CQ Publishing / Mbed 2 deprecated MARMEX_VB_test

MARMEX_VB test application program. This application works on "mbed NXP LPC1768" only. This application expects to have the MARMEX_VB module on a "MAPLE mini type-B (MARM03-BASE)" baseboard (slot2) with MARMEX_OB module (on slot1)

Dependencies:   MARMEX_VB NokiaLCD mbed

This is the library test program.
The program can test features of the library (refer to MARMEX-VB's API document) and can save captured data into BMP file.

Warning!

This test program can run on "mbed NXP LPC1768" only.

/media/uploads/nxpfan/dsc_0506_-1-.jpg
Picture : sample of test program operation
The modules of MARMEX-VB and MARMEX-OB are set on the "MAPLE mini type-B (MARM03-BASE)" baseboard.
The image data from camera is mirrored and alpha graphics added by software.

MARMEX_OB_oled.h@8:86aae677a68b, 2014-06-20 (annotated)

Committer:
nxpfan
Date:
Fri Jun 20 09:05:45 2014 +0000
Revision:
8:86aae677a68b
Parent:
7:125538c50c22 
SPI-FIFO operation option added

Who changed what in which revision?

UserRevisionLine numberNew contents of line
nxpfan 0:343c01965543 1 /** MARMEX_OB OLED screen drawing library
nxpfan 0:343c01965543 2 *
nxpfan 0:343c01965543 3 * @class MARMEX_OB_oled
nxpfan 0:343c01965543 4 * @author tedd
nxpfan 8:86aae677a68b 5 * @version 0.55 (optimized for "line data transfer")
nxpfan 8:86aae677a68b 6 * @date 20-Jun-2014
nxpfan 0:343c01965543 7 *
nxpfan 0:343c01965543 8 * Released under the MIT License: http://mbed.org/license/mit
nxpfan 0:343c01965543 9 *
nxpfan 0:343c01965543 10 * MARMEX_OB_oled OLED screen drawing library for mbed
nxpfan 0:343c01965543 11 * This code has been written based on sample code and advises
nxpfan 0:343c01965543 12 * from Ochiai-san (Marutsu-Elec). Thank you!
nxpfan 0:343c01965543 13 *
nxpfan 0:343c01965543 14 * SPI mode:
nxpfan 0:343c01965543 15 * 9bit or 8bit SPI mode can be selected by disabling/enabling "#define MARMEX_OB_SPI_8BIT_MODE".
nxpfan 0:343c01965543 16 * See source code in this (MARMEX_OB_oled.h) file.
nxpfan 0:343c01965543 17 */
nxpfan 0:343c01965543 18
nxpfan 0:343c01965543 19 #ifndef MBED_MARMEX_OB_OLED
nxpfan 0:343c01965543 20 #define MBED_MARMEX_OB_OLED
nxpfan 0:343c01965543 21
nxpfan 0:343c01965543 22 #include "mbed.h"
nxpfan 0:343c01965543 23 #include "NokiaLCD.h"
nxpfan 0:343c01965543 24
nxpfan 8:86aae677a68b 25 //#define LINE_WRITE_OPT NO_OPTIMIZATION
nxpfan 8:86aae677a68b 26 #define LINE_WRITE_OPT LOOP_UNROLL
nxpfan 8:86aae677a68b 27 //#define LINE_WRITE_OPT USING_SSP_FIFO
nxpfan 8:86aae677a68b 28
nxpfan 8:86aae677a68b 29 /* Setting for "LINE_WRITE_OPT == USING_SSP_FIFO"
nxpfan 8:86aae677a68b 30 * Choose one line from next 3 lines when the FIFO option is taken
nxpfan 8:86aae677a68b 31 */
nxpfan 8:86aae677a68b 32 #define SSP_AUTO_SELECTION // for demo setup on "MAPLE mini type-B (MARM03-BASE)" baseboard (slot2) with a MARMEX_OB module (on slot1)
nxpfan 8:86aae677a68b 33 //#define SSP_USE_SSP0
nxpfan 8:86aae677a68b 34 //#define SSP_USE_SSP1
nxpfan 8:86aae677a68b 35
nxpfan 8:86aae677a68b 36
nxpfan 8:86aae677a68b 37
nxpfan 0:343c01965543 38 /** @def MARMEX_OB_SPI_8BIT_MODE
nxpfan 0:343c01965543 39 *
nxpfan 0:343c01965543 40 * MARMEX_OB_oled_oled OLED screen SPI access length setting
nxpfan 0:343c01965543 41 * Enabling "MARMEX_OB_SPI_8BIT_MODE" makes 9bit SPI access by 8bit * 2 times.
nxpfan 0:343c01965543 42 * This may be useful if other 8bit access SPI device on same SPI bus.
nxpfan 0:343c01965543 43 *
nxpfan 0:343c01965543 44 * If disabled (just coment out the "#define MARMEX_OB_SPI_8BIT_MODE"), SPI access willbe done by 9 bit format.
nxpfan 0:343c01965543 45 */
nxpfan 1:dbe2dc31542d 46 //#define MARMEX_OB_SPI_8BIT_MODE
nxpfan 0:343c01965543 47
nxpfan 0:343c01965543 48 /** MARMEX_OB_oled OLED screen drawing class
nxpfan 0:343c01965543 49 *
nxpfan 0:343c01965543 50 * This is a driver code for MARMEX_OB_oled board OLED screen.
nxpfan 0:343c01965543 51 * This class inherits NokiaLCD class of mbed.org.
nxpfan 0:343c01965543 52 * To use this class, import the NokiaLCD class from here..
