/** * @file CosaST7565.ino * @version 1.0 * * @section License * Copyright (C) 2013-2015, Mikael Patel * * This library is free software; you can redistribute it and/or * modify it under the terms of the GNU Lesser General Public * License as published by the Free Software Foundation; either * version 2.1 of the License, or (at your option) any later version. * * This library is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU * Lesser General Public License for more details. * * @section Description * Demonstration of the ST7565 device driver with mapping to * IOStream::Device. * * @section Circuit * @code * ST7565/Serial3W * +------------+ * 1-|DB0 | * 2-|DB1 | * 3-|DB2 | * 4-|DB3 | * 5-|DB4 | * 6-|DB5 | * (D7/D1)-------------7-|DB6(SCL) | * (D6/D0)-------------8-|DB7(SI) | * (VCC)---------------9-|VDD | * (GND)--------------10-|VSS | * (VCC)---|220|------11-|A | * (D9/D3)------------12-|CS | * (RST)--------------13-|RST | * (D8/D2)------------14-|DC | * 15-|WR(R/W) | * 16-|RD(E) | * +------------+ * * ST7565/SPI3W * +------------+ * 1-|DB0 | * 2-|DB1 | * 3-|DB2 | * 4-|DB3 | * 5-|DB4 | * 6-|DB5 | * (SCK/D13/D4)--------7-|DB6(SCL) | * (MOSI/D11/D5)-------8-|DB7(SI) | * (VCC)---------------9-|VDD | * (GND)--------------10-|VSS | * (VCC)---|220|------11-|A | * (D9/D3)------------12-|CS | * (RST)--------------13-|RST | * (D8/D2)------------14-|DC | * 15-|WR(R/W) | * 16-|RD(E) | * +------------+ * @endcode * * This file is part of the Arduino Che Cosa project. */ #include "Cosa/Types.h" #include "Cosa/Trace.hh" #include "Cosa/Watchdog.hh" #include "Cosa/AnalogPin.hh" #include #include "Canvas/OffScreen.hh" #include "Canvas/Icon/arduino_icon_64x32.h" #include "Canvas/Icon/arduino_icon_96x32.h" #include #include "FixedNums8x16.hh" // Select ST7565 IO Adapter; Serial Output Pins or SPI #include // LCD::Serial3W port; LCD::SPI3W port; ST7565 lcd(&port); void setup() { // Set up watchdog for low power sleep Watchdog::begin(); // Initiate the LCD screen and show arduino icon lcd.begin(); lcd.set_cursor((lcd.WIDTH - 64)/2, 1); lcd.draw_icon(arduino_icon_64x32); // Use LCD bind to trace and use inverted text mode for banner trace.begin(&lcd); lcd.set_cursor(0, lcd.LINES - 1); trace << PSTR("CosaST7565: started"); sleep(2); // Dump characters in system font trace << PSTR("\f\aSYSTEM FONT 5x7\a\n"); for (uint8_t c = 0; c < 128; c++) { if ((c == '\n') || (c == '\f') || (c == '\b') || (c == '\a') || (c == '\t')) trace << ' '; else trace << (char) c; } sleep(2); // Use the trace iostream onto the LCD with output operator trace << PSTR("\f\aSPECIAL CHARACTERS\a\n"); trace << PSTR("\aa\a - alert\n"); trace << PSTR("\ab\a - backspace\n"); trace << PSTR("\af\a - form-feed\n"); trace << PSTR("\an\a - new-line\n"); trace << PSTR("\at\a - tab\n\n"); trace << PSTR("01\t23\t45\t67\t89"); for (uint8_t i = 0; i < 22; i++) { Watchdog::delay(256); trace << PSTR("\b \b"); } // Scrolling trace << PSTR("\f\aSCROLLING\a\n"); static const char msg[] __PROGMEM = "The quick brown fox jumps over the lazy dog. "; for (uint8_t i = 0; i < 