLL BOOL nisloaded = cmmloaddll(); } void EndProgram(void) { // cmmunloaddll(); } 65

66 CHAPTER 5 :: GENERAL FUNCTIONS INFORMATION 1 General Function! VC++/VB BCB/Delphi/NET : Level 1 J r DESCRIPTION PARAMETER CMMSDK CMMSDK (SD4xx) Series IsResetDevice : 0 cmfalse 1 cmtrue (Reset), TRUE, cmmgndeviceunload(), CMMSDK DLL Unload ( ) RETURN VALUE NumAxes : (Load), NULL cmerr_none? cmmgndeviceload Appendix B SEE ALSO EXAMPLE cmmgndeviceunload 66

67 COMIZOA MOTION SOFTWARE DEVELOPMENT KIT C/C++ #include Cmmsdkh #include CmmsdkDefh void ProgramInitial(void) { long nnumaxes = 0; if ( cmmloaddll()!= TRUE ) { /* OutputDebugString API GUI Borland C++ Builder DebugWindows Event Log ( ), MS VC++ Debug ( ) */ OutputDebugString( DLL ); // } if ( cmmgndeviceload(cmtrue, &nnumaxes)!= cmerr_none ){ // MS VC++ cmmerrshowlast(getsafehwnd()); // Borland C++ cmmerrshowlast(form1->handle); } } /* ProgramInitial(void) */ Visual Basic Visual Basic DLL Private Sub Form_Load() Dim IRetVal As Long Dim ntotalaxes As Long IRetVal = cmmgndeviceload(cmtrue, ntotalaxes) If IRetVal <> cmerr_none Then End If End Sub MsgBox( cmmgndeviceloas has been failed ) Delphi //* Delphi DLL //*, ///////////////////////////////////////////////////////////// // COMZIOA SDK Library uses CmmSDK; //////////////////////////////////////////////////////////// procedure TForm1OnCreate(Sender: TObject); var g_naxes : LongInt; begin if ( <> cmerr_none ) then begin end; cmmerrshowlast(form1handle); exit; 67

68 CHAPTER 5 :: GENERAL FUNCTIONS end; 68

69 COMIZOA MOTION SOFTWARE DEVELOPMENT KIT INFORMATION 1 General Function! VC++/VB BCB/Delphi/NET : Level 1 J r DESCRIPTION RETURN VALUE CMMSDK CMMSDK (SD4xx) Series cmerr_none? cmmgndeviceload Appendix B SEE ALSO cmmgndeviceload 69

70 CHAPTER 5 :: GENERAL FUNCTIONS INFORMATION 1 General Function! VC++/VB BCB/Delphi/NET : Level 1 r J DESCRIPTION PARAMETER cmmgndeviceload(), GnDeviceLoad() (), / cmmgndeviceisloaded() IsLoaded : 0 cmfalse 1 cmtrue RETURN VALUE cmerr_none SEE ALSO EXAMPLE cmmgndeviceload C/C++ #include Cmmsdkh #include CmmsdkDefh long TestRunLoadStatus(void) { long IsLoaded = 0; if (cmmgndeviceisloaded(&isloaded)!= cmerr_none ) { printf( cmmgndeviceisloaded has been failed ); return FALSE; } if ( IsLoaded == cmtrue) 70

71 COMIZOA MOTION SOFTWARE DEVELOPMENT KIT else printf( Device load has been completed ); printf( Device load hasn t been completed ); return IsLoaded; } 71

72 CHAPTER 5 :: GENERAL FUNCTIONS INFORMATION 1 General Function! VC++/VB BCB/Delphi/NET : Level 1 J r DESCRIPTION RETURN VALUE cmmgndeivceload (Appendix) cmerr_none SEE ALSO cmmgndeviceload 72

73 COMIZOA MOTION SOFTWARE DEVELOPMENT KIT Chapter 6 Etc General Functions CMMSDK GUI ( ), ( ) ( ) ( ) General () General ( ) (), General General ON, Visual Basic, () 73

74 CHAPTER 6 :: ETC GENERAL FUNCTIONS 6 Etc General Functions 61 Summary of Functions r VT_I4 cmmgninitfromfile([in] VT_STR szcmefile) CME(COMIZOA Motion Environment) r VT_I4 cmmgnsetservoon ([in] VT_I4 Channel, [in] VT_I4 Enable) SERVO-ON ( ) ( ) r VT_I4 cmmgngetservoon ([in] VT_I4 Channel, [out] VT_PI4 Enable) SERVO-ON ( ) ( ) r VT_I4 cmmgnpulsealarmres ([in] VT_I4 Channel, [in] VT_I4 IsOnPulse, [in] VT_I4 dwduration,[in] VT_I4 IsWaitPulseEnd) (Alarm Reset) ( ) r VT_I4 cmmgnsetalarmres ([in] VT_I4 nchannel, [in] VT_I4 IsOn) (Alarm Reset) ( ) r VT_I4 cmmgngetalarmres ([in] VT_I4 nchannel, [out] VT_PI4 IsOn) (Alarm Reset) () ( ) r VT_I4 cmmgnsetsimulmode ([in] VT_I4 Channel, [in] VT_I4 IsSimulMode) ( ) ( ) r VT_I4 cmmgngetsimulmode ([in] VT_I4 Channel, [out] VT_PI4 IsSimulMode) ( ) r VT_I4 cmmgnputinternalsta([in] VT_I4 ChannelMask) STA ( ) r VT_I4 cmmgnsetemergency ([in] VT_I4 IsEnable, [in] VT_I4 IsDecStop) () r VT_I4 cmmgngetemergency ([out] VT_PI4 IsEnabled) ( ) r VT_I4 cmmgnbitshift ([in] VT_I4, [in] VT_I4 ShiftOption, [out] VT_PI4 Result) 32 (Bit Operation) 74

