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Tables
Designations
The following designations are in the reference guide:
(x32) − HKEY_LOCAL_MACHINE\SOFTWARE\AxxonSoft\PSIM registry section
(x64) − HKEY_LOCAL_MACHINE\SOFTWARE\Wow6432Node\AxxonSoft\PSIM registry section
General information on Windows OS registry and working with it is given in the Working with Windows OS registry section of the Administrator's Guide.
Video | |||||
Registry section | String parameter | Available values | Default | Product version | Parameter in effect |
x32: (x32)\Video | AcsStdLimit | 1-30 | 1 | 1.0.0 and later | Sets the upper limit of succession of frames in the stream in the MJPEG format. If the succession of frames sent to the remote workstation rises to the value specified in the registry key, then grooming is enabled |
x32: (x32)\Video | AcsMpegLimit | 1-30 | 25 | 1.0.0 and later | Sets the upper limit of succession of frames in the stream in the H.264/MPEG4 format. If the succession of frames sent to the remote workstation rises to the value specified in the registry key, then grooming is enabled |
x32: (x32)\Video | Activecam | 0, 1 | 1 | 1.0.0 and later | Defines whether to activate the camera by the first click |
x32: (x32)\Video | ActivateTelemetryHotkeys | 0, 1 | 0 | 1.0.0 and later | Defines whether the Telemetry control via hotkeys is activated |
x32: (x32)\Video | AdaptiveClientFrameSkip | 0, 1 | 1 | 1.0.0 and later | When the value is 0, then grooming on the Server is disabled. It is better not to disable grooming |
x32: (x32)\Video | AdaptivePlayer | 0, 1 | 0 | 1.0.0 and later | The key is created on the Server. It defines whether the AdaptivePlayer is enabled. When the playback speed is changed, the Client sends data about new speed to the Server. Every time there is the change the Server clears the succession of frames sent to the Client and starts creating a new one with grooming specified by the Client. Hence, the Client does not get every frame – this reduces the Server load |
x32: (x32)\Video | FastPlayStep | 1-6 | 1 | 1.0.0 and later | The key is created on the Client. It allows setting the step of playback speeding-up. Example: for the 3 value the speeding-up step is x6 (i.e. playback speed can be x6, x12, x18, etc.), for 5 – x10. Max playback speed is x60. High playback speed can be achieved when the AdaptivePlayer is enabled |
x32: (x32)\Video | allclientsbps | >=0 | 0 | 1.0.0 and later | Sets the upper limit of total outgoing video traffic: 0 – not in use >0 – max bandwidth of outgoing stream for all Video.run clients |
x32: (x32)\Video | AllowDelete | 0, 1 | 0 | 1.0.0 and later | The key allows deleting files in the archive list when clicking the Del button |
x32: (x32)\Video | AlwaysServerConnection | 0, 1 | 1 | 1.0.0 and later | Defines whether to connect the Monitor to the Server |
x32: (x32)\Video\ArchDays | <camera id> | > = 0 | 0 | 1.0.0 and later | Defines whether to store the archive of the specified camera for xxx days |
x32: (x32)\Video | ArchStatus | 0, 1 | 1 | 1.0.0 and later | Defines whether to send current Backup archive status to the Server. This key can be used only if one disk is selected for recording the archive |
x32: (x32)\Video | ArchSync | > 0 | 1 | 1.0.0 and later | Defines whether data synchronization between Server and Backup archive is enabled or not. Synchronization is disabled when the value is 0. When the value is > 0 the key sets maximum imbalance of Backup archive depth between channels in minutes. By default the key is not created and its value is 1. The key must be created/modified on the computer corresponding to the Server on the basis of which the Long-term archive object is created |
x32: (x32)\Video | Cfg | - | name | 1.0.0 and later | Sets the name of configuration file |
x32: (x32)\Video | CheckLostFolders | 0, 1 | 0 | 1.0.0 and later | Defines whether to remove old log files from the oldest directory when going to a new disk |
x32: (x32)\Video | DebugCam.Camera_ ID | 0, 1 | 0 | 1.0.0 and later | 0 – logging is disabled 1 – logging is enabled |
x32: (x32)\Video | DecompressThread | - | - | Key is not active | |
x32: (x32)\Video | DecompressWidth<Monitor_number> | - | 1.0.0 and later | Sets the size of frame starting from which the <Monitor_number> starts partial decompression of video signal. For instance, when the value of the DecompressWidth1 parameter is 3000, the Monitor1 will not decompress all frames that are less than 3000 pixels | |
x32: (x32)\Video | Delta | 0, 1 | 1 | 1.0.0 and later | Allow sending only key frames from Server to Client
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x32: (x32)\Video | Demo | 0, 1 | 0 | 1.0.0 and later | Defines whether the capture cards are in use or video comes from the file |
x32: (x32)\Video | DetectionFps | 0.3…30 | - | 1.0.0 and later | Sets the speed of the detector zone and the main motion detection tool in fps, i.e. the maximum number of frames processed per second by the detection tool. The lower the key value, the less frequently the frames are processed. If the key is not created, then the detection tool analyzes only reference frames. For example, if GOP (group of pictures) = 64, i.e. every 65th frame is reference, then without the registry key, the algorithm unpacks and analyzes every 65th frame. If the key value is less than or equal to the frequency of the reference frames (calculated by dividing the stream FPS by the GOP) or all frames of the video stream are reference, the detection tool will process only the reference frames with the specified frequency, which will reduce the CPU load. Otherwise, the whole stream will be decoded which will increase the CPU load. If the duration of the alarm in the zone is short, and the alarm does not have time to reach the analyzed frame, then it is necessary to increase the key value. Attention! Due to the peculiarities of the decimation algorithm, it is advisable to choose values that are multiples of the stream FPS. Examples:
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x32: (x32)\Video | DisconnectInactive | 0, 1 | 0 | 1.0.0 and later | Defines whether the Monitor disconnects the gate if the screen is minimized: 1—disconnect inactive monitors from the Servers (gates, backup archives) |
| x32: (x32)\Video x64: (x64)\Video | AsyncConnection | 0, 1 | 1 | 1.0.0 and later | Enables asynchronous connection to the archive to reduce the Monitor start time and to make the video from cameras to appear quicker on it. 0 – synchronous connection to the archive 1 – asynchronous connection to the archive |
x32: (x32)\Video | EnableSnapShotMode | 0, 1 | 0 | 1.0.0 and later | Triggers camera in the snapshot mode, for Axis and D-link 900, operates with the delay |
x32: (x32)\Video | ExportDir | Path to a folder | moduledir + "\export" | 1.0.0 and later | Specifies the directory for saving frames from the Monitor interface—see Frame export, (but not via the Background export option—see The AviExport utility). The key is only created if the default file path is changed in the Tweaky utility (see The Settings panel of the Axxon PSIM section) |
x32: (x32)\Video | ExportTime | > = 0 | 0 | 1.0.0 and later | Specifies time (in ms) for exporting snapshot from live video into jpg |
x32: (x32)\Video | FreeMB | > 0 | 5000 | 1.0.0 and later | Sets free space in the section while storing the archive; when the limit is reached the earliest recordings will be deleted on loop |
| x32: (x32)\Video x64: (x64)\Video | FreeMbCritical | > 0 | 1000 | 1.0.0 and later | Sets critical free space; when the limit is reached archive is stored on another disk (if several disks are in use) |
| x32: (x32)\Video x64: (x64)\Video | ArchFreeMB | > 0 | - | 1.0.0 and later | Specifies free space in the section while loop recording of reserve archive which is not in use for storing reserve archive and can be in use for recording temporary files. If key is not created, the value created by the FreeMB key is in use |
x32: (x32)\Video | GateNoRec | 0, 1 | 0 | 1.0.0 and later | Defines whether the gate performs recording to the archive |
x32: (x32)\Video | Hide | 0, 1 | 1 | 1.0.0 and later | Defines whether the "Hide Monitor" button is visible or hidden: 0 – hidden 1 – visible |
x32: (x32)\Video | HideMask | 0, 1 | 0 | 1.0.0 and later | Defines whether to hide the image with the mask filled with black |
x32: (x32)\Video | Hubslowspeed | 0, 1 | 0 | 1.0.0 and later | For wavehub. Affects fps. Slows down the multiplexer stepping rate |
x32: (x32)\Video | HWCompression | - | 3 | The key is not in use | |
x32: (x32)\Video | Index | - | 2 | 1.0.0 and later | Shows whether file indexing is in use. The value is not to be modified as file indexing is always in use |
x32: (x32)\Video | IsPeriod | 0, 1 | 0 | 1.0.0 and later | Defines the period of recording to the archive: |
| x32: (x32)\Video\Layouts x64: (x64)\Video\Layouts | layout<number> | - | - | 1.0.0 and later | The keys store info on layouts of the Video surveillance monitor. The keys cannot be modified |
x32: (x32)\Video | LH_Timeout | 5-2147483647 | 5 | 1.0.0 and later | Time in seconds on the expiry of which it is considered that there is no connection with Linux Hub. Default value − 5 seconds. Time interval is calculated by formula (LH_Timeout*1000/5) ms, for reconnection to Linux Hub: the more the value the more unlikely the video stream reconnects to LH |
x32: (x32)\Video | MaxFrames | 500-10000 | 500 | 1.0.0 and later | Sets the number of frames in the archive file |
x32: (x32)\Video | Missed | 0 – 2,147,483,647 | Depends on the "mode" parameter of the video capture card | 1.0.0 and later | Sets the video digitization rate. By default the rate is the same as for the video capture card |
x32: (x32)\Video | NewCompressor | 0, 1 | 1 | 1.0.0 and later | Defines whether to use a new motionWavelet compressor: |
x32: (x32)\Video | NewMD | 0, 1 | 0 | 1.0.0 and later | Defines whether to use a new motion detection tool |
x32: (x32)\Video | Noallcamsbutton | 0, 1 | 0 | 1.0.0 and later | Defines whether to show the "All cameras" button on the screen |
x32: (x32)\Video | NoLayoutControl | 0, 1 | 0 | 1.0.0 and later | Disables F1 and F2 hotkeys (monitor ratio) |
x32: (x32)\Video | No_main_panel | 0, 1 | 0 | 1.0.0 and later | Defines whether to display control panel on the monitor |
x32: (x32)\Video | Nosign | 0, 1 | 0 | 1.0.0 and later | Disables encryption of the digital signature to the frame |
x32: (x32)\Video | OldDriver | KV1999 KV2000 KV2001 KV2002 KV2003 | Empty string | 1.0.0 and later | Support for old ISS cards
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x32: (x32)\Video | Oldxeon | 0, 1 | 0 | 1.0.0 and later | Support for old Xeon processors
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x32: (x32)\Video | Onevideoout | 0, 1 | 0 | 1.0.0 and later | Defines whether video outs are combined on the FS6 video capture card |
x32: (x32)\Video | PostAlarmTime | >= 0 | 2 | 1.0.0 and later | Sets time (sec) on the expiry of which the alarm by detection tool on Axis IP cameras is not recorded |
x32: (x32)\Video | PreCompress | 0, 1 | 1 | 1.0.0 and later | Defines whether to compress pre-recorded video
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x32: (x32)\Video | PrintFontSize | Any | 0 | 1.0.0 and later | Sets the font size for printing |
x32: (x32)\Video | Rbapp | - | - | 1.0.0 and later | Specifies the path to the app run by right-click in the monitor |
x32: (x32)\Video | IndexRebuilding | 0, 1 | 0 | 1.0.0 and later | Used when index is being rebuilt. If the system detects IndexRebuilding=1 at start, then index is immediately rebuilt without trying to read idx files |
x32: (x32)\Video | RestoreMode | >=0 | 1 | 1.0.0 and later | The key enables to set the time period in seconds, after which the archive view mode will be exited if idle. For example, if you set 60, then the archive will be exited 1 minute after the last action with it. If the key is absent or value is 0, then the archive will not be exited |
| x32: (x32)\Video x64: (x64)\Video | restorezoom | >=0 | 0 | 1.0.0 and later | Specifies the amount of time, in seconds, after which the video scaling is reset if idle. If the key is absent or the value is set to 0, then the scaling will not be reset |
x32: (x32)\Video | ShowDate | 0, 1 | 0 | 1.0.0 and later | Defines whether to show the date on the video (next to the time) |
x32: (x32)\Video | ShowDetachedState | 0, 1 | 1 | 1.0.0 and later | Determines whether the icon for a missing disk for recording an archive is displayed: 0—the icon for a missing disk for recording an archive is not displayed 1—the icon for a missing disk for recording an archive is displayed |
x32: (x32)\Video | SnapShotTime | > 0 | 1 | 1.0.0 and later | Sets time (sec) between snapshots |
x32: (x32)\Video | TMDCorrellation | 1-100 % | 30 | 1.0.0 and later | Permissible minimum similarity between frames when they are considered to coincide. 100% for completely identical frames |
x32: (x32)\Video | TMDNonCorrectionStop | > = 0 | 1 | 1.0.0 and later | Number of incoming frames from PTZ camera upon STOP command; the decision to stop pointing (if there is no command to start motion) is made |
x32: (x32)\Video | TMDSpeedCutoff | 0..∞ | 15 | 1.0.0 and later | Sets the limiting value of speed for camera with automatic centering |
x32: (x32)\Video | TMDTolerance | - | 50 | 1.0.0 and later | Sets pointing accuracy (zone of tranquility). Corresponds to the value of area around stop point of PTZ camera (px) |
x32: (x32)\Video | UseConfigureByWeb | 0, 1 | 0 | 1.0.0 and later | Defines whether to use IP camera settings. When this key is enabled, the driver will try not to change parameters set on the camera. But behavior depends on specific camera+driver version+firmware combination |
x32: (x32)\Video | UseCompression. | 0, 1 | 1 | 1.0.0 and later | Defines whether video compression is in use (UseCompression.camera ID) |
x32: (x32)\Video | UseLowRefFramesFpsFix | 0, 1 | 1 | 1.0.0 and later | Enables stream decompression with low key frame fps. Threshold fps value = 2 |
x32: (x32)\Video | VideoDumpMode | 0, 1, 2 | 0 | 1.0.0 and later | Sets the mode of video dump: |
x32: (x32)\Video | VideoDumpPath | - | AxxonPSIM/FrameDump | 1.0.0 and later | Path to the folder where frames are stored |
x32: (x32)\Video | AdaptiveStream | 0, 1 | - | 1.0.0 and later | The key can be used with NON-multistream cameras only. 1 – video stream is transmitted over the network if video from this camera is required. If video is not displayed on the Client, then the there is no stream from the camera and the network is not loaded. Important! When the value of the key is 1, video is not recorded to the archive when the Video surveillance monitor is hidden. But recording is not stopped. In the result video archive fragment the period over which the Video surveillance monitor was hidden will look like a freeze frame. 0 – video stream is transmitted over the network regardless of whether video from this camera is required or not |
x32: (x32)\Video | ExtractWidth | 0, 1 | - | 1.0.0 and later | 0 – partial decompression for MotionWavalet is disabled (stream from cameras is enhanced) 1 – partial decompression is enabled |
x32: (x32)\Video | TelemetryMouseWheel | 0, 1 | - | 1.0.0 and later | 0 – digital image zooming and Telemetry zoom are performed using the mouse as described in ‘Axxon PSIM software package. Operator guide’ 1- digital zooming is performed scrolling the mouse wheel and pressing the Ctrl key. Telemetry zoom is controlled using the mouse wheel: when the wheel is scrolled, ZOOM_IN(ZOOM_OUT) commands are performed; the last mouse click performs ZOOM_STOP command |
x32: (x32)\Video | ExportFontAdaptive | 0, 1 | - | 1.0.0 and later | The key sets the relative font size for titles (including camera No. and time) when the frame or archive fragment is exported: 0 – by default (no key). The size of titles stays the same when the frame is exported (regardless of resolution) as set in the Captioner object |
x32: (x32)\Video | ClientArchMessage | 0, 1 | - | 1.0.0 and later | The key is in to enable the following events for MONITOR object: ARCH_ENTER – enter the archive |
x32: (x32)\Video | DrawDetectorNumbers | 0, 1 | - | 1.0.0 and later | 0 – identifiers of tracking objects are not displayed in the viewing tile (by default) 1 – identifiers of tracking objects are displayed in the viewing tile |
x32: (x32)\Video | DrawDetectorColors | 0, 1 | - | 1.0.0 and later | The key sets the color of the frame that marks out the tracking object in the viewing tile: 0 – the color according to the Monitor object settings 1 – the color is calculated as the mean value in the area marked out with a frame |
x32: (x32)\Video | FaceCamOffset | 0-2147483648 | 50000 | 1.0.0 and later | The key sets the maximum camera identifier in the system. The camera will not work if its ID is greater than the value specified in the key. Values greater than maximum key value are used for the face detection tool |
x32: (x32)\Video | FontCamNameHeight | >=10 | 10 | 1.0.0 and later | The key specifies the font size of the camera name when displaying it on the Video surveillance Monitor |
x32: (x32)\Video | FontCamTimeHeight | >=10 | 10 | 1.0.0 and later | The key specifies the font size of the camera time when displaying it on the Video surveillance Monitor |
x32: (x32)\Video | ShowFileNameInTitles | 0, 1 | 0 | 1.0.0 and later | The key is used to add the name of the file to the titles using the virtual video device: 0 – the name of the file is not shown in the titles 1 – the name of the file is shown in the titles (the Captioner object is to be created) |
x32: (x32)\Video | CorrectFrameNumber | 0, 1 | 1 | 1.0.0 and later | 1 – key redefines frame numbers when archive is played back by Axxon_player.exe if frames are recorded to the archive with incorrect number 0 – key in not active, frames are played in the order corresponding to their numbers in archive |
x32: (x32)\Video | DisappearedAlarmDuration | >0 | 15 | 1.0.0 and later | Key specifies time-out in seconds after which “Disappearance in zone” detection alarm is discarded |
x32: (x32)\Video | LongInZoneTimeout | >0 | 10 | 1.0.0 and later | The key sets the time in seconds which defines the time the object stays in the zone, after which the NeuroTracker VMDA detection tools with the Staying in the area for more than 10 sec detector type, created under the Tracker object, are triggered |
x32: (x32)\Converter | CheckCompressedSize | 0, 1 | 1 | 1.0.0 and later | The key allows decreasing time of exporting video in the avi format using the Converter.exe. utility. If the key value is 0, then resolution check is disabled when exporting video in the avi format. If resolution check is disabled, then frames are not decompressed when being exported, but when resolution is changed, video artifacts can appear |
| x32: (x32)\Video x64: (x64)\Video | MonitorFrameBuffer | >=0 | - | 1.0.0 and later | The key specifies the number of frames to buffer when displaying live video from IP cameras. The value of 5 is recommended. The key is applied to decompressed video. The key is mutually exclusive with MonitorSynchronizedFrameBuffer, i.e. only one of them can be in use at a time |
| x32: (x32)\Video x64: (x64)\Video | BoardFX4MaxChannels | 0, 1 | 0 | 1.0.0 and later | The key enables channel limitation for FX4 card. 1 – the limitation is enabled. It is not possible to set the channel number that is bigger than it is provided by the card. 0 or no key – the limitation is disabled |
| x32: (x32)\Video x64: (x64)\Video | BoardFS6MaxChannels | 0, 1 | 0 | 1.0.0 and later | The key enables channel limitation for FX6 card. 1 – the limitation is enabled. It is not possible to set the channel number that is bigger than it is provided by the card. 0 or no key – the limitation is disabled |
