protected override void Reset()
{
List <String> actions = Target.GetActionLabels();
m_StringDeviceBuffer = new CudaDeviceVariable <float>(1000);
m_StringDeviceBuffer.Memset(0);
if (numOfActions < actions.Count)
{
if (m_actionLabels != null)
{
m_actionLabels.Dispose();
}
m_actionLabels = new CudaDeviceVariable <uint>(actions.Count * LABEL_PIXEL_WIDTH * LABEL_PIXEL_WIDTH);
m_actionLabels.Memset(0);
for (int i = 0; i < actions.Count; i++)
{
MyDrawStringHelper.String2Index(actions[i], m_StringDeviceBuffer);
MyDrawStringHelper.DrawStringFromGPUMem(
m_StringDeviceBuffer, i * LABEL_PIXEL_WIDTH + 5, 8, 0, 0xFFFFFFFF,
m_actionLabels.DevicePointer, LABEL_PIXEL_WIDTH * actions.Count, LABEL_PIXEL_WIDTH, 0, actions[i].Length);
}
numOfActions = actions.Count;
}
Target.ReadTwoDimensions(ref m_qMatrix, ref m_qMatrixActions, XAxisVariableIndex, YAxisVariableIndex, ApplyInnerScaling);
if (MatrixSizeOK())
{
DrawDataToGpu();
}
}
protected override void Reset()
{
List <MyMotivatedAction> actions = Target.Rds.ActionManager.Actions;
if (numOfActions < actions.Count)
{
if (m_actionLabels != null)
{
m_actionLabels.Dispose();
}
m_actionLabels = new CudaDeviceVariable <uint>(actions.Count * LABEL_PIXEL_WIDTH * LABEL_PIXEL_WIDTH);
m_actionLabels.Memset(0);
for (int i = 0; i < actions.Count; i++)
{
MyDrawStringHelper.DrawString(actions[i].GetLabel(), i * LABEL_PIXEL_WIDTH + 5, 8, 0, 0xFFFFFFFF, m_actionLabels.DevicePointer, LABEL_PIXEL_WIDTH * actions.Count, LABEL_PIXEL_WIDTH);
}
numOfActions = actions.Count;
}
Target.Vis.ReadTwoDimensions(ref m_qMatrix, ref m_qMatrixActions, XAxisVariableIndex, YAxisVariableIndex, ShowCurrentMotivations);
if (MatrixSizeOK())
{
DrawDataToGpu();
}
}
protected override void Execute()
{
m_kernel_drawEdges.GridDimensions = new dim3(Target.PatchesNum);
m_kernel_drawEdges.BlockDimensions = new dim3(Target.PatchesNum);
m_kernel_fillImWhite.SetupExecution(Target.MaskCount);
m_kernel_fillImFromIm.SetupExecution(Target.MaskCount);
m_kernel_fillImFromIm.Run(VBODevicePointer, Target.OutMask, TextureWidth * TextureHeight, 5);//(int)Target.PatchesNum /5);
switch (ObserverMode)
{
case MyJoinPatObsMode.Graph:
//. print edges
m_kernel_drawEdges.Run(VBODevicePointer, TextureWidth, Target.AdjMatrix, Target.Patches, Target.PatchesNum, Target.PatchesDim, Target.Desc, Target.Desc.ColumnHint, 0);
break;
case MyJoinPatObsMode.GraphWeights:
//. print weight of graph's edges
m_kernel_fillImWhite.Run(VBODevicePointer, TextureWidth, TextureHeight);
m_kernel_drawEdges.Run(VBODevicePointer, TextureWidth, Target.AdjMatrix, Target.Patches, Target.PatchesNum, Target.PatchesDim, Target.Desc, Target.Desc.ColumnHint, 1);
break;
case MyJoinPatObsMode.MaskId:
//. print ids to objects
Target.OutPatches.SafeCopyToHost();
for (int i = 0; i < Math.Min(Target.PatchesNum, 10); i++)
{
int x = (int)Target.OutPatches.Host[i * Target.PatchesDim];
int y = (int)Target.OutPatches.Host[i * Target.PatchesDim + 1];
MyDrawStringHelper.String2Index(i.ToString(), m_StringDeviceBuffer);
