// char[] trimChars = "1234567890+ ABCDEFGHJKLMNOPQRSTUWXYZ".ToCharArray();
void InitializeCompareArray()
{
var path = Params.EditorResourcesPath + "/.ColorGradients.data";
if (gradientDataArray == null)
{
gradientDataArray = new GradiendDataArray()
{
list = new List <GradiendData>()
}
}
;
if (File.Exists(path))
{
using (StreamReader sr = new StreamReader(path))
{
while (!sr.EndOfStream)
{
var data = sr.ReadLine().Split(':');
gradientDataArray.list.Add(new GradiendData()
{
name = data[0],
bright = double.Parse(data[1]),
hue = double.Parse(data[2]),
compareToFirst = double.Parse(data[3]),
});
}
}
}
name_to_index.Clear();
default_gradients.Clear();
hue_gradients.Clear();
bright_gradients.Clear();
compareToFirst_gradients.Clear();
inverse_default_gradients.Clear();
inverse_hue_gradients.Clear();
inverse_bright_gradients.Clear();
inverse_compareToFirst_gradients.Clear();
for (int i = 0; i < gradients.Length; i++)
{
name_to_index.Add(gradients[i].name, i);
// var n = gradients[i].name.TrimEnd( trimChars );
// name_to_filterstring.Add( gradients[i].name, n );
// if (!filtername_to_filterindex.ContainsKey( n )) filtername_to_filterindex.Add( n, (filtername_to_filterindex.Count + 1) / 4 );
default_gradients.Add(new GradiendData()
{
name = gradients[i].name, gradientTexture = gradients[i]
});
}
//read data for unplussed textures
for (int i = 0; i < gradientDataArray.list.Count; i++)
{
var data = gradientDataArray.list[i];
if (!name_to_index.ContainsKey(data.name))
{
continue;
}
data.gradientTexture = gradients[name_to_index[data.name]];
hue_gradients.Add(data);
bright_gradients.Add(data);
compareToFirst_gradients.Add(data);
}
//sort unplussed textures
hue_gradients.Sort((a, b) => Sign(b.hue, a.hue));
bright_gradients.Sort((a, b) => Sign(b.bright, a.bright));
compareToFirst_gradients.Sort((a, b) => Sign(b.compareToFirst, a.compareToFirst));
inverse_default_gradients = default_gradients.Reverse <GradiendData>().ToList();
inverse_hue_gradients = hue_gradients.Reverse <GradiendData>().ToList();
inverse_bright_gradients = bright_gradients.Reverse <GradiendData>().ToList();
inverse_compareToFirst_gradients = compareToFirst_gradients.Reverse <GradiendData>().ToList();
//add plussed textures to sorted unplussed
/*AddPlusesTextures( ref hue_gradients );
* AddPlusesTextures( ref bright_gradients );
* AddPlusesTextures( ref compareToFirst_gradients );*/
}
/*void AddPlusesTextures(ref List<GradiendData> array)
* {
* for (int i = 0 ; i < array.Count ; i++)
* {
* var target = array[i].name + " +";
* while (name_to_index.ContainsKey( target ))
* {
* var t = gradients[name_to_index[target]];
* array.Insert( i, array[i] );
* i++;
* var data = array[i];
* data.gradientTexture = t;
* array[i] = data;
* target += '+';
* }
* }
* }*/
int Sign(double a, double b)
{
if (a > b)
{
return(1);
}
if (a < b)
{
return(-1);
}
return(0);
}
// Dictionary<string,int> filtername_to_filterindex = new Dictionary<string, int>();
// Dictionary<string,string> name_to_filterstring = new Dictionary<string, string>();
Dictionary <string, int> name_to_index = new Dictionary <string, int>();
List <GradiendData> default_gradients = new List <GradiendData>();
List <GradiendData> hue_gradients = new List <GradiendData>();
List <GradiendData> bright_gradients = new List <GradiendData>();
List <GradiendData> compareToFirst_gradients = new List <GradiendData>();
List <GradiendData> inverse_default_gradients = new List <GradiendData>();
List <GradiendData> inverse_hue_gradients = new List <GradiendData>();
List <GradiendData> inverse_bright_gradients = new List <GradiendData>();
List <GradiendData> inverse_compareToFirst_gradients = new List <GradiendData>();
string[] sotrNames = new string[] { "Name", "Saturate", "Warming", "Content" };
// char[] trimChars = "1234567890+ ABCDEFGHJKLMNOPQRSTUWXYZ".ToCharArray();
void InitializeCompareArray()
{
var path = Params.EditorResourcesPath + "/.ColorGradients.data";
if (gradientDataArray == null) gradientDataArray = new GradiendDataArray() { list = new List<GradiendData>() };
if (File.Exists( path ))
{
using (StreamReader sr = new StreamReader( path ))
{
while (!sr.EndOfStream)
{
var data = sr.ReadLine().Split(':');
gradientDataArray.list.Add( new GradiendData()
{
name = data[0],
bright = double.Parse( data[1] ),
hue = double.Parse( data[2] ),
compareToFirst = double.Parse( data[3] ),
} );
}
}
}
name_to_index.Clear();
default_gradients.Clear();
hue_gradients.Clear();
bright_gradients.Clear();
compareToFirst_gradients.Clear();
inverse_default_gradients.Clear();
inverse_hue_gradients.Clear();
inverse_bright_gradients.Clear();
inverse_compareToFirst_gradients.Clear();
for (int i = 0 ; i < gradients.Length ; i++)
{
name_to_index.Add( gradients[i].name, i );
// var n = gradients[i].name.TrimEnd( trimChars );
// name_to_filterstring.Add( gradients[i].name, n );
// if (!filtername_to_filterindex.ContainsKey( n )) filtername_to_filterindex.Add( n, (filtername_to_filterindex.Count + 1) / 4 );
default_gradients.Add( new GradiendData() { name = gradients[i].name, gradientTexture = gradients[i] } );
}
//read data for unplussed textures
for (int i = 0 ; i < gradientDataArray.list.Count ; i++)
{
var data = gradientDataArray.list[i];
if (!name_to_index.ContainsKey( data.name )) continue;
data.gradientTexture = gradients[name_to_index[data.name]];
hue_gradients.Add( data );
bright_gradients.Add( data );
compareToFirst_gradients.Add( data );
}
//sort unplussed textures
hue_gradients.Sort( (a, b) => Sign( b.hue, a.hue ) );
bright_gradients.Sort( (a, b) => Sign( b.bright, a.bright ) );
compareToFirst_gradients.Sort( (a, b) => Sign( b.compareToFirst, a.compareToFirst ) );
inverse_default_gradients = default_gradients.Reverse<GradiendData>().ToList();
inverse_hue_gradients = hue_gradients.Reverse<GradiendData>().ToList();
inverse_bright_gradients = bright_gradients.Reverse<GradiendData>().ToList();
inverse_compareToFirst_gradients = compareToFirst_gradients.Reverse<GradiendData>().ToList();
//add plussed textures to sorted unplussed
/*AddPlusesTextures( ref hue_gradients );
AddPlusesTextures( ref bright_gradients );
AddPlusesTextures( ref compareToFirst_gradients );*/
}