| x32: (x32)\Video x64: (x64)\Video | TelemetryZoomStopTime | >0 | 1000 | 1.0.0 and later | The key specifies the value of optical zoom duration (delay) in milliseconds |
| x32: (x32)\Video x64: (x64)\Video | OnvifCompatibilityMode | 0, 1 | 0 | 1.0.0 and later | The key is for operation of cameras via the ONVIF protocol in the compatibility mode. It is used when the ONVIF protocol is partially supported by the camera. The key enables the compatibility mode for all cameras in the system |
| x32: (x32)\Video x64: (x64)\Video | TelemetryPointAndClickDelay | >0 | 500 | 1.0.0 and later | Sets the interval (in milliseconds) between sending Point&Click commands when controlling PTZ via surveillance monitor by clicking and holding left mouse button and the Ctrl key. See details in Operator's Guide |
| x32: (x32)\Video x64: (x64)\Video | TelemetryMouseZoom | 0, 1 | 1 | 1.0.0 and later | The key allows disabling the control of optical zoom function by mouse buttons. 0 – control of optical zoom by means of long pressing of left or right mouse buttons is not functioned 1 – control of optical zoom by means of long pressing of left or right mouse buttons is functioned |
| x32:(x32)\Video\RTSPTimeout x64:(x64)\Video\RTSPTimeout | < camera manufacturer > | 0-100 | 10 | 1.0.0 and later | Sets max. time interval at the end of which the following frame is sent through the video gate. Example: in order to limit the frame rate (to 0,01) of the stream transmitted through the video gate using the RTSP protocol, the "RTSP" parameter is to be created with value 100 |
| x32: (x32)\Video x64: (x64)\Video | UnlimitMonitorSize | 0, 1 | 0 | 1.0.0 and later | When the value=1, the key removes restrictions on the Monitor height and width. When the large size (more than 900%) is set for the Monitor window, then proper operation of Axxon PSIM is not guaranteed |
| x32: (x32)\Debug x64: (x64)\Debug | ShowDisplayingFps | 0, 1 | 0 | 1.0.0 and later | When the value = 1, the key enables the display of information about the video stream displayed in this window in the captions on the video in the Surveillance window:
Each value is in a separate line. Note. If the debug mode is enabled, the FPS of the digitized video signal is displayed in the Video surveillance monitor (see Actual frame rate), that is, the key allows comparing these values. You must create the Captioner object on the basis of the Camera object in order to use this function |
| x32: (x32)\Video x64: (x64)\Video | StartPlayFromPFrame | 0,1 | 1 | 1.0.0 and later | After using frame-by-frame reverse playback, when returning to the normal playback mode: 0 – playback starts from the nearest previous key frame 1 – playback starts from the nearest previous key frame (difference, R frame) |
| x32: (x32)\Video x64: (x64)\Video | UseServerTime | -1 * empty value Comma-separated IDs of cameras in Axxon PSIM | - | 1.0.0 and later | Camera sets time of frame while video image transmission after which frames playback by turn depending on the time of frame. Sometimes camera sets incorrect time, so frames playback in invalid order because of bad communication quality or time of camera is not synchronized with server. The key sets list of IP-cameras for which time of frame will be set according to system time of the Axxon PSIM server while reading frames from the network. Possible values: -1, * or empty value (the key is not created) – the server time is applied for all cameras on the server (default starting). Comma-separated IDs of cameras – the server time is applied for specified cameras while disabled for the rest of the cameras. Note. The key can be used for cameras with absolute time (e.g. Tattile cameras). Other cameras synchronize with server time on default. Example. When the value of registry key is “1,10,135”, time of Server will be applied on cameras 1, 10 and 135 |
| x32: (x32)\Video x64: (x64)\Video | MxpegResetCounter | >=0 | 13 | 1.0.0 and later DP 3.2.30 | The key sets the number of key frames decompressed by MxPEG decompressor before they are returned. The waiting period of specified frames is 3 minutes, on the expiry of this period the decompressor is reinitialized. The key is in use if there is no video in Axxon PSIM when MxPEG codec operates with MxPEG decompressor. In this case the value of the key is to be reduced |
| x32: (x32)\Video x64: (x64)\Video | TelemetryMouseAlternative | 0, 1 | 1 | 1.0.0 and later | 0 – previously used Mouse PTZ control mode is in use 1 – a new Mouse PTZ control mode is in use. See Mouse PTZ control |
| x32: (x32)\Video x64: (x64)\Video | TelemetryLineColor | 4-byte RGB value Most significant byte – 4 = 0. byte 3 – R (0..255) byte 2 – G (0..255) byte 1 – B (0..255) Examples: blue color: LetterboxBackgroundColor = 255 white color: LetterboxBackgroundColor = 16777215 | 16777215 (white color) | 1.0.0 and later | The key sets the color of the crosshair and the arrow line during PTZ control. See Mouse PTZ control |
| x32: (x32)\Video x64: (x64)\Video | ContinousMode | Identifiers of cameras, divided by comma, for which continuous PTZ mode is enabled. Example: 2,3,1 | - | 1.0.0 and later | In the Continous mode camera lens is re-focused slowly – arrow indicating the re-focus direction smoothly follows the pointer. To use the Continous mode, the camera is to support this mode. In discrete mode (if the camera number is not specified in the key) re-focus of the camera objective depends on the area of the mouse click |
| x32: (x32)\Video x64: (x64)\Video | MonitorSkipArchFramesEnable | 0, 1 | 1 | 1.0.0 and later | The key enables frame skipping while playing back the archive. 0 – all frames are displayed. If there is lack of resources, video delays and loss of synchronization with sound are possible, and the playback speed can be increased no more than 4 times (or no more than 60 FPS) 1 – only key frames are played back forward at rate x12 and faster and backwards at rate x8 and faster. Note. See also info on FastPlayMpegSkip and MonitorForwardSkipSpeed registry keys |
| x32: (x32)\Video x64: (x64)\Video | ResetOSDLine | 0, 1 | 0 | 1.0.0 and later | The key is for enabling and disabling titling on the video image using the SC590N4 video capture device. 0 – OSD-captions of device are in use 1 – OSD-captions of device are not in use. Note. Restart of operating system can be required to apply settings while changing the key value |
| x32: (x32)\ x64: (x64)\ | ClearProtocolFromCurrentTime | 0, 1 | 0 | 1.0.0 and later | The key is for changing the way of deleting archive of events at the end of storage period (see Configuring events logging): 1 – storage period is counted from the current PC time. So if there are events "from the future" (date of which is later than the current date) in the archive of events, they are neither taken into account when deleting old entries nor deleted 0 – storage period of records is counted from the date of creation the newest record Note. Deletion is performed at 00:00:00 in case of active license |
| x32: (x32)\Video\AVI x64: (x64)\Video\AVI64 | SubtitlesFontSize | 8 – 48 | - | 1.0.0 and later | Font size of captions with camera name and time while export from the Monitor. Note. Captions overlaid using the Captioner object are configured separately on the settings panel of the Captioner object |
| x32: (x32)\Video x64: (x64)\Video | TelemetryArrowLen | 0 – 100 | 50 | 1.0.0 and later | The key specifies length of the arrow displayed on the video image at mouse PTZ control from the Monitor window. Arrow length is set in percent and counting from the end |
| x32: (x32)\Video x64: (x64)\Video | TelemetryStopZone | 2 – 100 | 50 | 1.0.0 and later | The key sets the size of the zone in the center of the video where PTZ control functions using mouse are disabled. The less the key value the bigger the “dead” zone. The default value corresponds to the size of the cross in the center of Surveillance monitor during PTZ control |
| x32: (x32)\Video x64: (x64)\Video | ShowTelemetryCross | 0, 1 | 1 | 1.0.0 and later | The key is designed to enable and disable showing a cross in the center of Surveillance monitor during PTZ control. 1 – the cross is shown in the center of Surveillance monitor during PTZ control 0 – the cross is not shown in the center of Surveillance monitor during PTZ control |
| x32: (x32)\Video x64: (x64)\Video | GreenStreamUpdateTimeoutMS | >0 | 20000 | 1.0.0 and later | The key sets time in milliseconds that equals to stream scan rate in order to optimize connection parameters. This key can be active only if the Video stream setting checkbox is checked (see Configuration of multistream video) |
| x32: (x32)\Video x64: (x64)\Video | TitlesOnlyArchive | 0, 1 | 0 | 1.0.0 and later | The key is designed to enable saving titles separately from video. 1 – titles are saved in files of *.t01 type separately from video. If there is time stamp in the titles, then these titles are not displayed in live video, but can be seen in the archive (for the corresponding period of time). Titles with no time stamp are displayed on live video 0 – titles are saved with video and are displayed on live video |
| x32: (x32)\Video x64: (x64)\Video | ExportDirFixed | 0, 1 | 0 | 1.0.0 and later | The key allows forbidding change of export catalogue when the archive period is exported and when the archive is exported using the AviExport utility. 1 – export catalogue change is forbidden 0 – export catalogue change is allowed |
| x32: (x32)\Video x64: (x64)\Video | ShowBookmarkButtons | 0, 1 | 1 | 1.0.0 and later | The key is used to disable creating and editing of bookmarks meant for protection against video rewriting (see Create a bookmark). 1 – show Create and View bookmarks buttons 0 – hide Create and View bookmarks buttons |
| x32: (x32)\Video x64: (x64)\Video | ShowExportButtons | 0, 1 | 1 | 1.0.0 and later | The key is used to disable export of bookmarks meant for protection against video rewriting (see List of bookmarks). 1 – show bookmark export button 0 – hide bookmark export button |
| x32: (x32)\Video x64: (x64)\Video | ResizePrintingFrame | 0, 1 | 0 | 1.0.0 and later | The key sets the width of frame for printing: 1 – the frame is printed out so that is fits the full width of the page depending on the default layout (portrait or landscape) 0 – the frame is printed out not on the whole page |
| x32: (x32)\Video x64: (x64)\Video | CycleByLayouts | 0, 1 | 0 | 1.0.0 and later | The key enables paging by layouts in the Surveillance Monitor instead of the standard scrolling of Surveillance Windows. 0—standard scrolling. 1—paging by layouts. The key must be created on the computer where the Surveillance Monitor is displayed. Attention! If you set CycleByLayouts=1 key and then change the Quad splitter settings in the Surveillance Monitor, they will be ignored. If the Quad splitter has already been configured and the CycleByLayouts=1 key is set, then the Quad splitter settings will be applied until you enable automatic scrolling, after that they will be ignored |
| x32: (x32)\Video x64: (x64)\Video | EnableCodecSettings | 0, 1 | 0 | 1.0.0 and later | The key is in use for enabling compressor and decompressor on the settings panel of the Camera object. 0 – Compressor and Decompressor parameters are not available for changing 1 – Compressor and Decompressor parameters are available for changing |
| x32: (x32)\Video x64: (x64)\Video | PerspMaxObjects | >0 | 10 | 1.0.0 and later | The key sets maximum calibration objects and background points that can be used when configuring perspective for the Tracker object (see Configuring perspective) |
| x32: (x32)\Video x64: (x64)\Video | VirtualGrabberSortMode | 0, 1, 2 | 0 | 1.0.0 and later | The key sets the order of playing back files when the virtual grabber is in use: 0 – sorting by the latest modification1 – sorting by name (lexicographic) 2 – sorting by creation time |
| x32: (x32)\Video x64: (x64)\Video | NotifyAbout_arch_days | 0, 1 | 1 | 1.0.0 and later | The key allows disabling the warning when the Store no less than parameter is set for more than 30% of cameras in the system (see also The Settings panel of the Camera object) |
| x32: (x32)\Video x64: (x64)\Video | MonitorArchPrevTimeSeconds | >=0 | -1 | 1.0.0 and later | Enables restarting record on archive entering and sets time period in seconds (0 or more) to roll back from current time at archive entering and start playback from. All frames are forced to be recorded to the disk at archive entering, taking into account the pre-alarm recording. -1 – disabled (by default). Note. The key is to be created on a Server. If the key is set to "0", it works in the same way as archrecrestart set to 1 (see above). If "1", "2", etc. is set, the key works in the same way as archrecrestart set to 1 , plus the time for positioning in archive is set. Note. If every 20th frame is a key frame, entering archive can take up to 2-4 sec., as all frames are warranted to be recorded on disk yet it is possible only if the key frame for the next clip is received in order to avoid gaps in the archive |
| x32: (x32)\Video x64: (x64)\Video | archenterpause | 0, 1 | 0 | 1.0.0 and later | Enables pausing playback on archive entering. 1 – the Pause button is pressed on archive entering, archive navigation using arrow keys 0 – the Pause button is not pressed on archive entering The key is to be created on a Server |
| x32: (x32)\Video x64: (x64)\Video | LButtonClickContinuousPlayEnable | 0, 1 | 0 | 1.0.0 and later | The key changes the playback by alarms control mode in the Video surveillance monitor: 0 – long left-click starts continuous playback of archive fragments, short click starts playback of the current selected archive recording only 1 – long left-click starts playback of the current selected archive recording only, short click starts continuous playback of archive fragments |
| x32: (x32)\Video x64: (x64)\Video | MonitorPlaybackControlByMouseWheel | 0, 1 | 0 | 1.0.0 and later | The key enables control of the playback speed of the archive in the Video surveillance monitor and pausing/resuming playback using the mouse wheel. 0 – playback speed control using the mouse wheel is possible only when the cursor is hovered over the playback control panel. When hovering the cursor over the video, the mouse wheel controls the zoom. Clicking on the mouse wheel is used to control the telemetry (autocentering) 1 – playback speed is adjusted using the mouse wheel while hovering the cursor over the Surveillance window. Clicking the mouse wheel pauses/resumes video playback Note. See Video playback controls section in Operator's Guide |
| x32: (x32)\Video x64: (x64)\Video | ConnectOnlyByClient | 0, 1 | 0 | 1.0.0 and later | The key disables video data transmission from the Server to the Videogate when video data via this Videogate is not requested on the Clients. The key is to be created on the computer under which the Videogate object is created. 0 – video is transmitted from the Server to the Videogate constantly 1 – video is transmitted from the Server to the Videogate when video data via this Videogate is requested on the Client. If recording to Videogate archive is configured, then to disable video data transmission from the Server to the Videogate, when they are not requested on the Clients, the Active cameras recording checkbox is to be set checked on the settings panel of the Videogate object (see Configuring the recording to the Videogate archive). If this checkbox is set unchecked and recording to the Videogate archive is configured, then video data is transmitted to the Videogate constantly |
| x32: (x32)\Video x64: (x64)\Video | MaximizeCameraOnDblClk | 0, 1 | 0 | 1.0.0 and later | The key enables transforming the Surveillance window into a one-fold layout by left double-clicking. The key is created on the computer where the video is displayed and the described behavior of the Video surveillance monitor is required. 0—by left double-clicking the size of the Surveillance window is increased by one fold 1—by left double-clicking the size of the Surveillance window is increased to a one-fold layout (only the selected Surveillance window is displayed in the Video surveillance monitor). Right double-clicking on the Video surveillance monitor restores the original layout Note. In order for the original layout to be restored by left clicking, this key should be used together with MinimizeCameraOnDblClk |
| x32: (x32)\Video x64: (x64)\Video | MinimizeCameraOnDblClk | 0, 1 | 0 | 1.0.0 and later | The key is used together with the MaximizeCameraOnDblClk = 1 key and it enables returning to the original layout after enlarging the video surveillance window by left double-clicking. The key is created on the computer where the video is displayed and the described behavior of the video surveillance monitor is required. 0 – returning to the original layout is performed by right-clicking the Surveillance window 1 – returning to the original layout is performed by left-clicking the Surveillance window |
| x32: (x32)\Video x64: (x64)\Video | UseOneClkToMaximizeOrMinimizeCamera | 0, 1 | 0 | 1.0.0 and later | The key is valid only if both keys MaximizeCameraOnDblClk and MinimizeCameraOnDblClk are set to 1. Enables the enlargement and reduction of the Surveillance window with one left or right mouse click: 0 – enlargement of the Surveillance window and return to the original layout by double-clicking the left or right mouse button 1 – enlargement of the Surveillance window and return to the original layout by one left or right mouse click |
| x32: (x32)\Video x64: (x64)\Video | ContourAlways | *, all, IDs of cameras, comma-separated | - | 1.0.0 and later | The key enables permanent outlining of moving objects on the video from the specified video cameras on all Video surveillance monitors to which it is added. The key is not created or created with an empty value – outlining is enabled by the Operator in the Surveillance window (see Outlining of moving objects). * or all – the permanent outlining of moving objects on all video cameras in on all Video surveillance monitors is enabled. Camera identifiers comma-separated (for example, "1,2,4") – permanent outlining of moving objects is enabled for cameras with the specified identifiers |
| x32: (x32)\Video x64: (x64)\Video | savemode | 0, 1 | - | 1.0.0 and later | The key allows not changing the video surveillance mode of the active camera (archive or live video) when changing the layout and adding or removing cameras to the Video surveillance monitor. 0 – when adding a new camera to the Video surveillance monitor and when removing cameras from it, the active camera switches into the live video viewing mode 1 – when adding a new camera to the Video surveillance monitor and removing the cameras from it, the active camera does not change the video surveillance mode (archive or live video) |
| x32: (x32)\Video x64: (x64)\Video | GateDumpConnections | 0, 1 | 0 | 1.0.0 and later | Enables the archive broadcasting through the video gateway. 0 – archive broadcasting through the video gateway is disabled 1 – archive broadcasting through the video gateway is enabled |
| x32: (x32)\Video x64: (x64)\Video | ShowDisconnectState | 0, 1 | 0 | 1.0.0 and later | The key enables displaying a message about a connection failure instead of the last frame received. 0 – When the connection to the camera is lost, the last received frame is displayed in the Surveillance window 1 – When the connection to the camera is lost, an image showing the disconnected state is displayed in the Surveillance window |