MyDrawStringHelper.DrawStringFromGPUMem(m_StringDeviceBuffer, x, y, (uint)Color.White.ToArgb(), (uint)Color.Black.ToArgb(), VBODevicePointer, TextureWidth, TextureHeight, 0, i.ToString().Length);
}
break;
case MyJoinPatObsMode.Desc:
// find the max value
Target.Desc.SafeCopyToHost();
float maxValue = float.MinValue;
float minValue = float.MaxValue;
for (int i = 0; i < Target.Desc.Count; i++)
{
maxValue = (Target.Desc.Host[i] > maxValue) ? Target.Desc.Host[i] : maxValue;
minValue = (Target.Desc.Host[i] < minValue) ? Target.Desc.Host[i] : minValue;
}
maxValue = maxValue - minValue;
// draw first row in desc :)
m_kernel_drawDesc.SetupExecution(Target.MaskCount);
m_kernel_drawDesc.Run(VBODevicePointer, Target.Mask, TextureWidth * TextureHeight, Target.Desc, maxValue, minValue);
break;
}
}
protected override void Execute()
{
m_kernel.SetupExecution(Target.AttentionMap.Count);
m_kernel.Run(Target.AttentionMap, Target.Centroids, Target.CentroidsCount, TextureWidth, TextureHeight, VBODevicePointer);
for (int i = 0; i < Target.CentroidsCount; i++)
{
int x = (int)((Target.Centroids.Host[i * MyPupilControl.CENTROID_FIELDS] + 1) * 0.5f * TextureWidth);
int y = (int)((Target.Centroids.Host[i * MyPupilControl.CENTROID_FIELDS + 1] + 1) * 0.5f * TextureHeight);
float DBI = Target.Centroids.Host[i * MyPupilControl.CENTROID_FIELDS + 5];
MyDrawStringHelper.DrawString(i + " ", x - 4, y - 14, 0, 0xFF69A5FF, VBODevicePointer, TextureWidth, TextureHeight);
//MyDrawStringHelper.DrawDecimalString(DBI.ToString("0.0000") , x - 10, y + 2, 0, 0xFF69A5FF, VBODevicePointer, TextureWidth, TextureHeight);
}
}
protected override void Execute()
{
if (m_qMatrix != null)
{
m_kernel.SetupExecution(TextureWidth * TextureHeight);
m_kernel.Run(m_plotValues.DevicePointer, m_actionIndices.DevicePointer, m_actionLabels.DevicePointer, numOfActions, LABEL_PIXEL_WIDTH, LABEL_PIXEL_WIDTH, 0f, MaxQValue, m_qMatrix.GetLength(0), m_qMatrix.GetLength(1), VBODevicePointer);
if (ViewMode == ViewMethod.Orbit_3D)
{
m_vertexKernel.SetupExecution(m_qMatrix.Length);
m_vertexKernel.Run(m_plotValues.DevicePointer, 0.1f, m_qMatrix.GetLength(0), m_qMatrix.GetLength(1), MaxQValue, VertexVBODevicePointer);
}
}
float[,] lastQMatrix = m_qMatrix;
MyStochasticReturnPredictor srp = null;
if (AbstractActionIndex < Target.Rds.VarManager.MAX_VARIABLES)
{
srp = (MyStochasticReturnPredictor)Target.Vis.GetPredictorNo(AbstractActionIndex);
}
if (srp != null)
{
Target.Vis.ReadTwoDimensions(ref m_qMatrix, ref m_qMatrixActions, srp, XAxisVariableIndex, YAxisVariableIndex, ShowCurrentMotivations);
}
if (lastQMatrix != m_qMatrix)
{
TriggerReset();
}
else if (m_qMatrix != null && MatrixSizeOK())
{
m_plotValues.CopyToDevice(m_qMatrix);
m_actionIndices.CopyToDevice(m_qMatrixActions);
if (ShowSRPNames && srp != null)
{
//Set texture size, it will trigger texture buffer reallocation
TextureWidth = LABEL_PIXEL_WIDTH * m_qMatrix.GetLength(0);
TextureHeight = LABEL_PIXEL_WIDTH * m_qMatrix.GetLength(1);
String label = srp.GetLabel() + " M:" + srp.GetMyTotalMotivation();
MyDrawStringHelper.DrawString(label, 0, 0, 0, 0x999999, VBODevicePointer, TextureWidth, TextureHeight);