nxpfan 0:343c01965543 53 * http://mbed.org/users/simon/libraries/NokiaLCD/
nxpfan 0:343c01965543 54 *
nxpfan 0:343c01965543 55 * Example:
nxpfan 0:343c01965543 56 * @code
nxpfan 0:343c01965543 57 * #include "mbed.h"
nxpfan 0:343c01965543 58 * #include "MARMEX_OB_oled.h"
nxpfan 0:343c01965543 59 *
nxpfan 0:343c01965543 60 * // oled1 is for MARMEX_OB_oled board on MAPLE slot 1
nxpfan 0:343c01965543 61 * // oled2 is for MARMEX_OB_oled board on MAPLE slot 2
nxpfan 0:343c01965543 62 *
nxpfan 0:343c01965543 63 * //MARMEX_OB_oled oled1( p5, p7, p8, p30, p11 ); // mosi, sclk, cs, rst, power_control
nxpfan 0:343c01965543 64 * MARMEX_OB_oled oled2( p5, p7, p26, p21, p17 ); // mosi, sclk, cs, rst, power_control
nxpfan 0:343c01965543 65 *
nxpfan 0:343c01965543 66 * int main() {
nxpfan 0:343c01965543 67 * oled2.background( 0x000000 );
nxpfan 0:343c01965543 68 * oled2.cls();
nxpfan 0:343c01965543 69 *
nxpfan 0:343c01965543 70 * for ( int i = 0; i < 8; i++ )
nxpfan 0:343c01965543 71 * oled2.fill( (MARMEX_OB_oled::WIDTH / 8) * i, 0, (MARMEX_OB_oled::WIDTH / 8), 128, ((i & 0x4) ? 0xFF0000 : 0x000000) | ((i & 0x2) ? 0x00FF00 : 0x000000) |((i & 0x1) ? 0x0000FF : 0x000000) );
nxpfan 0:343c01965543 72 *
nxpfan 0:343c01965543 73 * oled2.fill( 50, 50, 64, 64, 0xCCCCCC );
nxpfan 0:343c01965543 74 *
nxpfan 0:343c01965543 75 * oled2.locate( 0, 3 );
nxpfan 0:343c01965543 76 * oled2.printf( "Hello World!" );
nxpfan 0:343c01965543 77 * oled2.locate( 0, 4 );
nxpfan 0:343c01965543 78 * oled2.printf( "SPI = %s", MERMEX_OB_SPI_MODE_STR );
nxpfan 0:343c01965543 79 *
nxpfan 0:343c01965543 80 * for (int i = 0; i < MARMEX_OB_oled::WIDTH; i++ ) {
nxpfan 0:343c01965543 81 * oled2.pixel( i, 80 + sin( (float)i / 5.0 ) * 10, 0x000000 );
nxpfan 0:343c01965543 82 * }
nxpfan 0:343c01965543 83 * }
nxpfan 0:343c01965543 84 * @endcode
nxpfan 0:343c01965543 85 */
nxpfan 0:343c01965543 86
nxpfan 1:dbe2dc31542d 87 class MARMEX_OB_oled : public NokiaLCD
nxpfan 1:dbe2dc31542d 88 {
nxpfan 0:343c01965543 89
nxpfan 0:343c01965543 90 public:
nxpfan 0:343c01965543 91
nxpfan 0:343c01965543 92 /** General parameters for MARMEX_OB_oled */
nxpfan 0:343c01965543 93 enum {
nxpfan 0:343c01965543 94 ROWS = 15, /**< # of rows (lines) for displaying characters */
nxpfan 0:343c01965543 95 COLS = 16, /**< # of columns (width) for displaying characters */
nxpfan 0:343c01965543 96 WIDTH = 128, /**< screen width [pixels] */
nxpfan 0:343c01965543 97 HEIGHT = 128, /**< screen height [pixels] */
nxpfan 0:343c01965543 98 SPI_FREQUENCY = 12000000 /**< SPI (sclk) SPI_FREQUENCY */
nxpfan 0:343c01965543 99 };
nxpfan 0:343c01965543 100
nxpfan 0:343c01965543 101 /** Constants for power() function */
nxpfan 0:343c01965543 102 enum {
nxpfan 0:343c01965543 103 OFF = 0, /**< : to turning-OFF */
nxpfan 0:343c01965543 104 ON /**< : to turning-ON */
nxpfan 0:343c01965543 105 };
nxpfan 0:343c01965543 106
nxpfan 0:343c01965543 107 /** Create a MARMEX_OB_oled object connected to specified SPI and DigitalOut pins
nxpfan 0:343c01965543 108 *
nxpfan 0:343c01965543 109 * @param mosi SPI-MOSI pin (for MAPLE board, use p5)
nxpfan 0:343c01965543 110 * @param sclk SPI-SCLK pin (for MAPLE board, use p8)
nxpfan 0:343c01965543 111 * @param cs chip select signal (for MAPLE board, use p8(slot1), p26(slot2))
nxpfan 0:343c01965543 112 * @param rst reset signal (for MAPLE board, use p30(slot1), p21(slot2))
nxpfan 0:343c01965543 113 * @param power_pin backlight power control signal (for MAPLE board, use p11(slot1), p17(slot2))
nxpfan 0:343c01965543 114 *
nxpfan 0:343c01965543 115 * Example of MARMEX_OB_oled on MAPLE board:
nxpfan 0:343c01965543 116 * @code
nxpfan 0:343c01965543 117 * #include "mbed.h"
nxpfan 0:343c01965543 118 * #include "MARMEX_OB_oled.h"
nxpfan 0:343c01965543 119 *
nxpfan 0:343c01965543 120 * MARMEX_OB_oled oled_on_maple_slot1( p5, p7, p8, p30, p11 ); // mosi, sclk, cs, rst, power_control
nxpfan 0:343c01965543 121 * MARMEX_OB_oled oled_on_maple_slot2( p5, p7, p26, p21, p17 ); // mosi, sclk, cs, rst, power_control
nxpfan 0:343c01965543 122 * ...