| x32: (x32)\Video\Deinterlace x64: (x64)\Video\Deinterlace | <monitor_id>.<camera_id>, e.g. 4.1 – camera 1 on monitor 4 | 1, 2 | - | 1.0.0 and later | The key sets deinterlacing mode for the specified camera. By default, the key is not created and mode 1 is in use. In case if it is not productive enough, for example for Paxton intercoms, use mode 2 |
| x32: (x32)\Video x64: (x64)\Video | MonitorMultiDecompress | 0, 1, 2 | 1 | 1.0.0 and later | The key sets the mode of using processor threads for decompression of archived video. This setting is used to increase the speed of archive video playback. 0 – Only one processor thread is used for archived video decompression regardless of the number of simultaneous archive views from different cameras 1 – A separate processor thread is used for archived video decompression for each camera, if possible. If the archive is viewed simultaneously from several cameras, the number of which exceeds the number of processor threads, then the video for several cameras will be decompressed in the same stream 2 – All available processor threads are used for archived video decompression, but only when the archive is viewed from one camera. If the archive is viewed simultaneously from several cameras, then the behavior will correspond to the key value 1 Note. If Clients are present in configuration, set the key both on Axxon PSIM Server and Client side |
| x32: (x32)\Video x64: (x64)\Video | DisableReplaceCam | 0, 1 | 0 | 1.0.0 and later | The key can be created to prohibit moving the Video Surveillance Windows on the layout in the Video Surveillance Monitor (either when the Control Panel is enabled or disabled). 0 – changing the position of the Video Surveillance Windows on the layout is allowed 1 – changing the position of the Video Surveillance Windows on the layout is prohibited |
| x32: (x32)\Video x64: (x64)\Video | EnterEdgeStorageDirect | 0, 1 | 0 | 1.0.0 and later | The key enables the user redirection to the "edge storage" after pressing the Enter archive button. 0 – after pressing the Enter archive button, the user is redirected to the video archive 1 – after pressing the Enter archive button, the user is redirected to the "edge storage" if there is one, and if it is connected to the camera in the Video Monitor The key should be specified on those computers where this option is required. The key ALSO enables the user redirection to the external archive on pressing the Tab hotkey in the Video Monitor |
| x32: (x32)\Video x64: (x64)\Video | TouchScreeenUpdateTimeout | > = 0 | 0 | 1.0.0 and later | The key sets the Play button hold time in milliseconds to enable the continuous video archive playback on the touch screen |
| x32: (x32)\Video x64: (x64)\Video | ShowNoDiscIconInMonitor | 0, 1 | 1 | 1.0.0 and later | Using this key you can hide the "no disk" icon from being displayed in the Monitor if no disk is selected for recording. 0 – if no disk is selected for recording, the "no disk" icon is not shown 1 – if no disk is selected for recording, the "no disk" icon is shown in the Monitor Note. You should use this key on all computers where the "no disk" icon has to be hidden from being displayed in the Monitor |
| x32: (x32)\Video x64: (x64)\Video | DisableTelemetryOnDeactivate | 0, 1 | 0 | 1.0.0 and later | 0 – if enabled, PTZ control remains active after you hide its window or switch to another screen 1 – if enabled, PTZ control becomes inactive after you hide its window or switch to another screen; you can re-activate it manually Refer also to Mouse PTZ control |
| x32: (x32)\Video x64: (x64)\Video | nosynt | 0, 1 | 0 | 1.0.0 and later | This key disables ActiveX's (refer to CamMonitor.ocx ActiveX Control) video stream recalculation to fit the display window and forces video display in its native resolution. Therefore, when you export a frame from an ActiveX window called from the Event Log or the Web Reports subsystem, you'll get full resolution frame from either live video or stored footage. 0 – ActiveX optimizes the video resolution to its window size 1 – ActiveX displays video in its native resolution |
| x32: (x32)\Video x64: (x64)\Video | ApplyChinaEastWestFix | 0, 1 | 0 | 1.0.0 and later | This key allows flipping the camera icon on the map while you rotate it. 0 – standard behavior 1 – the Map receives panning value as CAM|XXXX|UPDATE_ABSOLUTE which flips the camera icon while you rotate it |
| x32: (x32)\Video x64: (x64)\Video | UseNuma | 0, 1, 3 | 0 | 1.0.0 and later | This key affects the allocation of virtual memory in multi-CPU systems. 0 – uniform allocation of virtual memory 1 – NUMA allocation for optimal distribution of CPU load between multiple CPUs within a PC. Special Win32 API functions designed to work in NUMA mode are used 3 – NUMA allocation for optimal distribution of CPU load between multiple CPUs within a PC. An allocator with deferred deletion is used Note. Before changing this key, please consult your AxxonSoft manager |
| x32: (x32)\Video x64: (x64)\Video | MonitorForwardSkipSpeed | >0 | 12 | 1.0.0 and later | The key operates together with the MonitorSkipArchFramesEnable key (see above). It enables the accelerated playback on reference frames after the specified speed during the 1-camera playback. If the odd number is set as the key value, then the accelerated playback on reference frames will start at an even speed, minus 1 from the entered number |
| x32: (x32)\Video x64: (x64)\Video | NoSaveTitles | 0, 1 | 0 | 1.0.0 and later | The key disables storing captions in the captions database: 0 – the captions are saved in the captions DB 1 – the captions are not saved in the captions DB |
| x32: (x32)\Video x64: (x64)\Video | <Grabber name.MaxChannels> For example: RTSP.MaxChannels, HikVision(h.264).MaxChannels Note. Both new and old grabber names are supported. The comparison is case sensitive | >0 | - | 1.0.0 and later | The key sets the maximum number of camera channels under the manually created Video Capture Device object for the specified device (grabber). By default, the maximum number of channels is 64 |
| x32: (x32)\Video x64: (x64)\Video | MaxSpeedValue | Integer | - | 1.0.0 and later | The key sets the limit on the maximum archive playback speed in the Video Surveillance Monitor both forward and reverse. Examples of values: With a value of 6, the maximum possible playback/rewind speed is x6. |
| x32: (x32)\Video x64: (x64)\Video | DecompressorQueue | >0 | - | 1.0.0 and later | Sets the size of the display buffer in frames. For example, with the default value, frame skipping begins if there are more than 30 frames in the display queue for a channel. The key is applied to the compressed video. Only works when DecompressorQueue.ByTime=0 (see below) |
| x32: (x32)\Video x64: (x64)\Video | DecompressorQueue.ByTime | >=0 | 1500 | 1.0.0 and later | The key should be used to eliminate frame skip. Sets the time period in milliseconds for the display buffer. The key is applied to the compressed video. Set DecompressorQueue.ByTime=0 to specify buffer size in frames with the DecompressorQueue key |
| x32: (x32)\Video x64: (x64)\Video | StopAllButCurrent | >=0 | 0 | 1.0.0 and later | The key adjusts the automatic switching of video streams when changing the number of Video Surveillance Windows in the Video Surveillance Monitor: 0 – if you change the number of video surveillance windows in the Video Surveillance Monitor using the control panel or hot keys, the stream for non-displayed cameras is no longer requested from the server, but the streams are not turned off while a gradual overlap (enlarging by double-clicking) 1 or more – unused streams are disabled both with a gradual overlapping of the Video Surveillance Windows, and with a change in the number of Video Surveillance Windows in the Video Surveillance Monitor using the control panel or hot keys |
| x32: (x32)\Video x64: (x64)\Video | TT_INITIAL | >0 | 1000 | 1.0.0 and later | Sets the time period in milliseconds that must elapse after the mouse cursor hovers over a control in the Video Surveillance Monitor for a tooltip to appear |
| x32: (x32)\Video x64: (x64)\Video | TT_AUTOPOP | >0 | 5000 | 1.0.0 and later | Specifies the time period in milliseconds during which a tooltip is displayed in the Video Surveillance Monitor |
| x32: (x32)\Video x64: (x64)\Video | hardcoded_hyperlink | URL address | - | 1.0.0 and later | Sets the constant part of the link in the device Web interface home page address. If the key is set, the address of the Web interface looks like: hardcoded_hyperlink/<cam_id>. For example, the key is "http://locallhost/". When you go to the IP device’s Web interface from the settings panel of the Camera 1 object, the browser will open the address http://locallhost/1. |
| x32: (x32)\Video x64: (x64)\Video | syncing_cams_max_number | >0 | 10 | 1.0.0 and later | The key is in use with the importing from edge storages function. It determines the maximum number of cameras, the archive of which is synchronized after reconnecting to the Server. Reduce the key value if after reconnection with the Server there are gaps in the archive due to HD write queues. |
| x32: (x32)\Video x64: (x64)\Video | BookmarkProtectArchive | 0, 1 | - | 1.0.0 and later | If this key is created, then enabling or disabling archive protection when creating a bookmark is not available. 0 – archive protection is disabled when creating a bookmark, this cannot be changed when creating a bookmark 1 – archive protection is enabled when creating a bookmark, this cannot be changed when creating a bookmark |
| x32: (x32)\Video x64: (x64)\Video | IpStorageSyncDepthHours | >0 | 24 | 1.0.0 and later | Specifies the time, in hours, for which the archive is to be imported from edge storage. For example, if the last synchronization was performed 34 hours ago, and the key is set to the default value of 24, then after restoring the camera’s connection with the server, the archive will synchronize for only 24 hours. Note. The last synchronization time is set by the SyncedTime parameter in the Settings.xml file |
| x32: (x32)\Video x64: (x64)\Video | MonitorSynchronizedFrameBuffer | >=0 | - | 1.0.0 and later | Sets the number of decompressed frames in the buffer during synchronous archive playback. The key must be used if live video fps decreases during synchronous archive playback. 0 – buffering of decompressed frames during synchronous archive playback is disabled > 0 – buffering of decompressed frames during synchronous archive playback is enabled The key is applied to decompressed video. The key is mutually exclusive with MonitorFrameBuffer, i.e. only one of them can be in use at a time |
| x32: (x32)\Video x64: (x64)\Video | Video.ThreadAffinity.Main.CoreCPU | >=0 | 0 | 1.0.0 and later | Sets the number of the CPU core, for which the main thread of the Axxon PSIM software application is assigned. 0 – the core is not assigned to a thread; it can be used by other threads >= 0 – the core is assigned to the thread and excluded from use by other threads |
| x32: (x32)\Video x64: (x64)\Video | MonitorUpdateInterval | >0 | - | 1.0.0 and later | The key sets the update interval for the video image on the Video surveillance monitor. The key value should be increased with increasing load on the system and lowering FPS |
| x32: (x32)\Video x64: (x64)\Video | Monitor_<id>_GreenStreamFactor, where id is an identification number of the Monitor object | <camera_id>:<percentage>, several values can be set separated by comma | * | 1.0.0 and later | The key sets the width tolerance of the Video Surveillance window when automatically selecting a stream for display (Green Stream). The percentage in the key value is the fraction of the stream resolution, within which the width of the Video Surveillance window of the camera must be so that this stream is selected (if there are alternatives). The key is set on the Clients and affects only the local Monitor. Examples of values: * – tolerance of 5% (default). Key operation example. |
| x32: (x32)\Video x64: (x64)\Video | ResetFastPlaySpeedOnPause | 0, 1 | 0 | 1.0.0 and later | The key enables resetting of the acceleration factor when pausing archive playback in the Video Surveillance Monitor. Note. It is not recommended to set the key to 1 if synchronous archive playback on several cameras is in use |
| x32: (x32)\Video x64: (x64)\Video | BlockGetPositionParams | 0, 1 | 0 | 1.0.0 and later | The key disables obtaining absolute coordinates from the camera driver. 0 – Axxon PSIM periodically polls the PTZ camera for the absolute coordinates to display the viewing angle on the map 1 – absolute coordinates are not requested, the camera viewing angle on the Map does not change See also Configuring the camera viewing angle display on the Map |
| x32: (x32)\Video x64: (x64)\Video | GreenStreamScaleRatio | >0 | 1 | 1.0.0 and later | The key sets the coefficient for calculating the stream resolution when automatically selecting a stream for displaying if it is necessary to select a stream of higher (key value <1) or lower (key value >1) quality than required by default for the corresponding size of the Video surveillance window. The key should be created on the computer where the Video Surveillance Monitor is displayed. For example, to make a stream with a resolution of 640x480 to be selected for a Video surveillance window with a size of 1280x960 pixels, set the key to 2. At the default value, this stream resolution will be too low for the specified size of the Video surveillance window, so another stream will be selected |
| x32: (x32)\Video\Monitor\ DisableStreams\cam<camera_id>\ stream<camera_id.stream_id> x64: (x64)\Video\Monitor\ DisableStreamscam<camera_id>\ stream<camera_id.stream_id> | block_stream | 0, 1 | 0 | 1.0.0 and later | The key forbids auto selection of the corresponding stream for displaying. 1 – stream cannot be selected 0 – stream can be selected Example full path to the key: Computer\ HKEY_LOCAL_MACHINE\ SOFTWARE\ WOW6432Node\ AxxonSoft\ PSIM\ Video\ Monitor \DisableStreams \cam8 \stream8.3 When the key in this path is set to 1, the stream No. 3 on camera 8 will not be selected for displaying |
| x32: (x32)\Video x64: (x64)\Video | LayoutGradualIncrease | 0, 1 | 0 | 1.0.0 and later | The key enables a gradual increase of the Video Surveillance window on the custom layout by double-clicking the left mouse button. All Video surveillance windows on the layout should be the same size to ensure proper operation of the key. 0 – the Video surveillance window is expanded to the entire Video surveillance monitor by double-clicking the left mouse button 1 – by double-clicking the left mouse button, the Video Surveillance Window is enlarged gradually: the first double-click enlarges it 2 times of the initial size, the second double click enlarges 3 times of the initial size, etc. The Video Surveillance Windows adjacent to it are hidden on the layout |
| x32: (x32)\Video x64: (x64)\Video | UseDefaultLayoutOnlyAtStartup | 0, 1 | 1 | 1.0.0 and later | Sets the rules for displaying the default layout assigned in the Display Manager (see Selecting the default layout): 1 – the default layout is activated only when Axxon PSIM is launched while the last selected layout is displayed whan hiding/displaying/switching displays 0 – the default layout is activated when Axxon PSIM is launched, as well as when hiding/displaying/switching displays |
| x32: (x32)\Video x64: (x64)\Video | StopLiveStreamInArchive | 0, 1 | 0 | 1.0.0 and later | The key disables receiving live video when entering the camera archive in both Video Surveillance Monitor and Cammonitor.ocx ActiveX control. 0 – when entering the archive, live video continues to arrive 1 – live video stops when entering the archive and resumes after quitting the archive mode |
| x32: (x32)\Video x64: (x64)\Video | Threads.AffinityStrategy | 0, 1, -1 | 0 | 1.0.0 and later | The key sets the threads affinity mode. 0 – if the system has several physical processors, the threads will be bound to one of the processors, but without specifying a specific kernel. Within a single processor, the system will distribute threads across the kernels automatically. 1 – threads are bound to a specific kernel of a specific processor -1 – thread affinity is disabled |
x32: (x32)\Video\Monitor\<Monitor number>\Zoom\cam<Camera number> Note. For example, Monitor 1 and Camera 2 will have the following section: \Video\Monitor\1\Zoom\cam2 | blocking | 1 | - | 1.0.0 and later | The key blocks the ability to scale the video image and move the zoom zone in the viewing tile for the selected Monitor and Camera. The zoom ratio and the zoom zone will be saved in the position which was set before this key was applied. Note. To use this key, it is necessary to restart the Axxon PSIM |
| x32: (x32)\Video\AVI x64: (x64)\Video\AVI | UseFfmpegConcat | 1 | - | 1.0.0 and later | The key activates the splicing of video fragments into one file when exporting the archive using the AviExport utility, if the selected export period contains a record from several streams with different video resolutions. In this case, during splicing, the video fragments of lower resolution will be stretched to the highest resolution of the video fragment contained in the exported period of the archive. The resulting file will be in MKV format regardless of the selected container type. Note. The splicing of video fragments of different resolutions without recompression (in the original format) is performed only if all other characteristics of the video, except for the resolution, coincide. If the streams use different codecs, then it is necessary to use recompression to splice the video fragments |
| x32: (x32)\Video x64: (x64)\Video | MonitorExtraTextColor | - | - | 1.0.0 and later | Sets the unchanging color of the Camera additional information in the Surveillance monitor. The color is set as a decimal number, which is obtained when converting a color represented in HEX according to BGR, where two bytes are allocated for one color. Note. For example, blue in BGR HEX is FF0000. When converting FF0000 to decimal, the number 16711680 is obtained, which should be specified as the key value |
| x32: (x32)\Video x64: (x64)\Video | HideArchControls | 0, 1 | 0 | 1.0.0 and later | The key hides the archive navigation controls (archive entry button, timeline, playback control bar and videorecords list) in the Cammonitor.ocx ActiveX control 0 – archive navigation items are displayed 1 – archive navigation elements are not displayed |
| x32: (x32)\Video x64: (x64)\Video | AllowDuplicates | 0, 1 | 0 | 1.0.0 and later | The key allows you to view and configure camera duplicates in the ActiveX monitor 0—you cannot view and configure camera duplicates 1—you can view and configure camera duplicates
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| x32: (x32)\Video x64: (x64)\Video | DisableAntiAliasingForArchiveVideo | 0, 1 | 0 | 1.0.0 and later | The key provides the ability to disable smoothing when viewing the archive (see also Setting the parameters of the Monitor interface window). 0 – if the Smoothing checkbox is selected, then smoothing is applied when viewing the archive 1 – regardless of the value of the Smoothing checkbox, smoothing is not applied when viewing the archive |
| x32: (x32)\Video x64: (x64)\Video | AddAllGrabberChannels | 0, 1 | 0 | 1.0.0 and later | The key allows you to select any PCI channel for the video capture devices, regardless of which channels are already in use by other devices. 0 – you cannot select the same PCI channels for video capture devices of the same type created under the same computer 1 – any PCI channels can be selected for any video input devices |
