MulDev Software User Manual
Last updated
Last updated
This client is divided into video monitoring, video playback, electronic map, log query, system settings and other functions.Support AI functions such as visible light and infrared camera target recognition, target automatic tracking, target manual tracking, moving target counting, moving target tracking, etc., and support device management, PTZ control, video storage, image capture, etc.
AI client interface includes: video monitoring interface (Figure 2-1), video playback interface (Figure 2-2), electronic map interface (Figure 2-3), log query interface (Figure 2-4), and system setting interface (Figure 2-5).The function interfaces can be switched through the menu items above.
As shown in Figure 2-5, in the system configuration interface, click "Camera Management", and the interface as shown in Figure 2-6 will appear. Click the "Search" button at the top to open the search function at the bottom.
1) Search for devices through Private agreements
Step 1: Select Search Agreement as Private agreement.
Step 2: Click "Broadcast Search", and the devices searched will be displayed in the search list on the left.
Step 3: Click "Add Selected" (tick) or "Add Current" (mouse selected) to add the device to be added to the device list above.Note that the user name and password must be correct, and the user name and password of each device may be different.
The device searched through the Private protocol will automatically add the manufacturer as Littro IPC. PTZ and Add are controlled through the Private protocol and have AI control function.
2) Search for devices through the onvif protocol
Step 1: Select Onvif as the Search Agreement.
Step 2: click Broadcast Search, and the devices found after the search will be displayed in the search list on the left.
Step 3: Click "Get All" to get the configuration file and stream address of the device. Each device needs to ensure that the user name and password are correct.If the user passwords of the devices are different, you need to enter the user name and password separately to "get the current" device configuration information.
Step 4: Click "Add Selected"or "Add Current" to add the device to be added to the device list above.The manufacturer is Littro IPC equipment. PTZ and Add are controlled by their own protocols, and other manufacturers' equipment is controlled by Onvif protocol.
3) Add device manually
Step 1: As shown in Figure 2-6, click the "Add" button at the top left, and a line will be automatically added to the device list at the top. Users can modify the device information by themselves except the manufacturer.
Step 2: Click the "Save" button.(Click the "Save" button to add or modify the contents of the equipment list manually).
As shown in Figure 2-8, the added device will be displayed in the device list in the main interface. The icon in front of the device is red, indicating no connection or unsuccessful connection, and white, indicating normal connection.Double click the code stream list of the device to be displayed, and the software will display the video in the corresponding video channel according to the code stream address, as shown in Figure 2-9.The video channel supports drag and drop operation, which can easily change the channel. If you need to turn off the device, you can click the "Close" button above the video channel.
Select the device that needs to modify the network configuration, either through the video channel or in the device list, and click the parameter setting button in the device control interface, as shown in Figure 2-10.
In the IP address area at the bottom left of the pop-up parameter setting interface, as shown in Figure 2-11, the IP address of the current device is displayed. The user can modify it to the desired IP address, and then click the "Update" button to complete the modification.After modifying the IP address, you need to add the device again in the device addition interface.
The function of modifying the streaming address is limited to the video input mode of the network camera for modifying the streaming address.
Select the device, open the parameter device interface corresponding to the current device, as shown in Figure 2-12, enter the streaming address, and click "Update".
l Note 01: RTSP address formatrtsp://UserName:Password@ip:554/…
l Note 02: Please note whether the account and password are correct when entering the RTSP address
Select a device and open the parameter device interface corresponding to the current device, as shown in Figure 2-13. Click "Firmware Upgrade" to open the interface for selecting upgrade files, open the corresponding upgrade files, start the upgrade, and wait for the upgrade progress to complete.
remarks:
1) The system upgrade file name cannot be changed;
2) When the client performs system upgrade, other operations cannot be performed;
3) When the system upgrade progress is not updated for a long time:
a) Close the system firewall;
b) Open the client with administrator privileges;
c) Turn off antivirus software
Select the device and open the parameter device interface corresponding to the current device, as shown in Figure 2-15. Click the "Device Restart" button. After the device restarts, the client will automatically reconnect the device.
In order to adapt to the PTZ speed under different magnification of visible light, the lens magnification table can be imported to achieve adaptive conditions.Select the device and open the parameter device interface corresponding to the current device, as shown in Figure 2-16. The magnification table is divided into visible light, infrared and laser. Please consult the technician for the magnification table. If you use a third-party visible light movement, please consult whether it supports this function.
As shown in Figure 3-1, all operations of this part are in the "Equipment Control" sub interface.
This client can support AI algorithms of visible light camera and infrared camera, including: target recognition, target automatic tracking, target manual tracking, moving target counting, moving target tracking, and gate tracking.
As shown in Figure 3-1, in the "Device Control" interface, switch the AI mode to "Object Detection", and click the "Start" button. As shown in Figure 3-2, the target will appear with the identification information box in the video interface of the device.
