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Moled.cpp@0:4ef525e32ebc, 2011-07-18 (annotated)

Committer:: s_s_s
Date:: Mon Jul 18 01:30:20 2011 +0000
Revision:: 0:4ef525e32ebc

Who changed what in which revision?

User	Revision	Line number	New contents of line
s_s_s	0:4ef525e32ebc	1	/* mbed Nokia LCD Library
s_s_s	0:4ef525e32ebc	2	* Copyright (c) 2007-2010, sford
s_s_s	0:4ef525e32ebc	3	*/
s_s_s	0:4ef525e32ebc	4
s_s_s	0:4ef525e32ebc	5	#include "Moled.h"
s_s_s	0:4ef525e32ebc	6	#include "small_font.h"
s_s_s	0:4ef525e32ebc	7	#include "mbed.h"
s_s_s	0:4ef525e32ebc	8
s_s_s	0:4ef525e32ebc	9	#define Moled_ROWS 15
s_s_s	0:4ef525e32ebc	10	#define Moled_COLS 16
s_s_s	0:4ef525e32ebc	11	#define Moled_WIDTH 128
s_s_s	0:4ef525e32ebc	12	#define Moled_HEIGHT 128
s_s_s	0:4ef525e32ebc	13	#define Moled_FREQUENCY 20000000
s_s_s	0:4ef525e32ebc	14
s_s_s	0:4ef525e32ebc	15	#define countof(x) ( sizeof(x) / sizeof(x[0]) ) //for Japanese
s_s_s	0:4ef525e32ebc	16
s_s_s	0:4ef525e32ebc	17	/** Constants for power() function */
s_s_s	0:4ef525e32ebc	18	enum {
s_s_s	0:4ef525e32ebc	19	OFF = 0, /*< : to turning-OFF /
s_s_s	0:4ef525e32ebc	20	ON /*< : to turning-ON /
s_s_s	0:4ef525e32ebc	21	};
s_s_s	0:4ef525e32ebc	22
s_s_s	0:4ef525e32ebc	23
s_s_s	0:4ef525e32ebc	24	bool kstate = false; //for Japnaese
s_s_s	0:4ef525e32ebc	25	unsigned int kbuf; //for Japanese
s_s_s	0:4ef525e32ebc	26
s_s_s	0:4ef525e32ebc	27	Moled::Moled(PinName mosi, PinName sclk, PinName cs, PinName rst, PinName power)
s_s_s	0:4ef525e32ebc	28	: _spi(mosi, NC, sclk)
s_s_s	0:4ef525e32ebc	29	, _rst(rst)
s_s_s	0:4ef525e32ebc	30	, _cs(cs)
s_s_s	0:4ef525e32ebc	31	, _power(power){
s_s_s	0:4ef525e32ebc	32	//power( ON );
s_s_s	0:4ef525e32ebc	33	_power=1;
s_s_s	0:4ef525e32ebc	34	_row = 0;
s_s_s	0:4ef525e32ebc	35	_column = 0;
s_s_s	0:4ef525e32ebc	36	_foreground = 0x00FFFFFF;
s_s_s	0:4ef525e32ebc	37	_background = 0x00000000;
s_s_s	0:4ef525e32ebc	38	_yokosize = 1; //1:8x8 2:bai x bai
s_s_s	0:4ef525e32ebc	39	_tatesize = 1;//
s_s_s	0:4ef525e32ebc	40	reset();
s_s_s	0:4ef525e32ebc	41	}
s_s_s	0:4ef525e32ebc	42
s_s_s	0:4ef525e32ebc	43	void Moled::reset() {
s_s_s	0:4ef525e32ebc	44
s_s_s	0:4ef525e32ebc	45	#define GAMMA_LUT_SIZE 63
s_s_s	0:4ef525e32ebc	46	unsigned char gamma_LUT[ GAMMA_LUT_SIZE ];
