status_t decodeInputVector(string * fragment)
{
float inputValue;
unsigned int node;
std::string::size_type startPos;
unsigned int inputNodeCount;
vector<float> lineVector(
inputNodeCount = ((nn*) theNetwork)->layerZeroWidth());
startPos = 1;
#ifdef _DEBUG_
cout << "Input Values,";
#endif
for (node = 0; node < (inputNodeCount - 1); node++) //>
{
inputValue = nextFValue(fragment, startPos);
lineVector[node] = inputValue;
#ifdef _DEBUG_
cout << " Node " << node << ": " << inputValue;
#endif
}
inputValue = nextFValue(fragment, startPos, ')');
#ifdef _DEBUG_
cout << " Node " << node << ": " << inputValue << "\n";
#endif
lineVector[node] = inputValue;
((nn*) theNetwork)->run(&lineVector, NULL, lineCount); // run immediately
return SUCCESS;
}
status_t decodeInputVector(string * fragment, vector<float> * lineVector)
{
float inputValue;
unsigned int node;
std::string::size_type startPos;
startPos = 1;
#ifdef _DEBUG_
cout << "Input Values,";
#endif
for (node = 0; node < (net.standardInputNodes() - 1); node++) //>
{
inputValue = nextFValue(fragment, startPos);
lineVector->operator[](node) = inputValue;
#ifdef _DEBUG_
cout << " Node " << node << ": " << inputValue;
#endif
}
inputValue = nextFValue(fragment, startPos, ')');
#ifdef _DEBUG_
cout << " Node " << node << ": " << inputValue << "\n";
#endif
lineVector->operator[](node) = inputValue;
return SUCCESS;
}
status_t decodeTrainingVector(string * fragment)
{
float readValue;
unsigned int node;
std::string::size_type startPos;
unsigned int inWidth = ((nn*) theNetwork)->layerZeroWidth();
unsigned int outWidth = ((nn*) theNetwork)->layerNWidth();
vector<float> inVector(inWidth);
vector<float> outVector(outWidth);
startPos = 1;
#ifdef _DEBUG_
cout << "Input Vector,";
#endif
for (node = 0; node < (inWidth - 1); node++) //>
{
readValue = nextFValue(fragment, startPos);
inVector[node] = readValue;
#ifdef _DEBUG_
cout << " Node: " << node << ": " << readValue;
#endif
}
readValue = nextFValue(fragment, startPos, ';');
#ifdef _DEBUG_
cout << " Node: " << node << ": " << readValue << "\n";
#endif
inVector[node] = readValue;
#ifdef _DEBUG_
cout << "Output Vector,";
#endif
for (node = 0; node < (outWidth - 1); node++) //>
{
readValue = nextFValue(fragment, startPos);
outVector[node] = readValue;
#ifdef _DEBUG_
cout << " Node: " << node << ": " << readValue;
#endif
}
readValue = nextFValue(fragment, startPos, ')');
#ifdef _DEBUG_
cout << " Node: " << node << ": " << readValue << "\n";
#endif
outVector[node] = readValue;
if (inputToTrain)
((nn*) theNetwork)->train(&inVector, &outVector);
else
((nn*)theNetwork)->test(lineCount, &inVector, &outVector);
return SUCCESS;
}
status_t decodeTrainingVector(string * fragment, vector<float> * inVector, vector<float> * outVector)
{
float readValue;
unsigned int node;
std::string::size_type startPos;
startPos = 1;
#ifdef _DEBUG_
cout << "Input Vector,";
#endif
for (node = 0; node < (net.standardInputNodes() - 1); node++) //>
{
readValue = nextFValue(fragment, startPos);
inVector->operator[](node) = readValue;
#ifdef _DEBUG_
cout << " Node: " << node << ": " << readValue;
#endif
}
readValue = nextFValue(fragment, startPos, ';');
#ifdef _DEBUG_
cout << " Node: " << node << ": " << readValue << "\n";
#endif
inVector->operator[](node) = readValue;
#ifdef _DEBUG_
cout << "Output Vector,";
#endif
for (node = 0; node < (net.outputNodes() - 1); node++) //>
{
readValue = nextFValue(fragment, startPos);
outVector->operator[](node) = readValue;
#ifdef _DEBUG_
cout << " Node: " << node << ": " << readValue;
#endif
}
readValue = nextFValue(fragment, startPos, ')');
#ifdef _DEBUG_
cout << " Node: " << node << ": " << readValue << "\n";
#endif
outVector->operator[](node) = readValue;
return SUCCESS;
}
