//Adjust black bars to horizontal bottom
static unsafe void AdjustBlackbarBottom(byte *bitmapData, ref int targetMargin)
{
try
{
for (int captureStep = vMarginMinimumOffset; captureStep < vBlackBarStepVertical; captureStep += vMarginBlackAccuracy)
{
int CaptureZoneVer = captureStep;
for (int captureRange = vMarginMinimumOffset; captureRange < vBlackBarRangeVertical; captureRange += vMarginBlackAccuracy)
{
int CaptureZoneHor = captureRange;
ColorRGBA ColorPixel = ColorProcessing.GetPixelColor(bitmapData, vScreenOutputWidth, vScreenOutputHeight, CaptureZoneHor, CaptureZoneVer);
if (ColorPixel != null)
{
if (setDebugMode && setDebugBlackBar)
{
ColorProcessing.SetPixelColor(bitmapData, vScreenOutputWidth, vScreenOutputHeight, CaptureZoneHor, CaptureZoneVer, ColorRGBA.Orange);
}
if (ColorPixel.R > setAdjustBlackBarBrightness || ColorPixel.G > setAdjustBlackBarBrightness || ColorPixel.B > setAdjustBlackBarBrightness)
{
targetMargin = captureStep;
//Debug.WriteLine("Adjusting black bar margin to: " + captureStep);
return;
}
}
}
}
targetMargin = vBlackBarStepVertical;
}
catch { }
}
public ColorForm(Form1 form1)
{
this.parent = form1;
InitializeComponent();
this.pictureBox1.Image = ColorProcessing.GetPreviev(parent.Pic, this.pictureBox1.Width,
this.pictureBox1.Height, 1.0f, 1.0f, 1.0f, 1.0f, 1.0f, 1.0f);
}
/// <summary>
/// Call this method to refresh the color properties
/// </summary>
/// <param name="player">player instance</param>
/// <param name="density">density for adaptive color</param>
public void LoadColor(Color primaryColor, Color secondaryColor)
{
this._primaryColor = primaryColor.ToChromaColor();
this._secondaryColor = secondaryColor.ToChromaColor();
var gradients = ColorProcessing.GenerateGradients(new[] { primaryColor, secondaryColor }, true);
this._albumColors?.Dispose();
this._albumColors = new AutoshiftCirculaQueue <ChromaColor>(gradients.Select(ColorExtensions.ToChromaColor), 500);
}
public void StartProcessColorEdit(float brightness, float gamma, float red, float green, float blue, float alpha)
{
DateTime start = DateTime.Now;
Pic = ColorProcessing.AdjustImage(
Pic, brightness, gamma, red, green, blue, alpha);
this.pictureBox1.Image = Pic;
MessageBox.Show(string.Format("Время обработки: {0}", (DateTime.Now - start)),
"Уведомление", MessageBoxButtons.OK, MessageBoxIcon.Information, MessageBoxDefaultButton.Button1);
}
private void trackBar_Scroll(object sender, EventArgs e)
{
this.pictureBox1.Image = ColorProcessing.GetPreviev(
parent.Pic,
this.pictureBox1.Width,
this.pictureBox1.Height,
this.brightnessTrackBar.Value * 0.1f,
this.gammaTrackBar.Value * 0.1f,
this.redTrackBar.Value * 0.1f,
this.greenTrackBar.Value * 0.1f,
this.blueTrackBar.Value * 0.1f,
this.alphaTrackBar.Value * 0.1f);
}
private ColorProcessing getColorProcessing()
{
ColorProcessing colorProcessing = ColorProcessing.COLOR_KEEP;
if (radioButtonColorConvert.Checked)
{
colorProcessing = ColorProcessing.COLOR_CONVERT;
}
else if (radioButtonColorRemove.Checked)
{
colorProcessing = ColorProcessing.COLOR_REMOVE;
}
return(colorProcessing);
}
public override string Convert(string inputString, ColorProcessing colorProcessing)
{
string outputString;
switch (colorProcessing)
{
case ColorProcessing.COLOR_REMOVE:
case ColorProcessing.COLOR_CONVERT:
outputString = colorCodeRegex.Replace(inputString, "");
break;
case ColorProcessing.COLOR_KEEP:
default:
outputString = inputString;
break;
}
return(outputString);
}
public override string Convert(string inputString, ColorProcessing colorProcessing)
{
inputString = inputString.Replace("&", "&").Replace(">", ">").Replace(">", "<");
string outputString;
switch (colorProcessing)
{
case ColorProcessing.COLOR_REMOVE:
outputString = colorCodeRegex.Replace(inputString, "");
break;
case ColorProcessing.COLOR_CONVERT:
outputString = colorCodeAndTextRegex.Replace(inputString, new MatchEvaluator(HtmlColorCodesMatchEvaluator));
break;
case ColorProcessing.COLOR_KEEP:
default:
outputString = inputString;
break;
}
return(outputString + "<br />");
}
private void buttonConvert_Click(object sender, EventArgs e)
{
if (conversionBackgroundWorker.IsBusy)
{ // Cancel conversion
conversionBackgroundWorker.CancelAsync();
}
else
{ // Check input and begin converting
if (textBoxInputFile.Text.Trim().Length == 0)
{
MessageBox.Show(this, "You must specify an input file to convert.", "Invalid input file", MessageBoxButtons.OK, MessageBoxIcon.Exclamation);
}
else if (!File.Exists(textBoxInputFile.Text))
{
MessageBox.Show(this, "The input file does not exist.", "Invalid input file", MessageBoxButtons.OK, MessageBoxIcon.Exclamation);
}