75 COMIZOA MOTION SOFTWARE DEVELOPMENT KIT 62 INFORMATION 1 Etc General Function! VC++/VB BCB/Delphi/NET : Level 1 J r DESCRIPTION PARAMETER (CME2) CME2 COMI-AUTOMATION CME Builder CME Builder GUI(Graphics User Interface) Appendix szcmefile : CME2 RETURN VALUE cmerr_none EXAMPLE C/C++ void InitMotionDevices() { //////////////////////////////////////////////////////////////////////////////////////// // [CAUTION]: CME CME // #define CME_FILE_NAME "Defaultcme2" char szcmefilepath[max_path], szsystemdir[max_path]; /* ( C:\Windows\System32) */ GetSystemDirectory(szSystemDir, MAX_PATH); sprintf(szcmefilepath, "%s\\%s", szsystemdir, CME_FILE_NAME); if(cmmgninitfromfile(szcmefilepath)!= cmerr_none){ cmmerrshowlast(null); // } else{ ////////////////////////////////////////////////////////////////////////////////// // CME ( ) // long nnumaxes_installed, nnumaxes_defined; 75

76 CHAPTER 6 :: ETC GENERAL FUNCTIONS cmmadvgetnumavailaxes(&nnumaxes_installed); // PC (cmmgndeviceload() ) cmmadvgetnumdefinedaxes(&nnumaxes_defined); // CME (CME ) if(nnumaxes_installed!= nnumaxes_defined){ MessageBox(NULL, " ", "Warning", MB_OK MB_ICONWARNING); } } } // SERVO-ON // long nnumaxes; cmmadvgetnumdefinedaxes(&nnumaxes); for(int i=0; i<nnumaxes; i++){ cmmgnsetservoon(i, TRUE); } 76

77 COMIZOA MOTION SOFTWARE DEVELOPMENT KIT INFORMATION 1 Etc General Function! VC++/VB BCB/Delphi/NET : Level 1 J ON/OFF, r r DESCRIPTION PARAMETER cmmgnsetservoon() ( ) SERVO-ON ON/OFF, SERVO-ON SERVO-ON ON/OFF cmmgngetservoon() SERVO-ON Channel : ( ) (0 ) Enable : cmmgnsetservoon, SERVO-ON 0 cmfalse 1 cmtrue SERVO-OFF SERVO-ON Enable : cmmgngetservoon, SERVO-ON 0 cmfalse 1 cmtrue SERVO-OFF SERVO-ON RETURN VALUE cmerr_none REFERENCE On cmmgndeivceload() cmmgnsetservoon(axis#, cmtrue) 77

78 CHAPTER 6 :: ETC GENERAL FUNCTIONS cmmcfgsetmioproperty (0/* */, cmsvon_logic, cmlogic_a) cmmcfgsetmioproperty (0/**/, cmsvon_logic, cmlogic_b) 78

79 COMIZOA MOTION SOFTWARE DEVELOPMENT KIT INFORMATION r 1 Etc General Function! VC++/VB BCB/Delphi/NET : Level 1 J LX534 DESCRIPTION cmmgnpulsealarmres() ( ) (Reset),,,, (Alarm Reset Signal) 1 (Alarm Reset Signal),, 2 LX50x 2, DI( ) 3, DO( ) 3, J

80 CHAPTER 6 :: ETC GENERAL FUNCTIONS PARAMETER nchannel: [cmx1] 0 IsOnPulse : () 0 cmfalse 1 cmtrue : OFF : ON : ON : OFF RETURN VALUE dwduration : (millisec), ( ) IsWaitPulseEnd : cmerr_none SEE ALSO REFERENCE cmmgnsetalarmres, cmmgngetalarmres dwduration IsOnPulse dwduration Pulse, dwduration, IsOnPulse Rising Edge, Falling Edge ( ) 80

81 COMIZOA MOTION SOFTWARE DEVELOPMENT KIT INFORMATION 1 Etc General Function! VC++/VB BCB/Delphi/NET : Level 1 K LX534 r r DESCRIPTION cmmgnsetalarmres() ( ) (Reset),,,, (Alarm Reset Signal) cmmgnpulsealarmres() (Pulse Signal), cmmgnsetalarmres() cmmgnpulsealarmres(), (Pulse Signal) 1 (Alarm Reset Signal),, 2 LX50x 2, DI( ) 3, DO( ) 3, J

82 CHAPTER 6 :: ETC GENERAL FUNCTIONS 6-2 PARAMETER nchannel: [cmx1] 0 IsOn : cmmgnsetalarmres, 0 (cmfalse) ( ) 1 (cmtrue) IsOn : cmmgngetalarmres, 0 (cmfalse) ( ) 1 (cmtrue) RETURN VALUE cmerr_none SEE ALSO REFERENCE cmmgnpulsealarmres,,, SEE ALSO cmmgnpulsealarmres cmmgnpulsealarmres, On/Off, Alarm Reset, Rising Edge, Falling Edge 82

83 COMIZOA MOTION SOFTWARE DEVELOPMENT KIT INFORMATION 1 Etc General Function! VC++/VB BCB/Delphi/NET : Level 1 J r r DESCRIPTION PARAMETER cmmgnsetsimulmode() COMMAND, COMMAND COMMAND () cmmgngetsimulmode() Channel : ( ) 0 IsSimulMode : cmmgnsetsimulmode, / 0 (cmfalse) 1 (cmtrue) IsSimulMode : cmmgngetsimulmode, / 0 (cmfalse) 1 (cmtrue) RETURN VALUE cmerr_none 83

