public InfoWindow(GM1FileHeader.DataType dataType)
{
this.InitializeComponent();
#if DEBUG
this.AttachDevTools();
#endif
StackPanel animation = this.Get <StackPanel>("Animation");
animation.IsVisible = false;
StackPanel interfaceS = this.Get <StackPanel>("Interface");
interfaceS.IsVisible = false;
StackPanel tiledObject = this.Get <StackPanel>("TiledObject");
tiledObject.IsVisible = false;
StackPanel noInfo = this.Get <StackPanel>("NoInfo");
noInfo.IsVisible = false;
switch (dataType)
{
case GM1FileHeader.DataType.Animations:
animation.IsVisible = true;
break;
case GM1FileHeader.DataType.Interface:
interfaceS.IsVisible = true;
break;
case GM1FileHeader.DataType.TilesObject:
tiledObject.IsVisible = true;
break;
case GM1FileHeader.DataType.Font:
noInfo.IsVisible = true;
break;
case GM1FileHeader.DataType.NOCompression:
noInfo.IsVisible = true;
break;
case GM1FileHeader.DataType.TGXConstSize:
noInfo.IsVisible = true;
break;
case GM1FileHeader.DataType.NOCompression1:
noInfo.IsVisible = true;
break;
default:
break;
}
}
internal static List <TGXImage> ConvertImgToTiles(List <ushort> list, ushort width, ushort height, List <TGXImage> oldList)
{
if (Logger.Loggeractiv)
{
Logger.Log("ConvertImgToTiles");
}
List <TGXImage> newImageList = new List <TGXImage>();
//calculate Parts one part 16 x 30
int partwidth = width / 30;//todo not exactly 30 width because 2 pixels between(can ignored because Church bigest tiledImage and work)
int totalTiles = partwidth;
int dummy = 0;
for (int i = 0; 0 != totalTiles; i++)
{
totalTiles--;
dummy += totalTiles;
}
totalTiles = dummy * 2 + partwidth;
int savedOffsetX = width / 2;
int xOffset = savedOffsetX;
int yOffset = height - 16;
int partsPerLine = 1;
int counter = 0;
List <Byte> arrayByte;
bool halfreached = false;
datatype = GM1FileHeader.DataType.TilesObject;
for (int part = 0; part < totalTiles; part++)
{
counter++;
int x = 0;
int y = 0;
arrayByte = new List <byte>();
for (int i = 0; i < 16; i++)
{
for (int j = 0; j < array[i]; j++)
{
int number = ((width * (y + yOffset)) + x + xOffset - array[i] / 2);
var color = list[number];
arrayByte.AddRange(BitConverter.GetBytes(color));
x++;
list[number] = 32767;
}
y++;
x = 0;
}
if (part == 3 || part == 5)
{
}
var newImage = new TGXImage();
newImage.Direction = 0;
newImage.Height = 16;
newImage.Width = 30;
//newImage.OffsetX = (ushort)(xOffset + XOffsetBefore);
//newImage.OffsetY = (ushort)(yOffset + YOffsetBefore);
newImage.SubParts = (byte)totalTiles;
newImage.ImagePart = (byte)part;
if (totalTiles == 1)
{
halfreached = true;
}
if (halfreached)
{
//tileoffset=1st pixel from tile and than height
if (counter == 1)//left
{
if (part == totalTiles - 1)
{
newImage.BuildingWidth = 30;
newImage.Direction = 1;
int imageOnTopwidth = 30;
int imageOnTopheight = yOffset + 7;
int imageOnTopOffsetX = xOffset - 15;
List <ushort> colorListImgOnTop = GetColorList(list, imageOnTopwidth, imageOnTopheight, imageOnTopOffsetX, width);
if (colorListImgOnTop.Count != 0)
{
var byteArrayImgonTop = ImgToGM1ByteArray(colorListImgOnTop, imageOnTopwidth, colorListImgOnTop.Count / imageOnTopwidth, 1);
arrayByte.AddRange(byteArrayImgonTop);
newImage.TileOffset = (ushort)(colorListImgOnTop.Count / imageOnTopwidth + 10 - 16 - 1);
if (newImage.TileOffset == ushort.MaxValue)
{
newImage.TileOffset = 0;
}
newImage.Height = (ushort)(colorListImgOnTop.Count / imageOnTopwidth + 9);
}
}
else
{
newImage.BuildingWidth = 16;
newImage.Direction = 2;
int imageOnTopwidth = 16;
int imageOnTopheight = yOffset + 7;
int imageOnTopOffsetX = xOffset - 15;
List <ushort> colorListImgOnTop = GetColorList(list, imageOnTopwidth, imageOnTopheight, imageOnTopOffsetX, width);
if (colorListImgOnTop.Count != 0)
{
var byteArrayImgonTop = ImgToGM1ByteArray(colorListImgOnTop, imageOnTopwidth, colorListImgOnTop.Count / imageOnTopwidth, 1);
arrayByte.AddRange(byteArrayImgonTop);
newImage.TileOffset = (ushort)(colorListImgOnTop.Count / imageOnTopwidth + 10 - 16 - 1);
if (newImage.TileOffset == ushort.MaxValue)
{
newImage.TileOffset = 0;
}
newImage.Height = (ushort)(colorListImgOnTop.Count / imageOnTopwidth + 9);
}
}
}
else if (counter == partsPerLine)//right
{
newImage.BuildingWidth = 16;
newImage.Direction = 3;
int imageOnTopwidth = 16;
int imageOnTopheight = yOffset + 7;
int imageOnTopOffsetX = xOffset;
List <ushort> colorListImgOnTop = GetColorList(list, imageOnTopwidth, imageOnTopheight, imageOnTopOffsetX - 1, width);
if (colorListImgOnTop.Count != 0)
{
var byteArrayImgonTop = ImgToGM1ByteArray(colorListImgOnTop, imageOnTopwidth, colorListImgOnTop.Count / imageOnTopwidth, 1);
arrayByte.AddRange(byteArrayImgonTop);
newImage.Height = (ushort)(colorListImgOnTop.Count / imageOnTopwidth + 9);
newImage.TileOffset = (ushort)(colorListImgOnTop.Count / imageOnTopwidth + 10 - 16 - 1);
if (newImage.TileOffset == ushort.MaxValue)
{
newImage.TileOffset = 0;
}
}
newImage.HorizontalOffsetOfImage = 14;
}
}
newImageList.Add(newImage);
newImage.ImgFileAsBytearray = arrayByte.ToArray();
xOffset += 32;
if (counter == partsPerLine)
{
yOffset -= 8;
counter = 0;
xOffset = savedOffsetX;
if (partsPerLine == partwidth - 1 && !halfreached)
{
halfreached = true;
partsPerLine += 2;
xOffset = -1;
}
if (!halfreached)
{
partsPerLine++;
xOffset -= 16;
}
else
{
xOffset += 16;
partsPerLine--;
}
savedOffsetX = xOffset;
}
}
XOffsetBefore += width;
if (height > biggestHeight)
{
biggestHeight = height;
}
if (XOffsetBefore > 4000)
{
XOffsetBefore = 0;
YOffsetBefore += biggestHeight;
}
return(newImageList);
}
