lcdconf.h

An Demo of uCGUI from SEGGER

/*********************************************************************
*                SEGGER MICROCONTROLLER SYSTEME GmbH                 *
*        Solutions for real time microcontroller applications        *
**********************************************************************
*                                                                    *
*        (c) 1996 - 2007  SEGGER Microcontroller Systeme GmbH        *
*                                                                    *
*        Internet: www.segger.com    Support:  [e-mail]    *
*                                                                    *
**********************************************************************

** emWin V4.14 - Graphical user interface for embedded applications **
emWin is protected by international copyright laws.   Knowledge of the
source code may not be used to write a similar product.  This file may
only be used in accordance with a license and should not be re-
distributed in any way. We appreciate your understanding and fairness.
----------------------------------------------------------------------
File        : LCDConf_66766_C16_C128x160.h
Purpose     : Sample configuration file
----------------------------------------------------------------------
*/

#ifndef LCDCONF_H
#define LCDCONF_H

/*********************************************************************
*
*                   General configuration of LCD
*
**********************************************************************
*/

#define LCD_CONTROLLER      66708 /* Ilitek ILI9320 */

#define LCD_BITSPERPIXEL       16
#define LCD_SWAP_RB             0
#define LCD_USE_PARALLEL_16     1

#define _XSIZE                240
#define _YSIZE                320

#define LCD_SWAP_XY             1
#define LCD_MIRROR_X            0
#define LCD_MIRROR_Y            1

#if LCD_SWAP_XY
  #define LCD_XSIZE        _YSIZE
  #define LCD_YSIZE        _XSIZE
#else
  #define LCD_XSIZE        _XSIZE
  #define LCD_YSIZE        _YSIZE
#endif

/*********************************************************************
*
*                   Simple bus configuration
*
**********************************************************************
*/
void LCD_X_Init(void);
void LCD_X_Write01_16(unsigned short c);
void LCD_X_Write00_16(unsigned short c);
void LCD_X_WriteM01_16(unsigned short * pData, int NumWords);
void LCD_X_WriteM00_16(unsigned short * pData, int NumWords);
void LCD_X_ReadM01_16 (unsigned short * pData, int NumWords);
#define LCD_WRITE_A1(Word) LCD_X_Write01_16(Word)
#define LCD_WRITE_A0(Word) LCD_X_Write00_16(Word)
#define LCD_WRITEM_A1(Word, NumWords) LCD_X_WriteM01_16(Word, NumWords)
#define LCD_WRITEM_A0(Word, NumWords) LCD_X_WriteM00_16(Word, NumWords)
#define LCD_READM_A1(Word, NumWords)  LCD_X_ReadM01_16(Word, NumWords)

/*********************************************************************
*
*                   Initialisation macro
*
**********************************************************************
*/
#define LCD_INIT_CONTROLLER() \
  LCD_X_Init();                            \
  /* Start Initial Sequence */             \
  _WriteU16_A0(229); _WriteU16_A1(0x8000); \
  _WriteU16_A0(  0); _WriteU16_A1(0x0001); \
  _WriteU16_A0(  1); _WriteU16_A1(0x0100); \
  _WriteU16_A0(  2); _WriteU16_A1(0x0700); \
  _WriteU16_A0(  3); _WriteU16_A1(0x1030); \
  _WriteU16_A0(  4); _WriteU16_A1(0x0000); \
  _WriteU16_A0(  8); _WriteU16_A1(0x0202); \
  _WriteU16_A0(  9); _WriteU16_A1(0x0000); \
  _WriteU16_A0( 10); _WriteU16_A1(0x0000); \
  _WriteU16_A0( 12); _WriteU16_A1(0x0000); \
  _WriteU16_A0( 13); _WriteU16_A1(0x0000); \
  _WriteU16_A0( 15); _WriteU16_A1(0x0000); \
  /* Power On sequence */                  \
  _WriteU16_A0( 16); _WriteU16_A1(0x0000); \
  _WriteU16_A0( 17); _WriteU16_A1(0x0000); \
  _WriteU16_A0( 18); _WriteU16_A1(0x0000); \
  _WriteU16_A0( 19); _WriteU16_A1(0x0000); \
  GUI_Delay(20);                           \
  _WriteU16_A0( 16); _WriteU16_A1(0x17B0); \
  _WriteU16_A0( 17); _WriteU16_A1(0x0137); \
  GUI_Delay(5);                            \
  _WriteU16_A0( 18); _WriteU16_A1(0x0139); \
  GUI_Delay(5);                            \
  _WriteU16_A0( 19); _WriteU16_A1(0x1d00); \
  _WriteU16_A0( 41); _WriteU16_A1(0x0013); \
  GUI_Delay(5);                            \
  _WriteU16_A0( 32); _WriteU16_A1(0x0000); \
  _WriteU16_A0( 33); _WriteU16_A1(0x0000); \
  /* Adjust the Gamma Curve */             \
  _WriteU16_A0( 48); _WriteU16_A1(0x0006); \
  _WriteU16_A0( 49); _WriteU16_A1(0x0101); \
  _WriteU16_A0( 50); _WriteU16_A1(0x0003); \
  _WriteU16_A0( 53); _WriteU16_A1(0x0106); \
  _WriteU16_A0( 54); _WriteU16_A1(0x0b02); \
  _WriteU16_A0( 55); _WriteU16_A1(0x0302); \
  _WriteU16_A0( 56); _WriteU16_A1(0x0707); \
  _WriteU16_A0( 57); _WriteU16_A1(0x0007); \
  _WriteU16_A0( 60); _WriteU16_A1(0x0600); \
  _WriteU16_A0( 61); _WriteU16_A1(0x020b); \
  /* Set GRAM area */                      \
  _WriteU16_A0( 80); _WriteU16_A1(0x0000); \
  _WriteU16_A0( 81); _WriteU16_A1(0x00EF); \
  _WriteU16_A0( 82); _WriteU16_A1(0x0000); \
  _WriteU16_A0( 83); _WriteU16_A1(0x013F); \
  _WriteU16_A0( 96); _WriteU16_A1(0x2700); \
  _WriteU16_A0( 97); _WriteU16_A1(0x0001); \
  _WriteU16_A0(106); _WriteU16_A1(0x0000); \
  /* Partial Display Control */            \
  _WriteU16_A0(128); _WriteU16_A1(0x0000); \
  _WriteU16_A0(129); _WriteU16_A1(0x0000); \
  _WriteU16_A0(130); _WriteU16_A1(0x0000); \
  _WriteU16_A0(131); _WriteU16_A1(0x0000); \
  _WriteU16_A0(132); _WriteU16_A1(0x0000); \
  _WriteU16_A0(133); _WriteU16_A1(0x0000); \
  /* Panel Control */                      \
  _WriteU16_A0(144); _WriteU16_A1(0x0010); \
  _WriteU16_A0(146); _WriteU16_A1(0x0000); \
  _WriteU16_A0(147); _WriteU16_A1(0x0003); \
  _WriteU16_A0(149); _WriteU16_A1(0x0110); \
  _WriteU16_A0(151); _WriteU16_A1(0x0000); \
  _WriteU16_A0(152); _WriteU16_A1(0x0000); \
  /* Set GRAM write direction and BGR = 0 */ \
  /* I/D=01 (Horizontal : increment, Vertical : decrement) */ \
  /* AM=1 (address is updated in vertical writing direction) */ \
  _WriteU16_A0(3); _WriteU16_A1(0x0018); \
  _WriteU16_A0(7); _WriteU16_A1(0x0173);  /* 262K color and display ON */

#define LCD_REG01 0x10

#endif /* LCDCONF_H */