public void Add(CustomShaderMeta meta)
{
if (m_dataTable.ContainsThisShader(meta.shaderType, meta.name))
{
// TODO: Support Update
Debug.LogWarning("TODO: Support shader update");
}
else
{
switch (meta.shaderType)
{
case OpenRT.EShaderType.CloestHit:
m_dataTable.AddClosetHitShader(meta);
break;
case OpenRT.EShaderType.Intersect:
m_dataTable.AddIntersectShader(meta);
break;
default:
// TODO: Support adding shaders of type {meta.shaderType}
Debug.LogWarning($"TODO: Support adding shaders of type {meta.shaderType}");
break;
}
}
}
public override GUID AddShader(CustomShaderMeta shaderMeta,
CustomShaderDatabaseFile database,
IShaderDatabaseFileIO fileIOHandler)
{
string guid = base.AddShader(shaderMeta, database, fileIOHandler);
database.lights.Add(guid, shaderMeta);
fileIOHandler.WriteDatabaseToFile(database);
return(guid);
}
public override GUID RemoveShader(CustomShaderMeta shaderMeta,
CustomShaderDatabaseFile database,
IShaderDatabaseFileIO fileIOHandler)
{
string guid = base.RemoveShader(shaderMeta, database, fileIOHandler);
database.intersect.Remove(guid);
fileIOHandler.WriteDatabaseToFile(database);
return(guid);
}
private void _Add(CustomShaderMeta meta, ICustomShaderDatabaseDataTable datatable)
{
if (datatable.Contains(meta.name))
{
datatable.MoveShader(meta, meta, databaseFile, fileIO);
}
else
{
datatable.AddShader(meta, databaseFile, fileIO);
}
}
public virtual GUID RemoveShader(CustomShaderMeta shaderMeta, CustomShaderDatabaseFile database, IShaderDatabaseFileIO fileIOHandler)
{
isDirty = true;
var guid = shaderList[shaderMeta.name];
shaderList.Remove(shaderMeta.name);
shaderMetaList.Remove(shaderMeta.name);
return(guid);
}
public virtual GUID MoveShader(CustomShaderMeta shaderMeta, CustomShaderMeta previousShaderMeta, CustomShaderDatabaseFile database, IShaderDatabaseFileIO fileIOHandler)
{
isDirty = true;
var guid = shaderList[previousShaderMeta.name];
shaderList.Remove(previousShaderMeta.name);
shaderMetaList.Remove(previousShaderMeta.name);
shaderList.Add(shaderMeta.name, guid);
shaderMetaList.Add(shaderMeta.name, shaderMeta);
return(guid);
}
protected GUID AddShaderHelper(CustomShaderMeta shaderMeta)
{
string guid;
do
{
guid = Guid.NewGuid().ToString();
} while (shaderMetaList.ContainsKey(guid));
shaderList.Add(shaderMeta.name, guid);
shaderMetaList.Add(guid, shaderMeta);
return(guid);
}
public override GUID MoveShader(CustomShaderMeta shaderMeta,
CustomShaderMeta previousShaderMeta,
CustomShaderDatabaseFile database,
IShaderDatabaseFileIO fileIOHandler)
{
string guid = base.MoveShader(shaderMeta, previousShaderMeta, database, fileIOHandler);
database.closetHit.Remove(guid);
database.closetHit.Add(guid, shaderMeta);
fileIOHandler.WriteDatabaseToFile(database);
return(guid);
}
public void Remove(CustomShaderMeta meta)
{
switch (meta.shaderType)
{
case OpenRT.EShaderType.ClosestHit:
_Remove(meta, closestHitDataTable);
break;
case OpenRT.EShaderType.Intersect:
_Remove(meta, intersectDataTable);
break;
default:
// TODO: Support adding shaders of type {meta.shaderType}
Debug.LogWarning($"TODO: Support adding shaders of type {meta.shaderType}");
break;
}
}
public virtual GUID AddShader(CustomShaderMeta shaderMeta, CustomShaderDatabaseFile database, IShaderDatabaseFileIO fileIOHandler)
{
isDirty = true;
return(AddShaderHelper(shaderMeta));
}
private void _Remove(CustomShaderMeta meta, ICustomShaderDatabaseDataTable table)
{
table.RemoveShader(meta, databaseFile, fileIO);
}
private void _Move(CustomShaderMeta meta, CustomShaderMeta previous, ICustomShaderDatabaseDataTable table)
{
table.MoveShader(meta, previous, databaseFile, fileIO);
}
