The display effect is not good, and the flow chart screen has no influence. Its settings are as follows: Figure 1.2-5 (multi-monitor) and NVIDIA GeForce 5200 property Interface 4 Vertical span: used to vertically expand the content on one screen to multiple screens. When AdvanTrol is running, the display of "1" and "2" is vertically stretched and tiled, and the display effect of trend, alarm, adjustment, grouping and other pictures is not good, and the flow chart picture has no influence. Its settings are as follows: Figure 1.2-6 (multi-monitor) and NVIDIA GeForce 5200 Property Interface 5. When Advantrol is running, it will be displayed on the "1" monitor in full screen, which is consistent with the display effect of the single-monitor operation station. The "2" display shows the color of the desktop and can be used to place the pop-up flowchart. If the corresponding information is set in the display setting file, when AdvanTrol is running, the monitoring screen will be displayed in full screen in the main screen, and another monitoring screen will be displayed in the sub-screen, so that different contents in the monitoring screen can be monitored at the same time. Its settings are shown in. Figure 1.2-7 (multi-monitor) and NVIDIA GeForce 5200 property interface 1.2.2 Write multi-screen display configuration file 1. In the system software installation directory (such as C:\AdvanTrol-Pro), write a configuration file named AdvanTrol.ini in the following file format: [Advantrol.ini. Version configuration file Multimonitor =1; 0 does not support multi-screen, 1 supports multi-screen alwayshippopface =1; 0 User-defined tag number, SV, MV and secondary calculation tag number on the flow chart, and left-click the edit box for direct play. ; After the left-click mark on the 1 flowchart, all panels are popped up. 2. In the running directory of configuration, write an extended screen configuration file named MultiMonitorCfg.ini, taking the dual screen with resolution of 1024*768 and the extended screen on the right side of the main screen as examples. The file format of the configuration file is as follows: [MultiMonitor Set]; Extended screen configuration file multimonitornum =1; The number of extended screens hideshelltraywnd = 0;; 0 shows the start bar, 1 hides the start bar.
[multimonitorcfg 0]; Configuration ID of the first extended screen = 0; Extended screen id left =1025; The left boundary coordinate of the extended screen is right = 2048, and the right boundary coordinate of the top of the extended screen is 0; Boundary coordinates at the bottom of the extended screen = 768; Extended screen lower boundary coordinates
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One-machine multi-screen use method
One-machine multi-screen use method
Chapter 1 How to use one machine with multiple screens
1. 1 Overview
Multi-screen display technology is to control multiple monitors at the same time through a computer, and display different pictures on different screens, and finally achieve the effect of observing and monitoring several production processes at the same time. This technology can be realized through a screen splitter or a multi-screen graphics card. This paper only explains how to use multi-screen graphics card to realize multi-screen display.
1.2 Instructions for use
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1.2. 1 multi-screen display attribute setting (taking one machine with two screens as an example)
1. Insert a multi-screen graphics card supporting multi-screen display in the slot of the host computer and install the driver.
2. Set split screen properties. Different graphics cards have slightly different settings. Please refer to the products provided by the graphics card manufacturer for details.