public void ShowMacroblock(Macroblock mb)
{
m_Mb = mb;
int xFracL, yFracL;
H264Mb mbH264 = (m_Mb.Mb as H264Mb);
for (int i = 0; i < 16; ++i)
{
xFracL = mbH264.mvL0[i].x & 3;
yFracL = mbH264.mvL0[i].y & 3;
m_TextBlocks[i].Text = "---List0---";
m_TextBlocks[i].Text += String.Format("\nMV({0}, {1})\nMVD({2}, {3})", mbH264.mvL0[i].x, mbH264.mvL0[i].y, mbH264.mvd_l0[i].x, mbH264.mvd_l0[i].y);
m_TextBlocks[i].Text += String.Format("\nFrac({0}, {1})", xFracL != 0 ? (xFracL == 2 ? "Half" : "Quater") : "Integer", yFracL != 0 ? (xFracL == 2 ? "Half" : "Quater") : "Integer");
m_TextBlocks[i].Text += String.Format("\nPOC={0}, RefIdx={1}", mbH264.POC0[H264Mb.BLK4x4ToBLK8x8[i]], mbH264.ref_idx_L0[H264Mb.BLK4x4ToBLK8x8[i]]);
}
if (mbH264.SliceType == SliceType.B_SLICE)
{
for (int i = 0; i < 16; ++i)
{
xFracL = mbH264.mvL1[i].x & 3;
yFracL = mbH264.mvL1[i].y & 3;
m_TextBlocks[i].Text += "\n---List1---";
m_TextBlocks[i].Text += String.Format("\nMV({0}, {1})\nMVD({2}, {3})", mbH264.mvL1[i].x, mbH264.mvL1[i].y, mbH264.mvd_l1[i].x, mbH264.mvd_l1[i].y);
m_TextBlocks[i].Text += String.Format("\nFrac({0}, {1})", xFracL != 0 ? (xFracL == 2 ? "Half" : "Quater") : "Integer", yFracL != 0 ? (xFracL == 2 ? "Half" : "Quater") : "Integer");
m_TextBlocks[i].Text += String.Format("\nPOC={0}, RefIdx={1}", mbH264.POC1[H264Mb.BLK4x4ToBLK8x8[i]], mbH264.ref_idx_L1[H264Mb.BLK4x4ToBLK8x8[i]]);
}
}
}
public void ShowMacroblock(Macroblock mb)
{
H264Mb mbH264 = (mb.Mb as H264Mb);
m_TextBlockAddress.Text = String.Format("{0}({1},{2})", mb.Mb.Address, mb.Mb.X, mb.Mb.Y);
m_TextBlockLocation.Text = String.Format("({0},{1})", mb.Mb.X << 4, mb.Mb.Y << 4);
m_TextBlockType.Text = mbH264.TypeDescription;
m_TextBlockPicture.Text = String.Format("{0} (DQId={1})", mb.PictureId, mb.LayerId);
m_TextBlockSlice.Text = String.Format("{0}\n{1}", mb.SliceId, mbH264.SliceType);
m_TextBlockBitsStart.Text = String.IsNullOrEmpty(mb.Mb.BitsStart) ? "-" : mb.Mb.BitsStart;
m_TextBlockBitsCount.Text = mb.Mb.BitsCount.ToString();
m_TextBlockQP.Text = mbH264.QP.ToString();
m_TextBlockQPC.Text = mbH264.QPC.ToString();
m_TextBlockCBP.Text = String.Format("{0}: L={1},C={2}", mbH264.CBP, mbH264.CBP & 15, mbH264.CBP >> 4);
m_TextBlockMbPartNum.Text = mbH264.NumMbPart.ToString();
m_TextBlockMbPartSize.Text = String.Format("({0},{1})", mbH264.MbPartSize.Width, mbH264.MbPartSize.Height);
if (mbH264.IsIntra)
{
m_TextBlockMbIntraChromaMode.Text = String.Format("[{0}] {1}", (int)mbH264.IntraChromaPredMode, mbH264.IntraChromaPredMode);
}
else
{
m_TextBlockMbIntraChromaMode.Text = "-";
}
m_TextBlockMD5.Text = String.Format("Y\t= {0}\nU\t= {1}\nV\t= {2}", mb.MD5Y, mb.MD5U, mb.MD5V).ToUpper();
}
public void ShowMacroblock(Macroblock mb)
{
H264Mb mbH264 = (mb.Mb as H264Mb);
m_TextBlockAddress.Text = String.Format("{0}({1},{2})", mb.Mb.Address, mb.Mb.X, mb.Mb.Y);
m_TextBlockLocation.Text = String.Format("({0},{1})", mb.Mb.X << 4, mb.Mb.Y << 4);
m_TextBlockType.Text = mbH264.TypeDescription;
m_TextBlockPicture.Text = String.Format("{0} (DQId={1})", mb.PictureId, mb.LayerId);
