For this reason it is used in a number of LCD modules from x to x pixels. This class of module is most commonly used to display a mixture of text and graphics in samall devices and instruments. It is usually interfaced directly with an embedded 8-bit microprocessor. This application note describes the use of this controller with a number of graphics modules. The example used here is based on an 8-bit Intel I microcontroller but applies to almost any micro-controller.
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Feature list Display controller family features This library package is optimized for the TC display controller family All dot matrix display screen sizes supported by display controller configurable. For instance x, x, x, etc. Support for TC hardware fonts and hard-font download Parallel bus interface. Standard conforming C source code.
Processor and OS independent driver code. Comprehensive easy-to-read manual with examples No run-time licenses. Viewports with scroll, auto-wrap and auto-alignment. Tabs and column alignment support. Black-on-White, White-on-Black. Selectable fonts and alignemnt styles. Comprensive, easy-to-use function interface.
The powerful feature set enable creation of any GUI style. Use relative coordinate set. Create adaptable layouts. Design your owen reuseable GUI functions. Graphic drawing Graphic line drawing and pixel setting. Graphic Rectangle and Block drawing. Graphic buffer Cut and Paste. Rotation of text and graphic symbols Symbols, Fonts and Text support Soft-font support Free user definition of special symbols. Character and text string functions. Mono-space and Proportional fonts.
Support for extended character set handling. Multibyte character strings, wide-char strings. Full UTF-8 string support, incl. Support for anti-aliased fonts Support for transparent text and graphic. Low processor memory consumption Library is designed for use with embedded processors.
Small memory footprint. Heap memory not required. Can operate directly on internal video buffer in the display controller chip. No need for a graphic video buffer in processor RAM. Full support for Virtual Fonts, icons, and pictures stored in external memory devices. An easy way to handle large fonts and graphic objects with minimum processor memory consumption. Includes support for Virtual Files. Save text strings and application data together with fonts.
Enable easy language update after product release. PC mode demo.
Heigt of gLCD canvas measured in pixels. Width of gLCD canvas measured in pixels. Monochrome This property is of type True or false and can be referenced with the variable name monochrome. Specifies if the display is capable of colour or monochrome only. Specifies the initial foreground color.
Toshiba T6963C Application Note
Despite being a driver for monochrome displays the controller has some interesting features, such as simultaneous display of text and graphics may even make logical operation between the text and graphic such OR, AND, EXOR also allowing the use of attributes for text, usually This controller has enough memory to hold pages of text and video also it has commands to set Pixel and writing and reading rapid with possibility of increment, decrement or no change in the memory position after reading or writing. This Version 1. The Demo need to at least x pixels but the drive is generic and can be used for any resolution. This drive during startup uses its interface to check if there is memory, thus allowing to drive implementation of two text and graphic pages if available memory allows, and if there is not enough memory the drive uses minimal of one text and graphic page. With little change at the code is possible to use on Arduino. The demo was done using an ATmega with 16Mhz crystal, follow. With this check, the drive is responsible for returning the state of their presence, hence enabling an error processing with eg warning through a beep, an LED flash etc.
t6963c 240x64 lcd