s_s_s	0:4ef525e32ebc	47
s_s_s	0:4ef525e32ebc	48	for ( int i = 0; i < GAMMA_LUT_SIZE; i++ )
s_s_s	0:4ef525e32ebc	49	gamma_LUT[ i ] = (unsigned char)(powf( ((float)i / 62.0), (1.0 / 0.58) ) * 178.0 + 2.0);
s_s_s	0:4ef525e32ebc	50
s_s_s	0:4ef525e32ebc	51	// setup the SPI interface and bring display out of reset
s_s_s	0:4ef525e32ebc	52
s_s_s	0:4ef525e32ebc	53	_cs = 1;
s_s_s	0:4ef525e32ebc	54	_rst = 0;
s_s_s	0:4ef525e32ebc	55	_spi.format(9); wait_ms(10);
s_s_s	0:4ef525e32ebc	56	_spi.frequency(Moled_FREQUENCY); wait_ms(10);
s_s_s	0:4ef525e32ebc	57	_rst = 1; wait_ms(10);
s_s_s	0:4ef525e32ebc	58
s_s_s	0:4ef525e32ebc	59	_cs = 0;
s_s_s	0:4ef525e32ebc	60
s_s_s	0:4ef525e32ebc	61	//initalize
s_s_s	0:4ef525e32ebc	62	_power=0;
s_s_s	0:4ef525e32ebc	63	command( SET_DISPLAY_MODE_ALL_OFF );
s_s_s	0:4ef525e32ebc	64	command( SET_COMMAND_LOCK );
s_s_s	0:4ef525e32ebc	65	data( 0x12 );
s_s_s	0:4ef525e32ebc	66
s_s_s	0:4ef525e32ebc	67	command( SET_COMMAND_LOCK );
s_s_s	0:4ef525e32ebc	68	data( 0xb1 );
s_s_s	0:4ef525e32ebc	69
s_s_s	0:4ef525e32ebc	70	command( SET_SLEEP_MODE_ON );
s_s_s	0:4ef525e32ebc	71
s_s_s	0:4ef525e32ebc	72	command( FRONT_CLOCK_DRIVER_OSC_FREQ );
s_s_s	0:4ef525e32ebc	73	data( 0xF1 );
s_s_s	0:4ef525e32ebc	74
s_s_s	0:4ef525e32ebc	75	command( SET_MUX_RATIO );
s_s_s	0:4ef525e32ebc	76	data( 0x7F );
s_s_s	0:4ef525e32ebc	77
s_s_s	0:4ef525e32ebc	78	command( SET_DISPAY_OFFSET );
s_s_s	0:4ef525e32ebc	79	data( 0x00 );
s_s_s	0:4ef525e32ebc	80
s_s_s	0:4ef525e32ebc	81	command( SET_DISPAY_START_LINE );
s_s_s	0:4ef525e32ebc	82	data( 0x00 );
s_s_s	0:4ef525e32ebc	83
s_s_s	0:4ef525e32ebc	84	command( SET_REMAP_COLOR_DEPTH );
s_s_s	0:4ef525e32ebc	85	data( 0x74 );
s_s_s	0:4ef525e32ebc	86
s_s_s	0:4ef525e32ebc	87	command( SET_GPIO );
s_s_s	0:4ef525e32ebc	88	data( 0x00);
s_s_s	0:4ef525e32ebc	89
s_s_s	0:4ef525e32ebc	90	command( FUNCTION_SELECTION );
s_s_s	0:4ef525e32ebc	91	data( 0x01 );
s_s_s	0:4ef525e32ebc	92
s_s_s	0:4ef525e32ebc	93	command( SET_SEGMENT_LOW_VOLTAGE );
s_s_s	0:4ef525e32ebc	94	data( 0xA0 );
s_s_s	0:4ef525e32ebc	95	data( 0xB5 );
s_s_s	0:4ef525e32ebc	96	data( 0x55 );
s_s_s	0:4ef525e32ebc	97
s_s_s	0:4ef525e32ebc	98	command( SET_CONTRAST_CURRENT_FOR_COLOR_ABC );
s_s_s	0:4ef525e32ebc	99	data( 0xC8 );
s_s_s	0:4ef525e32ebc	100	data( 0x80 );
