internal static W3dVertexMaterial Parse(BinaryReader reader, W3dParseContext context)
{
return(ParseChunk(reader, context, header =>
{
var result = new W3dVertexMaterial();
ParseChunks(reader, context.CurrentEndPosition, chunkType =>
{
switch (chunkType)
{
case W3dChunkType.W3D_CHUNK_VERTEX_MATERIAL_NAME:
result.Name = W3dVertexMaterialName.Parse(reader, context);
break;
case W3dChunkType.W3D_CHUNK_VERTEX_MAPPER_ARGS0:
result.MapperArgs0 = W3dVertexMapperArgs.Parse(reader, context, chunkType);
break;
case W3dChunkType.W3D_CHUNK_VERTEX_MAPPER_ARGS1:
result.MapperArgs1 = W3dVertexMapperArgs.Parse(reader, context, chunkType);
break;
case W3dChunkType.W3D_CHUNK_VERTEX_MATERIAL_INFO:
result.Info = W3dVertexMaterialInfo.Parse(reader, context);
break;
default:
throw CreateUnknownChunkException(chunkType);
}
});
return result;
}));
}
internal static W3dVertexMapperArgs Parse(BinaryReader reader, W3dParseContext context, W3dChunkType chunkType)
{
return(ParseChunk(reader, context, header =>
{
var value = reader.ReadFixedLengthString((int)header.ChunkSize);
var result = new W3dVertexMapperArgs(chunkType)
{
RawValue = value
};
if (string.IsNullOrEmpty(value))
{
return result;
}
var splitMapperArgs0 = value.Split(new[] { "\r\n", "\n" }, System.StringSplitOptions.RemoveEmptyEntries);
foreach (var mapperArg in splitMapperArgs0)
{
var splitByDash = mapperArg.Contains("-"); // EnB asset ("pu09a.w3d") contains erroneous mapping. - is used instead of =.
var splitByEquals = mapperArg.Contains("=");
var splitValue = (splitByEquals) ? '=' : '-';
var splitMapperArg = mapperArg.Split(splitValue);
var mapperArgName = splitMapperArg[0].Trim();
// enb contains assets that use ":" as comments start as well as some that contain no value or comment dilimeter.
if (!mapperArgName.Contains(";") && !mapperArgName.Contains(":") && splitMapperArg.Length == 2)
{
var mapperArgValue = splitMapperArg[1].Trim();
if (mapperArgValue.Contains(";"))
{
// ';' indicates a comment
mapperArgValue = mapperArgValue.Substring(0, mapperArgValue.IndexOf(';')).Trim();
}
mapperArgValue = mapperArgValue.TrimEnd('f').Replace("..", ".");
switch (mapperArgName)
{
case "UPerSec":
ParseUtility.TryParseFloat(mapperArgValue, out result.UPerSec);
break;
case "VPerSec":
ParseUtility.TryParseFloat(mapperArgValue, out result.VPerSec);
break;
case "UScale":
ParseUtility.TryParseFloat(mapperArgValue, out result.UScale);
break;
case "VScale":
ParseUtility.TryParseFloat(mapperArgValue, out result.VScale);
break;
case "FPS":
ParseUtility.TryParseFloat(mapperArgValue, out result.FPS);
break;
case "Log1Width":
result.Log1Width = int.Parse(mapperArgValue);
break;
case "Log2Width":
result.Log2Width = int.Parse(mapperArgValue);
break;
case "Last":
int.TryParse(mapperArgValue, out result.Last);
break;
case "Speed":
ParseUtility.TryParseFloat(mapperArgValue, out result.Speed);
break;
case "UCenter":
ParseUtility.TryParseFloat(mapperArgValue, out result.UCenter);
break;
case "VCenter":
ParseUtility.TryParseFloat(mapperArgValue, out result.VCenter);
break;
case "UAmp":
ParseUtility.TryParseFloat(mapperArgValue, out result.UAmp);
break;
case "UFreq":
ParseUtility.TryParseFloat(mapperArgValue, out result.UFreq);
break;
case "UPhase":
ParseUtility.TryParseFloat(mapperArgValue, out result.UPhase);
break;
case "VAmp":
ParseUtility.TryParseFloat(mapperArgValue, out result.VAmp);
break;
case "VFreq":
ParseUtility.TryParseFloat(mapperArgValue, out result.VFreq);
break;
case "VPhase":
ParseUtility.TryParseFloat(mapperArgValue, out result.VPhase);
break;
case "BumpRotation":
ParseUtility.TryParseFloat(mapperArgValue, out result.BumpRotation);
break;
case "BumpScale":
ParseUtility.TryParseFloat(mapperArgValue, out result.BumpScale);
break;
case "UStep":
ParseUtility.TryParseFloat(mapperArgValue, out result.UStep);
break;
case "VStep":
ParseUtility.TryParseFloat(mapperArgValue, out result.VStep);
break;
case "SPS":
ParseUtility.TryParseFloat(mapperArgValue, out result.StepsPerSecond);
break;
case "Offset":
ParseUtility.TryParseFloat(mapperArgValue, out result.Offset);
break;
case "Axis":
ParseUtility.TryParseFloat(mapperArgValue, out result.Axis);
break;
case "UOffset":
ParseUtility.TryParseFloat(mapperArgValue, out result.UOffset);
break;
case "VOffset":
ParseUtility.TryParseFloat(mapperArgValue, out result.VOffset);
break;
case "ClampFix":
ParseUtility.TryParseFloat(mapperArgValue, out result.ClampFix);
break;
case "UseReflect":
ParseUtility.TryParseFloat(mapperArgValue, out result.UseReflect);
break;
case "VPreSec":
ParseUtility.TryParseFloat(mapperArgValue, out result.VPerSec);
break;
case "Period":
ParseUtility.TryParseFloat(mapperArgValue, out result.Period);
break;
case "UperSec":
ParseUtility.TryParseFloat(mapperArgValue, out result.UPerSec);
break;
case "fps":
ParseUtility.TryParseFloat(mapperArgValue, out result.FPS);
break;
case "VPerScale":
ParseUtility.TryParseFloat(mapperArgValue, out result.VPerScale);
break;
default:
throw new InvalidDataException($"Unknown mapper arg. Name = {mapperArgName}, Value = {splitMapperArg[1]}");
}
}
}
return result;
}));
}