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();
}
}
}
