Node Chomsky

Oscilloscope for Arduino and 4D graphics controller oled screen

//////////////////////////////////////////////////////////////////////////////

// Basic Oscilloscope for the Arduino and 

// 4D graphics controller based Oled screen

//

// Based on a template for the GOLDELOX-SGC Processor by

// Paul J Karlik <-Thank him for finally writing a library for the screen

// Cubtastic71@gmail.com 

// www.byte-mechanic.com

// 

// The <Oled.h> library is available at: 

// http://code.google.com/p/arduino-oled/

//

//////////////////////////////////////////////////////////////////////////////

#include <Oled.h>

#include <string.h>

#include <Wire.h>

// Int an Define the Base Vars and Params ////////////////////////////

OLED myOLED(7,8,2500,57600);

int color=0;

int color2=12;

int color3=36;

int tick = 0;

int trigger = 0;

int signal[5];

int x = 0;

int y = 0;

int px = 96;

int py = 0;

int sigtol = analogRead(A1);

// Set Up Function ///////////////////////////////////////////////////

void setup(){

  Serial.begin(57600);

  pinMode(10, OUTPUT);

  digitalWrite(10,HIGH);

  myOLED.Init();

  myOLED.Clear();  

color = myOLED.get16bitRGB(25,25,25);

color3 = myOLED.get16bitRGB(0,255,0);

color2 = myOLED.get16bitRGB(0,0,0);

}

// Main Program Loop  ////////////////////////////////////////////////

void loop(){

//// This ‘while loop’ draws one frame of the graph

while (x <= 96)  {  

x++;

myOLED.DrawLine(px, py, x, y, color);

px = x;

py = y;

y=(((analogRead(A0)) / 16));

}

// This ‘analogRead()’ and ‘while loop’ allow the device to wait 

// for an increasing slope from the Attack of the incoming signal

signal[4] = analogRead(A0);

while ((signal[3] - signal[4]) <= sigtol) {

sigtol = analogRead(A1); //analogRead(A1) reads a 1k pot connected to pin A1 

delay(1);                //to use as a 1 to 1 threshold for the trigger

signal[4] = analogRead(A0);

delay(1);

delay(int(analogRead(A2)/200));//The slope of the threshold for the trigger with a 1k pot to pin A2

signal[3] = analogRead(A0);

delay(1);

//if you have cut and pasted this from my website, you may have to retype the //following command manually, because of character translation

myOLED.DrawText(1,1,0,”hold”,color3);

}

//This sets origin points for the new frame and clears the screen by drawing a rectangle

x=0;

px = 0;

myOLED.DrawRectangle(0,0,96,64,color2); 

}