private void CreateInspectorForRow(InspectorTypes type, VarRef var, int row)
{
UserControl control = Inspectors.CreateInspector(type, var);
switch (type)
{
case InspectorTypes.kMatrix4x4:
Grid.SetRowSpan(control, 4);
break;
case InspectorTypes.kMatrix3x3:
Grid.SetRowSpan(control, 3);
break;
}
Grid.SetRow(control, row);
Grid.SetColumn(control, 1);
grid1.Children.Add(control);
}
/**
*@class sulphur.controls.inspector.Inspectors
*@brief Creates an inspector user control based on an InspectorTypes type
*@param[in] type (InspectorTypes) The type of inspector to create
*@author Jelle de Haan
*/
public static UserControl CreateInspector(InspectorTypes type, VarRef var)
{
switch (type)
{
case InspectorTypes.kCheckbox:
return(new CheckBoxInspector(var));
case InspectorTypes.kColor:
return(new ColorInspector(var));
case InspectorTypes.kCombobox:
return(new ComboBoxInspector(var));
case InspectorTypes.kImage:
return(new ImageInspector(var));
case InspectorTypes.kNumber:
return(new NumberInspector(var));
case InspectorTypes.kSlider:
return(new SliderInspector(var));
case InspectorTypes.kVector2:
return(new Vector2Inspector(var));
case InspectorTypes.kVector3:
return(new Vector3Inspector(var));
case InspectorTypes.kVector4:
return(new Vector4Inspector(var));
case InspectorTypes.kMatrix3x3:
return(new Matrix3x3Inspector(var));
case InspectorTypes.kMatrix4x4:
return(new Matrix4x4Inspector(var));
default:
return(new NumberInspector(var));
}
}
public void AddInspector(string label, InspectorTypes type, VarRef var)
{
int row = grid1.RowDefinitions.Count - 1; // There is always one row in the designer to fill the item with
switch (type)
{
case InspectorTypes.kMatrix3x3:
DefineRows(3);
break;
case InspectorTypes.kMatrix4x4:
DefineRows(4);
break;
default:
DefineRows(1);
break;
}
CreateLabelForRow(label, row);
CreateInspectorForRow(type, var, row);
}
private void ReadMaterialData(string relative_path)
{
BinaryReader reader = new BinaryReader(Project.directory_path + "\\" + relative_path);
if (!reader.is_ok)
{
return;
}
MaterialData material_data = new MaterialData();
material_data.Read(reader);
AssetDatabase asset_database = (AssetDatabase)App.Current.Resources["asset_database"];
AssetCacheData pixel_shader_cache = asset_database.Find(material_data.pixel_shader_id, AssetType.kShader);
ShaderData pixelShader = ReadShaderData(pixel_shader_cache.path);
ub = new UniformBuffer(pixelShader, material_data.uniform_buffers[0].data);
inspector_.ClearInspectors();
foreach (var pair in ub.name_map_)
{
ShaderVariable var = ub.data_map_[pair.Value];
InspectorTypes type = InspectorTypes.kNumber;
switch (var.type_)
{
case ShaderVarType.kBool:
type = InspectorTypes.kCheckbox;
break;
case ShaderVarType.kFloat:
case ShaderVarType.kDouble:
type = InspectorTypes.kSlider;
break;
case ShaderVarType.kUint:
case ShaderVarType.kUint8:
case ShaderVarType.kInt:
type = InspectorTypes.kNumber;
break;
case ShaderVarType.kMat3:
type = InspectorTypes.kMatrix3x3;
break;
case ShaderVarType.kMat4:
type = InspectorTypes.kMatrix4x4;
break;
case ShaderVarType.kVec2:
type = InspectorTypes.kVector2;
break;
case ShaderVarType.kVec3:
type = InspectorTypes.kVector3;
break;
case ShaderVarType.kVec4:
type = InspectorTypes.kVector4;
break;
}
inspector_.AddInspector(pair.Key, type,
new VarRef(() => ub.data_map_[pair.Value].data_,
val => {
ub.data_map_[pair.Value].Set(val);
material_data.uniform_buffers[0].data = ub.ConstructDataBuffer();
StoreMaterialData(relative_path, material_data);
}));
}
}