allprojects {
	repositories {
		google()
		jcenter()
		maven {
			url 'https://jitpack.io' //This one here
		}
	}
}

implementation 'com.github.kozzion:ar-coordinate:1.0.5'

@Override
protected void onDraw(Canvas canvas) {
	// To convert from a WSG84 coordinate to screen coordinate you need:
	// Your current location get it from locationService for instance
	CoordinateWGS84 mObserverLocation = new CoordinateWGS84( 4.635669, -75.568597, 1600); //Salento
	// A rotatedProjectionMatrix get it from the ARCamera in this library
	float[] rotatedProjectionMatrix = new float[16];
	// A canvas to draw on
	CoordinateWGS84 medellin = new CoordinateWGS84( 6.210646, -75.573583, 1400);
	CoordinateScreen coordinateScreenm = medellin.convertToScreen(mObserverLocation, rotatedProjectionMatrix, canvas);
	canvas.drawCircle((float)coordinateScreenm.mX, (float)coordinateScreenm.mY, 15, paint);
	canvas.drawText("Medellin", (float)coordinateScreenm.mX - (30 * "Medellin".length() / 2), (float)coordinateScreenm.mY - 80, paint);

	//For the sun and other heavenly bodyes you also need the current datetime
	Date date = new Date()
	CoordinateRAD suna = ToolsPositionCalculatorSolar.getSolarPosition(date );
	CoordinateScreen coordinateScreens = suna.convertToAE(mObserverLocation, date).convertToENU().convertToCamera(rotatedProjectionMatrix).convertToScreen(canvas);
	canvas.drawCircle((float)coordinateScreens.mX, (float)coordinateScreens.mY, 15, paint);
	canvas.drawText("Sun", (float)coordinateScreens.mX - (30 * "Sun".length() / 2), (float)coordinateScreens.mY - 80, paint);


	CoordinateRAD ur = ToolsPositionCalculatorSolar.getUranusPosition(date );
	CoordinateScreen coordinateScreenu = ur.convertToAE(mObserverLocation, date).convertToENU().convertToCamera(rotatedProjectionMatrix).convertToScreen(canvas);
	canvas.drawCircle((float)coordinateScreenu.mX, (float)coordinateScreenu.mY, 15, paint);
	canvas.drawText("UR", (float)coordinateScreenu.mX - (30 * "UR".length() / 2), (float)coordinateScreenu.mY - 80, paint);
}