/// <summary>
/// Searches for a parameter by name and returns its value as a <i>double</i> if found, or a default <i>double</i> value if not.
/// </summary>
/// <param name="strName">Specifies the name to look for.</param>
/// <param name="dfDefault">Specifies the default value to return if not found.</param>
/// <returns>The <i>double</i> value of the named parameter is returned if found, otherwise the default <i>double</i> value is returned.</returns>
public double Find(string strName, double dfDefault)
{
string strVal = Find(strName, null);
if (strVal == null)
{
return(dfDefault);
}
return(BaseParameter.ParseDouble(strVal));
}
/// <summary>
/// The ParseConfigurationString method parses a deep draw configuration string into the actual settings.
/// </summary>
/// <param name="strConfig">Specifies the configuration string to parse.</param>
/// <param name="nWd">Returns the input width.</param>
/// <param name="nHt">Returns the input height.</param>
/// <param name="dfOutputDetailPct">Returns the percentage of detail to apply to the final image.</param>
/// <param name="strSrcBlobName">Returns the source blob name.</param>
/// <param name="dfRandomImageScale">Returns the random image scale to use, a number in the range [0,50] used to create varying degrees of gray in the random input image.
/// A value of 0 removes the variation and uses a consistent image. The default value is 16.</param>
/// <returns>Returns the collection of Octaves to run.</returns>
public static OctavesCollection ParseConfigurationString(string strConfig, out int nWd, out int nHt, out double dfOutputDetailPct, out string strSrcBlobName, out double dfRandomImageScale)
{
RawProto proto = RawProto.Parse(strConfig);
string strVal;
nHt = -1;
if ((strVal = proto.FindValue("input_height")) != null)
{
nHt = int.Parse(strVal);
}
nWd = -1;
if ((strVal = proto.FindValue("input_width")) != null)
{
nWd = int.Parse(strVal);
}
dfOutputDetailPct = 0.25;
if ((strVal = proto.FindValue("output_detail_pct")) != null)
{
dfOutputDetailPct = BaseParameter.ParseDouble(strVal);
}
strSrcBlobName = "data";
if ((strVal = proto.FindValue("src_blob_name")) != null)
{
strSrcBlobName = strVal;
}
dfRandomImageScale = 16;
if ((strVal = proto.FindValue("random_image_scale")) != null)
{
dfRandomImageScale = BaseParameter.ParseDouble(strVal);
}
OctavesCollection col = new OctavesCollection();
RawProtoCollection rpcol = proto.FindChildren("octave");
foreach (RawProto protoChild in rpcol)
{
col.Add(Octaves.FromProto(protoChild));
}
return(col);
}
/// <summary>
/// Load all memory items from file.
/// </summary>
/// <param name="strFile">Specifies the file containing the memory items.</param>
public void Load(string strFile)
{
m_nNextIdx = 0;
m_nCount = 0;
List <MemoryItem> rg = new List <MemoryItem>();
using (StreamReader sr = new StreamReader(strFile))
{
string strLine = sr.ReadLine();
while (strLine != null)
{
string[] rgstr = strLine.Split(',');
int nIdx = 0;
List <double> rgdfData = new List <double>();
rgdfData.Add(BaseParameter.ParseDouble(rgstr[nIdx])); nIdx++;
rgdfData.Add(BaseParameter.ParseDouble(rgstr[nIdx])); nIdx++;
rgdfData.Add(BaseParameter.ParseDouble(rgstr[nIdx])); nIdx++;
rgdfData.Add(BaseParameter.ParseDouble(rgstr[nIdx])); nIdx++;
SimpleDatum sdCurrent = new SimpleDatum(true, 4, 1, 1, -1, DateTime.MinValue, rgdfData, 0, false, -1);
int nAction = int.Parse(rgstr[nIdx]); nIdx++;
double dfReward = BaseParameter.ParseDouble(rgstr[nIdx]); nIdx++;
bool bTerminated = (int.Parse(rgstr[nIdx]) == 1) ? true : false; nIdx++;
rgdfData = new List <double>();
rgdfData.Add(BaseParameter.ParseDouble(rgstr[nIdx])); nIdx++;
rgdfData.Add(BaseParameter.ParseDouble(rgstr[nIdx])); nIdx++;
rgdfData.Add(BaseParameter.ParseDouble(rgstr[nIdx])); nIdx++;
rgdfData.Add(BaseParameter.ParseDouble(rgstr[nIdx])); nIdx++;
SimpleDatum sdNext = new SimpleDatum(true, 4, 1, 1, -1, DateTime.MinValue, rgdfData, 0, false, -1);
rg.Add(new MemoryItem(null, sdCurrent, nAction, null, sdNext, dfReward, bTerminated, 0, 0));
strLine = sr.ReadLine();
}
}
foreach (MemoryItem m in rg)
{
Add(m);
}
}
/// <summary>
/// The FromProto function parses a RawProto into a new Octaves.
/// </summary>
/// <param name="rp">Specifies the RawProto to parse.</param>
/// <returns>The new Octaves is returned.</returns>
public static Octaves FromProto(RawProto rp)
{
string strVal;
string strLayer = "";
if ((strVal = rp.FindValue("layer")) != null)
{
strLayer = strVal;
}
int nIterations = 10;
if ((strVal = rp.FindValue("iterations")) != null)
{
nIterations = int.Parse(strVal);
}
double dfSigmaStart = 0;
if ((strVal = rp.FindValue("sigma_start")) != null)
{
dfSigmaStart = BaseParameter.ParseDouble(strVal);
}
double dfSigmaEnd = 0;
if ((strVal = rp.FindValue("sigma_end")) != null)
{
dfSigmaEnd = BaseParameter.ParseDouble(strVal);
}
double dfStepStart = 1.5;
if ((strVal = rp.FindValue("step_start")) != null)
{
dfStepStart = BaseParameter.ParseDouble(strVal);
}
double dfStepEnd = 1.5;
if ((strVal = rp.FindValue("step_end")) != null)
{
dfStepEnd = BaseParameter.ParseDouble(strVal);
}
bool bSave = false;
if ((strVal = rp.FindValue("save")) != null)
{
bSave = bool.Parse(strVal);
}
double dfPctOfDetail = .25;
if ((strVal = rp.FindValue("pct_of_prev_detail")) != null)
{
dfPctOfDetail = BaseParameter.ParseDouble(strVal);
}
return(new Octaves(strLayer, nIterations, dfSigmaStart, dfSigmaEnd, dfStepStart, dfStepEnd, bSave, dfPctOfDetail));
}