84 CHAPTER 6 :: ETC GENERAL FUNCTIONS INFORMATION 1 Etc General Function! VC++/VB BCB/Delphi/NET : Level 1 r J DESCRIPTION PARAMETER RETURN VALUE STA STA START, Machine I/O cmmcfgsetmioproperty STA HARDWARE STA ON STA STA Turn ON STA HARDWARE cmmcfgsetmioproperty(axis, cmsta_mode, 1),, STA ( ) ChannelMask : cmerr_none 84

85 COMIZOA MOTION SOFTWARE DEVELOPMENT KIT INFORMATION 1 Etc General Function! VC++/VB BCB/Delphi/NET : Level 1 r r J DESCRIPTION PARAMETER cmmgnsetemergency() Emergency ( ) ( ) ( ) IsDecStop ( ) cmmgngetemergency() Emergency IsEnable : ( ) / 0 cmfalse 1 cmtrue ( ) ( ) ( ) IsEnabled : ( ) / 0 cmfalse 1 cmtrue ( ) ( ) ( ) IsDecStop : IsEnable cmtrue ( ) ( ) ( ) ( ) ( ), IsEnable ( ) cmfalse, 0 cmfalse 1 cmtrue ( ) ( ) ( ) ( ) RETURN VALUE cmerr_none 85

86 CHAPTER 6 :: ETC GENERAL FUNCTIONS INFORMATION 1 Etc General Function! VC++/VB BCB/Delphi/NET : Level 1 J r DESCRIPTION PARAMETER RETURN VALUE 32 (Bit Shift) VB, VB (Bit Shift) : 32 ShiftOption : Result : cmerr_none EXAMPLE C/C++ long = 0xf; long nresult = 0; // 4 => 0xf0 // = cmmgnbitshift(, 4, &nresult); // 4 => 0xf // = cmmgnbitshift(, -4, &nresult); Visual Basic Dim As Long Dim nresult As Long = &HF 86

87 COMIZOA MOTION SOFTWARE DEVELOPMENT KIT 4 => 0xf0 = cmmgnbitshift(, 4, nresult); 4 => 0xf = cmmgnbitshift(, -4, nresult); Delphi : LongInt; nresult : LongInt; := $f; // 4 => 0xf0 // := cmmgnbitshift(, // 4 => 0xf // := cmmgnbitshift(, 87

88 CHAPTER 7 :: ENVIRONMENT CONFIGURATION FUNCTIONS Chapter 7 Environment Configuration Functions ( ), ( )( ) ( ) CME Builder (), ( ) ( ) () ( ) 88

89 COMIZOA MOTION SOFTWARE DEVELOPMENT KIT 7 71 Summary of Functions r VT_I4 cmmcfgsetmioproperty ([in] VT_I4 Axis, [in] VT_I4 Propld, [in] VT_I4 PropVal) ( ) r VT_I4 cmmcfggetmioproperty ([in] VT_I4 Axis, [in] VT_I4 Propld, [out] VT_PI4 ProVal) ( ) ( ) r VT_I4 cmmcfgsetfilter ([in] VT_I4 Axis, [in] VT_I4 IsEnable) I/O(Input/Output) (Filter) ( ) r VT_I4 cmmcfggetfilter ([in] VT_I4 Axis, [out] VT_PI4 IsEnable) I/O(Input/Output) (Filter) ( ) ( ) r VT_I4 cmmcfgsetinmode ([in] VT_I4 Axis, [in] VT_I4 InputMode, [in] VT_I4 IsInverse) (Feedback Pulse) () r VT_I4 cmmcfggetinmode ([in] VT_I4 Axis, [out] VT_PI4 InputMode, [out] VT_PI4 IsInverse) (Feedback Pulse) ( ) r VT_I4 cmmcfgsetoutmode ([in] VT_I4 Axis, [in] VT_I4 OutputMode) (Command Pulse) () r VT_I4 cmmcfggetoutmode ([in] VT_I4 Axis, [out] VT_PI4 OutputMode) (Command Pulse) () r VT_I4 cmmcfgsetinoutratio ([in] VT_I4 Axis, [in] VT_R8 Ratio) (Feedback Pulse) (Command Pulse) (Resolution ratio) ( ) r VT_I4 cmmcfggetinoutratio ([in] VT_I4 Axis, [out] VT_PR8 Ratio) (Feedback Pulse) (Command Pulse) (Resolution ratio) ( ) r VT_I4 cmmcfgsetunitdist ([in] VT_I4 Axis, [in] VT_R8 UnitDist) ( ) ( ) r VT_I4 cmmcfggetunitdist ([in] VT_I4 Axis, [out] VT_PR8 UnitDist) ( ) ( ) r VT_I4 cmmcfgsetunitspeed ([in] VT_I4 Axis, [in] VT_R8 UnitSpeed) ( ) ( ) r VT_I4 cmmcfggetunitspeed ([in] VT_I4 Axis, [out] VT_PR8 UnitSpeed) ( ) ( ) ( ) r VT_I4 cmmcfgsetspeedrange ([in] VT_I4 Axis, [in] VT_R8 MaxPPS) ( ), ( ) r VT_I4 cmmcfggetspeedrange ([in] VT_I4 Axis, [out] VT_PR8 MinPPS, [out] VT_PR8 MaxPPS) ( ), ( ) ( ) r VT_I4 cmmcfgsetspeedpattern ([in] VT_I4 Axis, [in] VT_I4 SpeedMode, [in] VT_R8 WorkSpeed, [in] VT_R8 Accel, [in] VT_R8 Decel ) ( ) ( ) r VT_I4 cmmcfggetspeedpattern ([in] VT_I4 Axis, [out] VT_PI4 SpeedMode, [out] VT_PR8 WorkSpeed, [out] VT_PR8 Accel, [out] VT_PR8 Decel) ( ) ( ) r VT_I4 cmmcfgsetactspdcheck ([in] VT_I4 IsEnable, [in] VT_I4 Interval) (Feedback Pulse) ( ), ( ) 89