nxpfan 0:343c01965543 123 * ..
nxpfan 0:343c01965543 124 * @endcode
nxpfan 0:343c01965543 125 */
nxpfan 0:343c01965543 126
nxpfan 0:343c01965543 127 MARMEX_OB_oled( PinName mosi, PinName sclk, PinName cs, PinName rst, PinName power_pin ) : NokiaLCD( mosi, sclk, cs, rst, NokiaLCD::LCD6100 ), _power_pin( power_pin ) {
nxpfan 0:343c01965543 128 power( ON );
nxpfan 0:343c01965543 129 reset();
nxpfan 0:343c01965543 130 }
nxpfan 0:343c01965543 131
nxpfan 0:343c01965543 132 #if DOXYGEN_ONLY
nxpfan 0:343c01965543 133 /** Write a character to the LCD
nxpfan 0:343c01965543 134 *
nxpfan 0:343c01965543 135 * @param c The character to write to the display
nxpfan 0:343c01965543 136 */
nxpfan 0:343c01965543 137 int putc( int c );
nxpfan 0:343c01965543 138
nxpfan 0:343c01965543 139 /** Write a formated string to the LCD
nxpfan 0:343c01965543 140 *
nxpfan 0:343c01965543 141 * @param format A printf-style format string, followed by the
nxpfan 0:343c01965543 142 * variables to use in formating the string.
nxpfan 0:343c01965543 143 *
nxpfan 0:343c01965543 144 * !!! 16th character in the string will be disappeared
nxpfan 0:343c01965543 145 * !!! This problem is due to difference of screen size NokiaLCD library and its internal mechanism...
nxpfan 0:343c01965543 146 */
nxpfan 0:343c01965543 147 int printf( const char* format, ... );
nxpfan 0:343c01965543 148
nxpfan 0:343c01965543 149 /** Set the foreground colour
nxpfan 0:343c01965543 150 *
nxpfan 0:343c01965543 151 * @param c 24-bit colour
nxpfan 0:343c01965543 152 */
nxpfan 0:343c01965543 153 void foreground(int c);
nxpfan 0:343c01965543 154
nxpfan 0:343c01965543 155 /** Set the background colour
nxpfan 0:343c01965543 156 *
nxpfan 0:343c01965543 157 * @param c 24-bit colour
nxpfan 0:343c01965543 158 */
nxpfan 0:343c01965543 159 void background(int c);
nxpfan 0:343c01965543 160
nxpfan 0:343c01965543 161 #endif
nxpfan 0:343c01965543 162
nxpfan 0:343c01965543 163 /** reset MARMEX_OB_oled
nxpfan 0:343c01965543 164 *
nxpfan 0:343c01965543 165 * Executes hardware reset and initialize.
nxpfan 0:343c01965543 166 * See MARMEX_OB_oled manual for the initialization sequence and values
nxpfan 0:343c01965543 167 * For gamma correction table, using math function to make the code simple
nxpfan 0:343c01965543 168 */
nxpfan 0:343c01965543 169
nxpfan 0:343c01965543 170 void reset( void ) {
nxpfan 0:343c01965543 171
nxpfan 0:343c01965543 172 #define GAMMA_LUT_SIZE 63
nxpfan 0:343c01965543 173 unsigned char gamma_LUT[ GAMMA_LUT_SIZE ];
nxpfan 0:343c01965543 174
nxpfan 0:343c01965543 175 for ( int i = 0; i < GAMMA_LUT_SIZE; i++ )
nxpfan 0:343c01965543 176 gamma_LUT[ i ] = (unsigned char)(powf( ((float)i / 62.0), (1.0 / 0.58) ) * 178.0 + 2.0);
nxpfan 0:343c01965543 177
nxpfan 0:343c01965543 178 // setup the SPI interface and bring display out of reset
nxpfan 0:343c01965543 179 _cs = 1;
nxpfan 0:343c01965543 180 _rst = 0;
nxpfan 0:343c01965543 181 #ifdef MARMEX_OB_SPI_8BIT_MODE
nxpfan 0:343c01965543 182 _spi.format( 8 );
nxpfan 0:343c01965543 183 #else
nxpfan 0:343c01965543 184 _spi.format( 9 );
nxpfan 0:343c01965543 185 #endif
nxpfan 0:343c01965543 186
nxpfan 0:343c01965543 187 _spi.frequency( SPI_FREQUENCY );
nxpfan 0:343c01965543 188 wait_ms( 1 );
nxpfan 0:343c01965543 189 _rst = 1;
nxpfan 0:343c01965543 190 wait_ms( 1 );
nxpfan 0:343c01965543 191
nxpfan 0:343c01965543 192 _cs = 0;
nxpfan 0:343c01965543 193
nxpfan 0:343c01965543 194 command( SET_DISPLAY_MODE_ALL_OFF );
nxpfan 0:343c01965543 195 command( SET_COMMAND_LOCK );
nxpfan 0:343c01965543 196 data( 0x12 );
nxpfan 0:343c01965543 197
nxpfan 0:343c01965543 198 command( SET_COMMAND_LOCK );
