public unsafe System.Drawing.Image GetColorSet()
{
// ColorSet is R16G16B16A16F.
const int width = 4;
const int height = 16;
var bmp = new System.Drawing.Bitmap(width, height);
var i = 0;
for (var y = 0; y < height; y++)
{
for (var x = 0; x < width; x++)
{
var offset = i++ *4 * 2;
var red = GetColorValue(HalfHelper.Unpack(DataSetData, offset));
var green = GetColorValue(HalfHelper.Unpack(DataSetData, offset + 2));
var blue = GetColorValue(HalfHelper.Unpack(DataSetData, offset + 4));
var alpha = GetColorValue(HalfHelper.Unpack(DataSetData, offset + 6));
bmp.SetPixel(x, y, System.Drawing.Color.FromArgb(alpha, red, green, blue));
}
}
return(bmp);
}
private static Vector4F AsHalf(Vector4F v, uint redMask, uint greenMask, uint blueMask, uint alphaMask)
{
v.X = (redMask > 0) ? HalfHelper.Unpack(HalfHelper.Pack(v.X)) : 0;
v.Y = (greenMask > 0) ? HalfHelper.Unpack(HalfHelper.Pack(v.Y)) : 0;
v.Z = (blueMask > 0) ? HalfHelper.Unpack(HalfHelper.Pack(v.Z)) : 0;
v.W = (alphaMask > 0) ? HalfHelper.Unpack(HalfHelper.Pack(v.W)) : 0;
return(v);
}
private static void ProcessA16R16G16B16_Float(byte[] src, byte[] dst, int width, int height)
{
// Clipping can, and will occur since values go outside 0..1
for (var i = 0; i < width * height; ++i)
{
var srcOff = i * 4 * 2;
var dstOff = i * 4;
for (var j = 0; j < 4; ++j)
{
dst[dstOff + j] = (byte)(HalfHelper.Unpack(src, srcOff + j * 2) * byte.MaxValue);
}
}
}
static MappyNPC[] mappyDataResult; //= engine.ReadFile(@"H:\xivapi_mappy_2019-11-16-12-53-32.csv");
public override Task <bool> InvokeAsync(string paramList)
{
var recipes = _Realm.GameData.GetSheet <Recipe>();
var craftaction = _Realm.GameData.GetSheet <CraftAction>();
var generalActions = _Realm.GameData.GetSheet <Action>();
var classes = _Realm.GameData.GetSheet <ClassJob>();
var maps1 = _Realm.GameData.GetSheet <TerritoryType>();
//var gather = _Realm.GameData.GetSheet<GatheringPoint>();
mappyDataResult = engine.ReadFile(@"H:\xivapi_mappy_2019-11-16-12-53-32.csv");
var maps = _Realm.GameData.GetSheet2 <MapMarker>().Cast <MapMarker>();
var Gather = _Realm.GameData.GetSheet <GatheringPoint>();
var spot = _Realm.GameData.GetSheet <FishingSpot>()[179];
var map = maps1.Where(i => i.Key == 398).First().Map;
float startWorldX = 504.1477f;
float startWorldY = 34.56757f;
var PlaceX = (float)ToMapCoordinate3d(startWorldX, map.OffsetX, map.SizeFactor);
var PlaceY = (float)ToMapCoordinate3d(startWorldY, map.OffsetY, map.SizeFactor);
OutputInformation($"OffsetX: {map.OffsetX} OffsetY: {map.OffsetY} SizeFactor {map.SizeFactor}");
OutputInformation($"WorldToMap: {map.PlaceName}: ({PlaceX}, {PlaceY})");
OutputInformation($"Backwards: {test(PlaceX,map.OffsetX, map.SizeFactor)} {test(PlaceY, map.OffsetY, map.SizeFactor)}");
OutputInformation($"Map: {spot.PlaceName}: ({spot.MapX}, {spot.MapY}) {spot.Radius}");
float f = HalfHelper.Unpack((ushort)spot.X);
float f1 = HalfHelper.Unpack((ushort)spot.Z);
OutputInformation($"World: {spot.PlaceName}: ({f}, {f1}) {spot.Radius}");
/* foreach (var c in Gather)
* {
* ParseGather(c, maps);
* }
*
* foreach (var item in GatherData)
* {
* //OutputInformation($"{craft.Name} {craft.Key} {craft.ClassJob.Name.ToString()}");
* //var temp = new ClassAction(craft.Key, craft.Name.ToString(), craft.ClassJob.Name.ToString().FirstCharToUpper());
* OutputInformation($"{item.Key} {item.Value.NodeId} {item.Value.Position.Id} {item.Value.Position.ToVec3<Vector3>()}");
* //actionList.Add(temp);
* }*/
return(Task.FromResult(true));
}
static object ReadData(byte[] buffer, VertexDataType type, int offset)
{
switch (type)
{
case VertexDataType.Half2:
return(new Vector2 {
X = HalfHelper.Unpack(buffer, offset + 0x00),
Y = HalfHelper.Unpack(buffer, offset + 0x02)
});
case VertexDataType.Half4:
return(new Vector4 {
X = HalfHelper.Unpack(buffer, offset + 0x00),
Y = HalfHelper.Unpack(buffer, offset + 0x02),
Z = HalfHelper.Unpack(buffer, offset + 0x04),
W = HalfHelper.Unpack(buffer, offset + 0x06)
});
case VertexDataType.UInt:
return(BitConverter.ToUInt32(buffer, offset));
case VertexDataType.ByteFloat4:
return(new Vector4 {
X = buffer[offset + 0] / 255f,
Y = buffer[offset + 1] / 255f,
Z = buffer[offset + 2] / 255f,
W = buffer[offset + 3] / 255f
});
case VertexDataType.Single3:
return(buffer.ToStructure <Vector3>(offset));
case VertexDataType.Single4:
return(buffer.ToStructure <Vector4>(offset));
default:
throw new NotSupportedException();
}
}