90 CHAPTER 7 :: ENVIRONMENT CONFIGURATION FUNCTIONS r VT_I4 cmmcfggetactspdcheck ([out] VT_PI4 IsEnable, [out] VT_PI4 Interval) (Feedback Pulse) ( ), ( ) r VT_I4 cmmcfgsetsoftlimit ([in] VT_I4 Axis, [in] VT_I4 IsEnable, [in] VT_R8 LimitN, [in] VT_R8 LimitP) ( ), r VT_I4 cmmcfggetsoftlimit ([in] VT_I4 Axis, [out] VT_PI4 IsEnable, [out] VT_PR8 LimitN, [out] VT_PR8 LimitP) ( ) r VT_I4 cmmcfgsetringcntr ( [in] VT_I4 Axis, [in] VT_I4 TargCntr, [in] VT_I4 IsEnable, [in] VT_R8 CntMax ) (Rign -Counter) () r VT_I4 cmmcfggetringcntr ( [in] VT_I4 Channel, [in] VT_I4 TargCntr, [out] VT_PI4 IsEnable, [out] VT_PR8 CntMax ) () r VT_I4 cmmcfgsetvelcorrratio ([in] VT_I4 Axis, [in] VT_R8 fcorrratio) () ( ) ( ) r VT_I4 cmmcfggetvelcorrratio ([in] VT_I4 Axis, [out] VT_PR8 fcorrratio) () ( ) ( ) r VT_I4 cmmcfgsetfilterab ([in] VT_I4 Channel, [in] VT_I4 Target, [in] VT_I4 IsEnable) EA/EB PA/PB ( ) r VT_I4 cmmcfggetfilterab ([in] VT_I4 Channel, [in] VT_I4 Target, [out] VT_PI4 IsEnabled) EA/EB PA/PB ( ) r VT_I4 cmmcfgsetctrlmode ([in] VT_I4 Axis, [in] VT_I4 CtrlMode) ( ) r VT_I4 cmmcfggetctrlmode ([in] VT_I4 Axis, [out] VT_PI4 CtrlMode) ( ) r VT_I4 cmmcfgsetseqmode ([in] VT_I4 SeqMode) () r VT_I4 cmmcfggetseqmode ([out] VT_PI4 SeqMode) ( ) r VT_I4 cmmcfgsetmanextlimit ([in] VT_I4 Axis, [in] VT_I4 IsSetELP, [in] VT_I4 IsEnable, [in] VT_I4 ManState) ( ) Limit ( ), COMI-LX504a r VT_I4 cmmcfggetmanextlimit ([in] VT_I4 Axis, [in] VT_I4 IsSetELP, [out] VT_PI4 IsEnable, [out] VT_PI4 ManState) ( ) Limit ( ), COMI-LX504a 90

91 COMIZOA MOTION SOFTWARE DEVELOPMENT KIT 72 INFORMATION 1 Environment Configuration Functions! VC++/VB BCB/Delphi/NET : Level 2 K () r r DESCRIPTION PARAMETER cmmcfgsetmioproperty() I/O PropId cmmcfggetmioproperty() I/O PropId Channel : ( ) [cmx1] 0 PropId : ( ) PropVal : PropId PropId 0 (cmalm_logic) 1 (cmalm_mode) & PropVal Alarm(ALM) PropVal 0 (cmlogic_a) : A => Open, Close 1 (cmlogic_b) : B => Close, Open Alarm ON () ( ) PropVal 0 : ( ) 1 : ( ) 91

92 CHAPTER 7 :: ENVIRONMENT CONFIGURATION FUNCTIONS PropId 2 (cmcmp_logic) 3 (cmdr_logic) 4 (cmel_logic) 5 (cmel_mode) 6 (cmerc_logic) 7 (cmerc_out) 8 (cmez_logic) 9 (cminp_en) 10 (cminp_logic) 11 (cmltc_logic) 12 (cmltc_ltc2src) 13 (cmorg_logic) 14 (cmsd_en) & PropVal (CMP) 0 : Active low => HIGH LOW HIGH 1 : Active high => LOW HIGH LOW -/+ DR PropVal 0 (cmlogic_a) : A 1 (cmlogic_b) : B -EL +EL PropVal 0 (cmlogic_a) : A 1 (cmlogic_b) : B -/+ EL ON () ( ) PropVal 0 : ( ) 1 : ( ) ERC PropVal 0 (cmlogic_a) : A 1 (cmlogic_b) : B ERC PropVal 0 (cmfalse) : ERC 1 (cmtrue) : ERC EZ( Z ) PropVal 0 (cmlogic_a) : A 1 (cmlogic_b) : B INP PropVal 0 (cmfalse) : INP 1 (cmtrue) : INP => Command INP ON INP(Inposition) PropVal 0 (cmlogic_a) : A 1 (cmlogic_b) : B LTC(Latch) PropVal 0 (cmlogic_a) : A 1 (cmlogic_b) : B LATCH COUNTER PropVal 0 : Deviation counter value 1 : Preset speed of command pulse ORG() PropVal 0 (cmlogic_a) : A 1 (cmlogic_b) : B SD(Start of Deceleration) PropVal 0 (cmfalse) : SD 1 (cmtrue) : SD SD cmsd_latch cmsd_mode 92