else if (textBoxOutputFile.Text.Trim().Length == 0)
{
MessageBox.Show(this, "You must specify an output file.", "Invalid output file", MessageBoxButtons.OK, MessageBoxIcon.Exclamation);
}
else
{
LogConverter converter = LogConverterFactory.create(getConverterType());
ColorProcessing colorProcessing = getColorProcessing();
object[] args = new object[4];
args[0] = converter;
args[1] = textBoxInputFile.Text;
args[2] = textBoxOutputFile.Text;
args[3] = colorProcessing;
progressBarConvert.Value = 0;
conversionBackgroundWorker.RunWorkerAsync(args);
}
}
}
public abstract string Convert(string inputString, ColorProcessing colorProcessing);
private void conversionBackgroundWorker_DoWork(object sender, DoWorkEventArgs e)
{
SetBusyState(true);
BackgroundWorker worker = (BackgroundWorker)sender;
object[] args = (object[])e.Argument;
LogConverter converter = (LogConverter)args[0];
string inputFileName = (string)args[1];
string outputFileName = (string)args[2];
ColorProcessing colorProcessing = (ColorProcessing)args[3];
FileStream inputFileStream = null;
FileStream outputFileStream = null;
StreamReader inputFileReader = null;
StreamWriter outputFileWriter = null;
try
{
inputFileStream = File.OpenRead(inputFileName);
outputFileStream = File.OpenWrite(outputFileName);
inputFileReader = new StreamReader(inputFileStream);
outputFileWriter = new StreamWriter(outputFileStream);
// Count the number of lines in input
int totalLines = 0;
while (inputFileReader.ReadLine() != null)
{
++totalLines;
}
// Rewind to the beginning of the input file
inputFileStream.Seek(0, SeekOrigin.Begin);
// Write header
outputFileWriter.WriteLine(converter.Header);
// Convert input to output
int currentLines = 0;
string inputLine;
while ((inputLine = inputFileReader.ReadLine()) != null)
{
++currentLines;
string outputLine = converter.Convert(inputLine, colorProcessing);
outputFileWriter.WriteLine(outputLine);
worker.ReportProgress((int)(currentLines * 100.0 / totalLines));
if (worker.CancellationPending)
{
e.Cancel = true;
break;
}
}
// Write footer
outputFileWriter.WriteLine(converter.Footer);
}
finally
{
if (outputFileWriter != null)
{
outputFileWriter.Close();
}
if (inputFileReader != null)
{
inputFileReader.Close();
}
if (outputFileStream != null)
{
outputFileStream.Close();
}
if (inputFileStream != null)
{
inputFileStream.Close();
}
}
}
//Capture the color pixels
private static unsafe void CaptureColorAlgorithm(byte *BitmapData, ref int CapturedColors, ref int AverageRed, ref int AverageGreen, ref int AverageBlue, int CaptureZoneHor, int CaptureZoneVer, int CaptureZoneSize, LedSideTypes SideType)
{
try
{
int CaptureEvenStep = 1;
int CaptureZoneHorRange = 0;
int CaptureZoneVerRange = 0;
for (int captureStep = 0; captureStep < CaptureZoneSize; captureStep++)
{
if (CaptureEvenStep == 1)
{
CaptureEvenStep = 0;
}
else
{
CaptureEvenStep = 1;
}
for (int captureRange = 0; captureRange < vCaptureRange; captureRange += 2)
{
if (SideType == LedSideTypes.TopLeftToRight)
{
CaptureZoneHorRange = captureStep;
CaptureZoneVerRange = -captureRange - CaptureEvenStep;
}
else if (SideType == LedSideTypes.TopRightToLeft)
{
CaptureZoneHorRange = -captureStep;
CaptureZoneVerRange = -captureRange - CaptureEvenStep;
}
else if (SideType == LedSideTypes.BottomLeftToRight)
{
CaptureZoneHorRange = captureStep;
CaptureZoneVerRange = captureRange + CaptureEvenStep;
}
else if (SideType == LedSideTypes.BottomRightToLeft)
{
CaptureZoneHorRange = -captureStep;
CaptureZoneVerRange = captureRange + CaptureEvenStep;
}
else if (SideType == LedSideTypes.LeftBottomToTop)
{
CaptureZoneHorRange = captureRange + CaptureEvenStep;
CaptureZoneVerRange = captureStep;
}
else if (SideType == LedSideTypes.LeftTopToBottom)
{
CaptureZoneHorRange = captureRange + CaptureEvenStep;
CaptureZoneVerRange = -captureStep;
}
else if (SideType == LedSideTypes.RightBottomToTop)
{
CaptureZoneHorRange = -captureRange - CaptureEvenStep;
CaptureZoneVerRange = captureStep;
}
else if (SideType == LedSideTypes.RightTopToBottom)
{
CaptureZoneHorRange = -captureRange - CaptureEvenStep;
CaptureZoneVerRange = -captureStep;
}
ColorRGBA ColorPixel = ColorProcessing.GetPixelColor(BitmapData, vScreenOutputWidth, vScreenOutputHeight, CaptureZoneHor + CaptureZoneHorRange, CaptureZoneVer + CaptureZoneVerRange);
if (ColorPixel != null)
{
if (setDebugMode && setDebugColor)
{
ColorProcessing.SetPixelColor(BitmapData, vScreenOutputWidth, vScreenOutputHeight, CaptureZoneHor + CaptureZoneHorRange, CaptureZoneVer + CaptureZoneVerRange, ColorRGBA.Purple);
}
AverageRed += ColorPixel.R;
AverageGreen += ColorPixel.G;
AverageBlue += ColorPixel.B;
CapturedColors++;
}
}
}
}
catch { }
}
