ADLINK Technology PCI-MPG24 User Manual

Advance Technologies; Automate the World.Manual Rev. 2.01Revision Date: March 21, 2005Part No: 50-15035-100PCI-MPG244-CH MPEG4 Hardware Video Compr

90 Reference ManualTCFGASSOCIATION StructureThe TCFGASSOCIATION structure allows users to define rela-tionship between any two types of settings from

Reference Manual 91_associate_typeType of this association. Refer to the Enumeration:ASSOCIATION_TYPE.TVCFG_ENTRY StructureThe TVCFG_ENTRY structure

92 Reference ManualAUDIO_CONFIG StructureSyntaxtypedef struct _AUDIO_CONFIG{unsigned long Format;unsigned long SampleRate;unsigned long Channels;unsig

Reference Manual 93STATISTIC StructureSyntaxtypedef struct _STATISTIC{UINT32 VideoByte;UINT32 FrameCount;} STATISTIC;MembersVideoByteTotal video by

94 Reference ManualMembersDriverMajorMajor revision number of driver.DriverMinorMinor revision number of driver.BoardRevisionRevision number of refere

Reference Manual 95EnumerationsEVideoFormat EnumerationSyntaxtypedef enum{MPEG1 = 0x00,MPEG2 = 0x01,H261 = 0x02,H263 = 0x03,MPEG4 = 0x04,MPEG4XGO = 0

96 Reference ManualTV_STANDARD EnumerationSyntaxtypedef enum{ TVStandard_None= 0x00000000, TVStandard_NTSC_M= 0x00000001, TVStandard_NTSC_

Reference Manual 97FilterMode EnumerationSyntaxtypedef enum{GO7007SB_MIDIAN= 1,GO7007SB_LOWPASS= 2,GO7007SB_NOFILTER= 0} FilterMode;MPEG4_MODE Enumer

98 Reference ManualFLAGS_STREAM_DEINTERLACE_MODE= 0x00000020,FLAGS_STREAM_SEARCH_RANGE= 0x00000040,FLAGS_STREAM_GOPHEAD_ENABLE= 0x00000080,FLAGS_STREA

Reference Manual 99FLAGS_RESOLUTION EnumerationSyntaxenum FLAGS_RESOLUTION{FLAGS_RESOLUTION_WIDTH=0x00000001,FLAGS_RESOLUTION_HEIGHT=0x00000002,FLAGS

Introduction 11 IntroductionThe PCI-MPG24 is a MPEG4 hardware video compression cardthat provides four channels of real-time full D1 size MEGP4 video

100 Reference ManualFLAGS_BITRATE EnumerationSyntaxenum FLAGS_BITRATE{FLAGS_BITRATE_TARGET= 0x00000004,FLAGS_BITRATE_PEAK= 0x00000008,FLAGS_BITRATE_VB

Reference Manual 101FLAGS_MISC_FILTER= 0x00000010,FLAGS_MISC_MANDETORY= 0};SENSOR_CAPABILITIES EnumerationSyntaxenum SENSOR_CAPABILITIES{CAP_SENSOR_V

102 Reference ManualCAP_SENSOR_VIDEO_WHITEBALANCE_AUTO= 0x00008000,CAP_SENSOR_VIDEO_BACKLIGHT_COMPENSATION= 0x00010000,CAP_SENSOR_VIDEO_BACKLIGHT_COMP

Reference Manual 103CAP_AUDIO_SAMPLERATE_48K= 0x00004000,CAP_AUDIO_CHANNEL_MONO= 0x00010000,CAP_AUDIO_CHANNEL_STEREO= 0x00020000,CAP_AUDIO_SAMPLE_8BI

104 Reference ManualASSOCIATION_TYPE EnumerationSyntaxenum ASSOCIATION_TYPE{TYPE_SYSTEM_CONFIG,TYPE_STREAM_CONFIG,TYPE_RESOLUTION_CONFIG,TYPE_BITRATE_

Reference Manual 105ISpecifyPropertyPages.Alternatively, visit http://msdn.microsoft.com/library/ and fromthe left panel navigation, select Graphics

106 Reference Manualexposed by both video and audio pins of WIS driver. The videoand audio capabilities of the driver, the mean time, and thedefault f

Reference Manual 107Sample Codevoid CVideoControlPropertyPage::SetPinFormat(IAMStreamConfig* stream_config,

