internal TransitionMatrices(StatesValues statesValues)
{
_statesValues = statesValues;
_statesCount = statesValues.StateCount;
InitializeInitialMatrix();
InitializeTransitionMatrices();
}
internal IamgeRMP(StatesValues statesValues, Bitmap bitmap)
{
Initialize();
_statesValues = statesValues;
_bmpOriginal = bitmap;
TransitionMatrices = new TransitionMatrices(statesValues);
ProceedReal();
}
internal IamgeRMP(StatesValues statesValues, TransitionMatrices transitionMatrices)
{
Initialize();
_statesValues = statesValues;
_transitionMatrices = transitionMatrices;
Image = new Bitmap(_transitionMatrices.Width, _transitionMatrices.Height);
TransitionMatrices = new TransitionMatrices(statesValues);
ProceedArtificial();
}
public int GetMaxStateCount(string path)
{
SetStatus?.Invoke("Расчёт макимального количества состояний...");
var bmp = new Bitmap(path);
var stateValues = new List <StateValue>();
int index = 0, maxStates = 20000;
var total = bmp.Width * bmp.Height;
var mid = total / 2;
var end = total + mid;
var values = new int[maxStates];
for (int xy = mid; xy < end; xy++)
{
var y = xy / bmp.Height % bmp.Height;
var x = (xy - y * bmp.Width) % bmp.Width;
var pixel = bmp.GetPixel(x, y);
var val = StatesValues.GetColorValue(pixel);
if (!values.Contains(val))
{
values[index] = val;
stateValues.Add(new StateValue(index++, val, pixel));
}
if (maxStates == index)
{
break;
}
}
_statesValues = new StatesValues(stateValues);
SetStatus?.Invoke("Максимальное количество состояний: " + stateValues.Count.ToString());
return(stateValues.Count);
}