s_s_s	0:4ef525e32ebc	101	data( 0xC8 );
s_s_s	0:4ef525e32ebc	102
s_s_s	0:4ef525e32ebc	103	command( MASTER_CONTRAST_CURRENT_CONTROL );
s_s_s	0:4ef525e32ebc	104	data( 0x0F );
s_s_s	0:4ef525e32ebc	105
s_s_s	0:4ef525e32ebc	106	command( LOOKUP_TABLE_FOR_GRAYSCALE_PULSE_WIDTH );
s_s_s	0:4ef525e32ebc	107	for ( int i = 0; i < GAMMA_LUT_SIZE; i++ )
s_s_s	0:4ef525e32ebc	108	data( gamma_LUT[ i ] );
s_s_s	0:4ef525e32ebc	109
s_s_s	0:4ef525e32ebc	110	command( SET_RESET_PRECHARGE_PERIOD );
s_s_s	0:4ef525e32ebc	111	data( 0x32 );
s_s_s	0:4ef525e32ebc	112
s_s_s	0:4ef525e32ebc	113	command( ENHANCE_DRIVING_SCHEME_CAPABILITY );
s_s_s	0:4ef525e32ebc	114	data( 0x04 );
s_s_s	0:4ef525e32ebc	115	data( 0x00 );
s_s_s	0:4ef525e32ebc	116	data( 0x00 );
s_s_s	0:4ef525e32ebc	117
s_s_s	0:4ef525e32ebc	118	command( SET_PRECHARGE_VOLTAGE );
s_s_s	0:4ef525e32ebc	119	data( 0x17 );
s_s_s	0:4ef525e32ebc	120
s_s_s	0:4ef525e32ebc	121	command( SET_SECOND_PRECHARGE_VOLTAGE );
s_s_s	0:4ef525e32ebc	122	data( 0x01 );
s_s_s	0:4ef525e32ebc	123
s_s_s	0:4ef525e32ebc	124	command( SET_VCOMH_VOLTAGE );
s_s_s	0:4ef525e32ebc	125	data( 0x05 );
s_s_s	0:4ef525e32ebc	126
s_s_s	0:4ef525e32ebc	127	command( SET_DISPLAY_MODE_RESET );
s_s_s	0:4ef525e32ebc	128
s_s_s	0:4ef525e32ebc	129	#if 0
s_s_s	0:4ef525e32ebc	130	command( SET_COLUMN_ADDRESS );
s_s_s	0:4ef525e32ebc	131	data( 0x00 );
s_s_s	0:4ef525e32ebc	132	data( 0x7F );
s_s_s	0:4ef525e32ebc	133
s_s_s	0:4ef525e32ebc	134	command( SET_ROW_ADDRESS );
s_s_s	0:4ef525e32ebc	135	data( 0x00 );
s_s_s	0:4ef525e32ebc	136	data( 0x7F);
s_s_s	0:4ef525e32ebc	137
s_s_s	0:4ef525e32ebc	138	command( WRITE_RAM_COMMAND );
s_s_s	0:4ef525e32ebc	139	for ( int i = 0; i < WIDTH * HEIGHT; i++ )
s_s_s	0:4ef525e32ebc	140	data( 0x00 );
s_s_s	0:4ef525e32ebc	141	#endif
s_s_s	0:4ef525e32ebc	142	//cls();
s_s_s	0:4ef525e32ebc	143	_power=1;
s_s_s	0:4ef525e32ebc	144	wait_ms( 200 );
s_s_s	0:4ef525e32ebc	145	command( SET_SLEEP_MODE_OFF );
s_s_s	0:4ef525e32ebc	146
s_s_s	0:4ef525e32ebc	147	// _cs = 1;
s_s_s	0:4ef525e32ebc	148
s_s_s	0:4ef525e32ebc	149	} // void Moled::reset()
s_s_s	0:4ef525e32ebc	150
s_s_s	0:4ef525e32ebc	151
s_s_s	0:4ef525e32ebc	152	void Moled::command(int value) {
s_s_s	0:4ef525e32ebc	153	_spi.write(value & 0xFF);
