LCD.h

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//  J1   J3               J4   J2
// [ 1] [21]             [40] [20]
// [ 2] [22]             [39] [19]
// [ 3] [23]             [38] [18]
// [ 4] [24]             [37] [17]
// [ 5] [25]             [36] [16]
// [ 6] [26]             [35] [15]
// [ 7] [27]             [34] [14]
// [ 8] [28]             [33] [13]
// [ 9] [29]             [32] [12]
// [10] [30]             [31] [11]
 
// Connected pins in physical order
// J1.1 +3.3V (power)
// J1.2 joystick horizontal (X) (analog) {TM4C123 PB5/AIN11, MSP432 P6.0}
// J1.3 UART from Bluetooth to LaunchPad (UART) {TM4C123 PB0, MSP432 P3.2}
// J1.4 UART from LaunchPad to Bluetooth (UART) {TM4C123 PB1, MSP432 P3.3}
// J1.5 joystick Select button (digital) {TM4C123 PE4, MSP432 P4.1}
// J1.6 microphone (analog)              {TM4C123 PE5/AIN8, MSP432 P4.3}
// J1.7 LCD SPI clock (SPI)              {TM4C123 PB4, MSP432 P1.5}
// J1.8 ambient light (OPT3001) interrupt (digital) {TM4C123 PA5, MSP432 P4.6}
// J1.9 ambient light (OPT3001) and temperature sensor (TMP006) I2C SCL (I2C)  {TM4C123 PA6, MSP432 P6.5}
// J1.10 ambient light (OPT3001) and temperature sensor (TMP006) I2C SDA (I2C) {TM4C123 PA7, MSP432 P6.4}
//--------------------------------------------------
// J2.11 temperature sensor (TMP006) interrupt (digital) {TM4C123 PA2, MSP432 P3.6}
// J2.12 nothing                         {TM4C123 PA3, MSP432 P5.2}
// J2.13 LCD SPI CS (SPI)                {TM4C123 PA4, MSP432 P5.0}
// J2.14 nothing                         {TM4C123 PB6, MSP432 P1.7}
// J2.15 LCD SPI data (SPI)              {TM4C123 PB7, MSP432 P1.6}
// J2.16 nothing (reset)
// J2.17 LCD !RST (digital)              {TM4C123 PF0, MSP432 P5.7}
// J2.18 Profile 4                       {TM4C123 PE0, MSP432 P3.0}
// J2.19 servo PWM                       {TM4C123 PB2, MSP432 P2.5}
// J2.20 GND (ground)
//--------------------------------------------------
// J3.21 +5V (power)
// J3.22 GND (ground)
// J3.23 accelerometer X (analog)        {TM4C123 PD0/AIN7, MSP432 P6.1}
// J3.24 accelerometer Y (analog)        {TM4C123 PD1/AIN6, MSP432 P4.0}
// J3.25 accelerometer Z (analog)        {TM4C123 PD2/AIN5, MSP432 P4.2}
// J3.26 joystick vertical (Y) (analog)  {TM4C123 PD3/AIN4, MSP432 P4.4}
// J3.27 Profile 0                       {TM4C123 PE1, MSP432 P4.5}
// J3.28 Profile 1                       {TM4C123 PE2, MSP432 P4.7}
// J3.29 Profile 2                       {TM4C123 PE3, MSP432 P5.4}
// J3.30 Profile 3                       {TM4C123 PF1, MSP432 P5.5}
//--------------------------------------------------
// J4.31 LCD RS (digital)                {TM4C123 PF4, MSP432 P3.7}
// J4.32 user Button2 (bottom) (digital) {TM4C123 PD7, MSP432 P3.5}
// J4.33 user Button1 (top) (digital)    {TM4C123 PD6, MSP432 P5,1}
// J4.34 Profile 6/gator hole switch     {TM4C123 PC7, MSP432 P2.3}
// J4.35 nothing                         {TM4C123 PC6, MSP432 P6.7}
// J4.36 Profile 5                       {TM4C123 PC5, MSP432 P6.6}
// J4.37 RGB LED blue (PWM)              {TM4C123 PC4, MSP432 P5.6}
// J4.38 RGB LED green (PWM)             {TM4C123 PB3, MSP432 P2.4}
// J4.39 RGB LED red (jumper up) or LCD backlight (jumper down) (PWM) {TM4C123 PF3, MSP432 P2.6}
// J4.40 buzzer (PWM)                    {TM4C123 PF2, MSP432 P2.7}
//--------------------------------------------------
// Connected pins in logic order
// power and reset
// J1.1 +3.3V (power)
// J3.21 +5V (power)
// J3.22 GND (ground)
// J2.20 GND (ground)
// J2.16 nothing (reset)
//--------------------------------------------------
// LCD graphics
// J1.7 LCD SPI clock (SPI)              {TM4C123 PB4, MSP432 P1.5}
// J2.13 LCD SPI CS (SPI)                {TM4C123 PA4, MSP432 P5.0}
// J2.15 LCD SPI data (SPI)              {TM4C123 PB7, MSP432 P1.6}
