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MontiVision Development Kit
Product Release Notes
What's new?
Installation
Overview
Components
The MontiVision Workbench
How to use the Workbench
How to insert an Filter
How to make a connction between two filter
How to change filter properties
How to get mediatypes of a pin or connection
How to delete a connection
How to delete a filter
How to find a filter
How to select a filter, pin or connection
How to make a video visible
How to preview a video stream
Workbench Menus and Commands
File menu commands
Edit menu commands
View menu commands
Graph menu commands
Extras menu commands
Help menu commands
Context menu commands
Status Bar
Toolbar
Sorting Filters
MontiVision DirectShow Filter
Common filter functions
MV Absolute Difference
MV Advanced Optical Flow
MV Affine Transformation
MV Alignment
MV Audio Test Source
MV Batch Image File Source
MV Background Subtraction
MV Bayer To Gray
MV Bayer To RGB
MV Bitmap Overlay
MV Blob Counter
MV Blob Finder
MV BlockRecording
MV Buffer Access
MV Camera Calibration
MV Camera Syncronisation
MV Camera Undistortion
MV Color Filter
MV Color Channel Mixer
MV Color Space Converter
MV Color To Gray
MV Color Twist
MV Constant Framerate
MV Convolution
MV Cooccurrence
MV Crop
MV Deinterlace
MV DeInterlace Temporal
MV Delay
MV Demo Source
MV Demultiplexer
MV DPS Renderer
MV DPS Source
MV Dyadic Arithmetic
MV Dyadic Logic
MV Fast Color Filter
MV Frame Access
MV Gauge
MV GDI Overlay
MV Gray To Color
MV Image File Source
MV Image Grabber
MV Image File Renderer
MV Integral
MV Inverse
MV I/O Bool Source
MV I/O Comparator
MV I/O Logic
MV I/O Not
MV I/O Renderer
MV I/O RS232
MV I/O RS232 Trigger Source
MV I/O Switch Source
MV I/O Textfile Renderer
MV I/O Textfile Source
MV I/O To String
MV IP Camera Source
MV Look Up Table
MV Mean
MV Mean Profile
MV Merge Frames
MV Mirror
MV MJPEG Compressor
MV MJPEG Decompressor
MV Mondic Arithmetic
MV Mondic Logic
MV Morphology
MV Motion Detection
MV Motion Direction
MV Multi File Writer
MV Network Renderer
MV Network Source
MV Nonlinear Filter
MV Object Tracker
MV Optical Flow
MV Playlist Source
MV Polar
MV Presence Detection
MV Profile
MV Recording
MV ReInterlace
MV Resize
MV Resized Rotation
MV Rotate90
MV Rotation
MV Segmentation
MV Select Mediatype
MV Separate Fields
MV Smooth Sequence
MV Splitter
MV Text Overlay
MV Ticker Overlay
MV Topography
MV Trigger Source
MV Video File Overlay
MV Video Overlay
MV Video Scaler
MV Watchdog
MV Zoom
Filter Event Mechanism
MontiVision DirectShow Filter SDK
Create a new Filter SDK DLL
Implement your custom Algorithm
Register the Filter SDK DLL
Use the new DirectShow Filter
Debugging a DirectShow Filter
Configure a Filter SDK DirectShow Filter
MontiVision Smart ActiveX Control
MV Smart Control Functions
MV Smart Control Interfaces
IMVSmartControl
IMVSCFilterGraph
IMVSCFilterGraph2
IMVSCVideoWindow
IMVSCVideoWindow2
IMVSCFullScreen
IMVSCSetFile
IMVSCSetSourceFilter
IMVSCSelectInput
IMVSCSetupVideoStream
IMVSCSetupVideoStream2
IMVSCClock
IMVSCFilterProperties
IMVSCLog
IMVSCCameraControl
IMVSCFilterEvents
IMVSCMediaSeeking
IMVSCMediaSeeking2
IMVSCQualityProperties
IMVSCFilterData
IMVSCCommonProperties
IMVSCExtDeviceControl
IMVSCVideoControl
IMVSCAnalogVideoFormat
IMVSCTVTuner
IMVSCTVAudio
Application Development with the MV Smart Control
Visual Basic 6.0
Visual Basic .NET
Visual C++ 6.0
Visual C++ .NET
Borland Delphi
MV Smart Control Samples
AviPlay Sample
CropVideo Sample
DirFinder Sample
FindObject Sample
FullScreen Sample
ImageStream Sample
IP Camera Sample
LiveDraw Sample
LoadFromString Sample
LumeneraCameraProperties Sample
MotionDetection Sample
PutBitmap Sample
SendReceiveRS232 Sample
MV Smart Control How To's
How to handle Input Events (Mouse, Keyboard) of the Video Window
How to Select and Configure a Video Input Device
How to handle Multiple Video Outputs
How to use Fullscreen Functionality
How to access the Results of a MontiVsion DirectShow Filter
MontiVision Utility ActiveX Controls
Video Source Combo Box
Video Format Combo Box
Video Size Combo Box
Input Selection Combo Box
Frame Rate Combo Box
Seeking Slider
Filter Property Page Display
Trigger Button
MontiVision I/O Controls
MVIODisplay
MVIOMonitor
MVIOLed
MVIOOutput
VMR Wrapper ActiveX Control
MV VMR Wrapper Interfaces
IMVVMRWrapper
IMVVMRFilterConfig
IMVVMRMixerControl
IMVVMRMixerBitmap
MV VMR Wrapper Sample Applications
VMR Control Sample
VMR Bitmap Overlay Sample
Extended Video Source ActiveX Control