Figure 3- 2
The visual electronic fence is drawn in the video, and the AI camera only recognizes the targets in the visual fence area, and does not recognize the targets outside the visual fence area.
1) Draw electronic visual fence
Figure 3- 3
As shown in Figure 3-3, click the "Start Drawing Fence" button, the button will change to "End Drawing Fence", and move the cursor to the video display interface of the device. The drawing steps are as follows:
A. Double click the left mouse button (start to draw a new fence area), and the mouse cursor will become the drawing state
B. Left click to select the fence inflection point 01
C. Left click to select the fence inflection point 02
D. Left click to select the fence inflection point N (less than or equal to 6)
E. Double click the left mouse button (end drawing the new fence area), and the mouse cursor will be restored to its original state.
After drawing, click the "End Drawing Fence" button to end the whole process of drawing the fence.
Note: The target fence area can only have one, and each fence area coordinate inflection point is less than or equal to six.
As shown in Figure 3-4, the video after drawing the fence is shown as follows:
Figure 3- 4
2) Clear all fences
Click the "Clear Fence" button to clear the visual fence in the equipment;
As shown in Figure 3-6, for target recognition classification settings, AI cameras support target recognition of people, vehicles, ships and UAVs.
Figure 3-5
As shown in Figure 3-6, only the human identification parameters are opened:
Figure 3 - 6
As shown in Figure 3-7, only drive the identification parameters:
Figure 3 - 7
As shown in Figure 3-8, both people and vehicles are opened:
Figure 3 - 8
In the automatic tracking mode, after the AI camera recognizes the target, if the target does not disappear for 3 seconds, the automatic tracking of the target will start;When the AI camera has PTZ control permission, the camera sends a PELCO-D command to control the PTZ to move according to the target tracking track until the target is lost or the camera loses PTZ control permission.
As shown in Figure 3-1, switch the AI mode to "Auto Tracking", and click the "Start" button. As shown in Figure 3-9, the target in the video interface of the device will appear with the tracking information box.
Figure 3 - 9
Figure 3 - 10
The visual electronic fence is drawn in the video. The AI camera only tracks the targets in the visual fence area automatically, and the targets outside the visual fence area are not tracked.
For the drawing steps of the visual electronic fence, please refer to 3.1.1 Operation steps of the electronic visual fence.
Select the equipment, click the "Parameter Setting" button, and the parameter setting interface pops up, as shown in Figure 3-11, displaying the target tracking parameters.For specific settings, please refer to the PTZ Adjustment Parameter Description. pdf document.
Figure 3- 51
The user manually selects the tracking target and performs tracking;When the AI camera has PTZ control permission, the camera sends a PELCO-D command to control the PTZ to move according to the target tracking track until the target is lost or the camera loses PTZ control permission.
The operation steps are as follows:
1) As shown in Figure 3-1, in the "Equipment Control" interface, switch the AI mode to "ROI Tracking", and click the "Start" button.
Figure 3- 62
2) As shown in Figure 3-13, in the video area of the device, press the left mouse button in the upper left corner of the target location, drag the cursor, select the target, and release the left mouse button.
Figure 3- 73
Refer to 3.2.2 Automatic Tracking Parameter Configuration for parameter configuration.
The user manually selects the moving target detection fence area, and when there are moving targets in this area, the target tracking is executed;When the AI camera has PTZ control permission, the camera sends a PELCO-D command to control the PTZ to move according to the target tracking track until the target is lost or the camera loses PTZ control permission.
The operation steps are as follows:
1) As shown in Figure 3-14, in the "Equipment Control" interface, switch the AI mode to "Motion Tracking" and click the "Start" button.
Figure 3- 84
2) As shown in Figure 3-15, when the video area of the device is, press the left mouse button, press the left mouse button and drag the cursor to select the moving target detection fence area.
Figure 3- 95
Refer to 3.2.2 Automatic Tracking Parameter Configuration for parameter configuration.
As shown in Figure 4-1, all operations of this part are in the "PTZ control" interface.
It can support visible camera and infrared camera motion control, including: lens control, pan tilt control, serial port command sending and receiving.
Figure 4- 1
As shown in Figure 4-1, the lens control includes zoom plus, zoom minus, focus plus, focus minus, laser fill on, and laser fill off.
Where, when the AI device is an infrared device, the automatic focusing operation of the lens will be triggered when the magnification is over.If the 485 status has been turned on and still cannot control the lens movement, please check whether the camera address in "Parameter Settings" is correct.
As shown in Figure 4-1, PTZ control includes PTZ left, top, right, bottom and stop control.
When the device 485 status has been turned on and the PTZ cannot be controlled, please check whether the PTZ address in "Parameter Configuration" is correct.
As shown in Figure 4-2, the data sent by the serial port includes the PTZ command and the movement command.
