private bool ContainsObsoleteCloudLayerComponents()
{
MonoBehaviour targetScript = target as MonoBehaviour;
CloudLayer cloudLayerScript = targetScript.GetComponent <CloudLayer>();
bool containsObsoleteComponents = cloudLayerScript != null;
return(containsObsoleteComponents);
}
private static void ConvertCloudLayerToCloudLayerData(CloudLayer cloudLayer, SerializedProperty element, int index)
{
element.isExpanded = true;
element.FindPropertyRelative(CloudLayerData.PATH_IS_VISIBLE).boolValue = cloudLayer.enabled;
element.FindPropertyRelative(CloudLayerData.PATH_LAYER_NAME).stringValue = "Cloud Layer " + (index + 1);
element.FindPropertyRelative(CloudLayerData.PATH_BLEND_MODE).enumValueIndex = (int)cloudLayer.TextureBlendMode;
element.FindPropertyRelative(CloudLayerData.PATH_OPACITY).floatValue = cloudLayer.Opacity;
element.FindPropertyRelative(CloudLayerData.PATH_COVERAGE).floatValue = cloudLayer.Coverage;
element.FindPropertyRelative(CloudLayerData.PATH_SOFTNESS).floatValue = cloudLayer.Softness;
element.FindPropertyRelative(CloudLayerData.PATH_SPEED).floatValue = cloudLayer.Velocity.magnitude;
element.FindPropertyRelative(CloudLayerData.PATH_DIRECTION).floatValue = ConvertVelocityToDirectionAngle(cloudLayer.Velocity);
element.FindPropertyRelative(CloudLayerData.PATH_TEXTURE).objectReferenceValue = cloudLayer.Texture;
element.FindPropertyRelative(CloudLayerData.PATH_TEXTURE_TILING).vector2Value = cloudLayer.TextureTiling;
element.FindPropertyRelative(CloudLayerData.PATH_TEXTURE_OFFSET).vector2Value = cloudLayer.TextureOffset;
}