108 Reference Manual if ( pmt->formattype != FORMAT_MPEGVideo ) goto next_stream_caps; MPEG1VIDEOINFO* format = (MPEG1VIDEOINFO*)pmt->pbFormat

Reference Manual 109 extension->_framerate = video_config->fpscfg; extension->_resolution = video_config->rescfg; extension->_bi

2IntroductionAdjustable Video Quality Bit and frame rates are adjustable to fit variable bandwidths, asseen in remote Internet applications.I, IP, IBP

110 Reference Manual(ULONGLONG)(10010000000) / video_config->fpscfg.frame_rate; format->hdr.bmiHeader.biWidth = video_config->rescfg

Reference Manual 111 format->hdr.bmiHeader.biWidth, format->hdr.bmiHeader.biHeight, long(format->hdr.AvgTimePerFrame

112 Reference Manual case MICROSOFT_MPEG4: if ( format->bmiHeader.biCompression != FCC_FORMAT_MICROSOFT_MPEG4 )

Reference Manual 113(ULONGLONG)(10010000000) / video_config->fpscfg.frame_rate; format->bmiHeader.biWidth = video_config->rescfg.wi

114 Reference Manual memcpy( pmt->pbFormat + normal_format_size - seq_length, seq_header, seq_length); }

Reference Manual 115 AM_MEDIA_TYPE* pmt1; hr = stream_config->GetFormat(&pmt1); DeleteMediaType(pmt1); hr = stream_config->SetFormat(pmt);

116 Reference Manual1. IGOChipConfig::GetVideoConfigThe GetVideoConfig method retrieves the video configurations.SyntaxHRESULT GetVideoConfig( TCF

Reference Manual 117Return ValueHRESULT3. IGOChipConfig::SetVideoSourceThe SetVideoSource method sets the video source as either S-video or composite

118 Reference ManualParameterspVal: [Out] Pointer to an unsigned integer that is Enumeration:SENSOR_CAPABILITIES.Return ValueHRESULT5. IGOChipConfig::

Reference Manual 119ParameterspCaps: [Out] Pointer to a _VIDEO_CAPABILITIES structure toreceive video capabilities.Return ValueHRESULT7. IGOChipConfi

Introduction 3Figure 1-2: Real-time Raw Data Preview - four channelsVideo DecodingSmart software video decoding for playback or remote client mon-it

120 Reference ManualParameterspConfig: [Out] Pointer to a structure AUDIO_CONFIG thatcontains audio configurations.Return ValueHRESULTRelated ItemsIGO

Reference Manual 121SyntaxHRESULT GetRevisionInfo(REVISION_INFO *pRevInfo);ParameterspRevInfo: [In] A pointer to REVISION_INFO structure to holddrive

122 Reference ManualGPIO.1. IAccessFunc::I2C_WriteRegisterThe I2C_WriteRegister method writes a single I2C register.SyntaxHRESULT I2C_WriteRegister(un

Reference Manual 1232. IAccessFunc::I2C_ReadRegisterThe I2C_ReadRegister method reads a single I2C register.SyntaxHRESULT I2C_ReadRegister(Unsigned c

124 Reference Manual3. IAccessFunc::I2C_BurstWriteRegisterThe I2C_BurstWriteRegister method writes multiple continuousI2C registers (burst mode).Synta

Reference Manual 125Return ValueHRESULT4. IAccessFunc::I2C_BurstReadRegisterThe I2C_BurstReadRegister method reads multiple continuousI2C registers (

126 Reference ManualI2CMode: [In] I2C mode. The value can be set at:X 0x0000:Use I2C protocol via on chip I2C controller.X 0x0001:Use SCCB protocol vi

Reference Manual 127DataLen: [In] Length of data, in bits. The typical range is 0 - 16.RegData: [In] Value to be written to the SPI register.SPI_mode

128 Reference ManualTable 6-10: SPI Control Register DefinitionReturn ValueHRESULT6. IAccessFunc::SPI_ReadRegisterThe SPI_ReadRegister method reads a

Reference Manual 129ParametersOpLen: [In] Operation code length, in bits. The typical range is1 - 8.OpCode: [In] Operation code. AddrLen: [In] Length

4IntroductionFigure 1-3: AVI video file formatI/O Lines The PCI-MPG24 is fitted with TTL compatible I/O lines protectedagainst overloads and electrost