Figure 4- 2
Among them, the example of PTZ upward movement command is as follows:
FF 01 00 08 00 10 19
For movement instructions, please contact the AI camera technician.
Warning: Non professional personnel are not allowed to operate the movement. All movement operations are irreversible.
As shown in Figure 5-1, the device image operation includes video storage and image capture.
Figure 5- 1
As shown in Figure 5-1, click the icon button to start storing videos;Click the icon button again to stop video storage.The storage directory is in the "video_normal" folder of the software installation directory.If the "Alarm Video" function is selected, the manual video storage function will not be available.
Figure 5- 2
As shown in Figure 5-2, click the "current video screenshot" menu or "all videos screenshot" to start image capture.
Figure 5 - 3
As shown in Figure 5-3, click the icon to capture the current video.
The storage directory is in the "image_normal" folder of the software installation directory.
Figure 5 - 4
As shown in Figure 5-4, the "alarm video" is enabled. After an alarm occurs, the client will automatically store the video, and the length of the video is set by the "storage time".The storage directory is in the "video_alarm" folder of the software installation directory.
Figure 5 - 5
As shown in Figure 5-5, "Alarm Screenshot" is enabled. After an alarm occurs, the client will automatically take a screenshot, and the time interval between screenshots can be set.The storage directory is in the "image_alarm" folder of the software installation directory.
Figure 5-6
As shown in Figure 5-6, the contents of the alarm screenshot can also be displayed in the "Image text alarm" sub window of the main interface.If there is an alarm, the display interval is one minute.Double click the alarm picture to enlarge and display the current alarm picture.
Figure 6-1
As shown in Figure 6-1, the center position and magnification level of the initial map display can be set in "System Settings" - "Basic Settings" - "Map Configuration".
Figure 6 – 2
Under networking, ensure good network communication. Select "Electronic Map" - "Online Map" in the main navigation to display the map of the set area. The map supports mouse drag and wheel zoom functions.
The map can display the devices in the device list in real time. The location of the device is the set longitude and latitude value. The red camera mark in the center of the circle represents the device, the blue is the visible light device, and the red is the infrared device.The circular area represents the maximum range that the equipment can cover;The sector orientation is the direction corresponding to the current equipment PTZ (stack PTZ zero point);The radius of the sector is the distance corresponding to the focal length of the current device movement;The angle range of the sector is the field angle corresponding to the focal length of the current device movement.
Click the red camera mark in the center of the circle to open the video window for the device.Other devices with the same PTZ number will be opened at the same time.
Figure 6 – 3
As shown in Figure 6-3, click the left mouse button, and the longitude and latitude value corresponding to the currently clicked point is the target longitude and latitude, which is displayed in the "target longitude and latitude".
Update the longitude and latitude value of the selected equipment: update the longitude and latitude value of the selected equipment to the target longitude and latitude, and update the location of the selected equipment on the map.
Centered display of selected equipment: "Select equipment" is displayed in the center of the map.
Display selected device video: open the video window corresponding to "Select Device".
Find the nearest device: find the device closest to the target longitude and latitude, and the device name will be displayed in the "nearest device".
Empty map cover: Reload all devices on the map.
Figure 6 – 4
As shown in Figure 6-4, set the basic parameters used for the electronic map in the equipment list under the menu option "System Settings" - "Camera Management".
Longitude and Latitude: the position of the equipment in the map.
Maximum range: the maximum distance covered by the equipment, in meters.
Maximum focal length: the maximum focal length of the device.
Maximum field angle: the maximum field angle of the device, in degrees
Pan tilt zero point: the offset corresponding to the true north of the map and the orientation of the camera.When adjusting, first rotate the PTZ to ensure that the camera video orientation is true north. At this time, the opposite number of PTZ angles is the PTZ zero point.
PTZ No.: To ensure that different devices use the same PTZ, the devices can be bound together.
Movement type: including visible light and infrared light. In the map, the color of the device is different, and the visible light is blue;Infrared is red.
Figure 6 – 5
As shown in Figure 6-5, the equipment with a single PTZ number will control the PTZ angle and the core focus according to the angle and distance of the mouse click point and the center point of the equipment.
Figure 6 – 6
As shown in Figure 6-6, demonstrate two devices with the same PTZ number. The big circle is the visible light movement, which is shown in blue;The small circle is an infrared movement, which is shown in red.
Click the mouse within the coverage range of the device to control the pan tilt angle of the device and the focal length of the camera.
Clicking in the red circle area will control the tilt angle of the visible light device and the focal length of the visible light and infrared cameras. The focal length of both cameras will be controlled according to the actual distance.
Click the blue area to control the PTZ angle of the visible light device. The focus of the visible light movement is controlled according to the actual distance, and the infrared movement is controlled according to the maximum focus.
Ø Check whether the firewall is closed
Ø Check whether the anti-virus software is closed
Ø Whether there is space in the application installation path
