Link:http://netduinohelpe...er:AdaFruit7565
Error on the public class with this AdaFruitSSD1306 thingy here...
using System;
using System.Threading;
using Microsoft.SPOT;
using Microsoft.SPOT.Hardware;
namespace netduino.helpers.Hardware {
// Based on https://github.com/adafruit/ST7565-LCD
public class AdaFruit7565 : AdaFruitSSD1306 {
new public enum Command {
DisplayOff = 0xAE,
DisplayOn = 0xAF,
DisplayStartLine = 0x40,
PageAddress = 0xB0,
ColumnAddressHigh = 0x10,
ColumnAddressLow = 0x00,
AdcSelectNormal = 0xA0, // X axis flip OFF
AdcSelectReverse = 0xA1, // X axis flip ON
DisplayVideoNormal = 0xA6,
DisplayVideoReverse = 0xA7,
AllPixelsOff = 0xA4,
AllPixelsOn = 0xA5,
LcdVoltageBias9 = 0xA2,
LcdVoltageBias7 = 0xA3,
EnterReadModifyWriteMode = 0xE0,
ClearReadModifyWriteMode = 0xEE,
ResetLcdModule = 0xE2,
ShlSelectNormal = 0xC0, // Y axis flip OFF
ShlSelectReverse = 0xC8, // Y axis flip ON
PowerControl = 0x28,
RegulatorResistorRatio = 0x20,
ContrastRegister = 0x81,
ContrastValue = 0x00,
NoOperation = 0xE3
}
public AdaFruit7565(Cpu.Pin dc, Cpu.Pin reset, Cpu.Pin chipSelect, SPI.SPI_module spiModule = SPI.SPI_module.SPI1, uint speedKHz = 10000)
: base(dc, reset, chipSelect, spiModule, speedKHz) {
}
public void Initialize() {
resetPin.Write(false);
Thread.Sleep(50);
resetPin.Write(true);
dcPin.Write(DisplayCommand);
SendCommand((AdaFruitSSD1306.Command)AdaFruit7565.Command.LcdVoltageBias7);
SendCommand((AdaFruitSSD1306.Command)AdaFruit7565.Command.AdcSelectNormal);
SendCommand((AdaFruitSSD1306.Command)AdaFruit7565.Command.ShlSelectReverse);
SendCommand((AdaFruitSSD1306.Command)((int)(AdaFruit7565.Command.DisplayStartLine) | 0x00));
SendCommand((AdaFruitSSD1306.Command) ((int)(AdaFruit7565.Command.PowerControl) | 0x04)); // turn on voltage converter (VC=1, VR=0, VF=0)
Thread.Sleep(50);
SendCommand((AdaFruitSSD1306.Command)((int)(AdaFruit7565.Command.PowerControl) | 0x06)); // turn on voltage regulator (VC=1, VR=1, VF=0)
Thread.Sleep(50);
SendCommand((AdaFruitSSD1306.Command)((int)(AdaFruit7565.Command.PowerControl) | 0x07)); // turn on voltage follower (VC=1, VR=1, VF=1)
Thread.Sleep(50);
SendCommand((AdaFruitSSD1306.Command)((int)(AdaFruit7565.Command.RegulatorResistorRatio) | 0x06)); // set lcd operating voltage (regulator resistor, ref voltage resistor)
SendCommand((AdaFruitSSD1306.Command)AdaFruit7565.Command.DisplayOn);
SendCommand((AdaFruitSSD1306.Command)AdaFruit7565.Command.AllPixelsOff);
}
public const uint ContrastHigh = 34;
public const uint ContrastMedium = 24;
public const uint ContrastLow = 15;
// 0-63
public void SetContrast(uint contrast) {
dcPin.Write(DisplayCommand);
SendCommand((AdaFruitSSD1306.Command)AdaFruit7565.Command.ContrastRegister);
SendCommand((AdaFruitSSD1306.Command)((int)(AdaFruit7565.Command.ContrastValue) | (contrast & 0x3f)));
}
new public void InvertDisplay(bool cmd) {
dcPin.Write(DisplayCommand);
if (cmd) {
SendCommand((AdaFruitSSD1306.Command)AdaFruit7565.Command.DisplayVideoReverse);
} else {
SendCommand((AdaFruitSSD1306.Command)AdaFruit7565.Command.DisplayVideoNormal);
}
}
public void PowerSaveMode() {
dcPin.Write(DisplayCommand);
SendCommand((AdaFruitSSD1306.Command)AdaFruit7565.Command.DisplayOff);
SendCommand((AdaFruitSSD1306.Command)AdaFruit7565.Command.AllPixelsOn);
}
protected const int StartColumnOffset = 1;
public override void Refresh() {
for (int page = 0; page < 8; page++) {
dcPin.Write(DisplayCommand);
SendCommand((AdaFruitSSD1306.Command)((int)(AdaFruit7565.Command.PageAddress) | pageReference[page]));
SendCommand((AdaFruitSSD1306.Command)((int)(AdaFruit7565.Command.ColumnAddressLow) | (StartColumnOffset & 0x0F)));
SendCommand((AdaFruitSSD1306.Command)((int)(AdaFruit7565.Command.ColumnAddressHigh) | 0));
SendCommand((AdaFruitSSD1306.Command)((int)(AdaFruit7565.Command.EnterReadModifyWriteMode)));
dcPin.Write(Data);
Array.Copy(displayBuffer, Width * page, pageBuffer, 0, pageSize);
Spi.Write(pageBuffer);
}
}
protected const int pageSize = 128;
protected int[] pageReference = new int[] { 4, 5, 6, 7, 0, 1, 2, 3 };
protected byte[] pageBuffer = new byte[pageSize];
}
}