nxpfan 0:343c01965543 199 data( 0xb1 );
nxpfan 0:343c01965543 200
nxpfan 0:343c01965543 201 command( SET_SLEEP_MODE_ON );
nxpfan 0:343c01965543 202
nxpfan 0:343c01965543 203 command( FRONT_CLOCK_DRIVER_OSC_FREQ );
nxpfan 0:343c01965543 204 data( 0xF1 );
nxpfan 0:343c01965543 205
nxpfan 0:343c01965543 206 command( SET_MUX_RATIO );
nxpfan 0:343c01965543 207 data( 0x7F );
nxpfan 0:343c01965543 208
nxpfan 0:343c01965543 209 command( SET_DISPAY_OFFSET );
nxpfan 0:343c01965543 210 data( 0x00 );
nxpfan 0:343c01965543 211
nxpfan 0:343c01965543 212 command( SET_DISPAY_START_LINE );
nxpfan 0:343c01965543 213 data( 0x00 );
nxpfan 0:343c01965543 214
nxpfan 0:343c01965543 215 command( SET_REMAP_COLOR_DEPTH );
nxpfan 0:343c01965543 216 data( 0x74 );
nxpfan 0:343c01965543 217
nxpfan 0:343c01965543 218 command( SET_GPIO );
nxpfan 0:343c01965543 219 data( 0x00);
nxpfan 0:343c01965543 220
nxpfan 0:343c01965543 221 command( FUNCTION_SELECTION );
nxpfan 0:343c01965543 222 data( 0x01 );
nxpfan 0:343c01965543 223
nxpfan 0:343c01965543 224 command( SET_SEGMENT_LOW_VOLTAGE );
nxpfan 0:343c01965543 225 data( 0xA0 );
nxpfan 0:343c01965543 226 data( 0xB5 );
nxpfan 0:343c01965543 227 data( 0x55 );
nxpfan 0:343c01965543 228
nxpfan 0:343c01965543 229 command( SET_CONTRAST_CURRENT_FOR_COLOR_ABC );
nxpfan 0:343c01965543 230 data( 0xC8 );
nxpfan 0:343c01965543 231 data( 0x80 );
nxpfan 0:343c01965543 232 data( 0xC8 );
nxpfan 0:343c01965543 233
nxpfan 0:343c01965543 234 command( MASTER_CONTRAST_CURRENT_CONTROL );
nxpfan 0:343c01965543 235 data( 0x0F );
nxpfan 0:343c01965543 236
nxpfan 0:343c01965543 237 command( LOOKUP_TABLE_FOR_GRAYSCALE_PULSE_WIDTH );
nxpfan 0:343c01965543 238 for ( int i = 0; i < GAMMA_LUT_SIZE; i++ )
nxpfan 0:343c01965543 239 data( gamma_LUT[ i ] );
nxpfan 0:343c01965543 240
nxpfan 0:343c01965543 241 command( SET_RESET_PRECHARGE_PERIOD );
nxpfan 0:343c01965543 242 data( 0x32 );
nxpfan 0:343c01965543 243
nxpfan 0:343c01965543 244 command( ENHANCE_DRIVING_SCHEME_CAPABILITY );
nxpfan 0:343c01965543 245 data( 0x04 );
nxpfan 0:343c01965543 246 data( 0x00 );
nxpfan 0:343c01965543 247 data( 0x00 );
nxpfan 0:343c01965543 248
nxpfan 0:343c01965543 249 command( SET_PRECHARGE_VOLTAGE );
nxpfan 0:343c01965543 250 data( 0x17 );
nxpfan 0:343c01965543 251
nxpfan 0:343c01965543 252 command( SET_SECOND_PRECHARGE_VOLTAGE );
nxpfan 0:343c01965543 253 data( 0x01 );
nxpfan 0:343c01965543 254
nxpfan 0:343c01965543 255 command( SET_VCOMH_VOLTAGE );
nxpfan 0:343c01965543 256 data( 0x05 );
nxpfan 0:343c01965543 257
nxpfan 0:343c01965543 258 command( SET_DISPLAY_MODE_RESET );
nxpfan 0:343c01965543 259
nxpfan 0:343c01965543 260 #if 0
nxpfan 0:343c01965543 261 command( SET_COLUMN_ADDRESS );
nxpfan 0:343c01965543 262 data( 0x00 );
nxpfan 0:343c01965543 263 data( 0x7F );
nxpfan 0:343c01965543 264
nxpfan 0:343c01965543 265 command( SET_ROW_ADDRESS );
nxpfan 0:343c01965543 266 data( 0x00 );
nxpfan 0:343c01965543 267 data( 0x7F);
nxpfan 0:343c01965543 268
nxpfan 0:343c01965543 269 command( WRITE_RAM_COMMAND );
nxpfan 0:343c01965543 270 for ( int i = 0; i < WIDTH * HEIGHT; i++ )
nxpfan 0:343c01965543 271 data( 0x00 );
nxpfan 0:343c01965543 272 #endif
nxpfan 0:343c01965543 273 _cs = 1;
nxpfan 0:343c01965543 274
nxpfan 0:343c01965543 275 cls();
nxpfan 0:343c01965543 276 wait_ms( 200 );
nxpfan 0:343c01965543 277
nxpfan 0:343c01965543 278 command( SET_SLEEP_MODE_OFF );
nxpfan 0:343c01965543 279 }
nxpfan 0:343c01965543 280
nxpfan 0:343c01965543 281 /** Clear the screen and locate to 0,0 */
nxpfan 0:343c01965543 282
nxpfan 0:343c01965543 283 void cls( void ) {