m_TextBlockSlice.Text = String.Format("{0}\n{1}", mb.SliceId, mbH264.SliceType);
m_TextBlockBitsStart.Text = String.IsNullOrEmpty(mb.Mb.BitsStart) ? "-" : mb.Mb.BitsStart;
m_TextBlockBitsCount.Text = mb.Mb.BitsCount.ToString();
m_TextBlockQP.Text = mbH264.QP.ToString();
m_TextBlockQPC.Text = mbH264.QPC.ToString();
m_TextBlockCBP.Text = String.Format("{0}: L={1},C={2}", mbH264.CBP, mbH264.CBP & 15, mbH264.CBP >> 4);
m_TextBlockMbPartNum.Text = mbH264.NumMbPart.ToString();
m_TextBlockMbPartSize.Text = String.Format("({0},{1})", mbH264.MbPartSize.Width, mbH264.MbPartSize.Height);
if (mbH264.IsIntra)
{
m_TextBlockMbIntraChromaMode.Text = String.Format("[{0}] {1}", (int)mbH264.IntraChromaPredMode, mbH264.IntraChromaPredMode);
}
else
{
m_TextBlockMbIntraChromaMode.Text = "-";
}
m_TextBlockMD5.Text = String.Format("Y\t= {0}\nU\t= {1}\nV\t= {2}", mb.MD5Y, mb.MD5U, mb.MD5V).ToUpper();
}
public void ShowMacroblock(Macroblock mb)
{
m_Mb = mb;
int xFracL, yFracL;
H264Mb mbH264 = (m_Mb.Mb as H264Mb);
for (int i = 0; i < 16; ++i)
{
xFracL = mbH264.mvL0[i].x & 3;
yFracL = mbH264.mvL0[i].y & 3;
m_TextBlocks[i].Text = "---List0---";
m_TextBlocks[i].Text += String.Format("\nMV({0}, {1})\nMVD({2}, {3})", mbH264.mvL0[i].x, mbH264.mvL0[i].y, mbH264.mvd_l0[i].x, mbH264.mvd_l0[i].y);
m_TextBlocks[i].Text += String.Format("\nFrac({0}, {1})", xFracL != 0 ? (xFracL == 2 ? "Half" : "Quater") : "Integer", yFracL != 0 ? (xFracL == 2 ? "Half" : "Quater") : "Integer");
m_TextBlocks[i].Text += String.Format("\nPOC={0}, RefIdx={1}", mbH264.POC0[H264Mb.BLK4x4ToBLK8x8[i]], mbH264.ref_idx_L0[H264Mb.BLK4x4ToBLK8x8[i]]);
}
if (mbH264.SliceType == SliceType.B_SLICE)
{
for (int i = 0; i < 16; ++i)
{
xFracL = mbH264.mvL1[i].x & 3;
yFracL = mbH264.mvL1[i].y & 3;
m_TextBlocks[i].Text += "\n---List1---";
m_TextBlocks[i].Text += String.Format("\nMV({0}, {1})\nMVD({2}, {3})", mbH264.mvL1[i].x, mbH264.mvL1[i].y, mbH264.mvd_l1[i].x, mbH264.mvd_l1[i].y);
m_TextBlocks[i].Text += String.Format("\nFrac({0}, {1})", xFracL != 0 ? (xFracL == 2 ? "Half" : "Quater") : "Integer", yFracL != 0 ? (xFracL == 2 ? "Half" : "Quater") : "Integer");
m_TextBlocks[i].Text += String.Format("\nPOC={0}, RefIdx={1}", mbH264.POC1[H264Mb.BLK4x4ToBLK8x8[i]], mbH264.ref_idx_L1[H264Mb.BLK4x4ToBLK8x8[i]]);
}
}
}
void m_Image_MouseMove(object sender, MouseEventArgs e)
{
lock (this)
{
if (m_Picture != null && m_Image.Source != null && m_numberOfMbInRow > 0 && m_numberOfMbInCol > 0)
{
double mbWidth, mbHeight;
int mbX, mbY, mbAddress;
Point mousePosition = e.GetPosition(m_Image);
GetMbPosition(mousePosition, out mbX, out mbY, out mbAddress, out mbWidth, out mbHeight);
Macroblock mb = m_Picture.GetMacroblockByLocation((UInt32)mbX, (UInt32)mbY);
m_TextBlockImageToolTip.Text = String.Format("MB {0}({1},{2})", mbAddress, mbX, mbY);
if (mb != null)
{
m_TextBlockImageToolTip.Text += String.Format("\nSlice: {0}, {1}", mb.SliceId, (mb.Mb as H264Mb).SliceType);
m_TextBlockImageToolTip.Text += String.Format("\nType: {0}", (mb.Mb as H264Mb).TypeDescription);
}
m_FloatingToolTip.HorizontalOffset = mousePosition.X + 20;