MV Extended Video Source Control Interfaces
IMVExtendedVideoSource Interface
IMVLumeneraCustomConfig Interface
_IMVExtendedVideoSourceEvents Interface
MontiVision Tools
Getting Started
Create a MontiVision Project
Create a MontiVision Project using the MontiVision Workbench
Create new DirectShow Filters using the MontiVision Filter SDK
Use the new DirectShow Filter in your MontiVision Project
Integrate the MontiVision Project into your Application
Distribute your Application
Distributing your Applications
Application Development Examples
Apply standard Image Processing Operators to a Video Stream
Process a Sequence of Still Images, Do Batch Processing
Make your Existing Algorithms DirectShow compatible
Creating your own Image/Video Processing DirectShow Filters
Access the Image Data of a Video Stream directly from within a Windows Application
Capture Still Images from a running Video Stream
Convert a Video Stream to a Sequence of Still Images or vice versa
Sample Applications using the Smart Control
Camera Calibration
Additional HowTo's
How to Set Up Visual C++ for the MontiVision Development Kit
How to Set Up Borland Delphi for the MontiVision Development Kit
How to Set Up Borland Delphi 2005 for the MontiVision Development Kit
Interface Reference
_IMVFilterPropertyControlEvents
_IMVSeekingSliderEvents
_IMVSmartControlEvents
_ISelectInputComboBoxEvents
_IVideoFormatComboBoxEvents
_IVideoSizeComboBoxEvents
_IVideoSourceComboBoxEvents
IMVAbout
IMVAdvancedOpticalFlow
IMVAdvancedOpticalFlow2
IMVAffineTransformation
IMVAlignment
IMVAudioTestSource
IMVAutoCalcSetup
IMVBackgroundSubtraction
IMVBatchFileSource2
IMVBatchFileSource3
IMVBatchFileSource
IMVBinary
IMVBitmapOverlay
IMVBitmapOverlay2
IMVBlobCounter
IMVBlobCounter2
IMVBlobCounter3
IMVBlobCounter4
IMVBlobFinder
IMVBlobFinder2
IMVBlobFinder3
IMVBlobPostProcessing
IMVBlobPreProcessing
IMVBlockRecording
IMVBufferAccess
IMVBufferAccessCallbackC
IMVBufferAccessCallbackVB
IMVCameraCalibration
IMVCameraSync
IMVCameraUndistortion
IMVColor
IMVColorChannelMixer
IMVColorTwist
IMVConstantFramerate
IMVConvolution
IMVCooccurrence
IMVCrop
IMVCrypt
IMVDeinterlace
IMVDeInterlaceTemporal
IMVDelay
IMVDemoSource
IMVDemoSource2
IMVDPSRenderer
IMVDPSSource
IMVDyArith
IMVDyLogic
IMVEnumAudioEncoder
IMVEnumVideoEncoder
IMVFastColor
IMVFilterData
IMVFilterEvents
IMVFilterInfo
IMVFilterPropertyControl
IMVFilterSDK
IMVFrameAccess
IMVFrameAccessCallbackC
IMVFrameAccessCallbackVB
IMVGauge
IMVGaugeCalculations
IMVGDIOverlay
IMVGray
IMVGrayToColor
IMVGrid
IMVHistogram
IMVHistogram2
IMVHistogram3
IMVImageCapture
IMVImageCapture2
IMVImageCapture3
IMVImageFileSource
IMVImageFileSource2
IMVImageFileSource3
IMVImageInfo
IMVIntegral
IMVIOBoolSource
IMVIOBoolSource2
IMVIOComparator
IMVIOIntRenderer
IMVIOIntSource
IMVIOIntSource2
IMVIOLogic
IMVIONot
IMVIORenderer
IMVIORS232
IMVIORS232DataASCII
IMVIORS232DataHex.htm
IMVIORS232RxTxConnection
IMVIORS232TriggerSource
IMVIOSwitchSource
IMVIOTextfileRenderer
IMVIOTextfileSource
IMVIOToString
IMVIPCameraSource
IMVIPCameraSource2
IMVLinFilter
IMVLookUpTable
IMVMask
IMVMean
IMVMeanProfile
IMVMerger
IMVMirror
IMVMonArith
IMVMonLogic
IMVMorphology
IMVMotionDetection
IMVMotionDetection2
IMVMotionDirection
IMVMultiFileWriter
IMVNetworkReceiveInfo
IMVNetworkRenderer
IMVNetworkRenderer2
IMVNetworkRenderer3
IMVNetworkSendInfo
IMVNetworkSource
IMVNetworkSource2
IMVNonLinFilter
IMVObjectTracker
IMVOpticalFlow
IMVOpticalFlow2
IMVPlaylist
IMVPlaylistSource
IMVPolar
IMVPresenceDetection
IMVProfile
IMVRecording
IMVRegionOfInterest
IMVReinterlace
IMVResize
IMVResizedRotation
IMVRotate90
IMVRotation
IMVSCAnalogVideoFormat
IMVSCCameraControl
IMVSCCommonProperties
IMVSCClock
IMVSCExtDeviceControl
IMVSCFilterData
IMVSCFilterEvents
IMVSCFilterGraph
IMVSCFilterGraph2
IMVSCFilterProperties
IMVSCFullScreen
IMVSCLog
IMVSCMediaSeeking
IMVSCMediaSeeking2
IMVSCQualityProperties
IMVSCSelectInput
IMVSCSetFile
IMVSCSetSourceFilter
IMVSCTVTuner
IMVSCTVAudio
IMVSCVideoControl
IMVSCSetupVideoStream
IMVSCSetupVideoStream2
IMVSCVideoWindow
IMVSCVideoWindow2
IMVSeekingSlider
IMVSetImageFormat
IMVSmartControl
IMVSeparateFields
IMVSmoothSequence
IMVTextOverlay
IMVTextOverlay2
IMVTextOverlay3
IMVTickerOverlay
IMVTickerOverlay2
IMVTopography
IMVTrigger
IMVTriggerFilter
IMVVideoFileOverlay
IMVVideoScaler
IMVVMRFilterConfig
IMVVMRMixerBitmap
IMVVMRMixerControl
IMVVMRWrapper
IMVWatchdog
IMVZoom
IMVZoomConfig
ISelectInputComboBox
IVideoFormatComboBox
IVideoSizeComboBox
IVideoSourceComboBox