nxpfan 0:343c01965543 284 fill( 0, 0, WIDTH , HEIGHT, _background );
nxpfan 0:343c01965543 285 _row = 0;
nxpfan 0:343c01965543 286 _column = 0;
nxpfan 0:343c01965543 287 }
nxpfan 0:343c01965543 288
nxpfan 0:343c01965543 289 /** Set a pixel on te screen
nxpfan 0:343c01965543 290 *
nxpfan 0:343c01965543 291 * @param x horizontal position from left
nxpfan 0:343c01965543 292 * @param y vertical position from top
nxpfan 0:343c01965543 293 * @param colour 24-bit colour in format 0x00RRGGBB
nxpfan 0:343c01965543 294 */
nxpfan 0:343c01965543 295
nxpfan 0:343c01965543 296 virtual void pixel( int x, int y, int colour ) {
nxpfan 0:343c01965543 297 _cs = 0;
nxpfan 0:343c01965543 298 _window( x, y, 1, 1 );
nxpfan 0:343c01965543 299 _putp( colour );
nxpfan 0:343c01965543 300 _cs = 1;
nxpfan 0:343c01965543 301 }
nxpfan 0:343c01965543 302
nxpfan 0:343c01965543 303 /** Fill an area of the screen
nxpfan 0:343c01965543 304 *
nxpfan 0:343c01965543 305 * @param x horizontal position from left
nxpfan 0:343c01965543 306 * @param y vertical position from top
nxpfan 0:343c01965543 307 * @param width width in pixels
nxpfan 0:343c01965543 308 * @param height height in pixels
nxpfan 0:343c01965543 309 * @param colour 24-bit colour in format 0x00RRGGBB
nxpfan 0:343c01965543 310 */
nxpfan 0:343c01965543 311
nxpfan 0:343c01965543 312 void fill( int x, int y, int width, int height, int colour ) {
nxpfan 0:343c01965543 313 _cs = 0;
nxpfan 0:343c01965543 314 _window( x, y, width, height );
nxpfan 0:343c01965543 315
nxpfan 0:343c01965543 316 for (int i = 0; i < width * height; i++ ) {
nxpfan 0:343c01965543 317 _putp( colour );
nxpfan 0:343c01965543 318 }
nxpfan 0:343c01965543 319
nxpfan 0:343c01965543 320 _window( 0, 0, WIDTH, HEIGHT );
nxpfan 0:343c01965543 321 _cs = 1;
nxpfan 0:343c01965543 322 }
nxpfan 0:343c01965543 323
nxpfan 0:343c01965543 324 void blit( int x, int y, int width, int height, const int* colour ) {
nxpfan 0:343c01965543 325 _cs = 0;
nxpfan 0:343c01965543 326 _window( x, y, width, height );
nxpfan 0:343c01965543 327
nxpfan 0:343c01965543 328 for (int i = 0; i < width * height; i++ ) {
nxpfan 0:343c01965543 329 _putp( colour[i] );
nxpfan 0:343c01965543 330 }
nxpfan 0:343c01965543 331 _window( 0, 0, WIDTH, HEIGHT );
nxpfan 0:343c01965543 332 _cs = 1;
nxpfan 0:343c01965543 333 }
nxpfan 0:343c01965543 334
nxpfan 1:dbe2dc31542d 335 void blit565( int x, int y, int width, int height, short* colour ) {
nxpfan 8:86aae677a68b 336
nxpfan 8:86aae677a68b 337 // OPTION REFERENCE NUMBER (DO NOT EDIT)
nxpfan 8:86aae677a68b 338 #define NO_OPTIMIZATION 0
nxpfan 8:86aae677a68b 339 #define LOOP_UNROLL 1
nxpfan 8:86aae677a68b 340 #define USING_SSP_FIFO 2
nxpfan 8:86aae677a68b 341
nxpfan 0:343c01965543 342 _window( x, y, width, height );
nxpfan 0:343c01965543 343
nxpfan 8:86aae677a68b 344 #if ( LINE_WRITE_OPT == NO_OPTIMIZATION )
nxpfan 8:86aae677a68b 345
nxpfan 8:86aae677a68b 346 for (int i = 0; i < width * height; i++ ) {
nxpfan 8:86aae677a68b 347 _putp565( colour[i] );
nxpfan 8:86aae677a68b 348 }
nxpfan 8:86aae677a68b 349
nxpfan 8:86aae677a68b 350 #endif
nxpfan 8:86aae677a68b 351
nxpfan 8:86aae677a68b 352
nxpfan 8:86aae677a68b 353 #if ( LINE_WRITE_OPT == LOOP_UNROLL )
nxpfan 1:dbe2dc31542d 354
nxpfan 5:ac4f0c5d1c6f 355 _cs = 0;
nxpfan 1:dbe2dc31542d 356
nxpfan 5:ac4f0c5d1c6f 357 for (int i = 0; i < width * height; i += 8 ) {
nxpfan 5:ac4f0c5d1c6f 358 _spi.write( 0x100 | (*colour >> 8) );
nxpfan 1:dbe2dc31542d 359 _spi.write( 0x100 | *colour++ );
nxpfan 1:dbe2dc31542d 360
nxpfan 5:ac4f0c5d1c6f 361 _spi.write( 0x100 | (*colour >> 8) );
nxpfan 1:dbe2dc31542d 362 _spi.write( 0x100 | *colour++ );
nxpfan 1:dbe2dc31542d 363