s_s_s	0:4ef525e32ebc	154	}
s_s_s	0:4ef525e32ebc	155
s_s_s	0:4ef525e32ebc	156	void Moled::data(int value) {
s_s_s	0:4ef525e32ebc	157	_spi.write(value \| 0x100);
s_s_s	0:4ef525e32ebc	158	}
s_s_s	0:4ef525e32ebc	159
s_s_s	0:4ef525e32ebc	160	void Moled::_window( int x, int y, int width, int height ) {
s_s_s	0:4ef525e32ebc	161	int x1 = x + 0;
s_s_s	0:4ef525e32ebc	162	int y1 = y + 0;
s_s_s	0:4ef525e32ebc	163	int x2 = x1 + width - 1;
s_s_s	0:4ef525e32ebc	164	int y2 = y1 + height - 1;
s_s_s	0:4ef525e32ebc	165
s_s_s	0:4ef525e32ebc	166	command( SET_COLUMN_ADDRESS );
s_s_s	0:4ef525e32ebc	167	data( x1 );
s_s_s	0:4ef525e32ebc	168	data( x2 );
s_s_s	0:4ef525e32ebc	169	command( SET_ROW_ADDRESS );
s_s_s	0:4ef525e32ebc	170	data( y1 );
s_s_s	0:4ef525e32ebc	171	data( y2 );
s_s_s	0:4ef525e32ebc	172	command( WRITE_RAM_COMMAND );
s_s_s	0:4ef525e32ebc	173	}
s_s_s	0:4ef525e32ebc	174	void Moled::window( int x, int y, int width, int height ) {
s_s_s	0:4ef525e32ebc	175	_cs = 0;
s_s_s	0:4ef525e32ebc	176	_window( x, y, width, height );
s_s_s	0:4ef525e32ebc	177	_cs = 1;
s_s_s	0:4ef525e32ebc	178	}
s_s_s	0:4ef525e32ebc	179
s_s_s	0:4ef525e32ebc	180	void Moled::_putp(int colour) {
s_s_s	0:4ef525e32ebc	181
s_s_s	0:4ef525e32ebc	182	int cnv = 0;
s_s_s	0:4ef525e32ebc	183
s_s_s	0:4ef525e32ebc	184	cnv = (colour >> 8) & 0xf800;
s_s_s	0:4ef525e32ebc	185	cnv \|= (colour >> 5) & 0x07e0;
s_s_s	0:4ef525e32ebc	186	cnv \|= (colour >> 3) & 0x001f;
s_s_s	0:4ef525e32ebc	187
s_s_s	0:4ef525e32ebc	188	data( cnv >> 8);
s_s_s	0:4ef525e32ebc	189	data( cnv );
s_s_s	0:4ef525e32ebc	190	}
s_s_s	0:4ef525e32ebc	191
s_s_s	0:4ef525e32ebc	192
s_s_s	0:4ef525e32ebc	193	void Moled::locate(int column, int row) {
s_s_s	0:4ef525e32ebc	194	_column = column;
s_s_s	0:4ef525e32ebc	195	_row = row;
s_s_s	0:4ef525e32ebc	196	}
s_s_s	0:4ef525e32ebc	197	void Moled::fontsize(int yoko,int tate){
s_s_s	0:4ef525e32ebc	198	_yokosize=yoko;
s_s_s	0:4ef525e32ebc	199	_tatesize=tate;
s_s_s	0:4ef525e32ebc	200	}
s_s_s	0:4ef525e32ebc	201
s_s_s	0:4ef525e32ebc	202	void Moled::newline() {
s_s_s	0:4ef525e32ebc	203	_column = 0;
s_s_s	0:4ef525e32ebc	204	_row++;
s_s_s	0:4ef525e32ebc	205	if (_row >= Moled_ROWS) {
s_s_s	0:4ef525e32ebc	206	_row = 0;
s_s_s	0:4ef525e32ebc	207	}
s_s_s	0:4ef525e32ebc	208	}
s_s_s	0:4ef525e32ebc	209