// J2.17 LCD !RST (digital)              {TM4C123 PF0, MSP432 P5.7}
// J4.31 LCD RS (digital)                {TM4C123 PF4, MSP432 P3.7}
//--------------------------------------------------
// 3-color LED
// J4.37 RGB LED blue (PWM)              {TM4C123 PC4, MSP432 P5.6}
// J4.38 RGB LED green (PWM)             {TM4C123 PB3, MSP432 P2.4}
// J4.39 RGB LED red (jumper up) or LCD backlight (jumper down) (PWM) {TM4C123 PF3, MSP432 P2.6}
//--------------------------------------------------
// user buttons
// J4.32 user Button2 (bottom) (digital) {TM4C123 PD7, MSP432 P3.5}
// J4.33 user Button1 (top) (digital)    {TM4C123 PD6, MSP432 P5.1}
//--------------------------------------------------
// buzzer output
// J4.40 buzzer (PWM)                    {TM4C123 PF2, MSP432 P2.7}
//--------------------------------------------------
// Joystick
// J1.5 joystick Select button (digital) {TM4C123 PE4, MSP432 P4.1}
// J1.2 joystick horizontal (X) (analog) {TM4C123 PB5/AIN11, MSP432 P6.0}
// J3.26 joystick vertical (Y) (analog)  {TM4C123 PD3/AIN4, MSP432 P4.4}
//--------------------------------------------------
// accelerometer
// J3.23 accelerometer X (analog)        {TM4C123 PD0/AIN7, MSP432 P6.1}
// J3.24 accelerometer Y (analog)        {TM4C123 PD1/AIN6, MSP432 P4.0}
// J3.25 accelerometer Z (analog)        {TM4C123 PD2/AIN5, MSP432 P4.2}
//--------------------------------------------------
// microphone
// J1.6 microphone (analog)              {TM4C123 PE5/AIN8, MSP432 P4.3}
//--------------------------------------------------
// light and temperature sensors (I2C)
// J1.8 ambient light (OPT3001) interrupt (digital) {TM4C123 PA5, MSP432 P4.6}
// J1.9 ambient light (OPT3001) and temperature sensor (TMP006) I2C SCL (I2C)  {TM4C123 PA6, MSP432 P6.5}
// J1.10 ambient light (OPT3001) and temperature sensor (TMP006) I2C SDA (I2C) {TM4C123 PA7, MSP432 P6.4}
// J2.11 temperature sensor (TMP006) interrupt (digital) {TM4C123 PA2, MSP432 P3.6}
//--------------------------------------------------
// Bluetooth booster
// J1.3 UART from Bluetooth to LaunchPad (UART) {TM4C123 PB0, MSP432 P3.2}
// J1.4 UART from LaunchPad to Bluetooth (UART) {TM4C123 PB1, MSP432 P3.3}
//--------------------------------------------------
// profile pins
// J3.27 Profile 0                       {TM4C123 PE1, MSP432 P4.5}
// J3.28 Profile 1                       {TM4C123 PE2, MSP432 P4.7}
// J3.29 Profile 2                       {TM4C123 PE3, MSP432 P5.4}
// J3.30 Profile 3                       {TM4C123 PF1, MSP432 P5.5}
// J2.18 Profile 4                       {TM4C123 PE0, MSP432 P3.0}
// J4.36 Profile 5                       {TM4C123 PC5, MSP432 P6.6}
// J4.34 Profile 6                       {TM4C123 PC7, MSP432 P2.3}
//--------------------------------------------------
// unconnected pins
// J2.12 nothing                         {TM4C123 PA3, MSP432 P5.2}
// J2.14 nothing                         {TM4C123 PB6, MSP432 P1.7}
// J2.19 servo PWM                       {TM4C123 PB2, MSP432 P2.5}
// J4.35 nothing                         {TM4C123 PC6, MSP432 P6.7}
#ifndef __LCD_H__
#define __LCD_H__
//color constants                  red  grn  blu
#define LCD_BLACK      0x0000   //   0,   0,   0
#define LCD_BLUE       0x001F   //   0,   0, 255
#define LCD_DARKBLUE   0x34BF   //  50, 150, 255
#define LCD_RED        0xF800   // 255,   0,   0
#define LCD_GREEN      0x07E0   //   0, 255,   0
#define LCD_LIGHTGREEN 0x07EF   //   0, 255, 120
#define LCD_ORANGE     0xFD60   // 255, 175,   0
#define LCD_CYAN       0x07FF   //   0, 255, 255
#define LCD_MAGENTA    0xF81F   // 255,   0, 255
#define LCD_YELLOW     0xFFE0   // 255, 255,   0
#define LCD_WHITE      0xFFFF   // 255, 255, 255
#define LCD_GREY       0x8410   // 128, 128, 128
#define STANDARD_GALACTIC_ALPHABET 0
 