93 COMIZOA MOTION SOFTWARE DEVELOPMENT KIT PropId 15 (cmsd_logic) 16 (cmsd_latch) 17 (cmsd_mode) 18 (cmsta_mode) 19 (cmsta_trg) 20 (cmstp_mode) 21 (cmclr_cntr) 22 (cmclr_sigtype) 23 (cmcmp_pwidth) 24 (cmerc_ontime) 25 (cmsvon_logic) & PropVal SD(Start of Deceleration) PropVal 0 (cmlogic_a) : A 1 (cmlogic_b) : B SD(Start of Deceleration) (Latch) PropVal 0 (cmfalse) : SD ON SD OFF 1 (cmtrue) : SD ON OFF SD PropVal 0 : SD ON (( )) 1 : SD ON ( ) Start mode PropVal 0 : STA, 1 :, STA ON STA ON PropVal 0 : Level (LOW) => STA LOW LEVEL ON 1 : Falling Edge => STA HIGH LOW ON STP PropVal 0 : Ignore STP => STP 1 : Immediate stop => STP ON ( ) 2 : Stop after decel => STP ON ( ) CLR CLEAR 4 Bit 0 : Command counter Bit 1 : Feedback counter Bit 2 : Deviation counter Bit 3 : General counter CLR PropVal 0 : Falling edge => Open Close 1 : Rising edge => Close Open 2 : Low level => Close 3 : High level => Open CMP One-shot pulse, PropVal 0 : Command : 15us, 1 15us, 2 3us ERC PropVal 0 => 12us, 1 => 102us, 2 => 409us, 3 => 16ms, 4 => 13ms, 5 => 52ms, 6 => 104ms, 7=> Logic Level Output (Servo-On) 0 (cmlogic_a) : A 1 (cmlogic_b) : B 93

94 CHAPTER 7 :: ENVIRONMENT CONFIGURATION FUNCTIONS RETURN VALUE cmerr_none 94

95 COMIZOA MOTION SOFTWARE DEVELOPMENT KIT INFORMATION 1 Environment Configuration Functions! VC++/VB BCB/Delphi/NET : Level 2 r r J DESCRIPTION PARAMETER SEE ALSO I/O I/O Channel : ( ) [cmx1] 0 IsEnable : cmmcfgsetfilter, 0 Filter Disable () 1 Filter Enable ( ) IsEnable : cmmcfggetfilter, 0 Filter Disable () 1 Filter Enable ( ) Enable I/O +EL, -EL, SD, ORG, ALM, INP +DR, -DR 4 s 32ms RETURN VALUE cmerr_none 95

96 CHAPTER 7 :: ENVIRONMENT CONFIGURATION FUNCTIONS INFORMATION 1 Environment Configuration Functions! VC++/VB BCB/Delphi/NET : Level 2 r r J DESCRIPTION PARAMETER cmmcfgsetinmode() Feedback Pulse Feedback () 4 Feedback (Logic) cmmcfggetinmode() Feedback Channel : ( ) [cmx1] 0 InputMode : cmmcfgsetinmode, Feedback 5 0 (cmimode_ab1x) 1X A/B (1 ) 1 (cmimode_ab2x) 2X A/B (2 ) 2 (cmimode_ab4x) 4X A/B (4 ) 3 (cmimode_cwccw) CW/CCW (A -, B - ) 4 (cmimode_step) Feedback Command (bypass) ( ) InputMode : cmmcfggetinmode, Feedback 0 (cmimode_ab1x) 1X A/B (1 ) 1 (cmimode_ab2x) 2X A/B (2 ) 2 (cmimode_ab4x) 4X A/B (4 ) 3 (cmimode_cwccw) CW/CCW (A -, B - ) 4 (cmimode_step) Command (bypass) IsInverse : cmmcfgsetinmode, Feedback Count UP/DOWN 0 Feedback count UP/DOWN 1 Feedback count UP/DOWN 96

97 COMIZOA MOTION SOFTWARE DEVELOPMENT KIT RETURN VALUE IsInverse : cmmcfggetinmode, Feedback Count UP/DOWN 0 Feedback count UP/DOWN 1 Feedback count UP/DOWN cmerr_none 97

98 CHAPTER 7 :: ENVIRONMENT CONFIGURATION FUNCTIONS INFORMATION 1 Environment Configuration Functions! VC++/VB BCB/Delphi/NET : Level 2 K LX504a PARAMETER r r DESCRIPTION PARAMETER cmmcfgsetoutmode() Command Command User s Guide Part II Chapter2 22 cmmcfggetoutmode() Command Channel : ( ) [cmx1] 0 OutputMode : Command 10 (Mode) ) Pulse & Direction Mode (+) (-) CW pin CCW pin CW pin CCW pin ) CW/CCW Mode (+) (-) CW pin CCW pin CW pin CCW pin

99 COMIZOA MOTION SOFTWARE DEVELOPMENT KIT ) LX 504a 4 5 CW & CCW 4 (Inverse) 6, 5 ( Inverse) 7 (+) (-) CW pin CCW pin CW pin CCW pin 6 7 ) A/B Phase Mode ( ) (+) (-) 8 9 RETURN VALUE cmmcfgsetoutmode() cmmcfggetoutmode() cmerr_none REFERENCE, (Command Pulse) 4 5 CW/CCW, 0 3 OUT/DIR CW/CCW OUT/DIR (Command Pulse),, 1 (Negative Direction) (Positive Direction) 2 1 (Pulse) (Command Pulse), Command Pulse Counter Command Pulse Counter Pulse Counter (Monitoring),, Open Collecter,, () 99

