test_nokia_7210_msp430_spi.c

MSP430单片机驱动Nokia6100LCD源程序

/*------------------------------------------------------------------------------------
  Nom          :  Test_Nokia_7210_MSP430_SPI.c
  Description  :  Test des fonctions de gestion LCD Nokia 7210 & 6100
                  Routines pour controleurs Epson S1D15G10 et Philips PCF8833
                  Utilisation du coupleur SPI
  Author       :  24/03/2006 - CREMMEL Marcel
  History      :  24/03/2006 - Premi鑢e version
--------------------------------------------------------------------------------------*/
#include <msp430x12x2.h>
#include <stdio.h>
#include <stdbool.h> //Pour le type "bool"
#include <math.h>
#include <stdlib.h> //Pour le type div_t

/*------------------------------------------------------------------------------------
                                         C鈈lage
--------------------------------------------------------------------------------------*/
// Connexions LCD Nokia
#define Lcd_CE_Pin   0x01  //  P3.0 = SCE
#define Lcd_DIN_Pin  0x02  //  P3.1 = SOMI = SDIN
#define Lcd_RST_Pin  0x04  //  P3.2 = RES
#define Lcd_CLK_Pin  0x08  //  P3.3 = UCLK = SCLK
#define Type_Controler_Pin 0x10 //P3.4 = Type de controleur : "1" : Epson; "0" : Philips

/*------------------------------------------------------------------------------------
                                         Constantes
--------------------------------------------------------------------------------------*/

/*-------------------------------
  Couleurs (palette 256 couleurs)
---------------------------------*/
#define Noir  0
#define Blanc 255
#define Bleu  3
#define Rouge 7*32
#define Vert  7*4

/*---------------------------------------
  Commandes du controleur EPSON S1D15G10
----------------------------------------*/
#define DISON    0xaf
#define DISOFF   0xae
#define DISNOR   0xa6
#define DISINV   0xa7
#define COMSCN   0xbb
#define DISCTL   0xca
#define SLPIN    0x95
#define SLPOUT   0x94
#define PASET    0x75
#define CASET    0x15
#define DATCTL   0xbc
#define   INV_Y  0x01
#define   INV_X  0x02
#define   WR_DIR 0x04
#define RGBSET8  0xce
#define RAMWR    0x5c
#define RAMRD    0x5d
#define PTLIN    0xa8
#define PTLOUT   0xa9
#define RMWIN    0xe0
#define RMWOUT   0xee
#define ASCSET   0xaa
#define SCSTART  0xab
#define OSCON    0xd1
#define OSC_OFF  0xd2
#define PWRCTR   0x20
#define VOLCTR   0x81
#define VOLUP    0xd6
#define VOLDOWN  0xd7
#define TMPGRD   0x82
#define EPCTIN   0xcd
#define EPCOUT   0xcc
#define EPMWR    0xfc
#define EPMRD    0xfd
#define EPSRRD1  0x7c
#define EPSRRD2  0x7d
#define NOP      0x25

/*---------------------------------------
  Commandes du controleur Philips PCF8833
---------------------------------------*/
#define NO_OPERATION        0x00
#define SOFT_RESET          0x01
#define BOOSTER_OFF         0x02
#define BOOSTER_ON          0x03
#define DISPLAY_INFO        0x04  // read 25bits where MSB are dummy trash
#define DISPLAY_STATUS      0x09  // read 33bits where MSB are dummy trash
#define SLEEP_IN            0x10
#define SLEEP_OUT           0x11
#define PARTIAL_MODE_ON     0x12
#define NORMAL_MODE_ON      0x13
#define INVERSION_OFF       0x20
#define INVERSION_ON        0x21
#define PIXELS_OFF          0x22
#define PIXELS_ON           0x23
#define SET_CONTRAST        0x25
#define DISPLAY_OFF         0x28
#define DISPLAY_ON          0x29
#define SET_X_ADDR          0x2A // ATENTION! when X,Y address are changed BOTH must be changed
  // START_X                0xXX
  // STOP_X                 0xXX
#define SET_Y_ADDR          0x2B
  // START_Y                0xXX
  // STOP_Y                 0xXX
#define MEM_WRITE           0x2C
  // x times pixel data     0xXX
#define COLOR_SET           0x2D
  // 8 times red palette    0xXX
  // 8 times green palette  0xXX
  // 4 times blue palette   0xXX
#define PARTIAL_AREA        0x30
  // START_Y                0xXX
  // STOP_Y                 0xXX
#define SCROLL_DEFINITON    0x33 // always vertical
  // TOP_FIXED_LINES        0xXX
  // SCROLL_LINES           0xXX
  // BOTTOM_FIXED_LINES     0xXX
#define SET_SCROLL          0x37 // SEP scroll entry point
  // ROW_Y                  0xxx
#define MEM_CONTROL         0x36
#define   MEM_RGB           0x08 // "0": ordre RGB, "1": BGR
#define   MEM_LAO           0x10 // "0":haut vers bas, "1":bas vers haut
#define   MEM_VW            0x20 // "0":閏riture ds le sens X
                                  // "1":閏riture ds le sens Y
#define   MEM_MX            0x40 // "0":normal, "1":miroir en X
#define   MEM_MY            0x80 // "0":normal, "1":miroir en Y
#define IDLE_OFF            0x38
#define IDLE_ON             0x39
#define COLOR_INTERFACE     0x3A
  // pixelformat            0xXX
#define   COLOR_8_BIT       0x02
#define   COLOR_12_BIT      0x03
#define   COLOR_16_BIT      0x05
#define SET_VOP             0xB0 // irrelevant for Nokia6100
  // 2x                     0xXX
#define BOTTOM_ROW_SWAP_OFF 0xB4
#define BOTTOM_ROW_SWAP_ON  0xB5
#define TOP_ROW_SWAP_OFF    0xB6
#define TOP_ROW_SWAP_ON     0xB7
#define SUPER_FRAME_INV_OFF 0xB8
#define SUPER_FRAME_INV_ON  0xB9
#define DATA_ORDER_MSB      0xBA
#define DATA_ORDER_LSB      0xBB
#define TEMP_READ           0xC8 // read

/*------------------
  Constantes Timer A
--------------------*/
// Interruption Timer A, voie 0
#define Pulse_OUT1      100     //Dur閑 de l'impulsion de d閏lenchement de la CAN
#define Periode_IntTA0  588     //Soit une fr閝uence de 6800Hz avec horloge de 4MHZ

/*---------------
  Constantes UART
-----------------*/
#define RXBufSize 32 // Taille du buffer de r閏eption (puissance de 2)
#define TXBufSize 32 // Taille du buffer de transmission (puissance de 2)
#define Buffer_vide 1 // 1: rien