130 Reference ManualValue: [In] The signal written to the GPIO pins. The value mustbe either 0 or 1.Mode: [In] 0: On chip GPIO controller; 1: Cypress

Reference Manual 131ADLINK Hardware MPEG4 Device GPIO Pin DefinitionTable 6-11: ADLINK Hardware MPEG4 Device GPIO Pinout IAdvanced InterfaceThis int

132 Reference Manual2. IAdvanced::WriteCBusRegFWThe WriteCBusRegFW method writes a single CBus register.SyntaxHRESULT WriteCBusRegFW(unsigned short Ad

Reference Manual 133Parametersinfo: [In] structure contains OSD output information.X OSDTextoutInfo structure:typedef struct{unsigned short TotalLeng

134 Reference ManualPin InterfacesThe pins of ADLINK Hardware MPEG4 Device filter exposeMicrosoft DirectShow interfaces: IAMBufferNegotiation, IAM-Str

Reference Manual 135ContextOSD Font BitmapsAll OSD font bitmaps are stored in the off-chip DRAM. Theaddress is from 0xA0100 to 0xAF8FF (if 8M SDRAM a

136 Reference ManualOSD FrameAn OSD frame is made up with at least one OSD string and oneOSD_EOF. An OSD string starts with a ST_CD which is followedb

Reference Manual 137Bitmap Stored in SDRAMFor every pixel in the bitmap, 4 bit data will be used to describeOSD behavior of the pixel. Format of BITM

138 Reference Manual In the previous equations, Xs is the source data (Y or U or V), Xd isthe result (Y or U or V), α is the alpha blending level whic

Reference Manual 139OrKnow Limitations1. Each OSD frame can only contain up to 90 fonts in thesingle OSD string case.2. Font size can only be 16*16,

Introduction 5Supported softwareX Support Microsoft DirectXX Support Visual Studio .net, VC++, and C++ Builder pro-gramming languageX Support Windows

140 Reference Manual2 OSD string frameX1, Y1, address1, address 2, 0x0000, X3, Y3, address 3, address4, 0x0000, 0xAAAA4 OSD string frameX1, Y1, addres

Reference Manual 141boarder)X Basic font bitmap displayZ 16*16 bitmap size, customer defined font style and sizeZ Customer defined alpha blending lev

142 Reference Manual

Appendix 133AppendixAppendix A: GlossaryBrightness: Attribute of a visual sensation according to which an area appearsto exhibit more or less light C

134 AppendixFrame:One frame (two fields) of video contains the full vertical interlacedinformation content of the picture. For NTSC this consists of 5

Appendix 135Ireland) and PAL M (hybrid standard, having the same resolutionas NTSC, but uses PAL transmission and color coding technol-ogy).Saturatio

136 AppendixAppendix B: Standard Compliance This equipment has been tested and found to comply with the lim-its for a Class A digital device, pursuant

Appendix 137This equipment has been tested and found to comply withEN55022/CISPR22 and EN55024/CISPR24. To meet EC require-ments, shielded cables mus

138 Appendix

Warranty Policy 139Warranty PolicyThank you for choosing ADLINK. To understand your rights andenjoy all the after-sales services we offer, please rea

6Introductionrequests of more than two channels, full D1 size real-time decode to specifications below:Z Pentium 4, 2.4GHz CPU, 256MB DDR RAM above.X

140 Warranty Policy3. Our repair service is not covered by ADLINK's two-yearguarantee in the following situations:X Damage caused by not followin

Introduction 7Configuration 1 – NTSC, CIF (320 x 240), 30 sec. ContinuousRecordingTable 1-2: Configuration 1 – NTSC, CIF (320 x 240)PortFrame RateBi

8IntroductionConfiguration 2 – NTSC, Full (640 x 480), 30 sec. ContinuousRecordingTable 1-3: Configuration 2 – NTSC, Full (640 x 480)PortFrame RateBi

Introduction 9Configuration 3 – PAL, CIF (352 x 288), 30 sec. ContinuousRecordingTable 1-4: Configuration 3 – PAL, CIF (352 x 288)PortFrame RateBitR

Copyright 2005 ADLINK TECHNOLOGY INC.All Rights Reserved. The information in this document is subject to change without priornotice in order to improv

10 IntroductionConfiguration 4 – PAL, Full (768 x 576), 30 sec. ContinuousRecordingTable 1-5: Configuration 4 – PAL, Full (768 x 576)PortFrame RateBi