m_FloatingToolTip.VerticalOffset = mousePosition.Y;
m_FloatingToolTip.IsOpen = true;
if (m_LastHoverMacroblockAddress != mbAddress)
{
RaiseMbSelectionEvent((UInt32)mbX, (UInt32)mbY, MacroblockEventArgs.MacroblockEventType_t.MacroblockEventType_Hover);
m_LastHoverMacroblockAddress = mbAddress;
}
}
}
}
protected Intra16X16LumaAbstractPredictor(int x, int y, Macroblock macroblock, IAlgorithmFactory algorithms)
{
this.x = x;
this.y = y;
access = macroblock.MacroblockAccess;
info = new MacroblockInfo(macroblock);
transform = algorithms.CreateTransform();
quantizer = algorithms.CreateQuantizer();
distortion = algorithms.CreateDistortionMetric();
scanner = algorithms.CreateScanner();
mOrig = new int[mbHeight][];
for (var i = 0; i < mOrig.Length; i++)
mOrig[i] = new int[mbWidth];
mResd = new int[mbHeight][];
for (var i = 0; i < mResd.Length; i++)
mResd[i] = new int[mbWidth];
mPred = new int[mbHeight][];
for (var i = 0; i < mPred.Length; i++)
mPred[i] = new int[mbWidth];
mDc = new int[dcHeight][];
for (var i = 0; i < mDc.Length; i++)
mDc[i] = new int[dcWidth];
}
protected MacroblockAccess(Macroblock macroblock)
{
macroblockX = macroblock;
mbNr = macroblockX.MbNr;
frameWidth = macroblockX.Slice.Picture.Width;
picWidthInMbs = frameWidth / Macroblock.MbWidth;
picSizeInMbs = macroblockX.Slice.Picture.PicSizeInMbs;
}
public void ShowMacroblock(Macroblock mb)
{
H264Mb mbH264 = (mb.Mb as H264Mb);
m_TextBlockInCropWindow.Text = mbH264.IsInCropWindow ? "True" : "False";
m_TextBlockResidualPredictionFlag.Text = mbH264.IsResidualPredictionFlag ? "1" : "0";
m_TextBlockBLSkippedFlag.Text = mbH264.IsBLSkippedFlag ? "1" : "0";
}
public void ShowMacroblock(Macroblock mb)
{
lock (this)
{
if ((m_Mb != mb) && mb != null)
{
m_Mb = mb;
Int32[] bits4x4;
UInt32 YCount = 0, UCount = 0, VCount = 0;
m_DataSourceY.Clear();
m_DataSourceU.Clear();
m_DataSourceV.Clear();
m_TextBlockMacroblockInfo.Text = String.Format("{0} / MB {1}({2}, {3}) / Slice:{4} / Picture:{5} / Layer:{6}", m_Title, mb.Mb.Address, mb.Mb.X << 4, mb.Mb.Y << 4, mb.SliceId, mb.PictureId, mb.LayerId);
for (uint y = 0; y < 4; y++)
{
MbBits4x4Row rowY = new MbBits4x4Row();
MbBits4x4Row rowU = new MbBits4x4Row();
MbBits4x4Row rowV = new MbBits4x4Row();
for (uint x = 0; x < 4; x++)
{
// Y
bits4x4 = m_Mb.Mb.GetMbBits4x4(CommonYuvLine_t.CommonYuvLine_Y, m_DataType, x, y);
if (bits4x4 != null)
{
rowY.Add(new MbBits4x4(YCount++, x, y, bits4x4));
}
// U
bits4x4 = m_Mb.Mb.GetMbBits4x4(CommonYuvLine_t.CommonYuvLine_U, m_DataType, x, y);
if (bits4x4 != null)
{
rowU.Add(new MbBits4x4(UCount++, x, y, bits4x4));
}
// V
bits4x4 = m_Mb.Mb.GetMbBits4x4(CommonYuvLine_t.CommonYuvLine_V, m_DataType, x, y);
if (bits4x4 != null)
{
rowV.Add(new MbBits4x4(VCount++, x, y, bits4x4));
}
}
if (rowY.Row.Count > 0)
{
m_DataSourceY.Add(rowY);
}
if (rowU.Row.Count > 0)
{
m_DataSourceU.Add(rowU);
}
if (rowV.Row.Count > 0)
{
m_DataSourceV.Add(rowV);
}
}
}
}
}
public void ShowMacroblock(Macroblock mb)
{
m_Mb = mb;
H264Mb mbH264 = (m_Mb.Mb as H264Mb);
for (int i = 0; i < 16; ++i)
{