| x32: (x32)\Video x64: (x64)\Video | Monitor.Native | 0, 1 | 1 | 1.0.0 and later | The key affects the recompression of archived video when playing in the Video Surveillance Monitor: 0—The server decodes the transmitted video into MJPEG. This method does not use inter-frame compression, that is, the video will consist only of key frames. This makes it convenient for navigating through the archive (forward/backward, acceleration/deceleration, frame-by-frame viewing), since each such request does not require the system to unpack the sequence of video frames in range from the nearest key frame to the required frame. 1—Recompression is not performed during video playback, i.e. the video is transferred to the Monitor in the format in which it was recorded in the archive. You can set this key only on the device on which the Video Surveillance Monitor is used. Usage examples: 1. If you frequently navigate through the archive during video playback from multiple cameras, it requires decoding at each request. This results in sharp increases in CPU load. To reduce them, you can disable the key (=0). Note that in this case the video will be decoded into MJPEG, which also loads the CPU. 2. If you need to play the archived video in the Monitor without using the naigation frequently, you can enable the key (=1), in which case the CPU load will be reduced and more even. |
| x32: (x32)\Video x64: (x64)\Video | ReverseRecompress | 0, 1 | 0 | 1.0.0 and later | The key enables recompression to MJPEG when playing the archive backward in the Video Surveillance Monitor: 0 – when playing backward, video is decompressed and uncompressed video is buffered 1 – when playing backward, video is recompressed to MJPEG format |
| x32: (x32)\Video\Monitor\<monitor number>\DisableMouse x64: (x64)\Video\Monitor\<monitor number>\DisableMouse | WM_LBUTTONDBLCLK | 1 | - | 1.0.0 and later | If the key is specified, then the selected Monitor will ignore a left double-click. Note. The key is used to prohibit unfolding the camera on the Video Surveillance Monitor using the mouse |
| x32: (x32)\Video\Monitor\<monitor number>\DisableMouse x64: (x64)\Video\Monitor\<monitor number>\DisableMouse | WM_RBUTTONDBLCLK | 1 | - | 1.0.0 and later | If the key is specified, then the selected Monitor will ignore a right double-click. Note. The key is used to prohibit unfolding the camera on the Video Surveillance Monitor using the mouse |
| x32: (x32)\Video\Monitor\<monitor number>\HardLayout x64: (x64)\Video\Monitor\<monitor number>\HardLayout | <Number of camera windows> | <Number of fold columns>, <Number of fold rows>. The values should be >0. For example, 3,2—sets the fold display of the size 3x2 | - | 1.0.0 and later | The key specifies the fold on the selected Monitor to display a certain number of camera windows. In the <Number of camera windows> parameter, you must specify the number of cameras added to Axxon PSIM that will be displayed in the Monitor. The key will be ignored if the specified number doesn’t match the number of cameras actually added. Example of the full path to the key and the parameter: Computer\HKEY_LOCAL_MACHINE\SOFTWARE\WOW6432Node\AxxonSoft\PSIM\Video\Monitor\2\HardLayout\3 = 4,5 After creating this parameter to display three camera windows, a fold of 4x5 will be displayed on the Monitor 2. Note. If the Control panel is enabled in the Monitor (see Setting the parameters of the Monitor interface window), the fold specified by the key is ignored and is switched to the default fold (see Changing the number of Surveillance windows) Note. Restart Axxon PSIM to use the key |
| x32: (x32)\Video x64: (x64)\Video | SendFrameArchExactDelay | >=0 | 1000 | 1.0.0 and later | The key sets the video display delay in milliseconds when navigating the upper timeline of video viewing in the archive |
| x32: (x32)\Video x64: (x64)\Video | Monitor.ShowTimeMS | 0, 1 | 0 | 1.0.0 and later | If the key is specified, then the video recording time in milliseconds will be displayed in the lower right corner of the video playback window. 0 – time is not displayed 1 – time is displayed |
| x32: (x32)\Video x64: (x64)\Video | TrySquareLayout | 0, 1 | - | 1.0.0 and later | The key enables the usage of symmetrical folds to display the camera windows in the Monitor in the Alarm cameras mode. The key applies only when the Keep camera ratio checkbox is set (see Setting the parameters of the Monitor interface window). 1—symmetrical folds of the Monitor are used, sufficient to display the required number of cameras: 1, 2x2, 3x3, 4x4, etc. 0—camera windows will fill the entire space of the Monitor window |
| x32: (x32)\Video x64: (x64)\Video | HideInMenuVideoServer | 0, 1 | 0 | 1.0.0 and later | When you switch to the archive in the Monitor, this key disables the ability to select a Video Server as a source. 0 − Video server can be selected 1 − Video server selection button is hidden |
| x32: (x32)\Video x64: (x64)\Video | CanUseVmdaFilters | 0, 1 | 1 | 1.0.0 and later | The key hides the Save the template and Load the template menu items of the Archive search item in the Monitor. 1 − menu items are available 0 − menu items are hidden |
| x32: (x32)\Video x64: (x64)\Video | HideArchSaveAndPrintButtons | 0, 1 | 0 | 1.0.0 and later | The key hides the buttons for print, export and scale in the Monitor in archive view mode. 1—buttons are hidden 0—buttons are available Note. Use this key if there are no users and permissions created in the System. Otherwise, configure the corresponding user permissions: Permissions to print and save archive files from Video surveillance monitor |
| x32: (x32)\Video x64: (x64)\Video | Monitor.IgnoreFastClientSkip | 0, 1 | 0 | 1.0.0 and later | The key enables decimation on the Client (Remote Client) when playing back the video archive at an increased speed. The key is created on the Client. 1 - decimation on the Client is disabled 0 - decimation on the Client is enabled |
| x32: (x32)\Video x64: (x64)\Video | GateDisableHotStartVideo | 0, 1 | 1 | 1.0.0 and later | The key disables the start of retransmission and video recording through the Videogate. The key directly affects the work of the START_VIDEO and STOP_VIDEO commands for GATE Videogate. 1—the START_VIDEO and STOP_VIDEO commands don’t work, i.e. video isn’t retransmitted and isn’t written to the archive 0—the START_VIDEO and STOP_VIDEO commands work, video is started and written to the archive |
| x32: (x32)\Video x64: (x64)\Video | StatusInfo | 0, 1 | - | 1.0.0 and later | Enables logging detailed information about the file system and memory usage for each camera to the video.run log file when the debugging mode is enabled (Debug=4). 0—basic information about the file system is displayed (6 lines, updated every 10 seconds) 1—detailed information about the file system is displayed (maximum amount of data available, updated every 10 seconds) By default, the key is not created, the system behavior with Debug=4 corresponds to StatusInfo=1 |
| x32: (x32)\Video x64: (x64)\Video | ShowFrameSkippedStatus | 0, 1 | 1 | 1.0.0 and later | Enables the indication of no archive recording by camera in the Video surveillance monitor if there are frames skipped during archive recording (i.e., the FRAME_SKIPPED events are received, see Indication of camera status). 1—if there are frames skipped, the disk absence icon will be displayed below the corresponding camera number 0— the icon won’t be displayed if there are frames skipped |
| x32: (x32)\Video x64: (x64)\Video | EmbededDetectorsLifetime | >0 | 1 | 1.0.0 and later | Sets in milliseconds the duration of displaying the trigger frame of the Embedded detection in the Video surveillance monitor (see Embedded detectors) |
| x32: (x32)\Video x64: (x64)\Video | UseObsoleteAttribute | 0, 1 | - | 1.0.0 and later | Disables the display of found obsolete devices (deprecated in Drivers Pack) when searching using the Camera discovery tool. 1—deprecated devices are not displayed in search results. 0—deprecated devices are displayed in search results. By default, the key is not created |
| x32: (x32)\Video x64: (x64)\Video | MonitorToTelemetryDirectCommand | 0, 1 | 0 | 1.0.0 and later | The key specifies the way of transmission telemetry commands when controlled from the Video surveillance monitor: 1—when you control telemetry from the Video surveillance monitor, the telemetry server connects directly to the video servers and sends commands to the devices. 0—when you control telemetry from the Video surveillance monitor, the telemetry server sends commands to the Axxon PSIM core, which sends them to devices. The key is used together with the TelemetryDirectCommand key (see below in the Telemetry section) to provide smoother telemetry control. Recommended values of these keys: TelemetryDirectCommand = 1 (default value) MonitorToTelemetryDirectCommand = 1 (attention: default value is 0) Attention! When you use these registry keys, Client, server and camera must be in one subnet without Videogate. Otherwise, the system won’t operate |
| x32: (x32)\Video x64: (x64)\Video | ActivateVirtualSlave | 0, 1 | - | 1.0.0 and later | The key specifies the grouping of cameras in the camera change dialog window in the Surveillance window (see Selecting camera to display in Surveillance window). 1—cameras are displayed as a single list without grouping 0—cameras are grouped by computers By default, the key is not created |
x32: (x32)\Video | FFCOPYPOLICY | 0, 1, 2, 3 | 0 | 1.0.0 and later | The key sets the method of copying data when using FFMPEG: 0—memcpy feature is used |
x32: (x32)\Video | FFSWSCALEFLAG | 1, 2, 4, 8, 16, 32, 64, 128, 256, 512, 1024 | - | 1.0.0 and later | The key is used only for value 2 of the FFCOPYPOLICY key (described above) and is required for configuring the sws context. The key supports values 1, 2, 4, 8, 16, 32, 64, 128, 256, 512, 1024 (see https://ffmpeg.org/doxygen/3.0/group__libsws.html) |
x32: (x32)\Video | AllowHideActionButtons | 0, 1 | 1 | 1.0.0 and later | The key determines the mode of displaying the button linked to the PTZ camera on top of the video in the Video surveillance monitor: 0—the button is always displayed in the Video surveillance monitor 1—the button isn't displayed in the Video surveillance monitor when you enable the telemetry control of the PTZ camera. Otherwise, the button is displayed |
x32: (x32)\Video | HideActiveXContextMenu | 0, 1 | 0 | 1.0.0 and later | The key determines the display mode of the context menu of the ActiveX monitor: 0—you can open the context menu by right-clicking anywhere in the ActiveX window 1—you cannot open the context menu by right-clicking anywhere in the ActiveX window
|
Video archive files | |||||
|---|---|---|---|---|---|
| Registry section | String parameter | Available values | Default | Product version | Parameter in effect |
| x32:(x32)\Video\FileSystem x64:(x64)\Video\FileSystem | FileReader.MMF | 0, 1 | 0 | 1.0.0 and later | 0 – during the playback, the video archive fragments are read into RAM by one frame 1 – during the playback, the video archive fragments are read into the RAM all at once |
| x32: (x32)\Video\FileSystem x64: (x64)\Video\FileSystem | FileSystem.NotifyCoreFrameSkipped | 0, 1 | 1 | 1.0.0 and later | The key enables FRAME_SKIPPED event (see CAM Camera). 0 – the FRAME_SKIPPED event is not generated, core load is reduced 1 – the FRAME_SKIPPED is generated, there is a risk of buffer overflow |
| x32: (x32)\Video\FileSystem x64: (x64)\Video\FileSystem | FileSystem.RecordingStateChangeDelay | >30 | 30 | 1.0.0 and later | The key sets in seconds the delay period between the state changes of frames skipping. Accordingly, the FRAME_SKIPPED\FRAME_SKIPPED_STOP events won’t be generated more often than the period specified in the key. See CAM Camera |
| x32: (x32)\Video\FileSystem x64: (x64)\Video\FileSystem | FileSystem.MaxSkippedFramesByPeriod | >0 | 50 | 1.0.0 and later | The key sets the minimum number of skipped frames for the period (the period is set in the FileSystem.RecordingStateChangeDelay key), during which the FRAME_SKIPPED event will be generated. See CAM Camera |
| x32: (x32)\Video\FileSystem x64: (x64)\Video\FileSystem | FileSystem.NotifyCoreFileSystemError | 0, 1 | 1 | 1.0.0 and later | The key enables the generation of camera events FILE_REC_ERROR and FILE_REC_OK (see CAM Camera). 0 – FILE_REC_ERROR and FILE_REC_OK events are not generated, the load on the core is reduced 1 – FILE_REC_ERROR and FILE_REC_OK events are generated, there is a risk of buffer overflow |
| x32: (x32)\Video\FileSystem x64: (x64)\Video\FileSystem | FileSystem.MinMaxHoursFromNow | 0, 1 | 1 | 1.0.0 and later | The key enables the feature of counting down the storage period for the Keep no less than parameter from the last archive record timestamp (see also Configuring video camera archive depth). 0 – the archive storage time is counted from the last archive record time stamp 1 – the archive storage time is counted from the current time |
| x32: (x32)\Video\FileSystem x64: (x64)\Video\FileSystem | FileSystem.SaveUncompressed | 0, 1 | 0 | 1.0.0 and later | The key enables or disables compression of the video recorded on the disk. 0 – compressed video is recorded to the disk according to the settings of each camera 1 – uncompressed video is recorded from all cameras to disk, ignoring the compression settings specified for all cameras Note. This key is required for debugging. It is not recommended to change the value of this key |
| x32: (x32)\Video\FileSystem x64: (x64)\Video\FileSystem | FileSystem.DeleteMinutes | >=10 | 60 | 1.0.0 and later | The key sets in minutes the time segments of the recorded archive that will be deleted when it is necessary to free up space. The smaller the value, the smaller segment will be deleted in one deletion iteration, but there will be more such iterations. This will speed up the deletion process and will not overflow the buffer |
x32: (x32)\Video\FileSystem x64: (x64)\Video\FileSystem | FileSystem.FlushFileBuffers | 0, 1 | 0 | 1.0.0 and later | The key specifies the method of clearing the internal data buffer of the OS file system record: 1—forced resetting of the internal buffers of the OS file system record (actual prohibition of record caching) 0—automatic (at the discretion of the system) resetting of the internal buffers of the OS file system record |
x32: (x32)\Video\FileSystem x64: (x64)\Video\FileSystem | FileSystem.MemFile | -1, 0, 1 | -1 | 1.0.0 and later | The key specifies the way the archive is recorded to the disk or network storage: 0—each frame is recorded to the disk at once. This value is not recommended to use for network storages 1—at first video is fully recorded to RAM (default video size is 1500 frames, it's specified by the Frame count parameter on the Settings panel of the Video subsystem section of the Tweaki.exe utility, or by the MaxFrames key), temporary files are not created. When the recording ends, it is recorded to the disk by parts, the size of which is set by the FileSystem.WriteBufferSize parameter (4 MB by default). Memory consumption highly increases in this case -1—at first video is recorded to the temporary file in RAM. The minimum size of the temporary file is limited by the FileSystem.PreAllocateFileSize key value. The maximum size of the temporary file is limited by the FileSystem.WriteBufferMemoryLimit key value. When the size of the temporary file reaches maximum value, it is recorded to the disk. Memory consumption highly increases in this case. By default, when installing Axxon PSIM, the key is not created |
x32: (x32)\Video\FileSystem x64: (x64)\Video\FileSystem | FileSystem.WriteBufferMemoryLimit | >=0 | 4 | 1.0.0 and later | The key sets the maximum possible size of the memory buffer for the channel; when this value is exceeded, the data from the buffer will be recorded to the archive. The unit of measurement is megabytes |
x32: (x32)\Video\FileSystem x64: (x64)\Video\FileSystem | FileSystem.PreAllocateFileSize | 0-200 | 10 | 1.0.0 and later | The key is used when FileSystem.MemFile=-1 (described above). Sets the minimum size of a temporary file in RAM in megabytes, i.e., a file of the specified size will be created immediately before writing to it |
x32: (x32)\Video\FileSystem x64: (x64)\Video\FileSystem | FileSystem.FastIndex | 0, 1 | 1 | 1.0.0 and later | The key enables fast index download. It is used by 64-bit modules only as memory consumption increases when reading and saving. Regardless of the key value, the fastIndex.index file is created in the VIDEO folder. This file helps to download indexes much faster. 0 – when Axxon PSIM is started, all indexes are downloaded, so no time is wasted for data loading 1 – when Axxon PSIM is started, the specified file is downloaded and the data on detailed index for each hour will be loaded if required |
x32: (x32)\Video\FileSystem x64: (x64)\Video\FileSystem | FileSystem.WriteBufferSize | >0 | 4 | 1.0.0 and later | The key specifies the size of the video data chunks in megabytes that are recorded to the disk simultaneously. If the size of the frame is less than the specified value, it is "glued" to the next frame. The key is used when the FileSystem.MemFile key value is 1 or -1 Note. See also WritingQueueSize |
| x32: (x32)\Video x64: (x64)\Video | WritingQueueSize | >0 | 100 | 1.0.0 and later | The key sets number of frames storing in RAM until start of data record to buffer. The key can be used with any codec |
x32: (x32)\Video\FileSystem x64: (x64)\Video\FileSystem | FileSystem.ReadRaw | 0, 1 | 0 | 1.0.0 and later | The key enables a more optimal read of video archive individual frames from the disk. It is created on the Server. 0 – optimization of video archive reading is disabled 1 – optimization of video archive reading is enabled |
Audio | |||||
Registry section | String parameter | Available values | Default | Product version | Parameter in effect |
x32: (x32)\Audio | Max_file_len_sec | > = 0 | 600 | 1.0.0 and later | Defines max. length of audio file (sec) when recording via audio player |
x32: (x32)\Audio\ | mix | 0, 1 | 0 | 1.0.0 and later | Sets input mixing |
| x32: (x32)\Audio x64: (x64)\Audio | AudioStreamLoggerEnable | 0, 1 | 0 | 1.0.0 and later | 0 – logging is disabled 1 or other value different from 0 – streams logging is enabled. The module restart is not required to change the key value |
| x32:(x32)\Audio x64:(x64)\Audio | AudioMaxDiffTime | >0 | 2000 | 1.0.0 and later | The key sets the maximum discrepancy in milliseconds between the estimated timestamps and the incoming timestamps of the audio packets received from the IP audio input devices. If the difference exceeds this value, then the estimated time will be adjusted. The key only affects the recording to the archive and does not affect the playback of live and archive sound |
| x32:(x32)\Audio x64:(x64)\Audio | SpeakerLiveDelay | >0 | 2000 | 1.0.0 and later | The key sets the maximum buffer size in milliseconds when playing the live sound using the Speaker objects. On the one hand, it affects the maximum delay when playing the live sound through the Speaker (the maximum delay is equal to the specified value). On the other hand, if the sound is received unevenly, and the size of the incoming packets is greater than the specified value, then there can be interruptions and "wheezing" sounds in the live sound. The key does not affect the playback of archive sound |
Core | |||||
Registry section | String parameter | Available values | Default | Product version | Parameter in effect |
x32: (x32) | ChangePort | > = 0 | Depends on the port specified for the Client | 1.0.0 and later | Allows changing the port number. For instance, if it is necessary to change port 20900 to 40900, then 20900="40900" string parameter is created. |
x32: (x32) | CheckVersion | 0, 1 | 0 | 1.0.0 and later | Sets the parameters of Server connection: the version is checked in connected version parameters. If versions do not agree, then there is a corresponding message and no connection |