s_s_s	0:4ef525e32ebc	210	unsigned int Moled::findface(unsigned short c) {
s_s_s	0:4ef525e32ebc	211	unsigned int p = 0;
s_s_s	0:4ef525e32ebc	212	int i, sum;
s_s_s	0:4ef525e32ebc	213	for (sum = i = 0; i < countof(font8table); i++) {
s_s_s	0:4ef525e32ebc	214	if (font8table[i].start <= c && c <= font8table[i].end) {
s_s_s	0:4ef525e32ebc	215	p = (sum + c - font8table[i].start);
s_s_s	0:4ef525e32ebc	216	break;
s_s_s	0:4ef525e32ebc	217	}
s_s_s	0:4ef525e32ebc	218	sum += font8table[i].end - font8table[i].start + 1;
s_s_s	0:4ef525e32ebc	219	}
s_s_s	0:4ef525e32ebc	220	return p;
s_s_s	0:4ef525e32ebc	221	}
s_s_s	0:4ef525e32ebc	222
s_s_s	0:4ef525e32ebc	223	int Moled::_putc(int value) {
s_s_s	0:4ef525e32ebc	224	int x = _column * 8 ; // FIXME: Char sizes
s_s_s	0:4ef525e32ebc	225	int y = _row * 8;
s_s_s	0:4ef525e32ebc	226
s_s_s	0:4ef525e32ebc	227	if(value == '\n') {
s_s_s	0:4ef525e32ebc	228	newline();
s_s_s	0:4ef525e32ebc	229	} else if (kstate) { // 2nd byte of shift-jis
s_s_s	0:4ef525e32ebc	230	kstate = false;
s_s_s	0:4ef525e32ebc	231	int p = findface(kbuf << 8 \| value);
s_s_s	0:4ef525e32ebc	232	bitblit(x + 1, y + 1, 8,8, (char*)&(FontLookup[p][0]));
s_s_s	0:4ef525e32ebc	233
s_s_s	0:4ef525e32ebc	234	//printf("%x %x",( kbuf << 8 \| value),p); //for debug
s_s_s	0:4ef525e32ebc	235	_column++;
s_s_s	0:4ef525e32ebc	236	if (_column >= Moled_COLS) {
s_s_s	0:4ef525e32ebc	237	_row++;
s_s_s	0:4ef525e32ebc	238	_column = 0;
s_s_s	0:4ef525e32ebc	239	}
s_s_s	0:4ef525e32ebc	240	if (_row >= Moled_ROWS) {
s_s_s	0:4ef525e32ebc	241	_row = 0;
s_s_s	0:4ef525e32ebc	242	}
s_s_s	0:4ef525e32ebc	243	} else if ((0x81 <= value && value <= 0x9f) \|\| (0xe0 <= value && value <= 0xfc)) { // 1st byte of shift-jis
s_s_s	0:4ef525e32ebc	244	kstate = true;
s_s_s	0:4ef525e32ebc	245	kbuf = value;
s_s_s	0:4ef525e32ebc	246	} else {
s_s_s	0:4ef525e32ebc	247	bitblit(x + 1, y + 1, 8, 8, (char*)&(FontLookup_ABC[value-32][0]));
s_s_s	0:4ef525e32ebc	248	_column++;
s_s_s	0:4ef525e32ebc	249	if (_column >= Moled_COLS) {
s_s_s	0:4ef525e32ebc	250	_row++;
s_s_s	0:4ef525e32ebc	251	_column = 0;
s_s_s	0:4ef525e32ebc	252	}
s_s_s	0:4ef525e32ebc	253	if (_row >= Moled_ROWS) {
s_s_s	0:4ef525e32ebc	254	_row = 0;
s_s_s	0:4ef525e32ebc	255	}
s_s_s	0:4ef525e32ebc	256	}
