definesSR.h

Go to the documentation of this file.

/*------------------------------------------------------------------------*/
/*                                                                        */
/*  Copyright (c) 2008 by MESA Imaging SA,                                */
/*                     http://www.mesa-imaging.ch                         */
/*------------------------------------------------------------------------*/
// $Author$
//    $URL$
//    $Rev$
//   $Date$
/*------------------------------------------------------------------------*/

#pragma once
#if !defined(_WIN32) && !defined(MATLAB_PREPROC)
typedef short          __wchar_t;
typedef int            HWND;
typedef unsigned short WORD;
typedef unsigned long  DWORD;
#endif


enum ModulationFrq {MF_40MHz=0, 
                    MF_30MHz,   
                    MF_21MHz,   
                    MF_20MHz,   
                    MF_19MHz,   
                    MF_60MHz,   
                    MF_15MHz,   
                    MF_10MHz,   
                    MF_29MHz,   
                    MF_31MHz,   
                    MF_14_5MHz,   
                    MF_15_5MHz,   
                    MF_LAST};

enum AcquireMode {
  AM_COR_FIX_PTRN=0x01,       
  AM_MEDIAN=0x04,             
  AM_TOGGLE_FRQ=0x08,         
  AM_CONV_GRAY=0x10,          
  AM_SW_ANF=0x20,             
  AM_RESERVED0=0x40,          
  AM_RESERVED1=0x80,          
  AM_CONF_MAP=0x0100,         
  AM_HW_TRIGGER=0x0200,       
  AM_SW_TRIGGER=0x0400,       
  AM_DENOISE_ANF=0x0800,      
  AM_MEDIANCROSS=0x1000,      
};

enum IPBArg { 
  IPB_SETUP_GUI,          
  IPB_SETUP_CONV,         
  IPB_SETUP_BINARIZE,     
  IPB_HISTOGRAM,          
  IPB_CONV0,              
  IPB_CONV1,              
  IPB_IN_THRESHOLD_MIN,   
  IPB_IN_THRESHOLD_MAX,   
  IPB_OUT_THRESHOLD_MIN,  
  IPB_OUT_THRESHOLD_MAX,  
};

enum IPConvSetup{ 
  IPCS_SRC_DIST=0x00,  
  IPCS_SRC_AMPL=0x80,  
  IPCS_OPP_ADD=0x00,   
  IPCS_OPP_SUB=0x20,   
  IPCS_OPP_ABS=0x10,   
};

enum IPBinatizeSetup{ 
  IPBS_BINARIZE_IN =0x01,   
  IPBS_BINARIZE_OUT=0x02,   
};

enum FSCmd{
  FS_JMP_FRAME_REL,    
  FS_JMP_FRAME_BEGIN,  
  FS_JMP_FRAME_END,    
  FS_GET_NUM_FRAME     
};


#pragma pack(push,r1,4)

typedef struct _ImgEntry
{

#ifndef MATLAB_PREPROC

  enum ImgType {
    IT_DISTANCE,  

    IT_AMPLITUDE, 
    IT_INTENSITY, 
    IT_TAP0,      
    IT_TAP1,      
    IT_TAP2,      
    IT_TAP3,      
    IT_SUM_DIFF , 
    IT_CONF_MAP,  
    IT_UNDEFINED, 
    IT_LAST       
  };
  enum DataType {
    DT_NONE,    
    DT_UCHAR,   
    DT_CHAR,    
    DT_USHORT,  
    DT_SHORT,   
    DT_UINT,    
    DT_INT,     
    DT_FLOAT,   
    DT_DOUBLE   
  };
#endif
  enum ImgType  imgType;  
  enum DataType dataType; 
  void* data;        
  WORD  width;       
  WORD  height;      
}ImgEntry;

#pragma pack(pop,r1)

#ifndef MATLAB_PREPROC
#ifndef __cplusplus
struct _CMesaDevice; //forward declaration
typedef struct _CMesaDevice *SRCAM;
#else
class CMesaDevice; //forward declaration
typedef CMesaDevice* SRCAM;
#endif
#endif





































typedef int (SR_FuncCB)(SRCAM srCam, unsigned int msg, unsigned int param, void* data);