}
}
}
protected override void Reset()
{
m_StringDeviceBuffer = new CudaDeviceVariable <float>(1000);
m_StringDeviceBuffer.Memset(0);
List <String> actions = Target.GetActionLabels();
if (numOfActions < actions.Count)
{
if (m_actionLabels != null)
{
m_actionLabels.Dispose();
}
m_actionLabels = new CudaDeviceVariable <uint>(actions.Count * LABEL_PIXEL_WIDTH * LABEL_PIXEL_WIDTH);
m_actionLabels.Memset(0);
for (int i = 0; i < actions.Count; i++)
{
MyDrawStringHelper.String2Index(actions[i], m_StringDeviceBuffer);
MyDrawStringHelper.DrawStringFromGPUMem(m_StringDeviceBuffer, i * LABEL_PIXEL_WIDTH + 5, 8, 0, 0xFFFFFFFF, m_actionLabels.DevicePointer, LABEL_PIXEL_WIDTH * actions.Count, LABEL_PIXEL_WIDTH, 0, actions[i].Length);
}
numOfActions = actions.Count;
}
MyStochasticReturnPredictor srp = null;
srp = (MyStochasticReturnPredictor)Target.Vis.GetPredictorNo(AbstractActionIndex);
if (srp == null)
{
m_qMatrix = null;
TextureWidth = 0;
TextureHeight = 0;
}
else
{
Target.ReadTwoDimensions(ref m_qMatrix, ref m_qMatrixActions, XAxisVariableIndex, YAxisVariableIndex, ApplyInnerScaling, AbstractActionIndex);
if (MatrixSizeOK())
{
DrawDataToGpu();
}
}
}
protected override void Reset()
{
List <MyMotivatedAction> actions = Target.Rds.ActionManager.Actions;
if (numOfActions < actions.Count)
{
if (m_actionLabels != null)
{
m_actionLabels.Dispose();
}
m_actionLabels = new CudaDeviceVariable <uint>(actions.Count * LABEL_PIXEL_WIDTH * LABEL_PIXEL_WIDTH);
m_actionLabels.Memset(0);
for (int i = 0; i < actions.Count; i++)
{
MyDrawStringHelper.DrawString(actions[i].GetLabel(), i * LABEL_PIXEL_WIDTH + 5, 8, 0, 0xFFFFFFFF, m_actionLabels.DevicePointer, LABEL_PIXEL_WIDTH * actions.Count, LABEL_PIXEL_WIDTH);
}
numOfActions = actions.Count;
}
MyStochasticReturnPredictor srp = null;
if (AbstractActionIndex < Target.Rds.VarManager.MAX_VARIABLES)
{
srp = (MyStochasticReturnPredictor)Target.Vis.GetPredictorNo(AbstractActionIndex);
}
if (srp == null)
{
m_qMatrix = null;
TextureWidth = 0;
TextureHeight = 0;
}
else
{
Target.Vis.ReadTwoDimensions(ref m_qMatrix, ref m_qMatrixActions, srp, XAxisVariableIndex, YAxisVariableIndex, ShowCurrentMotivations);
if (MatrixSizeOK())
{
DrawDataToGpu();
}
}
}
private void drawCoordinates()
{
m_canvas.Memset(COLOR_BACKGROUND);
// Ordinates
double range = m_plotCurrentValueMax - m_plotCurrentValueMin;
double scale = Math.Floor(Math.Log10(range));
double unit = Math.Pow(10, scale) / 2;
int displayPrecision = (scale >= 1) ? 0 : (1 - (int)scale);
double firstOrdinate = Math.Ceiling(m_plotCurrentValueMin / unit) * unit;
for (int n = 0; firstOrdinate + n * unit < m_plotCurrentValueMax; n++)
{
double value = firstOrdinate + n * unit;
string valueStr = string.Format("{0,8:N" + displayPrecision + "}", value);
double y = TextureHeight - m_plotAreaOffsetY - m_plotAreaHeight * (value - m_plotCurrentValueMin) / range - MyDrawStringHelper.CharacterHeight / 2;
MyDrawStringHelper.DrawString(valueStr, 0, (int)y, COLOR_BACKGROUND, COLOR_FONT, VBODevicePointer, TextureWidth, TextureHeight);
}
}
protected override void Execute()