Introduction 11PCI-X PlatformX SBC: ADLINK NuPRO850X CPU: Intel Pentium 4, 3.2GHz Hyper Threading Dis-ableX Memory: DDR266 1GBX PCI-X Bus: 32-bit, 6

12 IntroductionConfiguration 1 – NTSC, CIF (320 x 240), 30 sec. ContinuousRecordingTable 1-6: Configuration 1 – NTSC, CIF (320 x 240)PortFrame RateBi

Introduction 13Configuration 2 – NTSC, Full (640 x 480), 30 sec. ContinuousRecordingTable 1-7: Configuration 2 – NTSC, Full (640 x 480)PortFrame Rat

14 IntroductionConfiguration 3 – PAL, CIF (352 x 288), 30 sec. ContinuousRecordingTable 1-8: Configuration 3 – PAL, CIF (352 x 288)PortFrame RateBitR

Introduction 15Configuration 4 – PAL, Full (768 x 576), 30 sec. ContinuousRecordingTable 1-9: Configuration 4 – PAL, Full (768 x 576)PortFrame RateB

16 Introduction

Hardware Reference 172 Hardware Reference2.1 PCI-MPG24 SpecificationVideo InputX Four composite video color digitizers.X Video input interface: DB15

18 Hardware ReferenceWatch Dog TimerX For monitoring the PC’s application operation and will reset the PC after a programmable inactivity time-out.X I

Hardware Reference 19PCI-MPG24 AppearanceFigure 2-1: PCI-MPG24PCI-MPG24 Standard accessoriesFigure 2-2: Watchdog reset cable

Getting Service from ADLINKCustomer Satisfaction is top priority for ADLINK Technology Inc.Please contact us should you require any service or assista

20 Hardware ReferenceFigure 2-3: BNG Interface cableFigure 2-4: All in One CD

Hardware Reference 21PCI-MPG24 InterfaceFigure 2-5: Outline DrawingConnectors & Pin DefinitionsVideo Inputs: CN3Table 2-2: Video Inputs - CN3Pin

22 Hardware ReferenceGPIO: CN2Table 2-3: GPIO - CN2Watchdog Timer ResetTable 2-4: Watchdog Timer ResetPin Type Function1 IN GPIO IN 12 IN GPIO IN 23

Hardware Reference 23DIP switch & SettingS1: Card ID setting & NTSC/PAL mode settingTable 2-5: S1 Card ID setting & NTSC/PAL mode settin

24 Hardware Reference

Installation Guide 253 Installation Guide3.1 Software Driver InstallationSoftware Environment1. Operating Systems SupportedX Windows 2000 Professiona

26 Installation Guide2. Click Next until the driver is installed completely.

Installation Guide 273. Click Finish to restart the system.

28 Installation Guide4. After restarting the system, power off the system andinsert the PCI-MPG24 card into your system. Power onthe computer.5. Windo

Installation Guide 296. At the Install Hardware Device Drivers dialog box,select Search for a suitable driver for my device (rec-ommended), click Nex

30 Installation Guide7. In the Locate Driver Files dialog box, select Specify alocation and click Next to continue.

Installation Guide 318. At the next dialog box, select the location of the PCI-MPG24 driver files and click OK to continue. The defaultinstallation f

32 Installation Guide11.Click Finish in the Found New Hardware Wizard.

Installation Guide 3312.For other types of new device, follow steps 2 to 11.13.After installing all the devices, go to system control paneland select

34 Installation Guide3.2 Hardware InstallationTo install the PCI-MPG24 board onto the PCI bus:1. Remove the computer cover using instructions from the

ViewCreator Utility 354 ViewCreator Utility Once hardware installation is complete, ensure that they are con-figured correctly before running the Vie

36 ViewCreator Utility4.2 Component DescriptionFigure 4-1: Component DescriptionTree BrowserThe Tree Browser window lists the PCI-MPG24 cards and vide

ViewCreator Utility 374.3 Operation TheoryViewCreator provides many functions for the PCI-MPG24 card asdescribed below:PreviewSingle channel displayC

38 ViewCreator Utilitystream to a file. The path of the file can be set in the Set Recordingcommand of menu Record.ConfigurationsRecordExecute the Rec

ViewCreator Utility 39EEPROMExecute EEPROM command in the menu Tools to bring up theEEPROM dialog box. Enter the offset and output values, andthen cl

Table of Contents iTable of Contents1 Introduction ... 11.1 Features...