m_TextBlocks[i].Text = String.Format("[{0}] {1}", (int)mbH264.Intra4x4PredMode[i], Utils.GetIntra4x4PredModeName(mbH264.Intra4x4PredMode[i]));
}
}
public void ShowMacroblock(Macroblock mb)
{
m_Mb = mb;
H264Mb mbH264 = (m_Mb.Mb as H264Mb);
m_TextBlock0.Text = mbH264.BlkModes[0].ToString();
m_TextBlock1.Text = mbH264.BlkModes[1].ToString();
m_TextBlock2.Text = mbH264.BlkModes[2].ToString();
m_TextBlock3.Text = mbH264.BlkModes[3].ToString();
}
public void ShowMacroblock(Macroblock mb)
{
m_Mb = mb;
H264Mb mbH264 = (m_Mb.Mb as H264Mb);
m_TextBlock0.Text = mbH264.BlkModes[0].ToString();
m_TextBlock1.Text = mbH264.BlkModes[1].ToString();
m_TextBlock2.Text = mbH264.BlkModes[2].ToString();
m_TextBlock3.Text = mbH264.BlkModes[3].ToString();
}
public void ShowMacroblock(Macroblock mb)
{
m_Mb = mb;
H264Mb mbH264 = (m_Mb.Mb as H264Mb);
for (int i = 0; i < 16; ++i)
{
m_TextBlocks[i].Text = String.Format("[{0}] {1}", (int)mbH264.Intra4x4PredMode[i], Utils.GetIntra4x4PredModeName(mbH264.Intra4x4PredMode[i]));
}
}
public MacroblockPosition(Macroblock macroblock)
{
var mbNr = macroblock.MbNr;
var frameWidth = macroblock.Slice.Picture.Width;
var picWidthInMbs = frameWidth / Macroblock.MbWidth;
MbX = mbNr % picWidthInMbs;
MbY = mbNr / picWidthInMbs;
PixelX = MbX * Macroblock.MbWidth;
PixelY = MbY * Macroblock.MbHeight;
PixelChromaX = (MbX * Macroblock.MbChromaWidth);
PixelChromaY = (MbY * Macroblock.MbChromaHeight);
}
void ShowHeadersFromSelectedMb(Macroblock selectMb)
{
if (m_Engine.Decoder.FileInput.EncodingType == EncodingType.H264)
{
H264Picture h264Picture = (m_SelectedPicture as H264Picture);
Debug.Assert(h264Picture != null);
H264Slice h264Slice = h264Picture.Slices[selectMb.SliceId];
Debug.Assert(h264Slice != null);
ShowH264Headers(new[] { h264Slice.PicParamSet.Nalu }, new[] { h264Slice.SeqParamSet.Nalu }, new[] { h264Slice.Nalu });
}
}
void RaiseMbSelectionEvent(UInt32 mbX, UInt32 mbY, MacroblockEventArgs.MacroblockEventType_t selectionType)
{
lock (this)
{
if (OnMacroblockEvent != null)
{
Macroblock mbObject = m_Picture.GetMacroblockByLocation((UInt32)mbX, (UInt32)mbY);
if (mbObject != null)
{
EventHandlerTrigger.TriggerEvent <MacroblockEventArgs>(OnMacroblockEvent, this, new MacroblockEventArgs(selectionType, mbObject));
}
}
}
}
public IpcmEncodingMode(Macroblock macroblock)
: base(macroblock, MacroblockType.Ipcm)
{
bufferY = new int[Macroblock.MbWidth][];
for (var i = 0; i < bufferY.Length; i++)
bufferY[i] = new int[Macroblock.MbHeight];
bufferU = new int[Macroblock.MbChromaWidth][];
for (var i = 0; i < bufferU.Length; i++)
bufferU[i] = new int[Macroblock.MbChromaHeight];
bufferV = new int[Macroblock.MbChromaWidth][];
for (var i = 0; i < bufferV.Length; i++)
bufferV[i] = new int[Macroblock.MbChromaHeight];
}
public Intra8X8ChromaHorizontalPredictor(int x, int y, Macroblock macroblock, IAlgorithmFactory algorithms)
: base(x, y, macroblock, algorithms)
{
}
private void Window_Loaded(object sender, RoutedEventArgs e)
{
//m_Engine = Engine.CreateRawH264("C:\\Projects\\toulde\\videos\\AUD_MW_E\\AUD_MW_E.264", "AUD_MW_E.yuv");
//m_Engine = Engine.CreateRawH264("C:\\Projects\\toulde\\videos\\FM1_BT_B\\FM1_BT_B.264", "FM1_BT_B.yuv"); // multiple slices + deblocking