100 CHAPTER 7 :: ENVIRONMENT CONFIGURATION FUNCTIONS INFORMATION 1 Environment Configuration Functions! VC++/VB BCB/Delphi/NET : Level 2 J r r DESCRIPTION PARAMETER RETURN VALUE Feedback Command (Resolution ratio) Feedback 1 Command 1 Command Channel : ( ) [cmx1] 0 Ratio : cmmcfgsetinoutratio, Feedback Command Ratio = (Feedback )/(Command ) Ratio : cmmcfggetinoutratio, Feedback Command cmmcfgsetinoutratio() cmmcfggetinoutratio() cmerr_none SEE ALSO In/Out Ratio Actual(Feedback) position Actual speed Command Command Feedback Actual position Actual speed In/Out Ratio cmmstgetposition() cmmstgetspeed() cmcnt_feed 100

101 COMIZOA MOTION SOFTWARE DEVELOPMENT KIT r INFORMATION 1 Environment Configuration Functions! VC++/VB BCB/Delphi/NET : Level 2 r J DESCRIPTION PARAMETER RETURN VALUE cmmcfgsetunitdist() Move 1 Channel : ( ) [cmx1] 0 UnitDist : cmmcfgsetunitdist, 1 UnitDist : cmmcfggetunitdist, UnitDistance cmmcfgsetunitdist() cmmcfggetunitdist() cmerr_none SEE ALSO Unit distance & Unit speed Command,,, Unit distance Unit speed Unit distance Du 101

102 CHAPTER 7 :: ENVIRONMENT CONFIGURATION FUNCTIONS Pr : 1 ( Command ) Lr : 1 Unit distance 1 Unit speed Unit distance Unit speed Unit distance Unit distance ( ) Unit distance 1 Unit distance & Unit speed Unit distance Unit speed Unit distance (Du) = Pr/Lr = 10000/5 = 2000 Unit speed (Vu) = 2000 //, Unit distance Unit speed 2000 //mm // =100(mm/s), / =1000(mm/s^2) // cmmcfgsetspeedpattern(cmx1, cmsmode_t, 100, 1000, 1000); // (+) 20mm ( 20*2000 = ) // cmmsxmove (0, 20); // (-) 20mm ( 20*2000 = ) // cmmsxmove (0, -20); 102

103 COMIZOA MOTION SOFTWARE DEVELOPMENT KIT r INFORMATION 1 Environment Configuration Functions! VC++/VB BCB/Delphi/NET : Level 2 r J DESCRIPTION PARAMETER REFERENCE EXAMPLE 1 (PPS) 1 PPS Channel : ( ) [cmx1] 0 UnitSpeed : cmmcfgsetunitspeed, (PPS) UnitSpeed : cmmcfggetunitspeed, (PPS) ( ), RPM m/sec cmmcfgsetunitspeed() Ex 1) RPM funitdist 3600/60, 60 PPS ( 60 RPM 3600/ ) Ex 2) 1cm 1000 cm/sec funitdist 1000 PPS C/C (1 ), rpm #include Cmmsdkh #include CmmsdkDefh void StartProgram() { 103

104 CHAPTER 7 :: ENVIRONMENT CONFIGURATION FUNCTIONS long nnumaxes = 0; if ( cmmloaddll()!= TRUE ) { /* OutputDebugString API GUI Borland C++ Builder DebugWindows Event Log ( ), MS VC++ Debug ( ) */ OutputDebugString( DLL ); // } if ( cmmgndeviceload(cmtrue, &nnumaxes)!= cmerr_none ){ // MS VC++ cmmerrshowlast(handle); // } // Borland C++ // //cmmerrshowlast(form1->handle); } // void OnMove(void) { // Set 10 pulses for unit distance // // 1 cmmcfgsetunitdistance(cmx1, 10); // Set 3600/60(=60) PPS for unit speed // // 1rpm cmmcfgsetunitspeed(cmx1, 3600/60); // Set trapezoidal speed mode // // Set speed as 100 rpm // // 200rpm/s 100rpm 05 cmmcfgsetspeedpattern(cmx1, cmsmode_t, 100,200,200); } // *10 // cmmsxmove(cmx1, 720,cmFALSE); void EndProgram(void) { cmmgndeviceunload(); cmmunloaddll(); } Visual Basic ' (1 ), ' rpm Private Sub StartProgram() Dim ntotalaxis As Long Dim IRetVal As Long Dim IsLoaded As Long '================================================================== ' cmmgndeviceload IRetVal = cmmgndeviceload(true, ntotalaxis) If IRetVal <> cmerr_none Then 104

105 COMIZOA MOTION SOFTWARE DEVELOPMENT KIT MsgBox ("cmmgndeviceload has been failed") End If '================================================================== '================================================================== ' cmmgndeviceisloaded Call cmmgndeviceisloaded(isloaded) If IsLoaded <> cmtrue Then MsgBox (" ") End End If '================================================================== End Sub '// Private Sub OnMove(void) '// Set 10 pulses for unit distance '// '// 1 Call cmmcfgsetunitdistance(cmx1, 10) '// Set 3600/60(=60) PPS for unit speed '// '// 1rpm Call cmmcfgsetunitspeed(cmx1, 3600# / 60) '// Set trapezoidal speed mode '// Set speed as 100 rpm '// 200rpm/s //100rpm 05 Call cmmcfgsetspeedpattern(cmx1, cmsmode_t, 100, 200, 200) '// *10 Call cmmsxmove(cmx1, 720, cmfalse) End Sub Private Sub EndProgram() End Sub Call cmmgndeviceunload Call cmmunloaddll EXAMPLE 2 C/C++ 1cm 1000 cm, cm/sec #include Cmmsdkh #include CmmsdkDefh void StartProgram() { long nnumaxes = 0; if ( cmmloaddll()!= TRUE ) { /* OutputDebugString API GUI Borland C++ Builder DebugWindows Event Log ( ), MS VC++ Debug ( ) */ OutputDebugString( DLL ); 105