{
m_kernel_drawEdges.GridDimensions = new dim3(Target.PatchesNum);
m_kernel_drawEdges.BlockDimensions = new dim3(Target.PatchesNum);
m_kernel_fillImWhite.SetupExecution(Target.MaskCount);
m_kernel_fillImFromIm.SetupExecution(Target.MaskCount);
m_kernel_fillImFromIm.Run(VBODevicePointer, Target.OutMask, TextureWidth * TextureHeight, 5);//(int)Target.PatchesNum /5);
switch (ObserverMode)
{
case MyJoinPatObsMode.Graph:
//. print edges
m_kernel_drawEdges.Run(VBODevicePointer, TextureWidth, Target.AdjMatrix, Target.Patches, Target.PatchesNum, Target.PatchesDim, Target.Desc, Target.Desc.ColumnHint, 0);
break;
case MyJoinPatObsMode.GraphWeights:
//. print weight of graph's edges
m_kernel_fillImWhite.Run(VBODevicePointer, TextureWidth, TextureHeight);
m_kernel_drawEdges.Run(VBODevicePointer, TextureWidth, Target.AdjMatrix, Target.Patches, Target.PatchesNum, Target.PatchesDim, Target.Desc, Target.Desc.ColumnHint, 1);
break;
case MyJoinPatObsMode.MaskId:
//. print ids to objects
Target.OutPatches.SafeCopyToHost();
for (int i = 0; i < Math.Min(Target.PatchesNum, 10); i++)
{
int x = (int)Target.OutPatches.Host[i * Target.PatchesDim];
int y = (int)Target.OutPatches.Host[i * Target.PatchesDim + 1];
MyDrawStringHelper.DrawString(i.ToString(), x, y, (uint)Color.White.ToArgb(), (uint)Color.Black.ToArgb(), VBODevicePointer, TextureWidth, TextureHeight);
}
break;
}
}
protected override void Execute()
{
// Clear screen on simulation start
if (!isScreenClear)
{
Clear();
isScreenClear = true;
}
//we are able to represent all characters from ' ' (space) to '~' (tilda) and new-line
int desiredNum = '~' - ' ' + 2; // the last character is \n
MyMemoryBlock <float> target = (MyMemoryBlock <float>)Target;
if (target != null)
{
//get data to cpu
Target.SafeCopyToHost();
//allow inputs that are different in size, only clamp it if neccessary
int size = Math.Min(target.Host.Length, desiredNum);
//find max value for character
int idx = 0;
float maxVal = target.Host[0];
for (int i = 1; i < size; ++i)
{
if (target.Host[idx] < target.Host[i])
{
idx = i;
}
}
//reconstruct a character
char newChar = '\n';
if (idx + 1 != desiredNum)
{
newChar = (char)(' ' + idx);
}
bool splitOccured = false;
//add character to history but split line it it is too long
if (newChar == '\n')
{
m_History.Add("");
}
else if (m_History[m_History.Count - 1].Length >= m_Cols - 1)
{
m_History[m_History.Count - 1] += "\\";
m_History.Add(newChar.ToString());
splitOccured = true;
}
else
{
m_History[m_History.Count - 1] += newChar;
}
if (m_History.Count > m_Rows)
{
int rowIdx = 0;
//reset gpu data
m_HistoryDeviceBuffer.Memset(0);
m_History.RemoveAt(0);
foreach (string s in m_History)
{
int colIdx = 0;
foreach (char c in s)
{
m_HistoryDeviceBuffer[m_Cols * rowIdx + colIdx] = (float)(c - ' ');
colIdx += 1;
}
rowIdx += 1;
}
Clear();
for (rowIdx = 0; rowIdx < m_History.Count; ++rowIdx)
{
MyDrawStringHelper.DrawStringFromGPUMem(m_HistoryDeviceBuffer, 0, rowIdx * (MyDrawStringHelper.CharacterHeight + 1), 0, 0x999999, VBODevicePointer, TextureWidth, TextureHeight, rowIdx * m_Cols, m_Cols);