m_Engine = Engine.CreateRawH264("C:\\Projects\\toulde\\videos\\SVCBS-1\\SVCBS-1\\SVCBS-1.264", "SVCBS-1.yuv"); // Vidyo
//m_Engine = Engine.CreateRawH264("C:\\Projects\\toulde\\videos\\freh1_b\\Freh1_B.264", "Freh1_B.yuv");
//m_Engine = Engine.CreateRawH264("C:\\Projects\\hl78965\\clean\\hartallo\\encoderSVC.264", "encoderSVC.yuv");
//m_Engine = Engine.CreateRawH264("C:\\Projects\\hl78965\\clean\\hartallo\\encoderAVC.264", "encoder.yuv");
//m_Engine = Engine.CreateRawH264("C:\\Projects\\hl78965\\clean\\hartallo\\encoder.264", "encoder.yuv"); // New Hartallo
//m_Engine = Engine.CreateRawH264("C:\\Projects\\hl78965\\clean\\hartallo\\encoder_avc_10frms_noearlyterm.264", "encoder.yuv"); // Old Hartallo
//m_Engine = Engine.CreateRawH264("C:\\tmp\\x264_104\\output.264", "encoder.yuv"); // x264
//m_Engine = Engine.CreateRawH264("C:\\Projects\\JM\\output.264", "encoder.yuv"); // JM
//m_Engine = Engine.CreateRawH264("C:\\Projects\\hartallo\\tests\\TestH264\\bourne.264", "bourne.yuv");// bourne
// Screen Previews
m_ScreenPictureViews = new ScreenPictureView[Utils.GetMaxEnumValue<CommonEltMbDataType_t>()];
for (int k = 0; k < m_ScreenPictureViews.Length; ++k )
{
m_ScreenPictureViews[k] = new ScreenPictureView((CommonEltMbDataType_t)k);
ScreenBase.AddToTabControl(m_ScreenPictureViews[k], tabControlPictureView);
m_ScreenPictureViews[k].OnMacroblockEvent += (_sender, _e) =>
{
switch (_e.Type)
{
// Screen Macroblocks
case MacroblockEventArgs.MacroblockEventType_t.MacroblockEventType_Selected:
{
m_SelectedMacroblock = _e.Macroblock;
// Macroblock Bits
if (m_ScreenMbBits == null)
{
m_ScreenMbBits = new ScreenMbBits[Utils.GetMaxEnumValue<CommonEltMbDataType_t>()];
for (int i = 0; i < m_ScreenMbBits.Length; ++i)
{
m_ScreenMbBits[i] = new ScreenMbBits((CommonEltMbDataType_t)i);
ScreenBase.AddToTabControl(m_ScreenMbBits[i], tabControlMacroblockBits);
}
tabControlMacroblockBits.SelectedIndex = (int)CommonEltMbDataType_t.CommonEltMbDataType_Final;
}
if (tabControlMacroblockBits.SelectedIndex != -1)
{
m_ScreenMbBits[tabControlMacroblockBits.SelectedIndex].ShowMacroblock(_e.Macroblock);
}
// Macroblock Info
if (m_ScreenScreenMbInfo == null)
{
m_ScreenScreenMbInfo = new ScreenMbInfo();
ScreenBase.AddToTabControl(m_ScreenScreenMbInfo, tabControlInfo);
}
m_ScreenScreenMbInfo.ShowMacroblock(_e.Macroblock);
// Headers(PPS, SPS, SLICE) associated to this Macroblock
ShowHeadersFromSelectedMb(_e.Macroblock);
break;
}
}
};
}
(m_Engine.Decoder as DecoderVideo).OnPictureEvent += (_sender, _e) =>
{
switch (_e.Type)
{
case PictureEventArgs.PictureEventType_t.PictureEventType_Added:
{
if (!m_ScreenThumbnails.ContainsKey(_e.Picture.LayerId))
{
m_ScreenThumbnails[_e.Picture.LayerId] = new ScreenThumbnails(_e.Picture.LayerId);
ScreenBase.AddToTabControl(m_ScreenThumbnails[_e.Picture.LayerId], tabControlThumbs);
m_ScreenThumbnails[_e.Picture.LayerId].OnPictureEvent += new EventHandler<PictureEventArgs>(Thumbnails_OnPictureEvent);
}
m_ScreenThumbnails[_e.Picture.LayerId].AddPicture(_e.Picture);