nxpfan 1:dbe2dc31542d 364 _spi.write( 0x100 | (*colour >> 8) );
nxpfan 5:ac4f0c5d1c6f 365 _spi.write( 0x100 | *colour++ );
nxpfan 1:dbe2dc31542d 366
nxpfan 5:ac4f0c5d1c6f 367 _spi.write( 0x100 | (*colour >> 8) );
nxpfan 1:dbe2dc31542d 368 _spi.write( 0x100 | *colour++ );
nxpfan 1:dbe2dc31542d 369
nxpfan 1:dbe2dc31542d 370 _spi.write( 0x100 | (*colour >> 8) );
nxpfan 1:dbe2dc31542d 371 _spi.write( 0x100 | *colour++ );
nxpfan 1:dbe2dc31542d 372
nxpfan 1:dbe2dc31542d 373 _spi.write( 0x100 | (*colour >> 8) );
nxpfan 1:dbe2dc31542d 374 _spi.write( 0x100 | *colour++ );
nxpfan 1:dbe2dc31542d 375
nxpfan 1:dbe2dc31542d 376 _spi.write( 0x100 | (*colour >> 8) );
nxpfan 1:dbe2dc31542d 377 _spi.write( 0x100 | *colour++ );
nxpfan 1:dbe2dc31542d 378
nxpfan 1:dbe2dc31542d 379 _spi.write( 0x100 | (*colour >> 8) );
nxpfan 5:ac4f0c5d1c6f 380 _spi.write( 0x100 | *colour++ );
nxpfan 5:ac4f0c5d1c6f 381 }
nxpfan 7:125538c50c22 382
nxpfan 8:86aae677a68b 383 _cs = 1;
nxpfan 1:dbe2dc31542d 384 #endif
nxpfan 1:dbe2dc31542d 385
nxpfan 7:125538c50c22 386
nxpfan 8:86aae677a68b 387 #if ( LINE_WRITE_OPT == USING_SSP_FIFO )
nxpfan 7:125538c50c22 388
nxpfan 8:86aae677a68b 389 #define FIFO_DEPTH 4
nxpfan 7:125538c50c22 390
nxpfan 8:86aae677a68b 391 #if defined( SSP_AUTO_SELECTION )
nxpfan 8:86aae677a68b 392 #if defined( TARGET_MBED_LPC1768 )
nxpfan 8:86aae677a68b 393 #define SPI_PORT_SELECTOR LPC_SSP1
nxpfan 8:86aae677a68b 394 #elif defined( TARGET_LPC11U35_501 ) || defined( TARGET_LPC11U24_401 )
nxpfan 8:86aae677a68b 395 #define SPI_PORT_SELECTOR LPC_SSP0
nxpfan 8:86aae677a68b 396 #endif
nxpfan 8:86aae677a68b 397 #elif defined( SSP_USE_SSP0 )
nxpfan 8:86aae677a68b 398 #define SPI_PORT_SELECTOR LPC_SSP0
nxpfan 8:86aae677a68b 399 #elif defined( SSP_USE_SSP1 )
nxpfan 8:86aae677a68b 400 #define SPI_PORT_SELECTOR LPC_SSP1
nxpfan 8:86aae677a68b 401 #else
nxpfan 8:86aae677a68b 402 #error when using FIFO option for the optimization, choose one of definition from SSP_AUTO_SELECTION, SSP_USE_SSP0 or SSP_USE_SSP1
nxpfan 8:86aae677a68b 403 #endif // #if defined( SSP_AUTO_SELECTION )
nxpfan 7:125538c50c22 404
nxpfan 8:86aae677a68b 405 int length = width * height;
nxpfan 8:86aae677a68b 406 char dummy;
nxpfan 8:86aae677a68b 407 int n;
nxpfan 7:125538c50c22 408
nxpfan 7:125538c50c22 409 _cs = 0;
nxpfan 7:125538c50c22 410
nxpfan 7:125538c50c22 411 for(n = (FIFO_DEPTH >> 1); n > 0; n--) {
nxpfan 7:125538c50c22 412 SPI_PORT_SELECTOR->DR = (*colour >> 8) | 0x100;
nxpfan 7:125538c50c22 413 SPI_PORT_SELECTOR->DR = ((*colour++) & 0xFF) | 0x100;
nxpfan 7:125538c50c22 414 }
nxpfan 7:125538c50c22 415
nxpfan 7:125538c50c22 416 do {
nxpfan 8:86aae677a68b 417 #pragma diag_suppress 550 // surpressing a warning messase of "Variable "dummy" was set but never used"
nxpfan 8:86aae677a68b 418
nxpfan 7:125538c50c22 419 while (!(SPI_PORT_SELECTOR->SR & 0x4));
nxpfan 7:125538c50c22 420 dummy = SPI_PORT_SELECTOR->DR;
nxpfan 7:125538c50c22 421
nxpfan 7:125538c50c22 422 if (n < length - (FIFO_DEPTH >> 1))
nxpfan 7:125538c50c22 423 SPI_PORT_SELECTOR->DR = (*colour >> 8) | 0x100;
nxpfan 7:125538c50c22 424
nxpfan 7:125538c50c22 425 while (!(SPI_PORT_SELECTOR->SR & 0x4));
nxpfan 7:125538c50c22 426 dummy = SPI_PORT_SELECTOR->DR;
nxpfan 7:125538c50c22 427
nxpfan 7:125538c50c22 428 if (n++ < length - (FIFO_DEPTH >> 1))
nxpfan 7:125538c50c22 429 SPI_PORT_SELECTOR->DR = ((*colour++) & 0xFF) | 0x100;
nxpfan 7:125538c50c22 430
nxpfan 7:125538c50c22 431
nxpfan 7:125538c50c22 432 } while(n < length);
nxpfan 8:86aae677a68b 433 #endif
nxpfan 7:125538c50c22 434
nxpfan 7:125538c50c22 435 _cs = 1;
nxpfan 7:125538c50c22 436 _window( 0, 0, WIDTH, HEIGHT );
