private void OnGUI()
{
if (m_window == null)
{
m_window = GetWindow();
return;
}
else
{
m_winWidth = m_window.position.width;
m_winHeight = m_window.position.height;
RenderOptions();
}
if (!EditorFileManager.DataFileExist(m_colorSchemeFileName))
{
LoadDefaultColorSchemes();
SaveColorSchemes();
}
else if (EditorFileManager.DataFileExist(m_colorSchemeFileName) && !m_colorSchemesLoaded)
{
LoadColorSchemes();
}
if (!EditorFileManager.DataFileExist(m_activeColorSchemeFileName))
{
m_selectedColorSchemeType = m_defaultColorSchemeType;
SaveActiveColorScheme();
}
else if (EditorFileManager.DataFileExist(m_activeColorSchemeFileName) && !m_colorSchemeConfigurationLoaded)
{
LoadActiveColorScheme();
}
}
private void LoadColorSchemes()
{
if (!EditorFileManager.DataFileExist(m_colorSchemeFileName))
{
return;
}
string data = EditorFileManager.ReadDataFile(m_colorSchemeFileName);
Dictionary <string, object> deserializedData = MiniJSON.Json.Deserialize(data) as Dictionary <string, object>;
foreach (EEditorColorSchemes colorSchemeType in Enum.GetValues(typeof(EEditorColorSchemes)))
{
Dictionary <string, object> colorSchemeData = deserializedData["ColorScheme-" + colorSchemeType.ToString()] as Dictionary <string, object>;
if (colorSchemeType == EEditorColorSchemes.Ocean)
{
m_colorSchemeOcean = new EditorColorScheme(colorSchemeData);
}
else if (colorSchemeType == EEditorColorSchemes.Dark)
{
m_colorSchemeDark = new EditorColorScheme(colorSchemeData);
}
else if (colorSchemeType == EEditorColorSchemes.Light)
{
m_colorSchemeLight = new EditorColorScheme(colorSchemeData);
}
}
m_colorSchemesLoaded = true;
Debug.Log("Color Schemes Loaded - Ocean: " + m_colorSchemeOcean + " \n\nDark: " + m_colorSchemeDark + " \n\nLight " + m_colorSchemeLight);
}
private static void SaveActiveColorScheme()
{
Dictionary <string, object> activeColorScheme = new Dictionary <string, object>();
EditorColorScheme colorScheme = GetColorScheme(m_selectedColorSchemeType);
activeColorScheme.Add("ActiveColorScheme", colorScheme.Serialize());
string serializedData = MiniJSON.Json.Serialize(activeColorScheme);
EditorFileManager.RemoveDataFile(m_activeColorSchemeFileName);
EditorFileManager.WriteJSONDataFile(serializedData, m_activeColorSchemeFileName);
Debug.Log("Active Color Scheme Configuration " + m_selectedColorSchemeType + " saved!");
}
public static void MapTexturesToMaterials()
{
// TODO: enable searching all materials and textures in the project
var materials = EditorFileManager.LoadAssetsAtPath <Material>(materialsPath);
var textures = EditorFileManager.LoadAssetsAtPath <Texture>(texturesPath);
foreach (var material in materials)
{
links.ForEach(link => TryMapTexture(material, textures, link.textureKeyword, link.texturePropertyName));
// TODO: if cannot find a normal map with string matching, compare the type?
}
}
private static void SaveColorSchemes()
{
Dictionary <string, object> colorSchemes = new Dictionary <string, object>();
foreach (EEditorColorSchemes colorSchemeType in Enum.GetValues(typeof(EEditorColorSchemes)))
{
EditorColorScheme colorScheme = GetColorScheme(colorSchemeType);
colorSchemes.Add("ColorScheme-" + colorSchemeType.ToString(), colorScheme.Serialize());
}
string serializedData = MiniJSON.Json.Serialize(colorSchemes);
EditorFileManager.RemoveDataFile(m_colorSchemeFileName);
EditorFileManager.WriteJSONDataFile(serializedData, m_colorSchemeFileName);
}
private static void LoadActiveColorScheme()
{
if (!EditorFileManager.DataFileExist(m_activeColorSchemeFileName))
{
return;
}
string data = EditorFileManager.ReadDataFile(m_activeColorSchemeFileName);
Dictionary <string, object> deserializedData = MiniJSON.Json.Deserialize(data) as Dictionary <string, object>;
Dictionary <string, object> colorSchemeData = deserializedData["ActiveColorScheme"] as Dictionary <string, object>;
m_activeColorScheme = new EditorColorScheme(colorSchemeData);
m_selectedColorSchemeType = m_activeColorScheme.Type;
Debug.Log("Loaded Color Scheme Configuration: " + m_activeColorScheme);
m_colorSchemeConfigurationLoaded = true;
}