break;
}
}
};
// TabControls selection changed events
tabControlPictureView.SelectionChanged += (_sender, _e) =>
{
m_ScreenPictureViews[tabControlPictureView.SelectedIndex].ShowPicture(m_SelectedPicture);
};
tabControlMacroblockBits.SelectionChanged += (_sender, _e) =>
{
m_ScreenMbBits[tabControlMacroblockBits.SelectedIndex].ShowMacroblock(m_SelectedMacroblock);
};
//FIXME:
/*http://stackoverflow.com/questions/5480372/whats-the-best-way-to-update-an-observablecollection-from-another-thread*/
//this.Dispatcher.BeginInvoke((Action)(() => { mEngine.Decoder.Decode(uint.MaxValue); }));
// FIXME
new Thread(delegate()
{
m_Engine.Decoder.Decode(/*uint.MaxValue*/200);
})
.Start();
}
public void ShowMacroblock(Macroblock mb)
{
lock (this)
{
if ((m_Mb != mb) && mb != null)
{
m_Mb = mb;
Int32[] bits4x4;
UInt32 YCount = 0, UCount = 0, VCount = 0;
m_DataSourceY.Clear();
m_DataSourceU.Clear();
m_DataSourceV.Clear();
m_TextBlockMacroblockInfo.Text = String.Format("{0} / MB {1}({2}, {3}) / Slice:{4} / Picture:{5} / Layer:{6}", m_Title, mb.Mb.Address, mb.Mb.X << 4, mb.Mb.Y << 4, mb.SliceId, mb.PictureId, mb.LayerId);
for (uint y = 0; y < 4; y++)
{
MbBits4x4Row rowY = new MbBits4x4Row();
MbBits4x4Row rowU = new MbBits4x4Row();
MbBits4x4Row rowV = new MbBits4x4Row();
for (uint x = 0; x < 4; x++)
{
// Y
bits4x4 = m_Mb.Mb.GetMbBits4x4(CommonYuvLine_t.CommonYuvLine_Y, m_DataType, x, y);
if (bits4x4 != null)
{
rowY.Add(new MbBits4x4(YCount++, x, y, bits4x4));
}
// U
bits4x4 = m_Mb.Mb.GetMbBits4x4(CommonYuvLine_t.CommonYuvLine_U, m_DataType, x, y);
if (bits4x4 != null)
{
rowU.Add(new MbBits4x4(UCount++, x, y, bits4x4));
}
// V
bits4x4 = m_Mb.Mb.GetMbBits4x4(CommonYuvLine_t.CommonYuvLine_V, m_DataType, x, y);
if (bits4x4 != null)
{
rowV.Add(new MbBits4x4(VCount++, x, y, bits4x4));
}
}
if (rowY.Row.Count > 0)
{
m_DataSourceY.Add(rowY);
}
if (rowU.Row.Count > 0)
{
m_DataSourceU.Add(rowU);
}
if (rowV.Row.Count > 0)
{
m_DataSourceV.Add(rowV);
}
}
}
}
}
public Intra16X16LumaPlanePredictor(int x, int y, Macroblock macroblock, IAlgorithmFactory algorithms)
: base(x, y, macroblock, algorithms)
{
}
void ShowHeadersFromSelectedMb(Macroblock selectMb)
{
if (m_Engine.Decoder.FileInput.EncodingType == EncodingType.H264)
{
H264Picture h264Picture = (m_SelectedPicture as H264Picture);
Debug.Assert(h264Picture != null);
H264Slice h264Slice = h264Picture.Slices[selectMb.SliceId];
Debug.Assert(h264Slice != null);
ShowH264Headers(new[] { h264Slice.PicParamSet.Nalu }, new[] { h264Slice.SeqParamSet.Nalu }, new[] { h264Slice.Nalu });
}
}
public MacroblockAccessNonMbaff(Macroblock macroblock)
: base(macroblock)
{
}
public void ShowMacroblock(Macroblock mb)
{
m_Mb = mb;
H264Mb mbH264 = m_Mb.Mb as H264Mb;
if (mbH264 != null) // For now only H.264 is supported
{
// General
if (m_ScreenGeneral == null)
{
m_ScreenGeneral = new ScreenMbInfoGeneral();
AddToTabControl(m_ScreenGeneral, tabControl);
}
m_ScreenGeneral.ShowMacroblock(m_Mb);
// Intra4x4PredMode
if (mbH264.Mode == MbMode.INTRA_4X4)
{
if (m_ScreenMbInfoI4x4PredMode == null)
{
m_ScreenMbInfoI4x4PredMode = new ScreenMbInfoI4x4PredMode();