nxpfan 7:125538c50c22 437 }
nxpfan 7:125538c50c22 438
nxpfan 0:343c01965543 439 void bitblit( int x, int y, int width, int height, const char* bitstream ) {
nxpfan 0:343c01965543 440 _cs = 0;
nxpfan 0:343c01965543 441 _window( x, y, width, height );
nxpfan 0:343c01965543 442
nxpfan 0:343c01965543 443 for (int i = 0; i < height * width; i++ ) {
nxpfan 0:343c01965543 444 int byte = i / 8;
nxpfan 0:343c01965543 445 int bit = i % 8;
nxpfan 0:343c01965543 446 int colour = ((bitstream[ byte ] << bit) & 0x80) ? _foreground : _background;
nxpfan 0:343c01965543 447 _putp( colour );
nxpfan 0:343c01965543 448 }
nxpfan 0:343c01965543 449 _window( 0, 0, _width, _height );
nxpfan 0:343c01965543 450 _cs = 1;
nxpfan 0:343c01965543 451 }
nxpfan 0:343c01965543 452
nxpfan 0:343c01965543 453 /** Screen width
nxpfan 0:343c01965543 454 *
nxpfan 0:343c01965543 455 * @return screen width [pixel]
nxpfan 0:343c01965543 456 */
nxpfan 0:343c01965543 457 int width() {
nxpfan 0:343c01965543 458 return WIDTH;
nxpfan 0:343c01965543 459 }
nxpfan 0:343c01965543 460
nxpfan 0:343c01965543 461 /** Screen height
nxpfan 0:343c01965543 462 *
nxpfan 0:343c01965543 463 * @return screen height [pixel]
nxpfan 0:343c01965543 464 */
nxpfan 0:343c01965543 465 int height() {
nxpfan 0:343c01965543 466 return HEIGHT;
nxpfan 0:343c01965543 467 }
nxpfan 0:343c01965543 468 /** Columns
nxpfan 0:343c01965543 469 *
nxpfan 0:343c01965543 470 * @return screen columns
nxpfan 0:343c01965543 471 */
nxpfan 0:343c01965543 472 int columns() {
nxpfan 0:343c01965543 473 return COLS;
nxpfan 0:343c01965543 474 }
nxpfan 0:343c01965543 475
nxpfan 0:343c01965543 476 /** Rows
nxpfan 0:343c01965543 477 *
nxpfan 0:343c01965543 478 * @return screen rows
nxpfan 0:343c01965543 479 */
nxpfan 0:343c01965543 480 int rows() {
nxpfan 0:343c01965543 481 return ROWS;
nxpfan 0:343c01965543 482 }
nxpfan 0:343c01965543 483
nxpfan 0:343c01965543 484 /** Power switch for OLED backlight
nxpfan 0:343c01965543 485 *
nxpfan 0:343c01965543 486 * @param sw argument can be MARMEX_OB_oled::ON or MARMEX_OB_oled::OFF
nxpfan 0:343c01965543 487 */
nxpfan 0:343c01965543 488
nxpfan 0:343c01965543 489 void power( unsigned char sw ) {
nxpfan 0:343c01965543 490 _power_pin = sw;
nxpfan 0:343c01965543 491 }
nxpfan 0:343c01965543 492
nxpfan 0:343c01965543 493 private:
nxpfan 0:343c01965543 494 /** Command list for the OLED controller */
nxpfan 0:343c01965543 495 enum {
nxpfan 0:343c01965543 496 SET_DISPLAY_MODE_ALL_OFF = 0xA4,
nxpfan 0:343c01965543 497 SET_COMMAND_LOCK = 0xFD,
nxpfan 0:343c01965543 498 SET_SLEEP_MODE_ON = 0xAE,
nxpfan 0:343c01965543 499 FRONT_CLOCK_DRIVER_OSC_FREQ = 0xB3,
nxpfan 0:343c01965543 500 SET_MUX_RATIO = 0xCA,
nxpfan 0:343c01965543 501 SET_DISPAY_OFFSET = 0xA2,
nxpfan 0:343c01965543 502 SET_DISPAY_START_LINE = 0xA1,
nxpfan 0:343c01965543 503 SET_REMAP_COLOR_DEPTH = 0xA0,
nxpfan 0:343c01965543 504 SET_GPIO = 0xB5,
nxpfan 0:343c01965543 505 FUNCTION_SELECTION = 0xAB,
nxpfan 0:343c01965543 506 SET_SEGMENT_LOW_VOLTAGE = 0xB4,
nxpfan 0:343c01965543 507 SET_CONTRAST_CURRENT_FOR_COLOR_ABC = 0xC1,
nxpfan 0:343c01965543 508 MASTER_CONTRAST_CURRENT_CONTROL = 0xC7,
nxpfan 0:343c01965543 509 LOOKUP_TABLE_FOR_GRAYSCALE_PULSE_WIDTH = 0xB8,
nxpfan 0:343c01965543 510 SET_RESET_PRECHARGE_PERIOD = 0xB1,
nxpfan 0:343c01965543 511 ENHANCE_DRIVING_SCHEME_CAPABILITY = 0xB2,
nxpfan 0:343c01965543 512 SET_PRECHARGE_VOLTAGE = 0xBB,
nxpfan 0:343c01965543 513 SET_SECOND_PRECHARGE_VOLTAGE = 0xB6,
nxpfan 0:343c01965543 514 SET_VCOMH_VOLTAGE = 0xBE,
nxpfan 0:343c01965543 515 SET_DISPLAY_MODE_RESET = 0xA6,
nxpfan 0:343c01965543 516 SET_COLUMN_ADDRESS = 0x15,