106 CHAPTER 7 :: ENVIRONMENT CONFIGURATION FUNCTIONS // } if ( cmmgndeviceload(cmtrue, &nnumaxes)!= cmerr_none ){ // MS VC++ cmmerrshowlast(handle); // // Borland C++ // // cmmerrshowlast(form1->handle); } } /* void StartProgram() */ // void OnMove(void) { // Set 1000 pulses for unit distance // 1cm 1000 // 1cm cmmcfgsetunitdistance(cmx1, 1000); // Set 1000 PPS for unit speed // 1cm 1000 // 1rpm cmmcfgsetunitspeed(cmx1, 1000); // Set speed as 50 cm/sec/ // Set constant speed mode } cmmcfgsetspeedpattern(cmx1, cmsmode_c, 50,0,0); cmmsxmove(cmx1, 10); // 50 cm/sec 10cm 10*1000=10000 void EndProgram(void) { cmmgndeviceunload(); cmmunloaddll(); } Visual Basic '1cm 1000 cm, ' cm/sec Private Sub StartProgram() Dim ntotalaxis As Long Dim IRetVal As Long Dim IsLoaded As Long '================================================================== ' cmmgndeviceload IRetVal = cmmgndeviceload(true, ntotalaxis) If IRetVal <> cmerr_none Then MsgBox ("cmmgndeviceload has been failed") End If '================================================================== '================================================================== ' cmmgndeviceisloaded Call cmmgndeviceisloaded(isloaded) If IsLoaded <> cmtrue Then MsgBox (" ") End End If '================================================================== End Sub 106

107 COMIZOA MOTION SOFTWARE DEVELOPMENT KIT '// Private Sub OnMove() End Sub '// Set 1000 pulses for unit distance '// 1cm 1000 '// 1cm Call cmmcfgsetunitdistance(cmx1, 1000) '// Set 1000 PPS for unit speed '// 1cm 1000 '// 1rpm Call cmmcfgsetunitspeed(cmx1, 1000) '// Set speed as 50 cm/sec/ // '// Set constant speed mode // Call cmmcfgsetspeedpattern(cmx1, cmsmode_c, 50, 0, 0) Call cmmsxmove(cmx1, 10) '50 cm/sec 10cm ' 10*1000=10000 Private Sub EndProgram() End Sub Call cmmgndeviceunload Call cmmunloaddll 107

108 CHAPTER 7 :: ENVIRONMENT CONFIGURATION FUNCTIONS INFORMATION 1 Environment Configuration Functions! VC++/VB BCB/Delphi/NET : Level 2 J r r DESCRIPTION PARAMETER cmmcfgsetspeedrange () / 65MHz 10Hz ~ 655,350Hz cmmcfggetspeedrange () Channel : ( ) [cmx1] 0 MaxPPS : cmmcfgsetspeedrange, PPS MaxPPS Unit speed PPS MaxPPS : cmmcfggetspeedrange, PPS MinPPS : PPS MinPPS = MaxPPS / 65,535 MaxPPS 655,350 MinPPS = 655,350 / 65,535 = 10 (PPS) 108

109 COMIZOA MOTION SOFTWARE DEVELOPMENT KIT r INFORMATION 1 Environment Configuration Functions! VC++/VB BCB/Delphi/NET : Level 2 r J DESCRIPTION PARAMETER,,, cmmsxsetspeedratio Channel : ( ) [cmx1] 0 SpeedMode : cmmcfgsetspeedpattern, 0 cmsmode_c 1 cmsmode_t 2 cmsmode_s -1 cmsmode_keep CONSTANT => TRAPEZOIDAL => S-CURVE => S-CURVE S-Curve, SpeedMode : cmmcfggetspeedpattern, 0 cmsmode_c 1 cmsmode_t 2 cmsmode_s CONSTANT => TRAPEZOIDAL => S-CURVE => S-CURVE WorkSpeed : cmmcfgsetspeedpattern, WorkSpeed : cmmcfggetspeedpattern, 109

110 CHAPTER 7 :: ENVIRONMENT CONFIGURATION FUNCTIONS SEE ALSO RETURN VALUE Accel : cmmcfgsetspeedpattern, Accel : cmmcfggetspeedpattern, Decel : cmmcfgsetspeedpattern, Decel : cmmcfggetspeedpattern, cmmsxsetspeedratio cmerr_none REFERENCE / cmmcfgsetunitspeed() CONSTANT speed mode Constant speed mode Motion / Motion WorkSpeed TRAPEZOIDAL speed mode Trapezoidal speed mode Motion [ 1] Linear acceleration -> Working speed(constant) -> Linear deceleration 7-1 Trapezoidal speed pattern Acceleration time Tacc = (Vwork Vinitial)/a Tacc : Acceleration time Vinitial : Initial speed Vwork : Working speed a : Acceleration setting value, Vinitial 0,, Deceleration time Tacc = Vwork /a 110

111 COMIZOA MOTION SOFTWARE DEVELOPMENT KIT SCURVE SPEED MODE S-curve speed mode Motion S S-curve speed mode ( ) 7-2 S-curve section Linear acceleration section 7-2 S-curve speed pattern S-curve speed mode ( ) S-curve section ( ) ( ) ( ) Jerk Tacc Tacc = (Vwork Vinitial)/a Tacc : Acceleration time Vinitial : Initial speed Vwork : Working speed a : Acceleration setting value Deceleration time SVacc S-curve Section S-curve Section 0 S-Curve 111