x32: (x32) | Core IP Address | IP address | - | 1.0.0 and later | Address of the computer to the core of which the psim_host.exe is to connect |
x32: (x32) | DBAttempts | >=1..∞ | 10 | 1.0.0 and later | Number of attempts to connect to database |
x32: (x32)/Debug | DebugLevel | 0,1,2,3,4 | 0 before weekly build 1.0.1.172, starting with weekly build 1.0.1.172, the default value is 4 | 1.0.0 and later | Sets the debug mode: 1—information is shown in the process window; 2—information is shown in the process window and logged; 3—extended log is written, it contains module events; 4—extended log is written, it contains module events and parameters |
x32: (x32)/Debug | DebugExtension | Any string | LOG | 1.0.0 and later | Sets extensions of log files |
x32: (x32)/Debug | DebugFlushPeriod | > = 0 | 500 | 1.0.0 and later | Sets the update rate for log files (ms) |
x32: (x32)/Debug | DebugOptions | Range in decimal system: 0-255. | 0x001 (i.e. 1) | 1.0.0 and later | Hexadecimal logging in the debug mode. This parameter has a complex structure (bit mask) and it is modified using the Tweaki.exe utility |
x32: (x32)/Debug | DebugQueueMaxLines | 0 – 2147483647 | 50000 | 1.0.0 and later | Specifies max. number of messages in the queue to the log file. If there are more than 500 log lines in the queue, then they must be decimated |
x32: (x32)/Debug | DebugSize | >=100 | 100 | 1.0.0 and later | Specifies the number of megabytes provided for log. Restricted by disk capacity |
x32: (x32)/Debug | DebugTime | 0-2147483647 | 48 | 1.0.0 and later | Specifies the number of hours for keeping log files |
| x32: (x32)/Debug x64: (x64)/Debug | DebugZipDays | >0 | 2 | 1.0.0 and later | Specifies the number of days for keeping log files in the gz format |
| x32: (x32)/Debug x64: (x64)/Debug | LogTracker | 0, 1 | - | 1.0.0 and later | By default, the key isn't created. Only for 64-bit systems. The key is used to write logs to a new vmda_lib.log file in the Modules64 folder during smart search in the archive. 0—a new log file isn't created 1—a new log file is created |
| x32: (x32) x64: (x64) | debug_log | 0, 1 | - | 1.0.0 and later | By default, the key is not created. The key defines whether all events and reactions all fully logged into the log file. Note. It is not recommended to use this key on a permanent basis, because with full logging, the size of the log file will constantly increase |
| x32: (x32) x64: (x64) | debug_protocol | 0, 1 | 0 | 1.0.0 and later | The key creates the DEBUG_PROTOCOL table in the database. All events and reactions are recorded in the table. Note. When restarting Axxon PSIM, the table will be created anew |
x32: (x32) | defaultconnection | 0, 1 | 1 | 1.0.0 and later | Allows setting connections in the architecture only with the computer where the Computer object is created |
x32: (x32) | DisableProtocol | 0, 1 | 0 | 1.0.0 and later | Allows disabling protocol |
x32: (x32) | DisableThreadStatQueue | 0, 1 | 0 | 1.0.0 and later | By default the key is not created. Defines whether the queue statistics is called or not. If the registry key value=1, then the box can not be called. To call the Queue statistics box, press Alt+F2 key combination |
x32: (x32) | InstallFolder | Axxon PSIM | 1.0.0 and later | Specifies the installation folder | |
x32: (x32) | Language | 0x0419 | - | 1.0.0 and later | Specifies the language to use (0x0419 – English) |
x32: (x32) | OnlyLocalProtocol | 0, 1 | 0 | 1.0.0 and later | Only local events are logged |
| x32: (x32) x64: (x64) | ProtocolWriteAllEvents | 0, 1 | 0 | 1.0.0 and later | Defines whether the events are recorded into the Events protocol |
x32: (x32) | PeakWorkingSetSizeQuota | >=0 | 0 | 1.0.0 and later | Sets RAM limit (MB). When this limit is exceeded, the module that exceeded this limit will be restarted in the restart service |
x32: (x32) | PhotoCores | Name or IP address | - | 1.0.0 and later | The list of computers (cores) for mailing user photos |
x32: (x32) | PriorityClass | 256, 128, 32768, 32, 16384, 64 | 32 | 1.0.0 and later | The key determines the stream priority: 256—realtime 128—high 32768—Above Normal 32—normal 16384—below Normal 64—low |
x32: (x32) | ShowCrashMessage | 0, 1 | 0 | 1.0.0 and later | Create or not the module crash message |
x32: (x32) | SyncTime | 0, 1 | 0 | 1.0.0 and later | Defines whether to synchronize time between computers or not |
x32: (x32) | Topmost | 0, 1 | 1 | 1.0.0 and later | Sets the splash screen location: This key is applied for splash screen both on the Server/Remote Administrator’s workstation and on the Client |
x32: (x32) | Type_view_dept_log | 0,1,2 | 0 | 1.0.0 and later | Specifies displaying the name of department in the log: 0 – do not add: Ivanov Ivan Ivanovich; |
x32: (x32) | URAttempts | 0 – 10000 | 3 | 1.0.0 and later | Sets the number of attempts to enter the user password |
x32: (x32) | URDelay | 0 – 10000 | 60 | 1.0.0 and later | Sets the delay period (sec) for re-entering the system |
x32: (x32) | virtualgrabber | 0, 1 | 0 | 1.0.0 and later | Defines whether it is possible to create a virtual video capture card or no |
x32: (x32) | SyncNotEmpty | 0, 1 | 0 | 1.0.0 and later | Defines the database synchronization algorithm: 1 – fast synchronization algorithm is in use; 0 – standard synchronization algorithm is in use |
x32: (x32)\Debug | counter_period | >=0 | 60 | 1.0.0 and later | Defines the time period in seconds, in which information about availability of processor, memory and disk is recorded to the log file. If the value of the parameter is 0, this information is not included to the log file |
x32: (x32)\ AxxonPSIMRunService | Restart AxxonPSIMOnLogonDisable | 0, 1 | 0 | 1.0.0 and later | 1 – Axxon PSIM installed as a Service is not restarted under the current user even for users belonging to the AxxonPSIMUsers group. 0 – Axxon PSIM installed as a Service is restarted under the current user only if the user belongs to the AxxonPSIMUsers group |
x32: (x32)\ AxxonPSIMRunService | CheckUserForRestartAxxonPSIMDisable | 0, 1 | - | 1.0.0 and later | 0 – Axxon PSIM installed as a Service is restarted (when entering the system) under the current user only if the user belongs to the AxxonPSIMUsers group 1 – Axxon PSIM installed as a Service is restarted (when entering the system) under the current user even if the user doesn’t belong to the AxxonPSIMUsers group. The settings of permissions are to be taken into account when using this key. If the permissions are set incorrectly, then some Axxon PSIM features can operate incorrectly |
x32: (x32) | ShowHiddenObjects | 0, 1 | 0 | 1.0.0 and later | 0 – hidden objects corresponding to IntegratedAudioSource and IntegratedVideoSource objects, as well as to Integrated device child objects are not shown in the object tree in Axxon PSIM 1 – hidden objects are shown in the object tree in Axxon PSIM Axxon PSIM is to be restarted when the key value is changed |
x32: (x32)\ AxxonPSIMRunService\ | InheritServiceEnvironment | 0, 1 | - | 1.0.0 and later | The key is essential for proper operation of Axxon PSIM in MS failover cluster |
x32: (x32) | SortCamsById | 0, 1 | - | 1.0.0 and later | The key determines the order in which the list of cameras is sorted in the Monitor object settings panel and in the Monitor object function menu. 1—cameras are sorted by ID; 0—cameras are sorted by name |
x32: (x32) | EventProcessingThreads | >=0 | 0 | 1.0.0 and later | Key reserves the specified number of streams for events processing |
| 4-8 | Equal to CPU cores number | 1.0.0 and later | |||
x32: (x32)\Debug | DumpYUV | 0, 1 | - | 1.0.0 and later | Key activates the mode of video dump corresponding to compressor. It is required for diagnostics of StreamLabs (motionWavelet7.1) compressor/decompressor problems. File (or files) with decompressed data will be created by key in the Modules directory. Names of files correspond to the template: W – width; For example, file with resolution 640x480 in YUV420 color area will have the 640x480_22_chunk_0.yuv name |
x32: (x32) | settings_height | >0, depends on screen resolution | 438 | 1.0.0 and later | Sets the height of the object settings panel (in pixels) |
x32: (x32) | settings_width | >0, depends on screen resolution | 600 | 1.0.0 and later | Sets the width of the object settings panel (in pixels) |
| x32: (x32) x64: (x64) | ATMSendSetup | 0, 1 | 1 | 1.0.0 and later | 0 – receiving of the SETUP reaction from the ATM object is disabled on the computer where this key is specified 1 – receiving of the SETUP reaction from the ATM object is enabled on the computer where this key is specified |
| x32: (x32) x64: (x64) | RegisterF10andF11 | 0, 1 | 1 | 1.0.0 and later | 1 – F10 and F11 hot keys are in use to control screen displaying (see Main control panel section) 0 – F10 and F11 hot keys are not in use to control screen displaying Note. When the key is changed Axxon PSIM restart is required. To disable F10 and F11 hot keys on the Remote Administrator's workstation, the key is to be created in the \HKEY_CURRENT_USER\Software\AxxonSoft\PSIM registry section. To disable F10 and F11 hot keys on the Remote Administrator's workstation when operating under the Admin account, he key is to be created in the same registry section as on Server (x32)/(x64) |
| x32: (x32) x64: (x64) | DisableF8 | 0, 1 | 0 | 1.0.0 and later | 0 – F8 hot key is in use to call the Execute menu on the main control panel 1 – F8 hot key is not in use Note. To disable F8 hot key on the Remote Administrator's workstation, the key is to be created in the \HKEY_CURRENT_USER\Software\AxxonSoft\PSIM registry section. To disable F8 hot key on the Remote Administrator's workstation when operating under the Admin account, he key is to be created in the same registry section as on Server (x32)/(x64) |
x32: (x32) | check_digital | 0, 1 | 0 | 1.0.0 and later | When the key value = 1, video or archive period is exported from the Monitor interface using the admin password |
| x32: (x32) x64: (x64) | CONNECT_ATTEMPTS | >=1 | 1 | 1.0.0 and later | The key sets the number of attempts to connect the Client to Server. The key is specified on the side of the Client |
| x32: (x32) x64: (x64) | FLUSH_TIMER_TIMEOUT | >0 | 10 | 1.0.0 and later | The key specifies maximum waiting time in milliseconds before sending data over the network. The higher the value of this parameter, the more productive the system due to decreasing resources when sending a large amount of small messages. However, time of response to events can also increase. The key is created by default |
| x32: (x32) x64: (x64) | UnloadDelay | 0 to 60000 ms | 5000 | 1.0.0 and later | The key sets the delay between disabling Guardant and unloading Axxon PSIM. The delay is essential for the FORCED_OFF event generation of the PSIM_HOST object and in case this event is used in scripts or programs, these scripts and programs are executed. If UnloadDelay = 0, unloading is performed without any delays, i.e. script/program in which the specified event is used, cannot execute |
| x32: (x32) x64: (x64) | SortSubItems | 0, 1 | 0 | 1.0.0 and later | The key is for specifying the way of sorting objects in the tree: 0 – sorting by name 1 – sorting by ID Note 1. If sorting by name is chosen, and there are numbers in the object name, then the objects will be sorted in alphabetical order. For example, an object with the name "115" will be above the object with the name "15", because in the name "115" the second number is 1, and in the name "15" the second number is 5. Note 2. This key also affects the sorting of objects in the tree when adding the objects to a layer in the Map Editor utility |
| x32: (x32) x64: (x64) | ShowSmallBarAlways | 0, 1 | 0 | 1.0.0 and later | The key enables displaying the main control panel of Axxon PSIM on the screen. 0 – the main control panel is displayed when pointing to the upper right corner of the screen 1 – the main control panel is always displayed in the upper right corner of the screen |
| x32: (x32) x64: (x64) | UpdateProtocolPeriod | > 0 | - | 1.0.0 and later | Sets time period (in days) of storing the change protocol in the database. The storing period is counted from the last recording or starting from the current time depending on the value of the ClearProtocolFromCurrentTime key (see above). Recordings storing period of which has expired are deleted at midnight every 24 hours in case the license is activated |
| x32: (x32) x64: (x64) | permissible_memory_limit | >0 | 2000 | 1.0.0 and later | The key sets the occupied memory threshold, reaching which the core starts receiving messages with a delay. The key must be used when module shuts down because of excessive memory consumption |
| x32: (x32) x64: (x64) | MsgCompressOn | 0, 1 | 0 | 1.0.0 and later | The key enables the compression of transmitted messages: 0 — compression is disabled 1 — messages from the cores are sent compressed (zip with maximum compression). Compression allows reducing the network load Note. If the key value = 1, the Web-Server doesn't work, because the Web-Server doesn't recieve compressed messages |
| x32: (x32) x64: (x64) | user_card_info_on | 0, 1 | 0 | 1.0.0 and later | The key is used with the ACS/FAS integration modules that are the part of ACFA PSIM. It enables displaying the access card number for all events associated with the cards in the Event Viewer. |
| x32: (x32) x64: (x64) | CriticalErrGui | 0, 1 | 0 | 1.0.0 and later | It enables displaying messages about database connection errors regardless the debugging mode (see the description of the Debug key and Enabling and configuring the debug mode of Axxon PSIM section). 0 – messages about database connection errors are displayed only at Debug 4 debugging levels 1 – messages about database connection errors are displayed regardless the selected debugging level |
| x32: (x32) x64: (x64) | clean_object_lists | 0, 1 | 0 | 1.0.0 and later | The key determines if cameras are removed from the list in the Video surveillance monitor when the Camera object is removed. 1—when the object is removed, the camera is removed from the list in the Video surveillance monitor 2—when the object is removed, the camera isn't removed from the list in the Video surveillance monitor. When you recreate the Camera object with the same identifier, it is automatically added to the list of cameras in the Video surveillance monitor |
| x32: (x32) x64: (x64) | AxxonPSIMCloseTimeout | >0 | 60000 | 1.0.0 and later | It sets Axxon PSIM close timeout in milliseconds. If psim.exe process does not close during this timeout, then it is terminated forcefully. If there is no key, then timeout is 60 seconds |
| x32: (x32) x64: (x64) | SaveIncommingMsg | 0, 1 | 0 | 1.0.0 and later | It enables recording of incoming messages to log files for started modules. The file name looks like <module name>.exe.cd.log. These files are stored in the same folder as the executed module file, for instance, for psim.exe the psim.exe.cd.log file is stored in the Axxon PSIM installation directory and for VMSScript.exe the VMSScript.exe.cd.log file is stored in the Modules folder. When the size of the log file exceeds 4 GB, it is archived to the backup file with .bak extension – <module name>.exe.cd.log.bak. This is necessary to avoid module overload. Note. The log file is rewritten when Axxon PSIM is restarted. 0 – recording of incoming messages is disabled 1 – recording of incoming messages is enabled |
| x32: (x32) x64: (x64) | BackupFolder | Address of a local or network folder | - | 1.0.0 and later | Specifies the address of the folder to save a backup copy of the database created by a macro or using the idb.exe utility. For example, C:\Documents and Settings\AVP\Desktop\Backup If the database copy is to be stored on the network disk, then the UNC path to the network folder (with the recording access) is to be specified on the disk in the \\ServerName\ShareName format. Take into account the fact that all network resources that require additional authentication are to be enabled using the same username as for running the SQL Server service. See also Creating the database backup copy |
x32 and x64: HKEY_LOCAL_MACHINE\SOFTWARE\Microsoft\Windows NT\CurrentVersion\Winlogon | Shell | Any text value | explorer.exe | 1.0.0 and later | If the key value contains the "explorer" string (for example, the default value, "testexplorertest" or "123explorertest125" values), the Save button is displayed in the About program... window. Otherwise, the Save button is hidden |
| x32: (x32)\ AxxonPSIMRunService x64: (x64)\ AxxonPSIMRunService | PsimUserGroup | Any text value | 1.0.0 and later | If Axxon PSIM is installed as a Service, and you need to use a user group other than PsimUsers, then specify the required user group name in this key | |
| x32: (x32) x64: (x64) | monitor_refresh_delay | 10 -30000 | 3000 | 1.0.0 and later | The key sets a period in milliseconds to update video on Video Surveillance Monitors of the Clients after Failover Service has transferred configuration. If the key value is less than 500, the monitors are updated regardless of the number of cameras. If the key value is more than 500 and the number of cameras on the monitor is more than 64, the update does not occur while the System Settings dialog box is open |
| x32: (x32) x64: (x64) | DisableUpdateProtocol | 0, 1 | 0 | 1.0.0 and later | The key disables the filling of the UPDATE_PROTOCOL table storing information about changes of Axxon PSIM object settings (except the User objects). 0 – the UPDATE_PROTOCOL table is filled 1 – the UPDATE_PROTOCOL table is not filled |
| x32: (x32) x64: (x64) | max_disp_menu_items | >0 | 50 | 1.0.0 and later | If the number of screens assigned to a computer is larger than that specified in the key, scrolling the list of screens with the mouse wheel becomes available (if the size of the list is larger than the size of a computer monitor). The key is set on each Server and Client where this function is required |
| x32: (x32) x64: (x64) | URM_ProcessWait | >0 | 10000 | 1.0.0 and later | The key sets time period in milliseconds to wait for the Client to stop before aborting the Video.run process. The key should be created on the Clients |
| x32: (x32) x64: (x64) | show_responsible | 0, 1 | 0 | 1.0.0 and later | The key enables the display of users responsible for the region (if assigned) in events from objects related to the regions:
The key is created on the Server |
| x32: (x32) x64: (x64) | NotifyExpireLic | 0, 1 | 0 | 1.0.0 and later | The key enables the event showing the days left to the license expiration (see SLAVE Computer) |
| x32: (x32) x64: (x64) | sync_timeout | >0 | 600 | 1.0.0 and later | The key sets the time period in seconds allocated for synchronizing the database when starting Axxon PSIM software. The key must be created on the Server, where synchronization with another server occurs. See also Configuring database synchronization |
| x32: (x32) x64: (x64) | ShowPanelByKey | 0, 1 | 0 | 1.0.0 and later | The key disables the display of the Main control panel by hovering the mouse cursor in the upper right corner of the screen. Having the key is set to 1, use the F12 hotkey to call the Main control panel |
| x32: (x32) x64: (x64) | IntegrityCheck | 0, 1 | 0 | 1.0.0 and later | Enables distribution integrity check when starting Axxon PSIM software package. The following files are checked:
If any of them is missing or changed, the message "The integrity of the distribution package is broken. Reinstall Axxon PSIM" is displayed in the launch window, and the Axxon PSIM start interrupts |
| x32: (x32)\Display x64: (x64)\Display | DISPLAY_MAX_NUM | 1-1000 | 500 | 1.0.0 and later | The key sets the maximum number of Display objects that can be assigned to one computer |