m_ScreenMbInfoI4x4PredMode.Tag = false;
}
if (!(m_ScreenMbInfoI4x4PredMode.Tag as Boolean?).Value)
{
AddToTabControl(m_ScreenMbInfoI4x4PredMode, tabControl);
m_ScreenMbInfoI4x4PredMode.Tag = true;
}
m_ScreenMbInfoI4x4PredMode.ShowMacroblock(m_Mb);
}
else
{
if (m_ScreenMbInfoI4x4PredMode != null && (m_ScreenMbInfoI4x4PredMode.Tag as Boolean?).Value)
{
RemoveFromTabControl(m_ScreenMbInfoI4x4PredMode, tabControl);
m_ScreenMbInfoI4x4PredMode.Tag = false;
}
}
// SubBlocks
if (mbH264.IsInter8x8)
{
if (m_ScreenMbInfoSubBlocks == null)
{
m_ScreenMbInfoSubBlocks = new ScreenMbInfoSubBlocks();
m_ScreenMbInfoSubBlocks.Tag = false;
}
if (!(m_ScreenMbInfoSubBlocks.Tag as Boolean?).Value)
{
AddToTabControl(m_ScreenMbInfoSubBlocks, tabControl);
m_ScreenMbInfoSubBlocks.Tag = true;
}
m_ScreenMbInfoSubBlocks.ShowMacroblock(m_Mb);
}
else
{
if (m_ScreenMbInfoSubBlocks != null && (m_ScreenMbInfoSubBlocks.Tag as Boolean?).Value)
{
RemoveFromTabControl(m_ScreenMbInfoSubBlocks, tabControl);
m_ScreenMbInfoSubBlocks.Tag = false;
}
}
// InterPred
if (!mbH264.IsIntra)
{
if (m_ScreenMbInfoInterPred == null)
{
m_ScreenMbInfoInterPred = new ScreenMbInfoInterPred();
m_ScreenMbInfoInterPred.Tag = false;
}
if (!(m_ScreenMbInfoInterPred.Tag as Boolean?).Value)
{
AddToTabControl(m_ScreenMbInfoInterPred, tabControl);
m_ScreenMbInfoInterPred.Tag = true;
}
m_ScreenMbInfoInterPred.ShowMacroblock(m_Mb);
}
else
{
if (m_ScreenMbInfoInterPred != null && (m_ScreenMbInfoInterPred.Tag as Boolean?).Value)
{
RemoveFromTabControl(m_ScreenMbInfoInterPred, tabControl);
m_ScreenMbInfoInterPred.Tag = false;
}
}
// SVC
if (m_ScreenMbInfoSVC == null)
{
m_ScreenMbInfoSVC = new ScreenMbInfoSVC();
AddToTabControl(m_ScreenMbInfoSVC, tabControl);
}
m_ScreenMbInfoSVC.ShowMacroblock(m_Mb);
}
}
protected YuvFrameBuffer outputFrameBuffer; // encoded frame
#endregion Fields
#region Constructors
protected AbstractEncodingMode(Macroblock macroblock, MacroblockType mbType)
{
this.macroblock = macroblock;
this.mbType = mbType;
}
public MacroblockEventArgs(MacroblockEventType_t type, Macroblock macroblock)
: base()
{
m_Type = type;
m_Macroblock = macroblock;
}
private void Window_Loaded(object sender, RoutedEventArgs e)
{
//m_Engine = Engine.CreateRawH264("C:\\Projects\\toulde\\videos\\AUD_MW_E\\AUD_MW_E.264", "AUD_MW_E.yuv");
//m_Engine = Engine.CreateRawH264("C:\\Projects\\toulde\\videos\\FM1_BT_B\\FM1_BT_B.264", "FM1_BT_B.yuv"); // multiple slices + deblocking
m_Engine = Engine.CreateRawH264("C:\\Projects\\toulde\\videos\\SVCBS-1\\SVCBS-1\\SVCBS-1.264", "SVCBS-1.yuv"); // Vidyo
//m_Engine = Engine.CreateRawH264("C:\\Projects\\toulde\\videos\\freh1_b\\Freh1_B.264", "Freh1_B.yuv");
//m_Engine = Engine.CreateRawH264("C:\\Projects\\hl78965\\clean\\hartallo\\encoderSVC.264", "encoderSVC.yuv");
//m_Engine = Engine.CreateRawH264("C:\\Projects\\hl78965\\clean\\hartallo\\encoderAVC.264", "encoder.yuv");
//m_Engine = Engine.CreateRawH264("C:\\Projects\\hl78965\\clean\\hartallo\\encoder.264", "encoder.yuv"); // New Hartallo