MV Recording DirectShow Filter

The MontiVision Recording filter is used to record video. It can record time lapses and take snapshots. It provides two outputs, one preview output pin and one recording pin. Therefore you are able to start and stop the video recording without rebuilding the filter configuration. It also provides a time lapse functionality. If the time lapse is activated, a video frame is sent to the recording output pin periodically, according to the specified time lapse interval. The third mode (snapshots) uses a trigger and sends a frame to the recording output for each trigger event. The snapshot mode can be controlled using either the IMVRecording or the IMVTrigger interface. The time stamps for the recording output are set by the recording filter. Therefore you are able to create video streams from snapshots or time lapse frames (see the example at the bottom of the page).

This MontiVision DirectShow Filter is used in combination with the MontiVision Smart Control in the MotionDetection Sample Application.

File: MVRecording.ax
CLSID: CLSID_MVRecording

 

Supported Interfaces

IMVRecording

IMVTrigger

IMVFilterData

IMVAbout

IMVFilterInfo

 

Supported COM Events

The filter supports following events through the IMVFilterEvents interface. Look at the filter events page for more information.

Event

Value

Description
MV_ALGORITHM_START_EVENT

0

A filter starts processing a video frame or sample.
MV_ALGORITHM_END_EVENT

1

A filter finishes processing a video frame or sample.
MV_RECORD_START_EVENT

19

The filter started to record video.
MV_RECORD_END_EVENT

20

The filter stopped video recording.

 

Supported I/O Pins

I/O Pin Corresponding method Discription
Control
[Boolean]

IMVRecording::StartRecording
IMVRecording::StopRecording

Recording mode:
Starts and stops the video recording.

IMVRecording::StartTimeLapse
IMVRecording::StopTimeLapse
Time lapse mode:
Starts and stops the time lapse.
IMVTrigger::Trigger Snapshot mode:
Starts the capture of  a snapshot, depending on the trigger mode.
Example:
If the trigger mode is MV_TRIGGER_RISING_EDGE, a snapshot is taken after the the Control I/O pin changes its state from FALSE to TRUE.

Attention:
I/O Pins are dominat, what means that they have a higher priority than the corresponding method of the filters interface!

 

MV Recording Property Page

Implements the IMVRecording configuration interface.

MontiVision Video Recording DirectShow Filter Property Page

Recording mode Used to select the desired video recording mode.
Control Used to start and stop the video recording or the time lapse functionality. If snapshot mode is selected, the start button is used to take a snapshot.
Output video frame rate
  • Don't modify frame rate
    The timing of the recorded video is not modified. If for example time lapse recording is activated and the interval is set to 1 second, the resulting output video frame rate would be 1 frame per second.
  • Create video with 25 frames/s
    The resulting video stream on the recording output pin will have a frame rate of 25 frames per second.
  • Custom
    Specify a different frame rate for the recorded output video stream, for example 30 frames per second.
Set time lapse interval Used to specify the desired time lapse interval.

 

Example:

The time lapse mode is activated, the interval is set to 1 second and the recording output is connected to a file writer filter. The output video stream frame rate is set to 25 frames per second. After the graph is started a video frame is send to the recording output every second, but the file created by the file writer filter will be an AVI file with a frame rate of 25 frames per second. In the example shown below the time lapse recording is aditionally compressed using a MJPEG codec.

Video Recording DirectShow Filter Graph