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Display_Lib_RPI 2.3.0
A C++ Library to connect electronic displays to Linux single board computers.
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▼Nrdlib_log | Name space for log file related utilities |
ClogData | Exception class template for handling and logging errors |
Cbicolor_graphics | Graphics class to hold graphic related functions for 1-bit displays |
Ccolor16_graphics | Class to handle fonts and graphics of color 16 bit display |
Cdisplay_Fonts | Font class to hold font data object |
▼CERM19264_UC1609 | Class to drive the ERM19264 UC1609 LCD |
CUC1609_Delays_t | Struct to hold delay values used in driver |
▼CERMCH1115 | Class to drive the ERMCh1115 OLED |
CERMCH1115_Delays_t | Struct to hold delay values used in driver |
CHD44780PCF8574LCD | Class to drive the HD44780 LCD with PCF8574 I2C interface |
CHT16K33plus_Model1 | Class to control Ht16K33 , supports 7 9 14 and 16 segment displays |
CILI9341_TFT | Class to interface with ILI9341 LCD display |
CMAX7219_SS_RPI | Drive MAX7219 seven segment displays |
CNOKIA_5110_RPI | Class Controls SPI comms and LCD functionality |
CPrint | Polymorphic print class to print many data types by wrapping write function in the graphics class's |
CSH110X_RDL | Class to control OLED and define buffer |
CSSD1306_RDL | Class to control OLED and define buffer |
▼CSSD1331_OLED | Class to control SSD1331 OLED basic functionality |
CConstrast_values_t | Set contrast color values in normal mode |
CDim_Constrast_values_t | Set contrast color values in dim mode |
CST7735_TFT | Class to control ST7735 TFT basic functionality |
CST7789_TFT | Class to control ST7789 TFT basic functionality |
CTM1637plus_Model4 | Class for TM1637 Model 4 |
CTM1638plus_common | The base Class , used to store common data & functions for all models types |
CTM1638plus_Model1 | Class for Model 1 |
CTM1638plus_Model2 | Class for Model 2 |
CTM1638plus_Model3 | Class for Model 3 |
▼CXPT_2046_RDL | Class to interface hardware of Touch point IC XPT2046 |
CTouch_Point_t | Structure representing a touch point on the screen. This structure is used to define a touch area on the screen, x1and x2represent the horizontal boundaries of the touch region. y1 and y2 represent the vertical boundaries of the touch region. The id field is used to uniquely identify the touch point |