s_s_s	0:4ef525e32ebc	257
s_s_s	0:4ef525e32ebc	258	return value;
s_s_s	0:4ef525e32ebc	259	}
s_s_s	0:4ef525e32ebc	260
s_s_s	0:4ef525e32ebc	261	void Moled::cls() {
s_s_s	0:4ef525e32ebc	262	fill(0, 0, Moled_WIDTH, Moled_HEIGHT, _background);
s_s_s	0:4ef525e32ebc	263	_row = 0;
s_s_s	0:4ef525e32ebc	264	_column = 0;
s_s_s	0:4ef525e32ebc	265	}
s_s_s	0:4ef525e32ebc	266
s_s_s	0:4ef525e32ebc	267	void Moled::putp(int colour) {
s_s_s	0:4ef525e32ebc	268	_cs = 0;
s_s_s	0:4ef525e32ebc	269	_putp(colour);
s_s_s	0:4ef525e32ebc	270	_cs = 1;
s_s_s	0:4ef525e32ebc	271	}
s_s_s	0:4ef525e32ebc	272
s_s_s	0:4ef525e32ebc	273	void Moled::pixel(int x, int y, int colour) {
s_s_s	0:4ef525e32ebc	274	_cs = 0;
s_s_s	0:4ef525e32ebc	275	_window(x, y, 1, 1);
s_s_s	0:4ef525e32ebc	276	_putp(colour);
s_s_s	0:4ef525e32ebc	277	_cs = 1;
s_s_s	0:4ef525e32ebc	278	}
s_s_s	0:4ef525e32ebc	279
s_s_s	0:4ef525e32ebc	280	void Moled::fill(int x, int y, int width, int height, int colour) {
s_s_s	0:4ef525e32ebc	281	_cs = 0;
s_s_s	0:4ef525e32ebc	282	_window(x, y, width, height);
s_s_s	0:4ef525e32ebc	283	for (int i=0; i<width*height; i++) {
s_s_s	0:4ef525e32ebc	284	_putp(colour);
s_s_s	0:4ef525e32ebc	285	}
s_s_s	0:4ef525e32ebc	286	_window(0, 0, Moled_WIDTH, Moled_HEIGHT);
s_s_s	0:4ef525e32ebc	287	_cs = 1;
s_s_s	0:4ef525e32ebc	288	}
s_s_s	0:4ef525e32ebc	289
s_s_s	0:4ef525e32ebc	290	void Moled::blit(int x, int y, int width, int height, const int* colour) {
s_s_s	0:4ef525e32ebc	291	_cs = 0;
s_s_s	0:4ef525e32ebc	292	_window(x, y, width, height);
s_s_s	0:4ef525e32ebc	293	for (int i=0; i<width*height; i++) {
s_s_s	0:4ef525e32ebc	294	_putp(colour[i]);
s_s_s	0:4ef525e32ebc	295	}
s_s_s	0:4ef525e32ebc	296	_window(0, 0, Moled_WIDTH, Moled_HEIGHT);
s_s_s	0:4ef525e32ebc	297	_cs = 1;
s_s_s	0:4ef525e32ebc	298	}
s_s_s	0:4ef525e32ebc	299
s_s_s	0:4ef525e32ebc	300	void Moled::bitblit(int x, int y, int width, int height, const char* bitstream) {
s_s_s	0:4ef525e32ebc	301	/*
s_s_s	0:4ef525e32ebc	302	_cs = 0;
s_s_s	0:4ef525e32ebc	303	_window(x, y, width2, height); //add 2
s_s_s	0:4ef525e32ebc	304	for (int i=0; i<height*width; i++) {
s_s_s	0:4ef525e32ebc	305	int byte = i / 8;
s_s_s	0:4ef525e32ebc	306	int bit = i % 8;
s_s_s	0:4ef525e32ebc	307	int colour = ((bitstream[byte] << bit) & 0x80) ? _foreground : _background;