40 ViewCreator Utility

Programming Guide 415 Programming Guide5.1 DirectShow Application Programming Introduc-tionA complete documentation on DirectShow application progra

42 Programming Guide5.2 Descriptions of FiltersThis chapter lists filters needed to build a filter graph for capturingMPEG4 video stream and previewin

Programming Guide 43Table 5-1: ADLink Bt878 Video CaptureADLINK Hardware MPEG4 DeviceADLINK Hardware MPEG4 Device belongs to the family ofWDM Stream

44 Programming GuideTable 5-2: ADLINK Hardware MPEG4 DeviceVideo Renderer FilterTable 5-3: Video Renderer FilterVideo Preview Pin Sup-ported Media

Programming Guide 45MPEG4 AVI Mux FilterTable 5-4: MPEG4 AVI Mux FilterMPEG4 File WriterTable 5-5: MPEG4 File WriterFilter Name AVI MuxFilter CLSID

46 Programming GuideCrossBar FilterIf the device is a capture board, a CrossBar filter is needed forswitching video source.Table 5-6: CrossBar Filter

Programming Guide 47ADLink Bt878 Video Capture filterVideo Decoder:Video Proc Amp:

48 Programming GuideADLink Bt878 Crossbar filterSelect video input before or during video previewing.ADLINK Hardware MPEG4 Device Video Setting:

Programming Guide 49Video Proc Amp:Video Decoder

ii Table of Contents5 Programming Guide ... 415.1 DirectShow Application Programming Introducti

50 Programming GuidePreviewCapture

Programming Guide 515.4 Controlling DriverPreviewADLINK Bt878 Video CaptureThe ADLINK Bt878 Video Capture Filter provides propertypages and exposes C

52 Programming GuideOleCreatePropertyFrame(NULL, // Parent window0, // x (Reserved)0, /

Programming Guide 53Figure 5-1: ADLink Bt878 CrossbarFor single video port selection please refer to the Bt878 GPIO pindefinition in chapter 6.1.Capt

54 Programming GuideUse COM interfacesIt is standard practice to use the standard DirectShow inter-faces defined for A/V capture filter and output pin

Reference Manual 556 Reference Manual6.1 PreviewGPIO AccessThe GPIO provides a method to read board information, selectinput channel, and control dig

56 Reference Manualrc.dwFromBit = bit;rc.dwToBit = bit;rc.dwValue = value;rc.dwOffset =0;hr = pKs->Get(PROPSETID_CUSTOMBT848,//idetificador del dri

Reference Manual 57{ZeroMemory(&rc,sizeof(rc));rc.dwOperation = BT848_CUSTPROP_GPIO_GETGPDATABITS;rc.dwFromBit = bit;rc.dwToBit = bit;rc.dwOffset

58 Reference ManualBt878 GPIO PIN DefinitionTable 6-1: Bt878 GPIO PIN DefinitionPin Type FunctionGPIO0 Output --GPIO1 OutputSet watchdog timer enable

Reference Manual 59Table 6-2: Function TableEEPROM AccessADLink Bt878 Video Capture provides a method for accessing theI2C register. The interface c

Table of Contents iiiKnow Limitations ... 139OSD Data Structure ...

60 Reference Manualif((hr=pFilter->QueryInterface(IID_IKsPropertySet, (void **)&pKs)) == S_OK){hr = pKs->QuerySupported(PROPSETID_CUSTOMBT84

Reference Manual 61sizeof(I2C),&ret);}pKs->Release();}return I2C.ucInBuf[1];}

62 Reference Manual6.2 CaptureWDM Streaming Capture FilterTable 6-3: WDM Streaming Capture FilterFilter InterfacesMicrosoft DirectShow Interfaces: IA

Reference Manual 63For Microsoft DirectShow interfaces, follow the links for online ref-erence. Alternatively, please visit http://msdn.microsoft.com

64 Reference ManualMPEG1Table 6-7: MPEG1H263Table 6-8: H263MJPGTable 6-9: MJPGData StructuresTCFG_HEADER StructureThe TCFGHEADER structure will be

Reference Manual 65unsigned long flags;unsigned long size;} TCFG_HEADER;MembersnameThe name of the configuration. It uses a string less thanMAX_NAME