8; i++) { uint8_t len = strlen_P(msg); for (uint8_t j = 0; j < len; j++) { trace << (char) pgm_read_byte(msg + j); Watchdog::delay(64); } } sleep(2); // Use number base handling trace << PSTR("\f\aNUMBER BASE\a\n"); uint16_t millis = Watchdog::millis(); TRACE(millis); trace << PSTR("bcd = ") << bcd << 0x55 << endl; trace << PSTR("bin = ") << bin << 0x55 << endl; trace << PSTR("oct = ") << oct << 0x55 << endl; trace << PSTR("dec = ") << dec << 0x55 << endl; trace << PSTR("hex = ") << hex << 0x55 << endl; trace << PSTR("ptr = ") << &lcd; sleep(2); // Dump the LCD object raw format with normal print function trace << PSTR("\f\aBUFFER DUMP\a\n"); trace.print(&lcd, sizeof(lcd), IOStream::hex, 5); sleep(2); // Play around with the offscreen canvas OffScreen offscreen; offscreen.begin(); offscreen.draw_rect(0, 0, 10, 10); offscreen.fill_rect(2, 2, 7, 7); offscreen.draw_rect(20, 20, 10, 10); offscreen.draw_circle(20, 20, 10); offscreen.fill_circle(20, 20, 8); offscreen.draw_roundrect(70, 10, 40, 20, 10); offscreen.fill_roundrect(72, 12, 36, 16, 7); offscreen.draw_rect(70, 10, 40, 20); offscreen.draw_rect(0, 0, offscreen.WIDTH - 1, offscreen.HEIGHT - 1); for (uint8_t width = 0; width < ST7565::WIDTH; width += 8) { offscreen.draw_line(20, 20, width, ST7565::HEIGHT - 1); } offscreen.set_cursor(15, 2); offscreen.draw_string(PSTR("OffScreen Canvas")); // Draw the off-screen canvas on the LCD lcd.set_cursor(0, 0); lcd.draw_bitmap(offscreen.bitmap(), offscreen.WIDTH, offscreen.HEIGHT); sleep(4); } void loop() { // Draw bars with analog sample values (A0..A5) lcd.putchar('\f'); for (uint8_t i = 0; i < membersof(analog_pin_map); i++) { trace.printf(PSTR("A%d:"), i); Board::AnalogPin pin; pin = (Board::AnalogPin) pgm_read_byte(analog_pin_map + i); uint8_t percent = (AnalogPin::sample(pin) * 100L) / 1023; lcd.draw_bar(percent, ST7565::WIDTH - 20); if (i != ST7565::LINES - 1) trace << endl; } sleep(1); // Every 4 seconds display the arduino icon and count down time static const uint8_t SHOW_BANNER = 4; static uint8_t banner = 0; if (++banner == SHOW_BANNER) { // Display the Arduino icon lcd.putchar('\f'); lcd.set_cursor((lcd.WIDTH - 96)/2, 1); lcd.display_inverse(); lcd.draw_icon(arduino_icon_96x32); sleep(2); lcd.display_normal(); banner = 0; // Counters static uint8_t min = 30; static uint8_t sec = 00; // Draw the current counter value off-screen OffScreen offscreen; offscreen.begin(); offscreen.set_text_font(&fixednums8x16); offscreen.draw_roundrect(8, 8, lcd.WIDTH - 18, lcd.HEIGHT - 18, 8); offscreen.set_cursor((lcd.WIDTH - ((fixednums8x16.WIDTH + fixednums8x16.SPACING) * 5))/2, (lcd.HEIGHT - fixednums8x16.WIDTH - fixednums8x16.SPACING)/2); offscreen.draw_char('0' + min/10); offscreen.draw_char('0' + min%10); offscreen.draw_char(':'); offscreen.draw_char('0' + sec/10); offscreen.draw_char('0' + sec%10); // Draw the off-screen canvas on the LCD lcd.putchar('\f'); lcd.draw_bitmap(offscreen.bitmap(), offscreen.WIDTH, offscreen.HEIGHT); // Decrement counter if (sec == 0) { if (min != 00) { sec = 50; min -= 1; } } else sec -= 10; sleep(4); } }