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Now, there are a number of displays that use either a cost-effective hardware solution (like LCDsysinfo displays), or designed in a way that it must support low-speed connections like RS232, Parallel or I2C (like Matrix Orbital and 4D Systems displays). So with those displays you cannot use the regular LCD module of AIDA64, since that is designed to work in a way that:ġ) AIDA64 first collects the items you've defined using the LCD preview (AIDA64 / main menu / File / Preferences / Hardware Monitoring / LCD / LCD Items)Ģ) It then renders all items individually in the memory, in a bitmap back-buffer, in an order that you've defined in #1ģ) And finally, it sends the bitmap from the memory buffer straight to the LCD device, using the LCD's own API, which is usually a pre-defined set of USB or HID commands.Īnd when a display doesn't support displaying a bitmap, that whole thing simply cannot work. When I use the term "direct addressing", I mean that you cannot draw individual pixels on the 320x240 display, and you also cannot put a simple full-screen bitmap (or a smaller bitmap) on the display. ![]() Problem with those devices is that they're one of the few rare LCD/VFD displays that do not support direct addressing. We've already got both the original LCDsysinfo and the newer LCDsysinfo for GOverlay. * LCDDrive.Display_icon_on_grid(int position, int icon_number) * This will clear the top5 line and retain the last line, the line will be cleared to Purple colour. , true, true, true, false, (int)ColorValue_16bit.Purple) * for example: LCDDrive.Clear_lines(true, true * or use the present value in ColourValue_16bit enum * set line1-line6 to true to clear the lines, otherwise set to false to retain the lineīe a 16bit colour value in RRRRRGGGGGGGBBBBB Format ![]() Kes time, sleep the thread for sometime before issuing next * LCDDrive.Clear_lines(bool line1, bool line2, bool line3, bool line4, bool line5, bool line6, int colour) * for example: LCDDrive.SaveBrightnessvaluetodevice(0, 255): Set the device to turn off the LCD during idle * Change the brightness of LCD immediately (v * LCDDrive.ChangeLCDBrightness(int value) * Running this function will disable this feature The LCD) if no command is send to LCD within 10secs. * By default, LCD will turn to idle mode(dim * LCDDrive.turn_off_dimLCD_during_idle() * Need to be called in when the application start. If no device, will display error message. If device is detected, nothing will return. #Soundgraph imon monitor change colors windows#Their own applications to control the LCD in Linux and Windows environment.Ĭontrolling the LCD using Python in Linux Therefore, using the below library, user can create USB control packets using default controlĮndpoint (no bulk or interrupt endpoint). The LCD can be customly controlled by using #Soundgraph imon monitor change colors full#Copy-paste the full results into this topic. If your unsupported LCD/VFD uses USB connection, please post a USB dump of it: right-click on the bottom status bar of AIDA64 v4.60 -> System Debug -> USB Dump. Make sure to state display manufacturer, display model, interface (USB, serial, parallel, I2C, etc), and if possible, show us the device you've got by posting a link to the product page or a hardware review. #Soundgraph imon monitor change colors free#We're collecting ideas on which displays to support next, so feel free to let us know what display you've got, or what display you want to see being supported by AIDA64. We're already working on a number of new devices (Acer Idea 500, AX206-based firmware-hacked DPF, ct-Mausekino, Cwlinux, Futaba MDM166A, picoLCD, SoundGraph iMon UltraBay LCD, Sure Electronics, Trefon, Yoctopuce, etc) that will be added during the next few weeks, and then a lot more is coming. If you consider interface, protocol, controller and all other variables, there are literally hundreds of different LCD/VFD devices out there. What we've just rolled out with AIDA64 v4.60 is only the first wave of new LCD and VFD devices. ![]()
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