| x32: (x32)\ x64: (x64)\ | ADSyncOnStart | 0, 1 | 0 | 1.0.0 and later | The key enables synchronization with Active Directory when starting Axxon PSIM software. 0 – synchronization with AD when starting Axxon PSIM is disabled 1 – synchronization with AD when starting Axxon PSIM software is enabled |
| x32: (x32)\ x64: (x64)\ | cur_monitor | >0 | not set | 1.0.0 and later | The key specifies the number of the physical monitor on which the Main Control Panel should be displayed. The key can be used both for the Axxon PSIM Server/RAW configuration, and for the Client configuration. Monitors are numbered left to right, top to bottom, regardless of system numbering. Important! The numbering of monitors starts from 0. For example, set the key to 0 to display the Main Control Panel on the 1st physical monitor; set to 1 to display on the 2nd monitor, etc. By default, the Main Control Panel is displayed on the Primary monitor selected in the system screen options |
| x32: (x32)\Macro x64: (x64)\Macro | UseHotKeys | 0, 1 | 1 | 1.0.0 and later | The key disables hot keys for macros. 0 – hotkeys in macros are disabled 1 – hotkeys in macros are enabled |
| x32: (x32) x64: (x64) | SocketReadSize | >0 | 32768 | 1.0.0 and later | The key sets the size of the buffer to receive the TCP transport layer in bytes. Examples of values: 262144 (0.25 MB), 1048576 (1 MB), 10485760 (10 MB). Used together with the SocketWriteSize parameter |
| x32: (x32) x64: (x64) | SocketWriteSize | >0 | 32768 | 1.0.0 and later | The key sets the buffer size to send the socket of the TCP transport layer in bytes. Examples of values: 262144 (0.25 MB), 1048576 (1 MB), 10485760 (10 MB). Used together with the SocketReadSize parameter |
| x32: (x32)\InstallPropertyInfo x64: (x64)\InstallPropertyInfo | INSTALL_AS_SERVICE | 0, 1 | 0 | 1.0.0 and later | Enables Axxon PSIM installation as a Service. 0—standard Axxon PSIM installation 1—Axxon PSIM will be installed as a Service |
| x32: (x32) x64: (x64) | core_module_name | psim.exe, psim64.exe | psim.exe | 1.0.0 and later | Sets the executable file of the program module if Axxon PSIM is installed as a Service. psim.exe—the psim.exe program module is started when the PSIM Core Server service is started psim64.exe—the psim64.exe program module is started when the PSIM Core Server service is started |
| x32: (x32) x64: (x64) | GlobalParamChange | 0, 1 | 1 | 1.0.0 and later | Enables the display of the Change parameter item in the context menu in the objects tree (see The Change parameter function). 1—the Change parameter function is displayed in the menu 0—the Change parameter function isn't displayed in the menu |
| x32: (x32) x64: (x64) | allow_alter_core_ip_address | 0, 1 | not set | 1.0.0 and later | Enables the display of a list of IP addresses of previously used Servers in Remote Client; in this list, you can select one of the IP addresses to connect to when starting the Remote Client. 1—when starting the Remote Client, a drop-down list with the last Server IP addresses used for the connection is displayed 0—when starting the Remote Client, it is connected to the last used Server |
| x32: (x32) x64: (x64) | LogUsersArray | 0, 1 | 1 | 1.0.0 and later | Disables logging of domain user account data to the psim.log file. 1—account data logging is enabled 0—account data logging is disabled |
| x32: (x32) x64: (x64) | inc_server_send_full_event | 0, 1 | not set | 1.0.0 and later | Enables additional data logging for Incident server events: INC_SERVER||EVENT will contain the full parameters of the source event (see INC_SERVER Incident server). 1—data logging with full parameters of events 0—normal logging of event data By default, the key is not created. Note that if you enable full parameter logging, it will increase the size of the event database (by default, Incident server events are stored in the Axxon PSIM database in the PROTOCOL_INC_SERVER table) |
| x32: (x32) x64: (x64) | UseWindowsEventLog | 0, 1 | not set | 1.0.0 and later | The key determines the mode of event logging to the Windows system log. 1—event logging is enabled 0—event logging is disabled By default, the key isn’t created |
| x32: (x32)\IpWizard x64: (x64)\IpWizard | AdditionalSearchTime | >=0 | 10000 | 1.0.0 and later | The key sets the additional wait time in milliseconds for a response from a device in the Ip Wizard window |
Telemetry | |||||
Registry section | String parameter | Available values | Default | Product version | Parameter in effect |
x32: (x32)\TELEMETRY | Delay | > = 0 | 250 | 1.0.0 and later | Defines the delay (ms) when sending commands to the camera. This key is essential for grooming the stream of commands to the device as some devices can be blocked because of too many commands and cannot process the information. This parameter is not supported by IP cameras |
x32: (x32)\TELEMETRY | JoysticThreshold | > = 0 | 5 | 1.0.0 and later | This parameter sets the joystick trigger threshold: the less the number is, the more sensitive joystick is. 0 value is not recommended to be used, as commands can be sent randomly. When the value is too big, the joystick becomes rotation-insensitive |
x32: (x32)\TELEMETRY | PriorityDelay | > = 0 | 30000 | 1.0.0 and later | Defines the priority delay (ms) |
x32: (x32)\TELEMETRY | UseBoschOSRD40 | 0, 1 | - | 1.0.0 and later | Enables presets saving for Bosch-Autodome control protocol |
x32: (x32)\TELEMETRY | PnPJoystick | 0, 1 | 0 | 1.0.0 and later | The key defines whether to restart Axxon PSIM after connecting a joystick: 0 − Axxon PSIM is to be restarted after connecting the joystick |
x32: (x32)\TELEMETRY | Zenable | 0, 1 | 1 | 1.0.0 and later | The key is in use with joysticks (e.g., Logitech Attack 3) where the telemetry control operates incorrectly because of shifted Z axis. Z axis is disabled when the parameter value is 0. Z axis is enabled when the parameter value is 1 |
| x32: (x32)\TELEMETRY x64: (x64)\TELEMETRY | ZoomSpeed850 | 0,1 | 1 | 1.0.0 and later | The key is used in order to set the zoom step when panasonic-850 telemetry protocol is in use: 1 – zooming with 50% step of max. possible 0 – zooming with 20% step of max. possible |
| x32: (x32)\TELEMETRY x64: (x64)\TELEMETRY | Zdirection | 0, 1 | 0 | 1.0.0 and later | The key is responsible for coordinate move in the Z-direction |
| x32: (x32)\TELEMETRY x64: (x64)\TELEMETRY | Ydirection | 0, 1 | 0 | 1.0.0 and later | The key is responsible for coordinate move in the Y-direction |
| x32: (x32)\TELEMETRY x64: (x64)\TELEMETRY | Xdirection | 0, 1 | 0 | 1.0.0 and later | The key is responsible for coordinate move in the X-direction |
| x32: (x32)\TELEMETRY x64: (x64)\TELEMETRY | WaitDelay | >=0 | 0 | 1.0.0 and later | If a joystick sends the messages about its state to Axxon PSIM too frequently and Axxon PSIM has no time to process these messages, then this parameter is in use – it allows calling the signal handler less frequently. For instance, this parameter should be used with Axis 295 joystick. The best parameter value is to be chosen. The value should match the 100 – 300 range |
| x32: (x32)\TELEMETRY x64: (x64)\TELEMETRY | TelemetryDirectCommand | 0, 1 | 1 | 1.0.0 and later | The key specifies way of command transmission to telemetry: 1 – telemetry server is connected to video servers and sends commands to devices 0 – telemetry server sends commands to the Axxon PSIM core which send them to devices See also description of the MonitorToTelemetryDirectCommand key in the Video section above |
| x32: (x32)\TELEMETRY x64: (x64)\TELEMETRY | SendEventToCore | 0, 1 | 0 | 1.0.0 and later | The key is to enable the function of sending events to Axxon PSIM core when controlling PTZ. This function is essential for PTZ control audit. 1 – when sending any reaction of TELEMETRY object the corresponding event is generated 0 – during PTZ control events are not generated |
| x32: (x32)\Video\CommonPresets x64: (x64)\Video\CommonPresets | ONVIF | 0, 1 | 0 | 1.0.0 and later | The key enables presets created on the camera in Axxon PSIM. The function is only available when camera is connected via ONVIF protocol and only if video server settings are selected when adding a Video capture device using the Camera discovery tool and the Use device settings checkbox is set unchecked on the settings panel of the Video Capture Device object. 0 – presets created on the camera are not used in Axxon PSIM 1 – presets created on the camera are in use in Axxon PSIM. The features are listed below:
|
| x32: (x32)\TELEMETRY x64: (x64)\TELEMETRY | panas850_stop_dublicates | >0 | - | 1.0.0 and later | The key is in use if the camera rotation is not stopped when telemetry is controlled over Panasonic-850 protocol. The key specifies how many times the stop command is to be duplicated |
| x32: (x32)\TELEMETRY x64: (x64)\TELEMETRY | DisableInternalJoystick | 0, 1 | - | 1.0.0 and later | The key enables the old mechanism for connecting and controlling joysticks using Windows tools. 1 – the joystick is controlled by Driver Pack driver 0 – the joystick is controlled by Windows built-in driver By default, joysticks should be connected the Camera discovery tool as a Control Device. See also Configuring the joystick for telemetry control. DO NOT set the key to 0 if the Control Device object is created for the joystick. DO NOT set the key to 1 if the Control Panel object is created for the joystick |
Player | |||||
Registry section | String parameter | Available values | Default | Product version | Parameter in effect |
x32: (x32)\Player | Wav_delay | > = 0 | 0 | 1.0.0 and later | Defines the sound delay (sec) when playing back synchronously video with the sound |
Event Viewer | |||||
Registry section | String parameter | Available values | Default | Product version | Parameter in effect |
x32: (x32)\ EventViewer | Overlay | 0, 1 | 1 | 1.0.0 and later | Defines whether to use overlay |
x32: (x32)\ EventViewer | Topmost | 0, 1 | 0 | 1.0.0 and later | Defines whether to display event log as topmost window: 0 – standard window 1 – topmost window |
x32: (x32)\ EventViewer | UserActivityTimeout | >0 | 3 | 1.0.0 and later | It sets the time period in minutes, after which, if there is no user activity, automatic scroll to the end of the event list when new events arrive is enabled in the Event Viewer window. If 0 is specified, then automatic scroll is disabled |
| x32: (x32)\ EventViewer x64: (x64)\EventViewer | GenerateEventInsteadOfReport | 0, 1 | 0 | 1.0.0 and later | Enables the generation of the EVENT_VIEWER||CREATE_REPORT event instead of opening the report when selecting the Show report menu item in the Event Viewer. 0 – when selecting the Show report menu item in the Event Viewer, a report opens 1 – when selecting the Show report menu item in the Event Viewer, the EVENT_VIEWER||CREATE_REPORT event is generated, but the report does not open See also EVENT_VIEWER Event Viewer |
| x32: (X32)\ EventViewer x64: (x64)\EventViewer | ShowInTaskbar | 0, 1 | 0 | 4.11.3 and later | Enables the display of the Event viewer icon on the Windows taskbar (the Event viewer object must be created and enabled). 0—the icon on the taskbar is not displayed 1—the icon on the taskbar is displayed |
Disabling system objects | |||||
Registry section | String parameter | Available values | Default | Product version | Parameter in effect |
x32: (X32)\ Subscribe | <OBJECT_NAME> | (*) (№.*) (№.№) | - | 1.0.0 and later | Describes rules for system starting. Unimplemented system objects are disabled. You should create a string parameter with the name that is used by the system of the object that is to be disabled and specify its ID separated by a full stop. |
Import module | |||||
Registry section | String parameter | Available values | Default | Product version | Parameter in effect |
x32: (x32)\ DB Import | ChunkSize | > 0 and >= photo size | 32768 | 1.0.0 and later | Sets the buffer size (in bytes) when reading large files (photo) in the external DB |
x32: (x32)\ DB Import | CursorLocation | 1, 2, 3 | 2 | 1.0.0 and later | Sets the cursor location (pointer to DB entries): |
x32: (x32)\ DB Import | DwSleep | > = 0 | 1 | 1.0.0 and later | Sets the delay value (ms) when sending modified entries to the core in the external DB in order not to get 100% CPU load |
x32: (x32)\ DB Import | MoveFirst | 0 | 0 | 1.0.0 and later | The key must not be modified |
Special keyboard | |||||
Registry section | String parameter | Available values | Default | Product version | Parameter in effect |
x32: (x32)\ Keyb | Prefix | VK_NUMPAD0 | 0x60 0x61 0x62 0x63 0x64 0x65 0x66 0x67 0x68 0x69 0x6A 0x6B 0x6C 0x6D 0x6E 0x6F 0x70 0x71 0x72 0x73 0x74 0x75 0x76 0x77 0x78 0x79 0x7A 0x7B 0x7C 0x7D 0x7E 0x7F 0x80 0x81 0x82 0x83 0x84 0x85 0x86 0x87 | 1.0.0 and later | The list is not full. Any soft key can be in use
|
| x32:(x32)\ Keyb x64:(x64)\ Keyb | ProcessAll | 0 ,1 | 0 | 1.0.0 and later | The key allows using the standard keyboard as the special one. In this case keypress on the standard keyboard will be considered as keypress on the special keyboard and processed according to the ini file. You can find out key codes corresponding to one or another keyboard key using the The Debug window: when the key is pressed they are sent in the wparam<> parameter of NEW_KEY_PRESSED event from the KEYB object. E.g., 65-90 codes correspond to a-z letter symbols and 48-57 codes correspond to 0-9 figures |
Video analytics | |||||
Registry section | String parameter | Available values | Default | Product version | Parameter in effect |
x32: (x32)\Video\VMDA x64: (x64)\Video\VMDA | VMDA.inactiveInterval | >0 | - | 1.0.0 and later | Key specifies time period in minutes, during which absence of detected objects by tracker is permitted. If the key is created, after the specified time and if there is no activity of VMDA detection, the message about inactivity will be generated. On default, this message is not generated |
| x32: (x32)\Video\VMDA x64: (x64)\Video\VMDA | VMDAEXT | 0, 1 | 0 | 1.0.0 and later | The key is used for separating VMDA trackers process to the individual process. It's recommended to do to increase stability and reliability of the Axxon PSIM basic features. Allocating trackers to a separate process increases the CPU and memory resources used. 0—process of VMDA trackers is starting in the video.run process 1—process of VMDA trackers is starting in the individual detector_ext.run process Note 1. The detector_ext.run process is run under the video.run process. The video.run process controls the detector_ext.run process and restarts it if necessary. Note 2. It's required to install the Axxon PSIM Detector Pack for correct key operation Attention! If you created many VMDA trackers (for example, about 100), it is highly recommended to set VMDAEXT=1. |
| x32: (x32)\Video\VMDA x64: (x64)\Video\VMDA | VMDAEXT.RAM | >0 | 2000 | 1.0.0 and later | The key is used with the VMDAEXT key and sets the memory space in megabytes which can use the detectror_ext.run process. The process will be restarted if the allocated memory is exceeded. The recommended value is in the range 2000-5000, depending on the hardware resources of the computer |
x32:(x32)\Video\VMDA x64: (x64)\Video\VMDA | VMDA.useSpeedLimitTypeLessThan | VMDA detector IDs separated by comma or semicolon | - | 1.0.0 and later | The VMDA detection tool IDs separated by comma or semicolon that should be triggered when the object speed is less than the speed configured for the VMDA detection tool. Note 1. If no ID is specified for this parameter, or there is no parameter at all, the detection tool is triggered when an object crosses the line in the selected direction with a speed that is approximately the same as the speed configured for the VMDA detection tool. Note 2. The same VMDA detector id can only be specified for either the VMDA.useSpeedLimitTypeLessThan or the VMDA.useSpeedLimitTypeMoreThan (see below) parameters. The simultaneous operation of both these parameters for the same VMDA detector is not allowed |
x32:(x32)\Video\VMDA x64: (x64)\Video\VMDA | VMDA.useSpeedLimitTypeMoreThan | VMDA detector IDs separated by comma or semicolon | - | 1.0.0 and later | The VMDA detection tool IDs separated by comma or semicolon that should be triggered when the object speed is greater than the speed configured for the VMDA detection tool. Note 1. If no ID is specified for this parameter, or there is no parameter at all, the detection tool is triggered when an object crosses the line in the selected direction with a speed that is approximately the same as the speed configured for the VMDA detection tool. Note 2. The same VMDA detector id can only be specified for either the VMDA.useSpeedLimitTypeLessThan (see above) or the VMDA.useSpeedLimitTypeMoreThan parameters. The simultaneous operation of both these parameters for the same VMDA detector is not allowed |
| x32: (x32)\Video\VMDA x64: (x64)\Video\VMDA | VMDA.ignoreAnaliticStream | 0, 1 | 0 | 1.0.0 and later | The key sets the camera stream used by the detection modules included in the Detector Pack subsystem. 0 – the Video Analytics stream is used 1 – the Default stream is used Note. If the camera is not used in the multi-thread mode, the first stream (the only one) will be used regardless of the key value |
| x32: (x32)\Video\VMDA x64: (x64)\Video\VMDA | VMDAEXT.DEBUGGER | 0, 1 | 0 | 1.0.0 and later | The key is used in conjunction with VMDAEXT = 1 (see above). Disables the restart of the Detector_Ext.run module by the Video.run module. 0 – the Detector_Ext.run process is restarted as necessary 1 – the Detector_Ext.run process is not restarted |
| x32: (x32)\Video\ x64: (x64)\Video\ | DrawAngleArrow | 0, 1 | 1 | 1.0.0 and later | The key disables an arrow showing the movement direction of an object detected by the Tracker in the Video Surveillance Monitor. 0 – direction arrow is not displayed 1 – direction arrow is displayed |
x32: (x32)\Video\VMDA x64: (x64)\Video\VMDA | VMDA.oneAlarmPerTrack | 0, 1 | 1 | 1.0.0 and later | The key is used together with the key VMDAEXT = 1 (see above). The key determines the alarm generation mode. 0 – one track – many alarms 1 – one track – one alarm If the key isn't created, the VMDA trackers and neural trackers operate as if VMDA.oneAlarmPerTrack = 1 |
| x32: (x32)\Video\VMDA x64: (x64)\Video\VMDA | VMDA.SendNewObjectEventToCore | 0, 1 | 1 | 1.0.0 and later | The key disables sending events CAM|NEW_OBJECT and CAM|OBJECT_LOST to the core. 0 – events will not be sent to the core 1 – events will be sent to the core |
Web Server | |||||
|---|---|---|---|---|---|
Registry section | String parameter | Available values | Default | Product version | Parameter in effect |
x32: (x32)\WebServer\ x64: (x64)\WebServer\ | RequestTimeout | >0 | 10000 | 1.0.0 and later | Sets max.time (in milliseconds) for Server to process a request |
x32: (x32)\WebServer\ x64: (x64)\WebServer\ | ConnectionTimeoutAtIdle | >0 | 30000 | 1.0.0 and later | Sets max.time (in milliseconds) for connection inactivity between Client and Server. Inactive connection is disconnected upon timeout |
x32: (x32)\WebServer\ x64: (x64)\WebServer\ | TelemetryPriority | 0 – 3 | 1 | 1.0.0 and later | Sets the PTZ control priority for a web browser. 0 – control is prohibited 1 – low priority control 2 – medium priority control 3 – high priority control |
| x32: (x32)\WebServer\ x64: (x64)\WebServer\ | SplitArchiveIntervals | >0 | 5000 | 1.0.0 and later | The key is responsible for merging fragments when requesting the range of available archive recordings via HTTP API (see Ranges of available archive recordings). The interval is set in milliseconds. If the time between recordings is less than specified one, then recordings are merged into one |
