Tutorial 1 : AR Marker-Based
Download # Processing
Download # Newest nyar4psg 2.0.0 library for Augmented Reality (*.rar file)
Download # The Result of This Tutorial (OBJLoader_Sample_SAITO folder) (*.rar file)
Download # The Result of This Tutorial (SimpleLite folder) (*.rar file)
Download # Hiro Marker (*.pdf file)
Download # OBJLoader library to add 3D models in Augmented Reality (*.rar file). You can also install this library while using Processing.
NOTE: Extract library and put nyar4psg folder to Processing libraries location as you can see in example here: “C:\Users\EdgarasArt\Documents\Processing\libraries”. If there are no libraries folder in Processing folder (in My Documents) – create it!
Tutorial 2 : Adding Texture
Download # 3Ds Max Box Model (*.max file)
Download # Don’t Forget Box Models’ Texture! (*.jpg file)
Download # Finally Augmented Reality Result using Processing Programming Language (*.rar file)
Download # Hiro Marker (*.pdf file)
(Processing software itself is available to download here)
Download # Newest nyar4psg 2.0.0 library for Augmented Reality (*.rar file)
NOTE: Extract library and put nyar4psg folder to Processing libraries location as you can see in example here: “C:\Users\EdgarasArt\Documents\Processing\libraries”. If there are no libraries folder in Processing folder (in My Documents) – create it!
Tutorial 3 : Interaction with Virtual Content
Download # Arduino Code (*.ino file)
Download # Processing Code (*.pde file)
Download # Hiro Marker (*.pdf file)
(Processing software itself is available to download here)
Download # Newest nyar4psg 2.0.0 library for Augmented Reality (*.rar file)
NOTE: Extract library and put nyar4psg folder to Processing libraries location as you can see in example here: “C:\Users\EdgarasArt\Documents\Processing\libraries”. If there are no libraries folder in Processing folder (in My Documents) – create it!
// Arduino code for Optical Sensor TCRT5000 data reading
// C = Arduino analog pin A0, A1, A2, A3 and to one end of 4K7 resistor, other end of resistor to 5V
// E = GND
// A = 100 ohm resistor, other end of resistor to 5V
// C = GND
//commented lines are for LED indication
//int led1 = 11;
//int led2 = 10;
//int led3 = 6;
//int led4 = 5;
/////////////////////////////////////////
int opt1, opt2, opt3, opt4, value;
int opt_sensor1, opt_sensor2, opt_sensor3, opt_sensor4;
void setup() {
Serial.begin(9600);
//commented lines are for LED indication
//pinMode(led1, OUTPUT);
//pinMode(led2, OUTPUT);
//pinMode(led3, OUTPUT);
//pinMode(led4, OUTPUT);
////////////////////////////////////////
}
void loop(){
opt1 = analogRead(A0);
opt2 = analogRead(A1);
opt3 = analogRead(A2);
opt4 = analogRead(A3);
opt_sensor1 = map(opt1, 75, 750, 0, 255);
opt_sensor2 = map(opt2, 75, 600, 0, 255);
opt_sensor3 = map(opt3, 65, 700, 0, 255);
opt_sensor4 = map(opt4, 60, 700, 0, 255);
Serial.print(opt_sensor1); Serial.print("\t");
Serial.print(opt_sensor2); Serial.print("\t");
Serial.print(opt_sensor3); Serial.print("\t");
Serial.print(opt_sensor4); Serial.println("\t");
//Serial.print(opt1); Serial.print("\t");
//Serial.print(opt2); Serial.print("\t");
//Serial.print(opt3); Serial.print("\t");
//Serial.print(opt4); Serial.print("\t");
//commented lines are for LED indication
//analogWrite(led1, opt_sensor1);
//analogWrite(led2, opt_sensor2);
//analogWrite(led3, opt_sensor3);
//analogWrite(led4, opt_sensor4);
////////////////////////////////////////
delay(50);
}