nxpfan 0:343c01965543 517 SET_ROW_ADDRESS = 0x75,
nxpfan 0:343c01965543 518 WRITE_RAM_COMMAND = 0x5C,
nxpfan 0:343c01965543 519 SET_SLEEP_MODE_OFF = 0xAF
nxpfan 0:343c01965543 520 };
nxpfan 0:343c01965543 521
nxpfan 0:343c01965543 522 #ifdef MARMEX_OB_SPI_8BIT_MODE
nxpfan 0:343c01965543 523 void command( int value ) {
nxpfan 0:343c01965543 524 int tmp = value & 0x00ff;
nxpfan 0:343c01965543 525 _cs = 0;
nxpfan 0:343c01965543 526 _spi.write( tmp >> 1 );
nxpfan 0:343c01965543 527 _spi.write( tmp << 7 );
nxpfan 0:343c01965543 528 _cs = 1;
nxpfan 0:343c01965543 529 }
nxpfan 0:343c01965543 530
nxpfan 0:343c01965543 531 void data( int value ) {
nxpfan 0:343c01965543 532 int tmp = value & 0x00ff;
nxpfan 0:343c01965543 533 tmp |= 0x0100;
nxpfan 0:343c01965543 534 _cs = 0;
nxpfan 0:343c01965543 535 _spi.write( tmp >> 1 );
nxpfan 0:343c01965543 536 _spi.write( tmp << 7 );
nxpfan 0:343c01965543 537 _cs = 1;
nxpfan 0:343c01965543 538 }
nxpfan 0:343c01965543 539 #else
nxpfan 0:343c01965543 540 void command( int value ) {
nxpfan 0:343c01965543 541 _cs = 0;
nxpfan 0:343c01965543 542 _spi.write( value & 0xFF );
nxpfan 0:343c01965543 543 _cs = 1;
nxpfan 0:343c01965543 544 }
nxpfan 0:343c01965543 545
nxpfan 0:343c01965543 546 void data(int value) {
nxpfan 0:343c01965543 547 _cs = 0;
nxpfan 0:343c01965543 548 _spi.write( value | 0x100 );
nxpfan 0:343c01965543 549 _cs = 1;
nxpfan 0:343c01965543 550 }
nxpfan 0:343c01965543 551 #endif
nxpfan 0:343c01965543 552
nxpfan 0:343c01965543 553 virtual void _window( int x, int y, int width, int height ) {
nxpfan 0:343c01965543 554 int x1 = x + 0;
nxpfan 0:343c01965543 555 int y1 = y + 0;
nxpfan 0:343c01965543 556 int x2 = x1 + width - 1;
nxpfan 0:343c01965543 557 int y2 = y1 + height - 1;
nxpfan 0:343c01965543 558
nxpfan 0:343c01965543 559 command( SET_COLUMN_ADDRESS );
nxpfan 0:343c01965543 560 data( x1 );
nxpfan 0:343c01965543 561 data( x2 );
nxpfan 0:343c01965543 562 command( SET_ROW_ADDRESS );
nxpfan 0:343c01965543 563 data( y1 );
nxpfan 0:343c01965543 564 data( y2 );
nxpfan 0:343c01965543 565 command( WRITE_RAM_COMMAND );
nxpfan 0:343c01965543 566 }
nxpfan 0:343c01965543 567
nxpfan 0:343c01965543 568 void window( int x, int y, int width, int height ) {
nxpfan 0:343c01965543 569 _cs = 0;
nxpfan 0:343c01965543 570 _window( x, y, width, height );
nxpfan 0:343c01965543 571 _cs = 1;
nxpfan 0:343c01965543 572 }
nxpfan 0:343c01965543 573
nxpfan 0:343c01965543 574 virtual void _putp( int colour ) {
nxpfan 0:343c01965543 575 int cnv = 0;
nxpfan 0:343c01965543 576
nxpfan 0:343c01965543 577 cnv = (colour >> 8) & 0xf800;
nxpfan 0:343c01965543 578 cnv |= (colour >> 5) & 0x07e0;
nxpfan 0:343c01965543 579 cnv |= (colour >> 3) & 0x001f;
nxpfan 0:343c01965543 580
nxpfan 0:343c01965543 581 data( cnv >> 8);
nxpfan 0:343c01965543 582 data( cnv );
nxpfan 0:343c01965543 583 }
nxpfan 0:343c01965543 584 virtual void _putp565( short colour ) {
nxpfan 0:343c01965543 585 data( colour >> 8);
nxpfan 0:343c01965543 586 data( colour );
nxpfan 0:343c01965543 587 }
nxpfan 0:343c01965543 588
nxpfan 0:343c01965543 589 DigitalOut _power_pin;
nxpfan 0:343c01965543 590 }
nxpfan 0:343c01965543 591 ;
nxpfan 0:343c01965543 592
nxpfan 0:343c01965543 593 #ifdef MARMEX_OB_SPI_8BIT_MODE
nxpfan 0:343c01965543 594 #define MERMEX_OB_SPI_MODE_STR "8bit mode"
nxpfan 0:343c01965543 595 #else
nxpfan 0:343c01965543 596 #define MERMEX_OB_SPI_MODE_STR "9bit mode"
nxpfan 0:343c01965543 597 #endif
nxpfan 0:343c01965543 598 #endif // MBED_MARMEX_OB_OLED
nxpfan 0:343c01965543 599
nxpfan 0:343c01965543 600
nxpfan 0:343c01965543 601
nxpfan 0:343c01965543 602