| x32: (x32)\WebServer\ x64: (x64)\WebServer\ | ClearConnectionTimeout | >0 | 1000 | 1.0.0 and later | The key specifies the time in milliseconds for clearing idle connections between the Web-server and connected devices. If the specified time is exceeded, the idle connection is terminated |
| x32: (x32)\WebServer2\ x64: (x64)\WebServer2\ | ActiveWebSocket | 0, 1 | 0 | 1.0.0 and later | The key enables the possibility of receiving the events of the video subsystem using the WebSocket communication protocol for the Web server 2.0. 0—events are received as push notifications 1—events are received via WebSocket The key is created in the registry automatically after you add the Web server 2.0 object |
Map | |||||
|---|---|---|---|---|---|
| Registry section | String parameter | Available values | Default | Product version | Parameter in effect |
x32: (x32)\Map\ x64: (x64)\Map\ | NotUsingCash | 0, 1 | - | 1.0.0 and later | The key is in use on the map when there are objects the backgrounds of which are overlaid. In these cases the object icons can be erroneously displayed because of background caching. To fix these bugs you should disable caching by specifying 1 value for the key. Take into account the fact that caching disabling can cause high CPU load |
x32: (x32)\Map\ x64: (x64)\Map\ | AlternativeSelect | 0, 1 | 0 | 1.0.0 and later | The key is designed to disable object framing. 0 – the object is framed 1 – the object is not framed |
x32: (x32)\Map\ x64: (x64)\Map\ | <Map_id>MiniMapB | >0 | MiniMapT + 169 | 1.0.0 and later | Sets the Y-axis coordinate of the bottom right corner of the minimap on the monitor in pixels. Changing of the key value can be required for exact minimap sizing or for resetting minimap position (by deleting MiniMap keys) |
x32: (x32)\Map\ x64: (x64)\Map\ | <Map_id>MiniMapL | >0 | The X-axis coordinate of the upper left corner of the Map | 1.0.0 and later | Sets the Y-axis coordinate of the upper left corner of the minimap on the monitor in pixels. Changing of the key value can be required for exact minimap sizing or for resetting minimap position (by deleting MiniMap keys) |
x32: (x32)\Map\ x64: (x64)\Map\ | <Map_id>MiniMapR | >0 | MiniMapL + 287 | 1.0.0 and later | Sets the X-axis coordinate of the bottom right corner of the minimap on the monitor in pixels. Changing of the key value can be required for exact minimap sizing or for resetting minimap position (by deleting MiniMap keys) |
x32: (x32)\Map\ x64: (x64)\Map\ | <Map_id>MiniMapT | >0 | The Y-axis coordinate of the upper left corner of the Map | 1.0.0 and later | Sets the X-axis coordinate of the upper left corner of the minimap on the monitor in pixels. Changing of the key value can be required for exact minimap sizing or for resetting minimap position (by deleting MiniMap keys) |
x32: (x32)\Map\Minimap x64: (x64)\Map\Minimap | ShowOnMouseMove | 0, 1 | 0 | 1.0.0 and later | Sets how the minimap is displayed: 0 – using the Minimap item in the Map feature menu 1 – pointing the mouse cursor to the top left corner of the Map |
x32: (x32)\Map\ x64: (x64)\Map\ | EventFontHeight | Integer | -8 | 1.0.0 and later | Specifies the font size for displaying information about the latest event in the feature menu of the object on the map |
x32: (x32)\Map\ x64: (x64)\Map\ | InscribeEditor | 0, 1 | 1 | 1.0.0 and later | The key enables the automatic "Fit the window" checkbox activation for all layers in the Map editor window if this checkbox was previously set for any layer. 0 – the layer will be fit into the Map editor window only if the "Fit the window" checkbox was previously set for this layer 1 – any layer will be fit into the Map editor window, if the "Fit the window" checkbox was previously set for any layer |
x32: (x32)\Map\ x64: (x64)\Map\ | HideAnalogName | 0, 1 | 0 | 1.0.0 and later | The key hides the "Value =" in the value of the objects on the Map for which the Text type of display is selected. 0 – objects' text values are displayed on the Map with the "Value = 1 – objects' text values are displayed on the Map without the "Value = |
x32: (x32)\Map\ x64: (x64)\Map\ | TouchScreen | 0, 1 | 0 | 1.0.0 and later | The key enables opening of the functional menu of the object on the Map by left double clicking the icon. 0 – left double-clicking the icon of an object on the Map does not open the functional menu 1 – left double-clicking the icon of an object on the Map opens a functional menu |
x32: (x32)\Map\ x64: (x64)\Map\ | MapBlinkUpdateTimeoutMS | >0 | 350 | 1.0.0 and later | Specifies the period in milliseconds to update the Map. The Map update period determines the flashing period of the icons. At the default value (350 ms), the flashing period of the icons is 700 ms. Reduce the key value, for example, in cases where the object state changes faster than once every 700 ms and icons are not updated when blinking. Increase the key value to reduce the load on the Map module |
x32: (x32)\Map\ x64: (x64)\Map\ | Sort_by_id | 0, 1 | 0 | 1.0.0 and later | The key alters object sorting in the Layer drop-down list while operating the object list on the Map (see Monitoring the object status using the Objects list). 0 – sort by name (default) 1 – sort by object ID |
x32: (x32)\Map\ x64: (x64)\Map\ | DisableBlinkLink | 0, 1 | 0 | 1.0.0 and later | The key disables blinking of the layers link icon on the map in case of alarm. 0 – blinking of the icon is enabled 1 – blinking of the icon is disabled |
x32: (x32)\Map\ x64: (x64)\Map\ | NoInheritAlarmAnotherCard | 0, 1 | 0 | 1.0.0 and later | The key disables blinking of the related layers on the map in case of alarm. 0 – both the layer with the alarm and the layers related to it blink 1 – only the layer with the alarm blinks |
x32: (x32)\Map\ x64: (x64)\Map\ | DrowArrowSearchDepth | >=0 | 5 | 1.0.0 and later | The key sets the depth of making a track between layers when using the DRAW_ARROW command. 0—the depth of searching for connections to make a track between layers isn’t limited >0—the number of layers that will be used to find connections to make a track. For example, if there are five map layers and there are alarms on the 1st and the 5th layer, then with DrowArrowSearchDepth=5, the track will be made from the 1st to the 5th layer. With DrowArrowSearchDepth=4, the track won’t be made as there isn’t enough search depth |
Mail Message Service (e-mail) | |||||
|---|---|---|---|---|---|
| Registry section | String parameter | Available values | Default | Product version | Parameter in effect |
x32: (x32)\MMS\ x64: (x64)\MMS\ | UseTls | 0, 1 | 1 | 1.0.0 and later | The key defines whether to use TLS encoding for Mail Message Service or not |
x32: (x32)\MMS\ x64: (x64)\MMS\ | SendSync | 0, 1 | 0 | 1.0.0 and later | The key sets the mode for sending messages. 0 – messages are sent asynchronously (for each message, the Mail Message Service will connect to the SMTP server, send the message, then disconnect from the SMTP server) 1 – all messages are sent sequentially over one socket (for all messages, the Mail Message Service will connect to the SMTP server, send all messages, and only then disconnect from the SMTP server). Once you enable this mode, the application interface may freeze Note. The key value is selected experimentally. Changing the message sending mode can increase the number of messages sent in a certain time |
Short Message Service (SMS) | |||||
|---|---|---|---|---|---|
| Registry section | String parameter | Available values | Default | Product version | Parameter in effect |
| x32: (x32)\SMS\ x64: (x64)\SMS\ | ProcessFromSim | 0, 1 | By default the key is not created, the value is 0. | 1.0.0 and later | The key is to be created with value 1 if a USB modem is connected to Axxon PSIM and it operates in Axxon PSIM, but Axxon PSIM does not get the RECEIVE event from SMS object when sending messages to such modem. HUAWEI E173 is an example of such modem. Important! SMS messages are to be stored on SIM for proper operation of the registry key Important! When the key is in use, SMS messages sent to the modem are deleted |
Script | |||||
|---|---|---|---|---|---|
| Registry section | String parameter | Available values | Default | Product version | Parameter in effect |
x32: (x32)\Script\ x64: (x64)\Script\ | DebugMaxLines | >=0 | 200 | 1.0.0 and later | Sets the number of lines to be displayed in the Script debug window (for details see The Script object. Programming using the JScript language) |
x32: (x32)\Script\ x64: (x64)\Script\ | TerminateProcessOnHang | 0, 1 | 1 | 1.0.0 and later | 0 – Axxon PSIM core does not terminate the VMSScript.exe process when it hangs 1 – Axxon PSIM core terminates the VMSScript.exe process when it hangs |
Abandoned objects detection tool of the Tracker object | |||||
|---|---|---|---|---|---|
Registry section | String parameter | Available values | Default | Product version | Parameter in effect |
| x32:(x32)\Video\VMDA x64:(x64)\Video\VMDA | UseRealTimeStamps | Comma-separated camera identifiers | - | 1.0.0 and later | Identifiers are separated by commas for cameras for which current timestamps are to be sent. Due to features of the unattended object detection tool (that is a third-party module) it sends synthetic timestamps by default |
x32:(x32)\Video\VMDA | VMDA.unattendedObjectSensitivity | Comma-separated sensitivity values in the ‘camera id.sensitivity’ format. Sensitivity range –[1...25] EXAMPLE: unattendedObjectSensitivity="1.15,99.20,4.7" | 7 for all cameras | 1.0.0 and later | Sets sensitivity of unattended objects detection tool for specified cameras |
x32:(x32)\Video\VMDA | VMDA.unattendedObjectLongMemory | Comma-separated camera identifiers in the ‘camera id.1’ format. EXAMPLE unattendedObjectLongMemory ="1.1,1000.1,2.1,999.1,3.1,5.1,4.1,6.1,7.1,8.1" 'camera_id.0' means that long memory detection tool is disabled for the camera with the corresponding identifier | - | 1.0.0 and later | Sets identifiers of cameras to which the unattended object detection tool with long memory is to be used |
x32:(x32)\Video\VMDA | VMDA.unattendedObjectTimeBeforeCheck | Values of periods are comma-separated and are in the ‘camera id.period’ format. EXAMPLE unattendedObjectTimeBeforeCheck = "4.20,1.10,3.40" | By default it is the same as the waiting for loss period set while configuring the Tracker object (see Creating and configuring the Tracker object) | 1.0.0 and later | Time in seconds before checking object in case of using the unattended object detection tool with long memory |
x32:(x32)\Video\VMDA | determineNoise | 0, 1 | 1 | 1.0.0 and later | Use (1) or not (0) the algorithms for detecting pseudo-moving objects |
x32:(x32)\Video\VMDA | VMDA.determineColorIdentity | 0, 1 | 1 | 1.0.0 and later | Use (1) or not (0) the algorithms for detecting objects matching by their color characteristics. The key enables more precise colour determination for smart detection and archive search (see Configuring smart video detection tools and Search by colour) |
x32:(x32)\Video\VMDA | determineHumanCar | Comma-separated camera identifiers. EXAMPLE determineHumanCar ="1,1000,2,999,3,5,4,6,7,8" | - | 1.0.0 and later | Sets the list of camera identifiers for which the algorithm of determining whether it is a car or a human is to be ENABLED. For proper operation of the tracker determineGivenTaken and determineHumanCar keys MUST be used at the same time. There is no point in using only one key |
x32:(x32)\Video\VMDA | determineGivenTaken | Comma-separated camera identifiers. EXAMPLE determineGivenTaken ="1,1000,2,999,3,5,4,6,7,8" | 1.0.0 and later | Sets the list of camera identifiers for which the algorithm of determining whether the object is given or taken is to be enabled in the unattended object detection tool. For proper operation of the tracker determineGivenTaken and determineHumanCar keys MUST be used at the same time. There is no point in using only one key | |
x32:(x32)\Video\VMDA | VMDAFPS | >=-1 | 30 | 1.0.0 and later | Sets FPS to be sent to the tracker. |
| x32:(x32)\Video\VMDA x64:(x64)\Video\VMDA | useLeftImprover | 0,1 | - | 1.0.0 and later | The key specifies usage of previous frame processing before its sending to video analytics repository: 0 – not to use 1 – to use If the key is enabled, it's in use for all cameras. Important! The useFilterFrame parameter is to have ‘1’ value for key operation (see below) |
| x32:(x32)\Video\VMDA x64:(x64)\Video\VMDA | longShif | >=0 | - | 1.0.0 and later | Parameter of moving average accumulation is reasonable only when value 1 is assigned to the useLeftImprover parameter. It is not recommended to change value of parameter |
| x32:(x32)\Video\VMDA x64:(x64)\Video\VMDA | longShiftUpdateThreshold | >=0 | - | 1.0.0 and later | Threshold of difference from a background below of which the long moving average is updated. It has a point if value 1 is assigned to the useLeftImprover parameter. It is not recommended to change the parameter value |
| x32:(x32)\Video\VMDA x64:(x64)\Video\VMDA | useLeftImproverGeometry | 0, 1 | - | 1.0.0 and later | The key specifies post processing usage of frames received from video analytics repository. Procedure is configured only for operation with frames from left-off items detection, so it can operate incorrectly with frames from tracker. If the key is enabled, it is in use for all cameras. Important! The useFilterFrame parameter is to have ‘1’ value for key operation (see below) |
| x32:(x32)\Video\VMDA x64:(x64)\Video\VMDA | timeShift | >=0 | - | 1.0.0 and later | Time period in seconds after receiving a frame from video analytics repository, during which item in the frame will be analyzed for "invalidity". Operates only when the useLeftImproverGeometry key is enabled. The more this time period the longer item is analyzed and analysis is more authentic, but the more unlikely the item will be removed from the frame by the time of analysis completion |
| x32:(x32)\Video\VMDA x64:(x64)\Video\VMDA | timeLife | >=0 | - | 1.0.0 and later | Time period during which left-off item frame will be sent after its recognition by analyzer of post processing video analytics repository. It is in use only when the useLeftImproverGeometry key is enabled |
| x32:(x32)\Video\VMDA x64:(x64)\Video\VMDA | maxDeltaInside | 0-255 | - | 1.0.0 and later | Value of maximal difference of average color in the left-off item frame at the moment of frame receiving from video analytics repository and at the moment after time specified by the timeShift key. The less value, the more strict condition and the less number of items (left-off items) satisfying this condition |
| x32:(x32)\Video\VMDA x64:(x64)\Video\VMDA | minDeltaOutside | 0-255 | - | 1.0.0 and later | Minimal difference of average color in the left-off item frame received from video analytics repository from average color around the frame, at which the frame will be further analyzed and won't be considered as invalid trigger. It is in use only when the useLeftImproverGeometry key is enabled. The higher value, the more strict condition and the less number of items (left-off items) satisfying this condition |
| x32:(x32)\Video\VMDA x64:(x64)\Video\VMDA | useFilterFrame | 0, 1 | 0 | 1.0.0 and later | The key is responsible for enabling frame pre-process before its analysis. If it is disabled, useLeftImprover and useLeftImproverGeometry keys won’t work (see above). 1 – enabled 0 – disabled |
| x32:(x32)\Video\VMDA x64:(x64)\Video\VMDA | VMDA.determineNoise | 0,1 | 1 | 1.0.0 and later | Enables the noise determination function on the video and when smart video detection tools operate |
| x32:(x32)\Video\VMDA x64:(x64)\Video\VMDA | VMDA.determineGivenTaken | IDs of cameras, comma-separated | - | 1.0.0 and later | Set VMDAEXT to 1 in order to use this key. Enables the function of determining the given/taken objects on the side of the Tracker library. Information about given/taken objects is recorded to the VMDA metadata storage. After that, it is possible to perform forensic search by them in the archive. See also CAM_VMDA_DETECTOR VMDA detection |
| x32:(x32)\Video\VMDA x64:(x64)\Video\VMDA | VMDA.determineHumanCar | IDs of cameras, comma-separated | - | 1.0.0 and later | Set VMDAEXT to 1 in order to use this key. Enables the function of determining the object type on the side of the Tracker library. This type is stored to the VMDA metadata storage. After that, it is possible to perform forensic search by it in the archive. See also CAM_VMDA_DETECTOR VMDA detection |
| x32: (x32)\Video\VMDA x64: (x64)\Video\VMDA | VMDA.filterGivenOrTaken | The VMDA detector identifier and the operation mode separated by the dot "." The pairs of values are separated by a comma "," or a semicolon ";" | 2 for all VMDA detectors | 1.0.0 and later | Set VMDAEXT to 1 and specify required value for VMDA.determineGivenTaken in order to use this key. Sets the operation mode of VMDA detectors, which detect the abandoned objects. The following modes are available: 0 – trigger on abandoned objects 1 – trigger on disappeared objects 2 – trigger on abandoned and disappeared objects Key value format: VMDA_identifier dot "." operation_mode. For example: 1.0 To list several pairs of detectors and their operating modes, use a comma "," or a semicolon ";". For example: 1.0;2.2;3.1 |
| x32: (x32)\Video x64: (x64)\Video | live_time | 0 – 2 147 483 648 | - | 1.0.0 and later | The key sets the duration of the frame display in milliseconds in the area where montion is detected or on the detected abandoned object. By default, the key is not created. If a new object with the frame appears, the current frame will not disappear |
| x32: (x32)\Video x64: (x64)\Video | vmda_color | Number in 4-byte RGB format: Most significant 4th byte = 0 3rd byte — R (0..255) 2nd byte — G (0..255) 1st byte — B (0..255) | - | 1.0.0 and later | The key sets the color of the frame (bounding box) on the detected abandoned object. By default, no key is created. For this key to work, it is necessary to set the VMDAEXT key to 1 |
RTSP-server | |||||
|---|---|---|---|---|---|
Registry section | String parameter | Available values | Default | Product version | Parameter in effect |
| x32:(x32)\StreamingServer x64:(x64)\StreamingServer | def_port | >0 | 17000 | 1.0.0 and later | Sets the range start of used UDP protocols for RTSP-RTP |
| x32:(x32)\StreamingServer x64:(x64)\StreamingServer | IpInterface | IP-address | - | 1.0.0 and later | Sets IP-address of network interface which is to be used for RTSP-server broadcast |
| x32:(x32)\StreamingServer x64:(x64)\StreamingServer | split_range | >0 | 1 | 1.0.0 and later | The key is responsible for merging archive fragments into one when playing back the archive via the RTSP Server. If the split between archive fragments is less than time specified in the key, then archive fragments will be in the same range in the DESCRIBE field when addressing RTSP archive as if there is no split in the archive. Note. The key is in use for integration with ECHD |
| x32:(x32)\StreamingServer x64:(x64)\StreamingServer | send_real_time | 0, 1 | 0 | 1.0.0 and later | The key is in use if there are any problems playing back the RTSP archive in the VLC media player. The key allows sending real time instead of frame time to the player. Important! If the key value is “1”, then the Single Data Center (ECHD) clients won’t work. Note. The VLC player compatibility mode parameter is used instead of this key. It is located on the settings panel of the RTSP Server object – see Configuring RTSP Server Module |
x32: (x32)\StreamingServer | LogFrames | 0, 1 | 1 | 1.0.0 and later | The key enables RTSP stream statistics logging |
| x32: (x32)\StreamingServer x64: (x64)\StreamingServer | initial_port_num | 0–65535 | 6970 | 1.0.0 and later | Sets the beginning of the range of RTSP/UDP ports used for streaming |