//defines used for the callback function SR_SetCallback
#define CM_MSG_DISPLAY  0x0001 //!< \#define for \ref SR_FuncCB
//------------------------------------------
#define CM_SRS_FILE      0x0002 //!< \#define for \ref SR_FuncCB
//param
#define CP_SRS_EOF       0x0001 //!< \#define for \ref SR_FuncCB
#define CP_SRS_FRAMEPOS  0x0002 //!< \#define for \ref SR_FuncCB
//------------------------------------------
#define CM_CHANGING     0x0010 //!< \#define for \ref SR_FuncCB
#define CM_CHANGED      0x0011 //!< \#define for \ref SR_FuncCB
//param
#define CP_AFFECTS_BUFFER 0x0001 //!< \#define for \ref SR_FuncCB
//------------------------------------------
#define CM_PROGRESS       0x0020 //!< \#define for \ref SR_FuncCB
//param LOWORD
#define CP_UNKNOWN      0x0000 //!< \#define for \ref SR_FuncCB
#define CP_FLASH_ERASE  0x0001 //!< \#define for \ref SR_FuncCB
#define CP_FLASH_WRITE  0x0002 //!< \#define for \ref SR_FuncCB
#define CP_FLASH_READ   0x0003 //!< \#define for \ref SR_FuncCB
#define CP_FPGA_BOOT    0x0004 //!< \#define for \ref SR_FuncCB
#define CP_CAM_REBOOT   0x0005 //!< \#define for \ref SR_FuncCB
#define CP_DONE         0x0006 //!< \#define for \ref SR_FuncCB
//param HIWORD
//       progress value (0-100)
//------------------------------------------
#define CM_CAM_SELECT   0x0030 //!< \#define for \ref SR_FuncCB
//param LOWORD is CP_... HIWORD not yet used
#define CP_CS_OPENDLG   0x0000 //!< \#define for \ref SR_FuncCB
#define CP_SCAN_CAM     0x0001 //!< \#define for \ref SR_FuncCB
#define CP_FOUND_CAM    0x0002 //!< \#define for \ref SR_FuncCB
#define CP_FIND_DONE    0x0003 //!< \#define for \ref SR_FuncCB
#define CP_CONNECT      0x0004 //!< \#define for \ref SR_FuncCB
#define CP_CS_CLOSEDLG  0x0005 //!< \#define for \ref SR_FuncCB
#define CP_GET_FILENAME 0x0006 //!< \#define for \ref SR_FuncCB
//CP_CS_OPENDLG :Opens the dialog box (user can overwrite)The user loop calls the SCAN_CAM and CONNECT.
//CP_SCAN_CAM   :Scans the cameras (called in user loop, no overwrite, creates a thread)
//CP_FOUND_CAM  :found cam in scan (user can overwrite)
//CP_FIND_DONE  :cam scan done (user can overwrite,called when scan thread finished)
//CP_CONNECT    :connects the camera (called in user loop, no overwrite)
//CP_CS_CLOSEDLG:called when user loops exits, to release resources.(no overwrite)
//
//data is a pointer a CSData structure
//in case of CP_GET_FILENAME, the data pointer is a char[512] buffer for the filename (mem is user owened)
//Camera selection data:
typedef struct _CSCamera
{
  char devStr[256];
  void* reserved; //for internal use: contains a CMesaDeviceFactory::CSCameraLoc structure
  struct _CSCamera *next;
}CSCamera;

//root camera selection data
typedef struct _CSData
{
  HWND _parent;
  SRCAM srCam;       //resulting camera object pointer
  CSCamera* camList; // chainedCameraList
}CSData;


enum SRMsgKind
{
  MK_DEBUG_STRING=0x00,
  MK_BOX_INFO    =0x01,
  MK_BOX_WARN    =0x02,
  MK_BOX_ERR     =0x03 
};

enum SRMsgCategory
{
  MC_GENERAL   =0x0000,
  MC_DLL_FUNC  =0x0100,
  MC_CAM       =0x0200,
  MC_USB       =0x0300,
  MC_CONFIG    =0x0400,
  MC_FIRMWARE  =0x0500,
  MC_XML       =0x0600,
  MC_CAM_DLG   =0x0700,
  MC_HTTP      =0x0800,
  MC_ETH       =0x0900,
  MC_RESERVED  =0x0a00,
  MC_FILEIO    =0x0b00,
  MC_B_GIG_E   =0x0c00 
};

//#pragma pack(show)
#pragma pack(push,r1,4)
//#pragma pack(show)

#ifndef MATLAB_PREPROC


typedef struct _ParamVal
{
#ifndef MATLAB_PREPROC

  enum ID {
    PR_ANF=1,        
    PR_RESERVED0,    
    PR_TEMPORAL_IIR, 
    PR_RESERVED1,    
    PR_RESERVED2,    
    PR_CONF_MAP,     
    PR_SET_FRQ       
  };
  enum ParamType {
    PT_UINT8,     
    PT_INT8,      
    PT_UINT16,    
    PT_INT16,     
    PT_UINT32,    
    PT_INT32,     
    PT_FLOAT,     
    PT_DOUBLE,    
    PT_WCHAR,     
    PT_PTR_UINT8, 
    PT_PTR_WCHAR  
  };
  
  enum ParamType t;   
  union
  {
    unsigned char  u8;
    char           s8;
    unsigned short u16;
    short          s16;
    unsigned int   u32;
    int            s32;
    float          f32;
    double         f64;
    __wchar_t      wc16;
    unsigned char* pu8;
    __wchar_t*     pwc16;
  };
#else
  ParamVal_ParamType t;   
  double             data;
#endif
}ParamVal;
#pragma pack(pop,r1)
#endif
//#pragma pack(show)


enum IOmode {IO_USB_BULK=1,   
             IO_FLASH_FX2,    
             IO_FLASH_IPM,    
             IO_FLASH_CIM_ETH,
             IO_SERIAL,        
             IO_LAST
             };

enum CamType{CT_UNKNOWN=0,CT_SR2A,CT_SR2B,CT_SR3K_USB,CT_SR3K_ETH,CT_SR4K_USB,CT_SR4K_ETH,CT_SR4K_B_GIG_E,CT_ARTTS,CT_LAST};

typedef int (MessageCB)(int level, const char* string);

---

libmesasr
Author(s): Florian Weisshardt
autogenerated on Fri Jan 11 09:12:16 2013