s_s_s	0:4ef525e32ebc	308	_putp(colour); // add shu 7/17
s_s_s	0:4ef525e32ebc	309	_putp(colour);
s_s_s	0:4ef525e32ebc	310	}
s_s_s	0:4ef525e32ebc	311	_window(0, 0, _width, _height);
s_s_s	0:4ef525e32ebc	312	_cs = 1;
s_s_s	0:4ef525e32ebc	313	*/
s_s_s	0:4ef525e32ebc	314	_cs = 0;
s_s_s	0:4ef525e32ebc	315	int ii=0;
s_s_s	0:4ef525e32ebc	316	_window(x_yokosize, y_tatesize, width_yokosize, height_tatesize); //add *2
s_s_s	0:4ef525e32ebc	317	for (int i=0; i<height*_tatesize; i++) {
s_s_s	0:4ef525e32ebc	318	ii=i/_tatesize;
s_s_s	0:4ef525e32ebc	319	for (int j=0;j<width;j++){
s_s_s	0:4ef525e32ebc	320	int byte = (ii*width+j) / 8;
s_s_s	0:4ef525e32ebc	321	int bit = (ii*width+j) % 8;
s_s_s	0:4ef525e32ebc	322	int colour = ((bitstream[byte] << bit) & 0x80) ? _foreground : _background;
s_s_s	0:4ef525e32ebc	323	for (int jj=0;jj<_yokosize;jj++){
s_s_s	0:4ef525e32ebc	324	_putp(colour);
s_s_s	0:4ef525e32ebc	325	}
s_s_s	0:4ef525e32ebc	326	}
s_s_s	0:4ef525e32ebc	327
s_s_s	0:4ef525e32ebc	328	}
s_s_s	0:4ef525e32ebc	329	}
s_s_s	0:4ef525e32ebc	330
s_s_s	0:4ef525e32ebc	331
s_s_s	0:4ef525e32ebc	332	void Moled::foreground(int c) {
s_s_s	0:4ef525e32ebc	333	_foreground = c;
s_s_s	0:4ef525e32ebc	334	}
s_s_s	0:4ef525e32ebc	335
s_s_s	0:4ef525e32ebc	336	void Moled::background(int c) {
s_s_s	0:4ef525e32ebc	337	_background = c;
s_s_s	0:4ef525e32ebc	338	}
s_s_s	0:4ef525e32ebc	339
s_s_s	0:4ef525e32ebc	340	int Moled::width() {
s_s_s	0:4ef525e32ebc	341	return Moled_WIDTH;
s_s_s	0:4ef525e32ebc	342	}
s_s_s	0:4ef525e32ebc	343
s_s_s	0:4ef525e32ebc	344	int Moled::height() {
s_s_s	0:4ef525e32ebc	345	return Moled_HEIGHT;
s_s_s	0:4ef525e32ebc	346	}
s_s_s	0:4ef525e32ebc	347
s_s_s	0:4ef525e32ebc	348	int Moled::columns() {
s_s_s	0:4ef525e32ebc	349	return Moled_COLS;
s_s_s	0:4ef525e32ebc	350	}
s_s_s	0:4ef525e32ebc	351
s_s_s	0:4ef525e32ebc	352	int Moled::rows() {
s_s_s	0:4ef525e32ebc	353	return Moled_ROWS;
s_s_s	0:4ef525e32ebc	354	}

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Type:	Program
Mbed OS support:	Mbed 2 deprecated
Created:	18 Jul 2011
Imports:	6
Forks:	1
Commits:	1
Dependents:	0
Dependencies:	1
Followers:	1

Moled.cpp@0:4ef525e32ebc, 2011-07-18 (annotated)

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