AviExport utility | |||||
|---|---|---|---|---|---|
Registry section | String parameter | Available values | Default | Product version | Parameter in effect |
x32: (x32)\Video\AVI | UseCodecAXXN | 0, 1 | 0 | 1.0.0 and later | 1 – utility is started in export mode in the AXXN codec if Export to AVI in initial format item is selected 0 – export is possibly performed in original format Note. See also The AviExport utility |
| x32: (x32)\Video\AviExport x64: (x64)\Video\AviExport | ExportPriority | -2 to 2 | -1 | 1.0.0 and later | Key sets priorities of the AviExport utility and is used by the Video.run module while its starting: -2 – low priority (IDLE_PRIORITY_CLASS) -1 – below average priority(BELOW_NORMAL_PRIORITY_CLASS) 0 – average priority (NORMAL_PRIORITY_CLASS) 1 – above average priority (ABOVE_NORMAL_PRIORITY_CLASS) 2 – high priority (HIGH_PRIORITY_CLASS) |
| x32: (x32)\Video\AviExport x64: (x64)\Video\AviExport | BookmarkMaxLen | >0 Fractional values can be specified with comma as decimal separator (for example, "0,5") | NA | 1.0.0 and later | Sets the length of a bookmark in hours. If the key is not created, the bookmark length is not limited |
| x32:(x32)\Video\AVI64 x64:(x64)\Video\AVI64 | SuspendDiskSizeUpdate | 0, 1 | 0 | 1.0.0 and later | When the export period is being set, the key disables the automatic loading of indexes until the date/time control focus is removed. 0 – the indexes are loaded automatically 1 – the indexes are not loaded until the focus is removed from the date/time controls |
| x32: (x32)\Video\AviExport x64: (x64)\Video\AviExport | ExportDir | Path to a folder | C:\export | 1.0.0 and later | Specifies the directory for saving the following:
If the directory is specified in the AviExport utility, then the specified value is applied to the key. |
| x32: (x32)\Video\AviExport x64: (x64)\Video\AviExport | UseTempDir | Path to a folder | NA | 1.0.0 and later | Specifies the path to the folder for storing temporary files created during export. To enable the use of this key, set the TempDirByDst key to 0 (see below). By default, temporary files are saved in the folder specified by the ExportDir registry key (in the AviExport section, see above) Note. It is recommended to enable the UseTempDir key for export to removable media or network drives. In this case, set the directory on the computer hard disk in the key |
| x32: (x32)\Video\AviExport x64: (x64)\Video\AviExport | TempDirByDst | 0, 1 | 1 | 1.0.0 and later | Enables the use of the UseTempDir key (see above). 0 – temporary export files are stored in the UseTempDir path 1 – temporary export files are stored in the ExportDir path (specified in the AviExport section, see above) |
| x32: (x32)\Video\AviExport x64: (x64)\Video\AviExport | SimpleDlgModeLock | 0, 1 | 0 | 1.0.0 and later | The key prohibits the change of the AviExport utility display mode. Before using the key, set the AviExport utility window to the required display mode (extended or basic), shut the Axxon PSIM down, then set the key value to 1. As a result, the mode switch button becomes unavailable |
| x32: (x32)\Video\AviExport x64: (x64)\Video\AviExport | PlayerName | A string containing a sequence of any characters (letters, numbers, service characters allowed in the file name) | AxxonPsim | 1.0.0 and later | Specifies a part of the name for the Axxon Player utility file exported together with the archive from the AviExport utility, if the corresponding setting is selected (see General settings of export). If the key is specified, the player file will be named "<key_value>_player_portable.exe" By default, if the key is not created, the player file is named AxxonPsim_player_portable.exe |
| x32: (x32)\Video\AviExport x64: (x64)\Video\AviExport | HideMaskFaces | 0, 1 | 0 | 1.0.0 and later | The key allows hiding the Face disguise masking checkbox in the AviExport utility (see Masking faces export). 0 – checkbox Face disguise masking is displayed 1 – checkbox Face disguise masking is hidden |
| x32: (x32)\Video\AviExport\Masking x64: (x64)\Video\AviExport\Masking | WholeScreenHideMode | HIDE_WHOLE_SCREEN_WITHOUT_LIVE_VIDEO DONT_HIDE HIDE_WHOLE_SCREEN | NA | 1.0.0 and later | The key allows to completely hide the screen before and after the selected segment with inverted masking when viewing a live or archive video in the Surveillance Monitor, as well as during export. HIDE_WHOLE_SCREEN_WITHOUT_LIVE_VIDEO — the screen is completely hidden before and after the selected segment with inverted masking when viewing the archive in the Surveillance Monitor and when exporting. When watching live video in the Surveillance Monitor, the screen before and after is not hidden DONT_HIDE — the screen is not hidden HIDE_WHOLE_SCREEN — the screen is completely hidden when viewing a live video or archive in the Surveillance Monitor, as well as when exporting |
| x32: (x32)\Video\AviExport x64: (x64)\Video\AviExport | MaximumParallelExportProcesses | >=0 | 0 | 1.0.0 and later | Specifies the maximum number of simultaneously running export threads. Cannot exceed the number of processor cores |
| x32: (x32)\Video\AviExport x64: (x64)\Video\AviExport | UpdateProgressTimer | >=0 | 1000 | 1.0.0 and later | Specifies the delay in sending messages about the export process in milliseconds if the percentage indication does not change for a long time |
| x32: (x32)\Video\AviExport x64: (x64)\Video\AviExport | CheckProcessTimer | >=0 | 500 | 1.0.0 and later | Specifies the delay in milliseconds before checking for incoming frames ready to be written to a file |
| x32: (x32)\Video\AviExport x64: (x64)\Video\AviExport | AudioSourceTimer | >=0 | 60000 | 1.0.0 and later | Sets the delay in milliseconds to wait for audio frames from the microphone |
| x32: (x32)\Video\AviExport x64: (x64)\Video\AviExport | VideoSourceTimer | >0 | 60000 | 1.0.0 and later | Sets the delay in milliseconds to wait for video frames from the camera |
| x32: (x32)\Video\AviExport x64: (x64)\Video\AviExport | DestinationTimer | >=0 | 600000 | 1.0.0 and later | Specifies the delay in milliseconds to wait for video or audio frames in the object for writing to the file |
| x32: (x32)\Video\AviExport x64: (x64)\Video\AviExport | CleanupFilesTimer | >=0 | 2000 | 1.0.0 and later | Specifies the delay in milliseconds between waiting for frames to finish writing to files in parallel streams. Example. If set to 0, then when exporting from several cameras, the files in the folder specified for export appear sequentially immediately after the start of export. When set to 5000 (5 seconds), files will appear in the folder after 5 seconds |
| x32: (x32)\Video\AviExport x64: (x64)\Video\AviExport | OutputStreamDataLogTimer | >=0 | 2000 | 1.0.0 and later | Specifies the delay in milliseconds between outputting statistics about the export progress to the log file |
| x32: (x32)\Video\AviExport x64: (x64)\Video\AviExport | WaitCamInfoTimer | >=0 | 3000 | 1.0.0 and later | Specifies the amount of time in milliseconds to wait for metadata on the exported video camera |
| x32: (x32)\Video\AviExport x64: (x64)\Video\AviExport | CdDiskMempoolTreshold | 15-50 | 50 | 1.0.0 and later | Specifies the margin of error in calculating the size of files for export in megabytes |
| x32: (x32)\Video\AviExport x64: (x64)\Video\AviExport | CanUseVfwApi | 0, 1 | 1 | 1.0.0 and later | By default, when exporting to AVI format, the Vfw codec is used to create a video file (behavior if there is no key, or if CanUseVfwApi=1). To use the FFmpeg codec to create a file, change the value of this key to 0 |
| x32: (x32)\Video\AviExport x64: (x64)\Video\AviExport | VideoQueueSizeMb | >0 | 32 | 1.0.0 and later | Mostly, the data transfer rate during export is higher than the processing speed of the exported video. Due to this, a frame buffer is generated, which caches the data queued for export. The VideoQueueSizeMb Key specifies the size of this buffer in MB |
| x32: (x32)\Video\AviExport x64: (x64)\Video\AviExport | AviShowPlayerSection | 0, 1 | 1 | 1.0.0 and later | Determines whether the Player section is displayed in the AviExport interface: 1 – the Player section is displayed 0 – the Player section is hidden |
| x32: (x32)\Video\AviExport x64: (x64)\Video\AviExport | AviRequiredAdditionalFilePath | File path in a local or network folder | NA | 1.0.0 and later | Specifies the path to the file that should be added to the folder with the export result from AviExport. The path must include the file name with extension. For example, if you create an Export folder on drive C and put the Info.txt file (which should be added during export) in it, then the key value will look like this: C:\Export\Info.txt You can use Latin alphabet and numbers. You cannot use the followng characters in folder and file names: < > ” / \ |? * By default, the key isn't created |
| x32: (x32)\Video\AviExport x64: (x64)\Video\AviExport | EnabledFsForIpStorage | 0, 1 | NA | 1.0.0 and later | The key enables export without data conversion if only the edge storage is used for the camera. If the key value is 1, the container type Without data conversion will be available in AviExport for export from external storage. By default, the key is not created. |
| x32: (x32)\Video\AviExport x64: (x64)\Video\AviExport | EnableMkvForExportInExe | 0, 1 | NA | 1.0.0 and later | The key enables saving an export file in EXE format in MKV container. 0—you cannot save an export file in EXE format in MKV container 1—you can save an export file in EXE format in MKV container By default, the key isn’t created |
Operator protocol | |||||
|---|---|---|---|---|---|
| Registry section | String parameter | Available values | Default | Product version | Parameter in effect |
| x32: (x32)\OperatorProtocol x64: (x64)\OperatorProtocol | ArchShift | >=0 | 0 | 1.0.0 and later | The key sets the time period in seconds for which the current playback position will be shifted backwards when entering the archive in the Monitor by clicking the Enter archive button (see Event processing using the Operator protocol). The key must be created on the Clients where the Operator protocol is running |
| x32: (x32)\OperatorProtocol x64: (x64)\OperatorProtocol | RectColor | Color name | Red | 1.0.0 and later | The key sets the color of the border that outlines the object detected by the Equipment detection (PPE) on the video frame in the Operator protocol |
| x32: (x32)\OperatorProtocol x64: (x64)\OperatorProtocol | RectLineWidth | >0 | 2 | 1.0.0 and later | The key sets the thickness of the border in pixels that outlines the object detected by the Equipment detection (PPE) on the video frame in the Operator protocol |
| x32: (x32)\OperatorProtocol x64: (x64)\OperatorProtocol | hide_image_preview | 0, 1 | 0 | 1.0.0 and later | The key provides the ability to forbid viewing the enlarged alarm frame in a separate window from the Operator protocol: 0—double-clicking the left mouse button on the alarm frame in the event cell opens a separate window for viewing the frame 1—the alarm frame cannot be opened in a separate window |
| x32: (x32)\OperatorProtocol x64: (x64)\OperatorProtocol | single_selection | 0, 1 | 0 | 1.0.0 and later | The key allows you to prohibit the Operator from selecting multiple events using the Shift and Ctrl keys in the Operator protocol: 0—multiple choice is allowed 1—multiple choice is prohibited |
Incident manager | |||||
|---|---|---|---|---|---|
| Registry section | String parameter | Available values | Default | Product version | Parameter in effect |
| x32: (x32)\Inc_Manager x64: (x64)\Inc_Manager | RectColor | Color name | Red | 1.0.0 and later | The key sets the color of the border that outlines the object detected by the Equipment detection (PPE) on the video frame in the Incident manager |
| x32: (x32)\Inc_Manager x64: (x64)\Inc_Manager | RectLineThickness | >0 | 3 | 1.0.0 and later | The key sets the thickness of the border in pixels that outlines the object detected by the Equipment detection (PPE) on the video frame in the Incident manager |
ECHD | |||||
|---|---|---|---|---|---|
| Registry section | String parameter | Available values | Default | Product version | Parameter in effect |
| x32: (x32)\WebServer\ECHD\ x64: (x64)\WebServer\ECHD\ | ExportContainerFormat | mp4, avi, flv, mov, asf | mp4 | 1.0.0 and later | The key sets data format for archive export using Axxon PSIM HTTP API commands – see Archive export |
| x32: (x32)\WebServer\ECHD\ x64: (x64)\WebServer\ECHD\ | AdditionalVersionString | Latin, Cyrillic, digits | - | 1.0.0 and later | The key sets the prefix for the Axxon PSIM version that is returned on the "getdeviceinfo" request via the HTTP API in the "firmware version" field |
| x32: (x32)\WebServer\ECHD\ x64: (x64)\WebServer\ECHD\ | ReplacePointAndClick | 0, 1 | 0 | 1.0.0 and later | The key is designed for PTZ ONVIF-connected camera control with the degreesmove2 command (see Video surveillance device features management) |
| x32: (x32)\WebServer\ x64: (x64)\WebServer\ | TelemetryCommandMoveTimeout | >=0 | - | 1.0.0 and later | Sets the delay between camera panning/tilting and zooming when controlled using the degreesmove2 command given that camera supports Point&Click (see Video surveillance device features management) |
Intercom subsystem | |||||
|---|---|---|---|---|---|
| Registry section | String parameter | Available values | Default | Product version | Parameter in effect |
| x32: (x32)\MonitoringCenter\ x64: (x64)\MonitoringCenter\ | DefaultButtonWidth | >0 | 100 | 1.0.0 and later | The key sets the width of buttons (in pixels) of the Monitoring Center. The button position is changed automatically when the values are changed |
| x32: (x32)\MonitoringCenter\ x64: (x64)\MonitoringCenter\ | DefaultRowHeight | >0 | 70 | 1.0.0 and later | The key sets the height of buttons (in pixels) of the Monitoring Center. The button position is changed automatically when the values are changed |
| x32: (x32)\MonitoringCenter\ x64: (x64)\MonitoringCenter\ | ButtonFontHeight | Integer numbers | -11 | 1.0.0 and later | Sets font size for buttons of the Monitoring Center |
| x32: (x32)\MonitoringCenter\ x64: (x64)\MonitoringCenter\ | clrButtonAccept | Color designation in #RRGGBB format | #FFFFFF | 1.0.0 and later | Sets the text font for the Accept button of the Monitoring Center as #RRGGBB. For example, #FFFFFF (default) is white, #00FF00 is green |
| x32: (x32)\MonitoringCenter\ x64: (x64)\MonitoringCenter\ | clrButtonClose | Color designation in #RRGGBB format | #FFFFFF | 1.0.0 and later | Sets the text font for the Close button of the Monitoring Center as #RRGGBB. For example, #FFFFFF (default) is white, #00FF00 is green |
| x32: (x32)\MonitoringCenter\ x64: (x64)\MonitoringCenter\ | CancelByServerEnable | >=0 | - | 1.0.0 and later | The key enables forced connection closure after the call is completed from the device web-interface. It is used in cases when, for example, there are errors in the protocol or connection problems, the command to close the call in the Monitoring Center may not come. 0 – forced connection closure is disabled >0 – forced connection closure is enabled |
HTML Interface | |||||
|---|---|---|---|---|---|
| Registry section | String parameter | Available values | Default | Product version | Parameter in effect |
| x32: (x32)\HTML_Interface\ x64: (x64)\HTML_Interface\ | process | opccef | - | 1.0.0 and later | The key enables the Chromium browser to display web pages in an HTML interface. The key is not created by default, and Internet Explorer is used. Delete the key in order to use Internet Explorer |
SIP terminal | |||||
|---|---|---|---|---|---|
| Registry section | String parameter | Available values | Default | Product version | Parameter in effect |
| x32: (x32)\SIP\ x64: (x64)\SIP\ | CallTimeout | >0 | 30000 | 1.0.0 and later | The key sets the time period in milliseconds after which the call is hang up if there is no answer. If redirecting is configured, then the call is redirected after the hanging. See also Configuring numbers of SIP-terminal. The key should be created on Server only |
| x32: (x32)\SIP\ x64: (x64)\SIP\ | WaitAnswerSlaves | >=0 | 10 | 1.0.0 and later | The key sets the period of time in seconds during which the servers are inquired about the state of the operators after Axxon PSIM is loaded, after which the SIP-panel displays the list of the operators with their current state |
| x32: (x32)\SipPanel\ x64: (x64)\SipPanel\ | LastOperator | >=0 | - | 1.0.0 and later | The key displays the number of the SIP-operator who was last authorized on the local server |
x32: (x32)\SipPanel\ | NotEndCallWhenDeactivate | 0, 1 | 0 | 1.0.0 and later | Disables the SIP-device disconnection if during a call the screen with the SIP-panel is hidden or changed. 0 – when you hide or change the screen, the connection with the SIP-device ends 1 – when you hide or change the screen, the connection with the SIP-device does not end |
| x32: (x32)\SipPanel\ x64: (x64)\SipPanel\ | wavCallLooped | 0, 1 | 0 | 1.0.0 and later | The key enables the playback looping of the audio file "There is an unanswered call" when the operator is called. 0 – the audio file is played once, looping is disabled 1 – looping is on, the audio file is played continuously until the the response period expires |
| x32: (x32)\SipPanel\ x64: (x64)\SipPanel\ | wavWaitLooped | 0, 1 | 0 | 1.0.0 and later | The key enables the playback looping of the audio file "Call on hold" when the call is on hold between the operators or between the operator and the device. 0 – the audio file is played once, looping is disabled 1 – looping is on, the audio file is played continuously until the call is continued or ended |
| x32: (x32)\SipPanel\ x64: (x64)\SipPanel\ | wavTryingLooped | 0, 1 | 0 | 1.0.0 and later | The key enables continuous playback of long beeps when calling the device. 0 – continuous playback of long beeps is disabled 1 – long beeps are played continuously until the timeout expires |
| x32: (x32)\SipPanel\ x64: (x64)\SipPanel\ | wavBusyLoopedCount | >=0 | 4 | 1.0.0 and later | The key sets the number of repetitions of short beeps when calling a busy or unavailable device. A value of 0 or 1 means that the short beep will be played once |
| x32: (x32)\SIP\ x64: (x64)\SIP\ | ExpiresOnlyInContact | 0, 1 | 0 | 1.0.0 and later | The key affects the content of messages when exchanging the data packets between the SIP terminal in Axxon PSIM and third-party devices: 0—the Expires field in the 200 OK response will be located where it was in the REGISTER request (in the main body of the request or in the Contact field) 1—the Expires field in the 200 OK response will always be located in the Contact field regardless of its location in the REGISTER request |
| x32: (x32)\SIP\ x64: (x64)\SIP\ | ClientExpires | >0 | 360 | 1.0.1 and later | The key specifies, in seconds, the interval between sending mutual registrations of SIP-servers added via a SIP trunk. The first sending is considered the one initiated by clicking the Apply button in the Configuring SIP trunk. |
ONVIF Server | |||||
|---|---|---|---|---|---|
| Registry section | String parameter | Available values | Default | Product version | Parameter in effect |
| x32: (x32)\ONVIFServer\ x64: (x64)\ONVIFServer\ | PauseServiceStartMs | >0 | - | 1.0.0 and later | The key sets the time period in milliseconds after which the ONVIF driver is launched after Axxon PSIM starts. This key is required if a Video Capture Device on the same Axxon PSIM Server acts as an ONVIF client for an ONVIF server. The absence of this key in such system configuration may lead to skipped events and tracks |
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