//m_Engine = Engine.CreateRawH264("C:\\Projects\\hl78965\\clean\\hartallo\\encoder_avc_10frms_noearlyterm.264", "encoder.yuv"); // Old Hartallo
//m_Engine = Engine.CreateRawH264("C:\\tmp\\x264_104\\output.264", "encoder.yuv"); // x264
//m_Engine = Engine.CreateRawH264("C:\\Projects\\JM\\output.264", "encoder.yuv"); // JM
//m_Engine = Engine.CreateRawH264("C:\\Projects\\hartallo\\tests\\TestH264\\bourne.264", "bourne.yuv");// bourne
// Screen Previews
m_ScreenPictureViews = new ScreenPictureView[Utils.GetMaxEnumValue <CommonEltMbDataType_t>()];
for (int k = 0; k < m_ScreenPictureViews.Length; ++k)
{
m_ScreenPictureViews[k] = new ScreenPictureView((CommonEltMbDataType_t)k);
ScreenBase.AddToTabControl(m_ScreenPictureViews[k], tabControlPictureView);
m_ScreenPictureViews[k].OnMacroblockEvent += (_sender, _e) =>
{
switch (_e.Type)
{
// Screen Macroblocks
case MacroblockEventArgs.MacroblockEventType_t.MacroblockEventType_Selected:
{
m_SelectedMacroblock = _e.Macroblock;
// Macroblock Bits
if (m_ScreenMbBits == null)
{
m_ScreenMbBits = new ScreenMbBits[Utils.GetMaxEnumValue <CommonEltMbDataType_t>()];
for (int i = 0; i < m_ScreenMbBits.Length; ++i)
{
m_ScreenMbBits[i] = new ScreenMbBits((CommonEltMbDataType_t)i);
ScreenBase.AddToTabControl(m_ScreenMbBits[i], tabControlMacroblockBits);
}
tabControlMacroblockBits.SelectedIndex = (int)CommonEltMbDataType_t.CommonEltMbDataType_Final;
}
if (tabControlMacroblockBits.SelectedIndex != -1)
{
m_ScreenMbBits[tabControlMacroblockBits.SelectedIndex].ShowMacroblock(_e.Macroblock);
}
// Macroblock Info
if (m_ScreenScreenMbInfo == null)
{
m_ScreenScreenMbInfo = new ScreenMbInfo();
ScreenBase.AddToTabControl(m_ScreenScreenMbInfo, tabControlInfo);
}
m_ScreenScreenMbInfo.ShowMacroblock(_e.Macroblock);
// Headers(PPS, SPS, SLICE) associated to this Macroblock
ShowHeadersFromSelectedMb(_e.Macroblock);
break;
}
}
};
}
(m_Engine.Decoder as DecoderVideo).OnPictureEvent += (_sender, _e) =>
{
switch (_e.Type)
{
case PictureEventArgs.PictureEventType_t.PictureEventType_Added:
{
if (!m_ScreenThumbnails.ContainsKey(_e.Picture.LayerId))
{
m_ScreenThumbnails[_e.Picture.LayerId] = new ScreenThumbnails(_e.Picture.LayerId);
ScreenBase.AddToTabControl(m_ScreenThumbnails[_e.Picture.LayerId], tabControlThumbs);
m_ScreenThumbnails[_e.Picture.LayerId].OnPictureEvent += new EventHandler <PictureEventArgs>(Thumbnails_OnPictureEvent);
}
m_ScreenThumbnails[_e.Picture.LayerId].AddPicture(_e.Picture);
break;
}
}
};
// TabControls selection changed events
tabControlPictureView.SelectionChanged += (_sender, _e) =>
{
m_ScreenPictureViews[tabControlPictureView.SelectedIndex].ShowPicture(m_SelectedPicture);
};
tabControlMacroblockBits.SelectionChanged += (_sender, _e) =>
{
m_ScreenMbBits[tabControlMacroblockBits.SelectedIndex].ShowMacroblock(m_SelectedMacroblock);
};
//FIXME:
/*http://stackoverflow.com/questions/5480372/whats-the-best-way-to-update-an-observablecollection-from-another-thread*/
//this.Dispatcher.BeginInvoke((Action)(() => { mEngine.Decoder.Decode(uint.MaxValue); }));
// FIXME
new Thread(delegate()
{
m_Engine.Decoder.Decode(/*uint.MaxValue*/ 200);
})
.Start();
}