}
}
else
{
int lastRow = m_History.Count - 1;
String lastString = m_History[lastRow];
if (lastString.Length > 0)
{
m_HistoryDeviceBuffer[m_Cols * lastRow + lastString.Length - 1] = (float)(lastString.Last() - ' ');
}
if (splitOccured)
{
m_HistoryDeviceBuffer[m_Cols * lastRow - 1] = (float)('\\' - ' ');
MyDrawStringHelper.DrawStringFromGPUMem(m_HistoryDeviceBuffer, 0, (lastRow - 1) * (MyDrawStringHelper.CharacterHeight + 1), 0, 0x999999, VBODevicePointer, TextureWidth, TextureHeight, (lastRow - 1) * m_Cols, m_Cols);
}
MyDrawStringHelper.DrawStringFromGPUMem(m_HistoryDeviceBuffer, 0, lastRow * (MyDrawStringHelper.CharacterHeight + 1), 0, 0x999999, VBODevicePointer, TextureWidth, TextureHeight, lastRow * m_Cols, m_Cols);
}
}
}
protected override void Execute()
{
if (m_lowerThreshold >= m_upperThreshold)
{
MyLog.ERROR.WriteLine("MyVectorTextObserver - LowerThreshold needs to be lower than UpperThreshold.");
}
//clear screen
Clear();
Target.Data.SafeCopyToHost();
Target.Weights.SafeCopyToHost();
float[] weights = Target.Weights.Host;
int[] indexes = new int[weights.Length];
for (int i = 0; i < weights.Length; i++)
{
indexes[i] = i;
}
if (SortByWeights)
{
Array.Sort(Target.Weights.Host, indexes);
Array.Reverse(Target.Weights.Host);
Array.Reverse(indexes);
}
int m_numberOfRows = Target.Data.Count / Target.Data.ColumnHint;
if (m_numberOfRows > m_Rows)
{
m_numberOfRows = m_Rows;
}
if (m_numberOfRows > Target.Weights.Count)
{
m_numberOfRows = Target.Weights.Count;
}
bool displayedWarning = false;
for (int i = 0; i < m_numberOfRows; i++)
{
if (Target.Weights.Host[i] <= m_lowerThreshold)
{
continue;
}
int WeightsStringLength = 0;
if (m_printWeights) //weights have to be printed in front of the concepts
{
string WeigthsString = Target.Weights.Host[i].ToString("F2") + " ";
WeightsStringLength = WeigthsString.Length;
for (int j = 0; j < WeightsStringLength; j++)
{
m_deviceBuffer[i * m_cols + j] = MyStringConversionsClass.StringToDigitIndexes(WeigthsString[j]);
}
// MyLog.DEBUG.WriteLine("wText : " + WeigthsString);
}
int numberOfColumns = Target.Data.ColumnHint;
int windowWidth = m_cols - WeightsStringLength;
if (numberOfColumns > windowWidth)
{
if (!displayedWarning)
{
MyLog.WARNING.WriteLine("Text lines (length " + numberOfColumns + ") cannot fit into MyVectorTextObserver window width (" + windowWidth + "), they will be cropped.");
displayedWarning = true;
}
numberOfColumns = windowWidth;
}
for (int j = 0; j < numberOfColumns; j++)
{
if (Target.Encoding == MyStringConversionsClass.StringEncodings.DigitIndexes)
{
m_deviceBuffer[i * m_cols + j + WeightsStringLength] = Target.Data.Host[indexes[i] * Target.Data.ColumnHint + j];
}
else
{
m_deviceBuffer[i * m_cols + j + WeightsStringLength] = MyStringConversionsClass.UvscCodingToDigitIndexes(
Target.Data.Host[indexes[i] * Target.Data.ColumnHint + j]);
}
}
MyDrawStringHelper.DrawStringFromGPUMem(m_deviceBuffer, 0, i * (MyDrawStringHelper.CharacterHeight + 1), 0, ComputeColor(Target.Weights.Host[i]), VBODevicePointer, TextureWidth, TextureHeight, i * m_cols, m_cols);
}
}
