private void ScreenListBox_SelectedIndexChanged(object sender, EventArgs e)
{
// Get screen index of selected screen
int index = ScreenListBox.SelectedIndex;
// Get screen information from ambilight
if (index != -1)
{
ScreenDevice selScreen = newAmbi.GetSceenData(index);
// Show information of selected screen
ScreenXPosTextBox.Text = selScreen.XPos.ToString();
ScreenYPosTextBox.Text = selScreen.YPos.ToString();
ScreenWidthTextBox.Text = selScreen.Width.ToString();
ScreenHeightTextBox.Text = selScreen.Height.ToString();
}
}
public void ChangeScreen(ScreenDevice changedScreen, int index)
{
mon[index] = changedScreen;
}
public override bool LoadProfile(string profileName)
{
Console.WriteLine("Loading Profile: " + profileName);
try
{
XDocument loadedXmlDoc = XDocument.Load(profileName);
var screens = loadedXmlDoc.Element("LedProfile").Descendants("Screen");
var leds = loadedXmlDoc.Element("LedProfile").Descendants("LED");
// Loading Mode
mode = loadedXmlDoc.Element("LedProfile").Attribute("Mode").Value;
// Find screens and define rectangles
int screenid = 0;
mon = new ScreenDevice[screens.Count()];
Console.WriteLine("new mons: " + screens.Count());
foreach (var screen in screens)
{
screenid = Convert.ToInt32(screen.Attribute("ScreenId").Value);
mon[screenid] = new ScreenDevice();
int numRect = screen.Elements("Rectangle").Count();
mon[screenid].Rect = new Rectangle[numRect];
mon[screenid].Width = Convert.ToInt32(screen.Element("ScreenData").Attribute("Width").Value);
mon[screenid].Height = Convert.ToInt32(screen.Element("ScreenData").Attribute("Height").Value);
mon[screenid].XPos = Convert.ToInt32(screen.Element("ScreenData").Attribute("XPos").Value);
mon[screenid].YPos = Convert.ToInt32(screen.Element("ScreenData").Attribute("YPos").Value);
var rects = screen.Descendants("Rectangle");
int rectNr = 0;
foreach (var rect in rects)
{
mon[screenid].Rect[rectNr] = new Rectangle();
mon[screenid].Rect[rectNr].X = Convert.ToInt32(rect.Attribute("X").Value);
mon[screenid].Rect[rectNr].Y = Convert.ToInt32(rect.Attribute("Y").Value);
mon[screenid].Rect[rectNr].Width = Convert.ToInt32(rect.Attribute("W").Value);
mon[screenid].Rect[rectNr].Height = Convert.ToInt32(rect.Attribute("H").Value);
// Console.WriteLine("Loading Rectangle " + rectNr + " with X = " + mon[screenid].Rect[rectNr].X + " and Y = " + mon[screenid].Rect[rectNr].Y + " ScreenId = " + screenid);
rectNr++;
}
}
// Find leds
int id = 0;
int numLed = leds.Count();
LedList = new LED[numLed];
r = new byte[numLed];
g = new byte[numLed];
b = new byte[numLed];
foreach (var led in leds)
{
LedList[id]._id = Convert.ToByte(led.Attribute("LedID").Value);
// Set color
LedList[id].Color = new byte[3];
LedList[id].Color[0] = Convert.ToByte(led.Element("Color").Attribute("R").Value);
LedList[id].Color[1] = Convert.ToByte(led.Element("Color").Attribute("G").Value);
LedList[id].Color[2] = Convert.ToByte(led.Element("Color").Attribute("B").Value);
// Set intensity
LedList[id].Intensity = new double[3];
LedList[id].Intensity[0] = Convert.ToDouble(led.Element("Intensity").Attribute("R").Value);
LedList[id].Intensity[1] = Convert.ToDouble(led.Element("Intensity").Attribute("G").Value);
LedList[id].Intensity[2] = Convert.ToDouble(led.Element("Intensity").Attribute("B").Value);
//Set rectangleID
LedList[id].RectID = Convert.ToInt32(led.Element("RectID").Attribute("Id").Value);
// Test output
//Console.WriteLine("Loading LED " + LedList[id]._id + ": " + "RectId = " + LedList[id].RectID);
id++;
}
int RectTot = 0;
for (int i = 0; i < mon.Length; i++)
{
RectTot += mon[i].Rect.Length;
}
avgRect = new byte[RectTot * 3];
// Initialise RGBdata array with numLed*3 + 2 and set start and stop byte
RGBdata = new byte[leds.Count() * 3 + 2];
RGBdata[0] = 0x01;
RGBdata[leds.Count() * 3 + 1] = 0x02;
Console.WriteLine("Loading done...");
return(true);
}
catch (FileNotFoundException e)
{
return(false);
}
}