Kai Liu / Mbed 2 deprecated LPC1114_EBadge

E-Paper Device (EPD) based MiniNote module, powered by mbed on LPC1114FBD48. Shared in public domain with enclosure in 3D step format, hardware interface compatible with microBUS interface. Anyone can contribute on this project.

Dependencies:   mbed _24LCXXX

E-Badge MiniNote Project on mbed/NXP LPC1114 platform

main.cpp@3:1fa000d4da94, 2014-06-11 (annotated)

Committer:
allankliu
Date:
Wed Jun 11 09:12:36 2014 +0000
Revision:
3:1fa000d4da94
Parent:
2:bb9f154ea2f4 
Demo tested on hardware.

Who changed what in which revision?

UserRevisionLine numberNew contents of line
allankliu 0:33994cfad0c2 1 #include "mbed.h"
allankliu 0:33994cfad0c2 2 #include "ssd1606.h"
allankliu 2:bb9f154ea2f4 3 #include "_24LCXXX.h"
allankliu 2:bb9f154ea2f4 4 #include "rom_image.h"
allankliu 3:1fa000d4da94 5 //#include "eeprom.h"
allankliu 0:33994cfad0c2 6
allankliu 3:1fa000d4da94 7 // Check mbed LPC1114 LPCXpresso board at mbed.org
allankliu 3:1fa000d4da94 8 // http://mbed.org/users/okano/notebook/pinout-picture/
allankliu 3:1fa000d4da94 9 // Check LPCXpresso LPC1114 schematics at embeddedartists.com
allankliu 3:1fa000d4da94 10 // http://www.embeddedartists.com/sites/default/files/docs/schematics/LPCXpressoLPC1114revA.pdf
allankliu 3:1fa000d4da94 11
allankliu 3:1fa000d4da94 12 // WARNING: xp5/xp6/xp7 (P0_9/P0_8/P2_11) are reserved for SPI
allankliu 3:1fa000d4da94 13 // Check source code at github.com
allankliu 3:1fa000d4da94 14 // https://github.com/mbedmicro/mbed/blob/master/libraries/mbed/targets/hal/TARGET_NXP/TARGET_LPC11XX_11CXX/spi_api.c
allankliu 3:1fa000d4da94 15
allankliu 3:1fa000d4da94 16 // In LPC1114FN28, SPI uses dp2/dp1/dp6 (P0_9/P0_8/P0_6) with different SCK pin
allankliu 0:33994cfad0c2 17
allankliu 0:33994cfad0c2 18 // naked LPC1114 on breadboard, install LED pin28, pasive piezo-buzzer pin1
allankliu 0:33994cfad0c2 19 DigitalOut myled(dp28); // LED ... P0_7 (pin 28)
allankliu 0:33994cfad0c2 20 Serial uart(dp16, dp15); // UART .. P1_7: TX (pin 16), P1_6: RX (pin 15)
allankliu 2:bb9f154ea2f4 21 //PwmOut pwm(dp1); // PWM ... P0_8: CT16B0_MAT0 (pin1); sorry, blocking SPI!
allankliu 0:33994cfad0c2 22
allankliu 3:1fa000d4da94 23 // EPD interface: CS | RST | DC | BUSY | MOSI | SCK
allankliu 3:1fa000d4da94 24 // Consider move P2_3 & P2_1 (xp37, xp13) for MOSI & SCK as 2nd SPI
allankliu 3:1fa000d4da94 25 // Don't follow schematics from EA, since its silkscreen is wrong for SPI1
allankliu 3:1fa000d4da94 26 //SSD1606 epd(P0_6,P0_7,P2_0,P1_5,P2_3,P2_1);
allankliu 3:1fa000d4da94 27 SSD1606 epd(P0_6,P2_2,P2_0,P1_5,P2_3,P2_1);
allankliu 0:33994cfad0c2 28
allankliu 3:1fa000d4da94 29 //SSD1606 epd(P0_6,P0_7,P2_0,P1_5,P1_11,P1_10);
