public void Edit()
{
RawTexture2D rawTexture = new RawTexture2D (image);
rawTexture.Grayscale ();
//rawTexture.OtsuThreshold ();
float[,] matrix = new float[3, 3] {
{-1f,0f,1f},
{-1f,0f,1f},
{-1f,0f,1f}
};
float[,] gaussMatrix = new float[5, 5]{
{0.003765f, 0.015019f, 0.023792f, 0.015019f, 0.003765f},
{0.015019f, 0.059912f, 0.094907f, 0.059912f, 0.015019f},
{0.023792f, 0.094907f, 0.150342f, 0.094907f, 0.023792f},
{0.015019f, 0.059912f, 0.094907f, 0.059912f, 0.015019f},
{0.003765f, 0.015019f, 0.023792f, 0.015019f, 0.003765f}
};
rawTexture.Convolve (matrix);
RawTexture2D originRawTexture = new RawTexture2D (image);
originRawTexture.Grayscale ();
Tuple<int,int>[] bands = rawTexture.BandDetection();
Tuple<int,int>[] plates = new Tuple<int, int>[bands.Length];
RawTexture2D[] bandTextures = new RawTexture2D[bands.Length];
RawTexture2D[] plateTextures = new RawTexture2D[bands.Length];
for(int i = 0; i < bands.Length; i++) {
bandTextures[i] = rawTexture.BandClipping (bands[i]);
plates[i] = bandTextures[i].PlateDetection();
bandTextures[i] = originRawTexture.BandClipping(bands[i]);
plateTextures[i] = bandTextures[i].PlateClipping(plates[i]);
}
RawTexture2D plate = plateTextures [0].PlateClipping2nd ();
plate.Convolve (gaussMatrix);
plate.Inverse ();
plate.OtsuThreshold ();
this.GetComponent<RawImage> ().texture = plate.ToTexture2D ();
//plate.ZhangSuenThinning ();
//Debug.Log (rawTexture.ColorCount ());
List<string> results = new List<string> ();
List<RawTexture2D> blobs = plate.BlobDetection ();
Debug.Log ("blob" + blobs.Count);
foreach (RawTexture2D blob in blobs) {
//blob.GetChainCode();
results.Add(this.GetComponent<Classifier>().ClassifyChainCode(blob));
}
string resultString = "Angka :";
foreach (string result in results) {
resultString += (" "+result);
}
text.GetComponent<Text> ().text = resultString;
//this.GetComponent<RawImage> ().texture = blobs[0].ToTexture2D();
}