112 CHAPTER 7 :: ENVIRONMENT CONFIGURATION FUNCTIONS INFORMATION 1 Environment Configuration Functions! VC++/VB BCB/Delphi/NET : Level 2 J r r DESCRIPTION PARAMETER SEE ALSO REFERENCE cmmcfgsetactspdcheck() ( ) Enable Feedback ( ) Feedback ( ) Feedback ( ), cmmstgetspeed() (Feedback Pulse), SEE ALSO cmmcfggetactspdcheck Feedback ( ) IsEnable : cmmcfgsetactspdcheck, Feedback ( ) Interval : cmmcfgsetactspdcheck, Feedback () msec IsEnable : cmmcfggetactspdcheck, Feedback ( ) Interval : cmmcfggetactspdcheck, Feedback () msec cmmstgetspeed Feedback () msec Feedback ( ) Feedback, DC 1 V a = R DT R u io 112

113 COMIZOA MOTION SOFTWARE DEVELOPMENT KIT V a : Feedback D C : ( ) Feedback counter D T : ( ), Interval msec D T Interval/1000 R u : Unit Speed, cmmcfgsetunitspeed() R io : In/Out Ratio, cmmcfgsetinoutratio() 113

114 CHAPTER 7 :: ENVIRONMENT CONFIGURATION FUNCTIONS INFORMATION 1 Environment Configuration Functions! VC++/VB BCB/Delphi/NET : Level 2 J r r DESCRIPTION PARAMETER REFERENCE (Limit) Limit Limit Command pulse +/- Limit ( ) Channel : ( ) 0 IsEnable : cmmcfgsetsoftlimit, (Limit) IsEnable : cmmcfggetsoftlimit, (Limit) LimitN : cmmcfgsetsoftlimit, (-) Limit LimitN : cmmcfggetsoftlimit, (-) Limit LimitP : cmmcfgsetsoftlimit, (+) Limit LimitP : cmmcfggetsoftlimit, (+) Limit S/W Limit Unit Distance Unit Distance 1000, LimitN LimitP 28Bit Unit Distance * S/W Limit < 268,435,456(28bit ) Unit Distance S/W Limit 28bit Double 28Bit, Overflow Negative Limit Positive Limit, +/- 114

115 COMIZOA MOTION SOFTWARE DEVELOPMENT KIT Limit Limit Negative Limit Positive Limit Unit Distance, Overflow 115

116 CHAPTER 7 :: ENVIRONMENT CONFIGURATION FUNCTIONS INFORMATION 1 Environment Configuration Functions! VC++/VB BCB/Delphi/NET : Level 2 r r J DESCRIPTION PARAMETER cemcfgringcntr_set / (Axis) Command Feedback cemcfgringcntr_get Axis : ( ) 0 TargCntr : 0 (cmcnt_comm) Command Counter 1 (cmcnt_feed) Feedback Counter IsEnable : cmmcfgsetringcntr, / 0 (cmfalse) 1 (cmtrue) IsEnable : cmmcfggetringcntr, / CntMax : cmmcfgsetringcntr, 0~CntMax Unit distance CntMax : cmmcfggetringcntr, 116

117 COMIZOA MOTION SOFTWARE DEVELOPMENT KIT RETURN VALUE cmerr_none REFERENCE COMI-LX502,, 117

118 CHAPTER 7 :: ENVIRONMENT CONFIGURATION FUNCTIONS INFORMATION r 1 Environment Configuration Functions! VC++/VB BCB/Delphi/NET : Level 2 K r DESCRIPTION ( ) 92%, () CMMSDK () Work Velocity Correction (WVC) WVC 92%, Vel V TRI : (Triangular Velocity) V CORR : V INI : V TRI V CORR V INI Time

119 COMIZOA MOTION SOFTWARE DEVELOPMENT KIT cmmcfgsetvelcorrratio(), 92(%) PARAMETER SEE ALSO RETURN VALUE Channel : ( ) [cmx1] 0 fcorrratio : cmmcfgsetvelcorrratio, % fcorrratio : cmmcfggetvelcorrratio, % cmmcfggetvelcorrratio cmerr_none REFERENCE 92(%) 119

120 CHAPTER 7 :: ENVIRONMENT CONFIGURATION FUNCTIONS INFORMATION r 1 Environment Configuration Functions! VC++/VB BCB/Delphi/NET : Level 2 J r DESCRIPTION PARAMETER cmmcfgsetfilterab() EA/EB(Encoder Feedback) PA/PB(Manual Pulsar) 308 ns EA/EB PA/PB, 325 MHz EA/EB PA/PB, Target ( ) cmmcfgsetfilterab() EA/EB PA/PB Channel : ( ) [cmx1] 0 Target : () 0 (cmab_enc) EA/EB 1 (cmab_pulsar) PA/PB IsEnable : cmmcfgsetfilterab, 0 [ ] Filter disable 1 Filter enable IsEnable : cmmcfggetfilterab, 0 [ ] Filter disable 1 Filter enable RETURN VALUE 120

121 COMIZOA MOTION SOFTWARE DEVELOPMENT KIT cmerr_none REFERENCE Enable 325 MHz EXAMPLE C/C++ cmmcfgsetfilterab (cmx1, cmab_enc, TRUE); // 0 EA/EB cmmcfgsetfilterab (cmx1, cmab_pulsar, TRUE); // 0 PA/PB 121