void OnSetColor(object[] tempStorage)
{
//slider.SetActive (false);
//slider.GetComponent<Slider> ().enabled = false;
//slider.GetComponent<Slider> ().value = 0.0f;
//slider.GetComponent<Slider> ().enabled = true;
slider.SetActive(true);
var a = 0;
new_texture = tempStorage [1].ToString();
Color color = (Color)tempStorage[0];
for (var i = 0; i < wrappers.Count; i++)
{
if (wrappers[i].texture.name == tempStorage [1].ToString())
{
a = i;
}
}
curr_texture = wrappers [a];
gui_image.SetActive(true);
gui_image.GetComponent <Image> ().overrideSprite = wrappers [a].sprite;
gui_image.GetComponent <Image> ().color = Color.white;
rend.material.mainTexture = UpdateBlend(color, curr_texture);
}
List <Wrapper_Item_Full_Float> init_textures()
{
List <Wrapper_Item_Full_Float> Image_Wrappers = new List <Wrapper_Item_Full_Float>();
var textures = Resources.LoadAll("surface_textures");
for (var i = 0; i < textures.Length; i++)
{
Texture2D texture = textures[i] as Texture2D;
Wrapper_Item_Full_Float item = new Wrapper_Item_Full_Float(texture, primary: true);
Image_Wrappers.Add(item);
}
return(Image_Wrappers);
}
/*
* private void SetTextureImporterFormat( Texture2D texture, bool isReadable)
* {
* if ( null == texture ) return;
* string assetPath = AssetDatabase.GetAssetPath( texture );
* var tImporter = AssetImporter.GetAtPath( assetPath ) as TextureImporter;
* if ( tImporter != null )
* {
* tImporter.textureType = TextureImporterType.Advanced;
* tImporter.isReadable = isReadable;
*
* tImporter.maxTextureSize = 800;
* tImporter.wrapMode = TextureWrapMode.Clamp;
* tImporter.textureFormat = TextureImporterFormat.ARGB32;
*
* AssetDatabase.ImportAsset( assetPath );
* AssetDatabase.Refresh();
* }
* }
*/
public Wrapper_Item_Full_Float DeepCopy()
{
Wrapper_Item_Full_Float other = (Wrapper_Item_Full_Float)this.MemberwiseClone();
Color[] pixel_array = other.texture.GetPixels();
other.int_channel = new float[pixel_array.Length];
for (var n = 0; n < pixel_array.Length; n++)
{
//int[] array1 = { pixel_array [n].r, pixel_array [n].g, pixel_array [n].b };
//other.int_channel [n] = (int)array1.Average();
other.int_channel [n] = pixel_array [n].r;
}
return(other);
}
Texture2D UpdateBlend(Color col, Wrapper_Item_Full_Float set)
{
var pixel_array = mat_texture.GetPixels();
if (previous_texture == new_texture)
{
if (first)
{
for (var n = 0; n < pixel_count; n++)
{
temp_buffer_1 [0] [n] = temp_buffer_2 [0] [n] - set.intensity [n] * last_color.r * last_color.a + set.intensity [n] * col.r * col.a;
temp_buffer_1 [1] [n] = temp_buffer_2 [1] [n] - set.intensity [n] * last_color.g * last_color.a + set.intensity [n] * col.g * col.a;
temp_buffer_1 [2] [n] = temp_buffer_2 [2] [n] - set.intensity [n] * last_color.b * last_color.a + set.intensity [n] * col.b * col.a;
pixel_array [n].r = temp_buffer_1 [0] [n];
pixel_array [n].g = temp_buffer_1 [1] [n];
pixel_array [n].b = temp_buffer_1 [2] [n];
temp_buffer_2 [0] [n] = temp_buffer_1 [0] [n];
temp_buffer_2 [1] [n] = temp_buffer_1 [1] [n];
temp_buffer_2 [2] [n] = temp_buffer_1 [2] [n];
}
}
else
{
for (var n = 0; n < pixel_count; n++)
{
temp_buffer_1 [0] [n] = temp_buffer_2 [0] [n] - set.intensity [n] * last_color.r * last_color.a + set.intensity [n] * col.r * col.a;
temp_buffer_1 [1] [n] = temp_buffer_2 [1] [n] - set.intensity [n] * last_color.g * last_color.a + set.intensity [n] * col.g * col.a;
temp_buffer_1 [2] [n] = temp_buffer_2 [2] [n] - set.intensity [n] * last_color.b * last_color.a + set.intensity [n] * col.b * col.a;
pixel_array [n].r = temp_buffer_1 [0] [n];
pixel_array [n].g = temp_buffer_1 [1] [n];
pixel_array [n].b = temp_buffer_1 [2] [n];
temp_buffer_2 [0] [n] = temp_buffer_1 [0] [n];
temp_buffer_2 [1] [n] = temp_buffer_1 [1] [n];
temp_buffer_2 [2] [n] = temp_buffer_1 [2] [n];
}
}
first = false;
last_color = col;
}
else
{
for (var n = 0; n < pixel_count; n++)
{
temp_buffer_1 [0] [n] = (temp_buffer_1 [0] [n] + set.intensity [n] * col.r * col.a);
temp_buffer_1 [1] [n] = (temp_buffer_1 [1] [n] + set.intensity [n] * col.g * col.a);
temp_buffer_1 [2] [n] = (temp_buffer_1 [2] [n] + set.intensity [n] * col.b * col.a);
pixel_array [n].r = temp_buffer_1 [0] [n];
pixel_array [n].g = temp_buffer_1 [1] [n];
pixel_array [n].b = temp_buffer_1 [2] [n];
temp_buffer_2 [0][n] = temp_buffer_1 [0] [n];
temp_buffer_2 [1][n] = temp_buffer_1 [1] [n];
temp_buffer_2 [2][n] = temp_buffer_1 [2] [n];
}
first = true;
last_color = Color.black;
}
previous_texture = new_texture;
mat_texture.SetPixels(pixel_array);
mat_texture.Apply(true);
return(mat_texture);
}