 
void LCD_Init(void);
 
 
void LCD_DrawPixel(int16_t x, int16_t y, uint16_t color);
 
 
void LCD_DrawFastVLine(int16_t x, int16_t y, int16_t h, uint16_t color);
 
 
void LCD_DrawFastHLine(int16_t x, int16_t y, int16_t w, uint16_t color);
 
 
void LCD_FillScreen(uint16_t color);
 
 
void LCD_FillRect(int16_t x, int16_t y, int16_t w, int16_t h, uint16_t color);
 
 
uint16_t LCD_Color565(uint8_t r, uint8_t g, uint8_t b);
 
 
uint16_t LCD_SwapColor(uint16_t x);
 
 
void LCD_DrawBitmap(int16_t x, int16_t y, const uint16_t *image, int16_t w, int16_t h);
 
 
void LCD_DrawCharS(int16_t x, int16_t y, char c, int16_t textColor, int16_t bgColor, uint8_t size);
 
 
void LCD_DrawChar(int16_t x, int16_t y, char c, int16_t textColor, int16_t bgColor, uint8_t size);
 
 
uint32_t LCD_DrawString(uint16_t x, uint16_t y, char *pt, int16_t textColor);
 
 
void LCD_SetCursor(uint32_t newX, uint32_t newY);
 
void LCD_OutUDec(uint32_t n, int16_t textColor);
 
void LCD_OutUDec4(uint32_t n, int16_t textColor);
 
void LCD_OutUDec5(uint32_t n, int16_t textColor);
 
void LCD_OutUFix2_1(uint32_t n, int16_t textColor);
 
void LCD_OutUHex2(uint32_t n, int16_t textColor);
 
void LCD_OutChar(char ch);
 
void LCD_OutString(char *ptr);
 
void LCD_SetTextColor(uint16_t color);
 
void LCD_Drawaxes(uint16_t axisColor, uint16_t bgColor, char *xLabel,
  char *yLabel1, uint16_t label1Color, char *yLabel2, uint16_t label2Color,
  int32_t ymax, int32_t ymin);
 
 
void LCD_PlotPoint(int32_t data1, uint16_t color1);
 
 
void LCD_PlotIncrement(void);
 
#endif