allankliu 3:1fa000d4da94 30 //SSD1606 epd2(xp23,xp11,xp12,xp21,xp38,xp39);
allankliu 2:bb9f154ea2f4 31
allankliu 3:1fa000d4da94 32
allankliu 3:1fa000d4da94 33 I2C i2c(xp42, xp41); // I2C ... P0_5: SDA, P0_4: SCL
allankliu 2:bb9f154ea2f4 34 _24LCXXX nvmem(&i2c, 0x50);
allankliu 0:33994cfad0c2 35
allankliu 2:bb9f154ea2f4 36 //enum EEPROM::TypeEeprom T24C256;
allankliu 3:1fa000d4da94 37 //EEPROM nvmem(P0_5,P0_4,0xA0,T24C256);
allankliu 2:bb9f154ea2f4 38
allankliu 2:bb9f154ea2f4 39 char c = '0';
allankliu 2:bb9f154ea2f4 40 unsigned char sbuf[128];
allankliu 0:33994cfad0c2 41
allankliu 3:1fa000d4da94 42 void setup()
allankliu 3:1fa000d4da94 43 {
allankliu 3:1fa000d4da94 44
allankliu 3:1fa000d4da94 45 //pwm.period(0.001); // PWM period 1ms (1kHz)
allankliu 3:1fa000d4da94 46 uart.baud(115200); // Baud rate
allankliu 3:1fa000d4da94 47 //uart.puts("E-Badge MiniNote LPC1114 Demo Start.\n\r");
allankliu 2:bb9f154ea2f4 48 //nvmem.write(0x10,0x55);
allankliu 3:1fa000d4da94 49 epd.reset();
allankliu 2:bb9f154ea2f4 50 epd.initialize();
allankliu 2:bb9f154ea2f4 51 epd.rom_image(gImage_one);
allankliu 3:1fa000d4da94 52 epd.set_command_between_images();
allankliu 3:1fa000d4da94 53 wait(5);
allankliu 3:1fa000d4da94 54 epd.rom_image(gImage_sushi);
allankliu 3:1fa000d4da94 55 epd.set_command_between_images();
allankliu 3:1fa000d4da94 56 wait(5);
allankliu 2:bb9f154ea2f4 57
allankliu 2:bb9f154ea2f4 58 nvmem.byte_write(0,1);
allankliu 2:bb9f154ea2f4 59 nvmem.byte_write(1,2);
allankliu 2:bb9f154ea2f4 60 nvmem.byte_write(2,3);
allankliu 2:bb9f154ea2f4 61 nvmem.byte_write(3,4);
allankliu 3:1fa000d4da94 62 nvmem.nbyte_read(0x00,sbuf,16);
allankliu 3:1fa000d4da94 63
allankliu 3:1fa000d4da94 64
allankliu 0:33994cfad0c2 65 }
allankliu 0:33994cfad0c2 66
allankliu 3:1fa000d4da94 67 void loop()
allankliu 3:1fa000d4da94 68 {
allankliu 3:1fa000d4da94 69 /*
allankliu 3:1fa000d4da94 70 myled = 0; // LED on
allankliu 3:1fa000d4da94 71 //pwm = 0.5; // PWM duty cycle 50%, tone 1kHz
allankliu 3:1fa000d4da94 72 wait(0.5);
allankliu 3:1fa000d4da94 73 uart.putc(c++); if (c > '9') c = '0'; // Put Character & rotate 0,1,2,... 9
allankliu 3:1fa000d4da94 74 myled = 1; // LED off
allankliu 3:1fa000d4da94 75 //pwm = 0; // PWM stop, silent
allankliu 3:1fa000d4da94 76 wait(0.5);
allankliu 3:1fa000d4da94 77 */
allankliu 3:1fa000d4da94 78 uart.putc(c++); if (c > '9') c = '0'; // Put Character & rotate 0,1,2,... 9
allankliu 0:33994cfad0c2 79 }
allankliu 0:33994cfad0c2 80
allankliu 0:33994cfad0c2 81 int main() {
allankliu 3:1fa000d4da94 82
allankliu 0:33994cfad0c2 83 setup();
allankliu 0:33994cfad0c2 84 while(1) { // repeat (period 1sec)
allankliu 0:33994cfad0c2 85 loop();
allankliu 3:1fa000d4da94 86 }
allankliu 0:33994cfad0c2 87 }