66 Reference ManualTCFGSYSTEM StructureThe TCFGSYSTEM structure describes settings of the sensor(image sensor or video decoder) being used to capture

Reference Manual 67MembersheaderHeader information about the structure.tv_standardtv_standard can only be set as TVStandard_NTSC_Mask orTVStandard_PA

68 Reference ManualpformatSensor pixel format. Valid only if format is RGB Bayer.X 2: RGB-Bayer in GB-formatX 3: RGB-Bayer in GR-formatX 4: RGB-Bayer

Reference Manual 69vref_polarSpecifies the polarity of the vertical reference signal providedby the sensor or emulator. Only valid in non-656 mode.X

iv List of TablesList of TablesTable 1-1: Number of Frames ... 1Table 1-2: Configuration 1 – NTSC,

70 Reference ManualTCFGSTREAM StructureThe TCFGSTREAM structure describes settings of the outputvideo stream of the MPEG4 chip.Syntaxtypedef struct{TC

Reference Manual 71X MPEG1: 0x00X MPEG2: 0x01X H263: 0x03X MPEG4: 0x04X MOTIONJPEG: 0x08sequenceThe sequ

72 Reference Manualmpeg4_modeMPEG4 stream mode. Valid only when compress_mode is four.Refer to Enumeration: MPEG4_MODE for details.X WIS_MPEG4: 0X DIV

Reference Manual 73enabling the GOP head.X 0: Disable GOP headX 1: Enable GOP headseq_head_enableOnly encoding Microsoft format MPEG4 stream requires

74 Reference ManualTV_STANDARD tv_standard;unsigned longframe_rate;unsigned long drop_frame;unsigned charivtc_enable;long reserved;} TCFGFRAMER

Reference Manual 75reservedReserved for future useTCFGRESOLUTION StructureThe TCFGRESOLUTION structure describes the resolution ofan encoded stream.S

76 Reference ManualMembersheaderHeader information about the structure.tv_standardtv_standard can only be set as TVStandard_NTSC_Mask orTVStandard_PAL

Reference Manual 77v_sub_offsetIf v_sub_window is performed, this parameter specifies a rela-tive offset between the topmost pixel of the output stre

78 Reference Manualmin_bitrateThe minimum bit rate allowed for this resolution.reservedReserved for future use.TCFGBRCTRL StructureThe TCFGBRCTRL stru

Reference Manual 79MembersheaderHeader information about the structure.target_bitrateThe desired average target bit rate of the encoded stream, inbit

List of Figures vList of FiguresFigure 1-1: Real-time Raw Data Preview - single channel ... 2Figure 1-2: Real-time Raw Data Preview - four c

80 Reference ManuallambdaThe factor determining stream quality. Its value range is [0,100]. The larger the value, the smoother the stream however,the

Reference Manual 81reservedReserved for future use.TCFGMISC StructureThe TCFGSTREAM structure describes miscellaneous set-tings of the output video s

82 Reference ManualMembersHeaderHeader information about the structure.av_sync_enableX 0: Disable WIS Audio/Video Synchronization algorithmX 1: Enable

Reference Manual 83encodingX 2: Linear filter applied in the horizontal direction before encodingv_filter_modeThe mode of pre-filtering in a vertical

84 Reference Manualv_filter_mode is 2. filter_nAY, filter_nBY and filter_nCY correspond to precedentpixel, current pixel, and following pixel respecti

Reference Manual 85MembersmisccfgA TCFGMISC structure for miscellaneous settings.strcfgA TCFGSTREAM structure for stream settings.rescfgA TCFGRESOLUT

86 Reference ManualTCFGBRCTRL ctlcfg;} TCFGVIDEOEX;MemberssyscfgA TCFGSYSTEM structure for system settings.misccfgA TCFGMISC structure for miscellane

Reference Manual 87{TCFGSTREAM strcfg;TCFGFRAMERATE fpscfg;TCFGRESOLUTION rescfg;TCFGBRCTRL ctlcfg;} TCFG_FORMAT_EXTENSION;MembersstrcfgA TCFGSTREA

88 Reference Manualunsigned long _num_of_resolution_configs;TCFGRESOLUTION _resolution_configs[MAX_RESOLUTION_CONFIG];unsigned long _num_of_framera

Reference Manual 89_num_of_resolution_configsThe count of all resolution configurations._resolution_configsAn array of TCFGRESOLUTION structures to h